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`protect end_protected
| gpl-2.0 |
keith-epidev/VHDL-lib | top/lab_7/part_3/ip/dds/mult_gen_v12_0/hdl/hybrid.vhd | 12 | 86278 | `protect begin_protected
`protect version = 1
`protect encrypt_agent = "XILINX"
`protect encrypt_agent_info = "Xilinx Encryption Tool 2014"
`protect key_keyowner = "Cadence Design Systems.", key_keyname= "cds_rsa_key", key_method = "rsa"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 64)
`protect key_block
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`protect key_keyowner = "Mentor Graphics Corporation", key_keyname= "MGC-VERIF-SIM-RSA-1", key_method = "rsa"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 128)
`protect key_block
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`protect key_keyowner = "Xilinx", key_keyname= "xilinx_2014_03", key_method = "rsa"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 256)
`protect key_block
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`protect key_keyowner = "Synopsys", key_keyname= "SNPS-VCS-RSA-1", key_method = "rsa"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 128)
`protect key_block
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`protect key_keyowner = "Aldec", key_keyname= "ALDEC08_001", key_method = "rsa"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 256)
`protect key_block
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`protect data_method = "AES128-CBC"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 62128)
`protect data_block
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| gpl-2.0 |
keith-epidev/VHDL-lib | top/lab_3/part_1/ip/dds/xbip_dsp48_wrapper_v3_0/hdl/xbip_dsp48_wrapper_v3_0.vhd | 8 | 18733 | `protect begin_protected
`protect version = 1
`protect encrypt_agent = "XILINX"
`protect encrypt_agent_info = "Xilinx Encryption Tool 2013"
`protect key_keyowner = "Cadence Design Systems.", key_keyname= "cds_rsa_key", key_method = "rsa"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 64)
`protect key_block
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`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 128)
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`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 256)
`protect key_block
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`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 128)
`protect key_block
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`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 256)
`protect key_block
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`protect data_method = "AES128-CBC"
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`protect end_protected
| gpl-2.0 |
keith-epidev/VHDL-lib | top/lab_5/part_1/ip/fft/xbip_dsp48_wrapper_v3_0/hdl/xbip_dsp48_wrapper_v3_0.vhd | 8 | 18733 | `protect begin_protected
`protect version = 1
`protect encrypt_agent = "XILINX"
`protect encrypt_agent_info = "Xilinx Encryption Tool 2013"
`protect key_keyowner = "Cadence Design Systems.", key_keyname= "cds_rsa_key", key_method = "rsa"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 64)
`protect key_block
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`protect key_keyowner = "Mentor Graphics Corporation", key_keyname= "MGC-VERIF-SIM-RSA-1", key_method = "rsa"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 128)
`protect key_block
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`protect key_keyowner = "Xilinx", key_keyname= "xilinx_2013_09", key_method = "rsa"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 256)
`protect key_block
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`protect key_keyowner = "Synopsys", key_keyname= "SNPS-VCS-RSA-1", key_method = "rsa"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 128)
`protect key_block
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`protect key_keyowner = "Aldec", key_keyname= "ALDEC08_001", key_method = "rsa"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 256)
`protect key_block
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`protect data_method = "AES128-CBC"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 12128)
`protect data_block
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`protect end_protected
| gpl-2.0 |
keith-epidev/VHDL-lib | top/lab_6/ip/dds/dds_compiler_v6_0/hdl/dds_compiler_v6_0_comp.vhd | 4 | 19013 | `protect begin_protected
`protect version = 1
`protect encrypt_agent = "XILINX"
`protect encrypt_agent_info = "Xilinx Encryption Tool 2014"
`protect key_keyowner = "Cadence Design Systems.", key_keyname= "cds_rsa_key", key_method = "rsa"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 64)
`protect key_block
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`protect key_keyowner = "Mentor Graphics Corporation", key_keyname= "MGC-VERIF-SIM-RSA-1", key_method = "rsa"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 128)
`protect key_block
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`protect key_keyowner = "Xilinx", key_keyname= "xilinx_2014_03", key_method = "rsa"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 256)
`protect key_block
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`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 128)
`protect key_block
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`protect key_keyowner = "Aldec", key_keyname= "ALDEC08_001", key_method = "rsa"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 256)
`protect key_block
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`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 12336)
`protect data_block
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`protect end_protected
| gpl-2.0 |
keith-epidev/VHDL-lib | top/stereo_radio/ip/bram/blk_mem_gen_v8_2/hdl/blk_mem_gen_generic_cstr.vhd | 11 | 136312 | `protect begin_protected
`protect version = 1
`protect encrypt_agent = "XILINX"
`protect encrypt_agent_info = "Xilinx Encryption Tool 2014"
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`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 64)
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`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 128)
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`protect end_protected
| gpl-2.0 |
keith-epidev/VHDL-lib | top/stereo_radio/ip/xfft/xfft_v9_0/hdl/r2_rw_addr.vhd | 3 | 16658 | `protect begin_protected
`protect version = 1
`protect encrypt_agent = "XILINX"
`protect encrypt_agent_info = "Xilinx Encryption Tool 2014"
`protect key_keyowner = "Cadence Design Systems.", key_keyname= "cds_rsa_key", key_method = "rsa"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 64)
`protect key_block
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`protect key_keyowner = "Mentor Graphics Corporation", key_keyname= "MGC-VERIF-SIM-RSA-1", key_method = "rsa"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 128)
`protect key_block
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`protect key_keyowner = "Xilinx", key_keyname= "xilinx_2014_03", key_method = "rsa"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 256)
`protect key_block
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`protect key_keyowner = "Synopsys", key_keyname= "SNPS-VCS-RSA-1", key_method = "rsa"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 128)
`protect key_block
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`protect key_keyowner = "Aldec", key_keyname= "ALDEC08_001", key_method = "rsa"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 256)
`protect key_block
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`protect data_method = "AES128-CBC"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 10592)
`protect data_block
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`protect end_protected
| gpl-2.0 |
keith-epidev/VHDL-lib | top/lab_5/part_1/ip/fft/floating_point_v7_0/hdl/shared/align_add_dsp48e1_sgl.vhd | 2 | 30644 | `protect begin_protected
`protect version = 1
`protect encrypt_agent = "XILINX"
`protect encrypt_agent_info = "Xilinx Encryption Tool 2013"
`protect key_keyowner = "Cadence Design Systems.", key_keyname= "cds_rsa_key", key_method = "rsa"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 64)
`protect key_block
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`protect key_keyowner = "Mentor Graphics Corporation", key_keyname= "MGC-VERIF-SIM-RSA-1", key_method = "rsa"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 128)
`protect key_block
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`protect key_keyowner = "Xilinx", key_keyname= "xilinx_2013_09", key_method = "rsa"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 256)
`protect key_block
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`protect key_keyowner = "Synopsys", key_keyname= "SNPS-VCS-RSA-1", key_method = "rsa"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 128)
`protect key_block
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`protect key_keyowner = "Aldec", key_keyname= "ALDEC08_001", key_method = "rsa"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 256)
`protect key_block
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`protect data_method = "AES128-CBC"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 20944)
`protect data_block
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`protect end_protected
| gpl-2.0 |
keith-epidev/VHDL-lib | top/lab_4/part_1/ip/fft/floating_point_v7_0/hdl/shared/align_add_dsp48e1_sgl.vhd | 2 | 30644 | `protect begin_protected
`protect version = 1
`protect encrypt_agent = "XILINX"
`protect encrypt_agent_info = "Xilinx Encryption Tool 2013"
`protect key_keyowner = "Cadence Design Systems.", key_keyname= "cds_rsa_key", key_method = "rsa"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 64)
`protect key_block
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`protect key_keyowner = "Mentor Graphics Corporation", key_keyname= "MGC-VERIF-SIM-RSA-1", key_method = "rsa"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 128)
`protect key_block
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`protect key_keyowner = "Xilinx", key_keyname= "xilinx_2013_09", key_method = "rsa"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 256)
`protect key_block
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`protect key_keyowner = "Synopsys", key_keyname= "SNPS-VCS-RSA-1", key_method = "rsa"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 128)
`protect key_block
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`protect key_keyowner = "Aldec", key_keyname= "ALDEC08_001", key_method = "rsa"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 256)
`protect key_block
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`protect data_method = "AES128-CBC"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 20944)
`protect data_block
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| gpl-2.0 |
keith-epidev/VHDL-lib | top/lab_5/part_1/ip/fir/fir_funcsim.vhdl | 1 | 23407728 | null | gpl-2.0 |
keith-epidev/VHDL-lib | top/lab_5/part_1/ip/fir/fir_compiler_v7_1/hdl/fir_compiler_v7_1_viv.vhd | 2 | 86668 | `protect begin_protected
`protect version = 1
`protect encrypt_agent = "XILINX"
`protect encrypt_agent_info = "Xilinx Encryption Tool 2013"
`protect key_keyowner = "Cadence Design Systems.", key_keyname= "cds_rsa_key", key_method = "rsa"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 64)
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`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 128)
`protect key_block
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`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 128)
`protect key_block
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`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 256)
`protect key_block
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`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 62416)
`protect data_block
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`protect end_protected
| gpl-2.0 |
keith-epidev/VHDL-lib | top/lab_4/part_1/ip/dds/dds_compiler_v6_0/hdl/dither_wrap.vhd | 6 | 23856 | `protect begin_protected
`protect version = 1
`protect encrypt_agent = "XILINX"
`protect encrypt_agent_info = "Xilinx Encryption Tool 2013"
`protect key_keyowner = "Cadence Design Systems.", key_keyname= "cds_rsa_key", key_method = "rsa"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 64)
`protect key_block
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`protect key_keyowner = "Mentor Graphics Corporation", key_keyname= "MGC-VERIF-SIM-RSA-1", key_method = "rsa"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 128)
`protect key_block
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`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 256)
`protect key_block
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`protect key_keyowner = "Synopsys", key_keyname= "SNPS-VCS-RSA-1", key_method = "rsa"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 128)
`protect key_block
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`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 256)
`protect key_block
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`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 15920)
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`protect end_protected
| gpl-2.0 |
keith-epidev/VHDL-lib | top/lab_4/part_1/ip/fft/xfft_v9_0/hdl/so_addr_gen.vhd | 2 | 32156 | `protect begin_protected
`protect version = 1
`protect encrypt_agent = "XILINX"
`protect encrypt_agent_info = "Xilinx Encryption Tool 2013"
`protect key_keyowner = "Cadence Design Systems.", key_keyname= "cds_rsa_key", key_method = "rsa"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 64)
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`protect key_block
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`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 128)
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`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 256)
`protect key_block
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`protect end_protected
| gpl-2.0 |
keith-epidev/VHDL-lib | top/mono_radio/ip/dds/xbip_bram18k_v3_0/hdl/xbip_bram18k_v3_0_viv.vhd | 12 | 11081 | `protect begin_protected
`protect version = 1
`protect encrypt_agent = "XILINX"
`protect encrypt_agent_info = "Xilinx Encryption Tool 2014"
`protect key_keyowner = "Cadence Design Systems.", key_keyname= "cds_rsa_key", key_method = "rsa"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 64)
`protect key_block
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`protect key_keyowner = "Mentor Graphics Corporation", key_keyname= "MGC-VERIF-SIM-RSA-1", key_method = "rsa"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 128)
`protect key_block
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`protect key_keyowner = "Xilinx", key_keyname= "xilinx_2014_03", key_method = "rsa"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 256)
`protect key_block
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`protect key_keyowner = "Synopsys", key_keyname= "SNPS-VCS-RSA-1", key_method = "rsa"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 128)
`protect key_block
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`protect key_keyowner = "Aldec", key_keyname= "ALDEC08_001", key_method = "rsa"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 256)
`protect key_block
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`protect data_method = "AES128-CBC"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 6464)
`protect data_block
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`protect end_protected
| gpl-2.0 |
keith-epidev/VHDL-lib | top/stereo_radio/ip/multi_fft/xbip_bram18k_v3_0/hdl/xbip_bram18k_v3_0_viv.vhd | 12 | 11081 | `protect begin_protected
`protect version = 1
`protect encrypt_agent = "XILINX"
`protect encrypt_agent_info = "Xilinx Encryption Tool 2014"
`protect key_keyowner = "Cadence Design Systems.", key_keyname= "cds_rsa_key", key_method = "rsa"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 64)
`protect key_block
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`protect key_keyowner = "Mentor Graphics Corporation", key_keyname= "MGC-VERIF-SIM-RSA-1", key_method = "rsa"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 128)
`protect key_block
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`protect key_keyowner = "Xilinx", key_keyname= "xilinx_2014_03", key_method = "rsa"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 256)
`protect key_block
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`protect key_keyowner = "Synopsys", key_keyname= "SNPS-VCS-RSA-1", key_method = "rsa"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 128)
`protect key_block
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`protect key_keyowner = "Aldec", key_keyname= "ALDEC08_001", key_method = "rsa"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 256)
`protect key_block
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`protect data_method = "AES128-CBC"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 6464)
`protect data_block
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`protect end_protected
| gpl-2.0 |
keith-epidev/VHDL-lib | top/lab_4/part_1/ip/fft/floating_point_v7_0/hdl/flt_fma/flt_fma_mul.vhd | 2 | 12896 | `protect begin_protected
`protect version = 1
`protect encrypt_agent = "XILINX"
`protect encrypt_agent_info = "Xilinx Encryption Tool 2013"
`protect key_keyowner = "Cadence Design Systems.", key_keyname= "cds_rsa_key", key_method = "rsa"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 64)
`protect key_block
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`protect key_keyowner = "Mentor Graphics Corporation", key_keyname= "MGC-VERIF-SIM-RSA-1", key_method = "rsa"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 128)
`protect key_block
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`protect key_keyowner = "Xilinx", key_keyname= "xilinx_2013_09", key_method = "rsa"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 256)
`protect key_block
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`protect key_keyowner = "Synopsys", key_keyname= "SNPS-VCS-RSA-1", key_method = "rsa"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 128)
`protect key_block
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`protect key_keyowner = "Aldec", key_keyname= "ALDEC08_001", key_method = "rsa"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 256)
`protect key_block
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`protect data_method = "AES128-CBC"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 7808)
`protect data_block
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`protect end_protected
| gpl-2.0 |
keith-epidev/VHDL-lib | top/stereo_radio/ip/xfft/floating_point_v7_0/hdl/fix_to_flt_conv/fix_to_flt_conv_exp.vhd | 3 | 19122 | `protect begin_protected
`protect version = 1
`protect encrypt_agent = "XILINX"
`protect encrypt_agent_info = "Xilinx Encryption Tool 2014"
`protect key_keyowner = "Cadence Design Systems.", key_keyname= "cds_rsa_key", key_method = "rsa"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 64)
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`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 256)
`protect key_block
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`protect key_block
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`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 256)
`protect key_block
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`protect end_protected
| gpl-2.0 |
keith-epidev/VHDL-lib | top/lab_7/part_3/ip/xfft/floating_point_v7_0/hdl/flt_add/flt_add_dsp.vhd | 3 | 25692 | `protect begin_protected
`protect version = 1
`protect encrypt_agent = "XILINX"
`protect encrypt_agent_info = "Xilinx Encryption Tool 2014"
`protect key_keyowner = "Cadence Design Systems.", key_keyname= "cds_rsa_key", key_method = "rsa"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 64)
`protect key_block
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`protect key_keyowner = "Mentor Graphics Corporation", key_keyname= "MGC-VERIF-SIM-RSA-1", key_method = "rsa"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 128)
`protect key_block
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`protect key_keyowner = "Xilinx", key_keyname= "xilinx_2014_03", key_method = "rsa"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 256)
`protect key_block
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`protect key_keyowner = "Synopsys", key_keyname= "SNPS-VCS-RSA-1", key_method = "rsa"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 128)
`protect key_block
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`protect key_keyowner = "Aldec", key_keyname= "ALDEC08_001", key_method = "rsa"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 256)
`protect key_block
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`protect data_method = "AES128-CBC"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 17280)
`protect data_block
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`protect end_protected
| gpl-2.0 |
keith-epidev/VHDL-lib | top/lab_4/part_1/ip/dds/demo_tb/tb_dds.vhd | 3 | 8717 | --------------------------------------------------------------------------------
-- (c) Copyright 2010 - 2013 Xilinx, Inc. All rights reserved.
--
-- This file contains confidential and proprietary information
-- of Xilinx, Inc. and is protected under U.S. and
-- international copyright and other intellectual property
-- laws.
--
-- DISCLAIMER
-- This disclaimer is not a license and does not grant any
-- rights to the materials distributed herewith. Except as
-- otherwise provided in a valid license issued to you by
-- Xilinx, and to the maximum extent permitted by applicable
-- law: (1) THESE MATERIALS ARE MADE AVAILABLE "AS IS" AND
-- WITH ALL FAULTS, AND XILINX HEREBY DISCLAIMS ALL WARRANTIES
-- AND CONDITIONS, EXPRESS, IMPLIED, OR STATUTORY, INCLUDING
-- BUT NOT LIMITED TO WARRANTIES OF MERCHANTABILITY, NON-
-- INFRINGEMENT, OR FITNESS FOR ANY PARTICULAR PURPOSE; and
-- (2) Xilinx shall not be liable (whether in contract or tort,
-- including negligence, or under any other theory of
-- liability) for any loss or damage of any kind or nature
-- related to, arising under or in connection with these
-- materials, including for any direct, or any indirect,
-- special, incidental, or consequential loss or damage
-- (including loss of data, profits, goodwill, or any type of
-- loss or damage suffered as a result of any action brought
-- by a third party) even if such damage or loss was
-- reasonably foreseeable or Xilinx had been advised of the
-- possibility of the same.
--
-- CRITICAL APPLICATIONS
-- Xilinx products are not designed or intended to be fail-
-- safe, or for use in any application requiring fail-safe
-- performance, such as life-support or safety devices or
-- systems, Class III medical devices, nuclear facilities,
-- applications related to the deployment of airbags, or any
-- other applications that could lead to death, personal
-- injury, or severe property or environmental damage
-- (individually and collectively, "Critical
-- Applications"). Customer assumes the sole risk and
-- liability of any use of Xilinx products in Critical
-- Applications, subject only to applicable laws and
-- regulations governing limitations on product liability.
--
-- THIS COPYRIGHT NOTICE AND DISCLAIMER MUST BE RETAINED AS
-- PART OF THIS FILE AT ALL TIMES.
--------------------------------------------------------------------------------
-- Description:
-- This is an example testbench for the DDS Compiler IP core.
-- The testbench has been generated by Vivado to accompany the IP core
-- instance you have generated.
--
-- This testbench is for demonstration purposes only. See note below for
-- instructions on how to use it with your core.
--
-- See the DDS Compiler product guide for further information
-- about this core.
--
--------------------------------------------------------------------------------
-- Using this testbench
--
-- This testbench instantiates your generated DDS Compiler core
-- instance named "dds".
--
-- Use Vivado's Run Simulation flow to run this testbench. See the Vivado
-- documentation for details.
--------------------------------------------------------------------------------
library ieee;
use ieee.std_logic_1164.all;
use ieee.numeric_std.all;
use ieee.math_real.all;
entity tb_dds is
end tb_dds;
architecture tb of tb_dds is
-----------------------------------------------------------------------
-- Timing constants
-----------------------------------------------------------------------
constant CLOCK_PERIOD : time := 100 ns;
constant T_HOLD : time := 10 ns;
constant T_STROBE : time := CLOCK_PERIOD - (1 ns);
-----------------------------------------------------------------------
-- DUT input signals
-----------------------------------------------------------------------
-- General inputs
signal aclk : std_logic := '0'; -- the master clock
-- Phase slave channel signals
signal s_axis_phase_tvalid : std_logic := '0'; -- payload is valid
signal s_axis_phase_tdata : std_logic_vector(15 downto 0) := (others => '0'); -- data payload
-- Data master channel signals
signal m_axis_data_tvalid : std_logic := '0'; -- payload is valid
signal m_axis_data_tdata : std_logic_vector(31 downto 0) := (others => '0'); -- data payload
-----------------------------------------------------------------------
-- Aliases for AXI channel TDATA and TUSER fields
-- These are a convenience for viewing data in a simulator waveform viewer.
-- If using ModelSim or Questa, add "-voptargs=+acc=n" to the vsim command
-- to prevent the simulator optimizing away these signals.
-----------------------------------------------------------------------
-- Phase slave channel alias signals
signal s_axis_phase_tdata_inc : std_logic_vector(15 downto 0) := (others => '0');
-- Data master channel alias signals
signal m_axis_data_tdata_cosine : std_logic_vector(15 downto 0) := (others => '0');
signal m_axis_data_tdata_sine : std_logic_vector(15 downto 0) := (others => '0');
signal end_of_simulation : boolean := false;
begin
-----------------------------------------------------------------------
-- Instantiate the DUT
-----------------------------------------------------------------------
dut : entity work.dds
port map (
aclk => aclk
,s_axis_phase_tvalid => s_axis_phase_tvalid
,s_axis_phase_tdata => s_axis_phase_tdata
,m_axis_data_tvalid => m_axis_data_tvalid
,m_axis_data_tdata => m_axis_data_tdata
);
-----------------------------------------------------------------------
-- Generate clock
-----------------------------------------------------------------------
clock_gen : process
begin
aclk <= '0';
if (end_of_simulation) then
wait;
else
wait for CLOCK_PERIOD;
loop
aclk <= '0';
wait for CLOCK_PERIOD/2;
aclk <= '1';
wait for CLOCK_PERIOD/2;
end loop;
end if;
end process clock_gen;
-----------------------------------------------------------------------
-- Generate inputs
-----------------------------------------------------------------------
stimuli : process
begin
-- Drive inputs T_HOLD time after rising edge of clock
wait until rising_edge(aclk);
wait for T_HOLD;
-- Input a constant phase increment each cycle, and run for long enough to produce 5 periods of outputs
for cycle in 0 to 159 loop
s_axis_phase_tvalid <= '1';
s_axis_phase_tdata <= (others => '0'); -- set unused TDATA bits to zero
s_axis_phase_tdata(15 downto 0) <= "0000000000000000"; -- constant phase increment
wait for CLOCK_PERIOD;
end loop;
s_axis_phase_tvalid <= '0';
-- End of test
end_of_simulation <= true;
report "Not a real failure. Simulation finished successfully. Test completed successfully" severity failure;
wait;
end process stimuli;
-----------------------------------------------------------------------
-- Check outputs
-----------------------------------------------------------------------
check_outputs : process
variable check_ok : boolean := true;
begin
-- Check outputs T_STROBE time after rising edge of clock
wait until rising_edge(aclk);
wait for T_STROBE;
-- Do not check the output payload values, as this requires the behavioral model
-- which would make this demonstration testbench unwieldy.
-- Instead, check the protocol of the data master channel:
-- check that the payload is valid (not X) when TVALID is high
if m_axis_data_tvalid = '1' then
if is_x(m_axis_data_tdata) then
report "ERROR: m_axis_data_tdata is invalid when m_axis_data_tvalid is high" severity error;
check_ok := false;
end if;
end if;
assert check_ok
report "ERROR: terminating test with failures." severity failure;
end process check_outputs;
-----------------------------------------------------------------------
-- Assign TDATA fields to aliases, for easy simulator waveform viewing
-----------------------------------------------------------------------
-- Phase slave channel alias signals
s_axis_phase_tdata_inc <= s_axis_phase_tdata(15 downto 0);
-- Data master channel alias signals: update these only when they are valid
m_axis_data_tdata_cosine <= m_axis_data_tdata(15 downto 0) when m_axis_data_tvalid = '1';
m_axis_data_tdata_sine <= m_axis_data_tdata(31 downto 16) when m_axis_data_tvalid = '1';
end tb;
| gpl-2.0 |
keith-epidev/VHDL-lib | top/lab_5/part_1/ip/fft/xbip_addsub_v3_0/hdl/xbip_addsub_v3_0_comp.vhd | 2 | 7794 | `protect begin_protected
`protect version = 1
`protect encrypt_agent = "XILINX"
`protect encrypt_agent_info = "Xilinx Encryption Tool 2013"
`protect key_keyowner = "Cadence Design Systems.", key_keyname= "cds_rsa_key", key_method = "rsa"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 64)
`protect key_block
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`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 128)
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`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 256)
`protect key_block
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`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 128)
`protect key_block
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`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 256)
`protect key_block
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| gpl-2.0 |
keith-epidev/VHDL-lib | top/lab_4/part_1/ip/fft/xbip_addsub_v3_0/hdl/xbip_addsub_v3_0_comp.vhd | 2 | 7794 | `protect begin_protected
`protect version = 1
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`protect encrypt_agent_info = "Xilinx Encryption Tool 2013"
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`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 64)
`protect key_block
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`protect key_block
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`protect key_block
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`protect key_block
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`protect data_block
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| gpl-2.0 |
keith-epidev/VHDL-lib | top/mono_radio/ip/xfft/mult_gen_v12_0/hdl/delay_line.vhd | 12 | 18215 | `protect begin_protected
`protect version = 1
`protect encrypt_agent = "XILINX"
`protect encrypt_agent_info = "Xilinx Encryption Tool 2014"
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`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 64)
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`protect key_block
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`protect key_block
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`protect end_protected
| gpl-2.0 |
keith-epidev/VHDL-lib | top/lab_7/part_3/ip/multi_fft/mult_gen_v12_0/hdl/delay_line.vhd | 12 | 18215 | `protect begin_protected
`protect version = 1
`protect encrypt_agent = "XILINX"
`protect encrypt_agent_info = "Xilinx Encryption Tool 2014"
`protect key_keyowner = "Cadence Design Systems.", key_keyname= "cds_rsa_key", key_method = "rsa"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 64)
`protect key_block
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`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 128)
`protect key_block
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`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 256)
`protect key_block
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`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 128)
`protect key_block
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`protect key_block
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`protect data_block
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trs=
`protect end_protected
| gpl-2.0 |
keith-epidev/VHDL-lib | top/mono_radio/ip/xfft/floating_point_v7_0/hdl/flt_add/flt_add_lat.vhd | 3 | 62003 | `protect begin_protected
`protect version = 1
`protect encrypt_agent = "XILINX"
`protect encrypt_agent_info = "Xilinx Encryption Tool 2014"
`protect key_keyowner = "Cadence Design Systems.", key_keyname= "cds_rsa_key", key_method = "rsa"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 64)
`protect key_block
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`protect key_keyowner = "Mentor Graphics Corporation", key_keyname= "MGC-VERIF-SIM-RSA-1", key_method = "rsa"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 128)
`protect key_block
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`protect key_keyowner = "Xilinx", key_keyname= "xilinx_2014_03", key_method = "rsa"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 256)
`protect key_block
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`protect key_keyowner = "Synopsys", key_keyname= "SNPS-VCS-RSA-1", key_method = "rsa"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 128)
`protect key_block
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`protect key_keyowner = "Aldec", key_keyname= "ALDEC08_001", key_method = "rsa"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 256)
`protect key_block
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`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 44160)
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`protect end_protected
| gpl-2.0 |
keith-epidev/VHDL-lib | top/stereo_radio/ip/xfft/floating_point_v7_0/hdl/flt_add/flt_add_lat.vhd | 3 | 62003 | `protect begin_protected
`protect version = 1
`protect encrypt_agent = "XILINX"
`protect encrypt_agent_info = "Xilinx Encryption Tool 2014"
`protect key_keyowner = "Cadence Design Systems.", key_keyname= "cds_rsa_key", key_method = "rsa"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 64)
`protect key_block
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`protect key_keyowner = "Mentor Graphics Corporation", key_keyname= "MGC-VERIF-SIM-RSA-1", key_method = "rsa"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 128)
`protect key_block
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`protect key_keyowner = "Xilinx", key_keyname= "xilinx_2014_03", key_method = "rsa"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 256)
`protect key_block
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`protect key_keyowner = "Synopsys", key_keyname= "SNPS-VCS-RSA-1", key_method = "rsa"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 128)
`protect key_block
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`protect key_keyowner = "Aldec", key_keyname= "ALDEC08_001", key_method = "rsa"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 256)
`protect key_block
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`protect data_method = "AES128-CBC"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 44160)
`protect data_block
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| gpl-2.0 |
keith-epidev/VHDL-lib | top/lab_3/part_1/ip/clk_193MHz/clk_193MHz_clk_wiz.vhd | 4 | 7397 | -- file: clk_193MHz_clk_wiz.vhd
--
-- (c) Copyright 2008 - 2013 Xilinx, Inc. All rights reserved.
--
-- This file contains confidential and proprietary information
-- of Xilinx, Inc. and is protected under U.S. and
-- international copyright and other intellectual property
-- laws.
--
-- DISCLAIMER
-- This disclaimer is not a license and does not grant any
-- rights to the materials distributed herewith. Except as
-- otherwise provided in a valid license issued to you by
-- Xilinx, and to the maximum extent permitted by applicable
-- law: (1) THESE MATERIALS ARE MADE AVAILABLE "AS IS" AND
-- WITH ALL FAULTS, AND XILINX HEREBY DISCLAIMS ALL WARRANTIES
-- AND CONDITIONS, EXPRESS, IMPLIED, OR STATUTORY, INCLUDING
-- BUT NOT LIMITED TO WARRANTIES OF MERCHANTABILITY, NON-
-- INFRINGEMENT, OR FITNESS FOR ANY PARTICULAR PURPOSE; and
-- (2) Xilinx shall not be liable (whether in contract or tort,
-- including negligence, or under any other theory of
-- liability) for any loss or damage of any kind or nature
-- related to, arising under or in connection with these
-- materials, including for any direct, or any indirect,
-- special, incidental, or consequential loss or damage
-- (including loss of data, profits, goodwill, or any type of
-- loss or damage suffered as a result of any action brought
-- by a third party) even if such damage or loss was
-- reasonably foreseeable or Xilinx had been advised of the
-- possibility of the same.
--
-- CRITICAL APPLICATIONS
-- Xilinx products are not designed or intended to be fail-
-- safe, or for use in any application requiring fail-safe
-- performance, such as life-support or safety devices or
-- systems, Class III medical devices, nuclear facilities,
-- applications related to the deployment of airbags, or any
-- other applications that could lead to death, personal
-- injury, or severe property or environmental damage
-- (individually and collectively, "Critical
-- Applications"). Customer assumes the sole risk and
-- liability of any use of Xilinx products in Critical
-- Applications, subject only to applicable laws and
-- regulations governing limitations on product liability.
--
-- THIS COPYRIGHT NOTICE AND DISCLAIMER MUST BE RETAINED AS
-- PART OF THIS FILE AT ALL TIMES.
--
------------------------------------------------------------------------------
-- User entered comments
------------------------------------------------------------------------------
-- None
--
------------------------------------------------------------------------------
-- Output Output Phase Duty Cycle Pk-to-Pk Phase
-- Clock Freq (MHz) (degrees) (%) Jitter (ps) Error (ps)
------------------------------------------------------------------------------
-- CLK_OUT1___193.158______0.000______50.0______236.796____297.965
--
------------------------------------------------------------------------------
-- Input Clock Freq (MHz) Input Jitter (UI)
------------------------------------------------------------------------------
-- __primary_________100.000____________0.010
library ieee;
use ieee.std_logic_1164.all;
use ieee.std_logic_unsigned.all;
use ieee.std_logic_arith.all;
use ieee.numeric_std.all;
library unisim;
use unisim.vcomponents.all;
entity clk_193MHz_clk_wiz is
port
(-- Clock in ports
clk_100MHz : in std_logic;
-- Clock out ports
clk_193MHz : out std_logic;
-- Status and control signals
locked : out std_logic
);
end clk_193MHz_clk_wiz;
architecture xilinx of clk_193MHz_clk_wiz is
-- Input clock buffering / unused connectors
signal clk_100MHz_clk_193MHz : std_logic;
-- Output clock buffering / unused connectors
signal clkfbout_clk_193MHz : std_logic;
signal clkfbout_buf_clk_193MHz : std_logic;
signal clkfboutb_unused : std_logic;
signal clk_193MHz_clk_193MHz : std_logic;
signal clkout0b_unused : std_logic;
signal clkout1_unused : std_logic;
signal clkout1b_unused : std_logic;
signal clkout2_unused : std_logic;
signal clkout2b_unused : std_logic;
signal clkout3_unused : std_logic;
signal clkout3b_unused : std_logic;
signal clkout4_unused : std_logic;
signal clkout5_unused : std_logic;
signal clkout6_unused : std_logic;
-- Dynamic programming unused signals
signal do_unused : std_logic_vector(15 downto 0);
signal drdy_unused : std_logic;
-- Dynamic phase shift unused signals
signal psdone_unused : std_logic;
signal locked_int : std_logic;
-- Unused status signals
signal clkfbstopped_unused : std_logic;
signal clkinstopped_unused : std_logic;
begin
-- Input buffering
--------------------------------------
clkin1_bufg : BUFG
port map
(O => clk_100MHz_clk_193MHz,
I => clk_100MHz);
-- Clocking PRIMITIVE
--------------------------------------
-- Instantiation of the MMCM PRIMITIVE
-- * Unused inputs are tied off
-- * Unused outputs are labeled unused
mmcm_adv_inst : MMCME2_ADV
generic map
(BANDWIDTH => "OPTIMIZED",
CLKOUT4_CASCADE => FALSE,
COMPENSATION => "ZHOLD",
STARTUP_WAIT => FALSE,
DIVCLK_DIVIDE => 5,
CLKFBOUT_MULT_F => 45.875,
CLKFBOUT_PHASE => 0.000,
CLKFBOUT_USE_FINE_PS => FALSE,
CLKOUT0_DIVIDE_F => 4.750,
CLKOUT0_PHASE => 0.000,
CLKOUT0_DUTY_CYCLE => 0.500,
CLKOUT0_USE_FINE_PS => FALSE,
CLKIN1_PERIOD => 10.0,
REF_JITTER1 => 0.010)
port map
-- Output clocks
(
CLKFBOUT => clkfbout_clk_193MHz,
CLKFBOUTB => clkfboutb_unused,
CLKOUT0 => clk_193MHz_clk_193MHz,
CLKOUT0B => clkout0b_unused,
CLKOUT1 => clkout1_unused,
CLKOUT1B => clkout1b_unused,
CLKOUT2 => clkout2_unused,
CLKOUT2B => clkout2b_unused,
CLKOUT3 => clkout3_unused,
CLKOUT3B => clkout3b_unused,
CLKOUT4 => clkout4_unused,
CLKOUT5 => clkout5_unused,
CLKOUT6 => clkout6_unused,
-- Input clock control
CLKFBIN => clkfbout_buf_clk_193MHz,
CLKIN1 => clk_100MHz_clk_193MHz,
CLKIN2 => '0',
-- Tied to always select the primary input clock
CLKINSEL => '1',
-- Ports for dynamic reconfiguration
DADDR => (others => '0'),
DCLK => '0',
DEN => '0',
DI => (others => '0'),
DO => do_unused,
DRDY => drdy_unused,
DWE => '0',
-- Ports for dynamic phase shift
PSCLK => '0',
PSEN => '0',
PSINCDEC => '0',
PSDONE => psdone_unused,
-- Other control and status signals
LOCKED => locked_int,
CLKINSTOPPED => clkinstopped_unused,
CLKFBSTOPPED => clkfbstopped_unused,
PWRDWN => '0',
RST => '0');
locked <= locked_int;
-- Output buffering
-------------------------------------
clkf_buf : BUFG
port map
(O => clkfbout_buf_clk_193MHz,
I => clkfbout_clk_193MHz);
clkout1_buf : BUFG
port map
(O => clk_193MHz,
I => clk_193MHz_clk_193MHz);
end xilinx;
| gpl-2.0 |
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`protect end_protected
| gpl-2.0 |
keith-epidev/VHDL-lib | top/stereo_radio/ip/xfft/xfft_v9_0/hdl/xfft_v9_0_viv.vhd | 3 | 69873 | `protect begin_protected
`protect version = 1
`protect encrypt_agent = "XILINX"
`protect encrypt_agent_info = "Xilinx Encryption Tool 2014"
`protect key_keyowner = "Cadence Design Systems.", key_keyname= "cds_rsa_key", key_method = "rsa"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 64)
`protect key_block
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`protect key_keyowner = "Mentor Graphics Corporation", key_keyname= "MGC-VERIF-SIM-RSA-1", key_method = "rsa"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 128)
`protect key_block
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`protect key_keyowner = "Xilinx", key_keyname= "xilinx_2014_03", key_method = "rsa"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 256)
`protect key_block
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`protect key_keyowner = "Synopsys", key_keyname= "SNPS-VCS-RSA-1", key_method = "rsa"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 128)
`protect key_block
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`protect key_keyowner = "Aldec", key_keyname= "ALDEC08_001", key_method = "rsa"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 256)
`protect key_block
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`protect data_method = "AES128-CBC"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 49984)
`protect data_block
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`protect end_protected
| gpl-2.0 |
keith-epidev/VHDL-lib | top/mono_radio/ip/xfft/xfft_v9_0/hdl/r22_srl_memory.vhd | 3 | 9286 | `protect begin_protected
`protect version = 1
`protect encrypt_agent = "XILINX"
`protect encrypt_agent_info = "Xilinx Encryption Tool 2014"
`protect key_keyowner = "Cadence Design Systems.", key_keyname= "cds_rsa_key", key_method = "rsa"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 64)
`protect key_block
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`protect key_keyowner = "Mentor Graphics Corporation", key_keyname= "MGC-VERIF-SIM-RSA-1", key_method = "rsa"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 128)
`protect key_block
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`protect key_keyowner = "Xilinx", key_keyname= "xilinx_2014_03", key_method = "rsa"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 256)
`protect key_block
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`protect key_keyowner = "Synopsys", key_keyname= "SNPS-VCS-RSA-1", key_method = "rsa"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 128)
`protect key_block
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`protect key_keyowner = "Aldec", key_keyname= "ALDEC08_001", key_method = "rsa"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 256)
`protect key_block
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`protect data_method = "AES128-CBC"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 5136)
`protect data_block
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`protect end_protected
| gpl-2.0 |
keith-epidev/VHDL-lib | top/mono_radio/ip/xfft/floating_point_v7_0/hdl/flt_fma/flt_fma_alignment.vhd | 3 | 25951 | `protect begin_protected
`protect version = 1
`protect encrypt_agent = "XILINX"
`protect encrypt_agent_info = "Xilinx Encryption Tool 2014"
`protect key_keyowner = "Cadence Design Systems.", key_keyname= "cds_rsa_key", key_method = "rsa"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 64)
`protect key_block
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`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 128)
`protect key_block
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`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 256)
`protect key_block
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`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 128)
`protect key_block
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`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 256)
`protect key_block
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`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 17472)
`protect data_block
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`protect end_protected
| gpl-2.0 |
keith-epidev/VHDL-lib | top/lab_6/ip/dds/xbip_bram18k_v3_0/hdl/xbip_bram18k_v3_0_viv_comp.vhd | 12 | 8921 | `protect begin_protected
`protect version = 1
`protect encrypt_agent = "XILINX"
`protect encrypt_agent_info = "Xilinx Encryption Tool 2014"
`protect key_keyowner = "Cadence Design Systems.", key_keyname= "cds_rsa_key", key_method = "rsa"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 64)
`protect key_block
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`protect key_keyowner = "Mentor Graphics Corporation", key_keyname= "MGC-VERIF-SIM-RSA-1", key_method = "rsa"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 128)
`protect key_block
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`protect key_keyowner = "Xilinx", key_keyname= "xilinx_2014_03", key_method = "rsa"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 256)
`protect key_block
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`protect key_keyowner = "Synopsys", key_keyname= "SNPS-VCS-RSA-1", key_method = "rsa"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 128)
`protect key_block
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`protect key_keyowner = "Aldec", key_keyname= "ALDEC08_001", key_method = "rsa"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 256)
`protect key_block
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`protect data_method = "AES128-CBC"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 4864)
`protect data_block
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`protect end_protected
| gpl-2.0 |
keith-epidev/VHDL-lib | top/mono_radio/ip/multi_QI/xbip_bram18k_v3_0/hdl/xbip_bram18k_v3_0_viv_comp.vhd | 12 | 8921 | `protect begin_protected
`protect version = 1
`protect encrypt_agent = "XILINX"
`protect encrypt_agent_info = "Xilinx Encryption Tool 2014"
`protect key_keyowner = "Cadence Design Systems.", key_keyname= "cds_rsa_key", key_method = "rsa"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 64)
`protect key_block
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`protect key_keyowner = "Mentor Graphics Corporation", key_keyname= "MGC-VERIF-SIM-RSA-1", key_method = "rsa"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 128)
`protect key_block
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`protect key_keyowner = "Xilinx", key_keyname= "xilinx_2014_03", key_method = "rsa"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 256)
`protect key_block
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`protect key_keyowner = "Synopsys", key_keyname= "SNPS-VCS-RSA-1", key_method = "rsa"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 128)
`protect key_block
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`protect key_keyowner = "Aldec", key_keyname= "ALDEC08_001", key_method = "rsa"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 256)
`protect key_block
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`protect data_method = "AES128-CBC"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 4864)
`protect data_block
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`protect end_protected
| gpl-2.0 |
keith-epidev/VHDL-lib | top/stereo_radio/ip/fir_bp_p/synth/fir_bp_p.vhd | 1 | 12173 | -- (c) Copyright 1995-2014 Xilinx, Inc. All rights reserved.
--
-- This file contains confidential and proprietary information
-- of Xilinx, Inc. and is protected under U.S. and
-- international copyright and other intellectual property
-- laws.
--
-- DISCLAIMER
-- This disclaimer is not a license and does not grant any
-- rights to the materials distributed herewith. Except as
-- otherwise provided in a valid license issued to you by
-- Xilinx, and to the maximum extent permitted by applicable
-- law: (1) THESE MATERIALS ARE MADE AVAILABLE "AS IS" AND
-- WITH ALL FAULTS, AND XILINX HEREBY DISCLAIMS ALL WARRANTIES
-- AND CONDITIONS, EXPRESS, IMPLIED, OR STATUTORY, INCLUDING
-- BUT NOT LIMITED TO WARRANTIES OF MERCHANTABILITY, NON-
-- INFRINGEMENT, OR FITNESS FOR ANY PARTICULAR PURPOSE; and
-- (2) Xilinx shall not be liable (whether in contract or tort,
-- including negligence, or under any other theory of
-- liability) for any loss or damage of any kind or nature
-- related to, arising under or in connection with these
-- materials, including for any direct, or any indirect,
-- special, incidental, or consequential loss or damage
-- (including loss of data, profits, goodwill, or any type of
-- loss or damage suffered as a result of any action brought
-- by a third party) even if such damage or loss was
-- reasonably foreseeable or Xilinx had been advised of the
-- possibility of the same.
--
-- CRITICAL APPLICATIONS
-- Xilinx products are not designed or intended to be fail-
-- safe, or for use in any application requiring fail-safe
-- performance, such as life-support or safety devices or
-- systems, Class III medical devices, nuclear facilities,
-- applications related to the deployment of airbags, or any
-- other applications that could lead to death, personal
-- injury, or severe property or environmental damage
-- (individually and collectively, "Critical
-- Applications"). Customer assumes the sole risk and
-- liability of any use of Xilinx products in Critical
-- Applications, subject only to applicable laws and
-- regulations governing limitations on product liability.
--
-- THIS COPYRIGHT NOTICE AND DISCLAIMER MUST BE RETAINED AS
-- PART OF THIS FILE AT ALL TIMES.
--
-- DO NOT MODIFY THIS FILE.
-- IP VLNV: xilinx.com:ip:fir_compiler:7.1
-- IP Revision: 3
LIBRARY ieee;
USE ieee.std_logic_1164.ALL;
USE ieee.numeric_std.ALL;
LIBRARY fir_compiler_v7_1;
USE fir_compiler_v7_1.fir_compiler_v7_1;
ENTITY fir_bp_p IS
PORT (
aclk : IN STD_LOGIC;
s_axis_data_tvalid : IN STD_LOGIC;
s_axis_data_tready : OUT STD_LOGIC;
s_axis_data_tdata : IN STD_LOGIC_VECTOR(15 DOWNTO 0);
m_axis_data_tvalid : OUT STD_LOGIC;
m_axis_data_tdata : OUT STD_LOGIC_VECTOR(47 DOWNTO 0)
);
END fir_bp_p;
ARCHITECTURE fir_bp_p_arch OF fir_bp_p IS
ATTRIBUTE DowngradeIPIdentifiedWarnings : string;
ATTRIBUTE DowngradeIPIdentifiedWarnings OF fir_bp_p_arch: ARCHITECTURE IS "yes";
COMPONENT fir_compiler_v7_1 IS
GENERIC (
C_XDEVICEFAMILY : STRING;
C_ELABORATION_DIR : STRING;
C_COMPONENT_NAME : STRING;
C_COEF_FILE : STRING;
C_COEF_FILE_LINES : INTEGER;
C_FILTER_TYPE : INTEGER;
C_INTERP_RATE : INTEGER;
C_DECIM_RATE : INTEGER;
C_ZERO_PACKING_FACTOR : INTEGER;
C_SYMMETRY : INTEGER;
C_NUM_FILTS : INTEGER;
C_NUM_TAPS : INTEGER;
C_NUM_CHANNELS : INTEGER;
C_CHANNEL_PATTERN : STRING;
C_ROUND_MODE : INTEGER;
C_COEF_RELOAD : INTEGER;
C_NUM_RELOAD_SLOTS : INTEGER;
C_COL_MODE : INTEGER;
C_COL_PIPE_LEN : INTEGER;
C_COL_CONFIG : STRING;
C_OPTIMIZATION : INTEGER;
C_DATA_PATH_WIDTHS : STRING;
C_DATA_IP_PATH_WIDTHS : STRING;
C_DATA_PX_PATH_WIDTHS : STRING;
C_DATA_WIDTH : INTEGER;
C_COEF_PATH_WIDTHS : STRING;
C_COEF_WIDTH : INTEGER;
C_DATA_PATH_SRC : STRING;
C_COEF_PATH_SRC : STRING;
C_DATA_PATH_SIGN : STRING;
C_COEF_PATH_SIGN : STRING;
C_ACCUM_PATH_WIDTHS : STRING;
C_OUTPUT_WIDTH : INTEGER;
C_OUTPUT_PATH_WIDTHS : STRING;
C_ACCUM_OP_PATH_WIDTHS : STRING;
C_EXT_MULT_CNFG : STRING;
C_DATA_PATH_PSAMP_SRC : STRING;
C_OP_PATH_PSAMP_SRC : STRING;
C_NUM_MADDS : INTEGER;
C_OPT_MADDS : STRING;
C_OVERSAMPLING_RATE : INTEGER;
C_INPUT_RATE : INTEGER;
C_OUTPUT_RATE : INTEGER;
C_DATA_MEMTYPE : INTEGER;
C_COEF_MEMTYPE : INTEGER;
C_IPBUFF_MEMTYPE : INTEGER;
C_OPBUFF_MEMTYPE : INTEGER;
C_DATAPATH_MEMTYPE : INTEGER;
C_MEM_ARRANGEMENT : INTEGER;
C_DATA_MEM_PACKING : INTEGER;
C_COEF_MEM_PACKING : INTEGER;
C_FILTS_PACKED : INTEGER;
C_LATENCY : INTEGER;
C_HAS_ARESETn : INTEGER;
C_HAS_ACLKEN : INTEGER;
C_DATA_HAS_TLAST : INTEGER;
C_S_DATA_HAS_FIFO : INTEGER;
C_S_DATA_HAS_TUSER : INTEGER;
C_S_DATA_TDATA_WIDTH : INTEGER;
C_S_DATA_TUSER_WIDTH : INTEGER;
C_M_DATA_HAS_TREADY : INTEGER;
C_M_DATA_HAS_TUSER : INTEGER;
C_M_DATA_TDATA_WIDTH : INTEGER;
C_M_DATA_TUSER_WIDTH : INTEGER;
C_HAS_CONFIG_CHANNEL : INTEGER;
C_CONFIG_SYNC_MODE : INTEGER;
C_CONFIG_PACKET_SIZE : INTEGER;
C_CONFIG_TDATA_WIDTH : INTEGER;
C_RELOAD_TDATA_WIDTH : INTEGER
);
PORT (
aresetn : IN STD_LOGIC;
aclk : IN STD_LOGIC;
aclken : IN STD_LOGIC;
s_axis_data_tvalid : IN STD_LOGIC;
s_axis_data_tready : OUT STD_LOGIC;
s_axis_data_tlast : IN STD_LOGIC;
s_axis_data_tuser : IN STD_LOGIC_VECTOR(0 DOWNTO 0);
s_axis_data_tdata : IN STD_LOGIC_VECTOR(15 DOWNTO 0);
s_axis_config_tvalid : IN STD_LOGIC;
s_axis_config_tready : OUT STD_LOGIC;
s_axis_config_tlast : IN STD_LOGIC;
s_axis_config_tdata : IN STD_LOGIC_VECTOR(0 DOWNTO 0);
s_axis_reload_tvalid : IN STD_LOGIC;
s_axis_reload_tready : OUT STD_LOGIC;
s_axis_reload_tlast : IN STD_LOGIC;
s_axis_reload_tdata : IN STD_LOGIC_VECTOR(0 DOWNTO 0);
m_axis_data_tvalid : OUT STD_LOGIC;
m_axis_data_tready : IN STD_LOGIC;
m_axis_data_tlast : OUT STD_LOGIC;
m_axis_data_tuser : OUT STD_LOGIC_VECTOR(0 DOWNTO 0);
m_axis_data_tdata : OUT STD_LOGIC_VECTOR(47 DOWNTO 0);
event_s_data_tlast_missing : OUT STD_LOGIC;
event_s_data_tlast_unexpected : OUT STD_LOGIC;
event_s_data_chanid_incorrect : OUT STD_LOGIC;
event_s_config_tlast_missing : OUT STD_LOGIC;
event_s_config_tlast_unexpected : OUT STD_LOGIC;
event_s_reload_tlast_missing : OUT STD_LOGIC;
event_s_reload_tlast_unexpected : OUT STD_LOGIC
);
END COMPONENT fir_compiler_v7_1;
ATTRIBUTE X_CORE_INFO : STRING;
ATTRIBUTE X_CORE_INFO OF fir_bp_p_arch: ARCHITECTURE IS "fir_compiler_v7_1,Vivado 2014.1";
ATTRIBUTE CHECK_LICENSE_TYPE : STRING;
ATTRIBUTE CHECK_LICENSE_TYPE OF fir_bp_p_arch : ARCHITECTURE IS "fir_bp_p,fir_compiler_v7_1,{}";
ATTRIBUTE CORE_GENERATION_INFO : STRING;
ATTRIBUTE CORE_GENERATION_INFO OF fir_bp_p_arch: ARCHITECTURE IS "fir_bp_p,fir_compiler_v7_1,{x_ipProduct=Vivado 2014.1,x_ipVendor=xilinx.com,x_ipLibrary=ip,x_ipName=fir_compiler,x_ipVersion=7.1,x_ipCoreRevision=3,x_ipLanguage=VHDL,C_XDEVICEFAMILY=zynq,C_ELABORATION_DIR=./,C_COMPONENT_NAME=fir_bp_p,C_COEF_FILE=fir_bp_p.mif,C_COEF_FILE_LINES=128,C_FILTER_TYPE=1,C_INTERP_RATE=1,C_DECIM_RATE=2,C_ZERO_PACKING_FACTOR=1,C_SYMMETRY=1,C_NUM_FILTS=1,C_NUM_TAPS=255,C_NUM_CHANNELS=1,C_CHANNEL_PATTERN=fixed,C_ROUND_MODE=0,C_COEF_RELOAD=0,C_NUM_RELOAD_SLOTS=1,C_COL_MODE=1,C_COL_PIPE_LEN=4,C_COL_CONFIG=20_20_24,C_OPTIMIZATION=2046,C_DATA_PATH_WIDTHS=16,C_DATA_IP_PATH_WIDTHS=16,C_DATA_PX_PATH_WIDTHS=16,C_DATA_WIDTH=16,C_COEF_PATH_WIDTHS=20,C_COEF_WIDTH=20,C_DATA_PATH_SRC=0,C_COEF_PATH_SRC=0,C_DATA_PATH_SIGN=0,C_COEF_PATH_SIGN=0,C_ACCUM_PATH_WIDTHS=41,C_OUTPUT_WIDTH=41,C_OUTPUT_PATH_WIDTHS=41,C_ACCUM_OP_PATH_WIDTHS=41,C_EXT_MULT_CNFG=none,C_DATA_PATH_PSAMP_SRC=0,C_OP_PATH_PSAMP_SRC=0,C_NUM_MADDS=64,C_OPT_MADDS=none,C_OVERSAMPLING_RATE=1,C_INPUT_RATE=1,C_OUTPUT_RATE=2,C_DATA_MEMTYPE=0,C_COEF_MEMTYPE=2,C_IPBUFF_MEMTYPE=0,C_OPBUFF_MEMTYPE=0,C_DATAPATH_MEMTYPE=2,C_MEM_ARRANGEMENT=1,C_DATA_MEM_PACKING=0,C_COEF_MEM_PACKING=0,C_FILTS_PACKED=0,C_LATENCY=81,C_HAS_ARESETn=0,C_HAS_ACLKEN=0,C_DATA_HAS_TLAST=0,C_S_DATA_HAS_FIFO=1,C_S_DATA_HAS_TUSER=0,C_S_DATA_TDATA_WIDTH=16,C_S_DATA_TUSER_WIDTH=1,C_M_DATA_HAS_TREADY=0,C_M_DATA_HAS_TUSER=0,C_M_DATA_TDATA_WIDTH=48,C_M_DATA_TUSER_WIDTH=1,C_HAS_CONFIG_CHANNEL=0,C_CONFIG_SYNC_MODE=0,C_CONFIG_PACKET_SIZE=0,C_CONFIG_TDATA_WIDTH=1,C_RELOAD_TDATA_WIDTH=1}";
ATTRIBUTE X_INTERFACE_INFO : STRING;
ATTRIBUTE X_INTERFACE_INFO OF aclk: SIGNAL IS "xilinx.com:signal:clock:1.0 aclk_intf CLK";
ATTRIBUTE X_INTERFACE_INFO OF s_axis_data_tvalid: SIGNAL IS "xilinx.com:interface:axis:1.0 S_AXIS_DATA TVALID";
ATTRIBUTE X_INTERFACE_INFO OF s_axis_data_tready: SIGNAL IS "xilinx.com:interface:axis:1.0 S_AXIS_DATA TREADY";
ATTRIBUTE X_INTERFACE_INFO OF s_axis_data_tdata: SIGNAL IS "xilinx.com:interface:axis:1.0 S_AXIS_DATA TDATA";
ATTRIBUTE X_INTERFACE_INFO OF m_axis_data_tvalid: SIGNAL IS "xilinx.com:interface:axis:1.0 M_AXIS_DATA TVALID";
ATTRIBUTE X_INTERFACE_INFO OF m_axis_data_tdata: SIGNAL IS "xilinx.com:interface:axis:1.0 M_AXIS_DATA TDATA";
BEGIN
U0 : fir_compiler_v7_1
GENERIC MAP (
C_XDEVICEFAMILY => "zynq",
C_ELABORATION_DIR => "./",
C_COMPONENT_NAME => "fir_bp_p",
C_COEF_FILE => "fir_bp_p.mif",
C_COEF_FILE_LINES => 128,
C_FILTER_TYPE => 1,
C_INTERP_RATE => 1,
C_DECIM_RATE => 2,
C_ZERO_PACKING_FACTOR => 1,
C_SYMMETRY => 1,
C_NUM_FILTS => 1,
C_NUM_TAPS => 255,
C_NUM_CHANNELS => 1,
C_CHANNEL_PATTERN => "fixed",
C_ROUND_MODE => 0,
C_COEF_RELOAD => 0,
C_NUM_RELOAD_SLOTS => 1,
C_COL_MODE => 1,
C_COL_PIPE_LEN => 4,
C_COL_CONFIG => "20,20,24",
C_OPTIMIZATION => 2046,
C_DATA_PATH_WIDTHS => "16",
C_DATA_IP_PATH_WIDTHS => "16",
C_DATA_PX_PATH_WIDTHS => "16",
C_DATA_WIDTH => 16,
C_COEF_PATH_WIDTHS => "20",
C_COEF_WIDTH => 20,
C_DATA_PATH_SRC => "0",
C_COEF_PATH_SRC => "0",
C_DATA_PATH_SIGN => "0",
C_COEF_PATH_SIGN => "0",
C_ACCUM_PATH_WIDTHS => "41",
C_OUTPUT_WIDTH => 41,
C_OUTPUT_PATH_WIDTHS => "41",
C_ACCUM_OP_PATH_WIDTHS => "41",
C_EXT_MULT_CNFG => "none",
C_DATA_PATH_PSAMP_SRC => "0",
C_OP_PATH_PSAMP_SRC => "0",
C_NUM_MADDS => 64,
C_OPT_MADDS => "none",
C_OVERSAMPLING_RATE => 1,
C_INPUT_RATE => 1,
C_OUTPUT_RATE => 2,
C_DATA_MEMTYPE => 0,
C_COEF_MEMTYPE => 2,
C_IPBUFF_MEMTYPE => 0,
C_OPBUFF_MEMTYPE => 0,
C_DATAPATH_MEMTYPE => 2,
C_MEM_ARRANGEMENT => 1,
C_DATA_MEM_PACKING => 0,
C_COEF_MEM_PACKING => 0,
C_FILTS_PACKED => 0,
C_LATENCY => 81,
C_HAS_ARESETn => 0,
C_HAS_ACLKEN => 0,
C_DATA_HAS_TLAST => 0,
C_S_DATA_HAS_FIFO => 1,
C_S_DATA_HAS_TUSER => 0,
C_S_DATA_TDATA_WIDTH => 16,
C_S_DATA_TUSER_WIDTH => 1,
C_M_DATA_HAS_TREADY => 0,
C_M_DATA_HAS_TUSER => 0,
C_M_DATA_TDATA_WIDTH => 48,
C_M_DATA_TUSER_WIDTH => 1,
C_HAS_CONFIG_CHANNEL => 0,
C_CONFIG_SYNC_MODE => 0,
C_CONFIG_PACKET_SIZE => 0,
C_CONFIG_TDATA_WIDTH => 1,
C_RELOAD_TDATA_WIDTH => 1
)
PORT MAP (
aresetn => '1',
aclk => aclk,
aclken => '1',
s_axis_data_tvalid => s_axis_data_tvalid,
s_axis_data_tready => s_axis_data_tready,
s_axis_data_tlast => '0',
s_axis_data_tuser => STD_LOGIC_VECTOR(TO_UNSIGNED(0, 1)),
s_axis_data_tdata => s_axis_data_tdata,
s_axis_config_tvalid => '0',
s_axis_config_tlast => '0',
s_axis_config_tdata => STD_LOGIC_VECTOR(TO_UNSIGNED(0, 1)),
s_axis_reload_tvalid => '0',
s_axis_reload_tlast => '0',
s_axis_reload_tdata => STD_LOGIC_VECTOR(TO_UNSIGNED(0, 1)),
m_axis_data_tvalid => m_axis_data_tvalid,
m_axis_data_tready => '1',
m_axis_data_tdata => m_axis_data_tdata
);
END fir_bp_p_arch;
| gpl-2.0 |
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`protect end_protected
| gpl-2.0 |
keith-epidev/VHDL-lib | top/stereo_radio/ip/xfft/xfft_v9_0/hdl/r22_bf_sp.vhd | 3 | 87575 | `protect begin_protected
`protect version = 1
`protect encrypt_agent = "XILINX"
`protect encrypt_agent_info = "Xilinx Encryption Tool 2014"
`protect key_keyowner = "Cadence Design Systems.", key_keyname= "cds_rsa_key", key_method = "rsa"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 64)
`protect key_block
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`protect key_keyowner = "Mentor Graphics Corporation", key_keyname= "MGC-VERIF-SIM-RSA-1", key_method = "rsa"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 128)
`protect key_block
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`protect key_keyowner = "Xilinx", key_keyname= "xilinx_2014_03", key_method = "rsa"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 256)
`protect key_block
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`protect key_keyowner = "Synopsys", key_keyname= "SNPS-VCS-RSA-1", key_method = "rsa"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 128)
`protect key_block
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`protect key_keyowner = "Aldec", key_keyname= "ALDEC08_001", key_method = "rsa"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 256)
`protect key_block
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`protect data_method = "AES128-CBC"
`protect encoding = (enctype = "BASE64", line_length = 76, bytes = 63088)
`protect data_block
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| gpl-2.0 |
cafe-alpha/wascafe | v12/fpga_firmware/wasca/synthesis/wasca.vhd | 6 | 118138 | -- wasca.vhd
-- Generated using ACDS version 15.0 145
library IEEE;
use IEEE.std_logic_1164.all;
use IEEE.numeric_std.all;
entity wasca is
port (
altpll_0_areset_conduit_export : in std_logic := '0'; -- altpll_0_areset_conduit.export
altpll_0_locked_conduit_export : out std_logic; -- altpll_0_locked_conduit.export
altpll_0_phasedone_conduit_export : out std_logic; -- altpll_0_phasedone_conduit.export
audio_out_BCLK : in std_logic := '0'; -- audio_out.BCLK
audio_out_DACDAT : out std_logic; -- .DACDAT
audio_out_DACLRCK : in std_logic := '0'; -- .DACLRCK
clk_clk : in std_logic := '0'; -- clk.clk
clock_116_mhz_clk : out std_logic; -- clock_116_mhz.clk
external_sdram_controller_wire_addr : out std_logic_vector(12 downto 0); -- external_sdram_controller_wire.addr
external_sdram_controller_wire_ba : out std_logic_vector(1 downto 0); -- .ba
external_sdram_controller_wire_cas_n : out std_logic; -- .cas_n
external_sdram_controller_wire_cke : out std_logic; -- .cke
external_sdram_controller_wire_cs_n : out std_logic; -- .cs_n
external_sdram_controller_wire_dq : inout std_logic_vector(15 downto 0) := (others => '0'); -- .dq
external_sdram_controller_wire_dqm : out std_logic_vector(1 downto 0); -- .dqm
external_sdram_controller_wire_ras_n : out std_logic; -- .ras_n
external_sdram_controller_wire_we_n : out std_logic; -- .we_n
sega_saturn_abus_slave_0_abus_address : in std_logic_vector(9 downto 0) := (others => '0'); -- sega_saturn_abus_slave_0_abus.address
sega_saturn_abus_slave_0_abus_chipselect : in std_logic_vector(2 downto 0) := (others => '0'); -- .chipselect
sega_saturn_abus_slave_0_abus_read : in std_logic := '0'; -- .read
sega_saturn_abus_slave_0_abus_write : in std_logic_vector(1 downto 0) := (others => '0'); -- .write
sega_saturn_abus_slave_0_abus_waitrequest : out std_logic; -- .waitrequest
sega_saturn_abus_slave_0_abus_interrupt : out std_logic; -- .interrupt
sega_saturn_abus_slave_0_abus_addressdata : inout std_logic_vector(15 downto 0) := (others => '0'); -- .addressdata
sega_saturn_abus_slave_0_abus_direction : out std_logic; -- .direction
sega_saturn_abus_slave_0_abus_muxing : out std_logic_vector(1 downto 0); -- .muxing
sega_saturn_abus_slave_0_abus_disableout : out std_logic; -- .disableout
sega_saturn_abus_slave_0_conduit_saturn_reset_saturn_reset : in std_logic := '0'; -- sega_saturn_abus_slave_0_conduit_saturn_reset.saturn_reset
spi_sd_card_MISO : in std_logic := '0'; -- spi_sd_card.MISO
spi_sd_card_MOSI : out std_logic; -- .MOSI
spi_sd_card_SCLK : out std_logic; -- .SCLK
spi_sd_card_SS_n : out std_logic; -- .SS_n
spi_stm32_MISO : out std_logic; -- spi_stm32.MISO
spi_stm32_MOSI : in std_logic := '0'; -- .MOSI
spi_stm32_SCLK : in std_logic := '0'; -- .SCLK
spi_stm32_SS_n : in std_logic := '0'; -- .SS_n
uart_0_external_connection_rxd : in std_logic := '0'; -- uart_0_external_connection.rxd
uart_0_external_connection_txd : out std_logic -- .txd
);
end entity wasca;
architecture rtl of wasca is
component wasca_altpll_0 is
port (
clk : in std_logic := 'X'; -- clk
reset : in std_logic := 'X'; -- reset
read : in std_logic := 'X'; -- read
write : in std_logic := 'X'; -- write
address : in std_logic_vector(1 downto 0) := (others => 'X'); -- address
readdata : out std_logic_vector(31 downto 0); -- readdata
writedata : in std_logic_vector(31 downto 0) := (others => 'X'); -- writedata
c0 : out std_logic; -- clk
areset : in std_logic := 'X'; -- export
c1 : out std_logic; -- export
locked : out std_logic; -- export
phasedone : out std_logic -- export
);
end component wasca_altpll_0;
component wasca_audio_0 is
port (
clk : in std_logic := 'X'; -- clk
reset : in std_logic := 'X'; -- reset
address : in std_logic_vector(1 downto 0) := (others => 'X'); -- address
chipselect : in std_logic := 'X'; -- chipselect
read : in std_logic := 'X'; -- read
write : in std_logic := 'X'; -- write
writedata : in std_logic_vector(31 downto 0) := (others => 'X'); -- writedata
readdata : out std_logic_vector(31 downto 0); -- readdata
irq : out std_logic; -- irq
AUD_BCLK : in std_logic := 'X'; -- export
AUD_DACDAT : out std_logic; -- export
AUD_DACLRCK : in std_logic := 'X' -- export
);
end component wasca_audio_0;
component wasca_external_sdram_controller is
port (
clk : in std_logic := 'X'; -- clk
reset_n : in std_logic := 'X'; -- reset_n
az_addr : in std_logic_vector(23 downto 0) := (others => 'X'); -- address
az_be_n : in std_logic_vector(1 downto 0) := (others => 'X'); -- byteenable_n
az_cs : in std_logic := 'X'; -- chipselect
az_data : in std_logic_vector(15 downto 0) := (others => 'X'); -- writedata
az_rd_n : in std_logic := 'X'; -- read_n
az_wr_n : in std_logic := 'X'; -- write_n
za_data : out std_logic_vector(15 downto 0); -- readdata
za_valid : out std_logic; -- readdatavalid
za_waitrequest : out std_logic; -- waitrequest
zs_addr : out std_logic_vector(12 downto 0); -- export
zs_ba : out std_logic_vector(1 downto 0); -- export
zs_cas_n : out std_logic; -- export
zs_cke : out std_logic; -- export
zs_cs_n : out std_logic; -- export
zs_dq : inout std_logic_vector(15 downto 0) := (others => 'X'); -- export
zs_dqm : out std_logic_vector(1 downto 0); -- export
zs_ras_n : out std_logic; -- export
zs_we_n : out std_logic -- export
);
end component wasca_external_sdram_controller;
component wasca_nios2_gen2_0 is
port (
clk : in std_logic := 'X'; -- clk
reset_n : in std_logic := 'X'; -- reset_n
d_address : out std_logic_vector(26 downto 0); -- address
d_byteenable : out std_logic_vector(3 downto 0); -- byteenable
d_read : out std_logic; -- read
d_readdata : in std_logic_vector(31 downto 0) := (others => 'X'); -- readdata
d_waitrequest : in std_logic := 'X'; -- waitrequest
d_write : out std_logic; -- write
d_writedata : out std_logic_vector(31 downto 0); -- writedata
debug_mem_slave_debugaccess_to_roms : out std_logic; -- debugaccess
i_address : out std_logic_vector(26 downto 0); -- address
i_read : out std_logic; -- read
i_readdata : in std_logic_vector(31 downto 0) := (others => 'X'); -- readdata
i_waitrequest : in std_logic := 'X'; -- waitrequest
irq : in std_logic_vector(31 downto 0) := (others => 'X'); -- irq
debug_reset_request : out std_logic; -- reset
debug_mem_slave_address : in std_logic_vector(8 downto 0) := (others => 'X'); -- address
debug_mem_slave_byteenable : in std_logic_vector(3 downto 0) := (others => 'X'); -- byteenable
debug_mem_slave_debugaccess : in std_logic := 'X'; -- debugaccess
debug_mem_slave_read : in std_logic := 'X'; -- read
debug_mem_slave_readdata : out std_logic_vector(31 downto 0); -- readdata
debug_mem_slave_waitrequest : out std_logic; -- waitrequest
debug_mem_slave_write : in std_logic := 'X'; -- write
debug_mem_slave_writedata : in std_logic_vector(31 downto 0) := (others => 'X'); -- writedata
dummy_ci_port : out std_logic -- readra
);
end component wasca_nios2_gen2_0;
component altera_onchip_flash is
generic (
INIT_FILENAME : string := "";
INIT_FILENAME_SIM : string := "";
DEVICE_FAMILY : string := "Unknown";
PART_NAME : string := "Unknown";
DEVICE_ID : string := "Unknown";
SECTOR1_START_ADDR : integer := 0;
SECTOR1_END_ADDR : integer := 0;
SECTOR2_START_ADDR : integer := 0;
SECTOR2_END_ADDR : integer := 0;
SECTOR3_START_ADDR : integer := 0;
SECTOR3_END_ADDR : integer := 0;
SECTOR4_START_ADDR : integer := 0;
SECTOR4_END_ADDR : integer := 0;
SECTOR5_START_ADDR : integer := 0;
SECTOR5_END_ADDR : integer := 0;
MIN_VALID_ADDR : integer := 0;
MAX_VALID_ADDR : integer := 0;
MIN_UFM_VALID_ADDR : integer := 0;
MAX_UFM_VALID_ADDR : integer := 0;
SECTOR1_MAP : integer := 0;
SECTOR2_MAP : integer := 0;
SECTOR3_MAP : integer := 0;
SECTOR4_MAP : integer := 0;
SECTOR5_MAP : integer := 0;
ADDR_RANGE1_END_ADDR : integer := 0;
ADDR_RANGE1_OFFSET : integer := 0;
ADDR_RANGE2_OFFSET : integer := 0;
AVMM_DATA_ADDR_WIDTH : integer := 19;
AVMM_DATA_DATA_WIDTH : integer := 32;
AVMM_DATA_BURSTCOUNT_WIDTH : integer := 4;
SECTOR_READ_PROTECTION_MODE : integer := 31;
FLASH_SEQ_READ_DATA_COUNT : integer := 2;
FLASH_ADDR_ALIGNMENT_BITS : integer := 1;
FLASH_READ_CYCLE_MAX_INDEX : integer := 4;
FLASH_RESET_CYCLE_MAX_INDEX : integer := 29;
FLASH_BUSY_TIMEOUT_CYCLE_MAX_INDEX : integer := 112;
FLASH_ERASE_TIMEOUT_CYCLE_MAX_INDEX : integer := 40603248;
FLASH_WRITE_TIMEOUT_CYCLE_MAX_INDEX : integer := 35382;
PARALLEL_MODE : boolean := true;
READ_AND_WRITE_MODE : boolean := true;
WRAPPING_BURST_MODE : boolean := false;
IS_DUAL_BOOT : string := "False";
IS_ERAM_SKIP : string := "False";
IS_COMPRESSED_IMAGE : string := "False"
);
port (
clock : in std_logic := 'X'; -- clk
reset_n : in std_logic := 'X'; -- reset_n
avmm_data_addr : in std_logic_vector(15 downto 0) := (others => 'X'); -- address
avmm_data_read : in std_logic := 'X'; -- read
avmm_data_readdata : out std_logic_vector(31 downto 0); -- readdata
avmm_data_waitrequest : out std_logic; -- waitrequest
avmm_data_readdatavalid : out std_logic; -- readdatavalid
avmm_data_burstcount : in std_logic_vector(3 downto 0) := (others => 'X'); -- burstcount
avmm_data_writedata : in std_logic_vector(31 downto 0) := (others => 'X'); -- writedata
avmm_data_write : in std_logic := 'X'; -- write
avmm_csr_addr : in std_logic := 'X'; -- address
avmm_csr_read : in std_logic := 'X'; -- read
avmm_csr_writedata : in std_logic_vector(31 downto 0) := (others => 'X'); -- writedata
avmm_csr_write : in std_logic := 'X'; -- write
avmm_csr_readdata : out std_logic_vector(31 downto 0) -- readdata
);
end component altera_onchip_flash;
component wasca_onchip_memory2_0 is
port (
clk : in std_logic := 'X'; -- clk
address : in std_logic_vector(11 downto 0) := (others => 'X'); -- address
clken : in std_logic := 'X'; -- clken
chipselect : in std_logic := 'X'; -- chipselect
write : in std_logic := 'X'; -- write
readdata : out std_logic_vector(31 downto 0); -- readdata
writedata : in std_logic_vector(31 downto 0) := (others => 'X'); -- writedata
byteenable : in std_logic_vector(3 downto 0) := (others => 'X'); -- byteenable
reset : in std_logic := 'X'; -- reset
reset_req : in std_logic := 'X' -- reset_req
);
end component wasca_onchip_memory2_0;
component sega_saturn_abus_slave is
port (
clock : in std_logic := 'X'; -- clk
abus_address : in std_logic_vector(9 downto 0) := (others => 'X'); -- address
abus_chipselect : in std_logic_vector(2 downto 0) := (others => 'X'); -- chipselect
abus_read : in std_logic := 'X'; -- read
abus_write : in std_logic_vector(1 downto 0) := (others => 'X'); -- write
abus_waitrequest : out std_logic; -- waitrequest
abus_interrupt : out std_logic; -- interrupt
abus_addressdata : inout std_logic_vector(15 downto 0) := (others => 'X'); -- addressdata
abus_direction : out std_logic; -- direction
abus_muxing : out std_logic_vector(1 downto 0); -- muxing
abus_disable_out : out std_logic; -- disableout
avalon_read : out std_logic; -- read
avalon_write : out std_logic; -- write
avalon_waitrequest : in std_logic := 'X'; -- waitrequest
avalon_address : out std_logic_vector(27 downto 0); -- address
avalon_readdata : in std_logic_vector(15 downto 0) := (others => 'X'); -- readdata
avalon_writedata : out std_logic_vector(15 downto 0); -- writedata
avalon_readdatavalid : in std_logic := 'X'; -- readdatavalid
avalon_burstcount : out std_logic; -- burstcount
reset : in std_logic := 'X'; -- reset
saturn_reset : in std_logic := 'X'; -- saturn_reset
avalon_nios_read : in std_logic := 'X'; -- read
avalon_nios_write : in std_logic := 'X'; -- write
avalon_nios_address : in std_logic_vector(7 downto 0) := (others => 'X'); -- address
avalon_nios_writedata : in std_logic_vector(15 downto 0) := (others => 'X'); -- writedata
avalon_nios_readdata : out std_logic_vector(15 downto 0); -- readdata
avalon_nios_waitrequest : out std_logic; -- waitrequest
avalon_nios_readdatavalid : out std_logic; -- readdatavalid
avalon_nios_burstcount : in std_logic := 'X' -- burstcount
);
end component sega_saturn_abus_slave;
component wasca_spi_sd_card is
port (
clk : in std_logic := 'X'; -- clk
reset_n : in std_logic := 'X'; -- reset_n
data_from_cpu : in std_logic_vector(15 downto 0) := (others => 'X'); -- writedata
data_to_cpu : out std_logic_vector(15 downto 0); -- readdata
mem_addr : in std_logic_vector(2 downto 0) := (others => 'X'); -- address
read_n : in std_logic := 'X'; -- read_n
spi_select : in std_logic := 'X'; -- chipselect
write_n : in std_logic := 'X'; -- write_n
irq : out std_logic; -- irq
MISO : in std_logic := 'X'; -- export
MOSI : out std_logic; -- export
SCLK : out std_logic; -- export
SS_n : out std_logic -- export
);
end component wasca_spi_sd_card;
component wasca_spi_stm32 is
port (
clk : in std_logic := 'X'; -- clk
reset_n : in std_logic := 'X'; -- reset_n
data_from_cpu : in std_logic_vector(15 downto 0) := (others => 'X'); -- writedata
data_to_cpu : out std_logic_vector(15 downto 0); -- readdata
mem_addr : in std_logic_vector(2 downto 0) := (others => 'X'); -- address
read_n : in std_logic := 'X'; -- read_n
spi_select : in std_logic := 'X'; -- chipselect
write_n : in std_logic := 'X'; -- write_n
irq : out std_logic; -- irq
MISO : out std_logic; -- export
MOSI : in std_logic := 'X'; -- export
SCLK : in std_logic := 'X'; -- export
SS_n : in std_logic := 'X' -- export
);
end component wasca_spi_stm32;
component wasca_uart_0 is
port (
clk : in std_logic := 'X'; -- clk
reset_n : in std_logic := 'X'; -- reset_n
address : in std_logic_vector(2 downto 0) := (others => 'X'); -- address
begintransfer : in std_logic := 'X'; -- begintransfer
chipselect : in std_logic := 'X'; -- chipselect
read_n : in std_logic := 'X'; -- read_n
write_n : in std_logic := 'X'; -- write_n
writedata : in std_logic_vector(15 downto 0) := (others => 'X'); -- writedata
readdata : out std_logic_vector(15 downto 0); -- readdata
dataavailable : out std_logic; -- dataavailable
readyfordata : out std_logic; -- readyfordata
rxd : in std_logic := 'X'; -- export
txd : out std_logic; -- export
irq : out std_logic -- irq
);
end component wasca_uart_0;
component wasca_mm_interconnect_0 is
port (
altpll_0_c0_clk : in std_logic := 'X'; -- clk
clk_0_clk_clk : in std_logic := 'X'; -- clk
altpll_0_inclk_interface_reset_reset_bridge_in_reset_reset : in std_logic := 'X'; -- reset
sega_saturn_abus_slave_0_reset_reset_bridge_in_reset_reset : in std_logic := 'X'; -- reset
nios2_gen2_0_data_master_address : in std_logic_vector(26 downto 0) := (others => 'X'); -- address
nios2_gen2_0_data_master_waitrequest : out std_logic; -- waitrequest
nios2_gen2_0_data_master_byteenable : in std_logic_vector(3 downto 0) := (others => 'X'); -- byteenable
nios2_gen2_0_data_master_read : in std_logic := 'X'; -- read
nios2_gen2_0_data_master_readdata : out std_logic_vector(31 downto 0); -- readdata
nios2_gen2_0_data_master_write : in std_logic := 'X'; -- write
nios2_gen2_0_data_master_writedata : in std_logic_vector(31 downto 0) := (others => 'X'); -- writedata
nios2_gen2_0_data_master_debugaccess : in std_logic := 'X'; -- debugaccess
nios2_gen2_0_instruction_master_address : in std_logic_vector(26 downto 0) := (others => 'X'); -- address
nios2_gen2_0_instruction_master_waitrequest : out std_logic; -- waitrequest
nios2_gen2_0_instruction_master_read : in std_logic := 'X'; -- read
nios2_gen2_0_instruction_master_readdata : out std_logic_vector(31 downto 0); -- readdata
sega_saturn_abus_slave_0_avalon_master_address : in std_logic_vector(27 downto 0) := (others => 'X'); -- address
sega_saturn_abus_slave_0_avalon_master_waitrequest : out std_logic; -- waitrequest
sega_saturn_abus_slave_0_avalon_master_burstcount : in std_logic_vector(0 downto 0) := (others => 'X'); -- burstcount
sega_saturn_abus_slave_0_avalon_master_read : in std_logic := 'X'; -- read
sega_saturn_abus_slave_0_avalon_master_readdata : out std_logic_vector(15 downto 0); -- readdata
sega_saturn_abus_slave_0_avalon_master_readdatavalid : out std_logic; -- readdatavalid
sega_saturn_abus_slave_0_avalon_master_write : in std_logic := 'X'; -- write
sega_saturn_abus_slave_0_avalon_master_writedata : in std_logic_vector(15 downto 0) := (others => 'X'); -- writedata
altpll_0_pll_slave_address : out std_logic_vector(1 downto 0); -- address
altpll_0_pll_slave_write : out std_logic; -- write
altpll_0_pll_slave_read : out std_logic; -- read
altpll_0_pll_slave_readdata : in std_logic_vector(31 downto 0) := (others => 'X'); -- readdata
altpll_0_pll_slave_writedata : out std_logic_vector(31 downto 0); -- writedata
audio_0_avalon_audio_slave_address : out std_logic_vector(1 downto 0); -- address
audio_0_avalon_audio_slave_write : out std_logic; -- write
audio_0_avalon_audio_slave_read : out std_logic; -- read
audio_0_avalon_audio_slave_readdata : in std_logic_vector(31 downto 0) := (others => 'X'); -- readdata
audio_0_avalon_audio_slave_writedata : out std_logic_vector(31 downto 0); -- writedata
audio_0_avalon_audio_slave_chipselect : out std_logic; -- chipselect
external_sdram_controller_s1_address : out std_logic_vector(23 downto 0); -- address
external_sdram_controller_s1_write : out std_logic; -- write
external_sdram_controller_s1_read : out std_logic; -- read
external_sdram_controller_s1_readdata : in std_logic_vector(15 downto 0) := (others => 'X'); -- readdata
external_sdram_controller_s1_writedata : out std_logic_vector(15 downto 0); -- writedata
external_sdram_controller_s1_byteenable : out std_logic_vector(1 downto 0); -- byteenable
external_sdram_controller_s1_readdatavalid : in std_logic := 'X'; -- readdatavalid
external_sdram_controller_s1_waitrequest : in std_logic := 'X'; -- waitrequest
external_sdram_controller_s1_chipselect : out std_logic; -- chipselect
nios2_gen2_0_debug_mem_slave_address : out std_logic_vector(8 downto 0); -- address
nios2_gen2_0_debug_mem_slave_write : out std_logic; -- write
nios2_gen2_0_debug_mem_slave_read : out std_logic; -- read
nios2_gen2_0_debug_mem_slave_readdata : in std_logic_vector(31 downto 0) := (others => 'X'); -- readdata
nios2_gen2_0_debug_mem_slave_writedata : out std_logic_vector(31 downto 0); -- writedata
nios2_gen2_0_debug_mem_slave_byteenable : out std_logic_vector(3 downto 0); -- byteenable
nios2_gen2_0_debug_mem_slave_waitrequest : in std_logic := 'X'; -- waitrequest
nios2_gen2_0_debug_mem_slave_debugaccess : out std_logic; -- debugaccess
onchip_flash_0_data_address : out std_logic_vector(15 downto 0); -- address
onchip_flash_0_data_read : out std_logic; -- read
onchip_flash_0_data_readdata : in std_logic_vector(31 downto 0) := (others => 'X'); -- readdata
onchip_flash_0_data_burstcount : out std_logic_vector(3 downto 0); -- burstcount
onchip_flash_0_data_readdatavalid : in std_logic := 'X'; -- readdatavalid
onchip_flash_0_data_waitrequest : in std_logic := 'X'; -- waitrequest
onchip_memory2_0_s1_address : out std_logic_vector(11 downto 0); -- address
onchip_memory2_0_s1_write : out std_logic; -- write
onchip_memory2_0_s1_readdata : in std_logic_vector(31 downto 0) := (others => 'X'); -- readdata
onchip_memory2_0_s1_writedata : out std_logic_vector(31 downto 0); -- writedata
onchip_memory2_0_s1_byteenable : out std_logic_vector(3 downto 0); -- byteenable
onchip_memory2_0_s1_chipselect : out std_logic; -- chipselect
onchip_memory2_0_s1_clken : out std_logic; -- clken
sega_saturn_abus_slave_0_avalon_nios_address : out std_logic_vector(7 downto 0); -- address
sega_saturn_abus_slave_0_avalon_nios_write : out std_logic; -- write
sega_saturn_abus_slave_0_avalon_nios_read : out std_logic; -- read
sega_saturn_abus_slave_0_avalon_nios_readdata : in std_logic_vector(15 downto 0) := (others => 'X'); -- readdata
sega_saturn_abus_slave_0_avalon_nios_writedata : out std_logic_vector(15 downto 0); -- writedata
sega_saturn_abus_slave_0_avalon_nios_burstcount : out std_logic_vector(0 downto 0); -- burstcount
sega_saturn_abus_slave_0_avalon_nios_readdatavalid : in std_logic := 'X'; -- readdatavalid
sega_saturn_abus_slave_0_avalon_nios_waitrequest : in std_logic := 'X'; -- waitrequest
spi_sd_card_spi_control_port_address : out std_logic_vector(2 downto 0); -- address
spi_sd_card_spi_control_port_write : out std_logic; -- write
spi_sd_card_spi_control_port_read : out std_logic; -- read
spi_sd_card_spi_control_port_readdata : in std_logic_vector(15 downto 0) := (others => 'X'); -- readdata
spi_sd_card_spi_control_port_writedata : out std_logic_vector(15 downto 0); -- writedata
spi_sd_card_spi_control_port_chipselect : out std_logic; -- chipselect
spi_stm32_spi_control_port_address : out std_logic_vector(2 downto 0); -- address
spi_stm32_spi_control_port_write : out std_logic; -- write
spi_stm32_spi_control_port_read : out std_logic; -- read
spi_stm32_spi_control_port_readdata : in std_logic_vector(15 downto 0) := (others => 'X'); -- readdata
spi_stm32_spi_control_port_writedata : out std_logic_vector(15 downto 0); -- writedata
spi_stm32_spi_control_port_chipselect : out std_logic; -- chipselect
uart_0_s1_address : out std_logic_vector(2 downto 0); -- address
uart_0_s1_write : out std_logic; -- write
uart_0_s1_read : out std_logic; -- read
uart_0_s1_readdata : in std_logic_vector(15 downto 0) := (others => 'X'); -- readdata
uart_0_s1_writedata : out std_logic_vector(15 downto 0); -- writedata
uart_0_s1_begintransfer : out std_logic; -- begintransfer
uart_0_s1_chipselect : out std_logic -- chipselect
);
end component wasca_mm_interconnect_0;
component wasca_irq_mapper is
port (
clk : in std_logic := 'X'; -- clk
reset : in std_logic := 'X'; -- reset
receiver0_irq : in std_logic := 'X'; -- irq
receiver1_irq : in std_logic := 'X'; -- irq
receiver2_irq : in std_logic := 'X'; -- irq
receiver3_irq : in std_logic := 'X'; -- irq
sender_irq : out std_logic_vector(31 downto 0) -- irq
);
end component wasca_irq_mapper;
component wasca_rst_controller is
generic (
NUM_RESET_INPUTS : integer := 6;
OUTPUT_RESET_SYNC_EDGES : string := "deassert";
SYNC_DEPTH : integer := 2;
RESET_REQUEST_PRESENT : integer := 0;
RESET_REQ_WAIT_TIME : integer := 1;
MIN_RST_ASSERTION_TIME : integer := 3;
RESET_REQ_EARLY_DSRT_TIME : integer := 1;
USE_RESET_REQUEST_IN0 : integer := 0;
USE_RESET_REQUEST_IN1 : integer := 0;
USE_RESET_REQUEST_IN2 : integer := 0;
USE_RESET_REQUEST_IN3 : integer := 0;
USE_RESET_REQUEST_IN4 : integer := 0;
USE_RESET_REQUEST_IN5 : integer := 0;
USE_RESET_REQUEST_IN6 : integer := 0;
USE_RESET_REQUEST_IN7 : integer := 0;
USE_RESET_REQUEST_IN8 : integer := 0;
USE_RESET_REQUEST_IN9 : integer := 0;
USE_RESET_REQUEST_IN10 : integer := 0;
USE_RESET_REQUEST_IN11 : integer := 0;
USE_RESET_REQUEST_IN12 : integer := 0;
USE_RESET_REQUEST_IN13 : integer := 0;
USE_RESET_REQUEST_IN14 : integer := 0;
USE_RESET_REQUEST_IN15 : integer := 0;
ADAPT_RESET_REQUEST : integer := 0
);
port (
reset_in0 : in std_logic := 'X'; -- reset
clk : in std_logic := 'X'; -- clk
reset_out : out std_logic; -- reset
reset_req : out std_logic; -- reset_req
reset_req_in0 : in std_logic := 'X'; -- reset_req
reset_in1 : in std_logic := 'X'; -- reset
reset_req_in1 : in std_logic := 'X'; -- reset_req
reset_in2 : in std_logic := 'X'; -- reset
reset_req_in2 : in std_logic := 'X'; -- reset_req
reset_in3 : in std_logic := 'X'; -- reset
reset_req_in3 : in std_logic := 'X'; -- reset_req
reset_in4 : in std_logic := 'X'; -- reset
reset_req_in4 : in std_logic := 'X'; -- reset_req
reset_in5 : in std_logic := 'X'; -- reset
reset_req_in5 : in std_logic := 'X'; -- reset_req
reset_in6 : in std_logic := 'X'; -- reset
reset_req_in6 : in std_logic := 'X'; -- reset_req
reset_in7 : in std_logic := 'X'; -- reset
reset_req_in7 : in std_logic := 'X'; -- reset_req
reset_in8 : in std_logic := 'X'; -- reset
reset_req_in8 : in std_logic := 'X'; -- reset_req
reset_in9 : in std_logic := 'X'; -- reset
reset_req_in9 : in std_logic := 'X'; -- reset_req
reset_in10 : in std_logic := 'X'; -- reset
reset_req_in10 : in std_logic := 'X'; -- reset_req
reset_in11 : in std_logic := 'X'; -- reset
reset_req_in11 : in std_logic := 'X'; -- reset_req
reset_in12 : in std_logic := 'X'; -- reset
reset_req_in12 : in std_logic := 'X'; -- reset_req
reset_in13 : in std_logic := 'X'; -- reset
reset_req_in13 : in std_logic := 'X'; -- reset_req
reset_in14 : in std_logic := 'X'; -- reset
reset_req_in14 : in std_logic := 'X'; -- reset_req
reset_in15 : in std_logic := 'X'; -- reset
reset_req_in15 : in std_logic := 'X' -- reset_req
);
end component wasca_rst_controller;
component wasca_rst_controller_001 is
generic (
NUM_RESET_INPUTS : integer := 6;
OUTPUT_RESET_SYNC_EDGES : string := "deassert";
SYNC_DEPTH : integer := 2;
RESET_REQUEST_PRESENT : integer := 0;
RESET_REQ_WAIT_TIME : integer := 1;
MIN_RST_ASSERTION_TIME : integer := 3;
RESET_REQ_EARLY_DSRT_TIME : integer := 1;
USE_RESET_REQUEST_IN0 : integer := 0;
USE_RESET_REQUEST_IN1 : integer := 0;
USE_RESET_REQUEST_IN2 : integer := 0;
USE_RESET_REQUEST_IN3 : integer := 0;
USE_RESET_REQUEST_IN4 : integer := 0;
USE_RESET_REQUEST_IN5 : integer := 0;
USE_RESET_REQUEST_IN6 : integer := 0;
USE_RESET_REQUEST_IN7 : integer := 0;
USE_RESET_REQUEST_IN8 : integer := 0;
USE_RESET_REQUEST_IN9 : integer := 0;
USE_RESET_REQUEST_IN10 : integer := 0;
USE_RESET_REQUEST_IN11 : integer := 0;
USE_RESET_REQUEST_IN12 : integer := 0;
USE_RESET_REQUEST_IN13 : integer := 0;
USE_RESET_REQUEST_IN14 : integer := 0;
USE_RESET_REQUEST_IN15 : integer := 0;
ADAPT_RESET_REQUEST : integer := 0
);
port (
reset_in0 : in std_logic := 'X'; -- reset
clk : in std_logic := 'X'; -- clk
reset_out : out std_logic; -- reset
reset_req : out std_logic; -- reset_req
reset_req_in0 : in std_logic := 'X'; -- reset_req
reset_in1 : in std_logic := 'X'; -- reset
reset_req_in1 : in std_logic := 'X'; -- reset_req
reset_in2 : in std_logic := 'X'; -- reset
reset_req_in2 : in std_logic := 'X'; -- reset_req
reset_in3 : in std_logic := 'X'; -- reset
reset_req_in3 : in std_logic := 'X'; -- reset_req
reset_in4 : in std_logic := 'X'; -- reset
reset_req_in4 : in std_logic := 'X'; -- reset_req
reset_in5 : in std_logic := 'X'; -- reset
reset_req_in5 : in std_logic := 'X'; -- reset_req
reset_in6 : in std_logic := 'X'; -- reset
reset_req_in6 : in std_logic := 'X'; -- reset_req
reset_in7 : in std_logic := 'X'; -- reset
reset_req_in7 : in std_logic := 'X'; -- reset_req
reset_in8 : in std_logic := 'X'; -- reset
reset_req_in8 : in std_logic := 'X'; -- reset_req
reset_in9 : in std_logic := 'X'; -- reset
reset_req_in9 : in std_logic := 'X'; -- reset_req
reset_in10 : in std_logic := 'X'; -- reset
reset_req_in10 : in std_logic := 'X'; -- reset_req
reset_in11 : in std_logic := 'X'; -- reset
reset_req_in11 : in std_logic := 'X'; -- reset_req
reset_in12 : in std_logic := 'X'; -- reset
reset_req_in12 : in std_logic := 'X'; -- reset_req
reset_in13 : in std_logic := 'X'; -- reset
reset_req_in13 : in std_logic := 'X'; -- reset_req
reset_in14 : in std_logic := 'X'; -- reset
reset_req_in14 : in std_logic := 'X'; -- reset_req
reset_in15 : in std_logic := 'X'; -- reset
reset_req_in15 : in std_logic := 'X' -- reset_req
);
end component wasca_rst_controller_001;
signal altpll_0_c0_clk : std_logic; -- altpll_0:c0 -> [clock_116_mhz_clk, audio_0:clk, external_sdram_controller:clk, irq_mapper:clk, mm_interconnect_0:altpll_0_c0_clk, nios2_gen2_0:clk, onchip_flash_0:clock, onchip_memory2_0:clk, rst_controller_001:clk, rst_controller_002:clk, sega_saturn_abus_slave_0:clock, spi_sd_card:clk, spi_stm32:clk, uart_0:clk]
signal nios2_gen2_0_debug_reset_request_reset : std_logic; -- nios2_gen2_0:debug_reset_request -> [rst_controller:reset_in0, rst_controller_001:reset_in0, rst_controller_002:reset_in0]
signal sega_saturn_abus_slave_0_avalon_master_waitrequest : std_logic; -- mm_interconnect_0:sega_saturn_abus_slave_0_avalon_master_waitrequest -> sega_saturn_abus_slave_0:avalon_waitrequest
signal sega_saturn_abus_slave_0_avalon_master_readdata : std_logic_vector(15 downto 0); -- mm_interconnect_0:sega_saturn_abus_slave_0_avalon_master_readdata -> sega_saturn_abus_slave_0:avalon_readdata
signal sega_saturn_abus_slave_0_avalon_master_read : std_logic; -- sega_saturn_abus_slave_0:avalon_read -> mm_interconnect_0:sega_saturn_abus_slave_0_avalon_master_read
signal sega_saturn_abus_slave_0_avalon_master_address : std_logic_vector(27 downto 0); -- sega_saturn_abus_slave_0:avalon_address -> mm_interconnect_0:sega_saturn_abus_slave_0_avalon_master_address
signal sega_saturn_abus_slave_0_avalon_master_readdatavalid : std_logic; -- mm_interconnect_0:sega_saturn_abus_slave_0_avalon_master_readdatavalid -> sega_saturn_abus_slave_0:avalon_readdatavalid
signal sega_saturn_abus_slave_0_avalon_master_write : std_logic; -- sega_saturn_abus_slave_0:avalon_write -> mm_interconnect_0:sega_saturn_abus_slave_0_avalon_master_write
signal sega_saturn_abus_slave_0_avalon_master_writedata : std_logic_vector(15 downto 0); -- sega_saturn_abus_slave_0:avalon_writedata -> mm_interconnect_0:sega_saturn_abus_slave_0_avalon_master_writedata
signal sega_saturn_abus_slave_0_avalon_master_burstcount : std_logic; -- sega_saturn_abus_slave_0:avalon_burstcount -> mm_interconnect_0:sega_saturn_abus_slave_0_avalon_master_burstcount
signal nios2_gen2_0_data_master_readdata : std_logic_vector(31 downto 0); -- mm_interconnect_0:nios2_gen2_0_data_master_readdata -> nios2_gen2_0:d_readdata
signal nios2_gen2_0_data_master_waitrequest : std_logic; -- mm_interconnect_0:nios2_gen2_0_data_master_waitrequest -> nios2_gen2_0:d_waitrequest
signal nios2_gen2_0_data_master_debugaccess : std_logic; -- nios2_gen2_0:debug_mem_slave_debugaccess_to_roms -> mm_interconnect_0:nios2_gen2_0_data_master_debugaccess
signal nios2_gen2_0_data_master_address : std_logic_vector(26 downto 0); -- nios2_gen2_0:d_address -> mm_interconnect_0:nios2_gen2_0_data_master_address
signal nios2_gen2_0_data_master_byteenable : std_logic_vector(3 downto 0); -- nios2_gen2_0:d_byteenable -> mm_interconnect_0:nios2_gen2_0_data_master_byteenable
signal nios2_gen2_0_data_master_read : std_logic; -- nios2_gen2_0:d_read -> mm_interconnect_0:nios2_gen2_0_data_master_read
signal nios2_gen2_0_data_master_write : std_logic; -- nios2_gen2_0:d_write -> mm_interconnect_0:nios2_gen2_0_data_master_write
signal nios2_gen2_0_data_master_writedata : std_logic_vector(31 downto 0); -- nios2_gen2_0:d_writedata -> mm_interconnect_0:nios2_gen2_0_data_master_writedata
signal nios2_gen2_0_instruction_master_readdata : std_logic_vector(31 downto 0); -- mm_interconnect_0:nios2_gen2_0_instruction_master_readdata -> nios2_gen2_0:i_readdata
signal nios2_gen2_0_instruction_master_waitrequest : std_logic; -- mm_interconnect_0:nios2_gen2_0_instruction_master_waitrequest -> nios2_gen2_0:i_waitrequest
signal nios2_gen2_0_instruction_master_address : std_logic_vector(26 downto 0); -- nios2_gen2_0:i_address -> mm_interconnect_0:nios2_gen2_0_instruction_master_address
signal nios2_gen2_0_instruction_master_read : std_logic; -- nios2_gen2_0:i_read -> mm_interconnect_0:nios2_gen2_0_instruction_master_read
signal mm_interconnect_0_external_sdram_controller_s1_chipselect : std_logic; -- mm_interconnect_0:external_sdram_controller_s1_chipselect -> external_sdram_controller:az_cs
signal mm_interconnect_0_external_sdram_controller_s1_readdata : std_logic_vector(15 downto 0); -- external_sdram_controller:za_data -> mm_interconnect_0:external_sdram_controller_s1_readdata
signal mm_interconnect_0_external_sdram_controller_s1_waitrequest : std_logic; -- external_sdram_controller:za_waitrequest -> mm_interconnect_0:external_sdram_controller_s1_waitrequest
signal mm_interconnect_0_external_sdram_controller_s1_address : std_logic_vector(23 downto 0); -- mm_interconnect_0:external_sdram_controller_s1_address -> external_sdram_controller:az_addr
signal mm_interconnect_0_external_sdram_controller_s1_read : std_logic; -- mm_interconnect_0:external_sdram_controller_s1_read -> mm_interconnect_0_external_sdram_controller_s1_read:in
signal mm_interconnect_0_external_sdram_controller_s1_byteenable : std_logic_vector(1 downto 0); -- mm_interconnect_0:external_sdram_controller_s1_byteenable -> mm_interconnect_0_external_sdram_controller_s1_byteenable:in
signal mm_interconnect_0_external_sdram_controller_s1_readdatavalid : std_logic; -- external_sdram_controller:za_valid -> mm_interconnect_0:external_sdram_controller_s1_readdatavalid
signal mm_interconnect_0_external_sdram_controller_s1_write : std_logic; -- mm_interconnect_0:external_sdram_controller_s1_write -> mm_interconnect_0_external_sdram_controller_s1_write:in
signal mm_interconnect_0_external_sdram_controller_s1_writedata : std_logic_vector(15 downto 0); -- mm_interconnect_0:external_sdram_controller_s1_writedata -> external_sdram_controller:az_data
signal mm_interconnect_0_onchip_flash_0_data_readdata : std_logic_vector(31 downto 0); -- onchip_flash_0:avmm_data_readdata -> mm_interconnect_0:onchip_flash_0_data_readdata
signal mm_interconnect_0_onchip_flash_0_data_waitrequest : std_logic; -- onchip_flash_0:avmm_data_waitrequest -> mm_interconnect_0:onchip_flash_0_data_waitrequest
signal mm_interconnect_0_onchip_flash_0_data_address : std_logic_vector(15 downto 0); -- mm_interconnect_0:onchip_flash_0_data_address -> onchip_flash_0:avmm_data_addr
signal mm_interconnect_0_onchip_flash_0_data_read : std_logic; -- mm_interconnect_0:onchip_flash_0_data_read -> onchip_flash_0:avmm_data_read
signal mm_interconnect_0_onchip_flash_0_data_readdatavalid : std_logic; -- onchip_flash_0:avmm_data_readdatavalid -> mm_interconnect_0:onchip_flash_0_data_readdatavalid
signal mm_interconnect_0_onchip_flash_0_data_burstcount : std_logic_vector(3 downto 0); -- mm_interconnect_0:onchip_flash_0_data_burstcount -> onchip_flash_0:avmm_data_burstcount
signal mm_interconnect_0_nios2_gen2_0_debug_mem_slave_readdata : std_logic_vector(31 downto 0); -- nios2_gen2_0:debug_mem_slave_readdata -> mm_interconnect_0:nios2_gen2_0_debug_mem_slave_readdata
signal mm_interconnect_0_nios2_gen2_0_debug_mem_slave_waitrequest : std_logic; -- nios2_gen2_0:debug_mem_slave_waitrequest -> mm_interconnect_0:nios2_gen2_0_debug_mem_slave_waitrequest
signal mm_interconnect_0_nios2_gen2_0_debug_mem_slave_debugaccess : std_logic; -- mm_interconnect_0:nios2_gen2_0_debug_mem_slave_debugaccess -> nios2_gen2_0:debug_mem_slave_debugaccess
signal mm_interconnect_0_nios2_gen2_0_debug_mem_slave_address : std_logic_vector(8 downto 0); -- mm_interconnect_0:nios2_gen2_0_debug_mem_slave_address -> nios2_gen2_0:debug_mem_slave_address
signal mm_interconnect_0_nios2_gen2_0_debug_mem_slave_read : std_logic; -- mm_interconnect_0:nios2_gen2_0_debug_mem_slave_read -> nios2_gen2_0:debug_mem_slave_read
signal mm_interconnect_0_nios2_gen2_0_debug_mem_slave_byteenable : std_logic_vector(3 downto 0); -- mm_interconnect_0:nios2_gen2_0_debug_mem_slave_byteenable -> nios2_gen2_0:debug_mem_slave_byteenable
signal mm_interconnect_0_nios2_gen2_0_debug_mem_slave_write : std_logic; -- mm_interconnect_0:nios2_gen2_0_debug_mem_slave_write -> nios2_gen2_0:debug_mem_slave_write
signal mm_interconnect_0_nios2_gen2_0_debug_mem_slave_writedata : std_logic_vector(31 downto 0); -- mm_interconnect_0:nios2_gen2_0_debug_mem_slave_writedata -> nios2_gen2_0:debug_mem_slave_writedata
signal mm_interconnect_0_onchip_memory2_0_s1_chipselect : std_logic; -- mm_interconnect_0:onchip_memory2_0_s1_chipselect -> onchip_memory2_0:chipselect
signal mm_interconnect_0_onchip_memory2_0_s1_readdata : std_logic_vector(31 downto 0); -- onchip_memory2_0:readdata -> mm_interconnect_0:onchip_memory2_0_s1_readdata
signal mm_interconnect_0_onchip_memory2_0_s1_address : std_logic_vector(11 downto 0); -- mm_interconnect_0:onchip_memory2_0_s1_address -> onchip_memory2_0:address
signal mm_interconnect_0_onchip_memory2_0_s1_byteenable : std_logic_vector(3 downto 0); -- mm_interconnect_0:onchip_memory2_0_s1_byteenable -> onchip_memory2_0:byteenable
signal mm_interconnect_0_onchip_memory2_0_s1_write : std_logic; -- mm_interconnect_0:onchip_memory2_0_s1_write -> onchip_memory2_0:write
signal mm_interconnect_0_onchip_memory2_0_s1_writedata : std_logic_vector(31 downto 0); -- mm_interconnect_0:onchip_memory2_0_s1_writedata -> onchip_memory2_0:writedata
signal mm_interconnect_0_onchip_memory2_0_s1_clken : std_logic; -- mm_interconnect_0:onchip_memory2_0_s1_clken -> onchip_memory2_0:clken
signal mm_interconnect_0_audio_0_avalon_audio_slave_chipselect : std_logic; -- mm_interconnect_0:audio_0_avalon_audio_slave_chipselect -> audio_0:chipselect
signal mm_interconnect_0_audio_0_avalon_audio_slave_readdata : std_logic_vector(31 downto 0); -- audio_0:readdata -> mm_interconnect_0:audio_0_avalon_audio_slave_readdata
signal mm_interconnect_0_audio_0_avalon_audio_slave_address : std_logic_vector(1 downto 0); -- mm_interconnect_0:audio_0_avalon_audio_slave_address -> audio_0:address
signal mm_interconnect_0_audio_0_avalon_audio_slave_read : std_logic; -- mm_interconnect_0:audio_0_avalon_audio_slave_read -> audio_0:read
signal mm_interconnect_0_audio_0_avalon_audio_slave_write : std_logic; -- mm_interconnect_0:audio_0_avalon_audio_slave_write -> audio_0:write
signal mm_interconnect_0_audio_0_avalon_audio_slave_writedata : std_logic_vector(31 downto 0); -- mm_interconnect_0:audio_0_avalon_audio_slave_writedata -> audio_0:writedata
signal mm_interconnect_0_sega_saturn_abus_slave_0_avalon_nios_readdata : std_logic_vector(15 downto 0); -- sega_saturn_abus_slave_0:avalon_nios_readdata -> mm_interconnect_0:sega_saturn_abus_slave_0_avalon_nios_readdata
signal mm_interconnect_0_sega_saturn_abus_slave_0_avalon_nios_waitrequest : std_logic; -- sega_saturn_abus_slave_0:avalon_nios_waitrequest -> mm_interconnect_0:sega_saturn_abus_slave_0_avalon_nios_waitrequest
signal mm_interconnect_0_sega_saturn_abus_slave_0_avalon_nios_address : std_logic_vector(7 downto 0); -- mm_interconnect_0:sega_saturn_abus_slave_0_avalon_nios_address -> sega_saturn_abus_slave_0:avalon_nios_address
signal mm_interconnect_0_sega_saturn_abus_slave_0_avalon_nios_read : std_logic; -- mm_interconnect_0:sega_saturn_abus_slave_0_avalon_nios_read -> sega_saturn_abus_slave_0:avalon_nios_read
signal mm_interconnect_0_sega_saturn_abus_slave_0_avalon_nios_readdatavalid : std_logic; -- sega_saturn_abus_slave_0:avalon_nios_readdatavalid -> mm_interconnect_0:sega_saturn_abus_slave_0_avalon_nios_readdatavalid
signal mm_interconnect_0_sega_saturn_abus_slave_0_avalon_nios_write : std_logic; -- mm_interconnect_0:sega_saturn_abus_slave_0_avalon_nios_write -> sega_saturn_abus_slave_0:avalon_nios_write
signal mm_interconnect_0_sega_saturn_abus_slave_0_avalon_nios_writedata : std_logic_vector(15 downto 0); -- mm_interconnect_0:sega_saturn_abus_slave_0_avalon_nios_writedata -> sega_saturn_abus_slave_0:avalon_nios_writedata
signal mm_interconnect_0_sega_saturn_abus_slave_0_avalon_nios_burstcount : std_logic_vector(0 downto 0); -- mm_interconnect_0:sega_saturn_abus_slave_0_avalon_nios_burstcount -> sega_saturn_abus_slave_0:avalon_nios_burstcount
signal mm_interconnect_0_altpll_0_pll_slave_readdata : std_logic_vector(31 downto 0); -- altpll_0:readdata -> mm_interconnect_0:altpll_0_pll_slave_readdata
signal mm_interconnect_0_altpll_0_pll_slave_address : std_logic_vector(1 downto 0); -- mm_interconnect_0:altpll_0_pll_slave_address -> altpll_0:address
signal mm_interconnect_0_altpll_0_pll_slave_read : std_logic; -- mm_interconnect_0:altpll_0_pll_slave_read -> altpll_0:read
signal mm_interconnect_0_altpll_0_pll_slave_write : std_logic; -- mm_interconnect_0:altpll_0_pll_slave_write -> altpll_0:write
signal mm_interconnect_0_altpll_0_pll_slave_writedata : std_logic_vector(31 downto 0); -- mm_interconnect_0:altpll_0_pll_slave_writedata -> altpll_0:writedata
signal mm_interconnect_0_uart_0_s1_chipselect : std_logic; -- mm_interconnect_0:uart_0_s1_chipselect -> uart_0:chipselect
signal mm_interconnect_0_uart_0_s1_readdata : std_logic_vector(15 downto 0); -- uart_0:readdata -> mm_interconnect_0:uart_0_s1_readdata
signal mm_interconnect_0_uart_0_s1_address : std_logic_vector(2 downto 0); -- mm_interconnect_0:uart_0_s1_address -> uart_0:address
signal mm_interconnect_0_uart_0_s1_read : std_logic; -- mm_interconnect_0:uart_0_s1_read -> mm_interconnect_0_uart_0_s1_read:in
signal mm_interconnect_0_uart_0_s1_begintransfer : std_logic; -- mm_interconnect_0:uart_0_s1_begintransfer -> uart_0:begintransfer
signal mm_interconnect_0_uart_0_s1_write : std_logic; -- mm_interconnect_0:uart_0_s1_write -> mm_interconnect_0_uart_0_s1_write:in
signal mm_interconnect_0_uart_0_s1_writedata : std_logic_vector(15 downto 0); -- mm_interconnect_0:uart_0_s1_writedata -> uart_0:writedata
signal mm_interconnect_0_spi_sd_card_spi_control_port_chipselect : std_logic; -- mm_interconnect_0:spi_sd_card_spi_control_port_chipselect -> spi_sd_card:spi_select
signal mm_interconnect_0_spi_sd_card_spi_control_port_readdata : std_logic_vector(15 downto 0); -- spi_sd_card:data_to_cpu -> mm_interconnect_0:spi_sd_card_spi_control_port_readdata
signal mm_interconnect_0_spi_sd_card_spi_control_port_address : std_logic_vector(2 downto 0); -- mm_interconnect_0:spi_sd_card_spi_control_port_address -> spi_sd_card:mem_addr
signal mm_interconnect_0_spi_sd_card_spi_control_port_read : std_logic; -- mm_interconnect_0:spi_sd_card_spi_control_port_read -> mm_interconnect_0_spi_sd_card_spi_control_port_read:in
signal mm_interconnect_0_spi_sd_card_spi_control_port_write : std_logic; -- mm_interconnect_0:spi_sd_card_spi_control_port_write -> mm_interconnect_0_spi_sd_card_spi_control_port_write:in
signal mm_interconnect_0_spi_sd_card_spi_control_port_writedata : std_logic_vector(15 downto 0); -- mm_interconnect_0:spi_sd_card_spi_control_port_writedata -> spi_sd_card:data_from_cpu
signal mm_interconnect_0_spi_stm32_spi_control_port_chipselect : std_logic; -- mm_interconnect_0:spi_stm32_spi_control_port_chipselect -> spi_stm32:spi_select
signal mm_interconnect_0_spi_stm32_spi_control_port_readdata : std_logic_vector(15 downto 0); -- spi_stm32:data_to_cpu -> mm_interconnect_0:spi_stm32_spi_control_port_readdata
signal mm_interconnect_0_spi_stm32_spi_control_port_address : std_logic_vector(2 downto 0); -- mm_interconnect_0:spi_stm32_spi_control_port_address -> spi_stm32:mem_addr
signal mm_interconnect_0_spi_stm32_spi_control_port_read : std_logic; -- mm_interconnect_0:spi_stm32_spi_control_port_read -> mm_interconnect_0_spi_stm32_spi_control_port_read:in
signal mm_interconnect_0_spi_stm32_spi_control_port_write : std_logic; -- mm_interconnect_0:spi_stm32_spi_control_port_write -> mm_interconnect_0_spi_stm32_spi_control_port_write:in
signal mm_interconnect_0_spi_stm32_spi_control_port_writedata : std_logic_vector(15 downto 0); -- mm_interconnect_0:spi_stm32_spi_control_port_writedata -> spi_stm32:data_from_cpu
signal irq_mapper_receiver0_irq : std_logic; -- audio_0:irq -> irq_mapper:receiver0_irq
signal irq_mapper_receiver1_irq : std_logic; -- uart_0:irq -> irq_mapper:receiver1_irq
signal irq_mapper_receiver2_irq : std_logic; -- spi_sd_card:irq -> irq_mapper:receiver2_irq
signal irq_mapper_receiver3_irq : std_logic; -- spi_stm32:irq -> irq_mapper:receiver3_irq
signal nios2_gen2_0_irq_irq : std_logic_vector(31 downto 0); -- irq_mapper:sender_irq -> nios2_gen2_0:irq
signal rst_controller_reset_out_reset : std_logic; -- rst_controller:reset_out -> [altpll_0:reset, mm_interconnect_0:altpll_0_inclk_interface_reset_reset_bridge_in_reset_reset]
signal rst_controller_001_reset_out_reset : std_logic; -- rst_controller_001:reset_out -> [audio_0:reset, irq_mapper:reset, mm_interconnect_0:sega_saturn_abus_slave_0_reset_reset_bridge_in_reset_reset, onchip_memory2_0:reset, rst_controller_001_reset_out_reset:in, rst_translator:in_reset, sega_saturn_abus_slave_0:reset]
signal rst_controller_001_reset_out_reset_req : std_logic; -- rst_controller_001:reset_req -> [onchip_memory2_0:reset_req, rst_translator:reset_req_in]
signal mm_interconnect_0_external_sdram_controller_s1_read_ports_inv : std_logic; -- mm_interconnect_0_external_sdram_controller_s1_read:inv -> external_sdram_controller:az_rd_n
signal mm_interconnect_0_external_sdram_controller_s1_byteenable_ports_inv : std_logic_vector(1 downto 0); -- mm_interconnect_0_external_sdram_controller_s1_byteenable:inv -> external_sdram_controller:az_be_n
signal mm_interconnect_0_external_sdram_controller_s1_write_ports_inv : std_logic; -- mm_interconnect_0_external_sdram_controller_s1_write:inv -> external_sdram_controller:az_wr_n
signal mm_interconnect_0_uart_0_s1_read_ports_inv : std_logic; -- mm_interconnect_0_uart_0_s1_read:inv -> uart_0:read_n
signal mm_interconnect_0_uart_0_s1_write_ports_inv : std_logic; -- mm_interconnect_0_uart_0_s1_write:inv -> uart_0:write_n
signal mm_interconnect_0_spi_sd_card_spi_control_port_read_ports_inv : std_logic; -- mm_interconnect_0_spi_sd_card_spi_control_port_read:inv -> spi_sd_card:read_n
signal mm_interconnect_0_spi_sd_card_spi_control_port_write_ports_inv : std_logic; -- mm_interconnect_0_spi_sd_card_spi_control_port_write:inv -> spi_sd_card:write_n
signal mm_interconnect_0_spi_stm32_spi_control_port_read_ports_inv : std_logic; -- mm_interconnect_0_spi_stm32_spi_control_port_read:inv -> spi_stm32:read_n
signal mm_interconnect_0_spi_stm32_spi_control_port_write_ports_inv : std_logic; -- mm_interconnect_0_spi_stm32_spi_control_port_write:inv -> spi_stm32:write_n
signal rst_controller_001_reset_out_reset_ports_inv : std_logic; -- rst_controller_001_reset_out_reset:inv -> [external_sdram_controller:reset_n, nios2_gen2_0:reset_n, onchip_flash_0:reset_n, spi_sd_card:reset_n, spi_stm32:reset_n, uart_0:reset_n]
begin
altpll_0 : component wasca_altpll_0
port map (
clk => clk_clk, -- inclk_interface.clk
reset => rst_controller_reset_out_reset, -- inclk_interface_reset.reset
read => mm_interconnect_0_altpll_0_pll_slave_read, -- pll_slave.read
write => mm_interconnect_0_altpll_0_pll_slave_write, -- .write
address => mm_interconnect_0_altpll_0_pll_slave_address, -- .address
readdata => mm_interconnect_0_altpll_0_pll_slave_readdata, -- .readdata
writedata => mm_interconnect_0_altpll_0_pll_slave_writedata, -- .writedata
c0 => altpll_0_c0_clk, -- c0.clk
areset => altpll_0_areset_conduit_export, -- areset_conduit.export
c1 => open, -- c1_conduit.export
locked => altpll_0_locked_conduit_export, -- locked_conduit.export
phasedone => altpll_0_phasedone_conduit_export -- phasedone_conduit.export
);
audio_0 : component wasca_audio_0
port map (
clk => altpll_0_c0_clk, -- clk.clk
reset => rst_controller_001_reset_out_reset, -- reset.reset
address => mm_interconnect_0_audio_0_avalon_audio_slave_address, -- avalon_audio_slave.address
chipselect => mm_interconnect_0_audio_0_avalon_audio_slave_chipselect, -- .chipselect
read => mm_interconnect_0_audio_0_avalon_audio_slave_read, -- .read
write => mm_interconnect_0_audio_0_avalon_audio_slave_write, -- .write
writedata => mm_interconnect_0_audio_0_avalon_audio_slave_writedata, -- .writedata
readdata => mm_interconnect_0_audio_0_avalon_audio_slave_readdata, -- .readdata
irq => irq_mapper_receiver0_irq, -- interrupt.irq
AUD_BCLK => audio_out_BCLK, -- external_interface.export
AUD_DACDAT => audio_out_DACDAT, -- .export
AUD_DACLRCK => audio_out_DACLRCK -- .export
);
external_sdram_controller : component wasca_external_sdram_controller
port map (
clk => altpll_0_c0_clk, -- clk.clk
reset_n => rst_controller_001_reset_out_reset_ports_inv, -- reset.reset_n
az_addr => mm_interconnect_0_external_sdram_controller_s1_address, -- s1.address
az_be_n => mm_interconnect_0_external_sdram_controller_s1_byteenable_ports_inv, -- .byteenable_n
az_cs => mm_interconnect_0_external_sdram_controller_s1_chipselect, -- .chipselect
az_data => mm_interconnect_0_external_sdram_controller_s1_writedata, -- .writedata
az_rd_n => mm_interconnect_0_external_sdram_controller_s1_read_ports_inv, -- .read_n
az_wr_n => mm_interconnect_0_external_sdram_controller_s1_write_ports_inv, -- .write_n
za_data => mm_interconnect_0_external_sdram_controller_s1_readdata, -- .readdata
za_valid => mm_interconnect_0_external_sdram_controller_s1_readdatavalid, -- .readdatavalid
za_waitrequest => mm_interconnect_0_external_sdram_controller_s1_waitrequest, -- .waitrequest
zs_addr => external_sdram_controller_wire_addr, -- wire.export
zs_ba => external_sdram_controller_wire_ba, -- .export
zs_cas_n => external_sdram_controller_wire_cas_n, -- .export
zs_cke => external_sdram_controller_wire_cke, -- .export
zs_cs_n => external_sdram_controller_wire_cs_n, -- .export
zs_dq => external_sdram_controller_wire_dq, -- .export
zs_dqm => external_sdram_controller_wire_dqm, -- .export
zs_ras_n => external_sdram_controller_wire_ras_n, -- .export
zs_we_n => external_sdram_controller_wire_we_n -- .export
);
nios2_gen2_0 : component wasca_nios2_gen2_0
port map (
clk => altpll_0_c0_clk, -- clk.clk
reset_n => rst_controller_001_reset_out_reset_ports_inv, -- reset.reset_n
d_address => nios2_gen2_0_data_master_address, -- data_master.address
d_byteenable => nios2_gen2_0_data_master_byteenable, -- .byteenable
d_read => nios2_gen2_0_data_master_read, -- .read
d_readdata => nios2_gen2_0_data_master_readdata, -- .readdata
d_waitrequest => nios2_gen2_0_data_master_waitrequest, -- .waitrequest
d_write => nios2_gen2_0_data_master_write, -- .write
d_writedata => nios2_gen2_0_data_master_writedata, -- .writedata
debug_mem_slave_debugaccess_to_roms => nios2_gen2_0_data_master_debugaccess, -- .debugaccess
i_address => nios2_gen2_0_instruction_master_address, -- instruction_master.address
i_read => nios2_gen2_0_instruction_master_read, -- .read
i_readdata => nios2_gen2_0_instruction_master_readdata, -- .readdata
i_waitrequest => nios2_gen2_0_instruction_master_waitrequest, -- .waitrequest
irq => nios2_gen2_0_irq_irq, -- irq.irq
debug_reset_request => nios2_gen2_0_debug_reset_request_reset, -- debug_reset_request.reset
debug_mem_slave_address => mm_interconnect_0_nios2_gen2_0_debug_mem_slave_address, -- debug_mem_slave.address
debug_mem_slave_byteenable => mm_interconnect_0_nios2_gen2_0_debug_mem_slave_byteenable, -- .byteenable
debug_mem_slave_debugaccess => mm_interconnect_0_nios2_gen2_0_debug_mem_slave_debugaccess, -- .debugaccess
debug_mem_slave_read => mm_interconnect_0_nios2_gen2_0_debug_mem_slave_read, -- .read
debug_mem_slave_readdata => mm_interconnect_0_nios2_gen2_0_debug_mem_slave_readdata, -- .readdata
debug_mem_slave_waitrequest => mm_interconnect_0_nios2_gen2_0_debug_mem_slave_waitrequest, -- .waitrequest
debug_mem_slave_write => mm_interconnect_0_nios2_gen2_0_debug_mem_slave_write, -- .write
debug_mem_slave_writedata => mm_interconnect_0_nios2_gen2_0_debug_mem_slave_writedata, -- .writedata
dummy_ci_port => open -- custom_instruction_master.readra
);
onchip_flash_0 : component altera_onchip_flash
generic map (
INIT_FILENAME => "",
INIT_FILENAME_SIM => "",
DEVICE_FAMILY => "MAX 10",
PART_NAME => "10M08SAE144C8GES",
DEVICE_ID => "08",
SECTOR1_START_ADDR => 0,
SECTOR1_END_ADDR => 4095,
SECTOR2_START_ADDR => 4096,
SECTOR2_END_ADDR => 8191,
SECTOR3_START_ADDR => 8192,
SECTOR3_END_ADDR => 29183,
SECTOR4_START_ADDR => 29184,
SECTOR4_END_ADDR => 44031,
SECTOR5_START_ADDR => 0,
SECTOR5_END_ADDR => 0,
MIN_VALID_ADDR => 0,
MAX_VALID_ADDR => 44031,
MIN_UFM_VALID_ADDR => 0,
MAX_UFM_VALID_ADDR => 44031,
SECTOR1_MAP => 1,
SECTOR2_MAP => 2,
SECTOR3_MAP => 3,
SECTOR4_MAP => 4,
SECTOR5_MAP => 0,
ADDR_RANGE1_END_ADDR => 44031,
ADDR_RANGE1_OFFSET => 512,
ADDR_RANGE2_OFFSET => 0,
AVMM_DATA_ADDR_WIDTH => 16,
AVMM_DATA_DATA_WIDTH => 32,
AVMM_DATA_BURSTCOUNT_WIDTH => 4,
SECTOR_READ_PROTECTION_MODE => 31,
FLASH_SEQ_READ_DATA_COUNT => 2,
FLASH_ADDR_ALIGNMENT_BITS => 1,
FLASH_READ_CYCLE_MAX_INDEX => 3,
FLASH_RESET_CYCLE_MAX_INDEX => 29,
FLASH_BUSY_TIMEOUT_CYCLE_MAX_INDEX => 111,
FLASH_ERASE_TIMEOUT_CYCLE_MAX_INDEX => 40603248,
FLASH_WRITE_TIMEOUT_CYCLE_MAX_INDEX => 35382,
PARALLEL_MODE => true,
READ_AND_WRITE_MODE => false,
WRAPPING_BURST_MODE => false,
IS_DUAL_BOOT => "False",
IS_ERAM_SKIP => "True",
IS_COMPRESSED_IMAGE => "True"
)
port map (
clock => altpll_0_c0_clk, -- clk.clk
reset_n => rst_controller_001_reset_out_reset_ports_inv, -- nreset.reset_n
avmm_data_addr => mm_interconnect_0_onchip_flash_0_data_address, -- data.address
avmm_data_read => mm_interconnect_0_onchip_flash_0_data_read, -- .read
avmm_data_readdata => mm_interconnect_0_onchip_flash_0_data_readdata, -- .readdata
avmm_data_waitrequest => mm_interconnect_0_onchip_flash_0_data_waitrequest, -- .waitrequest
avmm_data_readdatavalid => mm_interconnect_0_onchip_flash_0_data_readdatavalid, -- .readdatavalid
avmm_data_burstcount => mm_interconnect_0_onchip_flash_0_data_burstcount, -- .burstcount
avmm_data_writedata => "00000000000000000000000000000000", -- (terminated)
avmm_data_write => '0', -- (terminated)
avmm_csr_addr => '0', -- (terminated)
avmm_csr_read => '0', -- (terminated)
avmm_csr_writedata => "00000000000000000000000000000000", -- (terminated)
avmm_csr_write => '0', -- (terminated)
avmm_csr_readdata => open -- (terminated)
);
onchip_memory2_0 : component wasca_onchip_memory2_0
port map (
clk => altpll_0_c0_clk, -- clk1.clk
address => mm_interconnect_0_onchip_memory2_0_s1_address, -- s1.address
clken => mm_interconnect_0_onchip_memory2_0_s1_clken, -- .clken
chipselect => mm_interconnect_0_onchip_memory2_0_s1_chipselect, -- .chipselect
write => mm_interconnect_0_onchip_memory2_0_s1_write, -- .write
readdata => mm_interconnect_0_onchip_memory2_0_s1_readdata, -- .readdata
writedata => mm_interconnect_0_onchip_memory2_0_s1_writedata, -- .writedata
byteenable => mm_interconnect_0_onchip_memory2_0_s1_byteenable, -- .byteenable
reset => rst_controller_001_reset_out_reset, -- reset1.reset
reset_req => rst_controller_001_reset_out_reset_req -- .reset_req
);
sega_saturn_abus_slave_0 : component sega_saturn_abus_slave
port map (
clock => altpll_0_c0_clk, -- clock.clk
abus_address => sega_saturn_abus_slave_0_abus_address, -- abus.address
abus_chipselect => sega_saturn_abus_slave_0_abus_chipselect, -- .chipselect
abus_read => sega_saturn_abus_slave_0_abus_read, -- .read
abus_write => sega_saturn_abus_slave_0_abus_write, -- .write
abus_waitrequest => sega_saturn_abus_slave_0_abus_waitrequest, -- .waitrequest
abus_interrupt => sega_saturn_abus_slave_0_abus_interrupt, -- .interrupt
abus_addressdata => sega_saturn_abus_slave_0_abus_addressdata, -- .addressdata
abus_direction => sega_saturn_abus_slave_0_abus_direction, -- .direction
abus_muxing => sega_saturn_abus_slave_0_abus_muxing, -- .muxing
abus_disable_out => sega_saturn_abus_slave_0_abus_disableout, -- .disableout
avalon_read => sega_saturn_abus_slave_0_avalon_master_read, -- avalon_master.read
avalon_write => sega_saturn_abus_slave_0_avalon_master_write, -- .write
avalon_waitrequest => sega_saturn_abus_slave_0_avalon_master_waitrequest, -- .waitrequest
avalon_address => sega_saturn_abus_slave_0_avalon_master_address, -- .address
avalon_readdata => sega_saturn_abus_slave_0_avalon_master_readdata, -- .readdata
avalon_writedata => sega_saturn_abus_slave_0_avalon_master_writedata, -- .writedata
avalon_readdatavalid => sega_saturn_abus_slave_0_avalon_master_readdatavalid, -- .readdatavalid
avalon_burstcount => sega_saturn_abus_slave_0_avalon_master_burstcount, -- .burstcount
reset => rst_controller_001_reset_out_reset, -- reset.reset
saturn_reset => sega_saturn_abus_slave_0_conduit_saturn_reset_saturn_reset, -- conduit_saturn_reset.saturn_reset
avalon_nios_read => mm_interconnect_0_sega_saturn_abus_slave_0_avalon_nios_read, -- avalon_nios.read
avalon_nios_write => mm_interconnect_0_sega_saturn_abus_slave_0_avalon_nios_write, -- .write
avalon_nios_address => mm_interconnect_0_sega_saturn_abus_slave_0_avalon_nios_address, -- .address
avalon_nios_writedata => mm_interconnect_0_sega_saturn_abus_slave_0_avalon_nios_writedata, -- .writedata
avalon_nios_readdata => mm_interconnect_0_sega_saturn_abus_slave_0_avalon_nios_readdata, -- .readdata
avalon_nios_waitrequest => mm_interconnect_0_sega_saturn_abus_slave_0_avalon_nios_waitrequest, -- .waitrequest
avalon_nios_readdatavalid => mm_interconnect_0_sega_saturn_abus_slave_0_avalon_nios_readdatavalid, -- .readdatavalid
avalon_nios_burstcount => mm_interconnect_0_sega_saturn_abus_slave_0_avalon_nios_burstcount(0) -- .burstcount
);
spi_sd_card : component wasca_spi_sd_card
port map (
clk => altpll_0_c0_clk, -- clk.clk
reset_n => rst_controller_001_reset_out_reset_ports_inv, -- reset.reset_n
data_from_cpu => mm_interconnect_0_spi_sd_card_spi_control_port_writedata, -- spi_control_port.writedata
data_to_cpu => mm_interconnect_0_spi_sd_card_spi_control_port_readdata, -- .readdata
mem_addr => mm_interconnect_0_spi_sd_card_spi_control_port_address, -- .address
read_n => mm_interconnect_0_spi_sd_card_spi_control_port_read_ports_inv, -- .read_n
spi_select => mm_interconnect_0_spi_sd_card_spi_control_port_chipselect, -- .chipselect
write_n => mm_interconnect_0_spi_sd_card_spi_control_port_write_ports_inv, -- .write_n
irq => irq_mapper_receiver2_irq, -- irq.irq
MISO => spi_sd_card_MISO, -- external.export
MOSI => spi_sd_card_MOSI, -- .export
SCLK => spi_sd_card_SCLK, -- .export
SS_n => spi_sd_card_SS_n -- .export
);
spi_stm32 : component wasca_spi_stm32
port map (
clk => altpll_0_c0_clk, -- clk.clk
reset_n => rst_controller_001_reset_out_reset_ports_inv, -- reset.reset_n
data_from_cpu => mm_interconnect_0_spi_stm32_spi_control_port_writedata, -- spi_control_port.writedata
data_to_cpu => mm_interconnect_0_spi_stm32_spi_control_port_readdata, -- .readdata
mem_addr => mm_interconnect_0_spi_stm32_spi_control_port_address, -- .address
read_n => mm_interconnect_0_spi_stm32_spi_control_port_read_ports_inv, -- .read_n
spi_select => mm_interconnect_0_spi_stm32_spi_control_port_chipselect, -- .chipselect
write_n => mm_interconnect_0_spi_stm32_spi_control_port_write_ports_inv, -- .write_n
irq => irq_mapper_receiver3_irq, -- irq.irq
MISO => spi_stm32_MISO, -- external.export
MOSI => spi_stm32_MOSI, -- .export
SCLK => spi_stm32_SCLK, -- .export
SS_n => spi_stm32_SS_n -- .export
);
uart_0 : component wasca_uart_0
port map (
clk => altpll_0_c0_clk, -- clk.clk
reset_n => rst_controller_001_reset_out_reset_ports_inv, -- reset.reset_n
address => mm_interconnect_0_uart_0_s1_address, -- s1.address
begintransfer => mm_interconnect_0_uart_0_s1_begintransfer, -- .begintransfer
chipselect => mm_interconnect_0_uart_0_s1_chipselect, -- .chipselect
read_n => mm_interconnect_0_uart_0_s1_read_ports_inv, -- .read_n
write_n => mm_interconnect_0_uart_0_s1_write_ports_inv, -- .write_n
writedata => mm_interconnect_0_uart_0_s1_writedata, -- .writedata
readdata => mm_interconnect_0_uart_0_s1_readdata, -- .readdata
dataavailable => open, -- .dataavailable
readyfordata => open, -- .readyfordata
rxd => uart_0_external_connection_rxd, -- external_connection.export
txd => uart_0_external_connection_txd, -- .export
irq => irq_mapper_receiver1_irq -- irq.irq
);
mm_interconnect_0 : component wasca_mm_interconnect_0
port map (
altpll_0_c0_clk => altpll_0_c0_clk, -- altpll_0_c0.clk
clk_0_clk_clk => clk_clk, -- clk_0_clk.clk
altpll_0_inclk_interface_reset_reset_bridge_in_reset_reset => rst_controller_reset_out_reset, -- altpll_0_inclk_interface_reset_reset_bridge_in_reset.reset
sega_saturn_abus_slave_0_reset_reset_bridge_in_reset_reset => rst_controller_001_reset_out_reset, -- sega_saturn_abus_slave_0_reset_reset_bridge_in_reset.reset
nios2_gen2_0_data_master_address => nios2_gen2_0_data_master_address, -- nios2_gen2_0_data_master.address
nios2_gen2_0_data_master_waitrequest => nios2_gen2_0_data_master_waitrequest, -- .waitrequest
nios2_gen2_0_data_master_byteenable => nios2_gen2_0_data_master_byteenable, -- .byteenable
nios2_gen2_0_data_master_read => nios2_gen2_0_data_master_read, -- .read
nios2_gen2_0_data_master_readdata => nios2_gen2_0_data_master_readdata, -- .readdata
nios2_gen2_0_data_master_write => nios2_gen2_0_data_master_write, -- .write
nios2_gen2_0_data_master_writedata => nios2_gen2_0_data_master_writedata, -- .writedata
nios2_gen2_0_data_master_debugaccess => nios2_gen2_0_data_master_debugaccess, -- .debugaccess
nios2_gen2_0_instruction_master_address => nios2_gen2_0_instruction_master_address, -- nios2_gen2_0_instruction_master.address
nios2_gen2_0_instruction_master_waitrequest => nios2_gen2_0_instruction_master_waitrequest, -- .waitrequest
nios2_gen2_0_instruction_master_read => nios2_gen2_0_instruction_master_read, -- .read
nios2_gen2_0_instruction_master_readdata => nios2_gen2_0_instruction_master_readdata, -- .readdata
sega_saturn_abus_slave_0_avalon_master_address => sega_saturn_abus_slave_0_avalon_master_address, -- sega_saturn_abus_slave_0_avalon_master.address
sega_saturn_abus_slave_0_avalon_master_waitrequest => sega_saturn_abus_slave_0_avalon_master_waitrequest, -- .waitrequest
sega_saturn_abus_slave_0_avalon_master_burstcount(0) => sega_saturn_abus_slave_0_avalon_master_burstcount, -- .burstcount
sega_saturn_abus_slave_0_avalon_master_read => sega_saturn_abus_slave_0_avalon_master_read, -- .read
sega_saturn_abus_slave_0_avalon_master_readdata => sega_saturn_abus_slave_0_avalon_master_readdata, -- .readdata
sega_saturn_abus_slave_0_avalon_master_readdatavalid => sega_saturn_abus_slave_0_avalon_master_readdatavalid, -- .readdatavalid
sega_saturn_abus_slave_0_avalon_master_write => sega_saturn_abus_slave_0_avalon_master_write, -- .write
sega_saturn_abus_slave_0_avalon_master_writedata => sega_saturn_abus_slave_0_avalon_master_writedata, -- .writedata
altpll_0_pll_slave_address => mm_interconnect_0_altpll_0_pll_slave_address, -- altpll_0_pll_slave.address
altpll_0_pll_slave_write => mm_interconnect_0_altpll_0_pll_slave_write, -- .write
altpll_0_pll_slave_read => mm_interconnect_0_altpll_0_pll_slave_read, -- .read
altpll_0_pll_slave_readdata => mm_interconnect_0_altpll_0_pll_slave_readdata, -- .readdata
altpll_0_pll_slave_writedata => mm_interconnect_0_altpll_0_pll_slave_writedata, -- .writedata
audio_0_avalon_audio_slave_address => mm_interconnect_0_audio_0_avalon_audio_slave_address, -- audio_0_avalon_audio_slave.address
audio_0_avalon_audio_slave_write => mm_interconnect_0_audio_0_avalon_audio_slave_write, -- .write
audio_0_avalon_audio_slave_read => mm_interconnect_0_audio_0_avalon_audio_slave_read, -- .read
audio_0_avalon_audio_slave_readdata => mm_interconnect_0_audio_0_avalon_audio_slave_readdata, -- .readdata
audio_0_avalon_audio_slave_writedata => mm_interconnect_0_audio_0_avalon_audio_slave_writedata, -- .writedata
audio_0_avalon_audio_slave_chipselect => mm_interconnect_0_audio_0_avalon_audio_slave_chipselect, -- .chipselect
external_sdram_controller_s1_address => mm_interconnect_0_external_sdram_controller_s1_address, -- external_sdram_controller_s1.address
external_sdram_controller_s1_write => mm_interconnect_0_external_sdram_controller_s1_write, -- .write
external_sdram_controller_s1_read => mm_interconnect_0_external_sdram_controller_s1_read, -- .read
external_sdram_controller_s1_readdata => mm_interconnect_0_external_sdram_controller_s1_readdata, -- .readdata
external_sdram_controller_s1_writedata => mm_interconnect_0_external_sdram_controller_s1_writedata, -- .writedata
external_sdram_controller_s1_byteenable => mm_interconnect_0_external_sdram_controller_s1_byteenable, -- .byteenable
external_sdram_controller_s1_readdatavalid => mm_interconnect_0_external_sdram_controller_s1_readdatavalid, -- .readdatavalid
external_sdram_controller_s1_waitrequest => mm_interconnect_0_external_sdram_controller_s1_waitrequest, -- .waitrequest
external_sdram_controller_s1_chipselect => mm_interconnect_0_external_sdram_controller_s1_chipselect, -- .chipselect
nios2_gen2_0_debug_mem_slave_address => mm_interconnect_0_nios2_gen2_0_debug_mem_slave_address, -- nios2_gen2_0_debug_mem_slave.address
nios2_gen2_0_debug_mem_slave_write => mm_interconnect_0_nios2_gen2_0_debug_mem_slave_write, -- .write
nios2_gen2_0_debug_mem_slave_read => mm_interconnect_0_nios2_gen2_0_debug_mem_slave_read, -- .read
nios2_gen2_0_debug_mem_slave_readdata => mm_interconnect_0_nios2_gen2_0_debug_mem_slave_readdata, -- .readdata
nios2_gen2_0_debug_mem_slave_writedata => mm_interconnect_0_nios2_gen2_0_debug_mem_slave_writedata, -- .writedata
nios2_gen2_0_debug_mem_slave_byteenable => mm_interconnect_0_nios2_gen2_0_debug_mem_slave_byteenable, -- .byteenable
nios2_gen2_0_debug_mem_slave_waitrequest => mm_interconnect_0_nios2_gen2_0_debug_mem_slave_waitrequest, -- .waitrequest
nios2_gen2_0_debug_mem_slave_debugaccess => mm_interconnect_0_nios2_gen2_0_debug_mem_slave_debugaccess, -- .debugaccess
onchip_flash_0_data_address => mm_interconnect_0_onchip_flash_0_data_address, -- onchip_flash_0_data.address
onchip_flash_0_data_read => mm_interconnect_0_onchip_flash_0_data_read, -- .read
onchip_flash_0_data_readdata => mm_interconnect_0_onchip_flash_0_data_readdata, -- .readdata
onchip_flash_0_data_burstcount => mm_interconnect_0_onchip_flash_0_data_burstcount, -- .burstcount
onchip_flash_0_data_readdatavalid => mm_interconnect_0_onchip_flash_0_data_readdatavalid, -- .readdatavalid
onchip_flash_0_data_waitrequest => mm_interconnect_0_onchip_flash_0_data_waitrequest, -- .waitrequest
onchip_memory2_0_s1_address => mm_interconnect_0_onchip_memory2_0_s1_address, -- onchip_memory2_0_s1.address
onchip_memory2_0_s1_write => mm_interconnect_0_onchip_memory2_0_s1_write, -- .write
onchip_memory2_0_s1_readdata => mm_interconnect_0_onchip_memory2_0_s1_readdata, -- .readdata
onchip_memory2_0_s1_writedata => mm_interconnect_0_onchip_memory2_0_s1_writedata, -- .writedata
onchip_memory2_0_s1_byteenable => mm_interconnect_0_onchip_memory2_0_s1_byteenable, -- .byteenable
onchip_memory2_0_s1_chipselect => mm_interconnect_0_onchip_memory2_0_s1_chipselect, -- .chipselect
onchip_memory2_0_s1_clken => mm_interconnect_0_onchip_memory2_0_s1_clken, -- .clken
sega_saturn_abus_slave_0_avalon_nios_address => mm_interconnect_0_sega_saturn_abus_slave_0_avalon_nios_address, -- sega_saturn_abus_slave_0_avalon_nios.address
sega_saturn_abus_slave_0_avalon_nios_write => mm_interconnect_0_sega_saturn_abus_slave_0_avalon_nios_write, -- .write
sega_saturn_abus_slave_0_avalon_nios_read => mm_interconnect_0_sega_saturn_abus_slave_0_avalon_nios_read, -- .read
sega_saturn_abus_slave_0_avalon_nios_readdata => mm_interconnect_0_sega_saturn_abus_slave_0_avalon_nios_readdata, -- .readdata
sega_saturn_abus_slave_0_avalon_nios_writedata => mm_interconnect_0_sega_saturn_abus_slave_0_avalon_nios_writedata, -- .writedata
sega_saturn_abus_slave_0_avalon_nios_burstcount => mm_interconnect_0_sega_saturn_abus_slave_0_avalon_nios_burstcount, -- .burstcount
sega_saturn_abus_slave_0_avalon_nios_readdatavalid => mm_interconnect_0_sega_saturn_abus_slave_0_avalon_nios_readdatavalid, -- .readdatavalid
sega_saturn_abus_slave_0_avalon_nios_waitrequest => mm_interconnect_0_sega_saturn_abus_slave_0_avalon_nios_waitrequest, -- .waitrequest
spi_sd_card_spi_control_port_address => mm_interconnect_0_spi_sd_card_spi_control_port_address, -- spi_sd_card_spi_control_port.address
spi_sd_card_spi_control_port_write => mm_interconnect_0_spi_sd_card_spi_control_port_write, -- .write
spi_sd_card_spi_control_port_read => mm_interconnect_0_spi_sd_card_spi_control_port_read, -- .read
spi_sd_card_spi_control_port_readdata => mm_interconnect_0_spi_sd_card_spi_control_port_readdata, -- .readdata
spi_sd_card_spi_control_port_writedata => mm_interconnect_0_spi_sd_card_spi_control_port_writedata, -- .writedata
spi_sd_card_spi_control_port_chipselect => mm_interconnect_0_spi_sd_card_spi_control_port_chipselect, -- .chipselect
spi_stm32_spi_control_port_address => mm_interconnect_0_spi_stm32_spi_control_port_address, -- spi_stm32_spi_control_port.address
spi_stm32_spi_control_port_write => mm_interconnect_0_spi_stm32_spi_control_port_write, -- .write
spi_stm32_spi_control_port_read => mm_interconnect_0_spi_stm32_spi_control_port_read, -- .read
spi_stm32_spi_control_port_readdata => mm_interconnect_0_spi_stm32_spi_control_port_readdata, -- .readdata
spi_stm32_spi_control_port_writedata => mm_interconnect_0_spi_stm32_spi_control_port_writedata, -- .writedata
spi_stm32_spi_control_port_chipselect => mm_interconnect_0_spi_stm32_spi_control_port_chipselect, -- .chipselect
uart_0_s1_address => mm_interconnect_0_uart_0_s1_address, -- uart_0_s1.address
uart_0_s1_write => mm_interconnect_0_uart_0_s1_write, -- .write
uart_0_s1_read => mm_interconnect_0_uart_0_s1_read, -- .read
uart_0_s1_readdata => mm_interconnect_0_uart_0_s1_readdata, -- .readdata
uart_0_s1_writedata => mm_interconnect_0_uart_0_s1_writedata, -- .writedata
uart_0_s1_begintransfer => mm_interconnect_0_uart_0_s1_begintransfer, -- .begintransfer
uart_0_s1_chipselect => mm_interconnect_0_uart_0_s1_chipselect -- .chipselect
);
irq_mapper : component wasca_irq_mapper
port map (
clk => altpll_0_c0_clk, -- clk.clk
reset => rst_controller_001_reset_out_reset, -- clk_reset.reset
receiver0_irq => irq_mapper_receiver0_irq, -- receiver0.irq
receiver1_irq => irq_mapper_receiver1_irq, -- receiver1.irq
receiver2_irq => irq_mapper_receiver2_irq, -- receiver2.irq
receiver3_irq => irq_mapper_receiver3_irq, -- receiver3.irq
sender_irq => nios2_gen2_0_irq_irq -- sender.irq
);
rst_controller : component wasca_rst_controller
generic map (
NUM_RESET_INPUTS => 1,
OUTPUT_RESET_SYNC_EDGES => "deassert",
SYNC_DEPTH => 2,
RESET_REQUEST_PRESENT => 0,
RESET_REQ_WAIT_TIME => 1,
MIN_RST_ASSERTION_TIME => 3,
RESET_REQ_EARLY_DSRT_TIME => 1,
USE_RESET_REQUEST_IN0 => 0,
USE_RESET_REQUEST_IN1 => 0,
USE_RESET_REQUEST_IN2 => 0,
USE_RESET_REQUEST_IN3 => 0,
USE_RESET_REQUEST_IN4 => 0,
USE_RESET_REQUEST_IN5 => 0,
USE_RESET_REQUEST_IN6 => 0,
USE_RESET_REQUEST_IN7 => 0,
USE_RESET_REQUEST_IN8 => 0,
USE_RESET_REQUEST_IN9 => 0,
USE_RESET_REQUEST_IN10 => 0,
USE_RESET_REQUEST_IN11 => 0,
USE_RESET_REQUEST_IN12 => 0,
USE_RESET_REQUEST_IN13 => 0,
USE_RESET_REQUEST_IN14 => 0,
USE_RESET_REQUEST_IN15 => 0,
ADAPT_RESET_REQUEST => 0
)
port map (
reset_in0 => nios2_gen2_0_debug_reset_request_reset, -- reset_in0.reset
clk => clk_clk, -- clk.clk
reset_out => rst_controller_reset_out_reset, -- reset_out.reset
reset_req => open, -- (terminated)
reset_req_in0 => '0', -- (terminated)
reset_in1 => '0', -- (terminated)
reset_req_in1 => '0', -- (terminated)
reset_in2 => '0', -- (terminated)
reset_req_in2 => '0', -- (terminated)
reset_in3 => '0', -- (terminated)
reset_req_in3 => '0', -- (terminated)
reset_in4 => '0', -- (terminated)
reset_req_in4 => '0', -- (terminated)
reset_in5 => '0', -- (terminated)
reset_req_in5 => '0', -- (terminated)
reset_in6 => '0', -- (terminated)
reset_req_in6 => '0', -- (terminated)
reset_in7 => '0', -- (terminated)
reset_req_in7 => '0', -- (terminated)
reset_in8 => '0', -- (terminated)
reset_req_in8 => '0', -- (terminated)
reset_in9 => '0', -- (terminated)
reset_req_in9 => '0', -- (terminated)
reset_in10 => '0', -- (terminated)
reset_req_in10 => '0', -- (terminated)
reset_in11 => '0', -- (terminated)
reset_req_in11 => '0', -- (terminated)
reset_in12 => '0', -- (terminated)
reset_req_in12 => '0', -- (terminated)
reset_in13 => '0', -- (terminated)
reset_req_in13 => '0', -- (terminated)
reset_in14 => '0', -- (terminated)
reset_req_in14 => '0', -- (terminated)
reset_in15 => '0', -- (terminated)
reset_req_in15 => '0' -- (terminated)
);
rst_controller_001 : component wasca_rst_controller_001
generic map (
NUM_RESET_INPUTS => 1,
OUTPUT_RESET_SYNC_EDGES => "deassert",
SYNC_DEPTH => 2,
RESET_REQUEST_PRESENT => 1,
RESET_REQ_WAIT_TIME => 1,
MIN_RST_ASSERTION_TIME => 3,
RESET_REQ_EARLY_DSRT_TIME => 1,
USE_RESET_REQUEST_IN0 => 0,
USE_RESET_REQUEST_IN1 => 0,
USE_RESET_REQUEST_IN2 => 0,
USE_RESET_REQUEST_IN3 => 0,
USE_RESET_REQUEST_IN4 => 0,
USE_RESET_REQUEST_IN5 => 0,
USE_RESET_REQUEST_IN6 => 0,
USE_RESET_REQUEST_IN7 => 0,
USE_RESET_REQUEST_IN8 => 0,
USE_RESET_REQUEST_IN9 => 0,
USE_RESET_REQUEST_IN10 => 0,
USE_RESET_REQUEST_IN11 => 0,
USE_RESET_REQUEST_IN12 => 0,
USE_RESET_REQUEST_IN13 => 0,
USE_RESET_REQUEST_IN14 => 0,
USE_RESET_REQUEST_IN15 => 0,
ADAPT_RESET_REQUEST => 0
)
port map (
reset_in0 => nios2_gen2_0_debug_reset_request_reset, -- reset_in0.reset
clk => altpll_0_c0_clk, -- clk.clk
reset_out => rst_controller_001_reset_out_reset, -- reset_out.reset
reset_req => rst_controller_001_reset_out_reset_req, -- .reset_req
reset_req_in0 => '0', -- (terminated)
reset_in1 => '0', -- (terminated)
reset_req_in1 => '0', -- (terminated)
reset_in2 => '0', -- (terminated)
reset_req_in2 => '0', -- (terminated)
reset_in3 => '0', -- (terminated)
reset_req_in3 => '0', -- (terminated)
reset_in4 => '0', -- (terminated)
reset_req_in4 => '0', -- (terminated)
reset_in5 => '0', -- (terminated)
reset_req_in5 => '0', -- (terminated)
reset_in6 => '0', -- (terminated)
reset_req_in6 => '0', -- (terminated)
reset_in7 => '0', -- (terminated)
reset_req_in7 => '0', -- (terminated)
reset_in8 => '0', -- (terminated)
reset_req_in8 => '0', -- (terminated)
reset_in9 => '0', -- (terminated)
reset_req_in9 => '0', -- (terminated)
reset_in10 => '0', -- (terminated)
reset_req_in10 => '0', -- (terminated)
reset_in11 => '0', -- (terminated)
reset_req_in11 => '0', -- (terminated)
reset_in12 => '0', -- (terminated)
reset_req_in12 => '0', -- (terminated)
reset_in13 => '0', -- (terminated)
reset_req_in13 => '0', -- (terminated)
reset_in14 => '0', -- (terminated)
reset_req_in14 => '0', -- (terminated)
reset_in15 => '0', -- (terminated)
reset_req_in15 => '0' -- (terminated)
);
rst_controller_002 : component wasca_rst_controller
generic map (
NUM_RESET_INPUTS => 1,
OUTPUT_RESET_SYNC_EDGES => "both",
SYNC_DEPTH => 2,
RESET_REQUEST_PRESENT => 0,
RESET_REQ_WAIT_TIME => 1,
MIN_RST_ASSERTION_TIME => 3,
RESET_REQ_EARLY_DSRT_TIME => 1,
USE_RESET_REQUEST_IN0 => 0,
USE_RESET_REQUEST_IN1 => 0,
USE_RESET_REQUEST_IN2 => 0,
USE_RESET_REQUEST_IN3 => 0,
USE_RESET_REQUEST_IN4 => 0,
USE_RESET_REQUEST_IN5 => 0,
USE_RESET_REQUEST_IN6 => 0,
USE_RESET_REQUEST_IN7 => 0,
USE_RESET_REQUEST_IN8 => 0,
USE_RESET_REQUEST_IN9 => 0,
USE_RESET_REQUEST_IN10 => 0,
USE_RESET_REQUEST_IN11 => 0,
USE_RESET_REQUEST_IN12 => 0,
USE_RESET_REQUEST_IN13 => 0,
USE_RESET_REQUEST_IN14 => 0,
USE_RESET_REQUEST_IN15 => 0,
ADAPT_RESET_REQUEST => 0
)
port map (
reset_in0 => nios2_gen2_0_debug_reset_request_reset, -- reset_in0.reset
clk => altpll_0_c0_clk, -- clk.clk
reset_out => open, -- reset_out.reset
reset_req => open, -- (terminated)
reset_req_in0 => '0', -- (terminated)
reset_in1 => '0', -- (terminated)
reset_req_in1 => '0', -- (terminated)
reset_in2 => '0', -- (terminated)
reset_req_in2 => '0', -- (terminated)
reset_in3 => '0', -- (terminated)
reset_req_in3 => '0', -- (terminated)
reset_in4 => '0', -- (terminated)
reset_req_in4 => '0', -- (terminated)
reset_in5 => '0', -- (terminated)
reset_req_in5 => '0', -- (terminated)
reset_in6 => '0', -- (terminated)
reset_req_in6 => '0', -- (terminated)
reset_in7 => '0', -- (terminated)
reset_req_in7 => '0', -- (terminated)
reset_in8 => '0', -- (terminated)
reset_req_in8 => '0', -- (terminated)
reset_in9 => '0', -- (terminated)
reset_req_in9 => '0', -- (terminated)
reset_in10 => '0', -- (terminated)
reset_req_in10 => '0', -- (terminated)
reset_in11 => '0', -- (terminated)
reset_req_in11 => '0', -- (terminated)
reset_in12 => '0', -- (terminated)
reset_req_in12 => '0', -- (terminated)
reset_in13 => '0', -- (terminated)
reset_req_in13 => '0', -- (terminated)
reset_in14 => '0', -- (terminated)
reset_req_in14 => '0', -- (terminated)
reset_in15 => '0', -- (terminated)
reset_req_in15 => '0' -- (terminated)
);
mm_interconnect_0_external_sdram_controller_s1_read_ports_inv <= not mm_interconnect_0_external_sdram_controller_s1_read;
mm_interconnect_0_external_sdram_controller_s1_byteenable_ports_inv <= not mm_interconnect_0_external_sdram_controller_s1_byteenable;
mm_interconnect_0_external_sdram_controller_s1_write_ports_inv <= not mm_interconnect_0_external_sdram_controller_s1_write;
mm_interconnect_0_uart_0_s1_read_ports_inv <= not mm_interconnect_0_uart_0_s1_read;
mm_interconnect_0_uart_0_s1_write_ports_inv <= not mm_interconnect_0_uart_0_s1_write;
mm_interconnect_0_spi_sd_card_spi_control_port_read_ports_inv <= not mm_interconnect_0_spi_sd_card_spi_control_port_read;
mm_interconnect_0_spi_sd_card_spi_control_port_write_ports_inv <= not mm_interconnect_0_spi_sd_card_spi_control_port_write;
mm_interconnect_0_spi_stm32_spi_control_port_read_ports_inv <= not mm_interconnect_0_spi_stm32_spi_control_port_read;
mm_interconnect_0_spi_stm32_spi_control_port_write_ports_inv <= not mm_interconnect_0_spi_stm32_spi_control_port_write;
rst_controller_001_reset_out_reset_ports_inv <= not rst_controller_001_reset_out_reset;
clock_116_mhz_clk <= altpll_0_c0_clk;
end architecture rtl; -- of wasca
| gpl-2.0 |
cafe-alpha/wascafe | v13/r07c_de10_20201010_abus3/wasca/synthesis/wasca.vhd | 6 | 118138 | -- wasca.vhd
-- Generated using ACDS version 15.0 145
library IEEE;
use IEEE.std_logic_1164.all;
use IEEE.numeric_std.all;
entity wasca is
port (
altpll_0_areset_conduit_export : in std_logic := '0'; -- altpll_0_areset_conduit.export
altpll_0_locked_conduit_export : out std_logic; -- altpll_0_locked_conduit.export
altpll_0_phasedone_conduit_export : out std_logic; -- altpll_0_phasedone_conduit.export
audio_out_BCLK : in std_logic := '0'; -- audio_out.BCLK
audio_out_DACDAT : out std_logic; -- .DACDAT
audio_out_DACLRCK : in std_logic := '0'; -- .DACLRCK
clk_clk : in std_logic := '0'; -- clk.clk
clock_116_mhz_clk : out std_logic; -- clock_116_mhz.clk
external_sdram_controller_wire_addr : out std_logic_vector(12 downto 0); -- external_sdram_controller_wire.addr
external_sdram_controller_wire_ba : out std_logic_vector(1 downto 0); -- .ba
external_sdram_controller_wire_cas_n : out std_logic; -- .cas_n
external_sdram_controller_wire_cke : out std_logic; -- .cke
external_sdram_controller_wire_cs_n : out std_logic; -- .cs_n
external_sdram_controller_wire_dq : inout std_logic_vector(15 downto 0) := (others => '0'); -- .dq
external_sdram_controller_wire_dqm : out std_logic_vector(1 downto 0); -- .dqm
external_sdram_controller_wire_ras_n : out std_logic; -- .ras_n
external_sdram_controller_wire_we_n : out std_logic; -- .we_n
sega_saturn_abus_slave_0_abus_address : in std_logic_vector(9 downto 0) := (others => '0'); -- sega_saturn_abus_slave_0_abus.address
sega_saturn_abus_slave_0_abus_chipselect : in std_logic_vector(2 downto 0) := (others => '0'); -- .chipselect
sega_saturn_abus_slave_0_abus_read : in std_logic := '0'; -- .read
sega_saturn_abus_slave_0_abus_write : in std_logic_vector(1 downto 0) := (others => '0'); -- .write
sega_saturn_abus_slave_0_abus_waitrequest : out std_logic; -- .waitrequest
sega_saturn_abus_slave_0_abus_interrupt : out std_logic; -- .interrupt
sega_saturn_abus_slave_0_abus_addressdata : inout std_logic_vector(15 downto 0) := (others => '0'); -- .addressdata
sega_saturn_abus_slave_0_abus_direction : out std_logic; -- .direction
sega_saturn_abus_slave_0_abus_muxing : out std_logic_vector(1 downto 0); -- .muxing
sega_saturn_abus_slave_0_abus_disableout : out std_logic; -- .disableout
sega_saturn_abus_slave_0_conduit_saturn_reset_saturn_reset : in std_logic := '0'; -- sega_saturn_abus_slave_0_conduit_saturn_reset.saturn_reset
spi_sd_card_MISO : in std_logic := '0'; -- spi_sd_card.MISO
spi_sd_card_MOSI : out std_logic; -- .MOSI
spi_sd_card_SCLK : out std_logic; -- .SCLK
spi_sd_card_SS_n : out std_logic; -- .SS_n
spi_stm32_MISO : out std_logic; -- spi_stm32.MISO
spi_stm32_MOSI : in std_logic := '0'; -- .MOSI
spi_stm32_SCLK : in std_logic := '0'; -- .SCLK
spi_stm32_SS_n : in std_logic := '0'; -- .SS_n
uart_0_external_connection_rxd : in std_logic := '0'; -- uart_0_external_connection.rxd
uart_0_external_connection_txd : out std_logic -- .txd
);
end entity wasca;
architecture rtl of wasca is
component wasca_altpll_0 is
port (
clk : in std_logic := 'X'; -- clk
reset : in std_logic := 'X'; -- reset
read : in std_logic := 'X'; -- read
write : in std_logic := 'X'; -- write
address : in std_logic_vector(1 downto 0) := (others => 'X'); -- address
readdata : out std_logic_vector(31 downto 0); -- readdata
writedata : in std_logic_vector(31 downto 0) := (others => 'X'); -- writedata
c0 : out std_logic; -- clk
areset : in std_logic := 'X'; -- export
c1 : out std_logic; -- export
locked : out std_logic; -- export
phasedone : out std_logic -- export
);
end component wasca_altpll_0;
component wasca_audio_0 is
port (
clk : in std_logic := 'X'; -- clk
reset : in std_logic := 'X'; -- reset
address : in std_logic_vector(1 downto 0) := (others => 'X'); -- address
chipselect : in std_logic := 'X'; -- chipselect
read : in std_logic := 'X'; -- read
write : in std_logic := 'X'; -- write
writedata : in std_logic_vector(31 downto 0) := (others => 'X'); -- writedata
readdata : out std_logic_vector(31 downto 0); -- readdata
irq : out std_logic; -- irq
AUD_BCLK : in std_logic := 'X'; -- export
AUD_DACDAT : out std_logic; -- export
AUD_DACLRCK : in std_logic := 'X' -- export
);
end component wasca_audio_0;
component wasca_external_sdram_controller is
port (
clk : in std_logic := 'X'; -- clk
reset_n : in std_logic := 'X'; -- reset_n
az_addr : in std_logic_vector(23 downto 0) := (others => 'X'); -- address
az_be_n : in std_logic_vector(1 downto 0) := (others => 'X'); -- byteenable_n
az_cs : in std_logic := 'X'; -- chipselect
az_data : in std_logic_vector(15 downto 0) := (others => 'X'); -- writedata
az_rd_n : in std_logic := 'X'; -- read_n
az_wr_n : in std_logic := 'X'; -- write_n
za_data : out std_logic_vector(15 downto 0); -- readdata
za_valid : out std_logic; -- readdatavalid
za_waitrequest : out std_logic; -- waitrequest
zs_addr : out std_logic_vector(12 downto 0); -- export
zs_ba : out std_logic_vector(1 downto 0); -- export
zs_cas_n : out std_logic; -- export
zs_cke : out std_logic; -- export
zs_cs_n : out std_logic; -- export
zs_dq : inout std_logic_vector(15 downto 0) := (others => 'X'); -- export
zs_dqm : out std_logic_vector(1 downto 0); -- export
zs_ras_n : out std_logic; -- export
zs_we_n : out std_logic -- export
);
end component wasca_external_sdram_controller;
component wasca_nios2_gen2_0 is
port (
clk : in std_logic := 'X'; -- clk
reset_n : in std_logic := 'X'; -- reset_n
d_address : out std_logic_vector(26 downto 0); -- address
d_byteenable : out std_logic_vector(3 downto 0); -- byteenable
d_read : out std_logic; -- read
d_readdata : in std_logic_vector(31 downto 0) := (others => 'X'); -- readdata
d_waitrequest : in std_logic := 'X'; -- waitrequest
d_write : out std_logic; -- write
d_writedata : out std_logic_vector(31 downto 0); -- writedata
debug_mem_slave_debugaccess_to_roms : out std_logic; -- debugaccess
i_address : out std_logic_vector(26 downto 0); -- address
i_read : out std_logic; -- read
i_readdata : in std_logic_vector(31 downto 0) := (others => 'X'); -- readdata
i_waitrequest : in std_logic := 'X'; -- waitrequest
irq : in std_logic_vector(31 downto 0) := (others => 'X'); -- irq
debug_reset_request : out std_logic; -- reset
debug_mem_slave_address : in std_logic_vector(8 downto 0) := (others => 'X'); -- address
debug_mem_slave_byteenable : in std_logic_vector(3 downto 0) := (others => 'X'); -- byteenable
debug_mem_slave_debugaccess : in std_logic := 'X'; -- debugaccess
debug_mem_slave_read : in std_logic := 'X'; -- read
debug_mem_slave_readdata : out std_logic_vector(31 downto 0); -- readdata
debug_mem_slave_waitrequest : out std_logic; -- waitrequest
debug_mem_slave_write : in std_logic := 'X'; -- write
debug_mem_slave_writedata : in std_logic_vector(31 downto 0) := (others => 'X'); -- writedata
dummy_ci_port : out std_logic -- readra
);
end component wasca_nios2_gen2_0;
component altera_onchip_flash is
generic (
INIT_FILENAME : string := "";
INIT_FILENAME_SIM : string := "";
DEVICE_FAMILY : string := "Unknown";
PART_NAME : string := "Unknown";
DEVICE_ID : string := "Unknown";
SECTOR1_START_ADDR : integer := 0;
SECTOR1_END_ADDR : integer := 0;
SECTOR2_START_ADDR : integer := 0;
SECTOR2_END_ADDR : integer := 0;
SECTOR3_START_ADDR : integer := 0;
SECTOR3_END_ADDR : integer := 0;
SECTOR4_START_ADDR : integer := 0;
SECTOR4_END_ADDR : integer := 0;
SECTOR5_START_ADDR : integer := 0;
SECTOR5_END_ADDR : integer := 0;
MIN_VALID_ADDR : integer := 0;
MAX_VALID_ADDR : integer := 0;
MIN_UFM_VALID_ADDR : integer := 0;
MAX_UFM_VALID_ADDR : integer := 0;
SECTOR1_MAP : integer := 0;
SECTOR2_MAP : integer := 0;
SECTOR3_MAP : integer := 0;
SECTOR4_MAP : integer := 0;
SECTOR5_MAP : integer := 0;
ADDR_RANGE1_END_ADDR : integer := 0;
ADDR_RANGE1_OFFSET : integer := 0;
ADDR_RANGE2_OFFSET : integer := 0;
AVMM_DATA_ADDR_WIDTH : integer := 19;
AVMM_DATA_DATA_WIDTH : integer := 32;
AVMM_DATA_BURSTCOUNT_WIDTH : integer := 4;
SECTOR_READ_PROTECTION_MODE : integer := 31;
FLASH_SEQ_READ_DATA_COUNT : integer := 2;
FLASH_ADDR_ALIGNMENT_BITS : integer := 1;
FLASH_READ_CYCLE_MAX_INDEX : integer := 4;
FLASH_RESET_CYCLE_MAX_INDEX : integer := 29;
FLASH_BUSY_TIMEOUT_CYCLE_MAX_INDEX : integer := 112;
FLASH_ERASE_TIMEOUT_CYCLE_MAX_INDEX : integer := 40603248;
FLASH_WRITE_TIMEOUT_CYCLE_MAX_INDEX : integer := 35382;
PARALLEL_MODE : boolean := true;
READ_AND_WRITE_MODE : boolean := true;
WRAPPING_BURST_MODE : boolean := false;
IS_DUAL_BOOT : string := "False";
IS_ERAM_SKIP : string := "False";
IS_COMPRESSED_IMAGE : string := "False"
);
port (
clock : in std_logic := 'X'; -- clk
reset_n : in std_logic := 'X'; -- reset_n
avmm_data_addr : in std_logic_vector(15 downto 0) := (others => 'X'); -- address
avmm_data_read : in std_logic := 'X'; -- read
avmm_data_readdata : out std_logic_vector(31 downto 0); -- readdata
avmm_data_waitrequest : out std_logic; -- waitrequest
avmm_data_readdatavalid : out std_logic; -- readdatavalid
avmm_data_burstcount : in std_logic_vector(3 downto 0) := (others => 'X'); -- burstcount
avmm_data_writedata : in std_logic_vector(31 downto 0) := (others => 'X'); -- writedata
avmm_data_write : in std_logic := 'X'; -- write
avmm_csr_addr : in std_logic := 'X'; -- address
avmm_csr_read : in std_logic := 'X'; -- read
avmm_csr_writedata : in std_logic_vector(31 downto 0) := (others => 'X'); -- writedata
avmm_csr_write : in std_logic := 'X'; -- write
avmm_csr_readdata : out std_logic_vector(31 downto 0) -- readdata
);
end component altera_onchip_flash;
component wasca_onchip_memory2_0 is
port (
clk : in std_logic := 'X'; -- clk
address : in std_logic_vector(11 downto 0) := (others => 'X'); -- address
clken : in std_logic := 'X'; -- clken
chipselect : in std_logic := 'X'; -- chipselect
write : in std_logic := 'X'; -- write
readdata : out std_logic_vector(31 downto 0); -- readdata
writedata : in std_logic_vector(31 downto 0) := (others => 'X'); -- writedata
byteenable : in std_logic_vector(3 downto 0) := (others => 'X'); -- byteenable
reset : in std_logic := 'X'; -- reset
reset_req : in std_logic := 'X' -- reset_req
);
end component wasca_onchip_memory2_0;
component sega_saturn_abus_slave is
port (
clock : in std_logic := 'X'; -- clk
abus_address : in std_logic_vector(9 downto 0) := (others => 'X'); -- address
abus_chipselect : in std_logic_vector(2 downto 0) := (others => 'X'); -- chipselect
abus_read : in std_logic := 'X'; -- read
abus_write : in std_logic_vector(1 downto 0) := (others => 'X'); -- write
abus_waitrequest : out std_logic; -- waitrequest
abus_interrupt : out std_logic; -- interrupt
abus_addressdata : inout std_logic_vector(15 downto 0) := (others => 'X'); -- addressdata
abus_direction : out std_logic; -- direction
abus_muxing : out std_logic_vector(1 downto 0); -- muxing
abus_disable_out : out std_logic; -- disableout
avalon_read : out std_logic; -- read
avalon_write : out std_logic; -- write
avalon_waitrequest : in std_logic := 'X'; -- waitrequest
avalon_address : out std_logic_vector(27 downto 0); -- address
avalon_readdata : in std_logic_vector(15 downto 0) := (others => 'X'); -- readdata
avalon_writedata : out std_logic_vector(15 downto 0); -- writedata
avalon_readdatavalid : in std_logic := 'X'; -- readdatavalid
avalon_burstcount : out std_logic; -- burstcount
reset : in std_logic := 'X'; -- reset
saturn_reset : in std_logic := 'X'; -- saturn_reset
avalon_nios_read : in std_logic := 'X'; -- read
avalon_nios_write : in std_logic := 'X'; -- write
avalon_nios_address : in std_logic_vector(7 downto 0) := (others => 'X'); -- address
avalon_nios_writedata : in std_logic_vector(15 downto 0) := (others => 'X'); -- writedata
avalon_nios_readdata : out std_logic_vector(15 downto 0); -- readdata
avalon_nios_waitrequest : out std_logic; -- waitrequest
avalon_nios_readdatavalid : out std_logic; -- readdatavalid
avalon_nios_burstcount : in std_logic := 'X' -- burstcount
);
end component sega_saturn_abus_slave;
component wasca_spi_sd_card is
port (
clk : in std_logic := 'X'; -- clk
reset_n : in std_logic := 'X'; -- reset_n
data_from_cpu : in std_logic_vector(15 downto 0) := (others => 'X'); -- writedata
data_to_cpu : out std_logic_vector(15 downto 0); -- readdata
mem_addr : in std_logic_vector(2 downto 0) := (others => 'X'); -- address
read_n : in std_logic := 'X'; -- read_n
spi_select : in std_logic := 'X'; -- chipselect
write_n : in std_logic := 'X'; -- write_n
irq : out std_logic; -- irq
MISO : in std_logic := 'X'; -- export
MOSI : out std_logic; -- export
SCLK : out std_logic; -- export
SS_n : out std_logic -- export
);
end component wasca_spi_sd_card;
component wasca_spi_stm32 is
port (
clk : in std_logic := 'X'; -- clk
reset_n : in std_logic := 'X'; -- reset_n
data_from_cpu : in std_logic_vector(15 downto 0) := (others => 'X'); -- writedata
data_to_cpu : out std_logic_vector(15 downto 0); -- readdata
mem_addr : in std_logic_vector(2 downto 0) := (others => 'X'); -- address
read_n : in std_logic := 'X'; -- read_n
spi_select : in std_logic := 'X'; -- chipselect
write_n : in std_logic := 'X'; -- write_n
irq : out std_logic; -- irq
MISO : out std_logic; -- export
MOSI : in std_logic := 'X'; -- export
SCLK : in std_logic := 'X'; -- export
SS_n : in std_logic := 'X' -- export
);
end component wasca_spi_stm32;
component wasca_uart_0 is
port (
clk : in std_logic := 'X'; -- clk
reset_n : in std_logic := 'X'; -- reset_n
address : in std_logic_vector(2 downto 0) := (others => 'X'); -- address
begintransfer : in std_logic := 'X'; -- begintransfer
chipselect : in std_logic := 'X'; -- chipselect
read_n : in std_logic := 'X'; -- read_n
write_n : in std_logic := 'X'; -- write_n
writedata : in std_logic_vector(15 downto 0) := (others => 'X'); -- writedata
readdata : out std_logic_vector(15 downto 0); -- readdata
dataavailable : out std_logic; -- dataavailable
readyfordata : out std_logic; -- readyfordata
rxd : in std_logic := 'X'; -- export
txd : out std_logic; -- export
irq : out std_logic -- irq
);
end component wasca_uart_0;
component wasca_mm_interconnect_0 is
port (
altpll_0_c0_clk : in std_logic := 'X'; -- clk
clk_0_clk_clk : in std_logic := 'X'; -- clk
altpll_0_inclk_interface_reset_reset_bridge_in_reset_reset : in std_logic := 'X'; -- reset
sega_saturn_abus_slave_0_reset_reset_bridge_in_reset_reset : in std_logic := 'X'; -- reset
nios2_gen2_0_data_master_address : in std_logic_vector(26 downto 0) := (others => 'X'); -- address
nios2_gen2_0_data_master_waitrequest : out std_logic; -- waitrequest
nios2_gen2_0_data_master_byteenable : in std_logic_vector(3 downto 0) := (others => 'X'); -- byteenable
nios2_gen2_0_data_master_read : in std_logic := 'X'; -- read
nios2_gen2_0_data_master_readdata : out std_logic_vector(31 downto 0); -- readdata
nios2_gen2_0_data_master_write : in std_logic := 'X'; -- write
nios2_gen2_0_data_master_writedata : in std_logic_vector(31 downto 0) := (others => 'X'); -- writedata
nios2_gen2_0_data_master_debugaccess : in std_logic := 'X'; -- debugaccess
nios2_gen2_0_instruction_master_address : in std_logic_vector(26 downto 0) := (others => 'X'); -- address
nios2_gen2_0_instruction_master_waitrequest : out std_logic; -- waitrequest
nios2_gen2_0_instruction_master_read : in std_logic := 'X'; -- read
nios2_gen2_0_instruction_master_readdata : out std_logic_vector(31 downto 0); -- readdata
sega_saturn_abus_slave_0_avalon_master_address : in std_logic_vector(27 downto 0) := (others => 'X'); -- address
sega_saturn_abus_slave_0_avalon_master_waitrequest : out std_logic; -- waitrequest
sega_saturn_abus_slave_0_avalon_master_burstcount : in std_logic_vector(0 downto 0) := (others => 'X'); -- burstcount
sega_saturn_abus_slave_0_avalon_master_read : in std_logic := 'X'; -- read
sega_saturn_abus_slave_0_avalon_master_readdata : out std_logic_vector(15 downto 0); -- readdata
sega_saturn_abus_slave_0_avalon_master_readdatavalid : out std_logic; -- readdatavalid
sega_saturn_abus_slave_0_avalon_master_write : in std_logic := 'X'; -- write
sega_saturn_abus_slave_0_avalon_master_writedata : in std_logic_vector(15 downto 0) := (others => 'X'); -- writedata
altpll_0_pll_slave_address : out std_logic_vector(1 downto 0); -- address
altpll_0_pll_slave_write : out std_logic; -- write
altpll_0_pll_slave_read : out std_logic; -- read
altpll_0_pll_slave_readdata : in std_logic_vector(31 downto 0) := (others => 'X'); -- readdata
altpll_0_pll_slave_writedata : out std_logic_vector(31 downto 0); -- writedata
audio_0_avalon_audio_slave_address : out std_logic_vector(1 downto 0); -- address
audio_0_avalon_audio_slave_write : out std_logic; -- write
audio_0_avalon_audio_slave_read : out std_logic; -- read
audio_0_avalon_audio_slave_readdata : in std_logic_vector(31 downto 0) := (others => 'X'); -- readdata
audio_0_avalon_audio_slave_writedata : out std_logic_vector(31 downto 0); -- writedata
audio_0_avalon_audio_slave_chipselect : out std_logic; -- chipselect
external_sdram_controller_s1_address : out std_logic_vector(23 downto 0); -- address
external_sdram_controller_s1_write : out std_logic; -- write
external_sdram_controller_s1_read : out std_logic; -- read
external_sdram_controller_s1_readdata : in std_logic_vector(15 downto 0) := (others => 'X'); -- readdata
external_sdram_controller_s1_writedata : out std_logic_vector(15 downto 0); -- writedata
external_sdram_controller_s1_byteenable : out std_logic_vector(1 downto 0); -- byteenable
external_sdram_controller_s1_readdatavalid : in std_logic := 'X'; -- readdatavalid
external_sdram_controller_s1_waitrequest : in std_logic := 'X'; -- waitrequest
external_sdram_controller_s1_chipselect : out std_logic; -- chipselect
nios2_gen2_0_debug_mem_slave_address : out std_logic_vector(8 downto 0); -- address
nios2_gen2_0_debug_mem_slave_write : out std_logic; -- write
nios2_gen2_0_debug_mem_slave_read : out std_logic; -- read
nios2_gen2_0_debug_mem_slave_readdata : in std_logic_vector(31 downto 0) := (others => 'X'); -- readdata
nios2_gen2_0_debug_mem_slave_writedata : out std_logic_vector(31 downto 0); -- writedata
nios2_gen2_0_debug_mem_slave_byteenable : out std_logic_vector(3 downto 0); -- byteenable
nios2_gen2_0_debug_mem_slave_waitrequest : in std_logic := 'X'; -- waitrequest
nios2_gen2_0_debug_mem_slave_debugaccess : out std_logic; -- debugaccess
onchip_flash_0_data_address : out std_logic_vector(15 downto 0); -- address
onchip_flash_0_data_read : out std_logic; -- read
onchip_flash_0_data_readdata : in std_logic_vector(31 downto 0) := (others => 'X'); -- readdata
onchip_flash_0_data_burstcount : out std_logic_vector(3 downto 0); -- burstcount
onchip_flash_0_data_readdatavalid : in std_logic := 'X'; -- readdatavalid
onchip_flash_0_data_waitrequest : in std_logic := 'X'; -- waitrequest
onchip_memory2_0_s1_address : out std_logic_vector(11 downto 0); -- address
onchip_memory2_0_s1_write : out std_logic; -- write
onchip_memory2_0_s1_readdata : in std_logic_vector(31 downto 0) := (others => 'X'); -- readdata
onchip_memory2_0_s1_writedata : out std_logic_vector(31 downto 0); -- writedata
onchip_memory2_0_s1_byteenable : out std_logic_vector(3 downto 0); -- byteenable
onchip_memory2_0_s1_chipselect : out std_logic; -- chipselect
onchip_memory2_0_s1_clken : out std_logic; -- clken
sega_saturn_abus_slave_0_avalon_nios_address : out std_logic_vector(7 downto 0); -- address
sega_saturn_abus_slave_0_avalon_nios_write : out std_logic; -- write
sega_saturn_abus_slave_0_avalon_nios_read : out std_logic; -- read
sega_saturn_abus_slave_0_avalon_nios_readdata : in std_logic_vector(15 downto 0) := (others => 'X'); -- readdata
sega_saturn_abus_slave_0_avalon_nios_writedata : out std_logic_vector(15 downto 0); -- writedata
sega_saturn_abus_slave_0_avalon_nios_burstcount : out std_logic_vector(0 downto 0); -- burstcount
sega_saturn_abus_slave_0_avalon_nios_readdatavalid : in std_logic := 'X'; -- readdatavalid
sega_saturn_abus_slave_0_avalon_nios_waitrequest : in std_logic := 'X'; -- waitrequest
spi_sd_card_spi_control_port_address : out std_logic_vector(2 downto 0); -- address
spi_sd_card_spi_control_port_write : out std_logic; -- write
spi_sd_card_spi_control_port_read : out std_logic; -- read
spi_sd_card_spi_control_port_readdata : in std_logic_vector(15 downto 0) := (others => 'X'); -- readdata
spi_sd_card_spi_control_port_writedata : out std_logic_vector(15 downto 0); -- writedata
spi_sd_card_spi_control_port_chipselect : out std_logic; -- chipselect
spi_stm32_spi_control_port_address : out std_logic_vector(2 downto 0); -- address
spi_stm32_spi_control_port_write : out std_logic; -- write
spi_stm32_spi_control_port_read : out std_logic; -- read
spi_stm32_spi_control_port_readdata : in std_logic_vector(15 downto 0) := (others => 'X'); -- readdata
spi_stm32_spi_control_port_writedata : out std_logic_vector(15 downto 0); -- writedata
spi_stm32_spi_control_port_chipselect : out std_logic; -- chipselect
uart_0_s1_address : out std_logic_vector(2 downto 0); -- address
uart_0_s1_write : out std_logic; -- write
uart_0_s1_read : out std_logic; -- read
uart_0_s1_readdata : in std_logic_vector(15 downto 0) := (others => 'X'); -- readdata
uart_0_s1_writedata : out std_logic_vector(15 downto 0); -- writedata
uart_0_s1_begintransfer : out std_logic; -- begintransfer
uart_0_s1_chipselect : out std_logic -- chipselect
);
end component wasca_mm_interconnect_0;
component wasca_irq_mapper is
port (
clk : in std_logic := 'X'; -- clk
reset : in std_logic := 'X'; -- reset
receiver0_irq : in std_logic := 'X'; -- irq
receiver1_irq : in std_logic := 'X'; -- irq
receiver2_irq : in std_logic := 'X'; -- irq
receiver3_irq : in std_logic := 'X'; -- irq
sender_irq : out std_logic_vector(31 downto 0) -- irq
);
end component wasca_irq_mapper;
component wasca_rst_controller is
generic (
NUM_RESET_INPUTS : integer := 6;
OUTPUT_RESET_SYNC_EDGES : string := "deassert";
SYNC_DEPTH : integer := 2;
RESET_REQUEST_PRESENT : integer := 0;
RESET_REQ_WAIT_TIME : integer := 1;
MIN_RST_ASSERTION_TIME : integer := 3;
RESET_REQ_EARLY_DSRT_TIME : integer := 1;
USE_RESET_REQUEST_IN0 : integer := 0;
USE_RESET_REQUEST_IN1 : integer := 0;
USE_RESET_REQUEST_IN2 : integer := 0;
USE_RESET_REQUEST_IN3 : integer := 0;
USE_RESET_REQUEST_IN4 : integer := 0;
USE_RESET_REQUEST_IN5 : integer := 0;
USE_RESET_REQUEST_IN6 : integer := 0;
USE_RESET_REQUEST_IN7 : integer := 0;
USE_RESET_REQUEST_IN8 : integer := 0;
USE_RESET_REQUEST_IN9 : integer := 0;
USE_RESET_REQUEST_IN10 : integer := 0;
USE_RESET_REQUEST_IN11 : integer := 0;
USE_RESET_REQUEST_IN12 : integer := 0;
USE_RESET_REQUEST_IN13 : integer := 0;
USE_RESET_REQUEST_IN14 : integer := 0;
USE_RESET_REQUEST_IN15 : integer := 0;
ADAPT_RESET_REQUEST : integer := 0
);
port (
reset_in0 : in std_logic := 'X'; -- reset
clk : in std_logic := 'X'; -- clk
reset_out : out std_logic; -- reset
reset_req : out std_logic; -- reset_req
reset_req_in0 : in std_logic := 'X'; -- reset_req
reset_in1 : in std_logic := 'X'; -- reset
reset_req_in1 : in std_logic := 'X'; -- reset_req
reset_in2 : in std_logic := 'X'; -- reset
reset_req_in2 : in std_logic := 'X'; -- reset_req
reset_in3 : in std_logic := 'X'; -- reset
reset_req_in3 : in std_logic := 'X'; -- reset_req
reset_in4 : in std_logic := 'X'; -- reset
reset_req_in4 : in std_logic := 'X'; -- reset_req
reset_in5 : in std_logic := 'X'; -- reset
reset_req_in5 : in std_logic := 'X'; -- reset_req
reset_in6 : in std_logic := 'X'; -- reset
reset_req_in6 : in std_logic := 'X'; -- reset_req
reset_in7 : in std_logic := 'X'; -- reset
reset_req_in7 : in std_logic := 'X'; -- reset_req
reset_in8 : in std_logic := 'X'; -- reset
reset_req_in8 : in std_logic := 'X'; -- reset_req
reset_in9 : in std_logic := 'X'; -- reset
reset_req_in9 : in std_logic := 'X'; -- reset_req
reset_in10 : in std_logic := 'X'; -- reset
reset_req_in10 : in std_logic := 'X'; -- reset_req
reset_in11 : in std_logic := 'X'; -- reset
reset_req_in11 : in std_logic := 'X'; -- reset_req
reset_in12 : in std_logic := 'X'; -- reset
reset_req_in12 : in std_logic := 'X'; -- reset_req
reset_in13 : in std_logic := 'X'; -- reset
reset_req_in13 : in std_logic := 'X'; -- reset_req
reset_in14 : in std_logic := 'X'; -- reset
reset_req_in14 : in std_logic := 'X'; -- reset_req
reset_in15 : in std_logic := 'X'; -- reset
reset_req_in15 : in std_logic := 'X' -- reset_req
);
end component wasca_rst_controller;
component wasca_rst_controller_001 is
generic (
NUM_RESET_INPUTS : integer := 6;
OUTPUT_RESET_SYNC_EDGES : string := "deassert";
SYNC_DEPTH : integer := 2;
RESET_REQUEST_PRESENT : integer := 0;
RESET_REQ_WAIT_TIME : integer := 1;
MIN_RST_ASSERTION_TIME : integer := 3;
RESET_REQ_EARLY_DSRT_TIME : integer := 1;
USE_RESET_REQUEST_IN0 : integer := 0;
USE_RESET_REQUEST_IN1 : integer := 0;
USE_RESET_REQUEST_IN2 : integer := 0;
USE_RESET_REQUEST_IN3 : integer := 0;
USE_RESET_REQUEST_IN4 : integer := 0;
USE_RESET_REQUEST_IN5 : integer := 0;
USE_RESET_REQUEST_IN6 : integer := 0;
USE_RESET_REQUEST_IN7 : integer := 0;
USE_RESET_REQUEST_IN8 : integer := 0;
USE_RESET_REQUEST_IN9 : integer := 0;
USE_RESET_REQUEST_IN10 : integer := 0;
USE_RESET_REQUEST_IN11 : integer := 0;
USE_RESET_REQUEST_IN12 : integer := 0;
USE_RESET_REQUEST_IN13 : integer := 0;
USE_RESET_REQUEST_IN14 : integer := 0;
USE_RESET_REQUEST_IN15 : integer := 0;
ADAPT_RESET_REQUEST : integer := 0
);
port (
reset_in0 : in std_logic := 'X'; -- reset
clk : in std_logic := 'X'; -- clk
reset_out : out std_logic; -- reset
reset_req : out std_logic; -- reset_req
reset_req_in0 : in std_logic := 'X'; -- reset_req
reset_in1 : in std_logic := 'X'; -- reset
reset_req_in1 : in std_logic := 'X'; -- reset_req
reset_in2 : in std_logic := 'X'; -- reset
reset_req_in2 : in std_logic := 'X'; -- reset_req
reset_in3 : in std_logic := 'X'; -- reset
reset_req_in3 : in std_logic := 'X'; -- reset_req
reset_in4 : in std_logic := 'X'; -- reset
reset_req_in4 : in std_logic := 'X'; -- reset_req
reset_in5 : in std_logic := 'X'; -- reset
reset_req_in5 : in std_logic := 'X'; -- reset_req
reset_in6 : in std_logic := 'X'; -- reset
reset_req_in6 : in std_logic := 'X'; -- reset_req
reset_in7 : in std_logic := 'X'; -- reset
reset_req_in7 : in std_logic := 'X'; -- reset_req
reset_in8 : in std_logic := 'X'; -- reset
reset_req_in8 : in std_logic := 'X'; -- reset_req
reset_in9 : in std_logic := 'X'; -- reset
reset_req_in9 : in std_logic := 'X'; -- reset_req
reset_in10 : in std_logic := 'X'; -- reset
reset_req_in10 : in std_logic := 'X'; -- reset_req
reset_in11 : in std_logic := 'X'; -- reset
reset_req_in11 : in std_logic := 'X'; -- reset_req
reset_in12 : in std_logic := 'X'; -- reset
reset_req_in12 : in std_logic := 'X'; -- reset_req
reset_in13 : in std_logic := 'X'; -- reset
reset_req_in13 : in std_logic := 'X'; -- reset_req
reset_in14 : in std_logic := 'X'; -- reset
reset_req_in14 : in std_logic := 'X'; -- reset_req
reset_in15 : in std_logic := 'X'; -- reset
reset_req_in15 : in std_logic := 'X' -- reset_req
);
end component wasca_rst_controller_001;
signal altpll_0_c0_clk : std_logic; -- altpll_0:c0 -> [clock_116_mhz_clk, audio_0:clk, external_sdram_controller:clk, irq_mapper:clk, mm_interconnect_0:altpll_0_c0_clk, nios2_gen2_0:clk, onchip_flash_0:clock, onchip_memory2_0:clk, rst_controller_001:clk, rst_controller_002:clk, sega_saturn_abus_slave_0:clock, spi_sd_card:clk, spi_stm32:clk, uart_0:clk]
signal nios2_gen2_0_debug_reset_request_reset : std_logic; -- nios2_gen2_0:debug_reset_request -> [rst_controller:reset_in0, rst_controller_001:reset_in0, rst_controller_002:reset_in0]
signal sega_saturn_abus_slave_0_avalon_master_waitrequest : std_logic; -- mm_interconnect_0:sega_saturn_abus_slave_0_avalon_master_waitrequest -> sega_saturn_abus_slave_0:avalon_waitrequest
signal sega_saturn_abus_slave_0_avalon_master_readdata : std_logic_vector(15 downto 0); -- mm_interconnect_0:sega_saturn_abus_slave_0_avalon_master_readdata -> sega_saturn_abus_slave_0:avalon_readdata
signal sega_saturn_abus_slave_0_avalon_master_read : std_logic; -- sega_saturn_abus_slave_0:avalon_read -> mm_interconnect_0:sega_saturn_abus_slave_0_avalon_master_read
signal sega_saturn_abus_slave_0_avalon_master_address : std_logic_vector(27 downto 0); -- sega_saturn_abus_slave_0:avalon_address -> mm_interconnect_0:sega_saturn_abus_slave_0_avalon_master_address
signal sega_saturn_abus_slave_0_avalon_master_readdatavalid : std_logic; -- mm_interconnect_0:sega_saturn_abus_slave_0_avalon_master_readdatavalid -> sega_saturn_abus_slave_0:avalon_readdatavalid
signal sega_saturn_abus_slave_0_avalon_master_write : std_logic; -- sega_saturn_abus_slave_0:avalon_write -> mm_interconnect_0:sega_saturn_abus_slave_0_avalon_master_write
signal sega_saturn_abus_slave_0_avalon_master_writedata : std_logic_vector(15 downto 0); -- sega_saturn_abus_slave_0:avalon_writedata -> mm_interconnect_0:sega_saturn_abus_slave_0_avalon_master_writedata
signal sega_saturn_abus_slave_0_avalon_master_burstcount : std_logic; -- sega_saturn_abus_slave_0:avalon_burstcount -> mm_interconnect_0:sega_saturn_abus_slave_0_avalon_master_burstcount
signal nios2_gen2_0_data_master_readdata : std_logic_vector(31 downto 0); -- mm_interconnect_0:nios2_gen2_0_data_master_readdata -> nios2_gen2_0:d_readdata
signal nios2_gen2_0_data_master_waitrequest : std_logic; -- mm_interconnect_0:nios2_gen2_0_data_master_waitrequest -> nios2_gen2_0:d_waitrequest
signal nios2_gen2_0_data_master_debugaccess : std_logic; -- nios2_gen2_0:debug_mem_slave_debugaccess_to_roms -> mm_interconnect_0:nios2_gen2_0_data_master_debugaccess
signal nios2_gen2_0_data_master_address : std_logic_vector(26 downto 0); -- nios2_gen2_0:d_address -> mm_interconnect_0:nios2_gen2_0_data_master_address
signal nios2_gen2_0_data_master_byteenable : std_logic_vector(3 downto 0); -- nios2_gen2_0:d_byteenable -> mm_interconnect_0:nios2_gen2_0_data_master_byteenable
signal nios2_gen2_0_data_master_read : std_logic; -- nios2_gen2_0:d_read -> mm_interconnect_0:nios2_gen2_0_data_master_read
signal nios2_gen2_0_data_master_write : std_logic; -- nios2_gen2_0:d_write -> mm_interconnect_0:nios2_gen2_0_data_master_write
signal nios2_gen2_0_data_master_writedata : std_logic_vector(31 downto 0); -- nios2_gen2_0:d_writedata -> mm_interconnect_0:nios2_gen2_0_data_master_writedata
signal nios2_gen2_0_instruction_master_readdata : std_logic_vector(31 downto 0); -- mm_interconnect_0:nios2_gen2_0_instruction_master_readdata -> nios2_gen2_0:i_readdata
signal nios2_gen2_0_instruction_master_waitrequest : std_logic; -- mm_interconnect_0:nios2_gen2_0_instruction_master_waitrequest -> nios2_gen2_0:i_waitrequest
signal nios2_gen2_0_instruction_master_address : std_logic_vector(26 downto 0); -- nios2_gen2_0:i_address -> mm_interconnect_0:nios2_gen2_0_instruction_master_address
signal nios2_gen2_0_instruction_master_read : std_logic; -- nios2_gen2_0:i_read -> mm_interconnect_0:nios2_gen2_0_instruction_master_read
signal mm_interconnect_0_external_sdram_controller_s1_chipselect : std_logic; -- mm_interconnect_0:external_sdram_controller_s1_chipselect -> external_sdram_controller:az_cs
signal mm_interconnect_0_external_sdram_controller_s1_readdata : std_logic_vector(15 downto 0); -- external_sdram_controller:za_data -> mm_interconnect_0:external_sdram_controller_s1_readdata
signal mm_interconnect_0_external_sdram_controller_s1_waitrequest : std_logic; -- external_sdram_controller:za_waitrequest -> mm_interconnect_0:external_sdram_controller_s1_waitrequest
signal mm_interconnect_0_external_sdram_controller_s1_address : std_logic_vector(23 downto 0); -- mm_interconnect_0:external_sdram_controller_s1_address -> external_sdram_controller:az_addr
signal mm_interconnect_0_external_sdram_controller_s1_read : std_logic; -- mm_interconnect_0:external_sdram_controller_s1_read -> mm_interconnect_0_external_sdram_controller_s1_read:in
signal mm_interconnect_0_external_sdram_controller_s1_byteenable : std_logic_vector(1 downto 0); -- mm_interconnect_0:external_sdram_controller_s1_byteenable -> mm_interconnect_0_external_sdram_controller_s1_byteenable:in
signal mm_interconnect_0_external_sdram_controller_s1_readdatavalid : std_logic; -- external_sdram_controller:za_valid -> mm_interconnect_0:external_sdram_controller_s1_readdatavalid
signal mm_interconnect_0_external_sdram_controller_s1_write : std_logic; -- mm_interconnect_0:external_sdram_controller_s1_write -> mm_interconnect_0_external_sdram_controller_s1_write:in
signal mm_interconnect_0_external_sdram_controller_s1_writedata : std_logic_vector(15 downto 0); -- mm_interconnect_0:external_sdram_controller_s1_writedata -> external_sdram_controller:az_data
signal mm_interconnect_0_onchip_flash_0_data_readdata : std_logic_vector(31 downto 0); -- onchip_flash_0:avmm_data_readdata -> mm_interconnect_0:onchip_flash_0_data_readdata
signal mm_interconnect_0_onchip_flash_0_data_waitrequest : std_logic; -- onchip_flash_0:avmm_data_waitrequest -> mm_interconnect_0:onchip_flash_0_data_waitrequest
signal mm_interconnect_0_onchip_flash_0_data_address : std_logic_vector(15 downto 0); -- mm_interconnect_0:onchip_flash_0_data_address -> onchip_flash_0:avmm_data_addr
signal mm_interconnect_0_onchip_flash_0_data_read : std_logic; -- mm_interconnect_0:onchip_flash_0_data_read -> onchip_flash_0:avmm_data_read
signal mm_interconnect_0_onchip_flash_0_data_readdatavalid : std_logic; -- onchip_flash_0:avmm_data_readdatavalid -> mm_interconnect_0:onchip_flash_0_data_readdatavalid
signal mm_interconnect_0_onchip_flash_0_data_burstcount : std_logic_vector(3 downto 0); -- mm_interconnect_0:onchip_flash_0_data_burstcount -> onchip_flash_0:avmm_data_burstcount
signal mm_interconnect_0_nios2_gen2_0_debug_mem_slave_readdata : std_logic_vector(31 downto 0); -- nios2_gen2_0:debug_mem_slave_readdata -> mm_interconnect_0:nios2_gen2_0_debug_mem_slave_readdata
signal mm_interconnect_0_nios2_gen2_0_debug_mem_slave_waitrequest : std_logic; -- nios2_gen2_0:debug_mem_slave_waitrequest -> mm_interconnect_0:nios2_gen2_0_debug_mem_slave_waitrequest
signal mm_interconnect_0_nios2_gen2_0_debug_mem_slave_debugaccess : std_logic; -- mm_interconnect_0:nios2_gen2_0_debug_mem_slave_debugaccess -> nios2_gen2_0:debug_mem_slave_debugaccess
signal mm_interconnect_0_nios2_gen2_0_debug_mem_slave_address : std_logic_vector(8 downto 0); -- mm_interconnect_0:nios2_gen2_0_debug_mem_slave_address -> nios2_gen2_0:debug_mem_slave_address
signal mm_interconnect_0_nios2_gen2_0_debug_mem_slave_read : std_logic; -- mm_interconnect_0:nios2_gen2_0_debug_mem_slave_read -> nios2_gen2_0:debug_mem_slave_read
signal mm_interconnect_0_nios2_gen2_0_debug_mem_slave_byteenable : std_logic_vector(3 downto 0); -- mm_interconnect_0:nios2_gen2_0_debug_mem_slave_byteenable -> nios2_gen2_0:debug_mem_slave_byteenable
signal mm_interconnect_0_nios2_gen2_0_debug_mem_slave_write : std_logic; -- mm_interconnect_0:nios2_gen2_0_debug_mem_slave_write -> nios2_gen2_0:debug_mem_slave_write
signal mm_interconnect_0_nios2_gen2_0_debug_mem_slave_writedata : std_logic_vector(31 downto 0); -- mm_interconnect_0:nios2_gen2_0_debug_mem_slave_writedata -> nios2_gen2_0:debug_mem_slave_writedata
signal mm_interconnect_0_onchip_memory2_0_s1_chipselect : std_logic; -- mm_interconnect_0:onchip_memory2_0_s1_chipselect -> onchip_memory2_0:chipselect
signal mm_interconnect_0_onchip_memory2_0_s1_readdata : std_logic_vector(31 downto 0); -- onchip_memory2_0:readdata -> mm_interconnect_0:onchip_memory2_0_s1_readdata
signal mm_interconnect_0_onchip_memory2_0_s1_address : std_logic_vector(11 downto 0); -- mm_interconnect_0:onchip_memory2_0_s1_address -> onchip_memory2_0:address
signal mm_interconnect_0_onchip_memory2_0_s1_byteenable : std_logic_vector(3 downto 0); -- mm_interconnect_0:onchip_memory2_0_s1_byteenable -> onchip_memory2_0:byteenable
signal mm_interconnect_0_onchip_memory2_0_s1_write : std_logic; -- mm_interconnect_0:onchip_memory2_0_s1_write -> onchip_memory2_0:write
signal mm_interconnect_0_onchip_memory2_0_s1_writedata : std_logic_vector(31 downto 0); -- mm_interconnect_0:onchip_memory2_0_s1_writedata -> onchip_memory2_0:writedata
signal mm_interconnect_0_onchip_memory2_0_s1_clken : std_logic; -- mm_interconnect_0:onchip_memory2_0_s1_clken -> onchip_memory2_0:clken
signal mm_interconnect_0_audio_0_avalon_audio_slave_chipselect : std_logic; -- mm_interconnect_0:audio_0_avalon_audio_slave_chipselect -> audio_0:chipselect
signal mm_interconnect_0_audio_0_avalon_audio_slave_readdata : std_logic_vector(31 downto 0); -- audio_0:readdata -> mm_interconnect_0:audio_0_avalon_audio_slave_readdata
signal mm_interconnect_0_audio_0_avalon_audio_slave_address : std_logic_vector(1 downto 0); -- mm_interconnect_0:audio_0_avalon_audio_slave_address -> audio_0:address
signal mm_interconnect_0_audio_0_avalon_audio_slave_read : std_logic; -- mm_interconnect_0:audio_0_avalon_audio_slave_read -> audio_0:read
signal mm_interconnect_0_audio_0_avalon_audio_slave_write : std_logic; -- mm_interconnect_0:audio_0_avalon_audio_slave_write -> audio_0:write
signal mm_interconnect_0_audio_0_avalon_audio_slave_writedata : std_logic_vector(31 downto 0); -- mm_interconnect_0:audio_0_avalon_audio_slave_writedata -> audio_0:writedata
signal mm_interconnect_0_sega_saturn_abus_slave_0_avalon_nios_readdata : std_logic_vector(15 downto 0); -- sega_saturn_abus_slave_0:avalon_nios_readdata -> mm_interconnect_0:sega_saturn_abus_slave_0_avalon_nios_readdata
signal mm_interconnect_0_sega_saturn_abus_slave_0_avalon_nios_waitrequest : std_logic; -- sega_saturn_abus_slave_0:avalon_nios_waitrequest -> mm_interconnect_0:sega_saturn_abus_slave_0_avalon_nios_waitrequest
signal mm_interconnect_0_sega_saturn_abus_slave_0_avalon_nios_address : std_logic_vector(7 downto 0); -- mm_interconnect_0:sega_saturn_abus_slave_0_avalon_nios_address -> sega_saturn_abus_slave_0:avalon_nios_address
signal mm_interconnect_0_sega_saturn_abus_slave_0_avalon_nios_read : std_logic; -- mm_interconnect_0:sega_saturn_abus_slave_0_avalon_nios_read -> sega_saturn_abus_slave_0:avalon_nios_read
signal mm_interconnect_0_sega_saturn_abus_slave_0_avalon_nios_readdatavalid : std_logic; -- sega_saturn_abus_slave_0:avalon_nios_readdatavalid -> mm_interconnect_0:sega_saturn_abus_slave_0_avalon_nios_readdatavalid
signal mm_interconnect_0_sega_saturn_abus_slave_0_avalon_nios_write : std_logic; -- mm_interconnect_0:sega_saturn_abus_slave_0_avalon_nios_write -> sega_saturn_abus_slave_0:avalon_nios_write
signal mm_interconnect_0_sega_saturn_abus_slave_0_avalon_nios_writedata : std_logic_vector(15 downto 0); -- mm_interconnect_0:sega_saturn_abus_slave_0_avalon_nios_writedata -> sega_saturn_abus_slave_0:avalon_nios_writedata
signal mm_interconnect_0_sega_saturn_abus_slave_0_avalon_nios_burstcount : std_logic_vector(0 downto 0); -- mm_interconnect_0:sega_saturn_abus_slave_0_avalon_nios_burstcount -> sega_saturn_abus_slave_0:avalon_nios_burstcount
signal mm_interconnect_0_altpll_0_pll_slave_readdata : std_logic_vector(31 downto 0); -- altpll_0:readdata -> mm_interconnect_0:altpll_0_pll_slave_readdata
signal mm_interconnect_0_altpll_0_pll_slave_address : std_logic_vector(1 downto 0); -- mm_interconnect_0:altpll_0_pll_slave_address -> altpll_0:address
signal mm_interconnect_0_altpll_0_pll_slave_read : std_logic; -- mm_interconnect_0:altpll_0_pll_slave_read -> altpll_0:read
signal mm_interconnect_0_altpll_0_pll_slave_write : std_logic; -- mm_interconnect_0:altpll_0_pll_slave_write -> altpll_0:write
signal mm_interconnect_0_altpll_0_pll_slave_writedata : std_logic_vector(31 downto 0); -- mm_interconnect_0:altpll_0_pll_slave_writedata -> altpll_0:writedata
signal mm_interconnect_0_uart_0_s1_chipselect : std_logic; -- mm_interconnect_0:uart_0_s1_chipselect -> uart_0:chipselect
signal mm_interconnect_0_uart_0_s1_readdata : std_logic_vector(15 downto 0); -- uart_0:readdata -> mm_interconnect_0:uart_0_s1_readdata
signal mm_interconnect_0_uart_0_s1_address : std_logic_vector(2 downto 0); -- mm_interconnect_0:uart_0_s1_address -> uart_0:address
signal mm_interconnect_0_uart_0_s1_read : std_logic; -- mm_interconnect_0:uart_0_s1_read -> mm_interconnect_0_uart_0_s1_read:in
signal mm_interconnect_0_uart_0_s1_begintransfer : std_logic; -- mm_interconnect_0:uart_0_s1_begintransfer -> uart_0:begintransfer
signal mm_interconnect_0_uart_0_s1_write : std_logic; -- mm_interconnect_0:uart_0_s1_write -> mm_interconnect_0_uart_0_s1_write:in
signal mm_interconnect_0_uart_0_s1_writedata : std_logic_vector(15 downto 0); -- mm_interconnect_0:uart_0_s1_writedata -> uart_0:writedata
signal mm_interconnect_0_spi_sd_card_spi_control_port_chipselect : std_logic; -- mm_interconnect_0:spi_sd_card_spi_control_port_chipselect -> spi_sd_card:spi_select
signal mm_interconnect_0_spi_sd_card_spi_control_port_readdata : std_logic_vector(15 downto 0); -- spi_sd_card:data_to_cpu -> mm_interconnect_0:spi_sd_card_spi_control_port_readdata
signal mm_interconnect_0_spi_sd_card_spi_control_port_address : std_logic_vector(2 downto 0); -- mm_interconnect_0:spi_sd_card_spi_control_port_address -> spi_sd_card:mem_addr
signal mm_interconnect_0_spi_sd_card_spi_control_port_read : std_logic; -- mm_interconnect_0:spi_sd_card_spi_control_port_read -> mm_interconnect_0_spi_sd_card_spi_control_port_read:in
signal mm_interconnect_0_spi_sd_card_spi_control_port_write : std_logic; -- mm_interconnect_0:spi_sd_card_spi_control_port_write -> mm_interconnect_0_spi_sd_card_spi_control_port_write:in
signal mm_interconnect_0_spi_sd_card_spi_control_port_writedata : std_logic_vector(15 downto 0); -- mm_interconnect_0:spi_sd_card_spi_control_port_writedata -> spi_sd_card:data_from_cpu
signal mm_interconnect_0_spi_stm32_spi_control_port_chipselect : std_logic; -- mm_interconnect_0:spi_stm32_spi_control_port_chipselect -> spi_stm32:spi_select
signal mm_interconnect_0_spi_stm32_spi_control_port_readdata : std_logic_vector(15 downto 0); -- spi_stm32:data_to_cpu -> mm_interconnect_0:spi_stm32_spi_control_port_readdata
signal mm_interconnect_0_spi_stm32_spi_control_port_address : std_logic_vector(2 downto 0); -- mm_interconnect_0:spi_stm32_spi_control_port_address -> spi_stm32:mem_addr
signal mm_interconnect_0_spi_stm32_spi_control_port_read : std_logic; -- mm_interconnect_0:spi_stm32_spi_control_port_read -> mm_interconnect_0_spi_stm32_spi_control_port_read:in
signal mm_interconnect_0_spi_stm32_spi_control_port_write : std_logic; -- mm_interconnect_0:spi_stm32_spi_control_port_write -> mm_interconnect_0_spi_stm32_spi_control_port_write:in
signal mm_interconnect_0_spi_stm32_spi_control_port_writedata : std_logic_vector(15 downto 0); -- mm_interconnect_0:spi_stm32_spi_control_port_writedata -> spi_stm32:data_from_cpu
signal irq_mapper_receiver0_irq : std_logic; -- audio_0:irq -> irq_mapper:receiver0_irq
signal irq_mapper_receiver1_irq : std_logic; -- uart_0:irq -> irq_mapper:receiver1_irq
signal irq_mapper_receiver2_irq : std_logic; -- spi_sd_card:irq -> irq_mapper:receiver2_irq
signal irq_mapper_receiver3_irq : std_logic; -- spi_stm32:irq -> irq_mapper:receiver3_irq
signal nios2_gen2_0_irq_irq : std_logic_vector(31 downto 0); -- irq_mapper:sender_irq -> nios2_gen2_0:irq
signal rst_controller_reset_out_reset : std_logic; -- rst_controller:reset_out -> [altpll_0:reset, mm_interconnect_0:altpll_0_inclk_interface_reset_reset_bridge_in_reset_reset]
signal rst_controller_001_reset_out_reset : std_logic; -- rst_controller_001:reset_out -> [audio_0:reset, irq_mapper:reset, mm_interconnect_0:sega_saturn_abus_slave_0_reset_reset_bridge_in_reset_reset, onchip_memory2_0:reset, rst_controller_001_reset_out_reset:in, rst_translator:in_reset, sega_saturn_abus_slave_0:reset]
signal rst_controller_001_reset_out_reset_req : std_logic; -- rst_controller_001:reset_req -> [onchip_memory2_0:reset_req, rst_translator:reset_req_in]
signal mm_interconnect_0_external_sdram_controller_s1_read_ports_inv : std_logic; -- mm_interconnect_0_external_sdram_controller_s1_read:inv -> external_sdram_controller:az_rd_n
signal mm_interconnect_0_external_sdram_controller_s1_byteenable_ports_inv : std_logic_vector(1 downto 0); -- mm_interconnect_0_external_sdram_controller_s1_byteenable:inv -> external_sdram_controller:az_be_n
signal mm_interconnect_0_external_sdram_controller_s1_write_ports_inv : std_logic; -- mm_interconnect_0_external_sdram_controller_s1_write:inv -> external_sdram_controller:az_wr_n
signal mm_interconnect_0_uart_0_s1_read_ports_inv : std_logic; -- mm_interconnect_0_uart_0_s1_read:inv -> uart_0:read_n
signal mm_interconnect_0_uart_0_s1_write_ports_inv : std_logic; -- mm_interconnect_0_uart_0_s1_write:inv -> uart_0:write_n
signal mm_interconnect_0_spi_sd_card_spi_control_port_read_ports_inv : std_logic; -- mm_interconnect_0_spi_sd_card_spi_control_port_read:inv -> spi_sd_card:read_n
signal mm_interconnect_0_spi_sd_card_spi_control_port_write_ports_inv : std_logic; -- mm_interconnect_0_spi_sd_card_spi_control_port_write:inv -> spi_sd_card:write_n
signal mm_interconnect_0_spi_stm32_spi_control_port_read_ports_inv : std_logic; -- mm_interconnect_0_spi_stm32_spi_control_port_read:inv -> spi_stm32:read_n
signal mm_interconnect_0_spi_stm32_spi_control_port_write_ports_inv : std_logic; -- mm_interconnect_0_spi_stm32_spi_control_port_write:inv -> spi_stm32:write_n
signal rst_controller_001_reset_out_reset_ports_inv : std_logic; -- rst_controller_001_reset_out_reset:inv -> [external_sdram_controller:reset_n, nios2_gen2_0:reset_n, onchip_flash_0:reset_n, spi_sd_card:reset_n, spi_stm32:reset_n, uart_0:reset_n]
begin
altpll_0 : component wasca_altpll_0
port map (
clk => clk_clk, -- inclk_interface.clk
reset => rst_controller_reset_out_reset, -- inclk_interface_reset.reset
read => mm_interconnect_0_altpll_0_pll_slave_read, -- pll_slave.read
write => mm_interconnect_0_altpll_0_pll_slave_write, -- .write
address => mm_interconnect_0_altpll_0_pll_slave_address, -- .address
readdata => mm_interconnect_0_altpll_0_pll_slave_readdata, -- .readdata
writedata => mm_interconnect_0_altpll_0_pll_slave_writedata, -- .writedata
c0 => altpll_0_c0_clk, -- c0.clk
areset => altpll_0_areset_conduit_export, -- areset_conduit.export
c1 => open, -- c1_conduit.export
locked => altpll_0_locked_conduit_export, -- locked_conduit.export
phasedone => altpll_0_phasedone_conduit_export -- phasedone_conduit.export
);
audio_0 : component wasca_audio_0
port map (
clk => altpll_0_c0_clk, -- clk.clk
reset => rst_controller_001_reset_out_reset, -- reset.reset
address => mm_interconnect_0_audio_0_avalon_audio_slave_address, -- avalon_audio_slave.address
chipselect => mm_interconnect_0_audio_0_avalon_audio_slave_chipselect, -- .chipselect
read => mm_interconnect_0_audio_0_avalon_audio_slave_read, -- .read
write => mm_interconnect_0_audio_0_avalon_audio_slave_write, -- .write
writedata => mm_interconnect_0_audio_0_avalon_audio_slave_writedata, -- .writedata
readdata => mm_interconnect_0_audio_0_avalon_audio_slave_readdata, -- .readdata
irq => irq_mapper_receiver0_irq, -- interrupt.irq
AUD_BCLK => audio_out_BCLK, -- external_interface.export
AUD_DACDAT => audio_out_DACDAT, -- .export
AUD_DACLRCK => audio_out_DACLRCK -- .export
);
external_sdram_controller : component wasca_external_sdram_controller
port map (
clk => altpll_0_c0_clk, -- clk.clk
reset_n => rst_controller_001_reset_out_reset_ports_inv, -- reset.reset_n
az_addr => mm_interconnect_0_external_sdram_controller_s1_address, -- s1.address
az_be_n => mm_interconnect_0_external_sdram_controller_s1_byteenable_ports_inv, -- .byteenable_n
az_cs => mm_interconnect_0_external_sdram_controller_s1_chipselect, -- .chipselect
az_data => mm_interconnect_0_external_sdram_controller_s1_writedata, -- .writedata
az_rd_n => mm_interconnect_0_external_sdram_controller_s1_read_ports_inv, -- .read_n
az_wr_n => mm_interconnect_0_external_sdram_controller_s1_write_ports_inv, -- .write_n
za_data => mm_interconnect_0_external_sdram_controller_s1_readdata, -- .readdata
za_valid => mm_interconnect_0_external_sdram_controller_s1_readdatavalid, -- .readdatavalid
za_waitrequest => mm_interconnect_0_external_sdram_controller_s1_waitrequest, -- .waitrequest
zs_addr => external_sdram_controller_wire_addr, -- wire.export
zs_ba => external_sdram_controller_wire_ba, -- .export
zs_cas_n => external_sdram_controller_wire_cas_n, -- .export
zs_cke => external_sdram_controller_wire_cke, -- .export
zs_cs_n => external_sdram_controller_wire_cs_n, -- .export
zs_dq => external_sdram_controller_wire_dq, -- .export
zs_dqm => external_sdram_controller_wire_dqm, -- .export
zs_ras_n => external_sdram_controller_wire_ras_n, -- .export
zs_we_n => external_sdram_controller_wire_we_n -- .export
);
nios2_gen2_0 : component wasca_nios2_gen2_0
port map (
clk => altpll_0_c0_clk, -- clk.clk
reset_n => rst_controller_001_reset_out_reset_ports_inv, -- reset.reset_n
d_address => nios2_gen2_0_data_master_address, -- data_master.address
d_byteenable => nios2_gen2_0_data_master_byteenable, -- .byteenable
d_read => nios2_gen2_0_data_master_read, -- .read
d_readdata => nios2_gen2_0_data_master_readdata, -- .readdata
d_waitrequest => nios2_gen2_0_data_master_waitrequest, -- .waitrequest
d_write => nios2_gen2_0_data_master_write, -- .write
d_writedata => nios2_gen2_0_data_master_writedata, -- .writedata
debug_mem_slave_debugaccess_to_roms => nios2_gen2_0_data_master_debugaccess, -- .debugaccess
i_address => nios2_gen2_0_instruction_master_address, -- instruction_master.address
i_read => nios2_gen2_0_instruction_master_read, -- .read
i_readdata => nios2_gen2_0_instruction_master_readdata, -- .readdata
i_waitrequest => nios2_gen2_0_instruction_master_waitrequest, -- .waitrequest
irq => nios2_gen2_0_irq_irq, -- irq.irq
debug_reset_request => nios2_gen2_0_debug_reset_request_reset, -- debug_reset_request.reset
debug_mem_slave_address => mm_interconnect_0_nios2_gen2_0_debug_mem_slave_address, -- debug_mem_slave.address
debug_mem_slave_byteenable => mm_interconnect_0_nios2_gen2_0_debug_mem_slave_byteenable, -- .byteenable
debug_mem_slave_debugaccess => mm_interconnect_0_nios2_gen2_0_debug_mem_slave_debugaccess, -- .debugaccess
debug_mem_slave_read => mm_interconnect_0_nios2_gen2_0_debug_mem_slave_read, -- .read
debug_mem_slave_readdata => mm_interconnect_0_nios2_gen2_0_debug_mem_slave_readdata, -- .readdata
debug_mem_slave_waitrequest => mm_interconnect_0_nios2_gen2_0_debug_mem_slave_waitrequest, -- .waitrequest
debug_mem_slave_write => mm_interconnect_0_nios2_gen2_0_debug_mem_slave_write, -- .write
debug_mem_slave_writedata => mm_interconnect_0_nios2_gen2_0_debug_mem_slave_writedata, -- .writedata
dummy_ci_port => open -- custom_instruction_master.readra
);
onchip_flash_0 : component altera_onchip_flash
generic map (
INIT_FILENAME => "",
INIT_FILENAME_SIM => "",
DEVICE_FAMILY => "MAX 10",
PART_NAME => "10M08SAE144C8GES",
DEVICE_ID => "08",
SECTOR1_START_ADDR => 0,
SECTOR1_END_ADDR => 4095,
SECTOR2_START_ADDR => 4096,
SECTOR2_END_ADDR => 8191,
SECTOR3_START_ADDR => 8192,
SECTOR3_END_ADDR => 29183,
SECTOR4_START_ADDR => 29184,
SECTOR4_END_ADDR => 44031,
SECTOR5_START_ADDR => 0,
SECTOR5_END_ADDR => 0,
MIN_VALID_ADDR => 0,
MAX_VALID_ADDR => 44031,
MIN_UFM_VALID_ADDR => 0,
MAX_UFM_VALID_ADDR => 44031,
SECTOR1_MAP => 1,
SECTOR2_MAP => 2,
SECTOR3_MAP => 3,
SECTOR4_MAP => 4,
SECTOR5_MAP => 0,
ADDR_RANGE1_END_ADDR => 44031,
ADDR_RANGE1_OFFSET => 512,
ADDR_RANGE2_OFFSET => 0,
AVMM_DATA_ADDR_WIDTH => 16,
AVMM_DATA_DATA_WIDTH => 32,
AVMM_DATA_BURSTCOUNT_WIDTH => 4,
SECTOR_READ_PROTECTION_MODE => 31,
FLASH_SEQ_READ_DATA_COUNT => 2,
FLASH_ADDR_ALIGNMENT_BITS => 1,
FLASH_READ_CYCLE_MAX_INDEX => 3,
FLASH_RESET_CYCLE_MAX_INDEX => 29,
FLASH_BUSY_TIMEOUT_CYCLE_MAX_INDEX => 111,
FLASH_ERASE_TIMEOUT_CYCLE_MAX_INDEX => 40603248,
FLASH_WRITE_TIMEOUT_CYCLE_MAX_INDEX => 35382,
PARALLEL_MODE => true,
READ_AND_WRITE_MODE => false,
WRAPPING_BURST_MODE => false,
IS_DUAL_BOOT => "False",
IS_ERAM_SKIP => "True",
IS_COMPRESSED_IMAGE => "True"
)
port map (
clock => altpll_0_c0_clk, -- clk.clk
reset_n => rst_controller_001_reset_out_reset_ports_inv, -- nreset.reset_n
avmm_data_addr => mm_interconnect_0_onchip_flash_0_data_address, -- data.address
avmm_data_read => mm_interconnect_0_onchip_flash_0_data_read, -- .read
avmm_data_readdata => mm_interconnect_0_onchip_flash_0_data_readdata, -- .readdata
avmm_data_waitrequest => mm_interconnect_0_onchip_flash_0_data_waitrequest, -- .waitrequest
avmm_data_readdatavalid => mm_interconnect_0_onchip_flash_0_data_readdatavalid, -- .readdatavalid
avmm_data_burstcount => mm_interconnect_0_onchip_flash_0_data_burstcount, -- .burstcount
avmm_data_writedata => "00000000000000000000000000000000", -- (terminated)
avmm_data_write => '0', -- (terminated)
avmm_csr_addr => '0', -- (terminated)
avmm_csr_read => '0', -- (terminated)
avmm_csr_writedata => "00000000000000000000000000000000", -- (terminated)
avmm_csr_write => '0', -- (terminated)
avmm_csr_readdata => open -- (terminated)
);
onchip_memory2_0 : component wasca_onchip_memory2_0
port map (
clk => altpll_0_c0_clk, -- clk1.clk
address => mm_interconnect_0_onchip_memory2_0_s1_address, -- s1.address
clken => mm_interconnect_0_onchip_memory2_0_s1_clken, -- .clken
chipselect => mm_interconnect_0_onchip_memory2_0_s1_chipselect, -- .chipselect
write => mm_interconnect_0_onchip_memory2_0_s1_write, -- .write
readdata => mm_interconnect_0_onchip_memory2_0_s1_readdata, -- .readdata
writedata => mm_interconnect_0_onchip_memory2_0_s1_writedata, -- .writedata
byteenable => mm_interconnect_0_onchip_memory2_0_s1_byteenable, -- .byteenable
reset => rst_controller_001_reset_out_reset, -- reset1.reset
reset_req => rst_controller_001_reset_out_reset_req -- .reset_req
);
sega_saturn_abus_slave_0 : component sega_saturn_abus_slave
port map (
clock => altpll_0_c0_clk, -- clock.clk
abus_address => sega_saturn_abus_slave_0_abus_address, -- abus.address
abus_chipselect => sega_saturn_abus_slave_0_abus_chipselect, -- .chipselect
abus_read => sega_saturn_abus_slave_0_abus_read, -- .read
abus_write => sega_saturn_abus_slave_0_abus_write, -- .write
abus_waitrequest => sega_saturn_abus_slave_0_abus_waitrequest, -- .waitrequest
abus_interrupt => sega_saturn_abus_slave_0_abus_interrupt, -- .interrupt
abus_addressdata => sega_saturn_abus_slave_0_abus_addressdata, -- .addressdata
abus_direction => sega_saturn_abus_slave_0_abus_direction, -- .direction
abus_muxing => sega_saturn_abus_slave_0_abus_muxing, -- .muxing
abus_disable_out => sega_saturn_abus_slave_0_abus_disableout, -- .disableout
avalon_read => sega_saturn_abus_slave_0_avalon_master_read, -- avalon_master.read
avalon_write => sega_saturn_abus_slave_0_avalon_master_write, -- .write
avalon_waitrequest => sega_saturn_abus_slave_0_avalon_master_waitrequest, -- .waitrequest
avalon_address => sega_saturn_abus_slave_0_avalon_master_address, -- .address
avalon_readdata => sega_saturn_abus_slave_0_avalon_master_readdata, -- .readdata
avalon_writedata => sega_saturn_abus_slave_0_avalon_master_writedata, -- .writedata
avalon_readdatavalid => sega_saturn_abus_slave_0_avalon_master_readdatavalid, -- .readdatavalid
avalon_burstcount => sega_saturn_abus_slave_0_avalon_master_burstcount, -- .burstcount
reset => rst_controller_001_reset_out_reset, -- reset.reset
saturn_reset => sega_saturn_abus_slave_0_conduit_saturn_reset_saturn_reset, -- conduit_saturn_reset.saturn_reset
avalon_nios_read => mm_interconnect_0_sega_saturn_abus_slave_0_avalon_nios_read, -- avalon_nios.read
avalon_nios_write => mm_interconnect_0_sega_saturn_abus_slave_0_avalon_nios_write, -- .write
avalon_nios_address => mm_interconnect_0_sega_saturn_abus_slave_0_avalon_nios_address, -- .address
avalon_nios_writedata => mm_interconnect_0_sega_saturn_abus_slave_0_avalon_nios_writedata, -- .writedata
avalon_nios_readdata => mm_interconnect_0_sega_saturn_abus_slave_0_avalon_nios_readdata, -- .readdata
avalon_nios_waitrequest => mm_interconnect_0_sega_saturn_abus_slave_0_avalon_nios_waitrequest, -- .waitrequest
avalon_nios_readdatavalid => mm_interconnect_0_sega_saturn_abus_slave_0_avalon_nios_readdatavalid, -- .readdatavalid
avalon_nios_burstcount => mm_interconnect_0_sega_saturn_abus_slave_0_avalon_nios_burstcount(0) -- .burstcount
);
spi_sd_card : component wasca_spi_sd_card
port map (
clk => altpll_0_c0_clk, -- clk.clk
reset_n => rst_controller_001_reset_out_reset_ports_inv, -- reset.reset_n
data_from_cpu => mm_interconnect_0_spi_sd_card_spi_control_port_writedata, -- spi_control_port.writedata
data_to_cpu => mm_interconnect_0_spi_sd_card_spi_control_port_readdata, -- .readdata
mem_addr => mm_interconnect_0_spi_sd_card_spi_control_port_address, -- .address
read_n => mm_interconnect_0_spi_sd_card_spi_control_port_read_ports_inv, -- .read_n
spi_select => mm_interconnect_0_spi_sd_card_spi_control_port_chipselect, -- .chipselect
write_n => mm_interconnect_0_spi_sd_card_spi_control_port_write_ports_inv, -- .write_n
irq => irq_mapper_receiver2_irq, -- irq.irq
MISO => spi_sd_card_MISO, -- external.export
MOSI => spi_sd_card_MOSI, -- .export
SCLK => spi_sd_card_SCLK, -- .export
SS_n => spi_sd_card_SS_n -- .export
);
spi_stm32 : component wasca_spi_stm32
port map (
clk => altpll_0_c0_clk, -- clk.clk
reset_n => rst_controller_001_reset_out_reset_ports_inv, -- reset.reset_n
data_from_cpu => mm_interconnect_0_spi_stm32_spi_control_port_writedata, -- spi_control_port.writedata
data_to_cpu => mm_interconnect_0_spi_stm32_spi_control_port_readdata, -- .readdata
mem_addr => mm_interconnect_0_spi_stm32_spi_control_port_address, -- .address
read_n => mm_interconnect_0_spi_stm32_spi_control_port_read_ports_inv, -- .read_n
spi_select => mm_interconnect_0_spi_stm32_spi_control_port_chipselect, -- .chipselect
write_n => mm_interconnect_0_spi_stm32_spi_control_port_write_ports_inv, -- .write_n
irq => irq_mapper_receiver3_irq, -- irq.irq
MISO => spi_stm32_MISO, -- external.export
MOSI => spi_stm32_MOSI, -- .export
SCLK => spi_stm32_SCLK, -- .export
SS_n => spi_stm32_SS_n -- .export
);
uart_0 : component wasca_uart_0
port map (
clk => altpll_0_c0_clk, -- clk.clk
reset_n => rst_controller_001_reset_out_reset_ports_inv, -- reset.reset_n
address => mm_interconnect_0_uart_0_s1_address, -- s1.address
begintransfer => mm_interconnect_0_uart_0_s1_begintransfer, -- .begintransfer
chipselect => mm_interconnect_0_uart_0_s1_chipselect, -- .chipselect
read_n => mm_interconnect_0_uart_0_s1_read_ports_inv, -- .read_n
write_n => mm_interconnect_0_uart_0_s1_write_ports_inv, -- .write_n
writedata => mm_interconnect_0_uart_0_s1_writedata, -- .writedata
readdata => mm_interconnect_0_uart_0_s1_readdata, -- .readdata
dataavailable => open, -- .dataavailable
readyfordata => open, -- .readyfordata
rxd => uart_0_external_connection_rxd, -- external_connection.export
txd => uart_0_external_connection_txd, -- .export
irq => irq_mapper_receiver1_irq -- irq.irq
);
mm_interconnect_0 : component wasca_mm_interconnect_0
port map (
altpll_0_c0_clk => altpll_0_c0_clk, -- altpll_0_c0.clk
clk_0_clk_clk => clk_clk, -- clk_0_clk.clk
altpll_0_inclk_interface_reset_reset_bridge_in_reset_reset => rst_controller_reset_out_reset, -- altpll_0_inclk_interface_reset_reset_bridge_in_reset.reset
sega_saturn_abus_slave_0_reset_reset_bridge_in_reset_reset => rst_controller_001_reset_out_reset, -- sega_saturn_abus_slave_0_reset_reset_bridge_in_reset.reset
nios2_gen2_0_data_master_address => nios2_gen2_0_data_master_address, -- nios2_gen2_0_data_master.address
nios2_gen2_0_data_master_waitrequest => nios2_gen2_0_data_master_waitrequest, -- .waitrequest
nios2_gen2_0_data_master_byteenable => nios2_gen2_0_data_master_byteenable, -- .byteenable
nios2_gen2_0_data_master_read => nios2_gen2_0_data_master_read, -- .read
nios2_gen2_0_data_master_readdata => nios2_gen2_0_data_master_readdata, -- .readdata
nios2_gen2_0_data_master_write => nios2_gen2_0_data_master_write, -- .write
nios2_gen2_0_data_master_writedata => nios2_gen2_0_data_master_writedata, -- .writedata
nios2_gen2_0_data_master_debugaccess => nios2_gen2_0_data_master_debugaccess, -- .debugaccess
nios2_gen2_0_instruction_master_address => nios2_gen2_0_instruction_master_address, -- nios2_gen2_0_instruction_master.address
nios2_gen2_0_instruction_master_waitrequest => nios2_gen2_0_instruction_master_waitrequest, -- .waitrequest
nios2_gen2_0_instruction_master_read => nios2_gen2_0_instruction_master_read, -- .read
nios2_gen2_0_instruction_master_readdata => nios2_gen2_0_instruction_master_readdata, -- .readdata
sega_saturn_abus_slave_0_avalon_master_address => sega_saturn_abus_slave_0_avalon_master_address, -- sega_saturn_abus_slave_0_avalon_master.address
sega_saturn_abus_slave_0_avalon_master_waitrequest => sega_saturn_abus_slave_0_avalon_master_waitrequest, -- .waitrequest
sega_saturn_abus_slave_0_avalon_master_burstcount(0) => sega_saturn_abus_slave_0_avalon_master_burstcount, -- .burstcount
sega_saturn_abus_slave_0_avalon_master_read => sega_saturn_abus_slave_0_avalon_master_read, -- .read
sega_saturn_abus_slave_0_avalon_master_readdata => sega_saturn_abus_slave_0_avalon_master_readdata, -- .readdata
sega_saturn_abus_slave_0_avalon_master_readdatavalid => sega_saturn_abus_slave_0_avalon_master_readdatavalid, -- .readdatavalid
sega_saturn_abus_slave_0_avalon_master_write => sega_saturn_abus_slave_0_avalon_master_write, -- .write
sega_saturn_abus_slave_0_avalon_master_writedata => sega_saturn_abus_slave_0_avalon_master_writedata, -- .writedata
altpll_0_pll_slave_address => mm_interconnect_0_altpll_0_pll_slave_address, -- altpll_0_pll_slave.address
altpll_0_pll_slave_write => mm_interconnect_0_altpll_0_pll_slave_write, -- .write
altpll_0_pll_slave_read => mm_interconnect_0_altpll_0_pll_slave_read, -- .read
altpll_0_pll_slave_readdata => mm_interconnect_0_altpll_0_pll_slave_readdata, -- .readdata
altpll_0_pll_slave_writedata => mm_interconnect_0_altpll_0_pll_slave_writedata, -- .writedata
audio_0_avalon_audio_slave_address => mm_interconnect_0_audio_0_avalon_audio_slave_address, -- audio_0_avalon_audio_slave.address
audio_0_avalon_audio_slave_write => mm_interconnect_0_audio_0_avalon_audio_slave_write, -- .write
audio_0_avalon_audio_slave_read => mm_interconnect_0_audio_0_avalon_audio_slave_read, -- .read
audio_0_avalon_audio_slave_readdata => mm_interconnect_0_audio_0_avalon_audio_slave_readdata, -- .readdata
audio_0_avalon_audio_slave_writedata => mm_interconnect_0_audio_0_avalon_audio_slave_writedata, -- .writedata
audio_0_avalon_audio_slave_chipselect => mm_interconnect_0_audio_0_avalon_audio_slave_chipselect, -- .chipselect
external_sdram_controller_s1_address => mm_interconnect_0_external_sdram_controller_s1_address, -- external_sdram_controller_s1.address
external_sdram_controller_s1_write => mm_interconnect_0_external_sdram_controller_s1_write, -- .write
external_sdram_controller_s1_read => mm_interconnect_0_external_sdram_controller_s1_read, -- .read
external_sdram_controller_s1_readdata => mm_interconnect_0_external_sdram_controller_s1_readdata, -- .readdata
external_sdram_controller_s1_writedata => mm_interconnect_0_external_sdram_controller_s1_writedata, -- .writedata
external_sdram_controller_s1_byteenable => mm_interconnect_0_external_sdram_controller_s1_byteenable, -- .byteenable
external_sdram_controller_s1_readdatavalid => mm_interconnect_0_external_sdram_controller_s1_readdatavalid, -- .readdatavalid
external_sdram_controller_s1_waitrequest => mm_interconnect_0_external_sdram_controller_s1_waitrequest, -- .waitrequest
external_sdram_controller_s1_chipselect => mm_interconnect_0_external_sdram_controller_s1_chipselect, -- .chipselect
nios2_gen2_0_debug_mem_slave_address => mm_interconnect_0_nios2_gen2_0_debug_mem_slave_address, -- nios2_gen2_0_debug_mem_slave.address
nios2_gen2_0_debug_mem_slave_write => mm_interconnect_0_nios2_gen2_0_debug_mem_slave_write, -- .write
nios2_gen2_0_debug_mem_slave_read => mm_interconnect_0_nios2_gen2_0_debug_mem_slave_read, -- .read
nios2_gen2_0_debug_mem_slave_readdata => mm_interconnect_0_nios2_gen2_0_debug_mem_slave_readdata, -- .readdata
nios2_gen2_0_debug_mem_slave_writedata => mm_interconnect_0_nios2_gen2_0_debug_mem_slave_writedata, -- .writedata
nios2_gen2_0_debug_mem_slave_byteenable => mm_interconnect_0_nios2_gen2_0_debug_mem_slave_byteenable, -- .byteenable
nios2_gen2_0_debug_mem_slave_waitrequest => mm_interconnect_0_nios2_gen2_0_debug_mem_slave_waitrequest, -- .waitrequest
nios2_gen2_0_debug_mem_slave_debugaccess => mm_interconnect_0_nios2_gen2_0_debug_mem_slave_debugaccess, -- .debugaccess
onchip_flash_0_data_address => mm_interconnect_0_onchip_flash_0_data_address, -- onchip_flash_0_data.address
onchip_flash_0_data_read => mm_interconnect_0_onchip_flash_0_data_read, -- .read
onchip_flash_0_data_readdata => mm_interconnect_0_onchip_flash_0_data_readdata, -- .readdata
onchip_flash_0_data_burstcount => mm_interconnect_0_onchip_flash_0_data_burstcount, -- .burstcount
onchip_flash_0_data_readdatavalid => mm_interconnect_0_onchip_flash_0_data_readdatavalid, -- .readdatavalid
onchip_flash_0_data_waitrequest => mm_interconnect_0_onchip_flash_0_data_waitrequest, -- .waitrequest
onchip_memory2_0_s1_address => mm_interconnect_0_onchip_memory2_0_s1_address, -- onchip_memory2_0_s1.address
onchip_memory2_0_s1_write => mm_interconnect_0_onchip_memory2_0_s1_write, -- .write
onchip_memory2_0_s1_readdata => mm_interconnect_0_onchip_memory2_0_s1_readdata, -- .readdata
onchip_memory2_0_s1_writedata => mm_interconnect_0_onchip_memory2_0_s1_writedata, -- .writedata
onchip_memory2_0_s1_byteenable => mm_interconnect_0_onchip_memory2_0_s1_byteenable, -- .byteenable
onchip_memory2_0_s1_chipselect => mm_interconnect_0_onchip_memory2_0_s1_chipselect, -- .chipselect
onchip_memory2_0_s1_clken => mm_interconnect_0_onchip_memory2_0_s1_clken, -- .clken
sega_saturn_abus_slave_0_avalon_nios_address => mm_interconnect_0_sega_saturn_abus_slave_0_avalon_nios_address, -- sega_saturn_abus_slave_0_avalon_nios.address
sega_saturn_abus_slave_0_avalon_nios_write => mm_interconnect_0_sega_saturn_abus_slave_0_avalon_nios_write, -- .write
sega_saturn_abus_slave_0_avalon_nios_read => mm_interconnect_0_sega_saturn_abus_slave_0_avalon_nios_read, -- .read
sega_saturn_abus_slave_0_avalon_nios_readdata => mm_interconnect_0_sega_saturn_abus_slave_0_avalon_nios_readdata, -- .readdata
sega_saturn_abus_slave_0_avalon_nios_writedata => mm_interconnect_0_sega_saturn_abus_slave_0_avalon_nios_writedata, -- .writedata
sega_saturn_abus_slave_0_avalon_nios_burstcount => mm_interconnect_0_sega_saturn_abus_slave_0_avalon_nios_burstcount, -- .burstcount
sega_saturn_abus_slave_0_avalon_nios_readdatavalid => mm_interconnect_0_sega_saturn_abus_slave_0_avalon_nios_readdatavalid, -- .readdatavalid
sega_saturn_abus_slave_0_avalon_nios_waitrequest => mm_interconnect_0_sega_saturn_abus_slave_0_avalon_nios_waitrequest, -- .waitrequest
spi_sd_card_spi_control_port_address => mm_interconnect_0_spi_sd_card_spi_control_port_address, -- spi_sd_card_spi_control_port.address
spi_sd_card_spi_control_port_write => mm_interconnect_0_spi_sd_card_spi_control_port_write, -- .write
spi_sd_card_spi_control_port_read => mm_interconnect_0_spi_sd_card_spi_control_port_read, -- .read
spi_sd_card_spi_control_port_readdata => mm_interconnect_0_spi_sd_card_spi_control_port_readdata, -- .readdata
spi_sd_card_spi_control_port_writedata => mm_interconnect_0_spi_sd_card_spi_control_port_writedata, -- .writedata
spi_sd_card_spi_control_port_chipselect => mm_interconnect_0_spi_sd_card_spi_control_port_chipselect, -- .chipselect
spi_stm32_spi_control_port_address => mm_interconnect_0_spi_stm32_spi_control_port_address, -- spi_stm32_spi_control_port.address
spi_stm32_spi_control_port_write => mm_interconnect_0_spi_stm32_spi_control_port_write, -- .write
spi_stm32_spi_control_port_read => mm_interconnect_0_spi_stm32_spi_control_port_read, -- .read
spi_stm32_spi_control_port_readdata => mm_interconnect_0_spi_stm32_spi_control_port_readdata, -- .readdata
spi_stm32_spi_control_port_writedata => mm_interconnect_0_spi_stm32_spi_control_port_writedata, -- .writedata
spi_stm32_spi_control_port_chipselect => mm_interconnect_0_spi_stm32_spi_control_port_chipselect, -- .chipselect
uart_0_s1_address => mm_interconnect_0_uart_0_s1_address, -- uart_0_s1.address
uart_0_s1_write => mm_interconnect_0_uart_0_s1_write, -- .write
uart_0_s1_read => mm_interconnect_0_uart_0_s1_read, -- .read
uart_0_s1_readdata => mm_interconnect_0_uart_0_s1_readdata, -- .readdata
uart_0_s1_writedata => mm_interconnect_0_uart_0_s1_writedata, -- .writedata
uart_0_s1_begintransfer => mm_interconnect_0_uart_0_s1_begintransfer, -- .begintransfer
uart_0_s1_chipselect => mm_interconnect_0_uart_0_s1_chipselect -- .chipselect
);
irq_mapper : component wasca_irq_mapper
port map (
clk => altpll_0_c0_clk, -- clk.clk
reset => rst_controller_001_reset_out_reset, -- clk_reset.reset
receiver0_irq => irq_mapper_receiver0_irq, -- receiver0.irq
receiver1_irq => irq_mapper_receiver1_irq, -- receiver1.irq
receiver2_irq => irq_mapper_receiver2_irq, -- receiver2.irq
receiver3_irq => irq_mapper_receiver3_irq, -- receiver3.irq
sender_irq => nios2_gen2_0_irq_irq -- sender.irq
);
rst_controller : component wasca_rst_controller
generic map (
NUM_RESET_INPUTS => 1,
OUTPUT_RESET_SYNC_EDGES => "deassert",
SYNC_DEPTH => 2,
RESET_REQUEST_PRESENT => 0,
RESET_REQ_WAIT_TIME => 1,
MIN_RST_ASSERTION_TIME => 3,
RESET_REQ_EARLY_DSRT_TIME => 1,
USE_RESET_REQUEST_IN0 => 0,
USE_RESET_REQUEST_IN1 => 0,
USE_RESET_REQUEST_IN2 => 0,
USE_RESET_REQUEST_IN3 => 0,
USE_RESET_REQUEST_IN4 => 0,
USE_RESET_REQUEST_IN5 => 0,
USE_RESET_REQUEST_IN6 => 0,
USE_RESET_REQUEST_IN7 => 0,
USE_RESET_REQUEST_IN8 => 0,
USE_RESET_REQUEST_IN9 => 0,
USE_RESET_REQUEST_IN10 => 0,
USE_RESET_REQUEST_IN11 => 0,
USE_RESET_REQUEST_IN12 => 0,
USE_RESET_REQUEST_IN13 => 0,
USE_RESET_REQUEST_IN14 => 0,
USE_RESET_REQUEST_IN15 => 0,
ADAPT_RESET_REQUEST => 0
)
port map (
reset_in0 => nios2_gen2_0_debug_reset_request_reset, -- reset_in0.reset
clk => clk_clk, -- clk.clk
reset_out => rst_controller_reset_out_reset, -- reset_out.reset
reset_req => open, -- (terminated)
reset_req_in0 => '0', -- (terminated)
reset_in1 => '0', -- (terminated)
reset_req_in1 => '0', -- (terminated)
reset_in2 => '0', -- (terminated)
reset_req_in2 => '0', -- (terminated)
reset_in3 => '0', -- (terminated)
reset_req_in3 => '0', -- (terminated)
reset_in4 => '0', -- (terminated)
reset_req_in4 => '0', -- (terminated)
reset_in5 => '0', -- (terminated)
reset_req_in5 => '0', -- (terminated)
reset_in6 => '0', -- (terminated)
reset_req_in6 => '0', -- (terminated)
reset_in7 => '0', -- (terminated)
reset_req_in7 => '0', -- (terminated)
reset_in8 => '0', -- (terminated)
reset_req_in8 => '0', -- (terminated)
reset_in9 => '0', -- (terminated)
reset_req_in9 => '0', -- (terminated)
reset_in10 => '0', -- (terminated)
reset_req_in10 => '0', -- (terminated)
reset_in11 => '0', -- (terminated)
reset_req_in11 => '0', -- (terminated)
reset_in12 => '0', -- (terminated)
reset_req_in12 => '0', -- (terminated)
reset_in13 => '0', -- (terminated)
reset_req_in13 => '0', -- (terminated)
reset_in14 => '0', -- (terminated)
reset_req_in14 => '0', -- (terminated)
reset_in15 => '0', -- (terminated)
reset_req_in15 => '0' -- (terminated)
);
rst_controller_001 : component wasca_rst_controller_001
generic map (
NUM_RESET_INPUTS => 1,
OUTPUT_RESET_SYNC_EDGES => "deassert",
SYNC_DEPTH => 2,
RESET_REQUEST_PRESENT => 1,
RESET_REQ_WAIT_TIME => 1,
MIN_RST_ASSERTION_TIME => 3,
RESET_REQ_EARLY_DSRT_TIME => 1,
USE_RESET_REQUEST_IN0 => 0,
USE_RESET_REQUEST_IN1 => 0,
USE_RESET_REQUEST_IN2 => 0,
USE_RESET_REQUEST_IN3 => 0,
USE_RESET_REQUEST_IN4 => 0,
USE_RESET_REQUEST_IN5 => 0,
USE_RESET_REQUEST_IN6 => 0,
USE_RESET_REQUEST_IN7 => 0,
USE_RESET_REQUEST_IN8 => 0,
USE_RESET_REQUEST_IN9 => 0,
USE_RESET_REQUEST_IN10 => 0,
USE_RESET_REQUEST_IN11 => 0,
USE_RESET_REQUEST_IN12 => 0,
USE_RESET_REQUEST_IN13 => 0,
USE_RESET_REQUEST_IN14 => 0,
USE_RESET_REQUEST_IN15 => 0,
ADAPT_RESET_REQUEST => 0
)
port map (
reset_in0 => nios2_gen2_0_debug_reset_request_reset, -- reset_in0.reset
clk => altpll_0_c0_clk, -- clk.clk
reset_out => rst_controller_001_reset_out_reset, -- reset_out.reset
reset_req => rst_controller_001_reset_out_reset_req, -- .reset_req
reset_req_in0 => '0', -- (terminated)
reset_in1 => '0', -- (terminated)
reset_req_in1 => '0', -- (terminated)
reset_in2 => '0', -- (terminated)
reset_req_in2 => '0', -- (terminated)
reset_in3 => '0', -- (terminated)
reset_req_in3 => '0', -- (terminated)
reset_in4 => '0', -- (terminated)
reset_req_in4 => '0', -- (terminated)
reset_in5 => '0', -- (terminated)
reset_req_in5 => '0', -- (terminated)
reset_in6 => '0', -- (terminated)
reset_req_in6 => '0', -- (terminated)
reset_in7 => '0', -- (terminated)
reset_req_in7 => '0', -- (terminated)
reset_in8 => '0', -- (terminated)
reset_req_in8 => '0', -- (terminated)
reset_in9 => '0', -- (terminated)
reset_req_in9 => '0', -- (terminated)
reset_in10 => '0', -- (terminated)
reset_req_in10 => '0', -- (terminated)
reset_in11 => '0', -- (terminated)
reset_req_in11 => '0', -- (terminated)
reset_in12 => '0', -- (terminated)
reset_req_in12 => '0', -- (terminated)
reset_in13 => '0', -- (terminated)
reset_req_in13 => '0', -- (terminated)
reset_in14 => '0', -- (terminated)
reset_req_in14 => '0', -- (terminated)
reset_in15 => '0', -- (terminated)
reset_req_in15 => '0' -- (terminated)
);
rst_controller_002 : component wasca_rst_controller
generic map (
NUM_RESET_INPUTS => 1,
OUTPUT_RESET_SYNC_EDGES => "both",
SYNC_DEPTH => 2,
RESET_REQUEST_PRESENT => 0,
RESET_REQ_WAIT_TIME => 1,
MIN_RST_ASSERTION_TIME => 3,
RESET_REQ_EARLY_DSRT_TIME => 1,
USE_RESET_REQUEST_IN0 => 0,
USE_RESET_REQUEST_IN1 => 0,
USE_RESET_REQUEST_IN2 => 0,
USE_RESET_REQUEST_IN3 => 0,
USE_RESET_REQUEST_IN4 => 0,
USE_RESET_REQUEST_IN5 => 0,
USE_RESET_REQUEST_IN6 => 0,
USE_RESET_REQUEST_IN7 => 0,
USE_RESET_REQUEST_IN8 => 0,
USE_RESET_REQUEST_IN9 => 0,
USE_RESET_REQUEST_IN10 => 0,
USE_RESET_REQUEST_IN11 => 0,
USE_RESET_REQUEST_IN12 => 0,
USE_RESET_REQUEST_IN13 => 0,
USE_RESET_REQUEST_IN14 => 0,
USE_RESET_REQUEST_IN15 => 0,
ADAPT_RESET_REQUEST => 0
)
port map (
reset_in0 => nios2_gen2_0_debug_reset_request_reset, -- reset_in0.reset
clk => altpll_0_c0_clk, -- clk.clk
reset_out => open, -- reset_out.reset
reset_req => open, -- (terminated)
reset_req_in0 => '0', -- (terminated)
reset_in1 => '0', -- (terminated)
reset_req_in1 => '0', -- (terminated)
reset_in2 => '0', -- (terminated)
reset_req_in2 => '0', -- (terminated)
reset_in3 => '0', -- (terminated)
reset_req_in3 => '0', -- (terminated)
reset_in4 => '0', -- (terminated)
reset_req_in4 => '0', -- (terminated)
reset_in5 => '0', -- (terminated)
reset_req_in5 => '0', -- (terminated)
reset_in6 => '0', -- (terminated)
reset_req_in6 => '0', -- (terminated)
reset_in7 => '0', -- (terminated)
reset_req_in7 => '0', -- (terminated)
reset_in8 => '0', -- (terminated)
reset_req_in8 => '0', -- (terminated)
reset_in9 => '0', -- (terminated)
reset_req_in9 => '0', -- (terminated)
reset_in10 => '0', -- (terminated)
reset_req_in10 => '0', -- (terminated)
reset_in11 => '0', -- (terminated)
reset_req_in11 => '0', -- (terminated)
reset_in12 => '0', -- (terminated)
reset_req_in12 => '0', -- (terminated)
reset_in13 => '0', -- (terminated)
reset_req_in13 => '0', -- (terminated)
reset_in14 => '0', -- (terminated)
reset_req_in14 => '0', -- (terminated)
reset_in15 => '0', -- (terminated)
reset_req_in15 => '0' -- (terminated)
);
mm_interconnect_0_external_sdram_controller_s1_read_ports_inv <= not mm_interconnect_0_external_sdram_controller_s1_read;
mm_interconnect_0_external_sdram_controller_s1_byteenable_ports_inv <= not mm_interconnect_0_external_sdram_controller_s1_byteenable;
mm_interconnect_0_external_sdram_controller_s1_write_ports_inv <= not mm_interconnect_0_external_sdram_controller_s1_write;
mm_interconnect_0_uart_0_s1_read_ports_inv <= not mm_interconnect_0_uart_0_s1_read;
mm_interconnect_0_uart_0_s1_write_ports_inv <= not mm_interconnect_0_uart_0_s1_write;
mm_interconnect_0_spi_sd_card_spi_control_port_read_ports_inv <= not mm_interconnect_0_spi_sd_card_spi_control_port_read;
mm_interconnect_0_spi_sd_card_spi_control_port_write_ports_inv <= not mm_interconnect_0_spi_sd_card_spi_control_port_write;
mm_interconnect_0_spi_stm32_spi_control_port_read_ports_inv <= not mm_interconnect_0_spi_stm32_spi_control_port_read;
mm_interconnect_0_spi_stm32_spi_control_port_write_ports_inv <= not mm_interconnect_0_spi_stm32_spi_control_port_write;
rst_controller_001_reset_out_reset_ports_inv <= not rst_controller_001_reset_out_reset;
clock_116_mhz_clk <= altpll_0_c0_clk;
end architecture rtl; -- of wasca
| gpl-2.0 |
purisc-group/purisc | convert_to_seven_seg.vhd | 2 | 965 | library ieee;
use ieee.std_logic_1164.all;
entity convert_to_seven_seg is
port (
data_in : in std_logic_vector(3 downto 0);
hex_out : out std_logic_vector(6 downto 0)
);
end;
architecture FUCKFUCKFUCKFUCKFUCKFUCKFUCKFUCK of convert_to_seven_seg is
begin
hex_out <= "1111001" when data_in = "0001" else
"0100100" when data_in = "0010" else
"0110000" when data_in = "0011" else
"0011001" when data_in = "0100" else
"0010010" when data_in = "0101" else
"0000010" when data_in = "0110" else
"1111000" when data_in = "0111" else
"0000000" when data_in = "1000" else
"0011000" when data_in = "1001" else
"0001000" when data_in = "1010" else
"0000011" when data_in = "1011" else
"1000110" when data_in = "1100" else
"0100001" when data_in = "1101" else
"0000110" when data_in = "1110" else
"0001110" when data_in = "1111" else
"1000000" when data_in = "0000" else
"1111111";
end; | gpl-2.0 |
purisc-group/purisc | Global_memory/MAGIC_global/MAGIC_tb.vhd | 2 | 6542 | library ieee;
use ieee.std_logic_1164.all;
use ieee.numeric_std.all;
entity MAGIC_tb is
end;
architecture testing of MAGIC_tb is
component MAGIC
PORT (
ADDRESS_A : IN STD_LOGIC_VECTOR (31 DOWNTO 0);
ADDRESS_B : IN STD_LOGIC_VECTOR (31 DOWNTO 0);
ADDRESS_C : IN STD_LOGIC_VECTOR (31 DOWNTO 0);
ADDRESS_0 : IN STD_LOGIC_VECTOR (31 DOWNTO 0);
ADDRESS_1 : IN STD_LOGIC_VECTOR (31 DOWNTO 0);
ADDRESS_W : IN STD_LOGIC_VECTOR (31 DOWNTO 0);
DATA_TO_W : IN STD_LOGIC_VECTOR (31 DOWNTO 0);
W_EN : IN STD_LOGIC;
CLK : IN STD_LOGIC;
RESET_n : IN STD_LOGIC;
DATA_OUT_A : OUT STD_LOGIC_VECTOR (31 DOWNTO 0);
DATA_OUT_B : OUT STD_LOGIC_VECTOR (31 DOWNTO 0);
DATA_OUT_C : OUT STD_LOGIC_VECTOR (31 DOWNTO 0);
DATA_OUT_0 : OUT STD_LOGIC_VECTOR (31 DOWNTO 0);
DATA_OUT_1 : OUT STD_LOGIC_VECTOR (31 DOWNTO 0);
C0_STALL : OUT STD_LOGIC;
C1_STALL : OUT STD_LOGIC;
CORE_IDENT : OUT STD_LOGIC
);
end component;
signal ADDRESS_A : STD_LOGIC_VECTOR (31 DOWNTO 0);
signal ADDRESS_B : STD_LOGIC_VECTOR (31 DOWNTO 0);
signal ADDRESS_C : STD_LOGIC_VECTOR (31 DOWNTO 0);
signal ADDRESS_0 : STD_LOGIC_VECTOR (31 DOWNTO 0);
signal ADDRESS_1 : STD_LOGIC_VECTOR (31 DOWNTO 0);
signal ADDRESS_W : STD_LOGIC_VECTOR (31 DOWNTO 0);
signal DATA_TO_W : STD_LOGIC_VECTOR (31 DOWNTO 0);
signal W_EN : STD_LOGIC := '0';
signal CLK : STD_LOGIC := '1';
signal RESET_n : STD_LOGIC := '0';
signal DATA_OUT_A : STD_LOGIC_VECTOR (31 DOWNTO 0);
signal DATA_OUT_B : STD_LOGIC_VECTOR (31 DOWNTO 0);
signal DATA_OUT_C : STD_LOGIC_VECTOR (31 DOWNTO 0);
signal DATA_OUT_0 : STD_LOGIC_VECTOR (31 DOWNTO 0);
signal DATA_OUT_1 : STD_LOGIC_VECTOR (31 DOWNTO 0);
signal C0_STALL : STD_LOGIC;
signal C1_STALL : STD_LOGIC;
signal CORE_IDENT : STD_LOGIC;
constant clk_period : time := 10ns;
begin
uut : MAGIC PORT MAP (
ADDRESS_A,
ADDRESS_B,
ADDRESS_C,
ADDRESS_0,
ADDRESS_1,
ADDRESS_W,
DATA_TO_W,
W_EN,
CLK,
RESET_n,
DATA_OUT_A,
DATA_OUT_B,
DATA_OUT_C,
DATA_OUT_0,
DATA_OUT_1,
C0_STALL,
C1_STALL,
CORE_IDENT
);
clk_process : process begin
CLK <= '1';
wait for clk_period/2;
CLK <= '0';
wait for clk_period/2;
end process;
-- id_process : process begin
-- CORE_ID <= '0';
-- wait for clk_period;
-- CORE_ID <= '1';
-- wait for clk_period;
-- end process;
stim_process : process begin
ADDRESS_A <= "00000000000000000000000000000000";
ADDRESS_B <= "00000000000000000000000000000001";
ADDRESS_C <= "00000000000000000000000000000010";
ADDRESS_0 <= "00000000000000000000000000000011";
ADDRESS_1 <= "00000000000000000000000000000100";
ADDRESS_W <= "00000000000000000000000000000000";
DATA_TO_W <= "00000000000000000000000000000000";
wait for clk_period;
RESET_n <= '1';
W_EN <= '1';
wait for clk_period;
ADDRESS_W <= "00000000000000000000000000000001";
DATA_TO_W <= "00000000000000000000000000000001";
wait for clk_period;
ADDRESS_W <= "00000000000000000000000000000010";
DATA_TO_W <= "00000000000000000000000000000010";
wait for clk_period;
ADDRESS_W <= "00000000000000000000000000000011";
DATA_TO_W <= "00000000000000000000000000000011";
wait for clk_period;
ADDRESS_W <= "00000000000000000000000000000100";
DATA_TO_W <= "00000000000000000000000000000100";
wait for clk_period;
ADDRESS_W <= "00000000000000000000000000000101";
DATA_TO_W <= "00000000000000000000000000000101";
wait for clk_period;
ADDRESS_W <= "00000000000000000000000000000110";
DATA_TO_W <= "00000000000000000000000000000110";
wait for clk_period;
ADDRESS_W <= "00000000000000000000000000000111";
DATA_TO_W <= "00000000000000000000000000000111";
wait for clk_period;
ADDRESS_W <= "00000000000000000000000000001000";
DATA_TO_W <= "00000000000000000000000000001000";
wait for clk_period;
ADDRESS_W <= "00000000000000000000000000001001";
DATA_TO_W <= "00000000000000000000000000001001";
wait for clk_period;
ADDRESS_W <= "00000000000000000000000000001010";
DATA_TO_W <= "00000000000000000000000000001010";
wait for clk_period;
ADDRESS_W <= "00000000000000000000000000001011";
DATA_TO_W <= "00000000000000000000000000001011";
wait for clk_period;
ADDRESS_W <= "00000000000000000000000000001100";
DATA_TO_W <= "00000000000000000000000000001100";
wait for clk_period;
ADDRESS_W <= "00000000000000000000000000001101";
DATA_TO_W <= "00000000000000000000000000001101";
wait for clk_period;
ADDRESS_W <= "00000000000000000000000000001110";
DATA_TO_W <= "00000000000000000000000000001110";
wait for clk_period;
ADDRESS_W <= "00000000000000000000000000011000";
DATA_TO_W <= "00000000000000000000000000011000";
wait for clk_period;
ADDRESS_W <= "00000000000000000000000000010000";
DATA_TO_W <= "00000000000000000000000000010000";
wait for clk_period;
ADDRESS_W <= "00000000000000000000000000100000";
DATA_TO_W <= "00000000000000000000000000100000";
wait for clk_period;
--------------------------
ADDRESS_A <= "00000000000000000000000000000110";
ADDRESS_B <= "00000000000000000000000000001100";
ADDRESS_C <= "00000000000000000000000000000111";
ADDRESS_0 <= "00000000000000000000000000001000";
ADDRESS_1 <= "00000000000000000000000000001001";
W_EN <= '0';
wait for clk_period;
ADDRESS_A <= "00000000000000000000000000001000";
ADDRESS_B <= "00000000000000000000000000000000";
ADDRESS_C <= "00000000000000000000000000010000";
ADDRESS_0 <= "00000000000000000000000000011000";
ADDRESS_1 <= "00000000000000000000000000100000";
wait for clk_period*3;
ADDRESS_A <= "00000000000000000000000000000000";
ADDRESS_B <= "00000000000000000000000000000001";
ADDRESS_C <= "00000000000000000000000000000010";
ADDRESS_0 <= "00000000000000000000000000000011";
ADDRESS_1 <= "00000000000000000000000000000100";
wait for clk_period*2;
ADDRESS_A <= "00000000000000000000000000000000";
ADDRESS_B <= "00000000000000000000000000000000";
ADDRESS_C <= "00000000000000000000000000000000";
ADDRESS_0 <= "00000000000000000000000000000001";
ADDRESS_1 <= "00000000000000000000000000000010";
wait for clk_period*2;
ADDRESS_A <= "00000000000000000000000000000000";
ADDRESS_B <= "00000000000000000000000000000001";
ADDRESS_C <= "00000000000000000000000000000010";
ADDRESS_0 <= "00000000000000000000000000000011";
ADDRESS_1 <= "00000000000000000000000000000100";
wait;
end process;
end; | gpl-2.0 |
purisc-group/purisc | Compute_Group/MAGIC_clocked/SETUP.vhd | 2 | 12679 | library ieee;
use ieee.std_logic_1164.all;
use ieee.numeric_std.all;
entity SETUP is
PORT(
CLK : IN STD_LOGIC;
ADDRESS_A : IN STD_LOGIC_VECTOR (31 DOWNTO 0);
ADDRESS_B : IN STD_LOGIC_VECTOR (31 DOWNTO 0);
ADDRESS_C : IN STD_LOGIC_VECTOR (31 DOWNTO 0);
ADDRESS_0 : IN STD_LOGIC_VECTOR (31 DOWNTO 0);
ADDRESS_1 : IN STD_LOGIC_VECTOR (31 DOWNTO 0);
ADDRESS_W : IN STD_LOGIC_VECTOR (31 DOWNTO 0);
W_EN : IN STD_LOGIC;
RESET_n : IN STD_LOGIC;
STALL : OUT STD_LOGIC;
HAZARD : IN STD_LOGIC;
ram_0_port_a : OUT STD_LOGIC_VECTOR (9 downto 0);
ram_0_port_b : OUT STD_LOGIC_VECTOR (9 downto 0);
ram_0_wren_a : OUT STD_LOGIC;
ram_0_wren_b : OUT STD_LOGIC;
ram_1_port_a : OUT STD_LOGIC_VECTOR (9 downto 0);
ram_1_port_b : OUT STD_LOGIC_VECTOR (9 downto 0);
ram_1_wren_a : OUT STD_LOGIC;
ram_1_wren_b : OUT STD_LOGIC;
ram_2_port_a : OUT STD_LOGIC_VECTOR (9 downto 0);
ram_2_port_b : OUT STD_LOGIC_VECTOR (9 downto 0);
ram_2_wren_a : OUT STD_LOGIC;
ram_2_wren_b : OUT STD_LOGIC;
ram_3_port_a : OUT STD_LOGIC_VECTOR (9 downto 0);
ram_3_port_b : OUT STD_LOGIC_VECTOR (9 downto 0);
ram_3_wren_a : OUT STD_LOGIC;
ram_3_wren_b : OUT STD_LOGIC;
ram_4_port_a : OUT STD_LOGIC_VECTOR (9 downto 0);
ram_4_port_b : OUT STD_LOGIC_VECTOR (9 downto 0);
ram_4_wren_a : OUT STD_LOGIC;
ram_4_wren_b : OUT STD_LOGIC;
ram_5_port_a : OUT STD_LOGIC_VECTOR (9 downto 0);
ram_5_port_b : OUT STD_LOGIC_VECTOR (9 downto 0);
ram_5_wren_a : OUT STD_LOGIC;
ram_5_wren_b : OUT STD_LOGIC;
ram_6_port_a : OUT STD_LOGIC_VECTOR (9 downto 0);
ram_6_port_b : OUT STD_LOGIC_VECTOR (9 downto 0);
ram_6_wren_a : OUT STD_LOGIC;
ram_6_wren_b : OUT STD_LOGIC;
ram_7_port_a : OUT STD_LOGIC_VECTOR (9 downto 0);
ram_7_port_b : OUT STD_LOGIC_VECTOR (9 downto 0);
ram_7_wren_a : OUT STD_LOGIC;
ram_7_wren_b : OUT STD_LOGIC;
ram_0_sel_vector : OUT STD_LOGIC_VECTOR (9 DOWNTO 0);
ram_1_sel_vector : OUT STD_LOGIC_VECTOR (9 DOWNTO 0);
ram_2_sel_vector : OUT STD_LOGIC_VECTOR (9 DOWNTO 0);
ram_3_sel_vector : OUT STD_LOGIC_VECTOR (9 DOWNTO 0);
ram_4_sel_vector : OUT STD_LOGIC_VECTOR (9 DOWNTO 0);
ram_5_sel_vector : OUT STD_LOGIC_VECTOR (9 DOWNTO 0);
ram_6_sel_vector : OUT STD_LOGIC_VECTOR (9 DOWNTO 0);
ram_7_sel_vector : OUT STD_LOGIC_VECTOR (9 DOWNTO 0)
);
end;
architecture control of SETUP is
component address_transcode
PORT (
ADDRESS : IN STD_LOGIC_VECTOR(31 DOWNTO 0);
ROW : OUT STD_LOGIC_VECTOR (9 downto 0);
COL : OUT STD_LOGIC_VECTOR(2 DOWNTO 0)
);
end component;
component create_opcode
PORT (
COL_A : IN STD_LOGIC_VECTOR(2 DOWNTO 0);
COL_B : IN STD_LOGIC_VECTOR(2 DOWNTO 0);
COL_C : IN STD_LOGIC_VECTOR(2 DOWNTO 0);
COL_D : IN STD_LOGIC_VECTOR(2 DOWNTO 0);
COL_E : IN STD_LOGIC_VECTOR(2 DOWNTO 0);
COL_W : IN STD_LOGIC_VECTOR(2 DOWNTO 0);
W_EN : IN STD_LOGIC;
OPCODE_0 : OUT STD_LOGIC_VECTOR (5 DOWNTO 0);
OPCODE_1 : OUT STD_LOGIC_VECTOR (5 DOWNTO 0);
OPCODE_2 : OUT STD_LOGIC_VECTOR (5 DOWNTO 0);
OPCODE_3 : OUT STD_LOGIC_VECTOR (5 DOWNTO 0);
OPCODE_4 : OUT STD_LOGIC_VECTOR (5 DOWNTO 0);
OPCODE_5 : OUT STD_LOGIC_VECTOR (5 DOWNTO 0);
OPCODE_6 : OUT STD_LOGIC_VECTOR (5 DOWNTO 0);
OPCODE_7 : OUT STD_LOGIC_VECTOR (5 DOWNTO 0)
);
end component;
component FLOW
PORT(
CLK : IN STD_LOGIC;
RESET_n : IN STD_LOGIC;
OPCODE : IN STD_LOGIC_VECTOR(5 DOWNTO 0);
ROW_A : IN STD_LOGIC_VECTOR(9 downto 0);
ROW_B : IN STD_LOGIC_VECTOR(9 downto 0);
ROW_C : IN STD_LOGIC_VECTOR(9 downto 0);
ROW_D : IN STD_LOGIC_VECTOR(9 downto 0);
ROW_E : IN STD_LOGIC_VECTOR(9 downto 0);
ROW_W : IN STD_LOGIC_VECTOR(9 downto 0);
HAZARD : IN STD_LOGIC;
EQUALITY : OUT STD_LOGIC;
ADDRESS_A : OUT STD_LOGIC_VECTOR(9 downto 0);
ADDRESS_B : OUT STD_LOGIC_VECTOR(9 downto 0);
SEL_VECTOR : OUT STD_LOGIC_VECTOR (9 DOWNTO 0);
WREN_A : OUT STD_LOGIC;
WREN_B : OUT STD_LOGIC
);
end component;
signal COL_A : std_logic_vector (2 downto 0);
signal COL_B : std_logic_vector (2 downto 0);
signal COL_C : std_logic_vector (2 downto 0);
signal COL_D : std_logic_vector (2 downto 0);
signal COL_E : std_logic_vector (2 downto 0);
signal COL_W : std_logic_vector (2 downto 0);
signal ROW_A : std_logic_vector (9 downto 0);
signal ROW_B : std_logic_vector (9 downto 0);
signal ROW_C : std_logic_vector (9 downto 0);
signal ROW_D : std_logic_vector (9 downto 0);
signal ROW_E : std_logic_vector (9 downto 0);
signal ROW_W : std_logic_vector (9 downto 0);
signal OPCODE_0 : std_logic_vector (5 downto 0);
signal OPCODE_1 : std_logic_vector (5 downto 0);
signal OPCODE_2 : std_logic_vector (5 downto 0);
signal OPCODE_3 : std_logic_vector (5 downto 0);
signal OPCODE_4 : std_logic_vector (5 downto 0);
signal OPCODE_5 : std_logic_vector (5 downto 0);
signal OPCODE_6 : std_logic_vector (5 downto 0);
signal OPCODE_7 : std_logic_vector (5 downto 0);
signal equality_0 : std_logic;
signal equality_1 : std_logic;
signal equality_2 : std_logic;
signal equality_3 : std_logic;
signal equality_4 : std_logic;
signal equality_5 : std_logic;
signal equality_6 : std_logic;
signal equality_7 : std_logic;
begin
transcode_a : address_transcode PORT MAP (
ADDRESS => ADDRESS_A,
ROW => ROW_A,
COL => COL_A
);
transcode_b : address_transcode PORT MAP (
ADDRESS => ADDRESS_B,
ROW => ROW_B,
COL => COL_B
);
transcode_c : address_transcode PORT MAP (
ADDRESS => ADDRESS_C,
ROW => ROW_C,
COL => COL_C
);
transcode_d : address_transcode PORT MAP (
ADDRESS => ADDRESS_0,
ROW => ROW_D,
COL => COL_D
);
transcode_e : address_transcode PORT MAP (
ADDRESS => ADDRESS_1,
ROW => ROW_E,
COL => COL_E
);
transcode_w : address_transcode PORT MAP (
ADDRESS => ADDRESS_W,
ROW => ROW_W,
COL => COL_W
);
opcodery : create_opcode PORT MAP (
COL_A => COL_A,
COL_B => COL_B,
COL_C => COL_C,
COL_D => COL_D,
COL_E => COL_E,
COL_W => COL_W,
W_EN => W_EN,
OPCODE_0 => OPCODE_0,
OPCODE_1 => OPCODE_1,
OPCODE_2 => OPCODE_2,
OPCODE_3 => OPCODE_3,
OPCODE_4 => OPCODE_4,
OPCODE_5 => OPCODE_5,
OPCODE_6 => OPCODE_6,
OPCODE_7 => OPCODE_7
);
RAM_0_CONTROL : FLOW PORT MAP (
CLK => CLK,
RESET_n => RESET_n,
OPCODE => OPCODE_0,
ROW_A => std_logic_vector(ROW_A),
ROW_B => std_logic_vector(ROW_B),
ROW_C => std_logic_vector(ROW_C),
ROW_D => std_logic_vector(ROW_D),
ROW_E => std_logic_vector(ROW_E),
ROW_W => std_logic_vector(ROW_W),
HAZARD => HAZARD,
EQUALITY => equality_0,
ADDRESS_A => ram_0_port_a,
ADDRESS_B => ram_0_port_b,
SEL_VECTOR => ram_0_sel_vector,
WREN_A => ram_0_wren_a,
WREN_B => ram_0_wren_b
);
RAM_1_CONTROL : FLOW PORT MAP (
CLK => CLK,
RESET_n => RESET_n,
OPCODE => OPCODE_1,
ROW_A => std_logic_vector(ROW_A),
ROW_B => std_logic_vector(ROW_B),
ROW_C => std_logic_vector(ROW_C),
ROW_D => std_logic_vector(ROW_D),
ROW_E => std_logic_vector(ROW_E),
ROW_W => std_logic_vector(ROW_W),
HAZARD => HAZARD,
EQUALITY => equality_1,
ADDRESS_A => ram_1_port_a,
ADDRESS_B => ram_1_port_b,
SEL_VECTOR => ram_1_sel_vector,
WREN_A => ram_1_wren_a,
WREN_B => ram_1_wren_b
);
RAM_2_CONTROL : FLOW PORT MAP (
CLK => CLK,
RESET_n => RESET_n,
OPCODE => OPCODE_2,
ROW_A => std_logic_vector(ROW_A),
ROW_B => std_logic_vector(ROW_B),
ROW_C => std_logic_vector(ROW_C),
ROW_D => std_logic_vector(ROW_D),
ROW_E => std_logic_vector(ROW_E),
ROW_W => std_logic_vector(ROW_W),
HAZARD => HAZARD,
EQUALITY => equality_2,
ADDRESS_A => ram_2_port_a,
ADDRESS_B => ram_2_port_b,
SEL_VECTOR => ram_2_sel_vector,
WREN_A => ram_2_wren_a,
WREN_B => ram_2_wren_b
);
RAM_3_CONTROL : FLOW PORT MAP (
CLK => CLK,
RESET_n => RESET_n,
OPCODE => OPCODE_3,
ROW_A => std_logic_vector(ROW_A),
ROW_B => std_logic_vector(ROW_B),
ROW_C => std_logic_vector(ROW_C),
ROW_D => std_logic_vector(ROW_D),
ROW_E => std_logic_vector(ROW_E),
ROW_W => std_logic_vector(ROW_W),
HAZARD => HAZARD,
EQUALITY => equality_3,
ADDRESS_A => ram_3_port_a,
ADDRESS_B => ram_3_port_b,
SEL_VECTOR => ram_3_sel_vector,
WREN_A => ram_3_wren_a,
WREN_B => ram_3_wren_b
);
RAM_4_CONTROL : FLOW PORT MAP (
CLK => CLK,
RESET_n => RESET_n,
OPCODE => OPCODE_4,
ROW_A => std_logic_vector(ROW_A),
ROW_B => std_logic_vector(ROW_B),
ROW_C => std_logic_vector(ROW_C),
ROW_D => std_logic_vector(ROW_D),
ROW_E => std_logic_vector(ROW_E),
ROW_W => std_logic_vector(ROW_W),
HAZARD => HAZARD,
EQUALITY => equality_4,
ADDRESS_A => ram_4_port_a,
ADDRESS_B => ram_4_port_b,
SEL_VECTOR => ram_4_sel_vector,
WREN_A => ram_4_wren_a,
WREN_B => ram_4_wren_b
);
RAM_5_CONTROL : FLOW PORT MAP (
CLK => CLK,
RESET_n => RESET_n,
OPCODE => OPCODE_5,
ROW_A => std_logic_vector(ROW_A),
ROW_B => std_logic_vector(ROW_B),
ROW_C => std_logic_vector(ROW_C),
ROW_D => std_logic_vector(ROW_D),
ROW_E => std_logic_vector(ROW_E),
ROW_W => std_logic_vector(ROW_W),
HAZARD => HAZARD,
EQUALITY => equality_5,
ADDRESS_A => ram_5_port_a,
ADDRESS_B => ram_5_port_b,
SEL_VECTOR => ram_5_sel_vector,
WREN_A => ram_5_wren_a,
WREN_B => ram_5_wren_b
);
RAM_6_CONTROL : FLOW PORT MAP (
CLK => CLK,
RESET_n => RESET_n,
OPCODE => OPCODE_6,
ROW_A => std_logic_vector(ROW_A),
ROW_B => std_logic_vector(ROW_B),
ROW_C => std_logic_vector(ROW_C),
ROW_D => std_logic_vector(ROW_D),
ROW_E => std_logic_vector(ROW_E),
ROW_W => std_logic_vector(ROW_W),
HAZARD => HAZARD,
EQUALITY => equality_6,
ADDRESS_A => ram_6_port_a,
ADDRESS_B => ram_6_port_b,
SEL_VECTOR => ram_6_sel_vector,
WREN_A => ram_6_wren_a,
WREN_B => ram_6_wren_b
);
RAM_7_CONTROL : FLOW PORT MAP (
CLK => CLK,
RESET_n => RESET_n,
OPCODE => OPCODE_7,
ROW_A => std_logic_vector(ROW_A),
ROW_B => std_logic_vector(ROW_B),
ROW_C => std_logic_vector(ROW_C),
ROW_D => std_logic_vector(ROW_D),
ROW_E => std_logic_vector(ROW_E),
ROW_W => std_logic_vector(ROW_W),
HAZARD => HAZARD,
EQUALITY => equality_7,
ADDRESS_A => ram_7_port_a,
ADDRESS_B => ram_7_port_b,
SEL_VECTOR => ram_7_sel_vector,
WREN_A => ram_7_wren_a,
WREN_B => ram_7_wren_b
);
STALL <= not (equality_0 and equality_1 and equality_2 and equality_3 and equality_4 and equality_5 and equality_6 and equality_7);
end;
| gpl-2.0 |
purisc-group/purisc | Compute_Group/MAGIC_clocked/FLOW.vhd | 2 | 4398 | library ieee;
use ieee.std_logic_1164.all;
use ieee.numeric_std.all;
entity FLOW is
PORT(
CLK : IN STD_LOGIC;
RESET_n : IN STD_LOGIC;
OPCODE : IN STD_LOGIC_VECTOR(5 DOWNTO 0);
ROW_A : IN STD_LOGIC_VECTOR(9 downto 0);
ROW_B : IN STD_LOGIC_VECTOR(9 downto 0);
ROW_C : IN STD_LOGIC_VECTOR(9 downto 0);
ROW_D : IN STD_LOGIC_VECTOR(9 downto 0);
ROW_E : IN STD_LOGIC_VECTOR(9 downto 0);
ROW_W : IN STD_LOGIC_VECTOR(9 downto 0);
HAZARD : IN STD_LOGIC;
EQUALITY : OUT STD_LOGIC;
ADDRESS_A : OUT STD_LOGIC_VECTOR(9 downto 0);
ADDRESS_B : OUT STD_LOGIC_VECTOR(9 downto 0);
SEL_VECTOR : OUT STD_LOGIC_VECTOR (9 DOWNTO 0);
WREN_A : OUT STD_LOGIC;
WREN_B : OUT STD_LOGIC
);
end;
architecture flow of FLOW is
component SELECTOR
PORT(
CLK : IN STD_LOGIC;
RESET_n : IN STD_LOGIC;
OPCODE : IN STD_LOGIC_VECTOR(5 DOWNTO 0);
EQUALITY : OUT STD_LOGIC;
sel_A_0 : OUT STD_LOGIC;
sel_B_0 : OUT STD_LOGIC;
sel_C_0 : OUT STD_LOGIC;
sel_D_0 : OUT STD_LOGIC;
sel_E_0 : OUT STD_LOGIC;
sel_W_0 : OUT STD_LOGIC;
sel_A_1 : OUT STD_LOGIC;
sel_B_1 : OUT STD_LOGIC;
sel_C_1 : OUT STD_LOGIC;
sel_D_1 : OUT STD_LOGIC;
sel_E_1 : OUT STD_LOGIC;
sel_W_1 : OUT STD_LOGIC
);
end component;
component tristate
PORT(
my_in : in std_logic_vector(9 downto 0);
sel : in std_logic;
my_out : out std_logic_vector(9 downto 0)
);
end component;
signal sel_a0 : std_logic;
signal sel_b0 : std_logic;
signal sel_c0 : std_logic;
signal sel_d0 : std_logic;
signal sel_e0 : std_logic;
signal sel_w0 : std_logic;
signal sel_a1 : std_logic;
signal sel_b1 : std_logic;
signal sel_c1 : std_logic;
signal sel_d1 : std_logic;
signal sel_e1 : std_logic;
signal sel_w1 : std_logic;
begin
select_address : SELECTOR PORT MAP (
CLK => CLK,
RESET_n => RESET_n,
OPCODE => OPCODE,
EQUALITY => EQUALITY,
SEL_A_0 => sel_a0,
SEL_B_0 => sel_b0,
SEL_C_0 => sel_c0,
SEL_D_0 => sel_d0,
SEL_E_0 => sel_e0,
SEL_W_0 => sel_w0,
SEL_A_1 => sel_a1,
SEL_B_1 => sel_b1,
SEL_C_1 => sel_c1,
SEL_D_1 => sel_d1,
SEL_E_1 => sel_e1,
SEL_W_1 => sel_w1
);
TRI_0_PORT_A : tristate PORT MAP (
my_in => ROW_A,
sel => sel_a0,
my_out => ADDRESS_A
);
TRI_1_PORT_A : tristate PORT MAP (
my_in => ROW_B,
sel => sel_b0,
my_out => ADDRESS_A
);
TRI_2_PORT_A : tristate PORT MAP (
my_in => ROW_C,
sel => sel_c0,
my_out => ADDRESS_A
);
TRI_3_PORT_A : tristate PORT MAP (
my_in => ROW_D,
sel => sel_d0,
my_out => ADDRESS_A
);
TRI_4_PORT_A : tristate PORT MAP (
my_in => ROW_E,
sel => sel_e0,
my_out => ADDRESS_A
);
TRI_5_PORT_A : tristate PORT MAP (
my_in => ROW_W,
sel => sel_w0,
my_out => ADDRESS_A
);
TRI_0_PORT_B : tristate PORT MAP (
my_in => ROW_A,
sel => sel_a1,
my_out => ADDRESS_B
);
TRI_1_PORT_B : tristate PORT MAP (
my_in => ROW_B,
sel => sel_b1,
my_out => ADDRESS_B
);
TRI_2_PORT_B : tristate PORT MAP (
my_in => ROW_C,
sel => sel_c1,
my_out => ADDRESS_B
);
TRI_3_PORT_B : tristate PORT MAP (
my_in => ROW_D,
sel => sel_d1,
my_out => ADDRESS_B
);
TRI_4_PORT_B : tristate PORT MAP (
my_in => ROW_E,
sel => sel_e1,
my_out => ADDRESS_B
);
TRI_5_PORT_B : tristate PORT MAP (
my_in => ROW_W,
sel => sel_w1,
my_out => ADDRESS_B
);
WREN_A <= '0';
process (HAZARD, OPCODE) begin --addred this if block
if (HAZARD = '1') then
WREN_B <= '0';
else
WREN_B <= OPCODE(0); --used to be just this line
end if;
end process;
SEL_VECTOR <= sel_a0 & sel_a1 & sel_b0 & sel_b1 & sel_c0 & sel_c1 & sel_d0 & sel_d1 & sel_e0 & sel_e1;
end; | gpl-2.0 |
huukit/logicsynth | excercises/vhd/i2c_config.vhd | 1 | 10027 | -------------------------------------------------------------------------------
-- Title : TIE-50206, Exercise 12
-- Project :
-------------------------------------------------------------------------------
-- File : i2c_config.vhd
-- Author : Jonas Nikula, Tuomas Huuki
-- Company : TUT
-- Created : 20.1.2016
-- Platform :
-- Standard : VHDL'93
-------------------------------------------------------------------------------
-- Description: I2C bus controller, for Wolfson Audio Codec configuration
-------------------------------------------------------------------------------
-- Copyright (c) 2016
-------------------------------------------------------------------------------
-- Revisions :
-- Date Version Author Description
-- 20.01.2016 1.0 nikulaj Created
-- 03.02.2016 1.1 huukitu Moved data to pkg.
-- 02.03.2016 1.2 nikulaj Assign finished_out sequentially
-------------------------------------------------------------------------------
library ieee;
use ieee.std_logic_1164.all;
use ieee.numeric_std.all;
use ieee.math_real.all;
-- define the entity
entity i2c_config is
generic(
ref_clk_freq_g : integer := 50000000; -- reference clk
i2c_freq_g : integer := 20000; -- wanted i2c frequency
n_params_g : integer := 10 -- amount of 3 byte transmissions
);
port(
clk : in std_logic;
rst_n : in std_logic; -- active low rst
sdat_inout : inout std_logic; -- i2c dataline
sclk_out : out std_logic; -- i2c clk
param_status_out : out std_logic_vector(n_params_g - 1 downto 0); -- status "display"
finished_out : out std_logic -- 1 when done sending
);
end i2c_config;
architecture rtl of i2c_config is
-- type definitions
type state_type is (start_condition, stop_condition, acknowledge, data_transfer);
type temp_transmission_arr is array (2 downto 0) of std_logic_vector(7 downto 0);
-- constants
-- max value for clk prescaler
constant prescaler_max_c : integer := (ref_clk_freq_g / i2c_freq_g) / 2;
-- data to be sent
constant codec_address_c : std_logic_vector(7 downto 0) := "00110100";
type transmission_data_arr is array (n_params_g - 1 downto 0) of std_logic_vector(15 downto 0);
-- Actual transmission data array.
constant transmission_data_c : transmission_data_arr := (
"0001001000000001",
"0001000000000010",
"0000111000000001",
"0000110000000000",
"0000101000000110",
"0000100011111000",
"0000011001111011",
"0000010001111011",
"0000001000011010",
"0000000000011010"
);
-- registers
signal finished_r : std_logic;
signal sclk_r : std_logic;
signal sclk_prescaler_r : unsigned(integer(ceil(log2(real(prescaler_max_c)))) downto 0);
signal present_state_r : state_type;
signal bit_counter_r : unsigned(2 downto 0);
signal byte_counter_r : unsigned(1 downto 0);
signal status_counter_r : unsigned(3 downto 0);
signal param_status_r : std_logic_vector(n_params_g - 1 downto 0);
signal temp_transmission_r : temp_transmission_arr;
begin
finished_out <= finished_r;
param_status_out <= param_status_r;
-- Only output clk when NOT finished
with param_status_r(n_params_g - 1) select
sclk_out <=
sclk_r when '0',
'Z' when others;
-- i2c clk generation process
-- Increments counter, until it hits max value. At that point the clk
-- changes value
generate_sclk : process(clk, rst_n)
begin
if(rst_n = '0') then
sclk_r <= '0';
sclk_prescaler_r <= (others => '0');
elsif(clk'event and clk = '1') then
if(sclk_prescaler_r = prescaler_max_c) then
sclk_prescaler_r <= (others => '0');
sclk_r <= not sclk_r;
else
sclk_prescaler_r <= sclk_prescaler_r + 1;
end if;
end if;
end process generate_sclk;
-- i2c data output process
generate_sdat : process(clk, rst_n)
begin
if(rst_n = '0') then -- reset all values that need it
sdat_inout <= 'Z';
present_state_r <= start_condition;
bit_counter_r <= to_unsigned(7, bit_counter_r'length);
byte_counter_r <= to_unsigned(0, byte_counter_r'length);
status_counter_r <= to_unsigned(0, status_counter_r'length);
param_status_r <= (others => '0');
temp_transmission_r(0) <= (others => '0');
temp_transmission_r(1) <= (others => '0');
temp_transmission_r(2) <= (others => '0');
finished_r <= '0';
elsif(clk'event and clk = '1') then
if(param_status_r(n_params_g - 1) = '1') then
sdat_inout <= 'Z'; -- When finished, take config logic
finished_r <= '1'; -- out of the circuit
-- and set finished signal to 1
elsif(present_state_r = acknowledge and sclk_prescaler_r = 0) then
sdat_inout <= 'Z'; -- set to high-Z, so that ack can be received
elsif(sclk_prescaler_r = prescaler_max_c / 2) then
case present_state_r is
when start_condition =>
-- when sdat is high, a transition to low triggers a
-- start condition
-- also prepare for data transfer
if(sdat_inout = '1' and sclk_r = '1') then
sdat_inout <= '0';
present_state_r <= data_transfer;
bit_counter_r <= to_unsigned(7, bit_counter_r'length);
byte_counter_r <= to_unsigned(0, byte_counter_r'length);
temp_transmission_r(0) <= codec_address_c;
temp_transmission_r(1) <= transmission_data_c(to_integer(status_counter_r))(15 downto 8);
temp_transmission_r(2) <= transmission_data_c(to_integer(status_counter_r))(7 downto 0);
elsif(sclk_r = '0') then
-- set sdat high so it can be pulled low
sdat_inout <= '1';
end if;
when stop_condition =>
if(sdat_inout = '0' and sclk_r = '1') then
-- when sdat is low, a transition to high
-- triggers a stop condition
sdat_inout <= '1';
-- 3 byte transfer is done, increment status
status_counter_r <= status_counter_r + 1;
param_status_r(to_integer(status_counter_r)) <= '1';
-- after stop cond, go to start
present_state_r <= start_condition;
elsif(sclk_r = '0') then
sdat_inout <= '0';
end if;
when acknowledge =>
bit_counter_r <= to_unsigned(7, bit_counter_r'length);
-- listening for ack (or nack)
if(sclk_r = '1') then
if(sdat_inout = '1') then
-- on nack, go to start
present_state_r <= start_condition;
elsif(sdat_inout = '0') then
-- on ack, got to stop if all 3 bytes sent
if(byte_counter_r = 2) then
present_state_r <= stop_condition;
-- otherwise to next byte
else
present_state_r <= data_transfer;
byte_counter_r <= byte_counter_r + 1;
end if;
end if;
end if;
when data_transfer =>
-- when clk is low, change state, so that line is
-- stable for high
if(sclk_r = '0') then
sdat_inout <= temp_transmission_r(to_integer(byte_counter_r))(to_integer(bit_counter_r));
else
-- When bit is being sent, check if whole byte is
-- sent. If so, go to ack, otherwise
-- increment bit counter.
if(bit_counter_r = 0) then
present_state_r <= acknowledge;
else
bit_counter_r <= bit_counter_r - 1;
end if;
end if;
end case;
end if;
end if;
end process generate_sdat;
end rtl;
| gpl-2.0 |
huukit/logicsynth | excercises/tb/tb_adder.vhd | 1 | 4659 | -------------------------------------------------------------------------------
-- Title : TKT-1212, Exercise 03
-- Project :
-------------------------------------------------------------------------------
-- File : tb_adder.vhd
-- Author : Antti Rasmus
-- Company : TUT/DCS
-- Created : 2008-11-28
-- Last update: 2008-11-28
-- Platform :
-- Standard : VHDL'87
-------------------------------------------------------------------------------
-- Description: Tests all combinations of summing two 8-bit values
-------------------------------------------------------------------------------
-- Copyright (c) 2008
-------------------------------------------------------------------------------
-- Revisions :
-- Date Version Author Description
-- 2008-11-28 1.0 ege Created
-------------------------------------------------------------------------------
library ieee;
use ieee.std_logic_1164.all;
use ieee.numeric_std.all;
entity tb_adder is
end tb_adder;
architecture testbench of tb_adder is
-- Define constants: bit widths and duration of clk period
constant input_w_c : integer := 8;
constant output_w_c : integer := 9;
constant clk_period_c : time := 100 ns;
-- Calculate minimum and maximum values of input values
-- Note the asymmetrical value range
constant min_value_c : signed(input_w_c-1 downto 0) := to_signed( -(2**(input_w_c-1)), input_w_c);
constant max_value_c : signed(input_w_c-1 downto 0) := to_signed( 2**(input_w_c-1)-1, input_w_c);
-- Component declaration of DUV
component adder
generic (
operand_width_g : integer
);
port (
clk : in std_logic;
rst_n : in std_logic;
a_in : in std_logic_vector(operand_width_g-1 downto 0);
b_in : in std_logic_vector(operand_width_g-1 downto 0);
sum_out : out std_logic_vector(operand_width_g downto 0));
end component;
-- Define the needed signals
signal clk : std_logic := '0';
signal rst_n : std_logic := '0';
-- Note: Init values are not supported in synthesis
signal term1_r : signed(input_w_c-1 downto 0);
signal term2_r : signed(input_w_c-1 downto 0);
signal sum : std_logic_vector(output_w_c-1 downto 0);
signal expected_sum_r : signed(output_w_c-1 downto 0);
signal end_simulation_r : std_logic;
begin -- testbench
-- Instantiate DUV and connect the ports to testbench's signals
adder_1 : adder
generic map (
operand_width_g => input_w_c)
port map (
clk => clk,
rst_n => rst_n,
a_in => std_logic_vector(term1_r),
b_in => std_logic_vector(term2_r),
sum_out => sum);
-- Reset the DUV
rst_n <= '1' after clk_period_c*2;
-- purpose: Generate clock signal for DUV
-- type : combinational
-- inputs : clk (this is a special case for test purposes!)
-- outputs: clk (this is a special case for test purposes!)
clk_gen : process (clk)
begin -- process clk_gen
clk <= not clk after clk_period_c/2;
end process clk_gen;
-- purpose: Generate all possible inputs values and check the result
-- type : sequential
-- inputs : clk, rst_n
-- outputs: term1_r, term2_r
input_gen_output_check : process (clk, rst_n)
begin -- process input_gen_output_check
if rst_n = '0' then -- asynchronous reset (active low)
term1_r <= min_value_c;
term2_r <= min_value_c;
expected_sum_r <= (others => '0');
end_simulation_r <= '0';
elsif clk'event and clk = '1' then -- rising clock edge
-- Similar behavior as in tb_ripple_carry_adder but more elegant
-- Generate input values
if ( term1_r = max_value_c ) then
term1_r <= min_value_c;
if ( term2_r = max_value_c ) then
term2_r <= min_value_c;
end_simulation_r <= '1';
else
term2_r <= term2_r + to_signed(1, input_w_c);
end if;
else
term1_r <= term1_r + to_signed(1, input_w_c);
end if;
-- Check the result
expected_sum_r <= resize(term1_r, output_w_c) +
resize(term2_r, output_w_c);
assert to_integer(signed(sum)) = to_integer(expected_sum_r)
report "output signal is not equal to the sum of the inputs"
severity failure;
-- Stop the simulator
assert end_simulation_r = '0'
report "Simulation ended!" severity failure;
end if;
end process input_gen_output_check;
end testbench;
| gpl-2.0 |
purisc-group/purisc | Global_memory/MAGIC_global/create_opcode_global.vhd | 2 | 17379 | library ieee;
use ieee.std_logic_1164.all;
use ieee.numeric_std.all;
entity create_opcode_global is
PORT (
COL_A : IN STD_LOGIC_VECTOR(2 DOWNTO 0);
COL_B : IN STD_LOGIC_VECTOR(2 DOWNTO 0);
COL_C : IN STD_LOGIC_VECTOR(2 DOWNTO 0);
COL_D : IN STD_LOGIC_VECTOR(2 DOWNTO 0);
COL_E : IN STD_LOGIC_VECTOR(2 DOWNTO 0);
COL_W : IN STD_LOGIC_VECTOR(2 DOWNTO 0);
W_EN : IN STD_LOGIC;
--OUTPUTS OF READS
OPCODE_0 : OUT STD_LOGIC_VECTOR (5 DOWNTO 0);
OPCODE_1 : OUT STD_LOGIC_VECTOR (5 DOWNTO 0);
OPCODE_2 : OUT STD_LOGIC_VECTOR (5 DOWNTO 0);
OPCODE_3 : OUT STD_LOGIC_VECTOR (5 DOWNTO 0);
OPCODE_4 : OUT STD_LOGIC_VECTOR (5 DOWNTO 0);
OPCODE_5 : OUT STD_LOGIC_VECTOR (5 DOWNTO 0);
OPCODE_6 : OUT STD_LOGIC_VECTOR (5 DOWNTO 0);
OPCODE_7 : OUT STD_LOGIC_VECTOR (5 DOWNTO 0)
);
end;
architecture gen of create_opcode_global is
begin
OPCODE_0(5) <= not(COL_A(2)) and not(COL_A(1)) and not(COL_A(0));
OPCODE_1(5) <= not(COL_A(2)) and not(COL_A(1)) and (COL_A(0));
OPCODE_2(5) <= not(COL_A(2)) and (COL_A(1)) and not(COL_A(0));
OPCODE_3(5) <= not(COL_A(2)) and (COL_A(1)) and (COL_A(0));
OPCODE_4(5) <= (COL_A(2)) and not(COL_A(1)) and not(COL_A(0));
OPCODE_5(5) <= (COL_A(2)) and not(COL_A(1)) and (COL_A(0));
OPCODE_6(5) <= (COL_A(2)) and (COL_A(1)) and not(COL_A(0));
OPCODE_7(5) <= (COL_A(2)) and (COL_A(1)) and (COL_A(0));
OPCODE_0(4) <= not(COL_B(2)) and not(COL_B(1)) and not(COL_B(0));
OPCODE_1(4) <= not(COL_B(2)) and not(COL_B(1)) and (COL_B(0));
OPCODE_2(4) <= not(COL_B(2)) and (COL_B(1)) and not(COL_B(0));
OPCODE_3(4) <= not(COL_B(2)) and (COL_B(1)) and (COL_B(0));
OPCODE_4(4) <= (COL_B(2)) and not(COL_B(1)) and not(COL_B(0));
OPCODE_5(4) <= (COL_B(2)) and not(COL_B(1)) and (COL_B(0));
OPCODE_6(4) <= (COL_B(2)) and (COL_B(1)) and not(COL_B(0));
OPCODE_7(4) <= (COL_B(2)) and (COL_B(1)) and (COL_B(0));
OPCODE_0(3) <= not(COL_C(2)) and not(COL_C(1)) and not(COL_C(0));
OPCODE_1(3) <= not(COL_C(2)) and not(COL_C(1)) and (COL_C(0));
OPCODE_2(3) <= not(COL_C(2)) and (COL_C(1)) and not(COL_C(0));
OPCODE_3(3) <= not(COL_C(2)) and (COL_C(1)) and (COL_C(0));
OPCODE_4(3) <= (COL_C(2)) and not(COL_C(1)) and not(COL_C(0));
OPCODE_5(3) <= (COL_C(2)) and not(COL_C(1)) and (COL_C(0));
OPCODE_6(3) <= (COL_C(2)) and (COL_C(1)) and not(COL_C(0));
OPCODE_7(3) <= (COL_C(2)) and (COL_C(1)) and (COL_C(0));
OPCODE_0(2) <= not(COL_D(2)) and not(COL_D(1)) and not(COL_D(0));
OPCODE_1(2) <= not(COL_D(2)) and not(COL_D(1)) and (COL_D(0));
OPCODE_2(2) <= not(COL_D(2)) and (COL_D(1)) and not(COL_D(0));
OPCODE_3(2) <= not(COL_D(2)) and (COL_D(1)) and (COL_D(0));
OPCODE_4(2) <= (COL_D(2)) and not(COL_D(1)) and not(COL_D(0));
OPCODE_5(2) <= (COL_D(2)) and not(COL_D(1)) and (COL_D(0));
OPCODE_6(2) <= (COL_D(2)) and (COL_D(1)) and not(COL_D(0));
OPCODE_7(2) <= (COL_D(2)) and (COL_D(1)) and (COL_D(0));
OPCODE_0(1) <= not(COL_E(2)) and not(COL_E(1)) and not(COL_E(0));
OPCODE_1(1) <= not(COL_E(2)) and not(COL_E(1)) and (COL_E(0));
OPCODE_2(1) <= not(COL_E(2)) and (COL_E(1)) and not(COL_E(0));
OPCODE_3(1) <= not(COL_E(2)) and (COL_E(1)) and (COL_E(0));
OPCODE_4(1) <= (COL_E(2)) and not(COL_E(1)) and not(COL_E(0));
OPCODE_5(1) <= (COL_E(2)) and not(COL_E(1)) and (COL_E(0));
OPCODE_6(1) <= (COL_E(2)) and (COL_E(1)) and not(COL_E(0));
OPCODE_7(1) <= (COL_E(2)) and (COL_E(1)) and (COL_E(0));
OPCODE_0(0) <= (not(COL_W(2)) and not(COL_W(1)) and not(COL_W(0))) and W_EN;
OPCODE_1(0) <= (not(COL_W(2)) and not(COL_W(1)) and (COL_W(0))) and W_EN;
OPCODE_2(0) <= (not(COL_W(2)) and (COL_W(1)) and not(COL_W(0))) and W_EN;
OPCODE_3(0) <= (not(COL_W(2)) and (COL_W(1)) and (COL_W(0))) and W_EN;
OPCODE_4(0) <= ((COL_W(2)) and not(COL_W(1)) and not(COL_W(0))) and W_EN;
OPCODE_5(0) <= ((COL_W(2)) and not(COL_W(1)) and (COL_W(0))) and W_EN;
OPCODE_6(0) <= ((COL_W(2)) and (COL_W(1)) and not(COL_W(0))) and W_EN;
OPCODE_7(0) <= ((COL_W(2)) and (COL_W(1)) and (COL_W(0))) and W_EN;
-- process (COL_A, COL_B, COL_C, COL_D, COL_E, COL_W, W_EN) begin
-- --assigning address A to column
-- if (COL_A = 0) then
-- OPCODE_0(5) <= '1';
-- OPCODE_1(5) <= '0';
-- OPCODE_2(5) <= '0';
-- OPCODE_3(5) <= '0';
-- OPCODE_4(5) <= '0';
-- OPCODE_5(5) <= '0';
-- OPCODE_6(5) <= '0';
-- OPCODE_7(5) <= '0';
-- elsif (COL_A = 1) then
-- OPCODE_0(5) <= '0';
-- OPCODE_1(5) <= '1';
-- OPCODE_2(5) <= '0';
-- OPCODE_3(5) <= '0';
-- OPCODE_4(5) <= '0';
-- OPCODE_5(5) <= '0';
-- OPCODE_6(5) <= '0';
-- OPCODE_7(5) <= '0';
-- elsif (COL_A = 2) then
-- OPCODE_0(5) <= '0';
-- OPCODE_1(5) <= '0';
-- OPCODE_2(5) <= '1';
-- OPCODE_3(5) <= '0';
-- OPCODE_4(5) <= '0';
-- OPCODE_5(5) <= '0';
-- OPCODE_6(5) <= '0';
-- OPCODE_7(5) <= '0';
-- elsif (COL_A = 3) then
-- OPCODE_0(5) <= '0';
-- OPCODE_1(5) <= '0';
-- OPCODE_2(5) <= '0';
-- OPCODE_3(5) <= '1';
-- OPCODE_4(5) <= '0';
-- OPCODE_5(5) <= '0';
-- OPCODE_6(5) <= '0';
-- OPCODE_7(5) <= '0';
-- elsif (COL_A = 4) then
-- OPCODE_0(5) <= '0';
-- OPCODE_1(5) <= '0';
-- OPCODE_2(5) <= '0';
-- OPCODE_3(5) <= '0';
-- OPCODE_4(5) <= '1';
-- OPCODE_5(5) <= '0';
-- OPCODE_6(5) <= '0';
-- OPCODE_7(5) <= '0';
-- elsif (COL_A = 5) then
-- OPCODE_0(5) <= '0';
-- OPCODE_1(5) <= '0';
-- OPCODE_2(5) <= '0';
-- OPCODE_3(5) <= '0';
-- OPCODE_4(5) <= '0';
-- OPCODE_5(5) <= '1';
-- OPCODE_6(5) <= '0';
-- OPCODE_7(5) <= '0';
-- elsif (COL_A = 6) then
-- OPCODE_0(5) <= '0';
-- OPCODE_1(5) <= '0';
-- OPCODE_2(5) <= '0';
-- OPCODE_3(5) <= '0';
-- OPCODE_4(5) <= '0';
-- OPCODE_5(5) <= '0';
-- OPCODE_6(5) <= '1';
-- OPCODE_7(5) <= '0';
-- elsif (COL_A = 7) then
-- OPCODE_0(5) <= '0';
-- OPCODE_1(5) <= '0';
-- OPCODE_2(5) <= '0';
-- OPCODE_3(5) <= '0';
-- OPCODE_4(5) <= '0';
-- OPCODE_5(5) <= '0';
-- OPCODE_6(5) <= '0';
-- OPCODE_7(5) <= '1';
-- else
-- OPCODE_0(5) <= '0';
-- OPCODE_1(5) <= '0';
-- OPCODE_2(5) <= '0';
-- OPCODE_3(5) <= '0';
-- OPCODE_4(5) <= '0';
-- OPCODE_5(5) <= '0';
-- OPCODE_6(5) <= '0';
-- OPCODE_7(5) <= '0';
-- end if;
--
-- --assigning address B to column
-- if (COL_B = 0) then
-- OPCODE_0(4) <= '1';
-- OPCODE_1(4) <= '0';
-- OPCODE_2(4) <= '0';
-- OPCODE_3(4) <= '0';
-- OPCODE_4(4) <= '0';
-- OPCODE_5(4) <= '0';
-- OPCODE_6(4) <= '0';
-- OPCODE_7(4) <= '0';
-- elsif (COL_B = 1) then
-- OPCODE_0(4) <= '0';
-- OPCODE_1(4) <= '1';
-- OPCODE_2(4) <= '0';
-- OPCODE_3(4) <= '0';
-- OPCODE_4(4) <= '0';
-- OPCODE_5(4) <= '0';
-- OPCODE_6(4) <= '0';
-- OPCODE_7(4) <= '0';
-- elsif (COL_B = 2) then
-- OPCODE_0(4) <= '0';
-- OPCODE_1(4) <= '0';
-- OPCODE_2(4) <= '1';
-- OPCODE_3(4) <= '0';
-- OPCODE_4(4) <= '0';
-- OPCODE_5(4) <= '0';
-- OPCODE_6(4) <= '0';
-- OPCODE_7(4) <= '0';
-- elsif (COL_B = 3) then
-- OPCODE_0(4) <= '0';
-- OPCODE_1(4) <= '0';
-- OPCODE_2(4) <= '0';
-- OPCODE_3(4) <= '1';
-- OPCODE_4(4) <= '0';
-- OPCODE_5(4) <= '0';
-- OPCODE_6(4) <= '0';
-- OPCODE_7(4) <= '0';
-- elsif (COL_B = 4) then
-- OPCODE_0(4) <= '0';
-- OPCODE_1(4) <= '0';
-- OPCODE_2(4) <= '0';
-- OPCODE_3(4) <= '0';
-- OPCODE_4(4) <= '1';
-- OPCODE_5(4) <= '0';
-- OPCODE_6(4) <= '0';
-- OPCODE_7(4) <= '0';
-- elsif (COL_B = 5) then
-- OPCODE_0(4) <= '0';
-- OPCODE_1(4) <= '0';
-- OPCODE_2(4) <= '0';
-- OPCODE_3(4) <= '0';
-- OPCODE_4(4) <= '0';
-- OPCODE_5(4) <= '1';
-- OPCODE_6(4) <= '0';
-- OPCODE_7(4) <= '0';
-- elsif (COL_B = 6) then
-- OPCODE_0(4) <= '0';
-- OPCODE_1(4) <= '0';
-- OPCODE_2(4) <= '0';
-- OPCODE_3(4) <= '0';
-- OPCODE_4(4) <= '0';
-- OPCODE_5(4) <= '0';
-- OPCODE_6(4) <= '1';
-- OPCODE_7(4) <= '0';
-- elsif (COL_B = 7) then
-- OPCODE_0(4) <= '0';
-- OPCODE_1(4) <= '0';
-- OPCODE_2(4) <= '0';
-- OPCODE_3(4) <= '0';
-- OPCODE_4(4) <= '0';
-- OPCODE_5(4) <= '0';
-- OPCODE_6(4) <= '0';
-- OPCODE_7(4) <= '1';
-- else
-- OPCODE_0(4) <= '0';
-- OPCODE_1(4) <= '0';
-- OPCODE_2(4) <= '0';
-- OPCODE_3(4) <= '0';
-- OPCODE_4(4) <= '0';
-- OPCODE_5(4) <= '0';
-- OPCODE_6(4) <= '0';
-- OPCODE_7(4) <= '0';
-- end if;
--
-- --assigning address C to column
-- if (COL_C = 0) then
-- OPCODE_0(3) <= '1';
-- OPCODE_1(3) <= '0';
-- OPCODE_2(3) <= '0';
-- OPCODE_3(3) <= '0';
-- OPCODE_4(3) <= '0';
-- OPCODE_5(3) <= '0';
-- OPCODE_6(3) <= '0';
-- OPCODE_7(3) <= '0';
-- elsif (COL_C = 1) then
-- OPCODE_0(3) <= '0';
-- OPCODE_1(3) <= '1';
-- OPCODE_2(3) <= '0';
-- OPCODE_3(3) <= '0';
-- OPCODE_4(3) <= '0';
-- OPCODE_5(3) <= '0';
-- OPCODE_6(3) <= '0';
-- OPCODE_7(3) <= '0';
-- elsif (COL_C = 2) then
-- OPCODE_0(3) <= '0';
-- OPCODE_1(3) <= '0';
-- OPCODE_2(3) <= '1';
-- OPCODE_3(3) <= '0';
-- OPCODE_4(3) <= '0';
-- OPCODE_5(3) <= '0';
-- OPCODE_6(3) <= '0';
-- OPCODE_7(3) <= '0';
-- elsif (COL_C = 3) then
-- OPCODE_0(3) <= '0';
-- OPCODE_1(3) <= '0';
-- OPCODE_2(3) <= '0';
-- OPCODE_3(3) <= '1';
-- OPCODE_4(3) <= '0';
-- OPCODE_5(3) <= '0';
-- OPCODE_6(3) <= '0';
-- OPCODE_7(3) <= '0';
-- elsif (COL_C = 4) then
-- OPCODE_0(3) <= '0';
-- OPCODE_1(3) <= '0';
-- OPCODE_2(3) <= '0';
-- OPCODE_3(3) <= '0';
-- OPCODE_4(3) <= '1';
-- OPCODE_5(3) <= '0';
-- OPCODE_6(3) <= '0';
-- OPCODE_7(3) <= '0';
-- elsif (COL_C = 5) then
-- OPCODE_0(3) <= '0';
-- OPCODE_1(3) <= '0';
-- OPCODE_2(3) <= '0';
-- OPCODE_3(3) <= '0';
-- OPCODE_4(3) <= '0';
-- OPCODE_5(3) <= '1';
-- OPCODE_6(3) <= '0';
-- OPCODE_7(3) <= '0';
-- elsif (COL_C = 6) then
-- OPCODE_0(3) <= '0';
-- OPCODE_1(3) <= '0';
-- OPCODE_2(3) <= '0';
-- OPCODE_3(3) <= '0';
-- OPCODE_4(3) <= '0';
-- OPCODE_5(3) <= '0';
-- OPCODE_6(3) <= '1';
-- OPCODE_7(3) <= '0';
-- elsif (COL_C = 7) then
-- OPCODE_0(3) <= '0';
-- OPCODE_1(3) <= '0';
-- OPCODE_2(3) <= '0';
-- OPCODE_3(3) <= '0';
-- OPCODE_4(3) <= '0';
-- OPCODE_5(3) <= '0';
-- OPCODE_6(3) <= '0';
-- OPCODE_7(3) <= '1';
-- else
-- OPCODE_0(3) <= '0';
-- OPCODE_1(3) <= '0';
-- OPCODE_2(3) <= '0';
-- OPCODE_3(3) <= '0';
-- OPCODE_4(3) <= '0';
-- OPCODE_5(3) <= '0';
-- OPCODE_6(3) <= '0';
-- OPCODE_7(3) <= '0';
-- end if;
-- --assigning address D to column
-- if (COL_D = 0) then
-- OPCODE_0(2) <= '1';
-- OPCODE_1(2) <= '0';
-- OPCODE_2(2) <= '0';
-- OPCODE_3(2) <= '0';
-- OPCODE_4(2) <= '0';
-- OPCODE_5(2) <= '0';
-- OPCODE_6(2) <= '0';
-- OPCODE_7(2) <= '0';
-- elsif (COL_D = 1) then
-- OPCODE_0(2) <= '0';
-- OPCODE_1(2) <= '1';
-- OPCODE_2(2) <= '0';
-- OPCODE_3(2) <= '0';
-- OPCODE_4(2) <= '0';
-- OPCODE_5(2) <= '0';
-- OPCODE_6(2) <= '0';
-- OPCODE_7(2) <= '0';
-- elsif (COL_D = 2) then
-- OPCODE_0(2) <= '0';
-- OPCODE_1(2) <= '0';
-- OPCODE_2(2) <= '1';
-- OPCODE_3(2) <= '0';
-- OPCODE_4(2) <= '0';
-- OPCODE_5(2) <= '0';
-- OPCODE_6(2) <= '0';
-- OPCODE_7(2) <= '0';
-- elsif (COL_D = 3) then
-- OPCODE_0(2) <= '0';
-- OPCODE_1(2) <= '0';
-- OPCODE_2(2) <= '0';
-- OPCODE_3(2) <= '1';
-- OPCODE_4(2) <= '0';
-- OPCODE_5(2) <= '0';
-- OPCODE_6(2) <= '0';
-- OPCODE_7(2) <= '0';
-- elsif (COL_D = 4) then
-- OPCODE_0(2) <= '0';
-- OPCODE_1(2) <= '0';
-- OPCODE_2(2) <= '0';
-- OPCODE_3(2) <= '0';
-- OPCODE_4(2) <= '1';
-- OPCODE_5(2) <= '0';
-- OPCODE_6(2) <= '0';
-- OPCODE_7(2) <= '0';
-- elsif (COL_D = 5) then
-- OPCODE_0(2) <= '0';
-- OPCODE_1(2) <= '0';
-- OPCODE_2(2) <= '0';
-- OPCODE_3(2) <= '0';
-- OPCODE_4(2) <= '0';
-- OPCODE_5(2) <= '1';
-- OPCODE_6(2) <= '0';
-- OPCODE_7(2) <= '0';
-- elsif (COL_D = 6) then
-- OPCODE_0(2) <= '0';
-- OPCODE_1(2) <= '0';
-- OPCODE_2(2) <= '0';
-- OPCODE_3(2) <= '0';
-- OPCODE_4(2) <= '0';
-- OPCODE_5(2) <= '0';
-- OPCODE_6(2) <= '1';
-- OPCODE_7(2) <= '0';
-- elsif (COL_D = 7) then
-- OPCODE_0(2) <= '0';
-- OPCODE_1(2) <= '0';
-- OPCODE_2(2) <= '0';
-- OPCODE_3(2) <= '0';
-- OPCODE_4(2) <= '0';
-- OPCODE_5(2) <= '0';
-- OPCODE_6(2) <= '0';
-- OPCODE_7(2) <= '1';
-- else
-- OPCODE_0(2) <= '0';
-- OPCODE_1(2) <= '0';
-- OPCODE_2(2) <= '0';
-- OPCODE_3(2) <= '0';
-- OPCODE_4(2) <= '0';
-- OPCODE_5(2) <= '0';
-- OPCODE_6(2) <= '0';
-- OPCODE_7(2) <= '0';
-- end if;
-- --assigning address E to column
-- if (COL_E = 0) then
-- OPCODE_0(1) <= '1';
-- OPCODE_1(1) <= '0';
-- OPCODE_2(1) <= '0';
-- OPCODE_3(1) <= '0';
-- OPCODE_4(1) <= '0';
-- OPCODE_5(1) <= '0';
-- OPCODE_6(1) <= '0';
-- OPCODE_7(1) <= '0';
-- elsif (COL_E = 1) then
-- OPCODE_0(1) <= '0';
-- OPCODE_1(1) <= '1';
-- OPCODE_2(1) <= '0';
-- OPCODE_3(1) <= '0';
-- OPCODE_4(1) <= '0';
-- OPCODE_5(1) <= '0';
-- OPCODE_6(1) <= '0';
-- OPCODE_7(1) <= '0';
-- elsif (COL_E = 2) then
-- OPCODE_0(1) <= '0';
-- OPCODE_1(1) <= '0';
-- OPCODE_2(1) <= '1';
-- OPCODE_3(1) <= '0';
-- OPCODE_4(1) <= '0';
-- OPCODE_5(1) <= '0';
-- OPCODE_6(1) <= '0';
-- OPCODE_7(1) <= '0';
-- elsif (COL_E = 3) then
-- OPCODE_0(1) <= '0';
-- OPCODE_1(1) <= '0';
-- OPCODE_2(1) <= '0';
-- OPCODE_3(1) <= '1';
-- OPCODE_4(1) <= '0';
-- OPCODE_5(1) <= '0';
-- OPCODE_6(1) <= '0';
-- OPCODE_7(1) <= '0';
-- elsif (COL_E = 4) then
-- OPCODE_0(1) <= '0';
-- OPCODE_1(1) <= '0';
-- OPCODE_2(1) <= '0';
-- OPCODE_3(1) <= '0';
-- OPCODE_4(1) <= '1';
-- OPCODE_5(1) <= '0';
-- OPCODE_6(1) <= '0';
-- OPCODE_7(1) <= '0';
-- elsif (COL_E = 5) then
-- OPCODE_0(1) <= '0';
-- OPCODE_1(1) <= '0';
-- OPCODE_2(1) <= '0';
-- OPCODE_3(1) <= '0';
-- OPCODE_4(1) <= '0';
-- OPCODE_5(1) <= '1';
-- OPCODE_6(1) <= '0';
-- OPCODE_7(1) <= '0';
-- elsif (COL_E = 6) then
-- OPCODE_0(1) <= '0';
-- OPCODE_1(1) <= '0';
-- OPCODE_2(1) <= '0';
-- OPCODE_3(1) <= '0';
-- OPCODE_4(1) <= '0';
-- OPCODE_5(1) <= '0';
-- OPCODE_6(1) <= '1';
-- OPCODE_7(1) <= '0';
-- elsif (COL_E = 7) then
-- OPCODE_0(1) <= '0';
-- OPCODE_1(1) <= '0';
-- OPCODE_2(1) <= '0';
-- OPCODE_3(1) <= '0';
-- OPCODE_4(1) <= '0';
-- OPCODE_5(1) <= '0';
-- OPCODE_6(1) <= '0';
-- OPCODE_7(1) <= '1';
-- else
-- OPCODE_0(1) <= '0';
-- OPCODE_1(1) <= '0';
-- OPCODE_2(1) <= '0';
-- OPCODE_3(1) <= '0';
-- OPCODE_4(1) <= '0';
-- OPCODE_5(1) <= '0';
-- OPCODE_6(1) <= '0';
-- OPCODE_7(1) <= '0';
-- end if;
-- --assigning address W to column
-- if (COL_W = 0) then
-- OPCODE_0(0) <= '1' and W_EN;
-- OPCODE_1(0) <= '0';
-- OPCODE_2(0) <= '0';
-- OPCODE_3(0) <= '0';
-- OPCODE_4(0) <= '0';
-- OPCODE_5(0) <= '0';
-- OPCODE_6(0) <= '0';
-- OPCODE_7(0) <= '0';
-- elsif (COL_W = 1) then
-- OPCODE_0(0) <= '0';
-- OPCODE_1(0) <= '1' and W_EN;
-- OPCODE_2(0) <= '0';
-- OPCODE_3(0) <= '0';
-- OPCODE_4(0) <= '0';
-- OPCODE_5(0) <= '0';
-- OPCODE_6(0) <= '0';
-- OPCODE_7(0) <= '0';
-- elsif (COL_W = 2) then
-- OPCODE_0(0) <= '0';
-- OPCODE_1(0) <= '0';
-- OPCODE_2(0) <= '1' and W_EN;
-- OPCODE_3(0) <= '0';
-- OPCODE_4(0) <= '0';
-- OPCODE_5(0) <= '0';
-- OPCODE_6(0) <= '0';
-- OPCODE_7(0) <= '0';
-- elsif (COL_W = 3) then
-- OPCODE_0(0) <= '0';
-- OPCODE_1(0) <= '0';
-- OPCODE_2(0) <= '0';
-- OPCODE_3(0) <= '1' and W_EN;
-- OPCODE_4(0) <= '0';
-- OPCODE_5(0) <= '0';
-- OPCODE_6(0) <= '0';
-- OPCODE_7(0) <= '0';
-- elsif (COL_W = 4) then
-- OPCODE_0(0) <= '0';
-- OPCODE_1(0) <= '0';
-- OPCODE_2(0) <= '0';
-- OPCODE_3(0) <= '0';
-- OPCODE_4(0) <= '1' and W_EN;
-- OPCODE_5(0) <= '0';
-- OPCODE_6(0) <= '0';
-- OPCODE_7(0) <= '0';
-- elsif (COL_W = 5) then
-- OPCODE_0(0) <= '0';
-- OPCODE_1(0) <= '0';
-- OPCODE_2(0) <= '0';
-- OPCODE_3(0) <= '0';
-- OPCODE_4(0) <= '0';
-- OPCODE_5(0) <= '1' and W_EN;
-- OPCODE_6(0) <= '0';
-- OPCODE_7(0) <= '0';
-- elsif (COL_W = 6) then
-- OPCODE_0(0) <= '0';
-- OPCODE_1(0) <= '0';
-- OPCODE_2(0) <= '0';
-- OPCODE_3(0) <= '0';
-- OPCODE_4(0) <= '0';
-- OPCODE_5(0) <= '0';
-- OPCODE_6(0) <= '1' and W_EN;
-- OPCODE_7(0) <= '0';
-- elsif (COL_W = 7) then
-- OPCODE_0(0) <= '0';
-- OPCODE_1(0) <= '0';
-- OPCODE_2(0) <= '0';
-- OPCODE_3(0) <= '0';
-- OPCODE_4(0) <= '0';
-- OPCODE_5(0) <= '0';
-- OPCODE_6(0) <= '0';
-- OPCODE_7(0) <= '1' and W_EN;
-- else
-- OPCODE_0(0) <= '0';
-- OPCODE_1(0) <= '0';
-- OPCODE_2(0) <= '0';
-- OPCODE_3(0) <= '0';
-- OPCODE_4(0) <= '0';
-- OPCODE_5(0) <= '0';
-- OPCODE_6(0) <= '0';
-- OPCODE_7(0) <= '0';
-- end if;
-- end process;
end gen; | gpl-2.0 |
purisc-group/purisc | Global_memory/MAGIC_global/HAZARD_RESOLVE_global.vhd | 2 | 2102 | library ieee;
use ieee.std_logic_1164.all;
use ieee.numeric_std.all;
entity HAZARD_RESOLVE_global is
PORT(
select_signal : IN STD_LOGIC_VECTOR (15 DOWNTO 0);
hazard : IN STD_LOGIC;
data : IN STD_LOGIC_VECTOR(31 DOWNTO 0);
CLK : IN STD_LOGIC;
RESET_n : IN STD_LOGIC;
hazard_advanced : IN STD_LOGIC;
data_out : OUT STD_LOGIC_VECTOR(31 DOWNTO 0)
);
end;
architecture resolve of HAZARD_RESOLVE_global is
signal data_present : std_logic;
signal buffer_output : std_logic_vector(31 downto 0);
signal data_buffer : std_logic_vector(31 downto 0);
signal hazard_rising_edge : std_logic;
begin
--edge capture
hazard_rising_edge <= hazard_advanced and (hazard_advanced xor hazard);
data_present <= select_signal(15) or select_signal(14) or select_signal(13) or select_signal(12) or
select_signal(11) or select_signal(10) or select_signal(9) or select_signal(8) or
select_signal(7) or select_signal(6) or select_signal(5) or select_signal(4) or
select_signal(3) or select_signal(2) or select_signal(1) or select_signal(0);
buffering : process (CLK, RESET_n, hazard, data_present, data) begin
if (RESET_n = '0') then
buffer_output <= "00000000000000000000000000000000";
elsif (rising_edge(CLK)) then
if (data_present = '1' and hazard = '1') then
buffer_output <= data;
end if;
end if;
end process;
hazard_detect : process (hazard, data, data_buffer, RESET_n, buffer_output, data_present, CLK) begin
if (RESET_n = '0') then
data_buffer <= "00000000000000000000000000000000";
elsif (rising_edge(CLK))then --was on rising edge hazard
if (hazard_rising_edge = '1') then --this if never existed
if (data_present = '1') then
data_buffer <= data;
else
data_buffer <= buffer_output;
end if;
end if;
end if;
if (hazard = '0')then
if (data_present = '1') then
data_out <= data;
else
data_out <= buffer_output;
end if;
else
data_out <= data_buffer;
end if;
end process;
end; | gpl-2.0 |
mawww/ctags | Test/bug2374109.vhd | 98 | 196 | function Pow2( N, Exp : integer ) return mylib.myinteger is
Variable Result : integer := 1;
begin
for i in 1 to Exp loop
Result := Result * N;
end loop;
return( Result );
end Pow;
| gpl-2.0 |
rxfx/profibusmonitor | VHDL_Bausteine_old/abandoned_code/Rueckfallposition_19_12_2012/TEST_CTRL_9P6_50MHZ_SCH/CTRL_9P6_50MHZ_VHDL.vhd | 6 | 21554 | -- PROFI_9P6_50MHZ_REC_BYTE
-- PROFIBUS MONITOR
-- Ersteller: Martin Harndt
-- Erstellt: 09.10.2012
-- Bearbeiter: mharndt
-- Geaendert: 25.10.2012
library IEEE;
use IEEE.STD_LOGIC_1164.ALL;
use IEEE.STD_LOGIC_ARITH.ALL;
use IEEE.STD_LOGIC_UNSIGNED.ALL;
entity CTRL_9P6_50MHZ_VHDL is
Port ( InAB : in std_logic; --Eingangsvariable, Eingang Profibussignal
ERROR_QUIT : in std_logic; --Eingangsvariable, Fehler beenden
CTRL_ERROR : out std_logic; --Ausgangsvariable, Fehler anzeigen
EN_BIT_0 : out std_logic; --Ausgangsvariable
EN_BIT_1 : out std_logic; --Ausgangsvariable
EN_BIT_2 : out std_logic; --Ausgangsvariable
EN_BIT_3 : out std_logic; --Ausgangsvariable
EN_BIT_4 : out std_logic; --Ausgangsvariable
EN_BIT_5 : out std_logic; --Ausgangsvariable
EN_BIT_6 : out std_logic; --Ausgangsvariable
EN_BIT_7 : out std_logic; --Ausgangsvariable
EN_BIT_8 : out std_logic; --Ausgangsvariable
BIT_VALUE : out std_logic; --Ausgangsvariable, Bitwert
BYTE_OK : out std_logic; --Ausgangsvariable, Byte vollständig
CLK : in std_logic; --Taktvariable
CLK_IO : in std_logic; --Tanktvariable,
--Ein- und Ausgangsregister
IN_NEXT_STATE: in std_logic; --1:Zustandsuebergang möglich
RESET : in std_logic; --1: Initialzustand annehmen
DISPL1_SV : out std_logic_vector (3 downto 0); --aktueller Zustand Zahl1, binärzahl
DISPL2_SV : out std_logic_vector (3 downto 0); --aktueller Zustand Zahl2, binärzahl
DISPL1_n_SV : out std_logic_vector (3 downto 0); --Folgezustand Zahl1, binärzahl
DISPL2_n_SV : out std_logic_vector (3 downto 0) --Folgezustand Zahl2, binärzahl
);
end CTRL_9P6_50MHZ_VHDL;
architecture Behavioral of CTRL_9P6_50MHZ_VHDL is
type TYPE_STATE is (ST_CTRL_00, --Zustaende
ST_CTRL_01,
ST_CTRL_02,
ST_CTRL_03,
ST_CTRL_04,
ST_CTRL_05,
ST_CTRL_06,
ST_CTRL_07,
ST_CTRL_08,
ST_CTRL_09,
ST_CTRL_0A, --10
ST_CTRL_0B, --11
ST_CTRL_0C, --12
ST_CTRL_0D, --13
ST_CTRL_0E, --14
ST_CTRL_0F, --15
ST_CTRL_10, --16
ST_CTRL_11, --17
ST_CTRL_12, --18
ST_CTRL_13); --19
signal SV : TYPE_STATE; --Zustandsvariable
signal n_SV: TYPE_STATE; --Zustandsvariable, neuer Wert
signal SV_M: TYPE_STATE; --Zustandsvariable, Ausgang Master
signal COUNT : std_logic_vector (19 downto 0); --Zaehler, Vektor, 20 Bit
signal n_COUNT : std_logic_vector (19 downto 0); --Zaehler, neuer Wert, Vektor, 20 Bit
signal COUNT_M : std_logic_vector (19 downto 0); --Zaehler, Ausgang Master, Vektor, 20 Bit
signal LONG_STATE_SV : std_logic_vector (7 downto 0); -- aktueller Zustand in 8 Bit, binär
signal LONG_STATE_n_SV : std_logic_vector (7 downto 0); -- Folgezustand in 8 Bit, binär
signal InAB_S : std_logic; --Eingangsvariable
--Zwischengespeichert im Eingangsregister
signal not_CLK : std_logic; --negierte Taktvariable
signal not_CLK_IO: std_logic; --negierte Taktvariable
--Ein- und Ausgangsregister
constant CNTS30 : std_logic_vector := x"2625A"; --Konstanten
constant CNTT01 : std_logic_vector := x"00A2C";
constant CNTT02 : std_logic_vector := x"01E84";
constant CNTT03 : std_logic_vector := x"032DC";
constant CNTT04 : std_logic_vector := x"04735";
constant CNTT05 : std_logic_vector := x"05B8B";
constant CNTT06 : std_logic_vector := x"06FE4";
constant CNTT07 : std_logic_vector := x"08441";
constant CNTT08 : std_logic_vector := x"09872";
constant CNTT09 : std_logic_vector := x"0ACEE";
constant CNTT10 : std_logic_vector := x"0C147";
constant CNTT11 : std_logic_vector := x"0D59F";
constant CNTT12 : std_logic_vector := x"0EE09";
constant CNTT13 : std_logic_vector := x"0FA3E";
begin
NOT_CLK_PROC: process (CLK) --negieren Taktvariable
begin
not_CLK <= not CLK;
end process;
NOT_CLK_IO_PROC: process (CLK_IO) --negieren Taktvaraible
--Ein- und Ausgangsregister
begin
not_CLK_IO <= not CLK_IO;
end process;
IREG_PROC: process (InAB, InAB_S, not_CLK_IO) --Eingangsregister
begin
if (not_CLK_IO'event and not_CLK_IO = '1') --Eingangsregister
then InAB_S <= InAB;
end if;
end process;
SREG_M_PROC: process (RESET, n_SV, n_COUNT, CLK) --Master
begin
if (RESET ='1')
then SV_M <= ST_CTRL_00;
else
if (CLK'event and CLK = '1')
then
if (IN_NEXT_STATE = '1')
then SV_M <= n_SV;
COUNT_M <= n_COUNT;
else SV_M <= SV_M;
COUNT_M <= COUNT_M;
end if;
end if;
end if;
end process;
SREG_S_PROC: process (RESET, SV_M, COUNT_M, not_CLK) --Slave
begin
if (RESET = '1')
then SV <= ST_CTRL_00;
else
if (not_CLK'event and not_CLK = '1')
then SV <= SV_M;
COUNT <= COUNT_M;
end if;
end if;
end process;
IL_OL_PROC: process (InAB_S, SV)
begin
case SV is
when ST_CTRL_00 =>
-- VAS00
COUNT <= x"00000"; -- Zaehler nullen
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= '0';
BYTE_OK <= '0';
CTRL_ERROR <= '0';
if (InAB_S = '1')
then
-- VAS00
COUNT <= x"00000"; -- Zaehler Neustart
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= '0';
BYTE_OK <= '0';
CTRL_ERROR <= '0';
n_SV <= ST_CTRL_01; -- Zustandsuebgergang
else
n_SV <= ST_CTRL_00; --InAB = '0'
end if;
when ST_CTRL_01 =>
if (n_COUNT >= CNTS30) --156250
then
-- VAS01
n_COUNT <= COUNT+1;
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= '0';
BYTE_OK <= '0';
CTRL_ERROR <= '0';
n_SV <= ST_CTRL_02; -- Zustandsuebgergang
else --n_COUNT < CNTS30
--VAS01
n_COUNT <= COUNT+1;
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= '0';
BYTE_OK <= '0';
CTRL_ERROR <= '0';
n_SV <= ST_CTRL_01; --Zaehlschleife
end if;
when ST_CTRL_02 =>
if (InAB_S = '0')
then
-- VAS00
COUNT <= x"00000"; -- Zaehler Neustart
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= '0';
BYTE_OK <= '0';
CTRL_ERROR <= '0';
n_SV <= ST_CTRL_03; -- Zustandsuebgergang
else -- InAB_S = '1'
--VAS01
n_COUNT <= COUNT+1; -- dieser Zähler wird nicht abgefragt! (Sinnlos?)
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= '0';
BYTE_OK <= '0';
CTRL_ERROR <= '0';
n_SV <= ST_CTRL_02; --warte tsyn30 ab
end if;
when ST_CTRL_03 =>
if (n_COUNT >= CNTT01) --2604
then
-- VAS01
n_COUNT <= COUNT+1;
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= '0';
BYTE_OK <= '0';
CTRL_ERROR <= '0';
n_SV <= ST_CTRL_04; -- Zustandsuebgergang
else --n_COUNT < CNTT01
-- VAS01
n_COUNT <= COUNT+1;
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= '0';
BYTE_OK <= '0';
CTRL_ERROR <= '0';
n_SV <= ST_CTRL_03; --Zaehlschleife
end if;
when ST_CTRL_04 =>
if (InAB_S = '0') -- Startbit erkannt
then
-- VAS01
n_COUNT <= COUNT+1;
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= '0';
BYTE_OK <= '0';
CTRL_ERROR <= '0';
n_SV <= ST_CTRL_06; -- Zustandsuebgergang
else --InAB_S = '1'
-- VAS02
n_COUNT <= COUNT+1;
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= '0';
BYTE_OK <= '0';
CTRL_ERROR <= '1';
n_SV <= ST_CTRL_05; --Error
end if;
when ST_CTRL_05 =>
if (ERROR_QUIT = '0') -- Error nicht bestätigt
then
-- VAS02
n_COUNT <= COUNT+1;
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= '0';
BYTE_OK <= '0';
CTRL_ERROR <= '1';
n_SV <= ST_CTRL_05; -- Fehlerschleife
else --ERROR_QUIT = '1'
-- VAS00
n_SV <= ST_CTRL_00; --Zurueck zum Initialzustand
end if;
when ST_CTRL_06 =>
if (n_COUNT >= CNTT02) --7812
then
-- VAS03
n_COUNT <= COUNT+1;
EN_BIT_0 <= '1';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= InAB_S;
BYTE_OK <= '0';
CTRL_ERROR <= '0';
n_SV <= ST_CTRL_07; -- Zustandsuebgergang
else --n_COUNT < CNTT02
-- VAS01
n_COUNT <= COUNT+1;
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= '0';
BYTE_OK <= '0';
CTRL_ERROR <= '0';
n_SV <= ST_CTRL_06; --Zaehlschleife
end if;
when ST_CTRL_07 =>
if (n_COUNT >= CNTT03) --13020
then
-- VAS04
n_COUNT <= COUNT+1;
EN_BIT_0 <= '0';
EN_BIT_1 <= '1';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= InAB_S;
BYTE_OK <= '0';
CTRL_ERROR <= '0';
n_SV <= ST_CTRL_08; -- Zustandsuebgergang
else --n_COUNT < CNTT03
-- VAS01
n_COUNT <= COUNT+1;
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= '0';
BYTE_OK <= '0';
CTRL_ERROR <= '0';
n_SV <= ST_CTRL_07; --Zaehlschleife
end if;
when ST_CTRL_08 =>
if (n_COUNT >= CNTT04) --18229
then
-- VAS05
n_COUNT <= COUNT+1;
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '1';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= InAB_S;
BYTE_OK <= '0';
CTRL_ERROR <= '0';
n_SV <= ST_CTRL_09; -- Zustandsuebgergang
else --n_COUNT < CNTT04
-- VAS01
n_COUNT <= COUNT+1;
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= '0';
BYTE_OK <= '0';
CTRL_ERROR <= '0';
n_SV <= ST_CTRL_08; --Zaehlschleife
end if;
when ST_CTRL_09 =>
if (n_COUNT >= CNTT05) --23435
then
-- VAS06
n_COUNT <= COUNT+1;
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '1';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= InAB_S;
BYTE_OK <= '0';
CTRL_ERROR <= '0';
n_SV <= ST_CTRL_0A; -- Zustandsuebgergang
else --n_COUNT < CNTT05
-- VAS01
n_COUNT <= COUNT+1;
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= '0';
BYTE_OK <= '0';
CTRL_ERROR <= '0';
n_SV <= ST_CTRL_09; --Zaehlschleife
end if;
when ST_CTRL_0A =>
if (n_COUNT >= CNTT06) --28644
then
-- VAS07
n_COUNT <= COUNT+1;
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '1';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= InAB_S;
BYTE_OK <= '0';
CTRL_ERROR <= '0';
n_SV <= ST_CTRL_0B; -- Zustandsuebgergang
else --n_COUNT < CNTT06
-- VAS01
n_COUNT <= COUNT+1;
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= '0';
BYTE_OK <= '0';
CTRL_ERROR <= '0';
n_SV <= ST_CTRL_0A; --Zaehlschleife
end if;
when ST_CTRL_0B =>
if (n_COUNT >= CNTT07) --33854
then
-- VAS08
n_COUNT <= COUNT+1;
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '1';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= InAB_S;
BYTE_OK <= '0';
CTRL_ERROR <= '0';
n_SV <= ST_CTRL_0C; -- Zustandsuebgergang
else --n_COUNT < CNTT07
-- VAS01
n_COUNT <= COUNT+1;
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= '0';
BYTE_OK <= '0';
CTRL_ERROR <= '0';
n_SV <= ST_CTRL_0B; --Zaehlschleife
end if;
when ST_CTRL_0C =>
if (n_COUNT >= CNTT08) --39062
then
-- VAS09
n_COUNT <= COUNT+1;
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '1';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= InAB_S;
BYTE_OK <= '0';
CTRL_ERROR <= '0';
n_SV <= ST_CTRL_0B; -- Zustandsuebgergang
else --n_COUNT < CNTT08
-- VAS01
n_COUNT <= COUNT+1;
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= '0';
BYTE_OK <= '0';
CTRL_ERROR <= '0';
n_SV <= ST_CTRL_0C; --Zaehlschleife
end if;
when ST_CTRL_0D =>
if (n_COUNT >= CNTT09) --44270
then
-- VAS10
n_COUNT <= COUNT+1;
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '1';
EN_BIT_8 <= '0';
BIT_VALUE <= InAB_S;
BYTE_OK <= '0';
CTRL_ERROR <= '0';
n_SV <= ST_CTRL_0E; -- Zustandsuebgergang
else --n_COUNT < CNTT09
-- VAS01
n_COUNT <= COUNT+1;
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= '0';
BYTE_OK <= '0';
CTRL_ERROR <= '0';
n_SV <= ST_CTRL_0D; --Zaehlschleife
end if;
when ST_CTRL_0E =>
if (n_COUNT >= CNTT10) --49479
then
-- VAS11
n_COUNT <= COUNT+1;
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '1';
BIT_VALUE <= InAB_S;
BYTE_OK <= '0';
CTRL_ERROR <= '0';
n_SV <= ST_CTRL_0F; -- Zustandsuebgergang
else --n_COUNT < CNTT10
-- VAS01
n_COUNT <= COUNT+1;
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= '0';
BYTE_OK <= '0';
CTRL_ERROR <= '0';
n_SV <= ST_CTRL_0E; --Zaehlschleife
end if;
when ST_CTRL_0F =>
if (n_COUNT >= CNTT11) --54687
then
-- VAS01
n_COUNT <= COUNT+1;
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= '0';
BYTE_OK <= '0';
CTRL_ERROR <= '0';
n_SV <= ST_CTRL_10; -- Zustandsuebgergang
else --n_COUNT < CNTT11
-- VAS01
n_COUNT <= COUNT+1;
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= '0';
BYTE_OK <= '0';
CTRL_ERROR <= '0';
n_SV <= ST_CTRL_0F; --Zaehlschleife
end if;
when ST_CTRL_10 =>
if (InAB_S = '0')
then
-- VAS02
n_COUNT <= COUNT+1;
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= '0';
BYTE_OK <= '0';
CTRL_ERROR <= '1';
n_SV <= ST_CTRL_05; -- Error: Kein Stoppbit
else --InAB_S = '1'
-- VAS12
n_COUNT <= COUNT+1;
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= '0';
BYTE_OK <= '1';
CTRL_ERROR <= '0';
n_SV <= ST_CTRL_11; --Stoppbit erkannt
end if;
when ST_CTRL_11 =>
if (n_COUNT >= CNTT12) --60937
then
-- VAS01
n_COUNT <= COUNT+1;
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= '0';
BYTE_OK <= '0';
CTRL_ERROR <= '0';
n_SV <= ST_CTRL_12; -- Zustandsuebgergang
else -- n_COUNT < CNTT12
-- VAS01
n_COUNT <= COUNT+1;
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= '0';
BYTE_OK <= '0';
CTRL_ERROR <= '0';
n_SV <= ST_CTRL_11; --Zaehlschleife
end if;
when ST_CTRL_12 =>
if (InAB_S = '0') -- Startbit gefunden
then
-- VAS00
COUNT <= x"00000"; -- Zaehler Neustart
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= '0';
BYTE_OK <= '0';
CTRL_ERROR <= '0';
n_SV <= ST_CTRL_03; -- Zustandsuebgergang
else -- InAB_S = '1'
-- VAS01
n_COUNT <= COUNT+1;
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= '0';
BYTE_OK <= '0';
CTRL_ERROR <= '0';
n_SV <= ST_CTRL_13; --Zaehlschleife Teil 1
end if;
when ST_CTRL_13 =>
if (n_COUNT >= CNTT13) --64062
then
-- VAS00
n_SV <= ST_CTRL_00; -- Kein Startbit gefunden (neues SYN?)
else -- n_COUNT < CNTT13
-- VAS01
n_COUNT <= COUNT+1;
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= '0';
BYTE_OK <= '0';
CTRL_ERROR <= '0';
n_SV <= ST_CTRL_12; --Zaehlschleife Teil 2
end if;
when others => n_SV <= ST_CTRL_00;
end case;
end process;
STATE_DISPL_PROC: process (SV, n_SV) -- Zustandsanzeige
begin
LONG_STATE_SV <= conv_std_logic_vector(TYPE_STATE'pos( SV),8); --Zustandsumwandlung in 8 Bit
LONG_STATE_n_SV <= conv_std_logic_vector(TYPE_STATE'pos(n_SV),8);
DISPL1_SV(0) <= LONG_STATE_SV(0); --Bit0
DISPL1_SV(1) <= LONG_STATE_SV(1); --Bit1
DISPL1_SV(2) <= LONG_STATE_SV(2); --Bit2
DISPL1_SV(3) <= LONG_STATE_SV(3); --Bit3
DISPL2_SV(0) <= LONG_STATE_SV(4); --usw.
DISPL2_SV(1) <= LONG_STATE_SV(5);
DISPL2_SV(2) <= LONG_STATE_SV(6);
DISPL2_SV(3) <= LONG_STATE_SV(7);
DISPL1_n_SV(0) <= LONG_STATE_n_SV(0);
DISPL1_n_SV(1) <= LONG_STATE_n_SV(1);
DISPL1_n_SV(2) <= LONG_STATE_n_SV(2);
DISPL1_n_SV(3) <= LONG_STATE_n_SV(3);
DISPL2_n_SV(0) <= LONG_STATE_n_SV(4);
DISPL2_n_SV(1) <= LONG_STATE_n_SV(5);
DISPL2_n_SV(2) <= LONG_STATE_n_SV(6);
DISPL2_n_SV(3) <= LONG_STATE_n_SV(7);
end process;
end Behavioral;
| gpl-2.0 |
rxfx/profibusmonitor | VHDL_Bausteine_old/abandoned_code/Rueckfallposition_14_12_2012/TEST_CTRL_9P6_50MHZ_SCH/CTRL_9P6_50MHZ_VHDL.vhd | 6 | 21554 | -- PROFI_9P6_50MHZ_REC_BYTE
-- PROFIBUS MONITOR
-- Ersteller: Martin Harndt
-- Erstellt: 09.10.2012
-- Bearbeiter: mharndt
-- Geaendert: 25.10.2012
library IEEE;
use IEEE.STD_LOGIC_1164.ALL;
use IEEE.STD_LOGIC_ARITH.ALL;
use IEEE.STD_LOGIC_UNSIGNED.ALL;
entity CTRL_9P6_50MHZ_VHDL is
Port ( InAB : in std_logic; --Eingangsvariable, Eingang Profibussignal
ERROR_QUIT : in std_logic; --Eingangsvariable, Fehler beenden
CTRL_ERROR : out std_logic; --Ausgangsvariable, Fehler anzeigen
EN_BIT_0 : out std_logic; --Ausgangsvariable
EN_BIT_1 : out std_logic; --Ausgangsvariable
EN_BIT_2 : out std_logic; --Ausgangsvariable
EN_BIT_3 : out std_logic; --Ausgangsvariable
EN_BIT_4 : out std_logic; --Ausgangsvariable
EN_BIT_5 : out std_logic; --Ausgangsvariable
EN_BIT_6 : out std_logic; --Ausgangsvariable
EN_BIT_7 : out std_logic; --Ausgangsvariable
EN_BIT_8 : out std_logic; --Ausgangsvariable
BIT_VALUE : out std_logic; --Ausgangsvariable, Bitwert
BYTE_OK : out std_logic; --Ausgangsvariable, Byte vollständig
CLK : in std_logic; --Taktvariable
CLK_IO : in std_logic; --Tanktvariable,
--Ein- und Ausgangsregister
IN_NEXT_STATE: in std_logic; --1:Zustandsuebergang möglich
RESET : in std_logic; --1: Initialzustand annehmen
DISPL1_SV : out std_logic_vector (3 downto 0); --aktueller Zustand Zahl1, binärzahl
DISPL2_SV : out std_logic_vector (3 downto 0); --aktueller Zustand Zahl2, binärzahl
DISPL1_n_SV : out std_logic_vector (3 downto 0); --Folgezustand Zahl1, binärzahl
DISPL2_n_SV : out std_logic_vector (3 downto 0) --Folgezustand Zahl2, binärzahl
);
end CTRL_9P6_50MHZ_VHDL;
architecture Behavioral of CTRL_9P6_50MHZ_VHDL is
type TYPE_STATE is (ST_CTRL_00, --Zustaende
ST_CTRL_01,
ST_CTRL_02,
ST_CTRL_03,
ST_CTRL_04,
ST_CTRL_05,
ST_CTRL_06,
ST_CTRL_07,
ST_CTRL_08,
ST_CTRL_09,
ST_CTRL_0A, --10
ST_CTRL_0B, --11
ST_CTRL_0C, --12
ST_CTRL_0D, --13
ST_CTRL_0E, --14
ST_CTRL_0F, --15
ST_CTRL_10, --16
ST_CTRL_11, --17
ST_CTRL_12, --18
ST_CTRL_13); --19
signal SV : TYPE_STATE; --Zustandsvariable
signal n_SV: TYPE_STATE; --Zustandsvariable, neuer Wert
signal SV_M: TYPE_STATE; --Zustandsvariable, Ausgang Master
signal COUNT : std_logic_vector (19 downto 0); --Zaehler, Vektor, 20 Bit
signal n_COUNT : std_logic_vector (19 downto 0); --Zaehler, neuer Wert, Vektor, 20 Bit
signal COUNT_M : std_logic_vector (19 downto 0); --Zaehler, Ausgang Master, Vektor, 20 Bit
signal LONG_STATE_SV : std_logic_vector (7 downto 0); -- aktueller Zustand in 8 Bit, binär
signal LONG_STATE_n_SV : std_logic_vector (7 downto 0); -- Folgezustand in 8 Bit, binär
signal InAB_S : std_logic; --Eingangsvariable
--Zwischengespeichert im Eingangsregister
signal not_CLK : std_logic; --negierte Taktvariable
signal not_CLK_IO: std_logic; --negierte Taktvariable
--Ein- und Ausgangsregister
constant CNTS30 : std_logic_vector := x"2625A"; --Konstanten
constant CNTT01 : std_logic_vector := x"00A2C";
constant CNTT02 : std_logic_vector := x"01E84";
constant CNTT03 : std_logic_vector := x"032DC";
constant CNTT04 : std_logic_vector := x"04735";
constant CNTT05 : std_logic_vector := x"05B8B";
constant CNTT06 : std_logic_vector := x"06FE4";
constant CNTT07 : std_logic_vector := x"08441";
constant CNTT08 : std_logic_vector := x"09872";
constant CNTT09 : std_logic_vector := x"0ACEE";
constant CNTT10 : std_logic_vector := x"0C147";
constant CNTT11 : std_logic_vector := x"0D59F";
constant CNTT12 : std_logic_vector := x"0EE09";
constant CNTT13 : std_logic_vector := x"0FA3E";
begin
NOT_CLK_PROC: process (CLK) --negieren Taktvariable
begin
not_CLK <= not CLK;
end process;
NOT_CLK_IO_PROC: process (CLK_IO) --negieren Taktvaraible
--Ein- und Ausgangsregister
begin
not_CLK_IO <= not CLK_IO;
end process;
IREG_PROC: process (InAB, InAB_S, not_CLK_IO) --Eingangsregister
begin
if (not_CLK_IO'event and not_CLK_IO = '1') --Eingangsregister
then InAB_S <= InAB;
end if;
end process;
SREG_M_PROC: process (RESET, n_SV, n_COUNT, CLK) --Master
begin
if (RESET ='1')
then SV_M <= ST_CTRL_00;
else
if (CLK'event and CLK = '1')
then
if (IN_NEXT_STATE = '1')
then SV_M <= n_SV;
COUNT_M <= n_COUNT;
else SV_M <= SV_M;
COUNT_M <= COUNT_M;
end if;
end if;
end if;
end process;
SREG_S_PROC: process (RESET, SV_M, COUNT_M, not_CLK) --Slave
begin
if (RESET = '1')
then SV <= ST_CTRL_00;
else
if (not_CLK'event and not_CLK = '1')
then SV <= SV_M;
COUNT <= COUNT_M;
end if;
end if;
end process;
IL_OL_PROC: process (InAB_S, SV)
begin
case SV is
when ST_CTRL_00 =>
-- VAS00
COUNT <= x"00000"; -- Zaehler nullen
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= '0';
BYTE_OK <= '0';
CTRL_ERROR <= '0';
if (InAB_S = '1')
then
-- VAS00
COUNT <= x"00000"; -- Zaehler Neustart
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= '0';
BYTE_OK <= '0';
CTRL_ERROR <= '0';
n_SV <= ST_CTRL_01; -- Zustandsuebgergang
else
n_SV <= ST_CTRL_00; --InAB = '0'
end if;
when ST_CTRL_01 =>
if (n_COUNT >= CNTS30) --156250
then
-- VAS01
n_COUNT <= COUNT+1;
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= '0';
BYTE_OK <= '0';
CTRL_ERROR <= '0';
n_SV <= ST_CTRL_02; -- Zustandsuebgergang
else --n_COUNT < CNTS30
--VAS01
n_COUNT <= COUNT+1;
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= '0';
BYTE_OK <= '0';
CTRL_ERROR <= '0';
n_SV <= ST_CTRL_01; --Zaehlschleife
end if;
when ST_CTRL_02 =>
if (InAB_S = '0')
then
-- VAS00
COUNT <= x"00000"; -- Zaehler Neustart
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= '0';
BYTE_OK <= '0';
CTRL_ERROR <= '0';
n_SV <= ST_CTRL_03; -- Zustandsuebgergang
else -- InAB_S = '1'
--VAS01
n_COUNT <= COUNT+1; -- dieser Zähler wird nicht abgefragt! (Sinnlos?)
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= '0';
BYTE_OK <= '0';
CTRL_ERROR <= '0';
n_SV <= ST_CTRL_02; --warte tsyn30 ab
end if;
when ST_CTRL_03 =>
if (n_COUNT >= CNTT01) --2604
then
-- VAS01
n_COUNT <= COUNT+1;
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= '0';
BYTE_OK <= '0';
CTRL_ERROR <= '0';
n_SV <= ST_CTRL_04; -- Zustandsuebgergang
else --n_COUNT < CNTT01
-- VAS01
n_COUNT <= COUNT+1;
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= '0';
BYTE_OK <= '0';
CTRL_ERROR <= '0';
n_SV <= ST_CTRL_03; --Zaehlschleife
end if;
when ST_CTRL_04 =>
if (InAB_S = '0') -- Startbit erkannt
then
-- VAS01
n_COUNT <= COUNT+1;
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= '0';
BYTE_OK <= '0';
CTRL_ERROR <= '0';
n_SV <= ST_CTRL_06; -- Zustandsuebgergang
else --InAB_S = '1'
-- VAS02
n_COUNT <= COUNT+1;
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= '0';
BYTE_OK <= '0';
CTRL_ERROR <= '1';
n_SV <= ST_CTRL_05; --Error
end if;
when ST_CTRL_05 =>
if (ERROR_QUIT = '0') -- Error nicht bestätigt
then
-- VAS02
n_COUNT <= COUNT+1;
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= '0';
BYTE_OK <= '0';
CTRL_ERROR <= '1';
n_SV <= ST_CTRL_05; -- Fehlerschleife
else --ERROR_QUIT = '1'
-- VAS00
n_SV <= ST_CTRL_00; --Zurueck zum Initialzustand
end if;
when ST_CTRL_06 =>
if (n_COUNT >= CNTT02) --7812
then
-- VAS03
n_COUNT <= COUNT+1;
EN_BIT_0 <= '1';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= InAB_S;
BYTE_OK <= '0';
CTRL_ERROR <= '0';
n_SV <= ST_CTRL_07; -- Zustandsuebgergang
else --n_COUNT < CNTT02
-- VAS01
n_COUNT <= COUNT+1;
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= '0';
BYTE_OK <= '0';
CTRL_ERROR <= '0';
n_SV <= ST_CTRL_06; --Zaehlschleife
end if;
when ST_CTRL_07 =>
if (n_COUNT >= CNTT03) --13020
then
-- VAS04
n_COUNT <= COUNT+1;
EN_BIT_0 <= '0';
EN_BIT_1 <= '1';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= InAB_S;
BYTE_OK <= '0';
CTRL_ERROR <= '0';
n_SV <= ST_CTRL_08; -- Zustandsuebgergang
else --n_COUNT < CNTT03
-- VAS01
n_COUNT <= COUNT+1;
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= '0';
BYTE_OK <= '0';
CTRL_ERROR <= '0';
n_SV <= ST_CTRL_07; --Zaehlschleife
end if;
when ST_CTRL_08 =>
if (n_COUNT >= CNTT04) --18229
then
-- VAS05
n_COUNT <= COUNT+1;
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '1';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= InAB_S;
BYTE_OK <= '0';
CTRL_ERROR <= '0';
n_SV <= ST_CTRL_09; -- Zustandsuebgergang
else --n_COUNT < CNTT04
-- VAS01
n_COUNT <= COUNT+1;
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= '0';
BYTE_OK <= '0';
CTRL_ERROR <= '0';
n_SV <= ST_CTRL_08; --Zaehlschleife
end if;
when ST_CTRL_09 =>
if (n_COUNT >= CNTT05) --23435
then
-- VAS06
n_COUNT <= COUNT+1;
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '1';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= InAB_S;
BYTE_OK <= '0';
CTRL_ERROR <= '0';
n_SV <= ST_CTRL_0A; -- Zustandsuebgergang
else --n_COUNT < CNTT05
-- VAS01
n_COUNT <= COUNT+1;
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= '0';
BYTE_OK <= '0';
CTRL_ERROR <= '0';
n_SV <= ST_CTRL_09; --Zaehlschleife
end if;
when ST_CTRL_0A =>
if (n_COUNT >= CNTT06) --28644
then
-- VAS07
n_COUNT <= COUNT+1;
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '1';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= InAB_S;
BYTE_OK <= '0';
CTRL_ERROR <= '0';
n_SV <= ST_CTRL_0B; -- Zustandsuebgergang
else --n_COUNT < CNTT06
-- VAS01
n_COUNT <= COUNT+1;
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= '0';
BYTE_OK <= '0';
CTRL_ERROR <= '0';
n_SV <= ST_CTRL_0A; --Zaehlschleife
end if;
when ST_CTRL_0B =>
if (n_COUNT >= CNTT07) --33854
then
-- VAS08
n_COUNT <= COUNT+1;
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '1';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= InAB_S;
BYTE_OK <= '0';
CTRL_ERROR <= '0';
n_SV <= ST_CTRL_0C; -- Zustandsuebgergang
else --n_COUNT < CNTT07
-- VAS01
n_COUNT <= COUNT+1;
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= '0';
BYTE_OK <= '0';
CTRL_ERROR <= '0';
n_SV <= ST_CTRL_0B; --Zaehlschleife
end if;
when ST_CTRL_0C =>
if (n_COUNT >= CNTT08) --39062
then
-- VAS09
n_COUNT <= COUNT+1;
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '1';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= InAB_S;
BYTE_OK <= '0';
CTRL_ERROR <= '0';
n_SV <= ST_CTRL_0B; -- Zustandsuebgergang
else --n_COUNT < CNTT08
-- VAS01
n_COUNT <= COUNT+1;
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= '0';
BYTE_OK <= '0';
CTRL_ERROR <= '0';
n_SV <= ST_CTRL_0C; --Zaehlschleife
end if;
when ST_CTRL_0D =>
if (n_COUNT >= CNTT09) --44270
then
-- VAS10
n_COUNT <= COUNT+1;
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '1';
EN_BIT_8 <= '0';
BIT_VALUE <= InAB_S;
BYTE_OK <= '0';
CTRL_ERROR <= '0';
n_SV <= ST_CTRL_0E; -- Zustandsuebgergang
else --n_COUNT < CNTT09
-- VAS01
n_COUNT <= COUNT+1;
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= '0';
BYTE_OK <= '0';
CTRL_ERROR <= '0';
n_SV <= ST_CTRL_0D; --Zaehlschleife
end if;
when ST_CTRL_0E =>
if (n_COUNT >= CNTT10) --49479
then
-- VAS11
n_COUNT <= COUNT+1;
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '1';
BIT_VALUE <= InAB_S;
BYTE_OK <= '0';
CTRL_ERROR <= '0';
n_SV <= ST_CTRL_0F; -- Zustandsuebgergang
else --n_COUNT < CNTT10
-- VAS01
n_COUNT <= COUNT+1;
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= '0';
BYTE_OK <= '0';
CTRL_ERROR <= '0';
n_SV <= ST_CTRL_0E; --Zaehlschleife
end if;
when ST_CTRL_0F =>
if (n_COUNT >= CNTT11) --54687
then
-- VAS01
n_COUNT <= COUNT+1;
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= '0';
BYTE_OK <= '0';
CTRL_ERROR <= '0';
n_SV <= ST_CTRL_10; -- Zustandsuebgergang
else --n_COUNT < CNTT11
-- VAS01
n_COUNT <= COUNT+1;
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= '0';
BYTE_OK <= '0';
CTRL_ERROR <= '0';
n_SV <= ST_CTRL_0F; --Zaehlschleife
end if;
when ST_CTRL_10 =>
if (InAB_S = '0')
then
-- VAS02
n_COUNT <= COUNT+1;
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= '0';
BYTE_OK <= '0';
CTRL_ERROR <= '1';
n_SV <= ST_CTRL_05; -- Error: Kein Stoppbit
else --InAB_S = '1'
-- VAS12
n_COUNT <= COUNT+1;
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= '0';
BYTE_OK <= '1';
CTRL_ERROR <= '0';
n_SV <= ST_CTRL_11; --Stoppbit erkannt
end if;
when ST_CTRL_11 =>
if (n_COUNT >= CNTT12) --60937
then
-- VAS01
n_COUNT <= COUNT+1;
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= '0';
BYTE_OK <= '0';
CTRL_ERROR <= '0';
n_SV <= ST_CTRL_12; -- Zustandsuebgergang
else -- n_COUNT < CNTT12
-- VAS01
n_COUNT <= COUNT+1;
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= '0';
BYTE_OK <= '0';
CTRL_ERROR <= '0';
n_SV <= ST_CTRL_11; --Zaehlschleife
end if;
when ST_CTRL_12 =>
if (InAB_S = '0') -- Startbit gefunden
then
-- VAS00
COUNT <= x"00000"; -- Zaehler Neustart
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= '0';
BYTE_OK <= '0';
CTRL_ERROR <= '0';
n_SV <= ST_CTRL_03; -- Zustandsuebgergang
else -- InAB_S = '1'
-- VAS01
n_COUNT <= COUNT+1;
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= '0';
BYTE_OK <= '0';
CTRL_ERROR <= '0';
n_SV <= ST_CTRL_13; --Zaehlschleife Teil 1
end if;
when ST_CTRL_13 =>
if (n_COUNT >= CNTT13) --64062
then
-- VAS00
n_SV <= ST_CTRL_00; -- Kein Startbit gefunden (neues SYN?)
else -- n_COUNT < CNTT13
-- VAS01
n_COUNT <= COUNT+1;
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= '0';
BYTE_OK <= '0';
CTRL_ERROR <= '0';
n_SV <= ST_CTRL_12; --Zaehlschleife Teil 2
end if;
when others => n_SV <= ST_CTRL_00;
end case;
end process;
STATE_DISPL_PROC: process (SV, n_SV) -- Zustandsanzeige
begin
LONG_STATE_SV <= conv_std_logic_vector(TYPE_STATE'pos( SV),8); --Zustandsumwandlung in 8 Bit
LONG_STATE_n_SV <= conv_std_logic_vector(TYPE_STATE'pos(n_SV),8);
DISPL1_SV(0) <= LONG_STATE_SV(0); --Bit0
DISPL1_SV(1) <= LONG_STATE_SV(1); --Bit1
DISPL1_SV(2) <= LONG_STATE_SV(2); --Bit2
DISPL1_SV(3) <= LONG_STATE_SV(3); --Bit3
DISPL2_SV(0) <= LONG_STATE_SV(4); --usw.
DISPL2_SV(1) <= LONG_STATE_SV(5);
DISPL2_SV(2) <= LONG_STATE_SV(6);
DISPL2_SV(3) <= LONG_STATE_SV(7);
DISPL1_n_SV(0) <= LONG_STATE_n_SV(0);
DISPL1_n_SV(1) <= LONG_STATE_n_SV(1);
DISPL1_n_SV(2) <= LONG_STATE_n_SV(2);
DISPL1_n_SV(3) <= LONG_STATE_n_SV(3);
DISPL2_n_SV(0) <= LONG_STATE_n_SV(4);
DISPL2_n_SV(1) <= LONG_STATE_n_SV(5);
DISPL2_n_SV(2) <= LONG_STATE_n_SV(6);
DISPL2_n_SV(3) <= LONG_STATE_n_SV(7);
end process;
end Behavioral;
| gpl-2.0 |
rxfx/profibusmonitor | VHDL_Bausteine_old/abandoned_code/TEST_CTRL_TELEGRAM_FILTER/CLOCK_SINGLE_RUN_SRC.vhd | 26 | 2585 | library IEEE;
use IEEE.STD_LOGIC_1164.ALL;
use IEEE.STD_LOGIC_ARITH.ALL;
use IEEE.STD_LOGIC_UNSIGNED.ALL;
-- Uncomment the following lines to use the declarations that are
-- provided for instantiating Xilinx primitive components.
--library UNISIM;
--use UNISIM.VComponents.all;
entity CLOCK_SINGLE_RUN_SRC is
Port ( CLK: in std_logic; -- (System) Takt
SINGLE: in std_logic; -- 1: Einzeltakt
RUN_R: in std_logic; -- 1: Dauerbetrieb
-- mit Eingangsregister
RESET: in std_logic; -- 1: Initialzustand soll angenommen werden
OUT_NEXT_STATE: out std_logic); -- 1: nächster Zustand
end CLOCK_SINGLE_RUN_SRC;
architecture Behavioral of CLOCK_SINGLE_RUN_SRC is
type TYPE_STATE is (CSR_0, CSR_1, CSR_2); -- Zustände
signal SV: TYPE_STATE; --Zustangsvariable
signal n_SV: TYPE_STATE; --Zustangsvariable, neuer Wert
signal SV_M: TYPE_STATE; --Zustangsvariable, Ausgang Master
signal RUN_S: std_logic;
signal not_CLK : std_logic;
begin
NOT_CLK_PROC: process (CLK)
begin
not_CLK <= not CLK;
end process;
IREG_PROC: process (RUN_R, not_CLK)
begin
if (not_CLK'event and not_CLK = '1')
then RUN_S <= RUN_R;
end if;
end process;
IL_OL_PROC: process (SINGLE, RUN_S, SV)
begin
case SV is
when CSR_0 =>
if (SINGLE = '1')
then OUT_NEXT_STATE <= '1'; n_SV <= CSR_2;
else
if (RUN_S = '1')
then OUT_NEXT_STATE <= '1'; n_SV <= CSR_1;
else OUT_NEXT_STATE <= '0'; n_SV <= CSR_0;
end if;
end if;
when CSR_1 => OUT_NEXT_STATE <= '0';
if (SINGLE = '1')
then OUT_NEXT_STATE <= '0'; n_SV <= CSR_2;
else OUT_NEXT_STATE <= '1'; n_SV <= CSR_1;
end if;
when CSR_2 => OUT_NEXT_STATE <= '1';
if (SINGLE = '1')
then OUT_NEXT_STATE <= '0'; n_SV <= CSR_2;
else OUT_NEXT_STATE <= '0'; n_SV <= CSR_0;
end if;
when others => OUT_NEXT_STATE <= '0';
end case;
end process;
SREG_M_PROC: process (RESET, n_SV, CLK) -- Master
begin
if(RESET = '1')
then SV_M <= CSR_0;
else
if (CLK'event and CLK = '1')
then SV_M <= n_SV;
else SV_M <= SV_M;
end if;
end if;
end process;
SREG_S_PROC: process (RESET, SV_M, not_CLK) -- Slave
begin
if(RESET = '1')
then SV <= CSR_0;
else
if (not_CLK'event and not_CLK = '1')
then SV <= SV_M;
end if;
end if;
end process;
end Behavioral;
| gpl-2.0 |
rxfx/profibusmonitor | VHDL_Bausteine/PROFIBUS_MONITOR/CTRL_TELEGRAM_FILTER_SD1_VHDL.vhd | 4 | 6433 | -- CTRL_TELEGRAM_FILTER_SD1
-- Profibus Telegramtyp SD1 ermitteln und Bytes ausgeben, alternativ alle Bytes durchlassen
-- Ersteller: Martin Harndt
-- Erstellt: 23.01.2013
-- Bearbeiter: mharndt
-- Geaendert: 24.01.2013
-- Umstellung auf: rising_edge(CLK) und falling_edge(CLK) und http://www.sigasi.com/content/clock-edge-detection
library IEEE;
use IEEE.STD_LOGIC_1164.ALL;
use IEEE.STD_LOGIC_ARITH.ALL;
use IEEE.STD_LOGIC_UNSIGNED.ALL;
entity CTRL_TELEGRAM_FILTER_SD1_VHDL is
Port (BYTE_IN : in std_logic_vector (7 downto 0); --Eingangsvariable, Byte, 8bit
FILTER_ON : in std_logic; --Eingangsvariable, Filter einschalten
PARITY_OK : in std_logic; --Eingangsvariable, Parität i.O.
FILTER_BYTE_OUT : out std_logic_vector (7 downto 0);--Ausgangsvariable, gefilterte Telegramme
SEND_OUT : out std_logic; --Ausgangsvariable, Byte senden
T_CMPLT: out std_logic; --Ausgangsvariable, Telegramm komplett
DISPL_COUNT : in std_logic; --Eingangsvariable, Folgeszustand oder Bytezaehler anzeigen
CLK : in std_logic; --Taktvariable
IN_NEXT_STATE: in std_logic; --1:Zustandsuebergang möglich
RESET : in std_logic; --1: Initialzustand annehmen
DISPL1_SV : out std_logic_vector (3 downto 0); --aktueller Zustand Zahl1, binärzahl
DISPL2_SV : out std_logic_vector (3 downto 0); --aktueller Zustand Zahl2, binärzahl
DISPL1_n_SV : out std_logic_vector (3 downto 0); --Folgezustand Zahl1, binärzahl
DISPL2_n_SV : out std_logic_vector (3 downto 0)); --Folgezustand Zahl2, binärzahl
end CTRL_TELEGRAM_FILTER_SD1_VHDL;
architecture Behavioral of CTRL_TELEGRAM_FILTER_SD1_VHDL is
type TYPE_STATE is
(ST_FI_00, --Zustaende TELEGRAM_CHECK
ST_FI_01,
ST_FI_02,
ST_FI_03);
signal SV : TYPE_STATE; --Zustandsvariable
signal n_SV: TYPE_STATE; --Zustandsvariable, neuer Wert
signal SV_M: TYPE_STATE; --Zustandsvariable, Ausgang Master
signal COUNT : std_logic_vector (11 downto 0); -- Vektor, Zaehler, 8bit
signal n_COUNT : std_logic_vector (11 downto 0); -- Vektor, Zaehler, 8bit, neuer Wert
signal COUNT_M : std_logic_vector (11 downto 0); -- Vektor, Zaehler, 8bit, Ausgang Master
signal STATE_SV : std_logic_vector (7 downto 0); -- aktueller Zustand in 8 Bit, binär
signal STATE_n_SV : std_logic_vector (7 downto 0); -- Folgezustand in 8 Bit, binär
--signal not_CLK : std_logic; --negierte Taktvariable
begin
--NOT_CLK_PROC: process (CLK) --negieren Taktvariable
--begin
-- not_CLK <= not CLK;
--end process;
SREG_M_PROC: process (RESET, n_SV, CLK) --Master
begin
if (RESET ='1')
then SV_M <= ST_FI_00;
COUNT_M <= X"000";
else
if rising_edge(CLK)
then
if (IN_NEXT_STATE = '1')
then SV_M <= n_SV;
COUNT_M <= n_COUNT;
else SV_M <= SV_M;
COUNT_M <= COUNT_M;
end if;
end if;
end if;
end process;
SREG_S_PROC: process (RESET, SV_M, CLK) --Slave
begin
if (RESET = '1')
then SV <= ST_FI_00;
COUNT <= X"000";
else
if falling_edge(CLK)
then SV <= SV_M;
COUNT <= COUNT_M;
end if;
end if;
end process;
TELEGRAM_FILTER_PROC:process (FILTER_ON, PARITY_OK, BYTE_IN, SV, COUNT) --Telegramm SD1 Filtern und ausgeben
begin
case SV is
when ST_FI_00 =>
if (FILTER_ON = '1')
then
--FI02
FILTER_BYTE_OUT <= X"00";
T_CMPLT <= '0';
SEND_OUT <= '0';
n_COUNT <= COUNT;
n_SV <= ST_FI_01;
else
--FI01
FILTER_BYTE_OUT <= BYTE_IN;
T_CMPLT <= '0';
SEND_OUT <= '1';
n_COUNT <= X"000";
n_SV <= ST_FI_00;
end if;
when ST_FI_01 =>
if (PARITY_OK = '1' AND BYTE_IN = X"68") --SD2
then
--FI03
FILTER_BYTE_OUT <= BYTE_IN;
T_CMPLT <= '0';
SEND_OUT <= '1';
n_COUNT <= COUNT+1;
n_SV <= ST_FI_02;
else
--FI00
FILTER_BYTE_OUT <= X"00";
T_CMPLT <= '0';
SEND_OUT <= '0';
n_COUNT <= X"000";
n_SV <= ST_FI_00;
end if;
when ST_FI_02 =>
if (PARITY_OK = '1')
then
--FI03
FILTER_BYTE_OUT <= BYTE_IN;
T_CMPLT <= '0';
SEND_OUT <= '1';
n_COUNT <= COUNT+1;
n_SV <= ST_FI_03;
else
--FI02
FILTER_BYTE_OUT <= X"00";
T_CMPLT <= '0';
SEND_OUT <= '0';
n_COUNT <= COUNT;
n_SV <= ST_FI_02;
end if;
when ST_FI_03 =>
if (COUNT = X"126" OR BYTE_IN = X"16")
then
--FI04
FILTER_BYTE_OUT <= X"00";
T_CMPLT <= '1';
SEND_OUT <= '0';
n_COUNT <= X"000";
n_SV <= ST_FI_00;
else
--FI02
FILTER_BYTE_OUT <= X"00";
T_CMPLT <= '0';
SEND_OUT <= '0';
n_COUNT <= COUNT;
n_SV <= ST_FI_02;
end if;
when others =>
-- FI00
FILTER_BYTE_OUT <= X"00";
T_CMPLT <= '0';
SEND_OUT <= '0';
n_COUNT <= x"000";
n_SV <= ST_FI_00;
end case;
end process;
STATE_DISPL_PROC: process (SV, n_SV, DISPL_COUNT, STATE_SV, STATE_n_SV, COUNT) -- Zustandsanzeige
begin
STATE_SV <= conv_std_logic_vector(TYPE_STATE'pos( SV),8); --Zustandsumwandlung in 8 Bit
STATE_n_SV <= conv_std_logic_vector(TYPE_STATE'pos(n_SV),8);
--anktuellen Zustand anzeigen
DISPL1_SV(0) <= STATE_SV(0); --Bit0
DISPL1_SV(1) <= STATE_SV(1); --Bit1
DISPL1_SV(2) <= STATE_SV(2); --Bit2
DISPL1_SV(3) <= STATE_SV(3); --Bit3
DISPL2_SV(0) <= STATE_SV(4); --usw.
DISPL2_SV(1) <= STATE_SV(5);
DISPL2_SV(2) <= STATE_SV(6);
DISPL2_SV(3) <= STATE_SV(7);
if (DISPL_COUNT ='0') --Original
then --Folgezustand anzeigen
DISPL1_n_SV(0) <= STATE_n_SV(0);
DISPL1_n_SV(1) <= STATE_n_SV(1);
DISPL1_n_SV(2) <= STATE_n_SV(2);
DISPL1_n_SV(3) <= STATE_n_SV(3);
DISPL2_n_SV(0) <= STATE_n_SV(4);
DISPL2_n_SV(1) <= STATE_n_SV(5);
DISPL2_n_SV(2) <= STATE_n_SV(6);
DISPL2_n_SV(3) <= STATE_n_SV(7);
else --Telegrammzaehler anzeigen
DISPL1_n_SV(0) <= COUNT(0);
DISPL1_n_SV(1) <= COUNT(1);
DISPL1_n_SV(2) <= COUNT(2);
DISPL1_n_SV(3) <= COUNT(3);
DISPL2_n_SV(0) <= COUNT(4);
DISPL2_n_SV(1) <= COUNT(5);
DISPL2_n_SV(2) <= COUNT(6);
DISPL2_n_SV(3) <= COUNT(7);
end if;
end process;
end Behavioral;
| gpl-2.0 |
rxfx/profibusmonitor | VHDL_Bausteine_old/abandoned_code/Rueckfallposition_14_12_2012/TEST_CTRL_9P6_50MHZ_SCH/CLOCK_SINGLE_RUN_SRC.vhd | 12 | 2560 | library IEEE;
use IEEE.STD_LOGIC_1164.ALL;
use IEEE.STD_LOGIC_ARITH.ALL;
use IEEE.STD_LOGIC_UNSIGNED.ALL;
-- Uncomment the following lines to use the declarations that are
-- provided for instantiating Xilinx primitive components.
--library UNISIM;
--use UNISIM.VComponents.all;
entity CLOCK_SINGLE_RUN_SRC is
Port ( CLK: in std_logic; -- (System) Takt
SINGLE: in std_logic; -- 1: Einzeltakt
RUN_R: in std_logic; -- 1: Dauerbetrieb
-- mit Eingangsregister
RESET: in std_logic; -- 1: Initialzustand soll angenommen werden
OUT_NEXT_STATE: out std_logic); -- 1: nächster Zustand
end CLOCK_SINGLE_RUN_SRC;
architecture Behavioral of CLOCK_SINGLE_RUN_SRC is
type TYPE_STATE is (CSR_0, CSR_1, CSR_2); -- Zustände
signal SV: TYPE_STATE; --Zustangsvariable
signal n_SV: TYPE_STATE; --Zustangsvariable, neuer Wert
signal SV_M: TYPE_STATE; --Zustangsvariable, Ausgang Master
signal RUN_S: std_logic;
signal not_CLK : std_logic;
begin
NOT_CLK_PROC: process (CLK)
begin
not_CLK <= not CLK;
end process;
IREG_PROC: process (RUN_R, not_CLK)
begin
if (not_CLK'event and not_CLK = '1')
then RUN_S <= RUN_R;
end if;
end process;
IL_OL_PROC: process (SINGLE, RUN_S, SV)
begin
case SV is
when CSR_0 =>
if (SINGLE = '1')
then OUT_NEXT_STATE <= '1'; n_SV <= CSR_2;
else
if (RUN_S = '1')
then OUT_NEXT_STATE <= '1'; n_SV <= CSR_1;
else OUT_NEXT_STATE <= '0'; n_SV <= CSR_0;
end if;
end if;
when CSR_1 => OUT_NEXT_STATE <= '0';
if (SINGLE = '1')
then OUT_NEXT_STATE <= '0'; n_SV <= CSR_2;
else OUT_NEXT_STATE <= '1'; n_SV <= CSR_1;
end if;
when CSR_2 => OUT_NEXT_STATE <= '1';
if (SINGLE = '1')
then OUT_NEXT_STATE <= '0'; n_SV <= CSR_2;
else OUT_NEXT_STATE <= '0'; n_SV <= CSR_0;
end if;
when others => OUT_NEXT_STATE <= '0';
end case;
end process;
SREG_M_PROC: process (RESET, n_SV, CLK) -- Master
begin
if(RESET = '1')
then SV_M <= CSR_0;
else
if (CLK'event and CLK = '1')
then SV_M <= n_SV;
end if;
end if;
end process;
SREG_S_PROC: process (RESET, SV_M, not_CLK) -- Slave
begin
if(RESET = '1')
then SV <= CSR_0;
else
if (not_CLK'event and not_CLK = '1')
then SV <= SV_M;
end if;
end if;
end process;
end Behavioral;
| gpl-2.0 |
rxfx/profibusmonitor | VHDL_Bausteine_old/TEST2_SRAM_25MHZ_255_BYTE/CLOCK_SINGLE_RUN_SRC.vhd | 12 | 2560 | library IEEE;
use IEEE.STD_LOGIC_1164.ALL;
use IEEE.STD_LOGIC_ARITH.ALL;
use IEEE.STD_LOGIC_UNSIGNED.ALL;
-- Uncomment the following lines to use the declarations that are
-- provided for instantiating Xilinx primitive components.
--library UNISIM;
--use UNISIM.VComponents.all;
entity CLOCK_SINGLE_RUN_SRC is
Port ( CLK: in std_logic; -- (System) Takt
SINGLE: in std_logic; -- 1: Einzeltakt
RUN_R: in std_logic; -- 1: Dauerbetrieb
-- mit Eingangsregister
RESET: in std_logic; -- 1: Initialzustand soll angenommen werden
OUT_NEXT_STATE: out std_logic); -- 1: nächster Zustand
end CLOCK_SINGLE_RUN_SRC;
architecture Behavioral of CLOCK_SINGLE_RUN_SRC is
type TYPE_STATE is (CSR_0, CSR_1, CSR_2); -- Zustände
signal SV: TYPE_STATE; --Zustangsvariable
signal n_SV: TYPE_STATE; --Zustangsvariable, neuer Wert
signal SV_M: TYPE_STATE; --Zustangsvariable, Ausgang Master
signal RUN_S: std_logic;
signal not_CLK : std_logic;
begin
NOT_CLK_PROC: process (CLK)
begin
not_CLK <= not CLK;
end process;
IREG_PROC: process (RUN_R, not_CLK)
begin
if (not_CLK'event and not_CLK = '1')
then RUN_S <= RUN_R;
end if;
end process;
IL_OL_PROC: process (SINGLE, RUN_S, SV)
begin
case SV is
when CSR_0 =>
if (SINGLE = '1')
then OUT_NEXT_STATE <= '1'; n_SV <= CSR_2;
else
if (RUN_S = '1')
then OUT_NEXT_STATE <= '1'; n_SV <= CSR_1;
else OUT_NEXT_STATE <= '0'; n_SV <= CSR_0;
end if;
end if;
when CSR_1 => OUT_NEXT_STATE <= '0';
if (SINGLE = '1')
then OUT_NEXT_STATE <= '0'; n_SV <= CSR_2;
else OUT_NEXT_STATE <= '1'; n_SV <= CSR_1;
end if;
when CSR_2 => OUT_NEXT_STATE <= '1';
if (SINGLE = '1')
then OUT_NEXT_STATE <= '0'; n_SV <= CSR_2;
else OUT_NEXT_STATE <= '0'; n_SV <= CSR_0;
end if;
when others => OUT_NEXT_STATE <= '0';
end case;
end process;
SREG_M_PROC: process (RESET, n_SV, CLK) -- Master
begin
if(RESET = '1')
then SV_M <= CSR_0;
else
if (CLK'event and CLK = '1')
then SV_M <= n_SV;
end if;
end if;
end process;
SREG_S_PROC: process (RESET, SV_M, not_CLK) -- Slave
begin
if(RESET = '1')
then SV <= CSR_0;
else
if (not_CLK'event and not_CLK = '1')
then SV <= SV_M;
end if;
end if;
end process;
end Behavioral;
| gpl-2.0 |
rxfx/profibusmonitor | VHDL_Bausteine_old/PROFIBUS_MONITOR/CTRL_InAB_INPUT_VHDL.vhd | 4 | 27282 | -- CTRL_InAB_INPUT
-- Einlesen des Datenstroms von InAB und Ausgabe als Einzelnes Bit, sowie Signalisierung das Byte komplet
-- Projekt: PROFIBUS MONITOR
-- Ersteller: Martin Harndt
-- Erstellt: 09.10.2012
-- Bearbeiter: mharndt
-- Geaendert: 29.01.2013
-- Umstellung auf: rising_edge(CLK) und falling_edge(CLK) und http://www.sigasi.com/content/clock-edge-detection
-- Optimierungen aus: http://www.lothar-miller.de/s9y/categories/37-FSM
library IEEE;
use IEEE.STD_LOGIC_1164.ALL;
use IEEE.STD_LOGIC_ARITH.ALL;
use IEEE.STD_LOGIC_UNSIGNED.ALL;
entity CTRL_InAB_INPUT_VHDL is
Port (InAB : in std_logic; --Eingangsvariable, Eingang Profibussignal
CHOSE_VALUE : in std_logic; --Eingangsvariable, Zählerwert aendern
EN_BIT_i : out std_logic_vector (8 downto 0); --Ausgangsvariable, Enable Bit i, 9bit
BIT_VALUE : out std_logic; --Ausgangsvariable, Bitwert
BYTE_CMPLT: out std_logic; --Ausgangsvariabel, Byte empfangen und komplett
PAUSE_END : out std_logic; --Ausgangssignal, Pause zu Ende
CLK : in std_logic; --Taktvariable
-- CLK_IO : in std_logic; --Tanktvariable,
--Ein- und Ausgangsregister
IN_NEXT_STATE: in std_logic; --1:Zustandsuebergang möglich
RESET : in std_logic; --1: Initialzustand annehmen
DISPL1_SV : out std_logic_vector (3 downto 0); --aktueller Zustand Zahl1, binärzahl
DISPL2_SV : out std_logic_vector (3 downto 0); --aktueller Zustand Zahl2, binärzahl
DISPL1_n_SV : out std_logic_vector (3 downto 0); --Folgezustand Zahl1, binärzahl
DISPL2_n_SV : out std_logic_vector (3 downto 0)); --Folgezustand Zahl2, binärzahl
end CTRL_InAB_INPUT_VHDL;
architecture Behavioral of CTRL_InAB_INPUT_VHDL is
type TYPE_STATE is
(ST_CTRL_00, --Zustaende CTRL_9P6_50MHZ
ST_CTRL_01,
ST_CTRL_02,
ST_CTRL_03,
ST_CTRL_04,
ST_CTRL_05,
ST_CTRL_06,
ST_CTRL_07,
ST_CTRL_08,
ST_CTRL_09,
ST_CTRL_0A, --10
ST_CTRL_0B, --11
ST_CTRL_0C, --12
ST_CTRL_0D, --13
ST_CTRL_0E, --14
ST_CTRL_0F);--15
signal SV : TYPE_STATE := ST_CTRL_00; --Zustandsvariable
signal n_SV: TYPE_STATE := ST_CTRL_00; --Zustandsvariable, neuer Wert
signal SV_M: TYPE_STATE := ST_CTRL_00; --Zustandsvariable, Ausgang Master
signal COUNT_L : std_logic_vector (19 downto 0) := x"00000"; --großer Zaehler, Vektor, 20 Bit
signal n_COUNT_L : std_logic_vector (19 downto 0) := x"00000"; --großer Zaehler, neuer Wert, Vektor, 20 Bit
signal COUNT_L_M : std_logic_vector (19 downto 0) := x"00000"; --großer Zaehler, Ausgang Master, Vektor, 20 Bit
signal COUNT_S : std_logic_vector (15 downto 0) := x"0000"; --kleiner Zaehler, Vektor, 16 Bit
signal n_COUNT_S : std_logic_vector (15 downto 0) := x"0000"; --kleiner Zaehler, neuer Wert, Vektor, 16 Bit
signal COUNT_S_M : std_logic_vector (15 downto 0) := x"0000"; --kleiner Zaehler, Ausgang Master, Vektor, 16 Bit
signal InAB_S : std_logic := '0'; --Eingangsvariable
--Zwischengespeichert im Eingangsregister
--signal not_CLK : std_logic; --negierte Taktvariable
--signal not_CLK_IO: std_logic; --negierte Taktvariable
--Ein- und Ausgangsregister
signal STATE_SV : std_logic_vector (7 downto 0); -- aktueller Zustand in 8 Bit, binär
signal STATE_n_SV : std_logic_vector (7 downto 0); -- Folgezustand in 8 Bit, binär
signal EN_BIT_0 : std_logic := '0'; --BIT0
signal EN_BIT_1 : std_logic := '0'; --BIT1
signal EN_BIT_2 : std_logic := '0'; --BIT2
signal EN_BIT_3 : std_logic := '0'; --BIT3
signal EN_BIT_4 : std_logic := '0'; --BIT4
signal EN_BIT_5 : std_logic := '0'; --BIT5
signal EN_BIT_6 : std_logic := '0'; --BIT6
signal EN_BIT_7 : std_logic := '0'; --BIT7
signal EN_BIT_8 : std_logic := '0'; --Paritätsbit
signal CNTS30 : std_logic_vector (19 downto 0) := x"00000"; --Zählerwerte
signal CNTT01 : std_logic_vector (15 downto 0) := x"0000";
signal CNTT02 : std_logic_vector (15 downto 0) := x"0000";
signal CNTT03 : std_logic_vector (15 downto 0) := x"0000";
signal CNTT04 : std_logic_vector (15 downto 0) := x"0000";
signal CNTT05 : std_logic_vector (15 downto 0) := x"0000";
signal CNTT06 : std_logic_vector (15 downto 0) := x"0000";
signal CNTT07 : std_logic_vector (15 downto 0) := x"0000";
signal CNTT08 : std_logic_vector (15 downto 0) := x"0000";
signal CNTT09 : std_logic_vector (15 downto 0) := x"0000";
signal CNTT10 : std_logic_vector (15 downto 0) := x"0000";
signal CNTT11 : std_logic_vector (15 downto 0) := x"0000";
signal CNTT12 : std_logic_vector (15 downto 0) := x"0000";
signal CNTT13 : std_logic_vector (15 downto 0) := x"0000";
--Konstanten, lang
constant long_CNTS30 : std_logic_vector := x"2625A"; --20 Bit
constant long_CNTT01 : std_logic_vector := x"0A2C"; --16 Bit
constant long_CNTT02 : std_logic_vector := x"1E84"; --usw.
constant long_CNTT03 : std_logic_vector := x"32DC";
constant long_CNTT04 : std_logic_vector := x"4735";
constant long_CNTT05 : std_logic_vector := x"5B8B";
constant long_CNTT06 : std_logic_vector := x"6FE4";
constant long_CNTT07 : std_logic_vector := x"8441";
constant long_CNTT08 : std_logic_vector := x"9872";
constant long_CNTT09 : std_logic_vector := x"ACEE";
constant long_CNTT10 : std_logic_vector := x"C147";
constant long_CNTT11 : std_logic_vector := x"D59F";
constant long_CNTT12 : std_logic_vector := x"D9B1";
constant long_CNTT13 : std_logic_vector := x"E5E6";
--Konstanten, kurz
constant short_CNTS30 : std_logic_vector := x"0000A"; --10
constant short_CNTT01 : std_logic_vector := x"0003"; --3
constant short_CNTT02 : std_logic_vector := x"0006"; --6
constant short_CNTT03 : std_logic_vector := x"0009"; --9
constant short_CNTT04 : std_logic_vector := x"000C"; --12
constant short_CNTT05 : std_logic_vector := x"000F"; --15
constant short_CNTT06 : std_logic_vector := x"0012"; --18
constant short_CNTT07 : std_logic_vector := x"0015"; --21
constant short_CNTT08 : std_logic_vector := x"0018"; --24
constant short_CNTT09 : std_logic_vector := x"001B"; --27
constant short_CNTT10 : std_logic_vector := x"001E"; --30
constant short_CNTT11 : std_logic_vector := x"0021"; --33
constant short_CNTT12 : std_logic_vector := x"0024"; --36
constant short_CNTT13 : std_logic_vector := x"002A"; --42
begin
--NOT_CLK_PROC: process (CLK) --negieren Taktvariable
--begin
-- not_CLK <= not CLK;
--end process;
---NOT_CLK_IO_PROC: process (CLK_IO) --negieren Taktvaraible
--Ein- und Ausgangsregister
--begin
-- not_CLK_IO <= not CLK_IO;
--end process;
IREG_PROC: process (InAB, InAB_S, CLK) --Eingangsregister
begin
if falling_edge(CLK) --Eingangsregister
then InAB_S <= InAB;
end if;
end process;
SREG_M_PROC: process (RESET, n_SV, n_COUNT_L,n_COUNT_S, CLK) --Master
begin
if (RESET ='1')
then SV_M <= ST_CTRL_00;
COUNT_L_M <= x"00000";
COUNT_S_M <= x"0000";
else
if rising_edge(CLK)
then
if (IN_NEXT_STATE = '1')
then SV_M <= n_SV;
COUNT_L_M <= n_COUNT_L;
COUNT_S_M <= n_COUNT_S;
else SV_M <= SV_M;
COUNT_L_M <= COUNT_L_M;
COUNT_S_M <= COUNT_S_M;
end if;
end if;
end if;
end process;
SREG_S_PROC: process (RESET, SV_M, COUNT_L_M, COUNT_S_M, CLK) --Slave
begin
if (RESET = '1')
then SV <= ST_CTRL_00;
COUNT_L <= x"00000";
COUNT_S <= x"0000";
else
if falling_edge(CLK)
then SV <= SV_M;
COUNT_L <= COUNT_L_M;
COUNT_S <= COUNT_S_M;
end if;
end if;
end process;
IL_OL_PROC: process (InAB_S, SV, COUNT_L,COUNT_S, CNTS30, CNTT01, CNTT02, CNTT03, CNTT04, CNTT05, CNTT06, CNTT07, CNTT08, CNTT09, CNTT10, CNTT11, CNTT12, CNTT13)
begin
case SV is
when ST_CTRL_00 =>
if (InAB_S = '1')
then
-- VAS00
PAUSE_END <= '0';
n_COUNT_L <= x"00000"; -- großer Zaehler Neustart
n_COUNT_S <= x"0000"; -- kleiner Zaehler Neustart
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= '0';
BYTE_CMPLT <= '0';
n_SV <= ST_CTRL_01; -- Zustandsuebgergang
else
--VAS00
PAUSE_END <= '0';
n_COUNT_L <= x"00000"; -- großer Zaehler nullen
n_COUNT_S <= x"0000"; -- kleiner Zaehler nullen
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= '0';
BYTE_CMPLT <= '0';
n_SV <= ST_CTRL_00; --InAB = '0'
end if;
when ST_CTRL_01 =>
if (InAB_S = '1')
then
if (COUNT_L = CNTS30) --156250 -- if (COUNT >=3)
then
-- VAS00
PAUSE_END <= '0';
n_COUNT_L <= x"00000";
n_COUNT_S <= x"0000";
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= '0';
BYTE_CMPLT <= '0';
n_SV <= ST_CTRL_02; -- Zustandsuebgergang
else --not COUNT_L = CNTS30
--VAS01
PAUSE_END <= '0';
n_COUNT_L <= COUNT_L+1;
n_COUNT_S <= x"0000";
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= '0';
BYTE_CMPLT <= '0';
n_SV <= ST_CTRL_01; --Zaehlschleife
end if;
else --InAB_S = '1'
--VAS00
PAUSE_END <= '0';
n_COUNT_L <= x"00000";
n_COUNT_S <= x"0000";
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= '0';
BYTE_CMPLT <= '0';
n_SV <= ST_CTRL_00; -- Zustandsuebgergang
end if;
when ST_CTRL_02 =>
if (InAB_S = '0')
then
-- VAS03
PAUSE_END <= '1';
n_COUNT_L <= x"00000"; -- Zaehler Neustart
n_COUNT_S <= x"0000";
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= '0';
BYTE_CMPLT <= '0';
n_SV <= ST_CTRL_03; -- Zustandsuebgergang
else -- InAB_S = '1'
--VAS00
PAUSE_END <= '0';
n_COUNT_L <= x"00000";
n_COUNT_S <= x"0000";
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= '0';
BYTE_CMPLT <= '0';
n_SV <= ST_CTRL_02; --warte ab bis InAB wieder NUll wird
end if;
when ST_CTRL_03 =>
if (COUNT_S = CNTT01) --2604
then
if (InAB_S = '0') -- Startbit erkannt
then
-- VAS02
PAUSE_END <= '0';
n_COUNT_L <= x"00000";
n_COUNT_S <= COUNT_S+1;
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= '0';
BYTE_CMPLT <= '0';
n_SV <= ST_CTRL_04; -- Zustandsuebgergang
else --InAB_S = '1'
-- VAS00
PAUSE_END <= '0';
n_COUNT_L <= x"00000";
n_COUNT_S <= x"0000";
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= '0';
BYTE_CMPLT <= '0';
n_SV <= ST_CTRL_00;
end if;
else
-- VAS02
PAUSE_END <= '0';
n_COUNT_L <= x"00000";
n_COUNT_S <= COUNT_S+1;
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= '0';
BYTE_CMPLT <= '0';
n_SV <= ST_CTRL_03; -- Zustandsuebgergang
end if;
when ST_CTRL_04 =>
if (COUNT_S = CNTT02) --7812
then
-- VAS04
PAUSE_END <= '0';
n_COUNT_L <= x"00000";
n_COUNT_S <= COUNT_S+1;
EN_BIT_0 <= '1';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= InAB_S;
BYTE_CMPLT <= '0';
n_SV <= ST_CTRL_05; -- Zustandsuebgergang
else --n_COUNT < CNTT02
-- VAS02
PAUSE_END <= '0';
n_COUNT_L <= x"00000";
n_COUNT_S <= COUNT_S+1;
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= '0';
BYTE_CMPLT <= '0';
n_SV <= ST_CTRL_04; --Zaehlschleife
end if;
when ST_CTRL_05 =>
if (COUNT_S = CNTT03) --13020
then
-- VAS05
PAUSE_END <= '0';
n_COUNT_L <= x"00000";
n_COUNT_S <= COUNT_S+1;
EN_BIT_0 <= '0';
EN_BIT_1 <= '1';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= InAB_S;
BYTE_CMPLT <= '0';
n_SV <= ST_CTRL_06; -- Zustandsuebgergang
else --n_COUNT < CNTT03
-- VAS02
PAUSE_END <= '0';
n_COUNT_L <= x"00000";
n_COUNT_S <= COUNT_S+1;
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= '0';
BYTE_CMPLT <= '0';
n_SV <= ST_CTRL_05; --Zaehlschleife
end if;
when ST_CTRL_06 =>
if (COUNT_S = CNTT04) --18229
then
-- VAS06
PAUSE_END <= '0';
n_COUNT_L <= x"00000";
n_COUNT_S <= COUNT_S+1;
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '1';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= InAB_S;
BYTE_CMPLT <= '0';
n_SV <= ST_CTRL_07; -- Zustandsuebgergang
else --n_COUNT < CNTT04
-- VAS02
PAUSE_END <= '0';
n_COUNT_L <= x"00000";
n_COUNT_S <= COUNT_S+1;
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= '0';
BYTE_CMPLT <= '0';
n_SV <= ST_CTRL_06; --Zaehlschleife
end if;
when ST_CTRL_07 =>
if (COUNT_S = CNTT05) --23435
then
-- VAS07
PAUSE_END <= '0';
n_COUNT_L <= x"00000";
n_COUNT_S <= COUNT_S+1;
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '1';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= InAB_S;
BYTE_CMPLT <= '0';
n_SV <= ST_CTRL_08; -- Zustandsuebgergang
else --n_COUNT < CNTT05
-- VAS02
PAUSE_END <= '0';
n_COUNT_L <= x"00000";
n_COUNT_S <= COUNT_S+1;
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= '0';
BYTE_CMPLT <= '0';
n_SV <= ST_CTRL_07; --Zaehlschleife
end if;
when ST_CTRL_08 =>
if (COUNT_S = CNTT06) --28644
then
-- VAS08
PAUSE_END <= '0';
n_COUNT_L <= x"00000";
n_COUNT_S <= COUNT_S+1;
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '1';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= InAB_S;
BYTE_CMPLT <= '0';
n_SV <= ST_CTRL_09; -- Zustandsuebgergang
else --n_COUNT < CNTT06
-- VAS02
PAUSE_END <= '0';
n_COUNT_L <= x"00000";
n_COUNT_S <= COUNT_S+1;
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= '0';
BYTE_CMPLT <= '0';
n_SV <= ST_CTRL_08; --Zaehlschleife
end if;
when ST_CTRL_09 =>
if (COUNT_S = CNTT07) --33854
then
-- VAS09
PAUSE_END <= '0';
n_COUNT_L <= x"00000";
n_COUNT_S <= COUNT_S+1;
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '1';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= InAB_S;
BYTE_CMPLT <= '0';
n_SV <= ST_CTRL_0A; -- Zustandsuebgergang
else --n_COUNT < CNTT07
-- VAS02
PAUSE_END <= '0';
n_COUNT_L <= x"00000";
n_COUNT_S <= COUNT_S+1;
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= '0';
BYTE_CMPLT <= '0';
n_SV <= ST_CTRL_09; --Zaehlschleife
end if;
when ST_CTRL_0A =>
if (COUNT_S = CNTT08) --39062
then
-- VAS10
PAUSE_END <= '0';
n_COUNT_L <= x"00000";
n_COUNT_S <= COUNT_S+1;
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '1';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= InAB_S;
BYTE_CMPLT <= '0';
n_SV <= ST_CTRL_0B; -- Zustandsuebgergang
else --n_COUNT < CNTT08
-- VAS02
PAUSE_END <= '0';
n_COUNT_L <= x"00000";
n_COUNT_S <= COUNT_S+1;
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= '0';
BYTE_CMPLT <= '0';
n_SV <= ST_CTRL_0A; --Zaehlschleife
end if;
when ST_CTRL_0B =>
if (COUNT_S = CNTT09) --44270
then
-- VAS11
PAUSE_END <= '0';
n_COUNT_L <= x"00000";
n_COUNT_S <= COUNT_S+1;
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '1';
EN_BIT_8 <= '0';
BIT_VALUE <= InAB_S;
BYTE_CMPLT <= '0';
n_SV <= ST_CTRL_0C; -- Zustandsuebgergang
else --n_COUNT < CNTT09
-- VAS02
PAUSE_END <= '0';
n_COUNT_L <= x"00000";
n_COUNT_S <= COUNT_S+1;
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= '0';
BYTE_CMPLT <= '0';
n_SV <= ST_CTRL_0B; --Zaehlschleife
end if;
when ST_CTRL_0C =>
if (COUNT_S = CNTT10) --49479
then
-- VAS12
PAUSE_END <= '0';
n_COUNT_L <= x"00000";
n_COUNT_S <= COUNT_S+1;
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '1';
BIT_VALUE <= InAB_S;
BYTE_CMPLT <= '0';
n_SV <= ST_CTRL_0D; -- Zustandsuebgergang
else --n_COUNT < CNTT10
-- VAS02
PAUSE_END <= '0';
n_COUNT_L <= x"00000";
n_COUNT_S <= COUNT_S+1;
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= '0';
BYTE_CMPLT <= '0';
n_SV <= ST_CTRL_0C; --Zaehlschleife
end if;
when ST_CTRL_0D =>
if (COUNT_S = CNTT11) --54687
then
if (InAB_S = '0')
then
-- VAS03
PAUSE_END <= '0';
n_COUNT_L <= x"00000";
n_COUNT_S <= COUNT_S+1;
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= '0';
BYTE_CMPLT <= '0';
n_SV <= ST_CTRL_00; -- Error: Kein Stoppbit, vormals ST_CTRL_05
else --InAB_S = '1'
-- VAS13
PAUSE_END <= '0';
n_COUNT_L <= x"00000";
n_COUNT_S <= COUNT_S+1;
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= '0';
BYTE_CMPLT <= '1';
n_SV <= ST_CTRL_0E; --Stoppbit erkannt
end if; --InAB_S = '0'
else --not COUNT_S = CNTT11
-- VAS02
PAUSE_END <= '0';
n_COUNT_L <= x"00000";
n_COUNT_S <= COUNT_S+1;
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= '0';
BYTE_CMPLT <= '0';
n_SV <= ST_CTRL_0D; --Zaehlschleife
end if; --COUNT_S = CNTT11
when ST_CTRL_0E =>
if (COUNT_S = CNTT12) --60937
then
-- VAS02
PAUSE_END <= '0';
n_COUNT_L <= x"00000";
n_COUNT_S <= COUNT_S+1;
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= '0';
BYTE_CMPLT <= '0';
n_SV <= ST_CTRL_0F; -- Zustandsuebgergang
else -- n_COUNT < CNTT12
-- VAS02
PAUSE_END <= '0';
n_COUNT_L <= x"00000";
n_COUNT_S <= COUNT_S+1;
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= '0';
BYTE_CMPLT <= '0';
n_SV <= ST_CTRL_0E; --Zaehlschleife
end if;
when ST_CTRL_0F =>
if (InAB_S = '1') --Startbot bisher ncoh nicht gefunden
then
if (COUNT_S = CNTT13) --64062
then
-- VAS00
PAUSE_END <= '0';
n_COUNT_L <= x"00000"; -- Zaehler nullen
n_COUNT_S <= x"0000"; -- Zaehler nullen
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= '0';
BYTE_CMPLT <= '0';
n_SV <= ST_CTRL_00; -- Kein Startbit gefunden (neues SYN?)
else --not COUNT_S = CNTT13
-- VAS02
PAUSE_END <= '0';
n_COUNT_L <= x"00000";
n_COUNT_S <= COUNT_S+1;
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= '0';
BYTE_CMPLT <= '0';
n_SV <= ST_CTRL_0F; --Zaehlschleife
end if; --COUNT_S = CNTT13
else --InAB_S = '0'
-- Startbit gefunden
-- VAS00
PAUSE_END <= '0';
n_COUNT_L <= x"00000"; -- Zaehler Neustart
n_COUNT_S <= x"0000"; -- Zaehler Neustart
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= '0';
BYTE_CMPLT <= '0';
n_SV <= ST_CTRL_03; -- Zustandsuebgergang
end if;
when others =>
-- VAS00
PAUSE_END <= '0';
n_COUNT_L <= x"00000"; -- Zaehler Neustart
n_COUNT_S <= x"0000"; -- Zaehler Neustart
EN_BIT_0 <= '0';
EN_BIT_1 <= '0';
EN_BIT_2 <= '0';
EN_BIT_3 <= '0';
EN_BIT_4 <= '0';
EN_BIT_5 <= '0';
EN_BIT_6 <= '0';
EN_BIT_7 <= '0';
EN_BIT_8 <= '0';
BIT_VALUE <= '0';
BYTE_CMPLT <= '0';
n_SV <= ST_CTRL_00;
end case;
end process;
--BYTE_IN_PROC: process (EN_BIT_0, EN_BIT_1, EN_BIT_2, EN_BIT_3, EN_BIT_4, EN_BIT_5, EN_BIT_6, EN_BIT_7, EN_BIT_8) --Umwandlung einzelnes Bit EIN_BIT_0_S bis 8_S in Vector EN_BIT_i
-- begin
EN_BIT_i(0) <= EN_BIT_0;
EN_BIT_i(1) <= EN_BIT_1;
EN_BIT_i(2) <= EN_BIT_2;
EN_BIT_i(3) <= EN_BIT_3;
EN_BIT_i(4) <= EN_BIT_4;
EN_BIT_i(5) <= EN_BIT_5;
EN_BIT_i(6) <= EN_BIT_6;
EN_BIT_i(7) <= EN_BIT_7;
EN_BIT_i(8) <= EN_BIT_8;
--end process;
STATE_DISPL_PROC: process (SV, n_SV, STATE_SV, STATE_n_SV) -- Zustandsanzeige
begin
STATE_SV <= conv_std_logic_vector(TYPE_STATE'pos( SV),8); --Zustandsumwandlung in 8 Bit
STATE_n_SV <= conv_std_logic_vector(TYPE_STATE'pos(n_SV),8);
DISPL1_SV(0) <= STATE_SV(0); --Bit0
DISPL1_SV(1) <= STATE_SV(1); --Bit1
DISPL1_SV(2) <= STATE_SV(2); --Bit2
DISPL1_SV(3) <= STATE_SV(3); --Bit3
DISPL2_SV(0) <= STATE_SV(4); --usw.
DISPL2_SV(1) <= STATE_SV(5);
DISPL2_SV(2) <= STATE_SV(6);
DISPL2_SV(3) <= STATE_SV(7);
--Folgezustand anzeigen
DISPL1_n_SV(0) <= STATE_n_SV(0);
DISPL1_n_SV(1) <= STATE_n_SV(1);
DISPL1_n_SV(2) <= STATE_n_SV(2);
DISPL1_n_SV(3) <= STATE_n_SV(3);
DISPL2_n_SV(0) <= STATE_n_SV(4);
DISPL2_n_SV(1) <= STATE_n_SV(5);
DISPL2_n_SV(2) <= STATE_n_SV(6);
DISPL2_n_SV(3) <= STATE_n_SV(7);
end process;
SWITCH_VALUES_PROC: process (CHOSE_VALUE) --Schaltet zw. langen und kurzem Zaehler um
begin
if (CHOSE_VALUE = '0')
then
--normale Werte
CNTS30 <= long_CNTS30;
CNTT01 <= long_CNTT01;
CNTT02 <= long_CNTT02;
CNTT03 <= long_CNTT03;
CNTT04 <= long_CNTT04;
CNTT05 <= long_CNTT05;
CNTT06 <= long_CNTT06;
CNTT07 <= long_CNTT07;
CNTT08 <= long_CNTT08;
CNTT09 <= long_CNTT09;
CNTT10 <= long_CNTT10;
CNTT11 <= long_CNTT11;
CNTT12 <= long_CNTT12;
CNTT13 <= long_CNTT13;
else
--kurze Werte
CNTS30 <= short_CNTS30;
CNTT01 <= short_CNTT01;
CNTT02 <= short_CNTT02;
CNTT03 <= short_CNTT03;
CNTT04 <= short_CNTT04;
CNTT05 <= short_CNTT05;
CNTT06 <= short_CNTT06;
CNTT07 <= short_CNTT07;
CNTT08 <= short_CNTT08;
CNTT09 <= short_CNTT09;
CNTT10 <= short_CNTT10;
CNTT11 <= short_CNTT11;
CNTT12 <= short_CNTT12;
CNTT13 <= short_CNTT13;
end if;
end process;
end Behavioral;
| gpl-2.0 |
rxfx/profibusmonitor | VHDL_Bausteine_old/abandoned_code/TEST_CTRL_TELEGRAM_FILTER/CTRL_TELEGRAM_FILTER_VHDL.vhd | 8 | 10937 | -- CTRL_TELEGRAM_FILTER
-- Voreingestellten Profibus Telegramtyp ermitteln und Bytes ausgeben, alternativ alle Bytes durchlassen
-- Ersteller: Martin Harndt
-- Erstellt: 22.01.2013
-- Bearbeiter: mharndt
-- Geaendert: 22.01.2013
library IEEE;
use IEEE.STD_LOGIC_1164.ALL;
use IEEE.STD_LOGIC_ARITH.ALL;
use IEEE.STD_LOGIC_UNSIGNED.ALL;
entity CTRL_TELEGRAM_FILTER_VHDL is
Port (BYTE_IN : in std_logic_vector (7 downto 0); --Eingangsvariable, Byte, 8bit
FILTER_ON : in std_logic; --Eingangsvariable, Filter einschalten
FILTER_T : in std_logic_vector (2 downto 0); --Eingangsvariable, Telegramfilter einstellen, 3bit
FILTER_BYTE_OUT : out std_logic_vector (7 downto 0);--Ausgangsvariable, gefilterte Telegramme
SEND_OUT : out std_logic; --Ausgangsvariable, Byte senden
T_CMPLT: out std_logic; --Ausgangsvariable, Telegramm komplett
DISPL_COUNT : in std_logic; --Eingangsvariable, Folgeszustand oder Bytezaehler anzeigen
CLK : in std_logic; --Taktvariable
IN_NEXT_STATE: in std_logic; --1:Zustandsuebergang möglich
RESET : in std_logic; --1: Initialzustand annehmen
DISPL1_SV : out std_logic_vector (3 downto 0); --aktueller Zustand Zahl1, binärzahl
DISPL2_SV : out std_logic_vector (3 downto 0); --aktueller Zustand Zahl2, binärzahl
DISPL1_n_SV : out std_logic_vector (3 downto 0); --Folgezustand Zahl1, binärzahl
DISPL2_n_SV : out std_logic_vector (3 downto 0)); --Folgezustand Zahl2, binärzahl
end CTRL_TELEGRAM_FILTER_VHDL;
architecture Behavioral of CTRL_TELEGRAM_FILTER_VHDL is
type TYPE_STATE is
(ST_FI_00, --Zustaende TELEGRAM_CHECK
ST_FI_01,
ST_FI_02,
ST_FI_03,
ST_FI_04,
ST_FI_05,
ST_FI_06,
ST_FI_07,
ST_FI_08,
ST_FI_09,
ST_FI_10,
ST_FI_11,
ST_FI_12,
ST_FI_13,
ST_FI_14,
ST_FI_15);
signal SV : TYPE_STATE; --Zustandsvariable
signal n_SV: TYPE_STATE; --Zustandsvariable, neuer Wert
signal SV_M: TYPE_STATE; --Zustandsvariable, Ausgang Master
signal COUNT : std_logic_vector (7 downto 0); -- Vektor, Zaehler, 8bit
signal n_COUNT : std_logic_vector (7 downto 0); -- Vektor, Zaehler, 8bit, neuer Wert
signal COUNT_M : std_logic_vector (7 downto 0); -- Vektor, Zaehler, 8bit, Ausgang Master
signal STATE_SV : std_logic_vector (7 downto 0); -- aktueller Zustand in 8 Bit, binär
signal STATE_n_SV : std_logic_vector (7 downto 0); -- Folgezustand in 8 Bit, binär
signal not_CLK : std_logic; --negierte Taktvariable
begin
NOT_CLK_PROC: process (CLK) --negieren Taktvariable
begin
not_CLK <= not CLK;
end process;
SREG_M_PROC: process (RESET, n_SV, CLK) --Master
begin
if (RESET ='1')
then SV_M <= ST_FI_00;
COUNT_M <= x"00";
else
if (CLK'event and CLK = '1')
then
if (IN_NEXT_STATE = '1')
then SV_M <= n_SV;
COUNT_M <= n_COUNT;
else SV_M <= SV_M;
COUNT_M <= COUNT_M;
end if;
end if;
end if;
end process;
SREG_S_PROC: process (RESET, SV_M, not_CLK) --Slave
begin
if (RESET = '1')
then SV <= ST_FI_00;
COUNT <= x"00";
else
if (not_CLK'event and not_CLK = '1')
then SV <= SV_M;
COUNT <= COUNT_M;
end if;
end if;
end process;
TELEGRAM_FILTER_PROC:process (FILTER_ON, FILTER_T, BYTE_IN, SV, COUNT) --Telegramme Filtern und ausgeben
begin
case SV is
when ST_FI_00 =>
if (FILTER_ON = '1')
then
--FI00
FILTER_BYTE_OUT <= x"00";
T_CMPLT <= '0';
SEND_OUT <= '0';
n_COUNT <= x"00";
n_SV <= ST_FI_01;
else
--FI00
FILTER_BYTE_OUT <= x"00";
T_CMPLT <= '0';
SEND_OUT <= '0';
n_COUNT <= x"00";
n_SV <= ST_FI_00;
end if;
when ST_FI_01 =>
if (FILTER_T = "000")
then
--FI01
FILTER_BYTE_OUT <= BYTE_IN;
T_CMPLT <= '0';
SEND_OUT <= '1';
n_COUNT <= x"00";
n_SV <= ST_FI_00;
else
--FI01
FILTER_BYTE_OUT <= x"00";
T_CMPLT <= '0';
SEND_OUT <= '0';
n_COUNT <= x"00";
n_SV <= ST_FI_02;
end if;
when ST_FI_02 =>
if (FILTER_T = "001")
then
--FI01
FILTER_BYTE_OUT <= x"00";
T_CMPLT <= '0';
SEND_OUT <= '0';
n_COUNT <= x"00";
n_SV <= ST_FI_03;
else
--FI01
FILTER_BYTE_OUT <= x"00";
T_CMPLT <= '0';
SEND_OUT <= '0';
n_COUNT <= x"00";
n_SV <= ST_FI_05;
end if;
when ST_FI_03 =>
if (BYTE_IN = x"10")
then
--FI02
FILTER_BYTE_OUT <= BYTE_IN;
T_CMPLT <= '0';
SEND_OUT <= '1';
n_COUNT <= COUNT+1;
n_SV <= ST_FI_04;
else
--FI00
FILTER_BYTE_OUT <= x"00";
T_CMPLT <= '0';
SEND_OUT <= '0';
n_COUNT <= x"00";
n_SV <= ST_FI_00;
end if;
when ST_FI_04 =>
if (COUNT = x"06")
then
--FI03
FILTER_BYTE_OUT <= BYTE_IN;
T_CMPLT <= '1';
SEND_OUT <= '1';
n_COUNT <= x"00";
n_SV <= ST_FI_00;
else
--FI02
FILTER_BYTE_OUT <= BYTE_IN;
T_CMPLT <= '0';
SEND_OUT <= '1';
n_COUNT <= COUNT+1;
n_SV <= ST_FI_04;
end if;
when ST_FI_05 =>
if (FILTER_T= "010")
then
--FI00
FILTER_BYTE_OUT <= x"00";
T_CMPLT <= '0';
SEND_OUT <= '0';
n_COUNT <= x"00";
n_SV <= ST_FI_06;
else
--FI00
FILTER_BYTE_OUT <= x"00";
T_CMPLT <= '0';
SEND_OUT <= '0';
n_COUNT <= x"00";
n_SV <= ST_FI_08;
end if;
when ST_FI_06 =>
if (BYTE_IN = x"68")
then
--FI02
FILTER_BYTE_OUT <= BYTE_IN;
T_CMPLT <= '0';
SEND_OUT <= '1';
n_COUNT <= COUNT+1;
n_SV <= ST_FI_07;
else
--FI00
FILTER_BYTE_OUT <= x"00";
T_CMPLT <= '0';
SEND_OUT <= '0';
n_COUNT <= x"00";
n_SV <= ST_FI_00;
end if;
when ST_FI_07 =>
if (COUNT = x"F9" OR BYTE_IN = x"16")
then
--FI03
FILTER_BYTE_OUT <= BYTE_IN;
T_CMPLT <= '1';
SEND_OUT <= '1';
n_COUNT <= x"00";
n_SV <= ST_FI_00;
else
--FI02
FILTER_BYTE_OUT <= BYTE_IN;
T_CMPLT <= '0';
SEND_OUT <= '1';
n_COUNT <= COUNT+1;
n_SV <= ST_FI_07;
end if;
when ST_FI_08 =>
if (FILTER_T= "011")
then
--FI00
FILTER_BYTE_OUT <= x"00";
T_CMPLT <= '0';
SEND_OUT <= '0';
n_COUNT <= x"00";
n_SV <= ST_FI_09;
else
--FI00
FILTER_BYTE_OUT <= x"00";
T_CMPLT <= '0';
SEND_OUT <= '0';
n_COUNT <= x"00";
n_SV <= ST_FI_11;
end if;
when ST_FI_09 =>
if (BYTE_IN = x"A2")
then
--FI02
FILTER_BYTE_OUT <= BYTE_IN;
T_CMPLT <= '0';
SEND_OUT <= '1';
n_COUNT <= COUNT+1;
n_SV <= ST_FI_10;
else
--FI00
FILTER_BYTE_OUT <= x"00";
T_CMPLT <= '0';
SEND_OUT <= '0';
n_COUNT <= x"00";
n_SV <= ST_FI_00;
end if;
when ST_FI_10 =>
if (COUNT = x"0E")
then
--FI03
FILTER_BYTE_OUT <= BYTE_IN;
T_CMPLT <= '1';
SEND_OUT <= '1';
n_COUNT <= x"00";
n_SV <= ST_FI_00;
else
--FI02
FILTER_BYTE_OUT <= BYTE_IN;
T_CMPLT <= '0';
SEND_OUT <= '1';
n_COUNT <= COUNT+1;
n_SV <= ST_FI_10;
end if;
when ST_FI_11 =>
if (FILTER_T= "100")
then
--FI00
FILTER_BYTE_OUT <= x"00";
T_CMPLT <= '0';
SEND_OUT <= '0';
n_COUNT <= x"00";
n_SV <= ST_FI_12;
else
--FI00
FILTER_BYTE_OUT <= x"00";
T_CMPLT <= '0';
SEND_OUT <= '0';
n_COUNT <= x"00";
n_SV <= ST_FI_14;
end if;
when ST_FI_12 =>
if (BYTE_IN = x"DC")
then
--FI02
FILTER_BYTE_OUT <= BYTE_IN;
T_CMPLT <= '0';
SEND_OUT <= '1';
n_COUNT <= COUNT+1;
n_SV <= ST_FI_13;
else
--FI00
FILTER_BYTE_OUT <= x"00";
T_CMPLT <= '0';
SEND_OUT <= '0';
n_COUNT <= x"00";
n_SV <= ST_FI_00;
end if;
when ST_FI_13 =>
if (COUNT = x"03")
then
--FI03
FILTER_BYTE_OUT <= BYTE_IN;
T_CMPLT <= '1';
SEND_OUT <= '1';
n_COUNT <= x"00";
n_SV <= ST_FI_00;
else
--FI02
FILTER_BYTE_OUT <= BYTE_IN;
T_CMPLT <= '0';
SEND_OUT <= '1';
n_COUNT <= COUNT+1;
n_SV <= ST_FI_13;
end if;
when ST_FI_14 =>
if (FILTER_T= "101")
then
--FI00
FILTER_BYTE_OUT <= x"00";
T_CMPLT <= '0';
SEND_OUT <= '0';
n_COUNT <= x"00";
n_SV <= ST_FI_15;
else
--FI00
FILTER_BYTE_OUT <= x"00";
T_CMPLT <= '0';
SEND_OUT <= '0';
n_COUNT <= x"00";
n_SV <= ST_FI_00;
end if;
when ST_FI_15 =>
if (BYTE_IN = x"E5")
then
--FI03
FILTER_BYTE_OUT <= BYTE_IN;
T_CMPLT <= '1';
SEND_OUT <= '1';
n_COUNT <= x"00";
n_SV <= ST_FI_00;
else
--FI00
FILTER_BYTE_OUT <= x"00";
T_CMPLT <= '0';
SEND_OUT <= '0';
n_COUNT <= x"00";
n_SV <= ST_FI_00;
end if;
when others =>
-- FI00
FILTER_BYTE_OUT <= x"00";
T_CMPLT <= '0';
SEND_OUT <= '0';
n_COUNT <= x"00";
n_SV <= ST_FI_00;
end case;
end process;
STATE_DISPL_PROC: process (SV, n_SV, DISPL_COUNT, STATE_SV, STATE_n_SV, COUNT) -- Zustandsanzeige
begin
STATE_SV <= conv_std_logic_vector(TYPE_STATE'pos( SV),8); --Zustandsumwandlung in 8 Bit
STATE_n_SV <= conv_std_logic_vector(TYPE_STATE'pos(n_SV),8);
--anktuellen Zustand anzeigen
DISPL1_SV(0) <= STATE_SV(0); --Bit0
DISPL1_SV(1) <= STATE_SV(1); --Bit1
DISPL1_SV(2) <= STATE_SV(2); --Bit2
DISPL1_SV(3) <= STATE_SV(3); --Bit3
DISPL2_SV(0) <= STATE_SV(4); --usw.
DISPL2_SV(1) <= STATE_SV(5);
DISPL2_SV(2) <= STATE_SV(6);
DISPL2_SV(3) <= STATE_SV(7);
if (DISPL_COUNT ='0') --Original
then --Folgezustand anzeigen
DISPL1_n_SV(0) <= STATE_n_SV(0);
DISPL1_n_SV(1) <= STATE_n_SV(1);
DISPL1_n_SV(2) <= STATE_n_SV(2);
DISPL1_n_SV(3) <= STATE_n_SV(3);
DISPL2_n_SV(0) <= STATE_n_SV(4);
DISPL2_n_SV(1) <= STATE_n_SV(5);
DISPL2_n_SV(2) <= STATE_n_SV(6);
DISPL2_n_SV(3) <= STATE_n_SV(7);
else --Telegrammzaehler anzeigen
DISPL1_n_SV(0) <= COUNT(0);
DISPL1_n_SV(1) <= COUNT(1);
DISPL1_n_SV(2) <= COUNT(2);
DISPL1_n_SV(3) <= COUNT(3);
DISPL2_n_SV(0) <= COUNT(4);
DISPL2_n_SV(1) <= COUNT(5);
DISPL2_n_SV(2) <= COUNT(6);
DISPL2_n_SV(3) <= COUNT(7);
end if;
end process;
end Behavioral;
| gpl-2.0 |
rxfx/profibusmonitor | VHDL_Bausteine/PROFIBUS_MONITOR/CTRL_BIT_REGISTER.vhd | 4 | 17316 | -- CTRL_BIT_REGISTER
-- Einlesen der einzelnen Werte für bestimmte Bits, berechung der Parität und Ausgabe als Byte
-- Projekt: PROFIBUS MONITOR
-- Ersteller: Martin Harndt
-- Erstellt: 08.01.2013
-- Bearbeiter: mharndt
-- Geaendert: 25.01.2013
-- Umstellung auf: rising_edge(CLK) und falling_edge(CLK) und http://www.sigasi.com/content/clock-edge-detection
-- Optimierungen aus: http://www.lothar-miller.de/s9y/categories/37-FSM
library IEEE;
use IEEE.STD_LOGIC_1164.ALL;
use IEEE.STD_LOGIC_ARITH.ALL;
use IEEE.STD_LOGIC_UNSIGNED.ALL;
entity CTRL_BIT_REGISTER is
Port (EN_BIT_i : in std_logic_vector (8 downto 0); --Eingangsvariable, Einschalten des Bitregisters i
BIT_VALUE : in std_logic; -- Eingangsvariable, Wert des aktuellen Bits
BYTE_OUT : out std_logic_vector (7 downto 0); --Ausgangsvariable, Byte, 8bit, Vektor
PARITY_OK : out std_logic; --Ausgangsvariable, Parität i.O.
CLK : in std_logic; --Taktvariable
IN_NEXT_STATE: in std_logic; --1:Zustandsuebergang möglich
RESET : in std_logic); --1: Initialzustand annehmen
end CTRL_BIT_REGISTER;
architecture Behavioral of CTRL_BIT_REGISTER is
type TYPE_STATE_BR_BIT0 is
(ST_BR_EN_BIT0_0, --Zustaende BIT_REGISTER BIT0
ST_BR_EN_BIT0_1);
type TYPE_STATE_BR_BIT1 is
(ST_BR_EN_BIT1_0, --Zustaende BIT_REGISTER BIT1
ST_BR_EN_BIT1_1);
type TYPE_STATE_BR_BIT2 is
(ST_BR_EN_BIT2_0, --Zustaende BIT_REGISTER BIT2
ST_BR_EN_BIT2_1);
type TYPE_STATE_BR_BIT3 is
(ST_BR_EN_BIT3_0, --Zustaende BIT_REGISTER BIT3
ST_BR_EN_BIT3_1);
type TYPE_STATE_BR_BIT4 is
(ST_BR_EN_BIT4_0, --Zustaende BIT_REGISTER BIT4
ST_BR_EN_BIT4_1);
type TYPE_STATE_BR_BIT5 is
(ST_BR_EN_BIT5_0, --Zustaende BIT_REGISTER BIT5
ST_BR_EN_BIT5_1);
type TYPE_STATE_BR_BIT6 is
(ST_BR_EN_BIT6_0, --Zustaende BIT_REGISTER BIT6
ST_BR_EN_BIT6_1);
type TYPE_STATE_BR_BIT7 is
(ST_BR_EN_BIT7_0, --Zustaende BIT_REGISTER BIT7
ST_BR_EN_BIT7_1);
type TYPE_STATE_BR_BIT8 is
(ST_BR_EN_BIT8_0, --Zustaende BIT_REGISTER BIT8
ST_BR_EN_BIT8_1);
signal SV_BR_BIT0 : TYPE_STATE_BR_BIT0 := ST_BR_EN_BIT0_0; --Zustandsvariable BIT_REGSITER BIT0
signal n_SV_BR_BIT0: TYPE_STATE_BR_BIT0 := ST_BR_EN_BIT0_0; --Zustandsvariable BIT_REGSITER BIT0, neuer Wert
signal SV_BR_BIT0_M: TYPE_STATE_BR_BIT0 := ST_BR_EN_BIT0_0; --Zustandsvariable BIT_REGSITER BIT0, Ausgang Master
signal SV_BR_BIT1 : TYPE_STATE_BR_BIT1 := ST_BR_EN_BIT1_0; --Zustandsvariable BIT_REGSITER BIT1
signal n_SV_BR_BIT1: TYPE_STATE_BR_BIT1 := ST_BR_EN_BIT1_0; --Zustandsvariable BIT_REGSITER BIT1, neuer Wert
signal SV_BR_BIT1_M: TYPE_STATE_BR_BIT1 := ST_BR_EN_BIT1_0; --Zustandsvariable BIT_REGSITER BIT1, Ausgang Master
signal SV_BR_BIT2 : TYPE_STATE_BR_BIT2 := ST_BR_EN_BIT2_0; --Zustandsvariable BIT_REGSITER BIT2
signal n_SV_BR_BIT2: TYPE_STATE_BR_BIT2 := ST_BR_EN_BIT2_0; --Zustandsvariable BIT_REGSITER BIT2, neuer Wert
signal SV_BR_BIT2_M: TYPE_STATE_BR_BIT2 := ST_BR_EN_BIT2_0; --Zustandsvariable BIT_REGSITER BIT2, Ausgang Master
signal SV_BR_BIT3 : TYPE_STATE_BR_BIT3 := ST_BR_EN_BIT3_0; --Zustandsvariable BIT_REGSITER BIT3
signal n_SV_BR_BIT3: TYPE_STATE_BR_BIT3 := ST_BR_EN_BIT3_0; --Zustandsvariable BIT_REGSITER BIT3, neuer Wert
signal SV_BR_BIT3_M: TYPE_STATE_BR_BIT3 := ST_BR_EN_BIT3_0; --Zustandsvariable BIT_REGSITER BIT3, Ausgang Master
signal SV_BR_BIT4 : TYPE_STATE_BR_BIT4 := ST_BR_EN_BIT4_0; --Zustandsvariable BIT_REGSITER BIT4
signal n_SV_BR_BIT4: TYPE_STATE_BR_BIT4 := ST_BR_EN_BIT4_0; --Zustandsvariable BIT_REGSITER BIT4, neuer Wert
signal SV_BR_BIT4_M: TYPE_STATE_BR_BIT4 := ST_BR_EN_BIT4_0; --Zustandsvariable BIT_REGSITER BIT4, Ausgang Master
signal SV_BR_BIT5 : TYPE_STATE_BR_BIT5 := ST_BR_EN_BIT5_0; --Zustandsvariable BIT_REGSITER BIT5
signal n_SV_BR_BIT5: TYPE_STATE_BR_BIT5 := ST_BR_EN_BIT5_0; --Zustandsvariable BIT_REGSITER BIT5, neuer Wert
signal SV_BR_BIT5_M: TYPE_STATE_BR_BIT5 := ST_BR_EN_BIT5_0; --Zustandsvariable BIT_REGSITER BIT5, Ausgang Master
signal SV_BR_BIT6 : TYPE_STATE_BR_BIT6 := ST_BR_EN_BIT6_0; --Zustandsvariable BIT_REGSITER BIT6
signal n_SV_BR_BIT6: TYPE_STATE_BR_BIT6 := ST_BR_EN_BIT6_0; --Zustandsvariable BIT_REGSITER BIT6, neuer Wert
signal SV_BR_BIT6_M: TYPE_STATE_BR_BIT6 := ST_BR_EN_BIT6_0; --Zustandsvariable BIT_REGSITER BIT6, Ausgang Master
signal SV_BR_BIT7 : TYPE_STATE_BR_BIT7 := ST_BR_EN_BIT7_0; --Zustandsvariable BIT_REGSITER BIT7
signal n_SV_BR_BIT7: TYPE_STATE_BR_BIT7 := ST_BR_EN_BIT7_0; --Zustandsvariable BIT_REGSITER BIT7, neuer Wert
signal SV_BR_BIT7_M: TYPE_STATE_BR_BIT7 := ST_BR_EN_BIT7_0; --Zustandsvariable BIT_REGSITER BIT7, Ausgang Master
signal SV_BR_BIT8 : TYPE_STATE_BR_BIT8 := ST_BR_EN_BIT8_0; --Zustandsvariable BIT_REGSITER BIT8
signal n_SV_BR_BIT8: TYPE_STATE_BR_BIT8 := ST_BR_EN_BIT8_0; --Zustandsvariable BIT_REGSITER BIT8, neuer Wert
signal SV_BR_BIT8_M: TYPE_STATE_BR_BIT8 := ST_BR_EN_BIT8_0; --Zustandsvariable BIT_REGSITER BIT8, Ausgang Master
signal BYTE_VEC : std_logic_vector (8 downto 0) := b"000000000"; -- Vektor, BIT_REGSITER, vor Auswertung der Checksume
--signal not_CLK : std_logic; --negierte Taktvariable
--signal TMP00 : std_logic; --temporärer Zwischenwert, Paritätsprüfung
--signal TMP01 : std_logic;
--signal TMP02 : std_logic;
--signal TMP03 : std_logic;
--signal TMP10 : std_logic;
--signal TMP11 : std_logic;
--signal TMP20 : std_logic;
begin
--NOT_CLK_PROC: process (CLK) --negieren Taktvariable
--begin
-- not_CLK <= not CLK;
--end process;
SREG_M_PROC: process (RESET, n_SV_BR_BIT0, n_SV_BR_BIT1, n_SV_BR_BIT2, n_SV_BR_BIT3, n_SV_BR_BIT4, n_SV_BR_BIT5, n_SV_BR_BIT6, n_SV_BR_BIT7, n_SV_BR_BIT8, CLK) --Master
begin
if (RESET ='1')
then SV_BR_BIT0_M <= ST_BR_EN_BIT0_0;
SV_BR_BIT1_M <= ST_BR_EN_BIT1_0;
SV_BR_BIT2_M <= ST_BR_EN_BIT2_0;
SV_BR_BIT3_M <= ST_BR_EN_BIT3_0;
SV_BR_BIT4_M <= ST_BR_EN_BIT4_0;
SV_BR_BIT5_M <= ST_BR_EN_BIT5_0;
SV_BR_BIT6_M <= ST_BR_EN_BIT6_0;
SV_BR_BIT7_M <= ST_BR_EN_BIT7_0;
SV_BR_BIT8_M <= ST_BR_EN_BIT8_0;
else
if rising_edge(CLK)
then
if (IN_NEXT_STATE = '1')
then SV_BR_BIT0_M <= n_SV_BR_BIT0;
SV_BR_BIT1_M <= n_SV_BR_BIT1;
SV_BR_BIT2_M <= n_SV_BR_BIT2;
SV_BR_BIT3_M <= n_SV_BR_BIT3;
SV_BR_BIT4_M <= n_SV_BR_BIT4;
SV_BR_BIT5_M <= n_SV_BR_BIT5;
SV_BR_BIT6_M <= n_SV_BR_BIT6;
SV_BR_BIT7_M <= n_SV_BR_BIT7;
SV_BR_BIT8_M <= n_SV_BR_BIT8;
else
SV_BR_BIT0_M <= SV_BR_BIT0_M;
SV_BR_BIT1_M <= SV_BR_BIT1_M;
SV_BR_BIT2_M <= SV_BR_BIT2_M;
SV_BR_BIT3_M <= SV_BR_BIT3_M;
SV_BR_BIT4_M <= SV_BR_BIT4_M;
SV_BR_BIT5_M <= SV_BR_BIT5_M;
SV_BR_BIT6_M <= SV_BR_BIT6_M;
SV_BR_BIT7_M <= SV_BR_BIT7_M;
SV_BR_BIT8_M <= SV_BR_BIT8_M;
end if;
end if;
end if;
end process;
SREG_S_PROC: process (RESET, SV_BR_BIT0_M, SV_BR_BIT1_M, SV_BR_BIT2_M, SV_BR_BIT3_M, SV_BR_BIT4_M, SV_BR_BIT5_M, SV_BR_BIT6_M, SV_BR_BIT7_M, SV_BR_BIT8_M, CLK) --Slave
begin
if (RESET = '1')
then SV_BR_BIT0 <= ST_BR_EN_BIT0_0;
SV_BR_BIT1 <= ST_BR_EN_BIT1_0;
SV_BR_BIT2 <= ST_BR_EN_BIT2_0;
SV_BR_BIT3 <= ST_BR_EN_BIT3_0;
SV_BR_BIT4 <= ST_BR_EN_BIT4_0;
SV_BR_BIT5 <= ST_BR_EN_BIT5_0;
SV_BR_BIT6 <= ST_BR_EN_BIT6_0;
SV_BR_BIT7 <= ST_BR_EN_BIT7_0;
SV_BR_BIT8 <= ST_BR_EN_BIT8_0;
else
if falling_edge(CLK)
then
SV_BR_BIT0 <= SV_BR_BIT0_M;
SV_BR_BIT1 <= SV_BR_BIT1_M;
SV_BR_BIT2 <= SV_BR_BIT2_M;
SV_BR_BIT3 <= SV_BR_BIT3_M;
SV_BR_BIT4 <= SV_BR_BIT4_M;
SV_BR_BIT5 <= SV_BR_BIT5_M;
SV_BR_BIT6 <= SV_BR_BIT6_M;
SV_BR_BIT7 <= SV_BR_BIT7_M;
SV_BR_BIT8 <= SV_BR_BIT8_M;
end if;
end if;
end process;
BIT_REGISTER_EN_BIT_0_PROC:process (SV_BR_BIT0, n_SV_BR_BIT0, BIT_VALUE, EN_BIT_i) --BIT_REGISTER Bit0
begin
case SV_BR_BIT0 is
when ST_BR_EN_BIT0_0 =>
BYTE_OUT(0)<='0';
BYTE_VEC(0)<='0';
if (EN_BIT_i(0) = '1')
then
if (BIT_VALUE = '1')--gehe zu ST_BR_EN_BIT0_1
then n_SV_BR_BIT0 <= ST_BR_EN_BIT0_1;
else n_SV_BR_BIT0 <= ST_BR_EN_BIT0_0;
end if;
else n_SV_BR_BIT0 <= ST_BR_EN_BIT0_0;
end if;
when ST_BR_EN_BIT0_1 =>
-- EN_BIT_0_S = 1 und BIT_VALUE = 1 dann setze BYTE_OUT(0) = 1
BYTE_OUT(0)<='1';
BYTE_VEC(0)<='1';
if (EN_BIT_i(0) = '1')
then
if (BIT_VALUE = '1')
then n_SV_BR_BIT0 <= ST_BR_EN_BIT0_1;
else n_SV_BR_BIT0 <= ST_BR_EN_BIT0_0;
end if;
else n_SV_BR_BIT0 <= ST_BR_EN_BIT0_1; -- BIT_VALUE = 0
end if;
when others =>
n_SV_BR_BIT0 <= ST_BR_EN_BIT0_0;
end case;
end process;
BIT_REGISTER_EN_BIT_1_PROC:process (SV_BR_BIT1, n_SV_BR_BIT1, BIT_VALUE, EN_BIT_i) --BIT_REGISTER Bit1
begin
case SV_BR_BIT1 is
when ST_BR_EN_BIT1_0 =>
BYTE_OUT(1)<='0';
BYTE_VEC(1)<='0';
if (EN_BIT_i(1) = '1')
then
if (BIT_VALUE = '1')--gehe zu ST_BR_BIT1_1
then n_SV_BR_BIT1 <= ST_BR_EN_BIT1_1;
else n_SV_BR_BIT1 <= ST_BR_EN_BIT1_0;
end if;
else n_SV_BR_BIT1 <= ST_BR_EN_BIT1_0;
end if;
when ST_BR_EN_BIT1_1 =>
-- EN_BIT_1_S = 1 und BIT_VALUE = 1 dann setze BYTE_OUT(1) = 1
BYTE_OUT(1)<='1';
BYTE_VEC(1)<='1';
if (EN_BIT_i(1) = '1')
then
if (BIT_VALUE = '1')
then n_SV_BR_BIT1 <= ST_BR_EN_BIT1_1;
else n_SV_BR_BIT1 <= ST_BR_EN_BIT1_0;
end if;
else n_SV_BR_BIT1 <= ST_BR_EN_BIT1_1; -- BIT_VALUE = 0
end if;
when others =>
n_SV_BR_BIT1 <= ST_BR_EN_BIT1_0;
end case;
end process;
BIT_REGISTER_EN_BIT_2_PROC:process (SV_BR_BIT2, n_SV_BR_BIT2, BIT_VALUE, EN_BIT_i) --BIT_REGISTER Bit1
begin
case SV_BR_BIT2 is
when ST_BR_EN_BIT2_0 =>
BYTE_OUT(2)<='0';
BYTE_VEC(2)<='0';
if (EN_BIT_i(2) = '1')
then
if (BIT_VALUE = '1')--gehe zu ST_BR_BIT2_1
then n_SV_BR_BIT2 <= ST_BR_EN_BIT2_1;
else n_SV_BR_BIT2 <= ST_BR_EN_BIT2_0;
end if;
else n_SV_BR_BIT2 <= ST_BR_EN_BIT2_0;
end if;
when ST_BR_EN_BIT2_1 =>
-- EN_BIT_2_S = 1 und BIT_VALUE = 1 dann setze BYTE_OUT(2) = 1
BYTE_OUT(2)<='1';
BYTE_VEC(2)<='1';
if (EN_BIT_i(2) = '1')
then
if (BIT_VALUE = '1')
then n_SV_BR_BIT2 <= ST_BR_EN_BIT2_1;
else n_SV_BR_BIT2 <= ST_BR_EN_BIT2_0;
end if;
else n_SV_BR_BIT2 <= ST_BR_EN_BIT2_1; -- BIT_VALUE = 0
end if;
when others =>
n_SV_BR_BIT2 <= ST_BR_EN_BIT2_0;
end case;
end process;
BIT_REGISTER_EN_BIT_3_PROC:process (SV_BR_BIT3, n_SV_BR_BIT3, BIT_VALUE, EN_BIT_i) --BIT_REGISTER Bit1
begin
case SV_BR_BIT3 is
when ST_BR_EN_BIT3_0 =>
BYTE_OUT(3)<='0';
BYTE_VEC(3)<='0';
if (EN_BIT_i(3) = '1')
then
if (BIT_VALUE = '1')--gehe zu ST_BR_BIT3_1
then n_SV_BR_BIT3 <= ST_BR_EN_BIT3_1;
else n_SV_BR_BIT3 <= ST_BR_EN_BIT3_0;
end if;
else n_SV_BR_BIT3 <= ST_BR_EN_BIT3_0;
end if;
when ST_BR_EN_BIT3_1 =>
-- EN_BIT_3_S = 1 und BIT_VALUE = 1 dann setze BYTE_OUT(3) = 1
BYTE_OUT(3)<='1';
BYTE_VEC(3)<='1';
if (EN_BIT_i(3) = '1')
then
if (BIT_VALUE = '1')
then n_SV_BR_BIT3 <= ST_BR_EN_BIT3_1;
else n_SV_BR_BIT3 <= ST_BR_EN_BIT3_0;
end if;
else n_SV_BR_BIT3 <= ST_BR_EN_BIT3_1; -- BIT_VALUE = 0
end if;
when others =>
n_SV_BR_BIT3 <= ST_BR_EN_BIT3_0;
end case;
end process;
BIT_REGISTER_EN_BIT_4_PROC:process (SV_BR_BIT4, n_SV_BR_BIT4, BIT_VALUE, EN_BIT_i) --BIT_REGISTER Bit1
begin
case SV_BR_BIT4 is
when ST_BR_EN_BIT4_0 =>
BYTE_OUT(4)<='0';
BYTE_VEC(4)<='0';
if (EN_BIT_i(4) = '1')
then
if (BIT_VALUE = '1')--gehe zu ST_BR_BIT4_1
then n_SV_BR_BIT4 <= ST_BR_EN_BIT4_1;
else n_SV_BR_BIT4 <= ST_BR_EN_BIT4_0;
end if;
else n_SV_BR_BIT4 <= ST_BR_EN_BIT4_0;
end if;
when ST_BR_EN_BIT4_1 =>
-- EN_BIT_4 = 1 und BIT_VALUE = 1 dann setze BYTE_OUT(4) = 1
BYTE_OUT(4)<='1';
BYTE_VEC(4)<='1';
if (EN_BIT_i(4) = '1')
then
if (BIT_VALUE = '1')
then n_SV_BR_BIT4 <= ST_BR_EN_BIT4_1;
else n_SV_BR_BIT4 <= ST_BR_EN_BIT4_0;
end if;
else n_SV_BR_BIT4 <= ST_BR_EN_BIT4_1; -- BIT_VALUE = 0
end if;
when others =>
n_SV_BR_BIT4 <= ST_BR_EN_BIT4_0;
end case;
end process;
BIT_REGISTER_EN_BIT_5_PROC:process (SV_BR_BIT5, n_SV_BR_BIT5, BIT_VALUE, EN_BIT_i) --BIT_REGISTER Bit1
begin
case SV_BR_BIT5 is
when ST_BR_EN_BIT5_0 =>
BYTE_OUT(5)<='0';
BYTE_VEC(5)<='0';
if (EN_BIT_i(5) = '1')
then
if (BIT_VALUE = '1')--gehe zu ST_BR_BIT5_1
then n_SV_BR_BIT5 <= ST_BR_EN_BIT5_1;
else n_SV_BR_BIT5 <= ST_BR_EN_BIT5_0;
end if;
else n_SV_BR_BIT5 <= ST_BR_EN_BIT5_0;
end if;
when ST_BR_EN_BIT5_1 =>
-- EN_BIT_5_S = 1 und BIT_VALUE = 1 dann setze BYTE_OUT(5) = 1
BYTE_OUT(5)<='1';
BYTE_VEC(5)<='1';
if (EN_BIT_i(5) = '1')
then
if (BIT_VALUE = '1')
then n_SV_BR_BIT5 <= ST_BR_EN_BIT5_1;
else n_SV_BR_BIT5 <= ST_BR_EN_BIT5_0;
end if;
else n_SV_BR_BIT5 <= ST_BR_EN_BIT5_1; -- BIT_VALUE = 0
end if;
when others =>
n_SV_BR_BIT5 <= ST_BR_EN_BIT5_0;
end case;
end process;
BIT_REGISTER_EN_BIT_6_PROC:process (SV_BR_BIT6, n_SV_BR_BIT6, BIT_VALUE, EN_BIT_i) --BIT_REGISTER Bit6
begin
case SV_BR_BIT6 is
when ST_BR_EN_BIT6_0 =>
BYTE_OUT(6)<='0';
BYTE_VEC(6)<='0';
if (EN_BIT_i(6) = '1')
then
if (BIT_VALUE = '1')--gehe zu ST_BR_BIT6_1
then n_SV_BR_BIT6 <= ST_BR_EN_BIT6_1;
else n_SV_BR_BIT6 <= ST_BR_EN_BIT6_0;
end if;
else n_SV_BR_BIT6 <= ST_BR_EN_BIT6_0;
end if;
when ST_BR_EN_BIT6_1 =>
-- EN_BIT_6 = 1 und BIT_VALUE = 1 dann setze BYTE_OUT(6) = 1
BYTE_OUT(6)<='1';
BYTE_VEC(6)<='1';
if (EN_BIT_i(6) = '1')
then
if (BIT_VALUE = '1')
then n_SV_BR_BIT6 <= ST_BR_EN_BIT6_1;
else n_SV_BR_BIT6 <= ST_BR_EN_BIT6_0;
end if;
else n_SV_BR_BIT6 <= ST_BR_EN_BIT6_1; -- BIT_VALUE = 0
end if;
when others =>
n_SV_BR_BIT6 <= ST_BR_EN_BIT6_0;
end case;
end process;
BIT_REGISTER_EN_BIT_7_PROC:process (SV_BR_BIT7, n_SV_BR_BIT7, BIT_VALUE, EN_BIT_i) --BIT_REGISTER Bit7
begin
case SV_BR_BIT7 is
when ST_BR_EN_BIT7_0 =>
BYTE_OUT(7)<='0';
BYTE_VEC(7)<='0';
if (EN_BIT_i(7) = '1')
then
if (BIT_VALUE = '1')--gehe zu ST_BR_BIT7_1
then n_SV_BR_BIT7 <= ST_BR_EN_BIT7_1;
else n_SV_BR_BIT7 <= ST_BR_EN_BIT7_0;
end if;
else n_SV_BR_BIT7 <= ST_BR_EN_BIT7_0;
end if;
when ST_BR_EN_BIT7_1 =>
-- EN_BIT_7_S = 1 und BIT_VALUE = 1 dann setze BYTE_OUT(7) = 1
BYTE_OUT(7)<='1';
BYTE_VEC(7)<='1';
if (EN_BIT_i(7) = '1')
then
if (BIT_VALUE = '1')
then n_SV_BR_BIT7 <= ST_BR_EN_BIT7_1;
else n_SV_BR_BIT7 <= ST_BR_EN_BIT7_0;
end if;
else n_SV_BR_BIT7 <= ST_BR_EN_BIT7_1; -- BIT_VALUE = 0
end if;
when others =>
n_SV_BR_BIT7 <= ST_BR_EN_BIT7_0;
end case;
end process;
BIT_REGISTER_EN_BIT_8_PROC:process (SV_BR_BIT8, n_SV_BR_BIT8, BIT_VALUE, EN_BIT_i) --BIT_REGISTER Bit8
begin
case SV_BR_BIT8 is
when ST_BR_EN_BIT8_0 =>
BYTE_VEC(8)<='0';
if (EN_BIT_i(8) = '1')
then
if (BIT_VALUE = '1')--gehe zu ST_BR_BIT8_1
then n_SV_BR_BIT8 <= ST_BR_EN_BIT8_1;
else n_SV_BR_BIT8 <= ST_BR_EN_BIT8_0;
end if;
else n_SV_BR_BIT8 <= ST_BR_EN_BIT8_0;
end if;
when ST_BR_EN_BIT8_1 =>
-- EN_BIT_8_S = 1 und BIT_VALUE = 1 dann setze BYTE_OUT(8) = 1
BYTE_VEC(8)<='1';
if (EN_BIT_i(8) = '1')
then
if (BIT_VALUE = '1')
then n_SV_BR_BIT8 <= ST_BR_EN_BIT8_1;
else n_SV_BR_BIT8 <= ST_BR_EN_BIT8_0;
end if;
else n_SV_BR_BIT8 <= ST_BR_EN_BIT8_1; -- BIT_VALUE = 0
end if;
when others =>
n_SV_BR_BIT8 <= ST_BR_EN_BIT8_0;
end case;
end process;
PARITY_CHECK_PROC: process (BYTE_VEC) --Paritätsprüfung (Mit VARIABLEN := , STATT SIGNALEN <=)
variable TMP00, TMP01, TMP02, TMP03, TMP10, TMP11, TMP20 : std_logic;
begin
TMP00 := BYTE_VEC(0) xor BYTE_VEC(1);
TMP01 := BYTE_VEC(2) xor BYTE_VEC(3);
TMP02 := BYTE_VEC(4) xor BYTE_VEC(5);
TMP03 := BYTE_VEC(6) xor BYTE_VEC(7);
TMP10 := TMP00 xor TMP01;
TMP11 := TMP02 xor TMP03;
TMP20 := TMP10 xor TMP11;
if (TMP20 = BYTE_VEC(8))
then PARITY_OK <= '1'; -- Parität korrekt
else PARITY_OK <= '0'; -- Parität fehlerhaft
end if;
end process;
--BYTE_OUT_PORC: process (BYTE_VEC) --BYTEausgabe
-- begin
-- BYTE_OUT(0) <= BYTE_VEC(0);
-- BYTE_OUT(1) <= BYTE_VEC(1);
-- BYTE_OUT(2) <= BYTE_VEC(2);
-- BYTE_OUT(3) <= BYTE_VEC(3);
-- BYTE_OUT(4) <= BYTE_VEC(4);
-- BYTE_OUT(5) <= BYTE_VEC(5);
-- BYTE_OUT(6) <= BYTE_VEC(6);
-- BYTE_OUT(7) <= BYTE_VEC(7);
--end process;
end Behavioral;
| gpl-2.0 |
rxfx/profibusmonitor | VHDL_Bausteine_old/PROFIBUS_MONITOR/CTRL_RS232_TX_VHDL.vhd | 4 | 9084 | -- CTRL_RS232_TX
-- Input wird bitweise via RS232 versendet
-- Projekt: PROFIBUS MONITOR
-- Ersteller: Martin Harndt
-- Erstellt: 10.01.2013
-- Bearbeiter: mharndt
-- Geaendert: 24.01.2013
-- Umstellung auf: rising_edge(CLK) und falling_edge(CLK) und http://www.sigasi.com/content/clock-edge-detection
library IEEE;
use IEEE.STD_LOGIC_1164.ALL;
use IEEE.STD_LOGIC_ARITH.ALL;
use IEEE.STD_LOGIC_UNSIGNED.ALL;
entity CTRL_RS232_TX_VHDL is
Port(SEND_BYTE : in std_logic_vector (7 downto 0); --Eingangsvariable, zu Daten Input, 8 bit
SEND : in std_logic; --Eingangsvariable, Byte OK
TX : out std_logic; --Ausgangsvariable, Transmit Bit
READY: out std_logic; --Ausgangsvariable, bereit zum Senden
CLK : in std_logic; --Taktvariable
IN_NEXT_STATE: in std_logic; --1:Zustandsuebergang möglich
RESET : in std_logic); --1: Initialzustand annehmen
end CTRL_RS232_TX_VHDL;
architecture Behavioral of CTRL_RS232_TX_VHDL is
type TYPE_STATE is
(ST_TX_00, --Zustaende CTRL_RS232_TX
ST_TX_01,
ST_TX_02,
ST_TX_03,
ST_TX_04,
ST_TX_05,
ST_TX_06,
ST_TX_07,
ST_TX_08,
ST_TX_09,
ST_TX_10,
ST_TX_11);
signal SV : TYPE_STATE; --Zustandsvariable
signal n_SV: TYPE_STATE; --Zustandsvariable, neuer Wert
signal SV_M: TYPE_STATE; --Zustandsvariable, Ausgang Master
--signal not_CLK : std_logic; --negierte Taktvariable
signal COUNT : std_logic_vector (15 downto 0); --Zaehler, Vektor, 16 Bit
signal n_COUNT : std_logic_vector (15 downto 0); --Zaehler, neuer Wert, Vektor, 16 Bit
signal COUNT_M : std_logic_vector (15 downto 0); --Zaehler, Ausgang Master, Vektor, 16 Bit
--Konstanten, lang 9600 Baud, 1 Startbit, 8 Datenbit, 1 Stoppbit, keine Parität
--constant CNT01 : std_logic_vector := x"1458"; --16 Bit
--constant CNT02 : std_logic_vector := x"2C98"; --usw.
--constant CNT03 : std_logic_vector := x"3D08";
--constant CNT04 : std_logic_vector := x"5160";
--constant CNT05 : std_logic_vector := x"65B8";
--constant CNT06 : std_logic_vector := x"7A10";
--constant CNT07 : std_logic_vector := x"8E68";
--constant CNT08 : std_logic_vector := x"A2C0";
--constant CNT09 : std_logic_vector := x"B718";
--constant CNT10 : std_logic_vector := x"CB70";
--Konstanten, lang 19200 Baud, 1 Startbit, 8 Datenbit, 1 Stoppbit, keine Parität
constant CNT01 : std_logic_vector := x"0A2C"; --16 Bit
constant CNT02 : std_logic_vector := x"1458"; --usw.
constant CNT03 : std_logic_vector := x"1E84";
constant CNT04 : std_logic_vector := x"28B0";
constant CNT05 : std_logic_vector := x"32DC";
constant CNT06 : std_logic_vector := x"3D09";
constant CNT07 : std_logic_vector := x"4735";
constant CNT08 : std_logic_vector := x"5161";
constant CNT09 : std_logic_vector := x"5B8D";
constant CNT10 : std_logic_vector := x"65B9";
begin
--NOT_CLK_PROC: process (CLK) --negieren Taktvariable
--begin
-- not_CLK <= not CLK;
--end process;
SREG_M_PROC: process (RESET, n_SV, CLK) --Master
begin
if (RESET ='1')
then SV_M <= ST_TX_00;
else
if rising_edge(CLK)
then
if (IN_NEXT_STATE = '1')
then SV_M <= n_SV;
COUNT_M <= n_COUNT;
else SV_M <= SV_M;
COUNT_M <= COUNT_M;
end if;
end if;
end if;
end process;
SREG_S_PROC: process (RESET, SV_M, CLK) --Slave
begin
if (RESET = '1')
then SV <= ST_TX_00;
else
if falling_edge(CLK)
then SV <= SV_M;
COUNT <= COUNT_M;
end if;
end if;
end process;
CTRL_RS232_TX_PROC:process (SV, COUNT, SEND, SEND_BYTE) --Daten über RS232 senden
begin
case SV is
when ST_TX_00 =>
if (SEND = '1')
then
--TX01
n_COUNT <= x"0000"; -- kleiner Zaehler Neustart
TX <= '0'; --Startbit
READY <= '0';
n_SV <= ST_TX_01; --Zustandsübergang
else
--TX00
n_COUNT <= x"0000"; -- kleiner Zaehler Neustart
TX <= '1'; --Idle
READY <= '1'; --Bereit zum Senden
n_SV <= ST_TX_00; --bleibt im gleichen Zustand
end if;
when ST_TX_01 =>
if (COUNT = CNT01) --Zaehler = 5208
then
--TX03
n_COUNT <= COUNT+1; -- Zaehler erhoehen
TX <= SEND_BYTE(0); --Bit 0
READY <= '0';
n_SV <= ST_TX_02; --Zustandsübergang
else
--TX02
n_COUNT <= COUNT+1; -- Zaehler erhoehen
TX <= '0'; --Startbit
READY <= '0';
n_SV <= ST_TX_01; --bleibt im gleichen Zustand
end if;
when ST_TX_02 =>
if (COUNT = CNT02) --Zaehler = 11416
then
--TX05
n_COUNT <= COUNT+1; -- Zaehler erhoehen
TX <= SEND_BYTE(1); --Bit 1
READY <= '0';
n_SV <= ST_TX_03; --Zustandsübergang
else
--TX04
n_COUNT <= COUNT+1; -- Zaehler erhoehen
TX <= SEND_BYTE(0); --Bit 0
READY <= '0';
n_SV <= ST_TX_02; --bleibt im gleichen Zustand
end if;
when ST_TX_03 =>
if (COUNT = CNT03) --Zaehler = 15624
then
--TX07
n_COUNT <= COUNT+1; -- Zaehler erhoehen
TX <= SEND_BYTE(2); --Bit 2
READY <= '0';
n_SV <= ST_TX_04; --Zustandsübergang
else
--TX06
n_COUNT <= COUNT+1; -- Zaehler erhoehen
TX <= SEND_BYTE(1); --Bit 1
READY <= '0';
n_SV <= ST_TX_03; --bleibt im gleichen Zustand
end if;
when ST_TX_04 =>
if (COUNT = CNT04) --Zaehler = 20832
then
--TX09
n_COUNT <= COUNT+1; -- Zaehler erhoehen
TX <= SEND_BYTE(3); --Bit 3
READY <= '0';
n_SV <= ST_TX_05; --Zustandsübergang
else
--TX08
n_COUNT <= COUNT+1; -- Zaehler erhoehen
TX <= SEND_BYTE(2); --Bit 2
READY <= '0';
n_SV <= ST_TX_04; --bleibt im gleichen Zustand
end if;
when ST_TX_05 =>
if (COUNT = CNT05) --Zaehler = 26040
then
--TX11
n_COUNT <= COUNT+1; -- Zaehler erhoehen
TX <= SEND_BYTE(4); --Bit 4
READY <= '0';
n_SV <= ST_TX_06; --Zustandsübergang
else
--TX10
n_COUNT <= COUNT+1; -- Zaehler erhoehen
TX <= SEND_BYTE(3); --Bit 3
READY <= '0';
n_SV <= ST_TX_05; --bleibt im gleichen Zustand
end if;
when ST_TX_06 =>
if (COUNT = CNT06) --Zaehler = 31248
then
--TX13
n_COUNT <= COUNT+1; -- Zaehler erhoehen
TX <= SEND_BYTE(5); --Bit 5
READY <= '0';
n_SV <= ST_TX_07; --Zustandsübergang
else
--TX12
n_COUNT <= COUNT+1; -- Zaehler erhoehen
TX <= SEND_BYTE(4); --Bit 4
READY <= '0';
n_SV <= ST_TX_06; --bleibt im gleichen Zustand
end if;
when ST_TX_07 =>
if (COUNT = CNT07) --Zaehler = 36456
then
--TX15
n_COUNT <= COUNT+1; -- Zaehler erhoehen
TX <= SEND_BYTE(6); --Bit 6
READY <= '0';
n_SV <= ST_TX_08; --Zustandsübergang
else
--TX14
n_COUNT <= COUNT+1; -- Zaehler erhoehen
TX <= SEND_BYTE(5); --Bit 5
READY <= '0';
n_SV <= ST_TX_07; --bleibt im gleichen Zustand
end if;
when ST_TX_08 =>
if (COUNT = CNT08) --Zaehler = 41664
then
--TX17
n_COUNT <= COUNT+1; -- Zaehler erhoehen
TX <= SEND_BYTE(7); --Bit 7
READY <= '0';
n_SV <= ST_TX_09; --Zustandsübergang
else
--TX16
n_COUNT <= COUNT+1; -- Zaehler erhoehen
TX <= SEND_BYTE(6); --Bit 6
READY <= '0';
n_SV <= ST_TX_08; --bleibt im gleichen Zustand
end if;
when ST_TX_09 =>
if (COUNT = CNT09) --Zaehler = 46872
then
--TX19
n_COUNT <= COUNT+1; -- Zaehler erhoehen
TX <= '1'; --Stoppbit
READY <= '0';
n_SV <= ST_TX_10; --Zustandsübergang
else
--TX18
n_COUNT <= COUNT+1; -- Zaehler erhoehen
TX <= SEND_BYTE(7); --Bit 7
READY <= '0';
n_SV <= ST_TX_09; --bleibt im gleichen Zustand
end if;
when ST_TX_10 =>
if (COUNT = CNT10) --Zaehler = 52080
then
--TX21
n_COUNT <= x"0000"; -- Zaehler neustart
TX <= '1'; --Idle
READY <= '0';
n_SV <= ST_TX_11; --Zustandsübergang
else
--TX20
n_COUNT <= COUNT+1; -- Zaehler erhoehen
TX <= '1'; --Stoppbit
READY <= '0';
n_SV <= ST_TX_10; --bleibt im gleichen Zustand
end if;
when ST_TX_11 =>
if (SEND = '0') -- Wenn SEND=0 dann warten auf SEND sonst Idle senden
then
--TX00
n_COUNT <= x"0000"; -- Zaehler neustart
TX <= '1'; --Idle
READY <= '1';--Bereit zum Senden
n_SV <= ST_TX_00; --Zustandsübergang
else
--TX22
n_COUNT <= x"0000"; -- Zaehler neustart
TX <= '1'; --Idle
READY <= '0';
n_SV <= ST_TX_11; --bleibt im gleichen Zustand
end if;
when others =>
-- TX00
n_COUNT <= x"0000"; -- kleiner Zaehler Neustart
TX <= '1'; --Idle
READY <= '0';
n_SV <= ST_TX_00; --Zustandsübergang
end case;
end process;
end Behavioral;
| gpl-2.0 |
freecores/gamepads | gcpad/rtl/vhdl/gcpad_full-c.vhd | 1 | 683 | -------------------------------------------------------------------------------
--
-- GCpad controller core
--
-- Copyright (c) 2004, Arnim Laeuger ([email protected])
--
-- $Id: gcpad_full-c.vhd,v 1.1 2004-10-10 17:25:08 arniml Exp $
--
-------------------------------------------------------------------------------
configuration gcpad_full_struct_c0 of gcpad_full is
for struct
for ctrl_b : gcpad_ctrl
use configuration work.gcpad_ctrl_rtl_c0;
end for;
for tx_b : gcpad_tx
use configuration work.gcpad_tx_rtl_c0;
end for;
for rx_b : gcpad_rx
use configuration work.gcpad_rx_rtl_c0;
end for;
end for;
end gcpad_full_struct_c0;
| gpl-2.0 |
rxfx/profibusmonitor | VHDL_Bausteine_old/abandoned_code/Rueckfallposition_14_12_2012/TEST2_SRAM_25MHZ_255_BYTE/SRAM_25MHZ_255_BYTE.vhd | 4 | 10382 | -- SRAM_25MHZ_255_BYTE
-- beschreibt/liest den SRAM des Spartan 3
-- Ersteller: Martin Harndt
-- Erstellt: 30.11.2012
-- Bearbeiter: mharndt
-- Geaendert: 07.12.2012
library IEEE;
use IEEE.STD_LOGIC_1164.ALL;
use IEEE.STD_LOGIC_ARITH.ALL;
use IEEE.STD_LOGIC_UNSIGNED.ALL;
entity SRAM_25MHZ_255_BYTE is
Port ( GO : in std_logic;
COUNT_ADR_OUT : out std_logic_vector(18 downto 0); --Ausgabe Adresse, 19 Byte
COUNT_DAT_OUT : out std_logic_vector(15 downto 0); --Ausgabe gespeicherte Daten, 16 Byte
WE : out std_logic; -- Write Enable
OE : out std_logic; -- Output Enable
CE1 : out std_logic; --Chip Enable
UB1 : out std_logic; --Upper Byte Enable
LB1 : out std_logic; --Lower Byte Enable
STOP : out std_logic; -- zum Anzeigen von STOP
CLK : in std_logic; --Taktvariable
CLK_IO : in std_logic; --Tanktvariable,
--Ein- und Ausgangsregister
IN_NEXT_STATE : in std_logic; --1:Zustandsuebergang möglich
RESET : in std_logic; --1: Initialzustand annehmen
DISPL1_SV : out std_logic_vector (3 downto 0); --aktueller Zustand Zahl1, binärzahl
DISPL2_SV : out std_logic_vector (3 downto 0); --aktueller Zustand Zahl2, binärzahl
DISPL1_n_SV : out std_logic_vector (3 downto 0); --Folgezustand Zahl1, binärzahl
DISPL2_n_SV : out std_logic_vector (3 downto 0)); --Folgezustand Zahl2, binärzahl
end SRAM_25MHZ_255_BYTE;
architecture Behavioral of SRAM_25MHZ_255_BYTE is
type TYPE_STATE is
(ST_RAM_00, --Zustaende
ST_RAM_01,
ST_RAM_02,
ST_RAM_03,
ST_RAM_04,
ST_RAM_05);
signal SV : TYPE_STATE; --Zustandsvariable
signal n_SV: TYPE_STATE; --Zustandsvariable, neuer Wert
signal SV_M: TYPE_STATE; --Zustandsvariable, Ausgang Master
signal not_CLK : std_logic; --negierte Taktvariable
signal not_CLK_IO: std_logic; --negierte Taktvariable
--Ein- und Ausgangsregister
signal GO_S : std_logic; --Eingangsvariable
--Zwischengespeichert im Eingangsregister
signal COUNT_ADR : std_logic_vector(18 downto 0); --Adresszaehler, Vektor, 19 bit
signal n_COUNT_ADR : std_logic_vector(18 downto 0); --Adresszaehler, neuer Wert, Vektor, 19 bit
signal COUNT_ADR_M : std_logic_vector(18 downto 0); --Adresszaehler, Ausgang Master, Vektor, 19 bit
signal COUNT_DAT : std_logic_vector(15 downto 0); --Datenzaehler, Vektor, 15 bit
signal n_COUNT_DAT : std_logic_vector(15 downto 0); --Datenzaehler, neuer Wert, Vektor, 15 bit
signal COUNT_DAT_M : std_logic_vector(15 downto 0); --Datenzaehler, Ausgang Master, Vektor, 15 bit
signal DISPL_STATE_SV : std_logic_vector (7 downto 0); -- aktueller Zustand in 8 Bit, binär
signal DISPL_STATE_n_SV : std_logic_vector (7 downto 0); -- Folgezustand in 8 Bit, binär
begin
NOT_CLK_PROC: process (CLK) --negieren Taktvariable
begin
not_CLK <= not CLK;
end process;
NOT_CLK_IO_PROC: process (CLK_IO) --negieren Taktvaraiable, Ein- und Ausgangsregister
begin
not_CLK_IO <= not CLK_IO;
end process;
IREG_PROC: process (GO, GO_S, not_CLK_IO) --Eingangsregister
begin
if (not_CLK_IO'event and not_CLK_IO = '1') --Eingangsregister
then GO_S <= GO;
end if;
end process;
SREG_M_PROC: process (RESET, n_SV, CLK) --Master
begin
if (RESET ='1')
then SV_M <= ST_RAM_00;
else
if (CLK'event and CLK = '1')
then
if (IN_NEXT_STATE = '1')
then SV_M <= n_SV;
COUNT_ADR_M <= n_COUNT_ADR;
COUNT_DAT_M <= n_COUNT_DAT;
else SV_M <= SV_M;
COUNT_ADR_M <= COUNT_ADR_M;
COUNT_DAT_M <= COUNT_DAT_M;
end if;
end if;
end if;
end process;
SREG_S_PROC: process (RESET, SV_M, not_CLK) --Slave
begin
if (RESET = '1')
then SV <= ST_RAM_00;
else
if (not_CLK'event and not_CLK = '1')
then SV <= SV_M;
COUNT_ADR <= COUNT_ADR_M;
COUNT_DAT <= COUNT_DAT_M;
end if;
end if;
end process;
IL_OL_PROC: process (GO_S, SV, COUNT_ADR, COUNT_DAT)
begin
UB1 <= '0'; --Upper Byte Ein (0=Ein 1=Aus)
LB1 <= '0'; --Lower Byte Ein (0=Ein 1=Aus)
case SV is
when ST_RAM_00 =>
if (GO_S = '1')
then
-- RAM01
n_COUNT_ADR <= b"0000000000000000000"; -- Adress Zaehler Neustart
n_COUNT_DAT <= b"1111111111111111"; -- Daten Zaehler Neustart
WE <= '1'; --Aus (0=Ein 1=Aus)
OE <= '1'; --Aus (0=Ein 1=Aus)
CE1 <= '1'; --Aus (0=Ein 1=Aus)
STOP <= '0'; -- Aus(0=Aus 1=Ein)
n_SV <= ST_RAM_01; -- Zustandsuebgergang
else
--RAM00
n_COUNT_ADR <= b"0000000000000000000"; -- Adress Zaehler Neustart
n_COUNT_DAT <= b"1111111111111111"; -- Daten Zaehler Neustart
WE <= '1'; --Aus
OE <= '1'; --Aus
CE1 <= '0'; --Ein
STOP <= '0'; --Aus
n_SV <= ST_RAM_00; -- GO = '0'
end if;
when ST_RAM_01 =>
-- RAM02
n_COUNT_ADR <= COUNT_ADR; -- Wert bleibt gleich
n_COUNT_DAT <= COUNT_DAT; -- Wert bleibt gleich
WE <= '0'; --Ein
OE <= '1'; --Aus
CE1 <= '0'; --Ein
STOP <= '0'; --Aus
n_SV <= ST_RAM_02; -- Zustandsuebgergang
when ST_RAM_02 =>
if (COUNT_ADR = b"1111111111111111")
then
-- RAM05
n_COUNT_ADR <= COUNT_ADR; -- Wert bleibt gleich
n_COUNT_DAT <= COUNT_DAT; -- Wert bleibt gleich
WE <= '1'; --Aus (0=Ein 1=Aus)
OE <= '1'; --Aus (0=Ein 1=Aus)
CE1 <= '0'; --Ein (0=Ein 1=Aus)
STOP <= '0'; -- Aus(0=Aus 1=Ein)
n_SV <= ST_RAM_03; -- COUNT_ADR < FF
else
--RAM03
n_COUNT_ADR <= COUNT_ADR+1; -- Adress Zaehler inkrementieren
n_COUNT_DAT <= COUNT_DAT-1; -- Daten Zaehler dekrementieren
WE <= '1'; --Aus
OE <= '1'; --Aus
CE1 <= '0'; --Ein
STOP <= '0'; --Aus
n_SV <= ST_RAM_04; -- COUNT_ADR = FF
end if;
when ST_RAM_03 =>
if (GO_S = '0')
then
-- RAM06
n_COUNT_ADR <= COUNT_ADR; -- Wert bleibt gleich
n_COUNT_DAT <= COUNT_DAT; -- Wert bleibt gleich
WE <= '1'; --Aus (0=Ein 1=Aus)
OE <= '1'; --Aus (0=Ein 1=Aus)
CE1 <= '0'; --Ein (0=Ein 1=Aus)
STOP <= '1'; -- Ein(0=Aus 1=Ein)
n_SV <= ST_RAM_05; -- GO_S ='0'
else
--RAM05
n_COUNT_ADR <= COUNT_ADR; -- Wert bleibt gleich
n_COUNT_DAT <= COUNT_DAT; -- Wert bleibt gleich
WE <= '1'; --Aus
OE <= '1'; --Aus
CE1 <= '0'; --Ein
STOP <= '0'; --Aus
n_SV <= ST_RAM_03; -- GO_S ='1'
end if;
when ST_RAM_04 =>
-- RAM04
n_COUNT_ADR <= COUNT_ADR; -- Wert bleibt gleich
n_COUNT_DAT <= COUNT_DAT; -- Wert bleibt gleich
WE <= '1'; --Aus (0=Ein 1=Aus)
OE <= '1'; --Aus (0=Ein 1=Aus)
CE1 <= '0'; --Ein (0=Ein 1=Aus)
STOP <= '0'; -- Aus(0=Aus 1=Ein)
n_SV <= ST_RAM_01; -- Zustandsübergang
when ST_RAM_05 =>
if (GO_S = '0')
then
-- RAM08
n_COUNT_ADR <= COUNT_ADR; -- Wert bleibt gleich
n_COUNT_DAT <= COUNT_DAT; -- Wert bleibt gleich
WE <= '1'; --Aus (0=Ein 1=Aus)
OE <= '0'; --Ein (0=Ein 1=Aus)
CE1 <= '0'; --Ein (0=Ein 1=Aus)
STOP <= '1'; -- Ein(0=Aus 1=Ein)
n_SV <= ST_RAM_05; -- GO_S ='0'
else
--RAM07
n_COUNT_ADR <= COUNT_ADR; -- Wert bleibt gleich
n_COUNT_DAT <= COUNT_DAT; -- Wert bleibt gleich
WE <= '1'; --Aus
OE <= '0'; --Ein
CE1 <= '0'; --Ein
STOP <= '1'; --Ein
n_SV <= ST_RAM_00; -- GO_S ='1'
end if;
when others =>
-- RAM00
n_COUNT_ADR <= b"0000000000000000000"; -- Adress Zaehler Neustart
n_COUNT_DAT <= b"1111111111111111"; -- Daten Zaehler Neustart
WE <= '1'; --Aus
OE <= '1'; --Aus
CE1 <= '1'; --Aus
STOP <= '0'; --Aus
n_SV <= ST_RAM_00;
end case;
end process;
ADR_DAT_OUT_PROC: process (n_COUNT_ADR, n_COUNT_DAT) --Ausgabe Adresse und Daten
begin
--Adressen
COUNT_ADR_OUT(0) <= n_COUNT_ADR(0);
COUNT_ADR_OUT(1) <= n_COUNT_ADR(1);
COUNT_ADR_OUT(2) <= n_COUNT_ADR(2);
COUNT_ADR_OUT(3) <= n_COUNT_ADR(3);
COUNT_ADR_OUT(4) <= n_COUNT_ADR(4);
COUNT_ADR_OUT(5) <= n_COUNT_ADR(5);
COUNT_ADR_OUT(6) <= n_COUNT_ADR(6);
COUNT_ADR_OUT(7) <= n_COUNT_ADR(7);
COUNT_ADR_OUT(8) <= n_COUNT_ADR(8);
COUNT_ADR_OUT(9) <= n_COUNT_ADR(9);
COUNT_ADR_OUT(10) <= n_COUNT_ADR(10);
COUNT_ADR_OUT(11) <= n_COUNT_ADR(11);
COUNT_ADR_OUT(12) <= n_COUNT_ADR(12);
COUNT_ADR_OUT(13) <= n_COUNT_ADR(13);
COUNT_ADR_OUT(14) <= n_COUNT_ADR(14);
COUNT_ADR_OUT(15) <= n_COUNT_ADR(15);
COUNT_ADR_OUT(16) <= n_COUNT_ADR(16);
COUNT_ADR_OUT(17) <= n_COUNT_ADR(17);
COUNT_ADR_OUT(18) <= n_COUNT_ADR(18);
--Daten
COUNT_DAT_OUT(0) <= n_COUNT_DAT(0);
COUNT_DAT_OUT(1) <= n_COUNT_DAT(1);
COUNT_DAT_OUT(2) <= n_COUNT_DAT(2);
COUNT_DAT_OUT(3) <= n_COUNT_DAT(3);
COUNT_DAT_OUT(4) <= n_COUNT_DAT(4);
COUNT_DAT_OUT(5) <= n_COUNT_DAT(5);
COUNT_DAT_OUT(6) <= n_COUNT_DAT(6);
COUNT_DAT_OUT(7) <= n_COUNT_DAT(7);
COUNT_DAT_OUT(8) <= n_COUNT_DAT(8);
COUNT_DAT_OUT(9) <= n_COUNT_DAT(9);
COUNT_DAT_OUT(10) <= n_COUNT_DAT(10);
COUNT_DAT_OUT(11) <= n_COUNT_DAT(11);
COUNT_DAT_OUT(12) <= n_COUNT_DAT(12);
COUNT_DAT_OUT(13) <= n_COUNT_DAT(13);
COUNT_DAT_OUT(14) <= n_COUNT_DAT(14);
COUNT_DAT_OUT(15) <= n_COUNT_DAT(15);
end process;
STATE_DISPL_PROC: process (SV, n_SV, DISPL_STATE_SV, DISPL_STATE_n_SV) -- Zustandsanzeige
begin
DISPL_STATE_SV <= conv_std_logic_vector(TYPE_STATE'pos( SV),8); --Zustandsumwandlung in 8 Bit
DISPL_STATE_n_SV <= conv_std_logic_vector(TYPE_STATE'pos(n_SV),8);
DISPL1_SV(0) <= DISPL_STATE_SV(0); --Bit0
DISPL1_SV(1) <= DISPL_STATE_SV(1); --Bit1
DISPL1_SV(2) <= DISPL_STATE_SV(2); --Bit2
DISPL1_SV(3) <= DISPL_STATE_SV(3); --Bit3
DISPL2_SV(0) <= DISPL_STATE_SV(4); --usw.
DISPL2_SV(1) <= DISPL_STATE_SV(5);
DISPL2_SV(2) <= DISPL_STATE_SV(6);
DISPL2_SV(3) <= DISPL_STATE_SV(7);
--Folgezustand anzeigen
DISPL1_n_SV(0) <= DISPL_STATE_n_SV(0);
DISPL1_n_SV(1) <= DISPL_STATE_n_SV(1);
DISPL1_n_SV(2) <= DISPL_STATE_n_SV(2);
DISPL1_n_SV(3) <= DISPL_STATE_n_SV(3);
DISPL2_n_SV(0) <= DISPL_STATE_n_SV(4);
DISPL2_n_SV(1) <= DISPL_STATE_n_SV(5);
DISPL2_n_SV(2) <= DISPL_STATE_n_SV(6);
DISPL2_n_SV(3) <= DISPL_STATE_n_SV(7);
end process;
end Behavioral;
| gpl-2.0 |
vmiklos/ctags-svn | Test/bug2374109.vhd | 98 | 196 | function Pow2( N, Exp : integer ) return mylib.myinteger is
Variable Result : integer := 1;
begin
for i in 1 to Exp loop
Result := Result * N;
end loop;
return( Result );
end Pow;
| gpl-2.0 |
rxfx/profibusmonitor | VHDL_Bausteine/TEST_CTRL_RS232_TX/DEB_50MZ_100MS_SRC.vhd | 38 | 2643 | library IEEE;
use IEEE.STD_LOGIC_1164.ALL;
use IEEE.STD_LOGIC_ARITH.ALL;
use IEEE.STD_LOGIC_UNSIGNED.ALL;
--Enprelleinheit
--entprellt bei 50 MHZ etw mit 100 ms
entity DEB_50MZ_100MS_SRC is
Port ( IN_DEB : in std_logic;
F_50MHZ : in std_logic;
OUT_DEB : out std_logic);
end DEB_50MZ_100MS_SRC;
architecture Behavioral of DEB_50MZ_100MS_SRC is
type SV_TYPE is (DEB0, DEB1);
signal SV, n_SV, SV_M : SV_TYPE;
signal COUNT_DEB, n_COUNT_DEB, COUNT_DEB_M: std_logic_vector (23 downto 0);
signal NOT_F_50MHZ : std_logic;
signal IN_DEB_S : std_logic;
constant CONST_DEB_max: std_logic_vector := x"4C4B40";
begin
IREG_PROC: process (IN_DEB, NOT_F_50MHZ)
begin
if (NOT_F_50MHZ'event and NOT_F_50MHZ = '1')
then IN_DEB_S <= IN_DEB;
end if;
end process;
SREG_M_PROC: process (F_50MHZ, n_SV, n_COUNT_DEB, SV_M)
begin
if (F_50MHZ'event and F_50MHZ = '1')
then
SV_M <= n_SV;
COUNT_DEB_M <= n_COUNT_DEB;
else
COUNT_DEB_M <= COUNT_DEB_M;
end if;
end process;
NOT_F_50MHZ_PROC: process (F_50MHZ)
begin
NOT_F_50MHZ <= not F_50MHZ;
end process;
SREG_S_PROC: process (NOT_F_50MHZ, SV_M, COUNT_DEB_M)
begin
if (NOT_F_50MHZ'event and NOT_F_50MHZ = '1')
then
SV <= SV_M;
COUNT_DEB <= COUNT_DEB_M;
end if;
end process;
IL_OL_PROC: process (IN_DEB_S, SV, COUNT_DEB)
begin
case SV is
when DEB0 =>
if (IN_DEB_S = '1')
then
if COUNT_DEB >= CONST_DEB_max
then
OUT_DEB <= '0';
n_COUNT_DEB <= x"000000";
n_SV <= DEB1;
else
OUT_DEB <= '0';
n_COUNT_DEB <= COUNT_DEB+1;
n_SV <= DEB0;
end if;
else
if COUNT_DEB = x"000000"
then
OUT_DEB <= '0';
n_COUNT_DEB <= COUNT_DEB;
n_SV <= DEB0;
else
OUT_DEB <= '0';
n_COUNT_DEB <= COUNT_DEB-1;
n_SV <= DEB0;
end if;
end if;
when DEB1 =>
if (IN_DEB_S = '1')
then
if COUNT_DEB >= CONST_DEB_max
then
OUT_DEB <= '1';
n_COUNT_DEB <= COUNT_DEB;
n_SV <= DEB1;
else
OUT_DEB <= '1';
n_COUNT_DEB <= COUNT_DEB+1;
n_SV <= DEB1;
end if;
else
if COUNT_DEB = x"000000"
then
OUT_DEB <= '1';
n_COUNT_DEB <= COUNT_DEB;
n_SV <= DEB0;
else
OUT_DEB <= '1';
n_COUNT_DEB <= COUNT_DEB-1;
n_SV <= DEB1;
end if;
end if;
when Others =>
OUT_DEB <= '0';
n_COUNT_DEB <= x"000000";
n_SV <= DEB0;
end case;
end process;
end Behavioral;
| gpl-2.0 |
rxfx/profibusmonitor | VHDL_Bausteine/TEST_CTRL_TELEGRAM_CHECK/DEB_50MZ_100MS_SRC.vhd | 38 | 2643 | library IEEE;
use IEEE.STD_LOGIC_1164.ALL;
use IEEE.STD_LOGIC_ARITH.ALL;
use IEEE.STD_LOGIC_UNSIGNED.ALL;
--Enprelleinheit
--entprellt bei 50 MHZ etw mit 100 ms
entity DEB_50MZ_100MS_SRC is
Port ( IN_DEB : in std_logic;
F_50MHZ : in std_logic;
OUT_DEB : out std_logic);
end DEB_50MZ_100MS_SRC;
architecture Behavioral of DEB_50MZ_100MS_SRC is
type SV_TYPE is (DEB0, DEB1);
signal SV, n_SV, SV_M : SV_TYPE;
signal COUNT_DEB, n_COUNT_DEB, COUNT_DEB_M: std_logic_vector (23 downto 0);
signal NOT_F_50MHZ : std_logic;
signal IN_DEB_S : std_logic;
constant CONST_DEB_max: std_logic_vector := x"4C4B40";
begin
IREG_PROC: process (IN_DEB, NOT_F_50MHZ)
begin
if (NOT_F_50MHZ'event and NOT_F_50MHZ = '1')
then IN_DEB_S <= IN_DEB;
end if;
end process;
SREG_M_PROC: process (F_50MHZ, n_SV, n_COUNT_DEB, SV_M)
begin
if (F_50MHZ'event and F_50MHZ = '1')
then
SV_M <= n_SV;
COUNT_DEB_M <= n_COUNT_DEB;
else
COUNT_DEB_M <= COUNT_DEB_M;
end if;
end process;
NOT_F_50MHZ_PROC: process (F_50MHZ)
begin
NOT_F_50MHZ <= not F_50MHZ;
end process;
SREG_S_PROC: process (NOT_F_50MHZ, SV_M, COUNT_DEB_M)
begin
if (NOT_F_50MHZ'event and NOT_F_50MHZ = '1')
then
SV <= SV_M;
COUNT_DEB <= COUNT_DEB_M;
end if;
end process;
IL_OL_PROC: process (IN_DEB_S, SV, COUNT_DEB)
begin
case SV is
when DEB0 =>
if (IN_DEB_S = '1')
then
if COUNT_DEB >= CONST_DEB_max
then
OUT_DEB <= '0';
n_COUNT_DEB <= x"000000";
n_SV <= DEB1;
else
OUT_DEB <= '0';
n_COUNT_DEB <= COUNT_DEB+1;
n_SV <= DEB0;
end if;
else
if COUNT_DEB = x"000000"
then
OUT_DEB <= '0';
n_COUNT_DEB <= COUNT_DEB;
n_SV <= DEB0;
else
OUT_DEB <= '0';
n_COUNT_DEB <= COUNT_DEB-1;
n_SV <= DEB0;
end if;
end if;
when DEB1 =>
if (IN_DEB_S = '1')
then
if COUNT_DEB >= CONST_DEB_max
then
OUT_DEB <= '1';
n_COUNT_DEB <= COUNT_DEB;
n_SV <= DEB1;
else
OUT_DEB <= '1';
n_COUNT_DEB <= COUNT_DEB+1;
n_SV <= DEB1;
end if;
else
if COUNT_DEB = x"000000"
then
OUT_DEB <= '1';
n_COUNT_DEB <= COUNT_DEB;
n_SV <= DEB0;
else
OUT_DEB <= '1';
n_COUNT_DEB <= COUNT_DEB-1;
n_SV <= DEB1;
end if;
end if;
when Others =>
OUT_DEB <= '0';
n_COUNT_DEB <= x"000000";
n_SV <= DEB0;
end case;
end process;
end Behavioral;
| gpl-2.0 |
rxfx/profibusmonitor | VHDL_Bausteine_old/abandoned_code/TEST_CTRL_CRLF/DEB_50MZ_100MS_SRC.vhd | 38 | 2643 | library IEEE;
use IEEE.STD_LOGIC_1164.ALL;
use IEEE.STD_LOGIC_ARITH.ALL;
use IEEE.STD_LOGIC_UNSIGNED.ALL;
--Enprelleinheit
--entprellt bei 50 MHZ etw mit 100 ms
entity DEB_50MZ_100MS_SRC is
Port ( IN_DEB : in std_logic;
F_50MHZ : in std_logic;
OUT_DEB : out std_logic);
end DEB_50MZ_100MS_SRC;
architecture Behavioral of DEB_50MZ_100MS_SRC is
type SV_TYPE is (DEB0, DEB1);
signal SV, n_SV, SV_M : SV_TYPE;
signal COUNT_DEB, n_COUNT_DEB, COUNT_DEB_M: std_logic_vector (23 downto 0);
signal NOT_F_50MHZ : std_logic;
signal IN_DEB_S : std_logic;
constant CONST_DEB_max: std_logic_vector := x"4C4B40";
begin
IREG_PROC: process (IN_DEB, NOT_F_50MHZ)
begin
if (NOT_F_50MHZ'event and NOT_F_50MHZ = '1')
then IN_DEB_S <= IN_DEB;
end if;
end process;
SREG_M_PROC: process (F_50MHZ, n_SV, n_COUNT_DEB, SV_M)
begin
if (F_50MHZ'event and F_50MHZ = '1')
then
SV_M <= n_SV;
COUNT_DEB_M <= n_COUNT_DEB;
else
COUNT_DEB_M <= COUNT_DEB_M;
end if;
end process;
NOT_F_50MHZ_PROC: process (F_50MHZ)
begin
NOT_F_50MHZ <= not F_50MHZ;
end process;
SREG_S_PROC: process (NOT_F_50MHZ, SV_M, COUNT_DEB_M)
begin
if (NOT_F_50MHZ'event and NOT_F_50MHZ = '1')
then
SV <= SV_M;
COUNT_DEB <= COUNT_DEB_M;
end if;
end process;
IL_OL_PROC: process (IN_DEB_S, SV, COUNT_DEB)
begin
case SV is
when DEB0 =>
if (IN_DEB_S = '1')
then
if COUNT_DEB >= CONST_DEB_max
then
OUT_DEB <= '0';
n_COUNT_DEB <= x"000000";
n_SV <= DEB1;
else
OUT_DEB <= '0';
n_COUNT_DEB <= COUNT_DEB+1;
n_SV <= DEB0;
end if;
else
if COUNT_DEB = x"000000"
then
OUT_DEB <= '0';
n_COUNT_DEB <= COUNT_DEB;
n_SV <= DEB0;
else
OUT_DEB <= '0';
n_COUNT_DEB <= COUNT_DEB-1;
n_SV <= DEB0;
end if;
end if;
when DEB1 =>
if (IN_DEB_S = '1')
then
if COUNT_DEB >= CONST_DEB_max
then
OUT_DEB <= '1';
n_COUNT_DEB <= COUNT_DEB;
n_SV <= DEB1;
else
OUT_DEB <= '1';
n_COUNT_DEB <= COUNT_DEB+1;
n_SV <= DEB1;
end if;
else
if COUNT_DEB = x"000000"
then
OUT_DEB <= '1';
n_COUNT_DEB <= COUNT_DEB;
n_SV <= DEB0;
else
OUT_DEB <= '1';
n_COUNT_DEB <= COUNT_DEB-1;
n_SV <= DEB1;
end if;
end if;
when Others =>
OUT_DEB <= '0';
n_COUNT_DEB <= x"000000";
n_SV <= DEB0;
end case;
end process;
end Behavioral;
| gpl-2.0 |
rxfx/profibusmonitor | VHDL_Bausteine_old/TEST_CTRL_TELEGRAM_CHECK/DEB_50MZ_100MS_SRC.vhd | 38 | 2643 | library IEEE;
use IEEE.STD_LOGIC_1164.ALL;
use IEEE.STD_LOGIC_ARITH.ALL;
use IEEE.STD_LOGIC_UNSIGNED.ALL;
--Enprelleinheit
--entprellt bei 50 MHZ etw mit 100 ms
entity DEB_50MZ_100MS_SRC is
Port ( IN_DEB : in std_logic;
F_50MHZ : in std_logic;
OUT_DEB : out std_logic);
end DEB_50MZ_100MS_SRC;
architecture Behavioral of DEB_50MZ_100MS_SRC is
type SV_TYPE is (DEB0, DEB1);
signal SV, n_SV, SV_M : SV_TYPE;
signal COUNT_DEB, n_COUNT_DEB, COUNT_DEB_M: std_logic_vector (23 downto 0);
signal NOT_F_50MHZ : std_logic;
signal IN_DEB_S : std_logic;
constant CONST_DEB_max: std_logic_vector := x"4C4B40";
begin
IREG_PROC: process (IN_DEB, NOT_F_50MHZ)
begin
if (NOT_F_50MHZ'event and NOT_F_50MHZ = '1')
then IN_DEB_S <= IN_DEB;
end if;
end process;
SREG_M_PROC: process (F_50MHZ, n_SV, n_COUNT_DEB, SV_M)
begin
if (F_50MHZ'event and F_50MHZ = '1')
then
SV_M <= n_SV;
COUNT_DEB_M <= n_COUNT_DEB;
else
COUNT_DEB_M <= COUNT_DEB_M;
end if;
end process;
NOT_F_50MHZ_PROC: process (F_50MHZ)
begin
NOT_F_50MHZ <= not F_50MHZ;
end process;
SREG_S_PROC: process (NOT_F_50MHZ, SV_M, COUNT_DEB_M)
begin
if (NOT_F_50MHZ'event and NOT_F_50MHZ = '1')
then
SV <= SV_M;
COUNT_DEB <= COUNT_DEB_M;
end if;
end process;
IL_OL_PROC: process (IN_DEB_S, SV, COUNT_DEB)
begin
case SV is
when DEB0 =>
if (IN_DEB_S = '1')
then
if COUNT_DEB >= CONST_DEB_max
then
OUT_DEB <= '0';
n_COUNT_DEB <= x"000000";
n_SV <= DEB1;
else
OUT_DEB <= '0';
n_COUNT_DEB <= COUNT_DEB+1;
n_SV <= DEB0;
end if;
else
if COUNT_DEB = x"000000"
then
OUT_DEB <= '0';
n_COUNT_DEB <= COUNT_DEB;
n_SV <= DEB0;
else
OUT_DEB <= '0';
n_COUNT_DEB <= COUNT_DEB-1;
n_SV <= DEB0;
end if;
end if;
when DEB1 =>
if (IN_DEB_S = '1')
then
if COUNT_DEB >= CONST_DEB_max
then
OUT_DEB <= '1';
n_COUNT_DEB <= COUNT_DEB;
n_SV <= DEB1;
else
OUT_DEB <= '1';
n_COUNT_DEB <= COUNT_DEB+1;
n_SV <= DEB1;
end if;
else
if COUNT_DEB = x"000000"
then
OUT_DEB <= '1';
n_COUNT_DEB <= COUNT_DEB;
n_SV <= DEB0;
else
OUT_DEB <= '1';
n_COUNT_DEB <= COUNT_DEB-1;
n_SV <= DEB1;
end if;
end if;
when Others =>
OUT_DEB <= '0';
n_COUNT_DEB <= x"000000";
n_SV <= DEB0;
end case;
end process;
end Behavioral;
| gpl-2.0 |
rxfx/profibusmonitor | VHDL_Bausteine/TEST_CTRL_BIT_REGISTER/DEB_50MZ_100MS_SRC.vhd | 38 | 2643 | library IEEE;
use IEEE.STD_LOGIC_1164.ALL;
use IEEE.STD_LOGIC_ARITH.ALL;
use IEEE.STD_LOGIC_UNSIGNED.ALL;
--Enprelleinheit
--entprellt bei 50 MHZ etw mit 100 ms
entity DEB_50MZ_100MS_SRC is
Port ( IN_DEB : in std_logic;
F_50MHZ : in std_logic;
OUT_DEB : out std_logic);
end DEB_50MZ_100MS_SRC;
architecture Behavioral of DEB_50MZ_100MS_SRC is
type SV_TYPE is (DEB0, DEB1);
signal SV, n_SV, SV_M : SV_TYPE;
signal COUNT_DEB, n_COUNT_DEB, COUNT_DEB_M: std_logic_vector (23 downto 0);
signal NOT_F_50MHZ : std_logic;
signal IN_DEB_S : std_logic;
constant CONST_DEB_max: std_logic_vector := x"4C4B40";
begin
IREG_PROC: process (IN_DEB, NOT_F_50MHZ)
begin
if (NOT_F_50MHZ'event and NOT_F_50MHZ = '1')
then IN_DEB_S <= IN_DEB;
end if;
end process;
SREG_M_PROC: process (F_50MHZ, n_SV, n_COUNT_DEB, SV_M)
begin
if (F_50MHZ'event and F_50MHZ = '1')
then
SV_M <= n_SV;
COUNT_DEB_M <= n_COUNT_DEB;
else
COUNT_DEB_M <= COUNT_DEB_M;
end if;
end process;
NOT_F_50MHZ_PROC: process (F_50MHZ)
begin
NOT_F_50MHZ <= not F_50MHZ;
end process;
SREG_S_PROC: process (NOT_F_50MHZ, SV_M, COUNT_DEB_M)
begin
if (NOT_F_50MHZ'event and NOT_F_50MHZ = '1')
then
SV <= SV_M;
COUNT_DEB <= COUNT_DEB_M;
end if;
end process;
IL_OL_PROC: process (IN_DEB_S, SV, COUNT_DEB)
begin
case SV is
when DEB0 =>
if (IN_DEB_S = '1')
then
if COUNT_DEB >= CONST_DEB_max
then
OUT_DEB <= '0';
n_COUNT_DEB <= x"000000";
n_SV <= DEB1;
else
OUT_DEB <= '0';
n_COUNT_DEB <= COUNT_DEB+1;
n_SV <= DEB0;
end if;
else
if COUNT_DEB = x"000000"
then
OUT_DEB <= '0';
n_COUNT_DEB <= COUNT_DEB;
n_SV <= DEB0;
else
OUT_DEB <= '0';
n_COUNT_DEB <= COUNT_DEB-1;
n_SV <= DEB0;
end if;
end if;
when DEB1 =>
if (IN_DEB_S = '1')
then
if COUNT_DEB >= CONST_DEB_max
then
OUT_DEB <= '1';
n_COUNT_DEB <= COUNT_DEB;
n_SV <= DEB1;
else
OUT_DEB <= '1';
n_COUNT_DEB <= COUNT_DEB+1;
n_SV <= DEB1;
end if;
else
if COUNT_DEB = x"000000"
then
OUT_DEB <= '1';
n_COUNT_DEB <= COUNT_DEB;
n_SV <= DEB0;
else
OUT_DEB <= '1';
n_COUNT_DEB <= COUNT_DEB-1;
n_SV <= DEB1;
end if;
end if;
when Others =>
OUT_DEB <= '0';
n_COUNT_DEB <= x"000000";
n_SV <= DEB0;
end case;
end process;
end Behavioral;
| gpl-2.0 |
rxfx/profibusmonitor | VHDL_Bausteine_old/abandoned_code/Rueckfallposition_14_12_2012/TEST2_SRAM_25MHZ_255_BYTE/NIB4_7SEG_SRC.vhd | 38 | 4182 | library IEEE;
use IEEE.STD_LOGIC_1164.ALL;
use IEEE.STD_LOGIC_ARITH.ALL;
use IEEE.STD_LOGIC_UNSIGNED.ALL;
-- Uncomment the following lines to use the declarations that are
-- provided for instantiating Xilinx primitive components.
--library UNISIM;
--use UNISIM.VComponents.all;
entity NIB4_7SEG_SRC is
Port ( NIB0 : in std_logic_vector(3 downto 0); -- Nibble Ziffer 0
NIB1 : in std_logic_vector(3 downto 0); -- Nibble Ziffer 1
NIB2 : in std_logic_vector(3 downto 0); -- Nibble Ziffer 2
NIB3 : in std_logic_vector(3 downto 0); -- Nibble Ziffer 3
CLK_DISPL : in std_logic; -- Umschaltfrequenz empfohlen: 1 kHz
ZI0 : out std_logic; -- 1: Ziffer 0 soll leuchten
ZI1 : out std_logic; -- 1: Ziffer 1 soll leuchten
ZI2 : out std_logic; -- 1: Ziffer 2 soll leuchten
ZI3 : out std_logic; -- 1: Ziffer 3 soll leuchten
BA : out std_logic; -- 0: Segment A soll leuchten
BB : out std_logic; -- 0: Segment B soll leuchten
BC : out std_logic; -- 0: Segment C soll leuchten
BD : out std_logic; -- 0: Segment D soll leuchten
BE : out std_logic; -- 0: Segment E soll leuchten
BF : out std_logic; -- 0: Segment F soll leuchten
BG : out std_logic); -- 0: Segment G soll leuchten
end NIB4_7SEG_SRC;
architecture Behavioral of NIB4_7SEG_SRC is
signal COUNTER : std_logic_vector(1 downto 0);
signal NIB_ANZ : std_logic_vector(3 downto 0);
begin
process(CLK_DISPL, NIB3, NIB2, NIB1, NIB0, NIB_ANZ, COUNTER)
begin
If (CLK_DISPL'event and CLK_DISPL = '1')
then COUNTER <= COUNTER +1;
end if;
case COUNTER is
when "00" => ZI0 <= '1';
ZI1 <= '0';
ZI2 <= '0';
ZI3 <= '0';
NIB_ANZ <= NIB0;
when "01" => ZI0 <= '0';
ZI1 <= '1';
ZI2 <= '0';
ZI3 <= '0';
NIB_ANZ <= NIB1;
when "10" => ZI0 <= '0';
ZI1 <= '0';
ZI2 <= '1';
ZI3 <= '0';
NIB_ANZ <= NIB2;
when "11" => ZI0 <= '0';
ZI1 <= '0';
ZI2 <= '0';
ZI3 <= '1';
NIB_ANZ <= NIB3;
when others => ZI0 <= '1';
ZI1 <= '0';
ZI2 <= '0';
ZI3 <= '0';
NIB_ANZ <= NIB0;
end case;
case NIB_ANZ is
when "0000" => BG <= '1'; BF <= '0'; BE <= '0'; BD <= '0'; BC <= '0'; BB <= '0'; BA <= '0'; --0
when "0001" => BG <= '1'; BF <= '1'; BE <= '1'; BD <= '1'; BC <= '0'; BB <= '0'; BA <= '1'; --1
when "0010" => BG <= '0'; BF <= '1'; BE <= '0'; BD <= '0'; BC <= '1'; BB <= '0'; BA <= '0'; --2
when "0011" => BG <= '0'; BF <= '1'; BE <= '1'; BD <= '0'; BC <= '0'; BB <= '0'; BA <= '0'; --3
when "0100" => BG <= '0'; BF <= '0'; BE <= '1'; BD <= '1'; BC <= '0'; BB <= '0'; BA <= '1'; --4
when "0101" => BG <= '0'; BF <= '0'; BE <= '1'; BD <= '0'; BC <= '0'; BB <= '1'; BA <= '0'; --5
when "0110" => BG <= '0'; BF <= '0'; BE <= '0'; BD <= '0'; BC <= '0'; BB <= '1'; BA <= '0'; --6
when "0111" => BG <= '1'; BF <= '1'; BE <= '1'; BD <= '1'; BC <= '0'; BB <= '0'; BA <= '0'; --7
when "1000" => BG <= '0'; BF <= '0'; BE <= '0'; BD <= '0'; BC <= '0'; BB <= '0'; BA <= '0'; --8
when "1001" => BG <= '0'; BF <= '0'; BE <= '1'; BD <= '0'; BC <= '0'; BB <= '0'; BA <= '0'; --9
when "1010" => BG <= '0'; BF <= '0'; BE <= '0'; BD <= '1'; BC <= '0'; BB <= '0'; BA <= '0'; --A
when "1011" => BG <= '0'; BF <= '0'; BE <= '0'; BD <= '0'; BC <= '0'; BB <= '1'; BA <= '1'; --B
when "1100" => BG <= '0'; BF <= '1'; BE <= '0'; BD <= '0'; BC <= '1'; BB <= '1'; BA <= '1'; --C
when "1101" => BG <= '0'; BF <= '1'; BE <= '0'; BD <= '0'; BC <= '0'; BB <= '0'; BA <= '1'; --D
when "1110" => BG <= '0'; BF <= '0'; BE <= '0'; BD <= '0'; BC <= '1'; BB <= '1'; BA <= '0'; --E
when "1111" => BG <= '0'; BF <= '0'; BE <= '0'; BD <= '1'; BC <= '1'; BB <= '1'; BA <= '0'; --F
when others => BG <= '1'; BF <= '1'; BE <= '1'; BD <= '1'; BC <= '1'; BB <= '1'; BA <= '1';
end case;
end process;
end Behavioral;
| gpl-2.0 |
rxfx/profibusmonitor | VHDL_Bausteine_old/abandoned_code/Rueckfallposition_19_12_2012/PROFI_MON_25MHZ_CTRL_SRAM/NIB4_7SEG_SRC.vhd | 38 | 4182 | library IEEE;
use IEEE.STD_LOGIC_1164.ALL;
use IEEE.STD_LOGIC_ARITH.ALL;
use IEEE.STD_LOGIC_UNSIGNED.ALL;
-- Uncomment the following lines to use the declarations that are
-- provided for instantiating Xilinx primitive components.
--library UNISIM;
--use UNISIM.VComponents.all;
entity NIB4_7SEG_SRC is
Port ( NIB0 : in std_logic_vector(3 downto 0); -- Nibble Ziffer 0
NIB1 : in std_logic_vector(3 downto 0); -- Nibble Ziffer 1
NIB2 : in std_logic_vector(3 downto 0); -- Nibble Ziffer 2
NIB3 : in std_logic_vector(3 downto 0); -- Nibble Ziffer 3
CLK_DISPL : in std_logic; -- Umschaltfrequenz empfohlen: 1 kHz
ZI0 : out std_logic; -- 1: Ziffer 0 soll leuchten
ZI1 : out std_logic; -- 1: Ziffer 1 soll leuchten
ZI2 : out std_logic; -- 1: Ziffer 2 soll leuchten
ZI3 : out std_logic; -- 1: Ziffer 3 soll leuchten
BA : out std_logic; -- 0: Segment A soll leuchten
BB : out std_logic; -- 0: Segment B soll leuchten
BC : out std_logic; -- 0: Segment C soll leuchten
BD : out std_logic; -- 0: Segment D soll leuchten
BE : out std_logic; -- 0: Segment E soll leuchten
BF : out std_logic; -- 0: Segment F soll leuchten
BG : out std_logic); -- 0: Segment G soll leuchten
end NIB4_7SEG_SRC;
architecture Behavioral of NIB4_7SEG_SRC is
signal COUNTER : std_logic_vector(1 downto 0);
signal NIB_ANZ : std_logic_vector(3 downto 0);
begin
process(CLK_DISPL, NIB3, NIB2, NIB1, NIB0, NIB_ANZ, COUNTER)
begin
If (CLK_DISPL'event and CLK_DISPL = '1')
then COUNTER <= COUNTER +1;
end if;
case COUNTER is
when "00" => ZI0 <= '1';
ZI1 <= '0';
ZI2 <= '0';
ZI3 <= '0';
NIB_ANZ <= NIB0;
when "01" => ZI0 <= '0';
ZI1 <= '1';
ZI2 <= '0';
ZI3 <= '0';
NIB_ANZ <= NIB1;
when "10" => ZI0 <= '0';
ZI1 <= '0';
ZI2 <= '1';
ZI3 <= '0';
NIB_ANZ <= NIB2;
when "11" => ZI0 <= '0';
ZI1 <= '0';
ZI2 <= '0';
ZI3 <= '1';
NIB_ANZ <= NIB3;
when others => ZI0 <= '1';
ZI1 <= '0';
ZI2 <= '0';
ZI3 <= '0';
NIB_ANZ <= NIB0;
end case;
case NIB_ANZ is
when "0000" => BG <= '1'; BF <= '0'; BE <= '0'; BD <= '0'; BC <= '0'; BB <= '0'; BA <= '0'; --0
when "0001" => BG <= '1'; BF <= '1'; BE <= '1'; BD <= '1'; BC <= '0'; BB <= '0'; BA <= '1'; --1
when "0010" => BG <= '0'; BF <= '1'; BE <= '0'; BD <= '0'; BC <= '1'; BB <= '0'; BA <= '0'; --2
when "0011" => BG <= '0'; BF <= '1'; BE <= '1'; BD <= '0'; BC <= '0'; BB <= '0'; BA <= '0'; --3
when "0100" => BG <= '0'; BF <= '0'; BE <= '1'; BD <= '1'; BC <= '0'; BB <= '0'; BA <= '1'; --4
when "0101" => BG <= '0'; BF <= '0'; BE <= '1'; BD <= '0'; BC <= '0'; BB <= '1'; BA <= '0'; --5
when "0110" => BG <= '0'; BF <= '0'; BE <= '0'; BD <= '0'; BC <= '0'; BB <= '1'; BA <= '0'; --6
when "0111" => BG <= '1'; BF <= '1'; BE <= '1'; BD <= '1'; BC <= '0'; BB <= '0'; BA <= '0'; --7
when "1000" => BG <= '0'; BF <= '0'; BE <= '0'; BD <= '0'; BC <= '0'; BB <= '0'; BA <= '0'; --8
when "1001" => BG <= '0'; BF <= '0'; BE <= '1'; BD <= '0'; BC <= '0'; BB <= '0'; BA <= '0'; --9
when "1010" => BG <= '0'; BF <= '0'; BE <= '0'; BD <= '1'; BC <= '0'; BB <= '0'; BA <= '0'; --A
when "1011" => BG <= '0'; BF <= '0'; BE <= '0'; BD <= '0'; BC <= '0'; BB <= '1'; BA <= '1'; --B
when "1100" => BG <= '0'; BF <= '1'; BE <= '0'; BD <= '0'; BC <= '1'; BB <= '1'; BA <= '1'; --C
when "1101" => BG <= '0'; BF <= '1'; BE <= '0'; BD <= '0'; BC <= '0'; BB <= '0'; BA <= '1'; --D
when "1110" => BG <= '0'; BF <= '0'; BE <= '0'; BD <= '0'; BC <= '1'; BB <= '1'; BA <= '0'; --E
when "1111" => BG <= '0'; BF <= '0'; BE <= '0'; BD <= '1'; BC <= '1'; BB <= '1'; BA <= '0'; --F
when others => BG <= '1'; BF <= '1'; BE <= '1'; BD <= '1'; BC <= '1'; BB <= '1'; BA <= '1';
end case;
end process;
end Behavioral;
| gpl-2.0 |
rxfx/profibusmonitor | VHDL_Bausteine_old/abandoned_code/Rueckfallposition_14_12_2012/TEST_CTRL_9P6_50MHZ_SCH/NIB4_7SEG_SRC.vhd | 38 | 4182 | library IEEE;
use IEEE.STD_LOGIC_1164.ALL;
use IEEE.STD_LOGIC_ARITH.ALL;
use IEEE.STD_LOGIC_UNSIGNED.ALL;
-- Uncomment the following lines to use the declarations that are
-- provided for instantiating Xilinx primitive components.
--library UNISIM;
--use UNISIM.VComponents.all;
entity NIB4_7SEG_SRC is
Port ( NIB0 : in std_logic_vector(3 downto 0); -- Nibble Ziffer 0
NIB1 : in std_logic_vector(3 downto 0); -- Nibble Ziffer 1
NIB2 : in std_logic_vector(3 downto 0); -- Nibble Ziffer 2
NIB3 : in std_logic_vector(3 downto 0); -- Nibble Ziffer 3
CLK_DISPL : in std_logic; -- Umschaltfrequenz empfohlen: 1 kHz
ZI0 : out std_logic; -- 1: Ziffer 0 soll leuchten
ZI1 : out std_logic; -- 1: Ziffer 1 soll leuchten
ZI2 : out std_logic; -- 1: Ziffer 2 soll leuchten
ZI3 : out std_logic; -- 1: Ziffer 3 soll leuchten
BA : out std_logic; -- 0: Segment A soll leuchten
BB : out std_logic; -- 0: Segment B soll leuchten
BC : out std_logic; -- 0: Segment C soll leuchten
BD : out std_logic; -- 0: Segment D soll leuchten
BE : out std_logic; -- 0: Segment E soll leuchten
BF : out std_logic; -- 0: Segment F soll leuchten
BG : out std_logic); -- 0: Segment G soll leuchten
end NIB4_7SEG_SRC;
architecture Behavioral of NIB4_7SEG_SRC is
signal COUNTER : std_logic_vector(1 downto 0);
signal NIB_ANZ : std_logic_vector(3 downto 0);
begin
process(CLK_DISPL, NIB3, NIB2, NIB1, NIB0, NIB_ANZ, COUNTER)
begin
If (CLK_DISPL'event and CLK_DISPL = '1')
then COUNTER <= COUNTER +1;
end if;
case COUNTER is
when "00" => ZI0 <= '1';
ZI1 <= '0';
ZI2 <= '0';
ZI3 <= '0';
NIB_ANZ <= NIB0;
when "01" => ZI0 <= '0';
ZI1 <= '1';
ZI2 <= '0';
ZI3 <= '0';
NIB_ANZ <= NIB1;
when "10" => ZI0 <= '0';
ZI1 <= '0';
ZI2 <= '1';
ZI3 <= '0';
NIB_ANZ <= NIB2;
when "11" => ZI0 <= '0';
ZI1 <= '0';
ZI2 <= '0';
ZI3 <= '1';
NIB_ANZ <= NIB3;
when others => ZI0 <= '1';
ZI1 <= '0';
ZI2 <= '0';
ZI3 <= '0';
NIB_ANZ <= NIB0;
end case;
case NIB_ANZ is
when "0000" => BG <= '1'; BF <= '0'; BE <= '0'; BD <= '0'; BC <= '0'; BB <= '0'; BA <= '0'; --0
when "0001" => BG <= '1'; BF <= '1'; BE <= '1'; BD <= '1'; BC <= '0'; BB <= '0'; BA <= '1'; --1
when "0010" => BG <= '0'; BF <= '1'; BE <= '0'; BD <= '0'; BC <= '1'; BB <= '0'; BA <= '0'; --2
when "0011" => BG <= '0'; BF <= '1'; BE <= '1'; BD <= '0'; BC <= '0'; BB <= '0'; BA <= '0'; --3
when "0100" => BG <= '0'; BF <= '0'; BE <= '1'; BD <= '1'; BC <= '0'; BB <= '0'; BA <= '1'; --4
when "0101" => BG <= '0'; BF <= '0'; BE <= '1'; BD <= '0'; BC <= '0'; BB <= '1'; BA <= '0'; --5
when "0110" => BG <= '0'; BF <= '0'; BE <= '0'; BD <= '0'; BC <= '0'; BB <= '1'; BA <= '0'; --6
when "0111" => BG <= '1'; BF <= '1'; BE <= '1'; BD <= '1'; BC <= '0'; BB <= '0'; BA <= '0'; --7
when "1000" => BG <= '0'; BF <= '0'; BE <= '0'; BD <= '0'; BC <= '0'; BB <= '0'; BA <= '0'; --8
when "1001" => BG <= '0'; BF <= '0'; BE <= '1'; BD <= '0'; BC <= '0'; BB <= '0'; BA <= '0'; --9
when "1010" => BG <= '0'; BF <= '0'; BE <= '0'; BD <= '1'; BC <= '0'; BB <= '0'; BA <= '0'; --A
when "1011" => BG <= '0'; BF <= '0'; BE <= '0'; BD <= '0'; BC <= '0'; BB <= '1'; BA <= '1'; --B
when "1100" => BG <= '0'; BF <= '1'; BE <= '0'; BD <= '0'; BC <= '1'; BB <= '1'; BA <= '1'; --C
when "1101" => BG <= '0'; BF <= '1'; BE <= '0'; BD <= '0'; BC <= '0'; BB <= '0'; BA <= '1'; --D
when "1110" => BG <= '0'; BF <= '0'; BE <= '0'; BD <= '0'; BC <= '1'; BB <= '1'; BA <= '0'; --E
when "1111" => BG <= '0'; BF <= '0'; BE <= '0'; BD <= '1'; BC <= '1'; BB <= '1'; BA <= '0'; --F
when others => BG <= '1'; BF <= '1'; BE <= '1'; BD <= '1'; BC <= '1'; BB <= '1'; BA <= '1';
end case;
end process;
end Behavioral;
| gpl-2.0 |
rxfx/profibusmonitor | VHDL_Bausteine_old/abandoned_code/TEST_CTRL_TELEGRAM_FILTER/NIB4_7SEG_SRC.vhd | 38 | 4182 | library IEEE;
use IEEE.STD_LOGIC_1164.ALL;
use IEEE.STD_LOGIC_ARITH.ALL;
use IEEE.STD_LOGIC_UNSIGNED.ALL;
-- Uncomment the following lines to use the declarations that are
-- provided for instantiating Xilinx primitive components.
--library UNISIM;
--use UNISIM.VComponents.all;
entity NIB4_7SEG_SRC is
Port ( NIB0 : in std_logic_vector(3 downto 0); -- Nibble Ziffer 0
NIB1 : in std_logic_vector(3 downto 0); -- Nibble Ziffer 1
NIB2 : in std_logic_vector(3 downto 0); -- Nibble Ziffer 2
NIB3 : in std_logic_vector(3 downto 0); -- Nibble Ziffer 3
CLK_DISPL : in std_logic; -- Umschaltfrequenz empfohlen: 1 kHz
ZI0 : out std_logic; -- 1: Ziffer 0 soll leuchten
ZI1 : out std_logic; -- 1: Ziffer 1 soll leuchten
ZI2 : out std_logic; -- 1: Ziffer 2 soll leuchten
ZI3 : out std_logic; -- 1: Ziffer 3 soll leuchten
BA : out std_logic; -- 0: Segment A soll leuchten
BB : out std_logic; -- 0: Segment B soll leuchten
BC : out std_logic; -- 0: Segment C soll leuchten
BD : out std_logic; -- 0: Segment D soll leuchten
BE : out std_logic; -- 0: Segment E soll leuchten
BF : out std_logic; -- 0: Segment F soll leuchten
BG : out std_logic); -- 0: Segment G soll leuchten
end NIB4_7SEG_SRC;
architecture Behavioral of NIB4_7SEG_SRC is
signal COUNTER : std_logic_vector(1 downto 0);
signal NIB_ANZ : std_logic_vector(3 downto 0);
begin
process(CLK_DISPL, NIB3, NIB2, NIB1, NIB0, NIB_ANZ, COUNTER)
begin
If (CLK_DISPL'event and CLK_DISPL = '1')
then COUNTER <= COUNTER +1;
end if;
case COUNTER is
when "00" => ZI0 <= '1';
ZI1 <= '0';
ZI2 <= '0';
ZI3 <= '0';
NIB_ANZ <= NIB0;
when "01" => ZI0 <= '0';
ZI1 <= '1';
ZI2 <= '0';
ZI3 <= '0';
NIB_ANZ <= NIB1;
when "10" => ZI0 <= '0';
ZI1 <= '0';
ZI2 <= '1';
ZI3 <= '0';
NIB_ANZ <= NIB2;
when "11" => ZI0 <= '0';
ZI1 <= '0';
ZI2 <= '0';
ZI3 <= '1';
NIB_ANZ <= NIB3;
when others => ZI0 <= '1';
ZI1 <= '0';
ZI2 <= '0';
ZI3 <= '0';
NIB_ANZ <= NIB0;
end case;
case NIB_ANZ is
when "0000" => BG <= '1'; BF <= '0'; BE <= '0'; BD <= '0'; BC <= '0'; BB <= '0'; BA <= '0'; --0
when "0001" => BG <= '1'; BF <= '1'; BE <= '1'; BD <= '1'; BC <= '0'; BB <= '0'; BA <= '1'; --1
when "0010" => BG <= '0'; BF <= '1'; BE <= '0'; BD <= '0'; BC <= '1'; BB <= '0'; BA <= '0'; --2
when "0011" => BG <= '0'; BF <= '1'; BE <= '1'; BD <= '0'; BC <= '0'; BB <= '0'; BA <= '0'; --3
when "0100" => BG <= '0'; BF <= '0'; BE <= '1'; BD <= '1'; BC <= '0'; BB <= '0'; BA <= '1'; --4
when "0101" => BG <= '0'; BF <= '0'; BE <= '1'; BD <= '0'; BC <= '0'; BB <= '1'; BA <= '0'; --5
when "0110" => BG <= '0'; BF <= '0'; BE <= '0'; BD <= '0'; BC <= '0'; BB <= '1'; BA <= '0'; --6
when "0111" => BG <= '1'; BF <= '1'; BE <= '1'; BD <= '1'; BC <= '0'; BB <= '0'; BA <= '0'; --7
when "1000" => BG <= '0'; BF <= '0'; BE <= '0'; BD <= '0'; BC <= '0'; BB <= '0'; BA <= '0'; --8
when "1001" => BG <= '0'; BF <= '0'; BE <= '1'; BD <= '0'; BC <= '0'; BB <= '0'; BA <= '0'; --9
when "1010" => BG <= '0'; BF <= '0'; BE <= '0'; BD <= '1'; BC <= '0'; BB <= '0'; BA <= '0'; --A
when "1011" => BG <= '0'; BF <= '0'; BE <= '0'; BD <= '0'; BC <= '0'; BB <= '1'; BA <= '1'; --B
when "1100" => BG <= '0'; BF <= '1'; BE <= '0'; BD <= '0'; BC <= '1'; BB <= '1'; BA <= '1'; --C
when "1101" => BG <= '0'; BF <= '1'; BE <= '0'; BD <= '0'; BC <= '0'; BB <= '0'; BA <= '1'; --D
when "1110" => BG <= '0'; BF <= '0'; BE <= '0'; BD <= '0'; BC <= '1'; BB <= '1'; BA <= '0'; --E
when "1111" => BG <= '0'; BF <= '0'; BE <= '0'; BD <= '1'; BC <= '1'; BB <= '1'; BA <= '0'; --F
when others => BG <= '1'; BF <= '1'; BE <= '1'; BD <= '1'; BC <= '1'; BB <= '1'; BA <= '1';
end case;
end process;
end Behavioral;
| gpl-2.0 |
steveicarus/ivtest | ivltests/vhdl_nandg_bit.vhd | 4 | 278 | library IEEE;
use IEEE.numeric_bit.all;
entity nand_gate is
port (
a_i : in bit; -- inputs
b_i : in bit;
c_o : out bit -- output
);
end entity nand_gate;
architecture rtl of nand_gate is
begin
c_o <= a_i nand b_i;
end architecture rtl;
| gpl-2.0 |
steveicarus/ivtest | ivltests/vhdl_record_elab.vhd | 3 | 2069 | -- Copyright (c) 2014 CERN
-- Maciej Suminski <[email protected]>
--
-- This source code is free software; you can redistribute it
-- and/or modify it in source code form under the terms of the GNU
-- General Public License as published by the Free Software
-- Foundation; either version 2 of the License, or (at your option)
-- any later version.
--
-- This program is distributed in the hope that it will be useful,
-- but WITHOUT ANY WARRANTY; without even the implied warranty of
-- MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
-- GNU General Public License for more details.
--
-- You should have received a copy of the GNU General Public License
-- along with this program; if not, write to the Free Software
-- Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA
-- Tests initialization of records with aggregate expressions.
-- (based on the vhdl_struct_array test)
library ieee;
use ieee.std_logic_1164.all;
entity vhdl_record_elab is
port (
i_low0: in std_logic_vector (3 downto 0);
i_high0: in std_logic_vector (3 downto 0);
i_low1: in std_logic_vector (3 downto 0);
i_high1: in std_logic_vector (3 downto 0);
o_low0: out std_logic_vector (3 downto 0);
o_high0: out std_logic_vector (3 downto 0);
o_low1: out std_logic_vector (3 downto 0);
o_high1: out std_logic_vector (3 downto 0)
);
end vhdl_record_elab;
architecture test of vhdl_record_elab is
type word is record
high: std_logic_vector (3 downto 0);
low: std_logic_vector (3 downto 0);
end record;
type dword is array (1 downto 0) of word;
signal my_dword : dword;
signal dword_a : dword;
begin
-- inputs
my_dword(0) <= (low => i_low0, high => i_high0);
-- test if you can assign values in any order
my_dword(1) <= (high => i_high1, low => i_low1);
dword_a <= (0 => (low => "0110", high => "1001"),
1 => (high => "1100", low => "0011"));
-- outputs
o_low0 <= my_dword(0).low;
o_high0 <= my_dword(0).high;
o_low1 <= my_dword(1).low;
o_high1 <= my_dword(1).high;
end test;
| gpl-2.0 |
steveicarus/ivtest | ivltests/vhdl_reduce.vhd | 3 | 1273 | -- Copyright (c) 2015 CERN
-- Maciej Suminski <[email protected]>
--
-- This source code is free software; you can redistribute it
-- and/or modify it in source code form under the terms of the GNU
-- General Public License as published by the Free Software
-- Foundation; either version 2 of the License, or (at your option)
-- any later version.
--
-- This program is distributed in the hope that it will be useful,
-- but WITHOUT ANY WARRANTY; without even the implied warranty of
-- MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
-- GNU General Public License for more details.
--
-- You should have received a copy of the GNU General Public License
-- along with this program; if not, write to the Free Software
-- Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA
-- Test for or_reduce/and_reduce functions.
library ieee;
use ieee.std_logic_1164.all;
use ieee.std_logic_misc.all;
entity vhdl_reduce is
port(inp : in std_logic_vector(4 downto 0);
and_reduced : out std_logic;
or_reduced : out std_logic);
end vhdl_reduce;
architecture test of vhdl_reduce is
begin
process(inp)
begin
or_reduced <= or_reduce(inp);
and_reduced <= and_reduce(inp);
end process;
end test;
| gpl-2.0 |
steveicarus/ivtest | ivltests/vhdl_rand23_bit.vhd | 4 | 277 | library ieee;
use ieee.numeric_bit.all;
entity rand23 is
port (
a_i : in bit_vector (0 to 22);
b_i : in bit_vector (0 to 22);
c_o : out bit_vector (0 to 22)
);
end entity rand23;
architecture rtl of rand23 is
begin
c_o <= a_i and b_i;
end architecture rtl;
| gpl-2.0 |
steveicarus/ivtest | ivltests/vhdl_udiv23_stdlogic.vhd | 4 | 310 | library ieee;
use ieee.std_logic_1164.all;
use ieee.numeric_std.all;
entity udiv23 is
port (
a_i : in unsigned (22 downto 0);
b_i : in unsigned (22 downto 0);
c_o : out unsigned (22 downto 0)
);
end entity udiv23;
architecture rtl of udiv23 is
begin
c_o <= a_i / b_i;
end architecture rtl;
| gpl-2.0 |
99yen/vhdl-snake | gengraphic.vhd | 1 | 1595 | library ieee;
use ieee.std_logic_1164.all;
use ieee.std_logic_unsigned.all;
entity GENGRAPHIC is
port (
VGA_X, VGA_Y : in std_logic_vector(9 downto 0);
TITLE : in std_logic;
SCORE : in std_logic_vector(7 downto 0);
VISIBLE : in std_logic;
MAP_X, MAP_Y : out std_logic_vector(5 downto 0);
R_OUT, G_OUT, B_OUT : out std_logic_vector(3 downto 0)
);
end GENGRAPHIC;
architecture RTL of GENGRAPHIC is
component XY2MAP
port (
VGA_X, VGA_Y : in std_logic_vector(9 downto 0);
GRID_X, GRID_Y : out std_logic_vector(5 downto 0);
BOX_X, BOX_Y : out std_logic_vector(3 downto 0)
);
end component;
signal BOX_X, BOX_Y : std_logic_vector(3 downto 0);
signal GRID_X, GRID_Y : std_logic_vector(5 downto 0);
signal R_ENABLE, G_ENABLE, B_ENABLE, BOX_ENABLE : std_logic;
signal FRAME : std_logic;
begin
U1: XY2MAP port map(VGA_X => VGA_X, VGA_Y => VGA_Y, GRID_X => GRID_X, GRID_Y => GRID_Y, BOX_X => BOX_X, BOX_Y => BOX_Y);
-- outer frame
FRAME <= '1' when (VGA_Y = 30 or VGA_Y = 448 or VGA_X = 110 or VGA_X = 528) else '0';
-- box
MAP_X <= GRID_X - 7;
MAP_Y <= GRID_Y - 2;
BOX_ENABLE <= '0' when (BOX_X = "1111" or BOX_Y = "1111") else '1';
R_ENABLE <= '1' when ((BOX_ENABLE = '1' and VISIBLE = '1') or FRAME = '1') else '0';
G_ENABLE <= '1' when ((BOX_ENABLE = '1' and VISIBLE = '1') or FRAME = '1') else '0';
B_ENABLE <= '1' when ((BOX_ENABLE = '1' and VISIBLE = '1') or FRAME = '1') else '0';
R_OUT <= "1111" when R_ENABLE = '1' else "0000";
G_OUT <= "1111" when G_ENABLE = '1' else "0000";
B_OUT <= "1111" when B_ENABLE = '1' else "0000";
end RTL;
| gpl-2.0 |
steveicarus/ivtest | ivltests/vhdl_labeled_assign.vhd | 3 | 1380 | -- Copyright (c) 2015 CERN
-- Maciej Suminski <[email protected]>
--
-- This source code is free software; you can redistribute it
-- and/or modify it in source code form under the terms of the GNU
-- General Public License as published by the Free Software
-- Foundation; either version 2 of the License, or (at your option)
-- any later version.
--
-- This program is distributed in the hope that it will be useful,
-- but WITHOUT ANY WARRANTY; without even the implied warranty of
-- MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
-- GNU General Public License for more details.
--
-- You should have received a copy of the GNU General Public License
-- along with this program; if not, write to the Free Software
-- Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA
-- Test for labeled assignment statements
library ieee;
use ieee.std_logic_1164.all;
entity labeled_assign is
port (input : in std_logic_vector(7 downto 0);
output : out std_Logic_vector(7 downto 0));
end entity;
architecture test of labeled_assign is
signal test_rx : std_logic_vector (7 downto 0);
begin
first_label: test_rx <= x"aa";
process(input)
variable tmp : std_logic_vector(7 downto 0);
begin
second_label: tmp := input;
third_label: output <= tmp xor x"cc";
end process;
end architecture;
| gpl-2.0 |
steveicarus/ivtest | ivltests/vhdl_string.vhd | 2 | 1324 | -- Copyright (c) 2015 CERN
-- Maciej Suminski <[email protected]>
--
-- This source code is free software; you can redistribute it
-- and/or modify it in source code form under the terms of the GNU
-- General Public License as published by the Free Software
-- Foundation; either version 2 of the License, or (at your option)
-- any later version.
--
-- This program is distributed in the hope that it will be useful,
-- but WITHOUT ANY WARRANTY; without even the implied warranty of
-- MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
-- GNU General Public License for more details.
--
-- You should have received a copy of the GNU General Public License
-- along with this program; if not, write to the Free Software
-- Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA
-- Test string escaping in VHDL.
library ieee;
use ieee.std_logic_1164.all;
entity vhdl_string is
port (start : in std_logic);
end entity vhdl_string;
architecture test of vhdl_string is
begin
process (start)
variable test_str : string(1 to 4) := "VHDL";
begin
report "";
report """";
report "test";
report test_str;
report ("brackets test");
report ((("multiple brackets test")));
report """quotation "" marks "" test""";
end process;
end architecture test;
| gpl-2.0 |
jocover/hackrf | firmware/cpld/sgpio_if/top.vhd | 2 | 5614 | --
-- Copyright 2012 Jared Boone
-- Copyright 2013 Benjamin Vernoux
--
-- This file is part of HackRF.
--
-- This program is free software; you can redistribute it and/or modify
-- it under the terms of the GNU General Public License as published by
-- the Free Software Foundation; either version 2, or (at your option)
-- any later version.
--
-- This program is distributed in the hope that it will be useful,
-- but WITHOUT ANY WARRANTY; without even the implied warranty of
-- MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
-- GNU General Public License for more details.
--
-- You should have received a copy of the GNU General Public License
-- along with this program; see the file COPYING. If not, write to
-- the Free Software Foundation, Inc., 51 Franklin Street,
-- Boston, MA 02110-1301, USA.
library IEEE;
use IEEE.STD_LOGIC_1164.ALL;
use ieee.std_logic_unsigned.all;
library UNISIM;
use UNISIM.vcomponents.all;
entity top is
Port(
HOST_DATA : inout std_logic_vector(7 downto 0);
HOST_CAPTURE : out std_logic;
HOST_SYNC_EN : in std_logic;
HOST_SYNC_CMD : out std_logic;
HOST_SYNC : in std_logic;
HOST_DISABLE : in std_logic;
HOST_DIRECTION : in std_logic;
HOST_Q_INVERT : in std_logic;
DA : in std_logic_vector(7 downto 0);
DD : out std_logic_vector(9 downto 0);
CODEC_CLK : in std_logic;
CODEC_X2_CLK : in std_logic
);
end top;
architecture Behavioral of top is
signal codec_clk_i : std_logic;
signal adc_data_i : std_logic_vector(7 downto 0);
signal dac_data_o : std_logic_vector(9 downto 0);
signal host_clk_i : std_logic;
type transfer_direction is (from_adc, to_dac);
signal transfer_direction_i : transfer_direction;
signal host_data_enable_i : std_logic;
signal host_data_capture_o : std_logic;
signal host_sync_enable : std_logic := '0';
signal host_sync_o : std_logic := '0';
signal host_sync_i : std_logic := '0';
signal host_sync_latched : std_logic := '0';
signal data_from_host_i : std_logic_vector(7 downto 0);
signal data_to_host_o : std_logic_vector(7 downto 0);
signal q_invert : std_logic;
signal rx_q_invert_mask : std_logic_vector(7 downto 0);
signal tx_q_invert_mask : std_logic_vector(7 downto 0);
begin
------------------------------------------------
-- Codec interface
adc_data_i <= DA(7 downto 0);
DD(9 downto 0) <= dac_data_o;
------------------------------------------------
-- Clocks
codec_clk_i <= CODEC_CLK;
BUFG_host : BUFG
port map (
O => host_clk_i,
I => CODEC_X2_CLK
);
------------------------------------------------
-- SGPIO interface
HOST_DATA <= data_to_host_o when transfer_direction_i = from_adc
else (others => 'Z');
data_from_host_i <= HOST_DATA;
HOST_CAPTURE <= host_data_capture_o;
host_sync_enable <= HOST_SYNC_EN;
host_sync_i <= HOST_SYNC;
HOST_SYNC_CMD <= host_sync_o;
host_data_enable_i <= not HOST_DISABLE;
transfer_direction_i <= to_dac when HOST_DIRECTION = '1'
else from_adc;
------------------------------------------------
q_invert <= HOST_Q_INVERT;
rx_q_invert_mask <= X"80" when q_invert = '1' else X"7f";
tx_q_invert_mask <= X"7F" when q_invert = '1' else X"80";
process(host_clk_i)
begin
if rising_edge(host_clk_i) then
if codec_clk_i = '1' then
-- I: non-inverted between MAX2837 and MAX5864
data_to_host_o <= adc_data_i xor X"80";
else
-- Q: inverted between MAX2837 and MAX5864
data_to_host_o <= adc_data_i xor rx_q_invert_mask;
end if;
end if;
end process;
process(host_clk_i)
begin
if rising_edge(host_clk_i) then
if transfer_direction_i = to_dac then
if codec_clk_i = '1' then
dac_data_o <= (data_from_host_i xor tx_q_invert_mask) & tx_q_invert_mask(0) & tx_q_invert_mask(0);
else
dac_data_o <= (data_from_host_i xor X"80") & "00";
end if;
else
dac_data_o <= (dac_data_o'high => '0', others => '1');
end if;
end if;
end process;
process (host_data_enable_i, host_sync_i)
begin
host_sync_o <= host_data_enable_i;
if host_data_enable_i = '1' then
if rising_edge(host_sync_i) then
host_sync_latched <= host_sync_i;
end if;
else
host_sync_latched <= '0';
end if;
end process;
process(host_clk_i)
begin
if rising_edge(host_clk_i) then
if transfer_direction_i = to_dac then
if codec_clk_i = '1' then
host_data_capture_o <= host_data_enable_i and (host_sync_latched or not host_sync_enable);
end if;
else
if codec_clk_i = '0' then
host_data_capture_o <= host_data_enable_i and (host_sync_latched or not host_sync_enable);
end if;
end if;
end if;
end process;
end Behavioral;
| gpl-2.0 |
S0obi/SY23 | programmable_clock_divider/programmable_clock_divider.vhdl | 1 | 1095 | library IEEE;
use IEEE.STD_LOGIC_1164.ALL;
use IEEE.STD_LOGIC_ARITH.ALL;
use IEEE.STD_LOGIC_UNSIGNED.ALL;
entity programmable_clock_divider is
GENERIC (
Nbits: integer := 8;
Nmax: integer := 128
);
Port ( clk : in STD_LOGIC;
clkdiv: in STD_LOGIC_VECTOR(Nbits-1 downto 0);
reset: in STD_LOGIC;
clk_out : out STD_LOGIC);
end programmable_clock_divider;
architecture behavior of programmable_clock_divider is
signal cpt : STD_LOGIC_VECTOR (Nbits-1 downto 0);
signal tmp: STD_LOGIC;
begin
clk_out <= tmp;
count: process(reset, clk)
begin
if reset = '1' then
tmp <= '0';
cpt <= (others => '0');
elsif rising_edge(clk) then
if cpt = clkdiv then
tmp <= NOT(tmp);
cpt <= (others => '0');
else
cpt <= cpt + 1;
end if;
end if;
end process count;
--remainder: process(cpt,clkdiv)
--begin
-- if cpt = clkdiv then
-- clk_out <= '1';
-- cpt <= (others => '0');
-- else
-- clk_out <= '0';
-- end if;
--end process remainder;
end behavior;
| gpl-2.0 |
daniw/ecs | vhdl/sw12/mcu1/bus.vhd | 1 | 4205 | -------------------------------------------------------------------------------
-- Entity: ram
-- Author: Waj
-- Date : 12-May-14
-------------------------------------------------------------------------------
-- Description:
-- Data/address/control bus for simple von-Neumann MCU.
-- The bus master (CPU) can read/write in every cycle. The bus slaves are
-- assumed to have registerd read data output with an address-in to data-out
-- latency of 1 cc. The read data muxing from bus slaves to the bus master is
-- done combinationally. Thus, at the bus master interface, there results a
-- read data latency of 1 cc.
-------------------------------------------------------------------------------
-- Note on code portability:
-------------------------------------------------------------------------------
-- The address decoding logic as implemented in process P_dec below, shows how
-- to write portable code by means of a user-defined enumaration type which is
-- used as the index range for a constant array, see mcu_pkg. This allows to
-- leave the local code (in process P_dec) unchanged when the number and/or
-- base addresses of the bus slaves in the system change. Such changes then
-- need only to be made in the global definition package.
-- To generate such portable code for the rest of the functionality (e.g. for
-- the read data mux) would require to organize all data input vectors in a
-- signal array first. This would destroy the portability of the code, since it
-- requires manual code adaption when design parameter change.
-------------------------------------------------------------------------------
-- Total # of FFs: 2
-------------------------------------------------------------------------------
library ieee;
use ieee.std_logic_1164.all;
use ieee.numeric_std.all;
use work.mcu_pkg.all;
entity buss is
port(rst : in std_logic;
clk : in std_logic;
-- CPU bus signals
cpu_in : in t_cpu2bus;
cpu_out : out t_bus2cpu;
-- ROM bus signals
rom_in : in t_ros2bus;
rom_out : out t_bus2ros;
-- RAM bus signals
ram_in : in t_rws2bus;
ram_out : out t_bus2rws;
-- GPIO bus signals
gpio_in : in t_rws2bus;
gpio_out : out t_bus2rws;
-- LCD bus signals
lcd_in : in t_rws2bus;
lcd_out : out t_bus2rws
);
end buss;
architecture rtl of buss is
signal slave : std_logic_vector(AWH - 1 downto 0);
signal slave_reg : std_logic_vector(AWH - 1 downto 0);
begin
-----------------------------------------------------------------------------
-- address decoding
-----------------------------------------------------------------------------
rom_out.addr <= cpu_in.addr(AWL-1 downto 0);
ram_out.addr <= cpu_in.addr(AWL-1 downto 0);
gpio_out.addr <= cpu_in.addr(AWL-1 downto 0);
lcd_out.addr <= cpu_in.addr(AWL-1 downto 0);
slave <= cpu_in.addr(AW-1 downto AWL);
------------------------------------------------------------------------------
-- write transfer logic
-----------------------------------------------------------------------------
ram_out.data <= cpu_in.data;
gpio_out.data <= cpu_in.data;
lcd_out.data <= cpu_in.data;
ram_out.we <= cpu_in.r_w when slave_reg = "01" else '0';
gpio_out.we <= cpu_in.r_w when slave_reg = "10" else '0';
lcd_out.we <= cpu_in.r_w when slave_reg = "11" else '0';
-----------------------------------------------------------------------------
-- read transfer logic
-----------------------------------------------------------------------------
with slave_reg select
cpu_out.data <=
rom_in.data when "00",
ram_in.data when "01",
gpio_in.data when "10",
lcd_in.data when "11",
(others => '0') when others;
-----------------------------------------------------------------------------
-- FF to buffer slave
-----------------------------------------------------------------------------
P_slave_reg: process(rst, clk) begin
if (rst = '1') then
slave_reg <= "00";
elsif (rising_edge(clk)) then
slave_reg <= slave;
end if;
end process;
end rtl;
| gpl-2.0 |
steveicarus/ivtest | ivltests/vhdl_rtoi.vhd | 3 | 1181 | -- Copyright (c) 2014 CERN
-- Maciej Suminski <[email protected]>
--
-- This source code is free software; you can redistribute it
-- and/or modify it in source code form under the terms of the GNU
-- General Public License as published by the Free Software
-- Foundation; either version 2 of the License, or (at your option)
-- any later version.
--
-- This program is distributed in the hope that it will be useful,
-- but WITHOUT ANY WARRANTY; without even the implied warranty of
-- MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
-- GNU General Public License for more details.
--
-- You should have received a copy of the GNU General Public License
-- along with this program; if not, write to the Free Software
-- Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA
-- Test real to integer conversion
library ieee;
use ieee.numeric_std.all;
entity vhdl_rtoi is
end;
architecture test of vhdl_rtoi is
signal a, b, c, d : integer;
begin
-- test rounding
a <= integer(2.3); -- should be 2
b <= integer(3.7); -- should be 4
c <= integer(4.5); -- should be 5
d <= integer(8.1 * 2.1); -- ==17.01, should be 17
end test;
| gpl-2.0 |
steveicarus/ivtest | ivltests/vhdl_range_pkg.vhd | 3 | 1087 | -- Copyright (c) 2015 CERN
-- Maciej Suminski <[email protected]>
--
-- This source code is free software; you can redistribute it
-- and/or modify it in source code form under the terms of the GNU
-- General Public License as published by the Free Software
-- Foundation; either version 2 of the License, or (at your option)
-- any later version.
--
-- This program is distributed in the hope that it will be useful,
-- but WITHOUT ANY WARRANTY; without even the implied warranty of
-- MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
-- GNU General Public License for more details.
--
-- You should have received a copy of the GNU General Public License
-- along with this program; if not, write to the Free Software
-- Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA
library IEEE;
use IEEE.std_logic_1164.all;
use IEEE.numeric_std.all;
package vhdl_range_pkg is
subtype integer_asc is integer range 0 to 7;
subtype integer_desc is integer range 8 downto 1;
end vhdl_range_pkg;
package body vhdl_range_pkg is
end vhdl_range_pkg;
| gpl-2.0 |
steveicarus/ivtest | ivltests/vhdl_smul23_bit.vhd | 4 | 275 | library ieee;
use ieee.numeric_bit.all;
entity smul23 is
port (
a_i : in signed (22 downto 0);
b_i : in signed (22 downto 0);
c_o : out signed (45 downto 0)
);
end entity smul23;
architecture rtl of smul23 is
begin
c_o <= a_i * b_i;
end architecture rtl;
| gpl-2.0 |
steveicarus/ivtest | ivltests/vhdl_nand23_bit.vhd | 4 | 290 | library ieee;
use ieee.numeric_bit.all;
entity nand23 is
port (
a_i : in bit_vector (22 downto 0);
b_i : in bit_vector (22 downto 0);
c_o : out bit_vector (22 downto 0)
);
end entity nand23;
architecture rtl of nand23 is
begin
c_o <= a_i nand b_i;
end architecture rtl;
| gpl-2.0 |
steveicarus/ivtest | ivltests/vhdl_notg_bit.vhd | 4 | 249 | library IEEE;
use IEEE.numeric_bit.all;
entity not_gate is
port (
a_i : in bit; -- inputs
c_o : out bit -- output
);
end entity not_gate;
architecture rtl of not_gate is
begin
c_o <= not a_i;
end architecture rtl;
| gpl-2.0 |
steveicarus/ivtest | ivltests/vhdl_time_pkg.vhd | 3 | 1087 | -- Copyright (c) 2015 CERN
-- Maciej Suminski <[email protected]>
--
-- This source code is free software; you can redistribute it
-- and/or modify it in source code form under the terms of the GNU
-- General Public License as published by the Free Software
-- Foundation; either version 2 of the License, or (at your option)
-- any later version.
--
-- This program is distributed in the hope that it will be useful,
-- but WITHOUT ANY WARRANTY; without even the implied warranty of
-- MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
-- GNU General Public License for more details.
--
-- You should have received a copy of the GNU General Public License
-- along with this program; if not, write to the Free Software
-- Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA
-- Test for time related expressions.
library ieee;
use ieee.std_logic_1164.all;
use ieee.numeric_std.all;
package time_pkg is
constant time_const : time := 200 ns;
subtype time_subtype is time range 0 fs to 1 ms;
end time_pkg;
package body time_pkg is
end time_pkg;
| gpl-2.0 |
steveicarus/ivtest | ivltests/br943_944.vhd | 3 | 532 | library ieee;
use ieee.std_logic_1164.all;
entity e is
port (
clk : in std_logic;
rst : in std_logic;
q : out std_logic);
end e;
architecture a of e is
type t is (one, zero);
signal r : t;
begin
q <= '1' when r = one else '0';
process(clk)
begin
if rising_edge(clk) then
if rst = '1' then
r <= zero;
else
case r is
when zero => r <= one;
when others => r <= zero;
end case;
end if;
end if;
end process;
end a;
| gpl-2.0 |
TUM-LIS/faultify | hardware/testcases/fpu100_div/fpga_sim/xpsLibraryPath_asic/libFaultify/pcores/faultify_axi_wrapper_v1_00_a/hdl/vhdl/faultify_binomial_gen.vhd | 17 | 2919 | library ieee;
use ieee.std_logic_1164.all;
use ieee.numeric_std.all;
entity faultify_binomial_gen is
generic (
width : integer := 32);
port (
clk : in std_logic;
rst_n : in std_logic;
seed_in_en : in std_logic;
seed_in : in std_logic;
seed_out_c : out std_logic;
prob_in_en : in std_logic;
prob_in : in std_logic;
prob_out_c : out std_logic;
shift_en : in std_logic;
data_out : out std_logic;
data_out_valid : out std_logic);
end faultify_binomial_gen;
architecture behav of faultify_binomial_gen is
signal prob_srl : std_logic_vector(width-1 downto 0);
signal prsn_srl : std_logic_vector(63 downto 0);
signal prsn_srl_in : std_logic;
signal prob_srl_in : std_logic;
type TapPointArray is array (3 downto 0) of integer;
constant Tap : TapPointArray := (63, 62, 60, 59);
signal par_fdbk : std_logic;
signal cnt : integer range 0 to width;
signal prsn_out, prob_out, done : std_logic;
begin -- behav
process (clk, rst_n)
begin -- process
if rst_n = '0' then -- asynchronous reset (active low)
--prob_srl <= (others => '0');
--prsn_srl <= (others => '0');
elsif clk'event and clk = '1' then -- rising clock edge
if shift_en = '1' then
prob_srl <= prob_srl_in & prob_srl(prob_srl'high downto 1);
prsn_srl <= prsn_srl(prsn_srl'high-1 downto 0) & prsn_srl_in;
end if;
end if;
end process;
prsn_srl_in <= seed_in when seed_in_en = '1' else par_fdbk;
prob_srl_in <= prob_in when prob_in_en = '1' else prob_srl(prob_srl'low);
par_fdbk <= prsn_srl(Tap(0)) xor prsn_srl(Tap(1)) xor prsn_srl(Tap(2)) xor prsn_srl(Tap(3));
prob_out <= prob_srl(prob_srl'low);
prsn_out <= prsn_srl(prsn_srl'high);
prob_out_c <= prob_out;
seed_out_c <= prsn_out;
process (clk, rst_n)
begin -- process
if rst_n = '0' then -- asynchronous reset (active low)
cnt <= 0;
data_out <= '0';
elsif clk'event and clk = '1' then -- rising clock edge
if shift_en = '1' then
cnt <= cnt + 1;
if cnt < width and done = '0' then
if (prsn_out = '0') and (prob_out = '1') then
data_out <= '1';
done <= '1';
--data_out_valid <= '1';
elsif prsn_out = '1' and prob_out = '0' then
data_out <= '0';
done <= '1';
--data_out_valid <= '1';
else
done <= '0';
--data_out <= '0';
--data_out_valid <= '0';
end if;
end if;
if cnt = width -1 then
done <= '0';
cnt <= 0;
--data_out_valid <= '0';
end if;
--if done = '1' then
--data_out_valid <= '0';
--end if;
end if;
end if;
end process;
end;
| gpl-2.0 |
TUM-LIS/faultify | hardware/testcases/DCT4/fpga_sim/xpsLibraryPath/libFaultify/pcores/faultify_axi_wrapper_v1_00_a/hdl/vhdl/faultify_binomial_gen.vhd | 17 | 2919 | library ieee;
use ieee.std_logic_1164.all;
use ieee.numeric_std.all;
entity faultify_binomial_gen is
generic (
width : integer := 32);
port (
clk : in std_logic;
rst_n : in std_logic;
seed_in_en : in std_logic;
seed_in : in std_logic;
seed_out_c : out std_logic;
prob_in_en : in std_logic;
prob_in : in std_logic;
prob_out_c : out std_logic;
shift_en : in std_logic;
data_out : out std_logic;
data_out_valid : out std_logic);
end faultify_binomial_gen;
architecture behav of faultify_binomial_gen is
signal prob_srl : std_logic_vector(width-1 downto 0);
signal prsn_srl : std_logic_vector(63 downto 0);
signal prsn_srl_in : std_logic;
signal prob_srl_in : std_logic;
type TapPointArray is array (3 downto 0) of integer;
constant Tap : TapPointArray := (63, 62, 60, 59);
signal par_fdbk : std_logic;
signal cnt : integer range 0 to width;
signal prsn_out, prob_out, done : std_logic;
begin -- behav
process (clk, rst_n)
begin -- process
if rst_n = '0' then -- asynchronous reset (active low)
--prob_srl <= (others => '0');
--prsn_srl <= (others => '0');
elsif clk'event and clk = '1' then -- rising clock edge
if shift_en = '1' then
prob_srl <= prob_srl_in & prob_srl(prob_srl'high downto 1);
prsn_srl <= prsn_srl(prsn_srl'high-1 downto 0) & prsn_srl_in;
end if;
end if;
end process;
prsn_srl_in <= seed_in when seed_in_en = '1' else par_fdbk;
prob_srl_in <= prob_in when prob_in_en = '1' else prob_srl(prob_srl'low);
par_fdbk <= prsn_srl(Tap(0)) xor prsn_srl(Tap(1)) xor prsn_srl(Tap(2)) xor prsn_srl(Tap(3));
prob_out <= prob_srl(prob_srl'low);
prsn_out <= prsn_srl(prsn_srl'high);
prob_out_c <= prob_out;
seed_out_c <= prsn_out;
process (clk, rst_n)
begin -- process
if rst_n = '0' then -- asynchronous reset (active low)
cnt <= 0;
data_out <= '0';
elsif clk'event and clk = '1' then -- rising clock edge
if shift_en = '1' then
cnt <= cnt + 1;
if cnt < width and done = '0' then
if (prsn_out = '0') and (prob_out = '1') then
data_out <= '1';
done <= '1';
--data_out_valid <= '1';
elsif prsn_out = '1' and prob_out = '0' then
data_out <= '0';
done <= '1';
--data_out_valid <= '1';
else
done <= '0';
--data_out <= '0';
--data_out_valid <= '0';
end if;
end if;
if cnt = width -1 then
done <= '0';
cnt <= 0;
--data_out_valid <= '0';
end if;
--if done = '1' then
--data_out_valid <= '0';
--end if;
end if;
end if;
end process;
end;
| gpl-2.0 |
TUM-LIS/faultify | hardware/testcases/viterbi/fpga_sim/xpsLibraryPath_viterbi/libFaultify/pcores/faultify_axi_wrapper_v1_00_a/hdl/vhdl/lfsr.vhd | 17 | 4148 | ----------------------------------------------------------------------------
---- Create Date: 13:06:08 07/28/2010 ----
---- Design Name: lfsr ----
---- Project Name: lfsr_randgen ----
---- Description: ----
---- A random number generator based on linear feedback shift ----
---- register(LFSR).A LFSR is a shift register whose input bit is a ----
---- linear function of its previous state.The detailed documentation ----
---- is available in the file named manual.pdf. ----
---- ----
----------------------------------------------------------------------------
---- ----
---- This file is a part of the lfsr_randgen project at ----
---- http://www.opencores.org/ ----
---- ----
---- Author(s): ----
---- Vipin Lal, [email protected] ----
---- ----
----------------------------------------------------------------------------
---- ----
---- Copyright (C) 2010 Authors and OPENCORES.ORG ----
---- ----
---- This source file may be used and distributed without ----
---- restriction provided that this copyright statement is not ----
---- removed from the file and that any derivative work contains ----
---- the original copyright notice and the associated disclaimer. ----
---- ----
---- This source file is free software; you can redistribute it ----
---- and/or modify it under the terms of the GNU Lesser General ----
---- Public License as published by the Free Software Foundation; ----
---- either version 2.1 of the License, or (at your option) any ----
---- later version. ----
---- ----
---- This source is distributed in the hope that it will be ----
---- useful, but WITHOUT ANY WARRANTY; without even the implied ----
---- warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR ----
---- PURPOSE. See the GNU Lesser General Public License for more ----
---- details. ----
---- ----
---- You should have received a copy of the GNU Lesser General ----
---- Public License along with this source; if not, download it ----
---- from http://www.opencores.org/lgpl.shtml ----
---- ----
----------------------------------------------------------------------------
library ieee;
use ieee.std_logic_1164.all;
use ieee.std_logic_arith.all;
use ieee.std_logic_unsigned.all;
use IEEE.NUMERIC_STD.ALL;
library work;
use work.lfsr_pkg.ALL;
entity lfsr is
generic (width : integer := 4;
seed : integer :=1);
port (clk : in std_logic;
--set_seed : in std_logic;
--seed : in std_logic_vector(width-1 downto 0);
rand_out : out std_logic_vector(width-1 downto 0)
);
end lfsr;
architecture Behavioral of lfsr is
begin
process(clk)
variable rand_temp : std_logic_vector (width-1 downto 0):=std_logic_vector(to_unsigned(seed,width));--(0 => '1',others => '0');
variable temp : std_logic := '0';
begin
if(rising_edge(clk)) then
--if(set_seed = '1') then
--rand_temp := seed;
--end if;
temp := xor_gates(rand_temp);
rand_temp(width-1 downto 1) := rand_temp(width-2 downto 0);
rand_temp(0) := temp;
end if;
rand_out <= rand_temp;
end process;
end Behavioral;
| gpl-2.0 |
TUM-LIS/faultify | hardware/testcases/fpu100_mul/fpga_sim/xpsLibraryPath_asic/libFaultify/pcores/faultify_axi_wrapper_v1_00_a/hdl/vhdl/lfsr.vhd | 17 | 4148 | ----------------------------------------------------------------------------
---- Create Date: 13:06:08 07/28/2010 ----
---- Design Name: lfsr ----
---- Project Name: lfsr_randgen ----
---- Description: ----
---- A random number generator based on linear feedback shift ----
---- register(LFSR).A LFSR is a shift register whose input bit is a ----
---- linear function of its previous state.The detailed documentation ----
---- is available in the file named manual.pdf. ----
---- ----
----------------------------------------------------------------------------
---- ----
---- This file is a part of the lfsr_randgen project at ----
---- http://www.opencores.org/ ----
---- ----
---- Author(s): ----
---- Vipin Lal, [email protected] ----
---- ----
----------------------------------------------------------------------------
---- ----
---- Copyright (C) 2010 Authors and OPENCORES.ORG ----
---- ----
---- This source file may be used and distributed without ----
---- restriction provided that this copyright statement is not ----
---- removed from the file and that any derivative work contains ----
---- the original copyright notice and the associated disclaimer. ----
---- ----
---- This source file is free software; you can redistribute it ----
---- and/or modify it under the terms of the GNU Lesser General ----
---- Public License as published by the Free Software Foundation; ----
---- either version 2.1 of the License, or (at your option) any ----
---- later version. ----
---- ----
---- This source is distributed in the hope that it will be ----
---- useful, but WITHOUT ANY WARRANTY; without even the implied ----
---- warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR ----
---- PURPOSE. See the GNU Lesser General Public License for more ----
---- details. ----
---- ----
---- You should have received a copy of the GNU Lesser General ----
---- Public License along with this source; if not, download it ----
---- from http://www.opencores.org/lgpl.shtml ----
---- ----
----------------------------------------------------------------------------
library ieee;
use ieee.std_logic_1164.all;
use ieee.std_logic_arith.all;
use ieee.std_logic_unsigned.all;
use IEEE.NUMERIC_STD.ALL;
library work;
use work.lfsr_pkg.ALL;
entity lfsr is
generic (width : integer := 4;
seed : integer :=1);
port (clk : in std_logic;
--set_seed : in std_logic;
--seed : in std_logic_vector(width-1 downto 0);
rand_out : out std_logic_vector(width-1 downto 0)
);
end lfsr;
architecture Behavioral of lfsr is
begin
process(clk)
variable rand_temp : std_logic_vector (width-1 downto 0):=std_logic_vector(to_unsigned(seed,width));--(0 => '1',others => '0');
variable temp : std_logic := '0';
begin
if(rising_edge(clk)) then
--if(set_seed = '1') then
--rand_temp := seed;
--end if;
temp := xor_gates(rand_temp);
rand_temp(width-1 downto 1) := rand_temp(width-2 downto 0);
rand_temp(0) := temp;
end if;
rand_out <= rand_temp;
end process;
end Behavioral;
| gpl-2.0 |
TUM-LIS/faultify | hardware/testcases/viterbi/fpga_sim/xpsLibraryPath_viterbi_200_399/libFaultify/pcores/faultify_axi_wrapper_v1_00_a/hdl/vhdl/lfsr.vhd | 17 | 4148 | ----------------------------------------------------------------------------
---- Create Date: 13:06:08 07/28/2010 ----
---- Design Name: lfsr ----
---- Project Name: lfsr_randgen ----
---- Description: ----
---- A random number generator based on linear feedback shift ----
---- register(LFSR).A LFSR is a shift register whose input bit is a ----
---- linear function of its previous state.The detailed documentation ----
---- is available in the file named manual.pdf. ----
---- ----
----------------------------------------------------------------------------
---- ----
---- This file is a part of the lfsr_randgen project at ----
---- http://www.opencores.org/ ----
---- ----
---- Author(s): ----
---- Vipin Lal, [email protected] ----
---- ----
----------------------------------------------------------------------------
---- ----
---- Copyright (C) 2010 Authors and OPENCORES.ORG ----
---- ----
---- This source file may be used and distributed without ----
---- restriction provided that this copyright statement is not ----
---- removed from the file and that any derivative work contains ----
---- the original copyright notice and the associated disclaimer. ----
---- ----
---- This source file is free software; you can redistribute it ----
---- and/or modify it under the terms of the GNU Lesser General ----
---- Public License as published by the Free Software Foundation; ----
---- either version 2.1 of the License, or (at your option) any ----
---- later version. ----
---- ----
---- This source is distributed in the hope that it will be ----
---- useful, but WITHOUT ANY WARRANTY; without even the implied ----
---- warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR ----
---- PURPOSE. See the GNU Lesser General Public License for more ----
---- details. ----
---- ----
---- You should have received a copy of the GNU Lesser General ----
---- Public License along with this source; if not, download it ----
---- from http://www.opencores.org/lgpl.shtml ----
---- ----
----------------------------------------------------------------------------
library ieee;
use ieee.std_logic_1164.all;
use ieee.std_logic_arith.all;
use ieee.std_logic_unsigned.all;
use IEEE.NUMERIC_STD.ALL;
library work;
use work.lfsr_pkg.ALL;
entity lfsr is
generic (width : integer := 4;
seed : integer :=1);
port (clk : in std_logic;
--set_seed : in std_logic;
--seed : in std_logic_vector(width-1 downto 0);
rand_out : out std_logic_vector(width-1 downto 0)
);
end lfsr;
architecture Behavioral of lfsr is
begin
process(clk)
variable rand_temp : std_logic_vector (width-1 downto 0):=std_logic_vector(to_unsigned(seed,width));--(0 => '1',others => '0');
variable temp : std_logic := '0';
begin
if(rising_edge(clk)) then
--if(set_seed = '1') then
--rand_temp := seed;
--end if;
temp := xor_gates(rand_temp);
rand_temp(width-1 downto 1) := rand_temp(width-2 downto 0);
rand_temp(0) := temp;
end if;
rand_out <= rand_temp;
end process;
end Behavioral;
| gpl-2.0 |
TUM-LIS/faultify | hardware/testcases/QR/fpga_sim/xpsLibraryPath_asic_0_199/libFaultify/pcores/faultify_axi_wrapper_v1_00_a/hdl/vhdl/lfsr_pkg.vhd | 17 | 18262 | ----------------------------------------------------------------------------
---- Create Date: 14:30:08 07/28/2010 ----
---- Design Name: lfsr_pkg ----
---- Project Name: lfsr_randgen ----
---- Description: ----
---- This is the package file used in the lfsr_randgen project.The ----
---- package contain the function for XORing bits from various tap ----
---- locations depending on the generic parameter(width of lfsr ) ----
---- ----
----------------------------------------------------------------------------
---- ----
---- This file is a part of the lfsr_randgen project at ----
---- http://www.opencores.org/ ----
---- ----
---- Author(s): ----
---- Vipin Lal, [email protected] ----
---- ----
----------------------------------------------------------------------------
---- ----
---- Copyright (C) 2010 Authors and OPENCORES.ORG ----
---- ----
---- This source file may be used and distributed without ----
---- restriction provided that this copyright statement is not ----
---- removed from the file and that any derivative work contains ----
---- the original copyright notice and the associated disclaimer. ----
---- ----
---- This source file is free software; you can redistribute it ----
---- and/or modify it under the terms of the GNU Lesser General ----
---- Public License as published by the Free Software Foundation; ----
---- either version 2.1 of the License, or (at your option) any ----
---- later version. ----
---- ----
---- This source is distributed in the hope that it will be ----
---- useful, but WITHOUT ANY WARRANTY; without even the implied ----
---- warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR ----
---- PURPOSE. See the GNU Lesser General Public License for more ----
---- details. ----
---- ----
---- You should have received a copy of the GNU Lesser General ----
---- Public License along with this source; if not, download it ----
---- from http://www.opencores.org/lgpl.shtml ----
---- ----
----------------------------------------------------------------------------
library ieee;
use ieee.std_logic_1164.all;
use ieee.std_logic_arith.all;
use ieee.std_logic_unsigned.all;
package lfsr_pkg is
function xor_gates( random : std_logic_vector) return std_logic;
end lfsr_pkg;
--Package body starts from here.
package body lfsr_pkg is
--function for XORing from tap values.
function xor_gates( random : std_logic_vector ) return std_logic is
variable xor_out : std_logic:='0';
variable rand : std_logic_vector(random'length-1 downto 0):=random;
begin
if(rand'length = 3) then --3
xor_out := rand(2) xor rand(1);
elsif(rand'length = 2) then --2
xor_out := rand(1) xor rand(0);
elsif(rand'length = 4) then --4
xor_out := rand(3) xor rand(2);
elsif(rand'length = 5) then --5
xor_out := rand(4) xor rand(2);
elsif(rand'length = 6) then --6
xor_out := rand(5) xor rand(4);
elsif(rand'length = 7) then --7
xor_out := rand(6) xor rand(5);
elsif(rand'length = 8) then --8
xor_out := rand(7) xor rand(5) xor rand(4) xor rand(3);
elsif(rand'length = 9) then --9
xor_out := rand(8) xor rand(4);
elsif(rand'length = 10)then --10
xor_out := rand(9) xor rand(6);
elsif(rand'length =11) then --11
xor_out := rand(10) xor rand(8);
elsif(rand'length = 12) then --12
xor_out := rand(11) xor rand(5) xor rand(3) xor rand(0);
elsif(rand'length = 13) then --13
xor_out := rand(12) xor rand(3) xor rand(2) xor rand(0);
elsif(rand'length = 14) then --14
xor_out := rand(13) xor rand(4) xor rand(2) xor rand(0);
elsif(rand'length = 15) then --15
xor_out := rand(14) xor rand(13);
elsif(rand'length = 16) then --16
xor_out := rand(15) xor rand(14) xor rand(12) xor rand(3);
elsif(rand'length = 17) then --17
xor_out := rand(16) xor rand(13);
elsif(rand'length = 18) then --18
xor_out := rand(17) xor rand(10);
elsif(rand'length = 19) then --19
xor_out := rand(18) xor rand(5) xor rand(1) xor rand(0);
elsif(rand'length = 20) then --20
xor_out := rand(19) xor rand(16);
elsif(rand'length = 21) then --21
xor_out := rand(20) xor rand(18);
elsif(rand'length = 22) then --22
xor_out := rand(21) xor rand(20);
elsif(rand'length = 23) then --23
xor_out := rand(22) xor rand(17);
elsif(rand'length = 24) then --24
xor_out := rand(23) xor rand(22) xor rand(21) xor rand(16);
elsif(rand'length = 25) then --25
xor_out := rand(24) xor rand(21);
elsif(rand'length = 26) then --26
xor_out := rand(25) xor rand(5) xor rand(1) xor rand(0);
elsif(rand'length = 27) then --27
xor_out := rand(26) xor rand(4) xor rand(1) xor rand(0);
elsif(rand'length = 28) then --28
xor_out := rand(27) xor rand(24);
elsif(rand'length = 29) then --29
xor_out := rand(28) xor rand(26);
elsif(rand'length = 30) then --30
xor_out := rand(29) xor rand(5) xor rand(3) xor rand(0);
elsif(rand'length = 31) then --31
xor_out := rand(30) xor rand(27);
elsif(rand'length = 32) then --32
xor_out := rand(31) xor rand(21) xor rand(1) xor rand(0);
elsif(rand'length = 33) then --33
xor_out := rand(32) xor rand(19);
elsif(rand'length = 34) then --34
xor_out := rand(33) xor rand(26) xor rand(1) xor rand(0);
elsif(rand'length = 35) then --35
xor_out := rand(34) xor rand(32);
elsif(rand'length = 36) then --36
xor_out := rand(35) xor rand(24);
elsif(rand'length = 37) then --37
xor_out := rand(36) xor rand(4) xor rand(3) xor rand(2) xor rand(1) xor rand(0);
elsif(rand'length = 38) then --38
xor_out := rand(37) xor rand(5) xor rand(4) xor rand(0);
elsif(rand'length = 39) then --39
xor_out := rand(38) xor rand(34);
elsif(rand'length = 40) then --40
xor_out := rand(39) xor rand(37) xor rand(20) xor rand(18);
elsif(rand'length = 41) then --41
xor_out := rand(40) xor rand(37);
elsif(rand'length = 42) then --42
xor_out := rand(41) xor rand(40) xor rand(19) xor rand(18);
elsif(rand'length = 43) then --43
xor_out := rand(42) xor rand(41) xor rand(37) xor rand(36);
elsif(rand'length = 44) then --44
xor_out := rand(43) xor rand(42) xor rand(17) xor rand(16);
elsif(rand'length = 45) then --45
xor_out := rand(44) xor rand(43) xor rand(41) xor rand(40);
elsif(rand'length = 46) then --46
xor_out := rand(45) xor rand(44) xor rand(25) xor rand(24);
elsif(rand'length = 47) then --47
xor_out := rand(46) xor rand(41);
elsif(rand'length = 48) then --48
xor_out := rand(47) xor rand(46) xor rand(20) xor rand(19);
elsif(rand'length = 49) then --49
xor_out := rand(48) xor rand(39);
elsif(rand'length = 50) then --50
xor_out := rand(49) xor rand(48) xor rand(23) xor rand(22);
elsif(rand'length = 51) then --51
xor_out := rand(50) xor rand(49) xor rand(35) xor rand(34);
elsif(rand'length = 52) then --52
xor_out := rand(51) xor rand(48);
elsif(rand'length = 53) then --53
xor_out := rand(52) xor rand(51) xor rand(37) xor rand(36);
elsif(rand'length = 54) then --54
xor_out := rand(53) xor rand(52) xor rand(17) xor rand(16);
elsif(rand'length = 55) then --55
xor_out := rand(54) xor rand(30);
elsif(rand'length = 56) then --56
xor_out := rand(55) xor rand(54) xor rand(34) xor rand(33);
elsif(rand'length = 57) then --57
xor_out := rand(56) xor rand(49);
elsif(rand'length = 58) then --58
xor_out := rand(57) xor rand(38);
elsif(rand'length = 59) then --59
xor_out := rand(58) xor rand(57) xor rand(37) xor rand(36);
elsif(rand'length = 60) then --60
xor_out := rand(59) xor rand(58);
elsif(rand'length = 61) then --61
xor_out := rand(60) xor rand(59) xor rand(45) xor rand(44);
elsif(rand'length = 62) then --62
xor_out := rand(61) xor rand(60) xor rand(5) xor rand(4);
elsif(rand'length = 63) then --63
xor_out := rand(62) xor rand(61);
elsif(rand'length = 64) then --64
xor_out := rand(63) xor rand(62) xor rand(60) xor rand(59);
elsif(rand'length = 65) then --65
xor_out := rand(64) xor rand(46);
elsif(rand'length = 66) then --66
xor_out := rand(65) xor rand(64) xor rand(56) xor rand(55);
elsif(rand'length = 67) then --67
xor_out := rand(66) xor rand(65) xor rand(57) xor rand(56);
elsif(rand'length = 68) then --68
xor_out := rand(67) xor rand(58);
elsif(rand'length = 69) then --69
xor_out := rand(68) xor rand(66) xor rand(41) xor rand(39);
elsif(rand'length = 70) then --70
xor_out := rand(69) xor rand(68) xor rand(54) xor rand(53);
elsif(rand'length = 71) then --71
xor_out := rand(70) xor rand(64);
elsif(rand'length = 72) then --72
xor_out := rand(71) xor rand(65) xor rand(24) xor rand(18);
elsif(rand'length = 73) then --73
xor_out := rand(72) xor rand(47);
elsif(rand'length = 74) then --74
xor_out := rand(73) xor rand(72) xor rand(58) xor rand(57);
elsif(rand'length = 75) then --75
xor_out := rand(74) xor rand(73) xor rand(64) xor rand(63);
elsif(rand'length = 76) then --76
xor_out := rand(75) xor rand(74) xor rand(40) xor rand(39);
elsif(rand'length = 77) then --77
xor_out := rand(76) xor rand(75) xor rand(46) xor rand(45);
elsif(rand'length = 78) then --78
xor_out := rand(77) xor rand(76) xor rand(58) xor rand(57);
elsif(rand'length = 79) then --79
xor_out := rand(78) xor rand(69);
elsif(rand'length = 80) then --80
xor_out := rand(79) xor rand(78) xor rand(42) xor rand(41);
elsif(rand'length = 81) then --81
xor_out := rand(80) xor rand(76);
elsif(rand'length = 82) then --82
xor_out := rand(81) xor rand(78) xor rand(46) xor rand(43);
elsif(rand'length = 83) then --83
xor_out := rand(82) xor rand(81) xor rand(37) xor rand(36);
elsif(rand'length = 84) then --84
xor_out := rand(83) xor rand(70);
elsif(rand'length = 85) then --85
xor_out := rand(84) xor rand(83) xor rand(57) xor rand(56);
elsif(rand'length = 86) then --86
xor_out := rand(85) xor rand(84) xor rand(73) xor rand(72);
elsif(rand'length = 87) then --87
xor_out := rand(86) xor rand(73);
elsif(rand'length = 88) then --88
xor_out := rand(87) xor rand(86) xor rand(16) xor rand(15);
elsif(rand'length = 89) then --89
xor_out := rand(88) xor rand(50);
elsif(rand'length = 90) then --90
xor_out := rand(89) xor rand(88) xor rand(71) xor rand(70);
elsif(rand'length = 91) then --91
xor_out := rand(90) xor rand(89) xor rand(7) xor rand(6);
elsif(rand'length = 92) then --92
xor_out := rand(91) xor rand(90) xor rand(79) xor rand(78);
elsif(rand'length = 93) then --93
xor_out := rand(92) xor rand(90);
elsif(rand'length = 94) then --94
xor_out := rand(93) xor rand(72);
elsif(rand'length = 95) then --95
xor_out := rand(94) xor rand(83);
elsif(rand'length = 96) then --96
xor_out := rand(95) xor rand(93) xor rand(48) xor rand(46);
elsif(rand'length = 97) then --97
xor_out := rand(96) xor rand(90);
elsif(rand'length = 98) then --98
xor_out := rand(97) xor rand(86);
elsif(rand'length = 99) then --99
xor_out := rand(98) xor rand(96) xor rand(53) xor rand(51);
elsif(rand'length = 100) then --100
xor_out := rand(99) xor rand(62);
elsif(rand'length = 101) then --101
xor_out := rand(100) xor rand(99) xor rand(94) xor rand(93);
elsif(rand'length = 102) then --102
xor_out := rand(101) xor rand(100) xor rand(35) xor rand(34);
elsif(rand'length = 103) then --103
xor_out := rand(102) xor rand(93);
elsif(rand'length = 104) then --104
xor_out := rand(103) xor rand(102) xor rand(93) xor rand(92);
elsif(rand'length = 105) then --105
xor_out := rand(104) xor rand(88);
elsif(rand'length = 106) then --106
xor_out := rand(105) xor rand(90);
elsif(rand'length = 107) then --107
xor_out := rand(106) xor rand(104) xor rand(43) xor rand(41);
elsif(rand'length = 108) then --108
xor_out := rand(107) xor rand(76);
elsif(rand'length = 109) then --109
xor_out := rand(108) xor rand(107) xor rand(102) xor rand(101);
elsif(rand'length = 110)then --110
xor_out := rand(109) xor rand(108) xor rand(97) xor rand(96);
elsif(rand'length = 111) then --111
xor_out := rand(110) xor rand(100);
elsif(rand'length = 112) then --112
xor_out := rand(111) xor rand(109) xor rand(68) xor rand(66);
elsif(rand'length = 113) then --113
xor_out := rand(112) xor rand(103);
elsif(rand'length = 114) then --114
xor_out := rand(113) xor rand(112) xor rand(32) xor rand(31);
elsif(rand'length = 115) then --115
xor_out := rand(114) xor rand(113) xor rand(100) xor rand(99);
elsif(rand'length = 116) then --116
xor_out := rand(115) xor rand(114) xor rand(45) xor rand(44);
elsif(rand'length = 117) then --117
xor_out := rand(116) xor rand(114) xor rand(98) xor rand(96);
elsif(rand'length = 118) then --118
xor_out := rand(117) xor rand(84);
elsif(rand'length = 119) then --119
xor_out := rand(118) xor rand(110);
elsif(rand'length = 120) then --120
xor_out := rand(119) xor rand(112) xor rand(8) xor rand(1);
elsif(rand'length = 121) then --121
xor_out := rand(120) xor rand(102);
elsif(rand'length = 122) then --122
xor_out := rand(121) xor rand(120) xor rand(62) xor rand(61);
elsif(rand'length = 123) then --123
xor_out := rand(122) xor rand(120);
elsif(rand'length = 124) then --124
xor_out := rand(123) xor rand(86);
elsif(rand'length = 125) then --125
xor_out := rand(124) xor rand(123) xor rand(17) xor rand(16);
elsif(rand'length = 126) then --126
xor_out := rand(125) xor rand(124) xor rand(89) xor rand(88);
elsif(rand'length = 127) then --127
xor_out := rand(126) xor rand(125);
elsif(rand'length = 128) then --128
xor_out := rand(127) xor rand(125) xor rand(100) xor rand(98);
elsif(rand'length = 129) then --129
xor_out := rand(128) xor rand(123);
elsif(rand'length = 130) then --130
xor_out := rand(129) xor rand(126);
elsif(rand'length = 131) then --131
xor_out := rand(130) xor rand(129) xor rand(83) xor rand(82);
elsif(rand'length = 132) then --132
xor_out := rand(131) xor rand(102);
elsif(rand'length = 133) then --133
xor_out := rand(132) xor rand(131) xor rand(81) xor rand(80);
elsif(rand'length = 134) then --134
xor_out := rand(133) xor rand(76);
elsif(rand'length = 135) then --135
xor_out := rand(134) xor rand(123);
elsif(rand'length = 136) then --136
xor_out := rand(135) xor rand(134) xor rand(10) xor rand(9);
elsif(rand'length = 137) then --137
xor_out := rand(136) xor rand(115);
elsif(rand'length = 138) then --138
xor_out := rand(137) xor rand(136) xor rand(130) xor rand(129);
elsif(rand'length = 139) then --139
xor_out := rand(138) xor rand(135) xor rand(133) xor rand(130);
elsif(rand'length = 140) then --140
xor_out := rand(139) xor rand(110);
elsif(rand'length = 141) then --141
xor_out := rand(140) xor rand(139) xor rand(109) xor rand(108);
elsif(rand'length = 142) then --142
xor_out := rand(141) xor rand(120);
elsif(rand'length = 143) then --143
xor_out := rand(142) xor rand(141) xor rand(122) xor rand(121);
elsif(rand'length = 144) then --144
xor_out := rand(143) xor rand(142) xor rand(74) xor rand(73);
elsif(rand'length = 145) then --145
xor_out := rand(144) xor rand(92);
elsif(rand'length = 146) then --146
xor_out := rand(145) xor rand(144) xor rand(86) xor rand(85);
elsif(rand'length = 147) then --147
xor_out := rand(146) xor rand(145) xor rand(109) xor rand(108);
elsif(rand'length = 148) then --148
xor_out := rand(147) xor rand(120);
elsif(rand'length = 149) then --149
xor_out := rand(148) xor rand(147) xor rand(39) xor rand(38);
elsif(rand'length = 150) then --150
xor_out := rand(149) xor rand(96);
elsif(rand'length = 151) then --151
xor_out := rand(150) xor rand(147);
elsif(rand'length = 152) then --152
xor_out := rand(151) xor rand(150) xor rand(86) xor rand(85);
elsif(rand'length = 153) then --153
xor_out := rand(152) xor rand(151);
elsif(rand'length = 154) then --154
xor_out := rand(153) xor rand(151) xor rand(26) xor rand(24);
elsif(rand'length = 155) then --155
xor_out := rand(154) xor rand(153) xor rand(123) xor rand(122);
elsif(rand'length = 156) then --156
xor_out := rand(155) xor rand(154) xor rand(40) xor rand(39);
elsif(rand'length = 157) then --157
xor_out := rand(156) xor rand(155) xor rand(130) xor rand(129);
elsif(rand'length = 158) then --158
xor_out := rand(157) xor rand(156) xor rand(131) xor rand(130);
elsif(rand'length = 159) then --159
xor_out := rand(158) xor rand(127);
elsif(rand'length = 160) then --160
xor_out := rand(159) xor rand(158) xor rand(141) xor rand(140);
elsif(rand'length = 161) then --161
xor_out := rand(160) xor rand(142);
elsif(rand'length = 162) then --162
xor_out := rand(161) xor rand(160) xor rand(74) xor rand(73);
elsif(rand'length = 163) then --163
xor_out := rand(162) xor rand(161) xor rand(103) xor rand(102);
elsif(rand'length = 164) then --164
xor_out := rand(163) xor rand(162) xor rand(150) xor rand(149);
elsif(rand'length = 165) then --165
xor_out := rand(164) xor rand(163) xor rand(134) xor rand(133);
elsif(rand'length = 166) then --166
xor_out := rand(165) xor rand(164) xor rand(127) xor rand(126);
elsif(rand'length = 167) then --167
xor_out := rand(166) xor rand(160);
elsif(rand'length = 168) then --168
xor_out := rand(167) xor rand(165) xor rand(152) xor rand(150);
end if;
return xor_out;
end xor_gates;
--END function for XORing using tap values.
end lfsr_pkg;
--End of the package.
| gpl-2.0 |
TUM-LIS/faultify | hardware/testcases/fpu100_div/fpga_sim/xpsLibraryPath/libFaultify/pcores/faultify_axi_wrapper_v1_00_a/hdl/vhdl/lfsr_pkg.vhd | 17 | 18262 | ----------------------------------------------------------------------------
---- Create Date: 14:30:08 07/28/2010 ----
---- Design Name: lfsr_pkg ----
---- Project Name: lfsr_randgen ----
---- Description: ----
---- This is the package file used in the lfsr_randgen project.The ----
---- package contain the function for XORing bits from various tap ----
---- locations depending on the generic parameter(width of lfsr ) ----
---- ----
----------------------------------------------------------------------------
---- ----
---- This file is a part of the lfsr_randgen project at ----
---- http://www.opencores.org/ ----
---- ----
---- Author(s): ----
---- Vipin Lal, [email protected] ----
---- ----
----------------------------------------------------------------------------
---- ----
---- Copyright (C) 2010 Authors and OPENCORES.ORG ----
---- ----
---- This source file may be used and distributed without ----
---- restriction provided that this copyright statement is not ----
---- removed from the file and that any derivative work contains ----
---- the original copyright notice and the associated disclaimer. ----
---- ----
---- This source file is free software; you can redistribute it ----
---- and/or modify it under the terms of the GNU Lesser General ----
---- Public License as published by the Free Software Foundation; ----
---- either version 2.1 of the License, or (at your option) any ----
---- later version. ----
---- ----
---- This source is distributed in the hope that it will be ----
---- useful, but WITHOUT ANY WARRANTY; without even the implied ----
---- warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR ----
---- PURPOSE. See the GNU Lesser General Public License for more ----
---- details. ----
---- ----
---- You should have received a copy of the GNU Lesser General ----
---- Public License along with this source; if not, download it ----
---- from http://www.opencores.org/lgpl.shtml ----
---- ----
----------------------------------------------------------------------------
library ieee;
use ieee.std_logic_1164.all;
use ieee.std_logic_arith.all;
use ieee.std_logic_unsigned.all;
package lfsr_pkg is
function xor_gates( random : std_logic_vector) return std_logic;
end lfsr_pkg;
--Package body starts from here.
package body lfsr_pkg is
--function for XORing from tap values.
function xor_gates( random : std_logic_vector ) return std_logic is
variable xor_out : std_logic:='0';
variable rand : std_logic_vector(random'length-1 downto 0):=random;
begin
if(rand'length = 3) then --3
xor_out := rand(2) xor rand(1);
elsif(rand'length = 2) then --2
xor_out := rand(1) xor rand(0);
elsif(rand'length = 4) then --4
xor_out := rand(3) xor rand(2);
elsif(rand'length = 5) then --5
xor_out := rand(4) xor rand(2);
elsif(rand'length = 6) then --6
xor_out := rand(5) xor rand(4);
elsif(rand'length = 7) then --7
xor_out := rand(6) xor rand(5);
elsif(rand'length = 8) then --8
xor_out := rand(7) xor rand(5) xor rand(4) xor rand(3);
elsif(rand'length = 9) then --9
xor_out := rand(8) xor rand(4);
elsif(rand'length = 10)then --10
xor_out := rand(9) xor rand(6);
elsif(rand'length =11) then --11
xor_out := rand(10) xor rand(8);
elsif(rand'length = 12) then --12
xor_out := rand(11) xor rand(5) xor rand(3) xor rand(0);
elsif(rand'length = 13) then --13
xor_out := rand(12) xor rand(3) xor rand(2) xor rand(0);
elsif(rand'length = 14) then --14
xor_out := rand(13) xor rand(4) xor rand(2) xor rand(0);
elsif(rand'length = 15) then --15
xor_out := rand(14) xor rand(13);
elsif(rand'length = 16) then --16
xor_out := rand(15) xor rand(14) xor rand(12) xor rand(3);
elsif(rand'length = 17) then --17
xor_out := rand(16) xor rand(13);
elsif(rand'length = 18) then --18
xor_out := rand(17) xor rand(10);
elsif(rand'length = 19) then --19
xor_out := rand(18) xor rand(5) xor rand(1) xor rand(0);
elsif(rand'length = 20) then --20
xor_out := rand(19) xor rand(16);
elsif(rand'length = 21) then --21
xor_out := rand(20) xor rand(18);
elsif(rand'length = 22) then --22
xor_out := rand(21) xor rand(20);
elsif(rand'length = 23) then --23
xor_out := rand(22) xor rand(17);
elsif(rand'length = 24) then --24
xor_out := rand(23) xor rand(22) xor rand(21) xor rand(16);
elsif(rand'length = 25) then --25
xor_out := rand(24) xor rand(21);
elsif(rand'length = 26) then --26
xor_out := rand(25) xor rand(5) xor rand(1) xor rand(0);
elsif(rand'length = 27) then --27
xor_out := rand(26) xor rand(4) xor rand(1) xor rand(0);
elsif(rand'length = 28) then --28
xor_out := rand(27) xor rand(24);
elsif(rand'length = 29) then --29
xor_out := rand(28) xor rand(26);
elsif(rand'length = 30) then --30
xor_out := rand(29) xor rand(5) xor rand(3) xor rand(0);
elsif(rand'length = 31) then --31
xor_out := rand(30) xor rand(27);
elsif(rand'length = 32) then --32
xor_out := rand(31) xor rand(21) xor rand(1) xor rand(0);
elsif(rand'length = 33) then --33
xor_out := rand(32) xor rand(19);
elsif(rand'length = 34) then --34
xor_out := rand(33) xor rand(26) xor rand(1) xor rand(0);
elsif(rand'length = 35) then --35
xor_out := rand(34) xor rand(32);
elsif(rand'length = 36) then --36
xor_out := rand(35) xor rand(24);
elsif(rand'length = 37) then --37
xor_out := rand(36) xor rand(4) xor rand(3) xor rand(2) xor rand(1) xor rand(0);
elsif(rand'length = 38) then --38
xor_out := rand(37) xor rand(5) xor rand(4) xor rand(0);
elsif(rand'length = 39) then --39
xor_out := rand(38) xor rand(34);
elsif(rand'length = 40) then --40
xor_out := rand(39) xor rand(37) xor rand(20) xor rand(18);
elsif(rand'length = 41) then --41
xor_out := rand(40) xor rand(37);
elsif(rand'length = 42) then --42
xor_out := rand(41) xor rand(40) xor rand(19) xor rand(18);
elsif(rand'length = 43) then --43
xor_out := rand(42) xor rand(41) xor rand(37) xor rand(36);
elsif(rand'length = 44) then --44
xor_out := rand(43) xor rand(42) xor rand(17) xor rand(16);
elsif(rand'length = 45) then --45
xor_out := rand(44) xor rand(43) xor rand(41) xor rand(40);
elsif(rand'length = 46) then --46
xor_out := rand(45) xor rand(44) xor rand(25) xor rand(24);
elsif(rand'length = 47) then --47
xor_out := rand(46) xor rand(41);
elsif(rand'length = 48) then --48
xor_out := rand(47) xor rand(46) xor rand(20) xor rand(19);
elsif(rand'length = 49) then --49
xor_out := rand(48) xor rand(39);
elsif(rand'length = 50) then --50
xor_out := rand(49) xor rand(48) xor rand(23) xor rand(22);
elsif(rand'length = 51) then --51
xor_out := rand(50) xor rand(49) xor rand(35) xor rand(34);
elsif(rand'length = 52) then --52
xor_out := rand(51) xor rand(48);
elsif(rand'length = 53) then --53
xor_out := rand(52) xor rand(51) xor rand(37) xor rand(36);
elsif(rand'length = 54) then --54
xor_out := rand(53) xor rand(52) xor rand(17) xor rand(16);
elsif(rand'length = 55) then --55
xor_out := rand(54) xor rand(30);
elsif(rand'length = 56) then --56
xor_out := rand(55) xor rand(54) xor rand(34) xor rand(33);
elsif(rand'length = 57) then --57
xor_out := rand(56) xor rand(49);
elsif(rand'length = 58) then --58
xor_out := rand(57) xor rand(38);
elsif(rand'length = 59) then --59
xor_out := rand(58) xor rand(57) xor rand(37) xor rand(36);
elsif(rand'length = 60) then --60
xor_out := rand(59) xor rand(58);
elsif(rand'length = 61) then --61
xor_out := rand(60) xor rand(59) xor rand(45) xor rand(44);
elsif(rand'length = 62) then --62
xor_out := rand(61) xor rand(60) xor rand(5) xor rand(4);
elsif(rand'length = 63) then --63
xor_out := rand(62) xor rand(61);
elsif(rand'length = 64) then --64
xor_out := rand(63) xor rand(62) xor rand(60) xor rand(59);
elsif(rand'length = 65) then --65
xor_out := rand(64) xor rand(46);
elsif(rand'length = 66) then --66
xor_out := rand(65) xor rand(64) xor rand(56) xor rand(55);
elsif(rand'length = 67) then --67
xor_out := rand(66) xor rand(65) xor rand(57) xor rand(56);
elsif(rand'length = 68) then --68
xor_out := rand(67) xor rand(58);
elsif(rand'length = 69) then --69
xor_out := rand(68) xor rand(66) xor rand(41) xor rand(39);
elsif(rand'length = 70) then --70
xor_out := rand(69) xor rand(68) xor rand(54) xor rand(53);
elsif(rand'length = 71) then --71
xor_out := rand(70) xor rand(64);
elsif(rand'length = 72) then --72
xor_out := rand(71) xor rand(65) xor rand(24) xor rand(18);
elsif(rand'length = 73) then --73
xor_out := rand(72) xor rand(47);
elsif(rand'length = 74) then --74
xor_out := rand(73) xor rand(72) xor rand(58) xor rand(57);
elsif(rand'length = 75) then --75
xor_out := rand(74) xor rand(73) xor rand(64) xor rand(63);
elsif(rand'length = 76) then --76
xor_out := rand(75) xor rand(74) xor rand(40) xor rand(39);
elsif(rand'length = 77) then --77
xor_out := rand(76) xor rand(75) xor rand(46) xor rand(45);
elsif(rand'length = 78) then --78
xor_out := rand(77) xor rand(76) xor rand(58) xor rand(57);
elsif(rand'length = 79) then --79
xor_out := rand(78) xor rand(69);
elsif(rand'length = 80) then --80
xor_out := rand(79) xor rand(78) xor rand(42) xor rand(41);
elsif(rand'length = 81) then --81
xor_out := rand(80) xor rand(76);
elsif(rand'length = 82) then --82
xor_out := rand(81) xor rand(78) xor rand(46) xor rand(43);
elsif(rand'length = 83) then --83
xor_out := rand(82) xor rand(81) xor rand(37) xor rand(36);
elsif(rand'length = 84) then --84
xor_out := rand(83) xor rand(70);
elsif(rand'length = 85) then --85
xor_out := rand(84) xor rand(83) xor rand(57) xor rand(56);
elsif(rand'length = 86) then --86
xor_out := rand(85) xor rand(84) xor rand(73) xor rand(72);
elsif(rand'length = 87) then --87
xor_out := rand(86) xor rand(73);
elsif(rand'length = 88) then --88
xor_out := rand(87) xor rand(86) xor rand(16) xor rand(15);
elsif(rand'length = 89) then --89
xor_out := rand(88) xor rand(50);
elsif(rand'length = 90) then --90
xor_out := rand(89) xor rand(88) xor rand(71) xor rand(70);
elsif(rand'length = 91) then --91
xor_out := rand(90) xor rand(89) xor rand(7) xor rand(6);
elsif(rand'length = 92) then --92
xor_out := rand(91) xor rand(90) xor rand(79) xor rand(78);
elsif(rand'length = 93) then --93
xor_out := rand(92) xor rand(90);
elsif(rand'length = 94) then --94
xor_out := rand(93) xor rand(72);
elsif(rand'length = 95) then --95
xor_out := rand(94) xor rand(83);
elsif(rand'length = 96) then --96
xor_out := rand(95) xor rand(93) xor rand(48) xor rand(46);
elsif(rand'length = 97) then --97
xor_out := rand(96) xor rand(90);
elsif(rand'length = 98) then --98
xor_out := rand(97) xor rand(86);
elsif(rand'length = 99) then --99
xor_out := rand(98) xor rand(96) xor rand(53) xor rand(51);
elsif(rand'length = 100) then --100
xor_out := rand(99) xor rand(62);
elsif(rand'length = 101) then --101
xor_out := rand(100) xor rand(99) xor rand(94) xor rand(93);
elsif(rand'length = 102) then --102
xor_out := rand(101) xor rand(100) xor rand(35) xor rand(34);
elsif(rand'length = 103) then --103
xor_out := rand(102) xor rand(93);
elsif(rand'length = 104) then --104
xor_out := rand(103) xor rand(102) xor rand(93) xor rand(92);
elsif(rand'length = 105) then --105
xor_out := rand(104) xor rand(88);
elsif(rand'length = 106) then --106
xor_out := rand(105) xor rand(90);
elsif(rand'length = 107) then --107
xor_out := rand(106) xor rand(104) xor rand(43) xor rand(41);
elsif(rand'length = 108) then --108
xor_out := rand(107) xor rand(76);
elsif(rand'length = 109) then --109
xor_out := rand(108) xor rand(107) xor rand(102) xor rand(101);
elsif(rand'length = 110)then --110
xor_out := rand(109) xor rand(108) xor rand(97) xor rand(96);
elsif(rand'length = 111) then --111
xor_out := rand(110) xor rand(100);
elsif(rand'length = 112) then --112
xor_out := rand(111) xor rand(109) xor rand(68) xor rand(66);
elsif(rand'length = 113) then --113
xor_out := rand(112) xor rand(103);
elsif(rand'length = 114) then --114
xor_out := rand(113) xor rand(112) xor rand(32) xor rand(31);
elsif(rand'length = 115) then --115
xor_out := rand(114) xor rand(113) xor rand(100) xor rand(99);
elsif(rand'length = 116) then --116
xor_out := rand(115) xor rand(114) xor rand(45) xor rand(44);
elsif(rand'length = 117) then --117
xor_out := rand(116) xor rand(114) xor rand(98) xor rand(96);
elsif(rand'length = 118) then --118
xor_out := rand(117) xor rand(84);
elsif(rand'length = 119) then --119
xor_out := rand(118) xor rand(110);
elsif(rand'length = 120) then --120
xor_out := rand(119) xor rand(112) xor rand(8) xor rand(1);
elsif(rand'length = 121) then --121
xor_out := rand(120) xor rand(102);
elsif(rand'length = 122) then --122
xor_out := rand(121) xor rand(120) xor rand(62) xor rand(61);
elsif(rand'length = 123) then --123
xor_out := rand(122) xor rand(120);
elsif(rand'length = 124) then --124
xor_out := rand(123) xor rand(86);
elsif(rand'length = 125) then --125
xor_out := rand(124) xor rand(123) xor rand(17) xor rand(16);
elsif(rand'length = 126) then --126
xor_out := rand(125) xor rand(124) xor rand(89) xor rand(88);
elsif(rand'length = 127) then --127
xor_out := rand(126) xor rand(125);
elsif(rand'length = 128) then --128
xor_out := rand(127) xor rand(125) xor rand(100) xor rand(98);
elsif(rand'length = 129) then --129
xor_out := rand(128) xor rand(123);
elsif(rand'length = 130) then --130
xor_out := rand(129) xor rand(126);
elsif(rand'length = 131) then --131
xor_out := rand(130) xor rand(129) xor rand(83) xor rand(82);
elsif(rand'length = 132) then --132
xor_out := rand(131) xor rand(102);
elsif(rand'length = 133) then --133
xor_out := rand(132) xor rand(131) xor rand(81) xor rand(80);
elsif(rand'length = 134) then --134
xor_out := rand(133) xor rand(76);
elsif(rand'length = 135) then --135
xor_out := rand(134) xor rand(123);
elsif(rand'length = 136) then --136
xor_out := rand(135) xor rand(134) xor rand(10) xor rand(9);
elsif(rand'length = 137) then --137
xor_out := rand(136) xor rand(115);
elsif(rand'length = 138) then --138
xor_out := rand(137) xor rand(136) xor rand(130) xor rand(129);
elsif(rand'length = 139) then --139
xor_out := rand(138) xor rand(135) xor rand(133) xor rand(130);
elsif(rand'length = 140) then --140
xor_out := rand(139) xor rand(110);
elsif(rand'length = 141) then --141
xor_out := rand(140) xor rand(139) xor rand(109) xor rand(108);
elsif(rand'length = 142) then --142
xor_out := rand(141) xor rand(120);
elsif(rand'length = 143) then --143
xor_out := rand(142) xor rand(141) xor rand(122) xor rand(121);
elsif(rand'length = 144) then --144
xor_out := rand(143) xor rand(142) xor rand(74) xor rand(73);
elsif(rand'length = 145) then --145
xor_out := rand(144) xor rand(92);
elsif(rand'length = 146) then --146
xor_out := rand(145) xor rand(144) xor rand(86) xor rand(85);
elsif(rand'length = 147) then --147
xor_out := rand(146) xor rand(145) xor rand(109) xor rand(108);
elsif(rand'length = 148) then --148
xor_out := rand(147) xor rand(120);
elsif(rand'length = 149) then --149
xor_out := rand(148) xor rand(147) xor rand(39) xor rand(38);
elsif(rand'length = 150) then --150
xor_out := rand(149) xor rand(96);
elsif(rand'length = 151) then --151
xor_out := rand(150) xor rand(147);
elsif(rand'length = 152) then --152
xor_out := rand(151) xor rand(150) xor rand(86) xor rand(85);
elsif(rand'length = 153) then --153
xor_out := rand(152) xor rand(151);
elsif(rand'length = 154) then --154
xor_out := rand(153) xor rand(151) xor rand(26) xor rand(24);
elsif(rand'length = 155) then --155
xor_out := rand(154) xor rand(153) xor rand(123) xor rand(122);
elsif(rand'length = 156) then --156
xor_out := rand(155) xor rand(154) xor rand(40) xor rand(39);
elsif(rand'length = 157) then --157
xor_out := rand(156) xor rand(155) xor rand(130) xor rand(129);
elsif(rand'length = 158) then --158
xor_out := rand(157) xor rand(156) xor rand(131) xor rand(130);
elsif(rand'length = 159) then --159
xor_out := rand(158) xor rand(127);
elsif(rand'length = 160) then --160
xor_out := rand(159) xor rand(158) xor rand(141) xor rand(140);
elsif(rand'length = 161) then --161
xor_out := rand(160) xor rand(142);
elsif(rand'length = 162) then --162
xor_out := rand(161) xor rand(160) xor rand(74) xor rand(73);
elsif(rand'length = 163) then --163
xor_out := rand(162) xor rand(161) xor rand(103) xor rand(102);
elsif(rand'length = 164) then --164
xor_out := rand(163) xor rand(162) xor rand(150) xor rand(149);
elsif(rand'length = 165) then --165
xor_out := rand(164) xor rand(163) xor rand(134) xor rand(133);
elsif(rand'length = 166) then --166
xor_out := rand(165) xor rand(164) xor rand(127) xor rand(126);
elsif(rand'length = 167) then --167
xor_out := rand(166) xor rand(160);
elsif(rand'length = 168) then --168
xor_out := rand(167) xor rand(165) xor rand(152) xor rand(150);
end if;
return xor_out;
end xor_gates;
--END function for XORing using tap values.
end lfsr_pkg;
--End of the package.
| gpl-2.0 |
TUM-LIS/faultify | hardware/testcases/QR/fpga_sim/xpsLibraryPath_asic_400_599/libFaultify/pcores/faultify_axi_wrapper_v1_00_a/hdl/vhdl/viterbi_stimuli.vhd | 3 | 2753 | library ieee;
use ieee.std_logic_1164.all;
use ieee.numeric_std.all;
library work;
use work.qr_pack.all;
entity viterbi_stimuli is
port (
clk : in std_logic;
rst_n : in std_logic;
s_axis_input_tvalid : out std_logic;
s_axis_input_tdata : out std_logic_vector(31 downto 0);
s_axis_input_tlast : out std_logic;
s_axis_input_tready : in std_logic;
m_axis_output_tvalid : in std_logic;
m_axis_output_tdata : in std_logic;
m_axis_output_tlast : in std_logic;
m_axis_output_tready : out std_logic;
s_axis_ctrl_tvalid : out std_logic;
s_axis_ctrl_tdata : out std_logic_vector(31 downto 0);
s_axis_ctrl_tlast : out std_logic;
s_axis_ctrl_tready : in std_logic
);
end viterbi_stimuli;
architecture behav of viterbi_stimuli is
type fsm_type is (IDLE, START_STATE, );
signal state : fsm_type := IDLE;
signal rand_out_1, rand_out_2 : std_logic_vector(32-1 downto 0);
component lfsr
generic (
width : integer;
seed : integer);
port (
clk : in std_logic;
rand_out : out std_logic_vector(width-1 downto 0));
end component;
begin -- behav
lfsr_1 : lfsr
generic map (
width => 32,
seed => 242)
port map (
clk => clk,
rand_out => rand_out_1);
lfsr_2 : lfsr
generic map (
width => 32,
seed => 324)
port map (
clk => clk,
rand_out => rand_out_2);
in_A_r <= rand_out_1(3 downto 0);
in_A_i <= rand_out_2(3 downto 0);
process (clk, rst_n)
begin -- process
if rst_n = '0' then -- asynchronous reset (active low)
state <= IDLE;
m_axis_ctrl_tlast <= '0';
m_axis_ctrl_tvalid <= '0';
m_axis_ctrl_tdata <= (others => '0');
m_axis_input_tlast <= '0';
m_axis_input_tvalid <= '0';
m_axis_input_tdata <= (others => '0');
elsif clk'event and clk = '1' then -- rising clock edge
case state is
when IDLE =>
if ready = '1' then
state <= START_STATE;
end if;
when START_STATE =>
start <= '1';
state <= D0;
when D0 =>
start <= '0';
state <= D1;
when D1 =>
state <= D2;
when D2 =>
state <= D3;
when D3 =>
state <= WAIT_FOR_VALID;
when WAIT_FOR_VALID =>
if ready = '1' then
state <= REQUEST_OUTPUT;
end if;
when REQUEST_OUTPUT =>
request_out <= '1';
state <= WAIT_FOR_READY;
when WAIT_FOR_READY =>
request_out <= '0';
if ready = '1' then
state <= START_STATE;
end if;
end case;
end if;
end process;
end behav;
| gpl-2.0 |
TUM-LIS/faultify | hardware/testcases/QR/fpga_sim/xpsLibraryPath_asic_0_199/libFaultify/pcores/faultify_axi_wrapper_v1_00_a/hdl/vhdl/viterbi_stimuli.vhd | 3 | 2753 | library ieee;
use ieee.std_logic_1164.all;
use ieee.numeric_std.all;
library work;
use work.qr_pack.all;
entity viterbi_stimuli is
port (
clk : in std_logic;
rst_n : in std_logic;
s_axis_input_tvalid : out std_logic;
s_axis_input_tdata : out std_logic_vector(31 downto 0);
s_axis_input_tlast : out std_logic;
s_axis_input_tready : in std_logic;
m_axis_output_tvalid : in std_logic;
m_axis_output_tdata : in std_logic;
m_axis_output_tlast : in std_logic;
m_axis_output_tready : out std_logic;
s_axis_ctrl_tvalid : out std_logic;
s_axis_ctrl_tdata : out std_logic_vector(31 downto 0);
s_axis_ctrl_tlast : out std_logic;
s_axis_ctrl_tready : in std_logic
);
end viterbi_stimuli;
architecture behav of viterbi_stimuli is
type fsm_type is (IDLE, START_STATE, );
signal state : fsm_type := IDLE;
signal rand_out_1, rand_out_2 : std_logic_vector(32-1 downto 0);
component lfsr
generic (
width : integer;
seed : integer);
port (
clk : in std_logic;
rand_out : out std_logic_vector(width-1 downto 0));
end component;
begin -- behav
lfsr_1 : lfsr
generic map (
width => 32,
seed => 242)
port map (
clk => clk,
rand_out => rand_out_1);
lfsr_2 : lfsr
generic map (
width => 32,
seed => 324)
port map (
clk => clk,
rand_out => rand_out_2);
in_A_r <= rand_out_1(3 downto 0);
in_A_i <= rand_out_2(3 downto 0);
process (clk, rst_n)
begin -- process
if rst_n = '0' then -- asynchronous reset (active low)
state <= IDLE;
m_axis_ctrl_tlast <= '0';
m_axis_ctrl_tvalid <= '0';
m_axis_ctrl_tdata <= (others => '0');
m_axis_input_tlast <= '0';
m_axis_input_tvalid <= '0';
m_axis_input_tdata <= (others => '0');
elsif clk'event and clk = '1' then -- rising clock edge
case state is
when IDLE =>
if ready = '1' then
state <= START_STATE;
end if;
when START_STATE =>
start <= '1';
state <= D0;
when D0 =>
start <= '0';
state <= D1;
when D1 =>
state <= D2;
when D2 =>
state <= D3;
when D3 =>
state <= WAIT_FOR_VALID;
when WAIT_FOR_VALID =>
if ready = '1' then
state <= REQUEST_OUTPUT;
end if;
when REQUEST_OUTPUT =>
request_out <= '1';
state <= WAIT_FOR_READY;
when WAIT_FOR_READY =>
request_out <= '0';
if ready = '1' then
state <= START_STATE;
end if;
end case;
end if;
end process;
end behav;
| gpl-2.0 |
TUM-LIS/faultify | hardware/testcases/fpu100_mul/fpga_sim/xpsLibraryPath/libFaultify/pcores/faultify_axi_wrapper_v1_00_a/hdl/vhdl/user_logic.vhd | 1 | 29243 | ------------------------------------------------------------------------------
-- user_logic.vhd - entity/architecture pair
------------------------------------------------------------------------------
--
-- ***************************************************************************
-- ** Copyright (c) 1995-2012 Xilinx, Inc. All rights reserved. **
-- ** **
-- ** Xilinx, Inc. **
-- ** XILINX IS PROVIDING THIS DESIGN, CODE, OR INFORMATION "AS IS" **
-- ** AS A COURTESY TO YOU, SOLELY FOR USE IN DEVELOPING PROGRAMS AND **
-- ** SOLUTIONS FOR XILINX DEVICES. BY PROVIDING THIS DESIGN, CODE, **
-- ** OR INFORMATION AS ONE POSSIBLE IMPLEMENTATION OF THIS FEATURE, **
-- ** APPLICATION OR STANDARD, XILINX IS MAKING NO REPRESENTATION **
-- ** THAT THIS IMPLEMENTATION IS FREE FROM ANY CLAIMS OF INFRINGEMENT, **
-- ** AND YOU ARE RESPONSIBLE FOR OBTAINING ANY RIGHTS YOU MAY REQUIRE **
-- ** FOR YOUR IMPLEMENTATION. XILINX EXPRESSLY DISCLAIMS ANY **
-- ** WARRANTY WHATSOEVER WITH RESPECT TO THE ADEQUACY OF THE **
-- ** IMPLEMENTATION, INCLUDING BUT NOT LIMITED TO ANY WARRANTIES OR **
-- ** REPRESENTATIONS THAT THIS IMPLEMENTATION IS FREE FROM CLAIMS OF **
-- ** INFRINGEMENT, IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS **
-- ** FOR A PARTICULAR PURPOSE. **
-- ** **
-- ***************************************************************************
--
------------------------------------------------------------------------------
-- Filename: user_logic.vhd
-- Version: 1.00.a
-- Description: User logic.
-- Date: Fri May 16 15:25:24 2014 (by Create and Import Peripheral Wizard)
-- VHDL Standard: VHDL'93
------------------------------------------------------------------------------
-- Naming Conventions:
-- active low signals: "*_n"
-- clock signals: "clk", "clk_div#", "clk_#x"
-- reset signals: "rst", "rst_n"
-- generics: "C_*"
-- user defined types: "*_TYPE"
-- state machine next state: "*_ns"
-- state machine current state: "*_cs"
-- combinatorial signals: "*_com"
-- pipelined or register delay signals: "*_d#"
-- counter signals: "*cnt*"
-- clock enable signals: "*_ce"
-- internal version of output port: "*_i"
-- device pins: "*_pin"
-- ports: "- Names begin with Uppercase"
-- processes: "*_PROCESS"
-- component instantiations: "<ENTITY_>I_<#|FUNC>"
------------------------------------------------------------------------------
-- DO NOT EDIT BELOW THIS LINE --------------------
library ieee;
use ieee.std_logic_1164.all;
use ieee.numeric_std.all;
library proc_common_v3_00_a;
use proc_common_v3_00_a.proc_common_pkg.all;
-- DO NOT EDIT ABOVE THIS LINE --------------------
--USER libraries added here
------------------------------------------------------------------------------
-- Entity section
------------------------------------------------------------------------------
-- Definition of Generics:
-- C_NUM_REG -- Number of software accessible registers
-- C_SLV_DWIDTH -- Slave interface data bus width
--
-- Definition of Ports:
-- Bus2IP_Clk -- Bus to IP clock
-- Bus2IP_Resetn -- Bus to IP reset
-- Bus2IP_Data -- Bus to IP data bus
-- Bus2IP_BE -- Bus to IP byte enables
-- Bus2IP_RdCE -- Bus to IP read chip enable
-- Bus2IP_WrCE -- Bus to IP write chip enable
-- IP2Bus_Data -- IP to Bus data bus
-- IP2Bus_RdAck -- IP to Bus read transfer acknowledgement
-- IP2Bus_WrAck -- IP to Bus write transfer acknowledgement
-- IP2Bus_Error -- IP to Bus error response
------------------------------------------------------------------------------
entity user_logic is
generic
(
-- ADD USER GENERICS BELOW THIS LINE ---------------
--USER generics added here
-- ADD USER GENERICS ABOVE THIS LINE ---------------
-- DO NOT EDIT BELOW THIS LINE ---------------------
-- Bus protocol parameters, do not add to or delete
C_NUM_REG : integer := 32;
C_SLV_DWIDTH : integer := 32
-- DO NOT EDIT ABOVE THIS LINE ---------------------
);
port
(
-- ADD USER PORTS BELOW THIS LINE ------------------
--USER ports added here
faultify_clk_fast : in std_logic;
-- ADD USER PORTS ABOVE THIS LINE ------------------
-- DO NOT EDIT BELOW THIS LINE ---------------------
-- Bus protocol ports, do not add to or delete
Bus2IP_Clk : in std_logic;
Bus2IP_Resetn : in std_logic;
Bus2IP_Data : in std_logic_vector(C_SLV_DWIDTH-1 downto 0);
Bus2IP_BE : in std_logic_vector(C_SLV_DWIDTH/8-1 downto 0);
Bus2IP_RdCE : in std_logic_vector(C_NUM_REG-1 downto 0);
Bus2IP_WrCE : in std_logic_vector(C_NUM_REG-1 downto 0);
IP2Bus_Data : out std_logic_vector(C_SLV_DWIDTH-1 downto 0);
IP2Bus_RdAck : out std_logic;
IP2Bus_WrAck : out std_logic;
IP2Bus_Error : out std_logic
-- DO NOT EDIT ABOVE THIS LINE ---------------------
);
attribute MAX_FANOUT : string;
attribute SIGIS : string;
attribute SIGIS of Bus2IP_Clk : signal is "CLK";
attribute SIGIS of Bus2IP_Resetn : signal is "RST";
end entity user_logic;
------------------------------------------------------------------------------
-- Architecture section
------------------------------------------------------------------------------
architecture IMP of user_logic is
--USER signal declarations added here, as needed for user logic
component faultify_top
generic (
numInj : integer;
numIn : integer;
numOut : integer);
port (
aclk : in std_logic;
arst_n : in std_logic;
clk : in std_logic;
clk_x32 : in std_logic;
awvalid : in std_logic;
awaddr : in std_logic_vector(31 downto 0);
wvalid : in std_logic;
wdata : in std_logic_vector(31 downto 0);
arvalid : in std_logic;
araddr : in std_logic_vector(31 downto 0);
rvalid : out std_logic;
rdata : out std_logic_vector(31 downto 0));
end component;
------------------------------------------
-- Signals for user logic slave model s/w accessible register example
------------------------------------------
signal register_write_data : std_logic_vector(C_SLV_DWIDTH-1 downto 0);
signal register_read_data : std_logic_vector(C_SLV_DWIDTH-1 downto 0);
signal register_write_address : std_logic_vector(C_NUM_REG-1 downto 0);
signal register_read_address : std_logic_vector(C_NUM_REG-1 downto 0);
signal slv_reg_write_sel : std_logic_vector(31 downto 0);
signal slv_reg_read_sel : std_logic_vector(31 downto 0);
signal slv_ip2bus_data : std_logic_vector(C_SLV_DWIDTH-1 downto 0);
signal slv_read_ack : std_logic;
signal slv_write_ack : std_logic;
signal faultify_read_valid : std_logic;
signal faultify_read_address_valid : std_logic;
signal faultify_read_address : std_logic_vector(31 downto 0);
signal faultify_write_valid : std_logic;
signal counter, divide : integer := 0;
signal faultify_clk_slow_i : std_logic;
begin
slv_reg_write_sel <= Bus2IP_WrCE(31 downto 0);
slv_reg_read_sel <= Bus2IP_RdCE(31 downto 0);
slv_write_ack <= Bus2IP_WrCE(0) or Bus2IP_WrCE(1) or Bus2IP_WrCE(2) or Bus2IP_WrCE(3) or Bus2IP_WrCE(4) or Bus2IP_WrCE(5) or Bus2IP_WrCE(6) or Bus2IP_WrCE(7) or Bus2IP_WrCE(8) or Bus2IP_WrCE(9) or Bus2IP_WrCE(10) or Bus2IP_WrCE(11) or Bus2IP_WrCE(12) or Bus2IP_WrCE(13) or Bus2IP_WrCE(14) or Bus2IP_WrCE(15) or Bus2IP_WrCE(16) or Bus2IP_WrCE(17) or Bus2IP_WrCE(18) or Bus2IP_WrCE(19) or Bus2IP_WrCE(20) or Bus2IP_WrCE(21) or Bus2IP_WrCE(22) or Bus2IP_WrCE(23) or Bus2IP_WrCE(24) or Bus2IP_WrCE(25) or Bus2IP_WrCE(26) or Bus2IP_WrCE(27) or Bus2IP_WrCE(28) or Bus2IP_WrCE(29) or Bus2IP_WrCE(30) or Bus2IP_WrCE(31);
slv_read_ack <= faultify_read_valid;
-- implement slave model software accessible register(s)
SLAVE_REG_WRITE_PROC : process(Bus2IP_Clk) is
begin
if Bus2IP_Clk'event and Bus2IP_Clk = '1' then
if Bus2IP_Resetn = '0' then
register_write_data <= (others => '0');
register_write_address <= (others => '0');
faultify_write_valid <= '0';
else
faultify_write_valid <= slv_write_ack;
case slv_reg_write_sel is
when "10000000000000000000000000000000" =>
for byte_index in 0 to (C_SLV_DWIDTH/8)-1 loop
if (Bus2IP_BE(byte_index) = '1') then
register_write_address <= std_logic_vector(to_unsigned(0, 32));
register_write_data(byte_index*8+7 downto byte_index*8) <= Bus2IP_Data(byte_index*8+7 downto byte_index*8);
end if;
end loop;
when "01000000000000000000000000000000" =>
for byte_index in 0 to (C_SLV_DWIDTH/8)-1 loop
if (Bus2IP_BE(byte_index) = '1') then
register_write_address <= std_logic_vector(to_unsigned(1, 32));
register_write_data(byte_index*8+7 downto byte_index*8) <= Bus2IP_Data(byte_index*8+7 downto byte_index*8);
end if;
end loop;
when "00100000000000000000000000000000" =>
for byte_index in 0 to (C_SLV_DWIDTH/8)-1 loop
if (Bus2IP_BE(byte_index) = '1') then
register_write_address <= std_logic_vector(to_unsigned(2, 32));
register_write_data(byte_index*8+7 downto byte_index*8) <= Bus2IP_Data(byte_index*8+7 downto byte_index*8);
end if;
end loop;
when "00010000000000000000000000000000" =>
for byte_index in 0 to (C_SLV_DWIDTH/8)-1 loop
if (Bus2IP_BE(byte_index) = '1') then
register_write_address <= std_logic_vector(to_unsigned(3, 32));
register_write_data(byte_index*8+7 downto byte_index*8) <= Bus2IP_Data(byte_index*8+7 downto byte_index*8);
end if;
end loop;
when "00001000000000000000000000000000" =>
for byte_index in 0 to (C_SLV_DWIDTH/8)-1 loop
if (Bus2IP_BE(byte_index) = '1') then
register_write_address <= std_logic_vector(to_unsigned(4, 32));
register_write_data(byte_index*8+7 downto byte_index*8) <= Bus2IP_Data(byte_index*8+7 downto byte_index*8);
end if;
end loop;
when "00000100000000000000000000000000" =>
for byte_index in 0 to (C_SLV_DWIDTH/8)-1 loop
if (Bus2IP_BE(byte_index) = '1') then
register_write_address <= std_logic_vector(to_unsigned(5, 32));
register_write_data(byte_index*8+7 downto byte_index*8) <= Bus2IP_Data(byte_index*8+7 downto byte_index*8);
end if;
end loop;
when "00000010000000000000000000000000" =>
for byte_index in 0 to (C_SLV_DWIDTH/8)-1 loop
if (Bus2IP_BE(byte_index) = '1') then
register_write_address <= std_logic_vector(to_unsigned(6, 32));
register_write_data(byte_index*8+7 downto byte_index*8) <= Bus2IP_Data(byte_index*8+7 downto byte_index*8);
end if;
end loop;
when "00000001000000000000000000000000" =>
for byte_index in 0 to (C_SLV_DWIDTH/8)-1 loop
if (Bus2IP_BE(byte_index) = '1') then
register_write_address <= std_logic_vector(to_unsigned(7, 32));
register_write_data(byte_index*8+7 downto byte_index*8) <= Bus2IP_Data(byte_index*8+7 downto byte_index*8);
end if;
end loop;
when "00000000100000000000000000000000" =>
for byte_index in 0 to (C_SLV_DWIDTH/8)-1 loop
if (Bus2IP_BE(byte_index) = '1') then
register_write_address <= std_logic_vector(to_unsigned(8, 32));
register_write_data(byte_index*8+7 downto byte_index*8) <= Bus2IP_Data(byte_index*8+7 downto byte_index*8);
end if;
end loop;
when "00000000010000000000000000000000" =>
for byte_index in 0 to (C_SLV_DWIDTH/8)-1 loop
if (Bus2IP_BE(byte_index) = '1') then
register_write_address <= std_logic_vector(to_unsigned(9, 32));
register_write_data(byte_index*8+7 downto byte_index*8) <= Bus2IP_Data(byte_index*8+7 downto byte_index*8);
end if;
end loop;
when "00000000001000000000000000000000" =>
for byte_index in 0 to (C_SLV_DWIDTH/8)-1 loop
if (Bus2IP_BE(byte_index) = '1') then
register_write_address <= std_logic_vector(to_unsigned(10, 32));
register_write_data(byte_index*8+7 downto byte_index*8) <= Bus2IP_Data(byte_index*8+7 downto byte_index*8);
end if;
end loop;
when "00000000000100000000000000000000" =>
for byte_index in 0 to (C_SLV_DWIDTH/8)-1 loop
if (Bus2IP_BE(byte_index) = '1') then
register_write_address <= std_logic_vector(to_unsigned(11, 32));
register_write_data(byte_index*8+7 downto byte_index*8) <= Bus2IP_Data(byte_index*8+7 downto byte_index*8);
end if;
end loop;
when "00000000000010000000000000000000" =>
for byte_index in 0 to (C_SLV_DWIDTH/8)-1 loop
if (Bus2IP_BE(byte_index) = '1') then
register_write_address <= std_logic_vector(to_unsigned(12, 32));
register_write_data(byte_index*8+7 downto byte_index*8) <= Bus2IP_Data(byte_index*8+7 downto byte_index*8);
end if;
end loop;
when "00000000000001000000000000000000" =>
for byte_index in 0 to (C_SLV_DWIDTH/8)-1 loop
if (Bus2IP_BE(byte_index) = '1') then
register_write_address <= std_logic_vector(to_unsigned(13, 32));
register_write_data(byte_index*8+7 downto byte_index*8) <= Bus2IP_Data(byte_index*8+7 downto byte_index*8);
end if;
end loop;
when "00000000000000100000000000000000" =>
for byte_index in 0 to (C_SLV_DWIDTH/8)-1 loop
if (Bus2IP_BE(byte_index) = '1') then
register_write_address <= std_logic_vector(to_unsigned(14, 32));
register_write_data(byte_index*8+7 downto byte_index*8) <= Bus2IP_Data(byte_index*8+7 downto byte_index*8);
end if;
end loop;
when "00000000000000010000000000000000" =>
for byte_index in 0 to (C_SLV_DWIDTH/8)-1 loop
if (Bus2IP_BE(byte_index) = '1') then
register_write_address <= std_logic_vector(to_unsigned(15, 32));
register_write_data(byte_index*8+7 downto byte_index*8) <= Bus2IP_Data(byte_index*8+7 downto byte_index*8);
end if;
end loop;
when "00000000000000001000000000000000" =>
for byte_index in 0 to (C_SLV_DWIDTH/8)-1 loop
if (Bus2IP_BE(byte_index) = '1') then
register_write_address <= std_logic_vector(to_unsigned(16, 32));
register_write_data(byte_index*8+7 downto byte_index*8) <= Bus2IP_Data(byte_index*8+7 downto byte_index*8);
end if;
end loop;
when "00000000000000000100000000000000" =>
for byte_index in 0 to (C_SLV_DWIDTH/8)-1 loop
if (Bus2IP_BE(byte_index) = '1') then
register_write_address <= std_logic_vector(to_unsigned(17, 32));
register_write_data(byte_index*8+7 downto byte_index*8) <= Bus2IP_Data(byte_index*8+7 downto byte_index*8);
end if;
end loop;
when "00000000000000000010000000000000" =>
for byte_index in 0 to (C_SLV_DWIDTH/8)-1 loop
if (Bus2IP_BE(byte_index) = '1') then
register_write_address <= std_logic_vector(to_unsigned(18, 32));
register_write_data(byte_index*8+7 downto byte_index*8) <= Bus2IP_Data(byte_index*8+7 downto byte_index*8);
end if;
end loop;
when "00000000000000000001000000000000" =>
for byte_index in 0 to (C_SLV_DWIDTH/8)-1 loop
if (Bus2IP_BE(byte_index) = '1') then
register_write_address <= std_logic_vector(to_unsigned(19, 32));
register_write_data(byte_index*8+7 downto byte_index*8) <= Bus2IP_Data(byte_index*8+7 downto byte_index*8);
end if;
end loop;
when "00000000000000000000100000000000" =>
for byte_index in 0 to (C_SLV_DWIDTH/8)-1 loop
if (Bus2IP_BE(byte_index) = '1') then
register_write_address <= std_logic_vector(to_unsigned(20, 32));
register_write_data(byte_index*8+7 downto byte_index*8) <= Bus2IP_Data(byte_index*8+7 downto byte_index*8);
end if;
end loop;
when "00000000000000000000010000000000" =>
for byte_index in 0 to (C_SLV_DWIDTH/8)-1 loop
if (Bus2IP_BE(byte_index) = '1') then
register_write_address <= std_logic_vector(to_unsigned(21, 32));
register_write_data(byte_index*8+7 downto byte_index*8) <= Bus2IP_Data(byte_index*8+7 downto byte_index*8);
end if;
end loop;
when "00000000000000000000001000000000" =>
for byte_index in 0 to (C_SLV_DWIDTH/8)-1 loop
if (Bus2IP_BE(byte_index) = '1') then
register_write_address <= std_logic_vector(to_unsigned(22, 32));
register_write_data(byte_index*8+7 downto byte_index*8) <= Bus2IP_Data(byte_index*8+7 downto byte_index*8);
end if;
end loop;
when "00000000000000000000000100000000" =>
for byte_index in 0 to (C_SLV_DWIDTH/8)-1 loop
if (Bus2IP_BE(byte_index) = '1') then
register_write_address <= std_logic_vector(to_unsigned(23, 32));
register_write_data(byte_index*8+7 downto byte_index*8) <= Bus2IP_Data(byte_index*8+7 downto byte_index*8);
end if;
end loop;
when "00000000000000000000000010000000" =>
for byte_index in 0 to (C_SLV_DWIDTH/8)-1 loop
if (Bus2IP_BE(byte_index) = '1') then
register_write_address <= std_logic_vector(to_unsigned(24, 32));
register_write_data(byte_index*8+7 downto byte_index*8) <= Bus2IP_Data(byte_index*8+7 downto byte_index*8);
end if;
end loop;
when "00000000000000000000000001000000" =>
for byte_index in 0 to (C_SLV_DWIDTH/8)-1 loop
if (Bus2IP_BE(byte_index) = '1') then
register_write_address <= std_logic_vector(to_unsigned(25, 32));
register_write_data(byte_index*8+7 downto byte_index*8) <= Bus2IP_Data(byte_index*8+7 downto byte_index*8);
end if;
end loop;
when "00000000000000000000000000100000" =>
for byte_index in 0 to (C_SLV_DWIDTH/8)-1 loop
if (Bus2IP_BE(byte_index) = '1') then
register_write_address <= std_logic_vector(to_unsigned(26, 32));
register_write_data(byte_index*8+7 downto byte_index*8) <= Bus2IP_Data(byte_index*8+7 downto byte_index*8);
end if;
end loop;
when "00000000000000000000000000010000" =>
for byte_index in 0 to (C_SLV_DWIDTH/8)-1 loop
if (Bus2IP_BE(byte_index) = '1') then
register_write_address <= std_logic_vector(to_unsigned(27, 32));
register_write_data(byte_index*8+7 downto byte_index*8) <= Bus2IP_Data(byte_index*8+7 downto byte_index*8);
end if;
end loop;
when "00000000000000000000000000001000" =>
for byte_index in 0 to (C_SLV_DWIDTH/8)-1 loop
if (Bus2IP_BE(byte_index) = '1') then
register_write_address <= std_logic_vector(to_unsigned(28, 32));
register_write_data(byte_index*8+7 downto byte_index*8) <= Bus2IP_Data(byte_index*8+7 downto byte_index*8);
end if;
end loop;
when "00000000000000000000000000000100" =>
for byte_index in 0 to (C_SLV_DWIDTH/8)-1 loop
if (Bus2IP_BE(byte_index) = '1') then
register_write_address <= std_logic_vector(to_unsigned(29, 32));
register_write_data(byte_index*8+7 downto byte_index*8) <= Bus2IP_Data(byte_index*8+7 downto byte_index*8);
end if;
end loop;
when "00000000000000000000000000000010" =>
for byte_index in 0 to (C_SLV_DWIDTH/8)-1 loop
if (Bus2IP_BE(byte_index) = '1') then
register_write_address <= std_logic_vector(to_unsigned(30, 32));
register_write_data(byte_index*8+7 downto byte_index*8) <= Bus2IP_Data(byte_index*8+7 downto byte_index*8);
end if;
end loop;
when "00000000000000000000000000000001" =>
for byte_index in 0 to (C_SLV_DWIDTH/8)-1 loop
if (Bus2IP_BE(byte_index) = '1') then
register_write_address <= std_logic_vector(to_unsigned(31, 32));
register_write_data(byte_index*8+7 downto byte_index*8) <= Bus2IP_Data(byte_index*8+7 downto byte_index*8);
end if;
end loop;
when others => null;
end case;
end if;
end if;
end process SLAVE_REG_WRITE_PROC;
-- implement slave model software accessible register(s) read mux
SLAVE_REG_READ_PROC : process(slv_reg_read_sel, faultify_read_valid) is
begin
faultify_read_address_valid <= '1';
case slv_reg_read_sel is
when "10000000000000000000000000000000" => faultify_read_address <= std_logic_vector(to_unsigned(0, 32));
when "01000000000000000000000000000000" => faultify_read_address <= std_logic_vector(to_unsigned(1, 32));
when "00100000000000000000000000000000" => faultify_read_address <= std_logic_vector(to_unsigned(2, 32));
when "00010000000000000000000000000000" => faultify_read_address <= std_logic_vector(to_unsigned(3, 32));
when "00001000000000000000000000000000" => faultify_read_address <= std_logic_vector(to_unsigned(4, 32));
when "00000100000000000000000000000000" => faultify_read_address <= std_logic_vector(to_unsigned(5, 32));
when "00000010000000000000000000000000" => faultify_read_address <= std_logic_vector(to_unsigned(6, 32));
when "00000001000000000000000000000000" => faultify_read_address <= std_logic_vector(to_unsigned(7, 32));
when "00000000100000000000000000000000" => faultify_read_address <= std_logic_vector(to_unsigned(8, 32));
when "00000000010000000000000000000000" => faultify_read_address <= std_logic_vector(to_unsigned(9, 32));
when "00000000001000000000000000000000" => faultify_read_address <= std_logic_vector(to_unsigned(10, 32));
when "00000000000100000000000000000000" => faultify_read_address <= std_logic_vector(to_unsigned(11, 32));
when "00000000000010000000000000000000" => faultify_read_address <= std_logic_vector(to_unsigned(12, 32));
when "00000000000001000000000000000000" => faultify_read_address <= std_logic_vector(to_unsigned(13, 32));
when "00000000000000100000000000000000" => faultify_read_address <= std_logic_vector(to_unsigned(14, 32));
when "00000000000000010000000000000000" => faultify_read_address <= std_logic_vector(to_unsigned(15, 32));
when "00000000000000001000000000000000" => faultify_read_address <= std_logic_vector(to_unsigned(16, 32));
when "00000000000000000100000000000000" => faultify_read_address <= std_logic_vector(to_unsigned(17, 32));
when "00000000000000000010000000000000" => faultify_read_address <= std_logic_vector(to_unsigned(18, 32));
when "00000000000000000001000000000000" => faultify_read_address <= std_logic_vector(to_unsigned(19, 32));
when "00000000000000000000100000000000" => faultify_read_address <= std_logic_vector(to_unsigned(20, 32));
when "00000000000000000000010000000000" => faultify_read_address <= std_logic_vector(to_unsigned(21, 32));
when "00000000000000000000001000000000" => faultify_read_address <= std_logic_vector(to_unsigned(22, 32));
when "00000000000000000000000100000000" => faultify_read_address <= std_logic_vector(to_unsigned(23, 32));
when "00000000000000000000000010000000" => faultify_read_address <= std_logic_vector(to_unsigned(24, 32));
when "00000000000000000000000001000000" => faultify_read_address <= std_logic_vector(to_unsigned(25, 32));
when "00000000000000000000000000100000" => faultify_read_address <= std_logic_vector(to_unsigned(26, 32));
when "00000000000000000000000000010000" => faultify_read_address <= std_logic_vector(to_unsigned(27, 32));
when "00000000000000000000000000001000" => faultify_read_address <= std_logic_vector(to_unsigned(28, 32));
when "00000000000000000000000000000100" => faultify_read_address <= std_logic_vector(to_unsigned(29, 32));
when "00000000000000000000000000000010" => faultify_read_address <= std_logic_vector(to_unsigned(30, 32));
when "00000000000000000000000000000001" => faultify_read_address <= std_logic_vector(to_unsigned(31, 32));
when others => faultify_read_address <= (others => '0');
faultify_read_address_valid <= '0';
end case;
end process SLAVE_REG_READ_PROC;
------------------------------------------
-- Example code to drive IP to Bus signals
------------------------------------------
IP2Bus_Data <= register_read_data when faultify_read_valid = '1' else
(others => '0');
IP2Bus_WrAck <= slv_write_ack;
IP2Bus_RdAck <= slv_read_ack;
IP2Bus_Error <= '0';
-----------------------------------------------------------------------------
-- clock divider 32 -> 1
-----------------------------------------------------------------------------
divide <= 32;
process(Bus2IP_Clk, Bus2IP_Resetn)
begin
if Bus2IP_Resetn = '0' then
counter <= 0;
faultify_clk_slow_i <= '0';
elsif(rising_edge(Bus2IP_Clk)) then
if(counter < divide/2-1) then
counter <= counter + 1;
faultify_clk_slow_i <= '0';
elsif(counter < divide-1) then
counter <= counter + 1;
faultify_clk_slow_i <= '1';
else
faultify_clk_slow_i <= '0';
counter <= 0;
end if;
end if;
end process;
faultify_top_1 : faultify_top
generic map (
numInj => 142,
numIn => 70,
numOut => 41)
port map (
aclk => Bus2IP_Clk,
arst_n => Bus2IP_Resetn,
clk => faultify_clk_slow_i,
clk_x32 => Bus2IP_Clk,
awvalid => faultify_write_valid,
awaddr => register_write_address,
wvalid => faultify_write_valid,
wdata => register_write_data,
arvalid => faultify_read_address_valid,
araddr => faultify_read_address,
rvalid => faultify_read_valid,
rdata => register_read_data);
end IMP;
| gpl-2.0 |
TUM-LIS/faultify | hardware/testcases/fpu100_div/fpga_sim/xpsLibraryPath/libFaultify/pcores/faultify_axi_wrapper_v1_00_a/hdl/vhdl/faultify_top.vhd | 2 | 21012 |
library ieee;
use ieee.std_logic_1164.all;
use ieee.numeric_std.all;
entity faultify_top is
generic (
numInj : integer := 56;
numIn : integer := 10;
numOut : integer := 10);
port (
aclk : in std_logic; -- interface clock
arst_n : in std_logic; -- interface reset
clk : in std_logic; -- simulation clock (slow)
clk_x32 : in std_logic; -- prng clock (fast)
-- Write channel
awvalid : in std_logic;
awaddr : in std_logic_vector(31 downto 0);
wvalid : in std_logic;
wdata : in std_logic_vector(31 downto 0);
-- Read channel
arvalid : in std_logic;
araddr : in std_logic_vector(31 downto 0);
rvalid : out std_logic;
rdata : out std_logic_vector(31 downto 0)
);
attribute syn_hier : string;
attribute syn_hier of faultify_top : entity is "hard";
end faultify_top;
architecture behav of faultify_top is
component flag_cdc
port (
clkA : in std_logic;
clkB : in std_logic;
FlagIn_clkA : in std_logic;
FlagOut_clkB : out std_logic;
rst_n : in std_logic);
end component;
component faultify_simulator
generic (
numInj : integer;
numIn : integer;
numOut : integer);
port (
clk : in std_logic;
clk_m : in std_logic;
circ_ce : in std_logic;
circ_rst : in std_logic;
test : out std_logic_vector(31 downto 0);
testvector : in std_logic_vector(numIn-1 downto 0);
resultvector_o : out std_logic_vector(numOut-1 downto 0);
resultvector_f : out std_logic_vector(numOut-1 downto 0);
seed_in_en : in std_logic;
seed_in : in std_logic;
prob_in_en : in std_logic;
prob_in : in std_logic;
shift_en : in std_logic;
rst_n : in std_logic);
end component;
component lfsr
generic (
width : integer;
seed : integer);
port (
clk : in std_logic;
rand_out : out std_logic_vector(width-1 downto 0));
end component;
type vector is array (0 to numOut-1) of std_logic_vector(31 downto 0);
signal errorSum : vector;
signal errorSumReg : vector;
signal errorSumReg_cdc_0 : vector;
signal errorSumReg_cdc_1 : vector;
signal errorVec : std_logic_vector(numOut-1 downto 0);
signal cnt : integer;
signal cnt_cdc_0 : integer;
signal cnt_cdc_1 : integer;
-- Asymmetric ram larger than 36 bit not supported in synplify I-2013
--type seed_ram_matr is array (0 to numInj-1) of std_logic_vector(63 downto 0);
--signal seed_ram : seed_ram_matr;
-- workaround 2 32-bit rams
type seed_ram_matr is array (0 to numInj-1) of std_logic_vector(31 downto 0);
signal seed_ram_low : seed_ram_matr;
signal seed_ram_high : seed_ram_matr;
--subtype seed_ram_matr_word_t is std_logic_vector(63 downto 0);
--type seed_ram_matr_memory_t is array (0 to numInj-1) of seed_ram_matr_word_t;
--signal seed_ram : seed_ram_matr_memory_t;
type prob_ram_matr is array (0 to numInj-1) of std_logic_vector(31 downto 0);
signal prob_ram : prob_ram_matr;
type reg_type is record
control : std_logic_vector(31 downto 0);
status : std_logic_vector(31 downto 0);
pe_location : std_logic_vector(31 downto 0);
pe_seed_low : std_logic_vector(31 downto 0);
pe_seed_high : std_logic_vector(31 downto 0);
pe_probability : std_logic_vector(31 downto 0);
output : std_logic_vector(31 downto 0);
ovalid : std_logic;
simtime : std_logic_vector(31 downto 0);
sel_soe : std_logic_vector(31 downto 0);
adr_soe : std_logic_vector(31 downto 0);
awaddr : std_logic_vector(31 downto 0);
test : std_logic_vector(31 downto 0);
circreset : std_logic_vector(31 downto 0);
cnt_tmp : std_logic_vector(31 downto 0);
sumoferrors : vector;
end record;
signal busy_loading : std_logic;
signal busy_simulating : std_logic;
signal busy_loading_reg : std_logic_vector(1 downto 0);
signal busy_simulating_reg : std_logic_vector(1 downto 0);
signal sim_done : std_logic;
signal r : reg_type;
type load_fsm_states is (IDLE, LOADSEED, LOADPROB);
signal l_state : load_fsm_states;
type sim_states is (IDLE, DELAY_Z, DELAY, SIMULATION, DELAY2, DELAY3, DELAY4, FREE_SIMULATION);
signal s_state : sim_states;
signal testvector : std_logic_vector(numIn-1 downto 0);
signal resultvector_o : std_logic_vector(numOut-1 downto 0);
signal resultvector_f : std_logic_vector(numOut-1 downto 0);
signal seed_in_en : std_logic;
signal seed_in : std_logic;
signal prob_in_en : std_logic;
signal prob_in : std_logic;
signal shift_en : std_logic;
signal shift_en_l : std_logic;
signal shift_en_s : std_logic;
signal load_seed_prob : std_logic;
signal start_simulation : std_logic;
signal start_free_simulation : std_logic;
signal stop_simulation : std_logic;
signal circ_ce, circ_rst, circ_rst_sim : std_logic;
signal tvec : std_logic_vector(127 downto 0);
signal test : std_logic_vector(31 downto 0);
signal rst_cdc, rst_cdc_n : std_logic;
type tb_state_defs is (IDLE, DATA, WAITING);
signal tb_state : tb_state_defs;
begin -- behav
-----------------------------------------------------------------------------
-- PRNG shifting
-----------------------------------------------------------------------------
shift_en <= shift_en_l or shift_en_s;
-----------------------------------------------------------------------------
-- Testvector
-----------------------------------------------------------------------------
--testvector <= (others => '0');
lfsr_1 : lfsr
generic map (
width => 128,
seed => 3498327)
port map (
clk => clk,
rand_out => tvec);
testvector(63 downto 0) <= tvec(63 downto 0);
testvector(66 downto 64) <= "011";
testvector(68 downto 67) <= "00";
--testvector(69) <= tvec(64);
process (clk, circ_rst_sim) is
begin -- process
if circ_rst_sim = '1' then -- asynchronous reset (active low)
testvector(69) <= '0';
tb_state <= IDLE;
elsif clk'event and clk = '1' then -- rising clock edge
case tb_state is
when IDLE =>
tb_state <= DATA;
testvector(69) <= '1';
when DATA =>
tb_state <= WAITING;
testvector(69) <= '0';
when WAITING =>
if resultvector_o(32) = '1' then
tb_state <= DATA;
testvector(69) <= '1';
end if;
end case;
end if;
end process;
-----------------------------------------------------------------------------
-- Simulator
-----------------------------------------------------------------------------
circ_rst <= circ_rst_sim when r.circreset(0) = '1' else '0';
faultify_simulator_1 : faultify_simulator
generic map (
numInj => numInj,
numIn => numIn,
numOut => numOut)
port map (
clk => clk_x32,
clk_m => clk,
circ_ce => circ_ce,
circ_rst => circ_rst,
test => test,
testvector => testvector,
resultvector_o => resultvector_o,
resultvector_f => resultvector_f,
seed_in_en => seed_in_en,
seed_in => seed_in,
prob_in_en => prob_in_en,
prob_in => prob_in,
shift_en => shift_en,
rst_n => arst_n);
-------------------------------------------------------------------------------
-- One Process Flow
-------------------------------------------------------------------------------
register_process : process (aclk, arst_n)
variable write_addr : std_logic_vector(31 downto 0);
begin -- process register_process
if arst_n = '0' then -- asynchronous reset (active low)
r.control <= (others => '0');
r.status <= (others => '0');
r.pe_probability <= (others => '0');
r.pe_seed_high <= (others => '0');
r.pe_seed_low <= (others => '0');
r.pe_location <= (others => '0');
r.ovalid <= '0';
r.simtime <= (others => '0');
r.sel_soe <= (others => '0');
r.adr_soe <= (others => '0');
r.sumoferrors <= (others => (others => '0'));
r.output <= (others => '0');
elsif aclk'event and aclk = '1' then -- rising clock edge
r.control <= (others => '0');
if awvalid = '1' then
r.awaddr <= awaddr;
write_addr := awaddr;
end if;
if wvalid = '1' then
if write_addr = x"00000000" then
r.control <= wdata;
elsif write_addr = x"00000001" then
r.pe_location <= wdata;
elsif write_addr = x"00000002" then
r.pe_seed_low <= wdata;
elsif write_addr = x"00000003" then
r.pe_seed_high <= wdata;
elsif write_addr = x"00000004" then
r.pe_probability <= wdata;
elsif write_addr = x"00000005" then
r.cnt_tmp <= std_logic_vector(to_unsigned(cnt_cdc_1, 32));
r.adr_soe <= wdata;
elsif write_addr = x"00000007" then
r.simtime <= wdata;
elsif write_addr = x"00000009" then
r.circreset <= wdata;
end if;
end if;
if arvalid = '1' then
if araddr = x"0000000F" then
r.output <= r.status;
elsif araddr = x"00000001" then
r.output <= r.pe_location;
elsif araddr = x"00000002" then
r.output <= r.pe_seed_low;
elsif araddr = x"00000003" then
r.output <= r.pe_seed_high;
elsif araddr = x"00000004" then
r.output <= r.pe_probability;
elsif araddr = x"00000006" then
r.output <= r.sel_soe;
elsif araddr = x"00000008" then
r.output <= r.test;
elsif araddr = x"0000000A" then
r.output <= r.cnt_tmp;
end if;
r.ovalid <= '1';
else
r.ovalid <= '0';
end if;
if busy_loading_reg(1) = '1' then
r.status(0) <= '1';
else
r.status(0) <= '0';
end if;
if busy_simulating_reg(1) = '1' then
r.status(1) <= '1';
else
r.status(1) <= '0';
end if;
r.sel_soe <= r.sumoferrors(to_integer(unsigned(r.adr_soe)));
rdata <= r.output;
rvalid <= r.ovalid;
r.sumoferrors <= errorSumReg_cdc_1;
r.test <= errorSum(0);
end if;
end process register_process;
-----------------------------------------------------------------------------
-- simple clock domain crossing
-----------------------------------------------------------------------------
process (aclk, arst_n)
begin -- process
if arst_n = '0' then -- asynchronous reset (active low)
busy_simulating_reg <= (others => '0');
busy_loading_reg <= (others => '0');
elsif aclk'event and aclk = '1' then -- rising clock edge
busy_simulating_reg(0) <= busy_simulating;
busy_loading_reg(0) <= busy_loading;
busy_simulating_reg(1) <= busy_simulating_reg(0);
busy_loading_reg(1) <= busy_loading_reg(0);
cnt_cdc_0 <= cnt;
cnt_cdc_1 <= cnt_cdc_0;
errorSumReg_cdc_0 <= errorSumReg;
errorSumReg_cdc_1 <= errorSumReg_cdc_0;
end if;
end process;
-------------------------------------------------------------------------------
-- Store seeed/prob
-------------------------------------------------------------------------------
store_seed : process (aclk, arst_n)
begin -- process store_seed
if arst_n = '0' then -- asynchronous reset (active low)
elsif aclk'event and aclk = '1' then -- rising clock edge
if r.control(0) = '1' then
-- Synplify bug workaround
--seed_ram(to_integer(unsigned(r.pe_location))) <= r.pe_seed_high & r.pe_seed_low;
seed_ram_low(to_integer(unsigned(r.pe_location))) <= r.pe_seed_low;
seed_ram_high(to_integer(unsigned(r.pe_location))) <= r.pe_seed_high;
prob_ram(to_integer(unsigned(r.pe_location))) <= r.pe_probability;
end if;
end if;
end process store_seed;
-----------------------------------------------------------------------------
-- Seed/prob loading FSM
-----------------------------------------------------------------------------
--flag_cdc_1 : flag_cdc
-- port map (
-- clkA => aclk,
-- clkB => clk_x32,
-- FlagIn_clkA => r.control(1),
-- FlagOut_clkB => load_seed_prob,
-- rst_n => arst_n);
load_seed_prob <= r.control(1);
seed_prob_loading : process (clk_x32, arst_n)
variable cnt_seed : integer range 0 to 64;
variable cnt_inj : integer range 0 to numInj;
variable cnt_prob : integer range 0 to 32;
begin -- process seed_prob_loading
if arst_n = '0' then -- asynchronous reset (active low)
l_state <= IDLE;
seed_in <= '0';
seed_in_en <= '0';
prob_in <= '0';
prob_in_en <= '0';
shift_en_l <= '0';
busy_loading <= '0';
elsif clk_x32'event and clk_x32 = '1' then -- rising clock edge
case l_state is
when IDLE =>
cnt_seed := 0;
cnt_inj := 0;
cnt_prob := 0;
busy_loading <= '0';
seed_in_en <= '0';
prob_in_en <= '0';
shift_en_l <= '0';
if load_seed_prob = '1' then
busy_loading <= '1';
l_state <= LOADSEED;
end if;
when LOADSEED =>
if cnt_seed < 64 then
shift_en_l <= '1';
seed_in_en <= '1';
-- not working in synplify I-2013
--seed_in <= seed_ram(cnt_inj)(cnt_seed);
--
if cnt_seed < 32 then
seed_in <= seed_ram_low(cnt_inj)(cnt_seed);
else
seed_in <= seed_ram_high(cnt_inj)(cnt_seed-32);
end if;
cnt_seed := cnt_seed + 1;
end if;
if cnt_seed = 64 then
cnt_seed := 0;
cnt_inj := cnt_inj + 1;
end if;
if cnt_inj = numInj then
l_state <= LOADPROB;
--seed_in_en <= '0';
cnt_inj := 0;
end if;
when LOADPROB =>
seed_in_en <= '0';
if cnt_prob < 32 then
prob_in_en <= '1';
prob_in <= prob_ram(cnt_inj)(cnt_prob);
cnt_prob := cnt_prob + 1;
end if;
if cnt_prob = 32 then
cnt_prob := 0;
cnt_inj := cnt_inj + 1;
end if;
if cnt_inj = numInj then
l_state <= IDLE;
cnt_inj := 0;
--prob_in_en <= '0';
end if;
end case;
end if;
end process seed_prob_loading;
-----------------------------------------------------------------------------
-- Simulation FSM
-----------------------------------------------------------------------------
flag_cdc_2 : flag_cdc
port map (
clkA => aclk,
clkB => clk,
FlagIn_clkA => r.control(2),
FlagOut_clkB => start_simulation,
rst_n => arst_n);
flag_cdc_3 : flag_cdc
port map (
clkA => aclk,
clkB => clk,
FlagIn_clkA => r.control(3),
FlagOut_clkB => start_free_simulation,
rst_n => arst_n);
flag_cdc_4 : flag_cdc
port map (
clkA => aclk,
clkB => clk,
FlagIn_clkA => r.control(4),
FlagOut_clkB => stop_simulation,
rst_n => arst_n);
rst_cdc_5 : flag_cdc
port map (
clkA => aclk,
clkB => clk,
FlagIn_clkA => not arst_n,
FlagOut_clkB => rst_cdc,
rst_n => '1');
rst_cdc_n <= not rst_cdc;
process (clk, rst_cdc_n)
variable simtime : integer;
variable cnt_delay : integer range 0 to 9;
begin -- process
if clk'event and clk = '1' then -- rising clock edge
if rst_cdc_n = '0' then -- asynchronous reset (active low)
s_state <= IDLE;
errorVec <= (others => '0');
errorSum <= (others => (others => '0'));
circ_ce <= '0';
circ_rst_sim <= '1';
shift_en_s <= '0';
busy_simulating <= '0';
sim_done <= '0';
errorSumReg <= (others => (others => '0'));
else
case s_state is
when IDLE =>
sim_done <= '0';
circ_ce <= '0';
circ_rst_sim <= '1';
shift_en_s <= '0';
errorVec <= (others => '0');
--errorSum <= errorSum;
errorSum <= (others => (others => '0'));
--cnt <= 0;
busy_simulating <= '0';
cnt_delay := 0;
if start_simulation = '1' then
cnt <= 0;
busy_simulating <= '1';
errorSum <= (others => (others => '0'));
errorSumReg <= (others => (others => '0'));
simtime := to_integer(unsigned(r.simtime));
s_state <= DELAY_Z;
circ_ce <= '1';
circ_rst_sim <= '0';
shift_en_s <= '1';
end if;
if start_free_simulation = '1' then
cnt <= 0;
busy_simulating <= '1';
errorSum <= (others => (others => '0'));
errorSumReg <= (others => (others => '0'));
s_state <= FREE_SIMULATION;
circ_ce <= '1';
circ_rst_sim <= '0';
shift_en_s <= '1';
end if;
when DELAY_z =>
cnt_delay := cnt_delay + 1;
if cnt_delay = 9 then
s_state <= DELAY;
end if;
when DELAY =>
s_state <= SIMULATION;
errorVec <= (others => '0');
errorSum <= (others => (others => '0'));
when SIMULATION =>
circ_rst_sim <= '0';
shift_en_s <= '1';
-- collect errors
if (resultVector_o(32) = '1') then
errorVec <= resultvector_o xor resultvector_f;
else
errorVec <= (others => '0');
end if;
for i in 0 to (numOut-1) loop
if (errorVec(i) = '1') then
errorSum(i) <= std_logic_vector(unsigned(errorSum(i)) + 1);
end if;
end loop;
--
errorSumReg <= errorSum;
if cnt = simtime-1 then
s_state <= DELAY2;
circ_ce <= '0';
circ_rst_sim <= '1';
shift_en_s <= '0';
end if;
cnt <= cnt +1;
when DELAY2 =>
if (resultVector_o(32) = '1') then
errorVec <= resultvector_o xor resultvector_f;
else
errorVec <= (others => '0');
end if;
for i in 0 to (numOut-1) loop
if (errorVec(i) = '1') then
errorSum(i) <= std_logic_vector(unsigned(errorSum(i)) + 1);
end if;
end loop;
s_state <= DELAY3;
when DELAY3 =>
s_state <= DELAY4;
errorSumReg <= errorSum;
errorSum <= (others => (others => '0'));
when DELAY4 =>
s_state <= IDLE;
sim_done <= '1';
when FREE_SIMULATION =>
circ_rst_sim <= '0';
shift_en_s <= '1';
-- collect errors
if (resultVector_o(32) = '1') then
errorVec <= resultvector_o xor resultvector_f;
else
errorVec <= (others => '0');
end if;
for i in 0 to (numOut-1) loop
if (errorVec(i) = '1') then
errorSum(i) <= std_logic_vector(unsigned(errorSum(i)) + 1);
end if;
end loop;
--
errorSumReg <= errorSum;
if stop_simulation = '1' then
s_state <= IDLE;
sim_done <= '1';
circ_ce <= '0';
circ_rst_sim <= '1';
shift_en_s <= '0';
end if;
cnt <= cnt +1;
when others =>
s_state <= IDLE;
end case;
end if;
end if;
end process;
end behav;
| gpl-2.0 |
b4n/geany | tests/ctags/test.vhd | 91 | 192381 | package body badger is
end package body;
package body badger2 is
end package body badger2;
-- Incorporates Errata 5.4
library ieee;
use ieee.std_logic_1164.all;
use ieee.numeric_std.all;
entity accumulator is port (
a: in std_logic_vector(3 downto 0);
clk, reset: in std_logic;
accum: out std_logic_vector(3 downto 0)
);
end accumulator;
architecture simple of accumulator is
signal accumL: unsigned(3 downto 0);
begin
accumulate: process (clk, reset) begin
if (reset = '1') then
accumL <= "0000";
elsif (clk'event and clk= '1') then
accumL <= accumL + to_unsigned(a);
end if;
end process;
accum <= std_logic_vector(accumL);
end simple;
library IEEE;
use IEEE.std_logic_1164.all;
use IEEE.std_logic_unsigned.all;
entity adder is port (
a,b : in std_logic_vector (15 downto 0);
sum: out std_logic_vector (15 downto 0)
);
end adder;
architecture dataflow of adder is
begin
sum <= a + b;
end dataflow;
library IEEE;
use IEEE.std_logic_1164.all;
entity pAdderAttr is
generic(n : integer := 8);
port (a : in std_logic_vector(n - 1 downto 0);
b : in std_logic_vector(n - 1 downto 0);
cin : in std_logic;
sum : out std_logic_vector(n - 1 downto 0);
cout : out std_logic);
end pAdderAttr;
architecture loopDemo of pAdderAttr is
begin
process(a, b, cin)
variable carry: std_logic_vector(sum'length downto 0);
variable localSum: std_logic_vector(sum'high downto 0);
begin
carry(0) := cin;
for i in sum'reverse_range loop
localSum(i) := (a(i) xor b(i)) xor carry(i);
carry(i + 1) := (a(i) and b(i)) or (carry(i) and (a(i) or b(i)));
end loop;
sum <= localSum;
cout <= carry(carry'high - 1);
end process;
end loopDemo;
library ieee;
use ieee.std_logic_1164.all;
use ieee.numeric_std.all;
entity adder is port (
a,b: in unsigned(3 downto 0);
sum: out unsigned(3 downto 0)
);
end adder;
architecture simple of adder is
begin
sum <= a + b;
end simple;
library IEEE;
use IEEE.std_logic_1164.all;
library IEEE;
use IEEE.std_logic_1164.all;
entity AND2 is port (
i1: in std_logic;
i2: in std_logic;
y: out std_logic
);
end AND2;
architecture rtl of AND2 is
begin
y <= '1' when i1 = '1' and i2 = '1' else '0';
end rtl;
library IEEE;
use IEEE.std_logic_1164.all;
entity asyncLoad is port (
loadVal, d: in std_logic_vector(3 downto 0);
clk, load: in std_logic;
q: out std_logic_vector(3 downto 0)
);
end asyncLoad;
architecture rtl of asyncLoad is
begin
process (clk, load, loadVal) begin
if (load = '1') then
q <= loadVal;
elsif (clk'event and clk = '1' ) then
q <= d;
end if;
end process;
end rtl;
library IEEE;
use IEEE.std_logic_1164.all;
use IEEE.std_logic_unsigned.all;
entity BidirBuf is port (
OE: in std_logic;
input: in std_logic_vector;
output: out std_logic_vector
);
end BidirBuf;
architecture behavioral of BidirBuf is
begin
bidirBuf: process (OE, input) begin
if (OE = '1') then
output <= input;
else
output <= (others => 'Z');
end if;
end process;
end behavioral;
library IEEE;
use IEEE.std_logic_1164.all;
entity BidirCnt is port (
OE: in std_logic;
CntEnable: in std_logic;
LdCnt: in std_logic;
Clk: in std_logic;
Rst: in std_logic;
Cnt: inout std_logic_vector(3 downto 0)
);
end BidirCnt;
architecture behavioral of BidirCnt is
component LoadCnt port (
CntEn: in std_logic;
LdCnt: in std_logic;
LdData: in std_logic_vector(3 downto 0);
Clk: in std_logic;
Rst: in std_logic;
CntVal: out std_logic_vector(3 downto 0)
);
end component;
component BidirBuf port (
OE: in std_logic;
input: in std_logic_vector;
output: inout std_logic_vector
);
end component;
signal CntVal: std_logic_vector(3 downto 0);
signal LoadVal: std_logic_vector(3 downto 0);
begin
u1: loadcnt port map (CntEn => CntEnable,
LdCnt => LdCnt,
LdData => LoadVal,
Clk => Clk,
Rst => Rst,
CntVal => CntVal
);
u2: bidirbuf port map (OE => oe,
input => CntVal,
output => Cnt
);
LoadVal <= Cnt;
end behavioral;
library IEEE;
use IEEE.std_logic_1164.all;
entity BIDIR is port (
ip: in std_logic;
oe: in std_logic;
op_fb: out std_logic;
op: inout std_logic
);
end BIDIR;
architecture rtl of BIDIR is
begin
op <= ip when oe = '1' else 'Z';
op_fb <= op;
end rtl;
library IEEE;
use IEEE.std_logic_1164.all;
use work.primitive.all;
entity bidirbuffer is port (
input: in std_logic;
enable: in std_logic;
feedback: out std_logic;
output: inout std_logic
);
end bidirbuffer;
architecture structural of bidirbuffer is
begin
u1: bidir port map (ip => input,
oe => enable,
op_fb => feedback,
op => output
);
end structural;
library IEEE;
use IEEE.std_logic_1164.all;
entity clkGen is port (
clk: in std_logic;
reset: in std_logic;
ClkDiv2, ClkDiv4,
ClkDiv6,ClkDiv8: out std_logic
);
end clkGen;
architecture behav of clkGen is
subtype numClks is std_logic_vector(1 to 4);
subtype numPatterns is integer range 0 to 11;
type clkTableType is array (numpatterns'low to numPatterns'high) of numClks;
constant clkTable: clkTableType := clkTableType'(
-- ClkDiv8______
-- ClkDiv6_____ |
-- ClkDiv4____ ||
-- ClkDiv2 __ |||
-- ||||
"1111",
"0111",
"1011",
"0001",
"1100",
"0100",
"1010",
"0010",
"1111",
"0001",
"1001",
"0101");
signal index: numPatterns;
begin
lookupTable: process (clk, reset) begin
if reset = '1' then
index <= 0;
elsif (clk'event and clk = '1') then
if index = numPatterns'high then
index <= numPatterns'low;
else
index <= index + 1;
end if;
end if;
end process;
(ClkDiv2,ClkDiv4,ClkDiv6,ClkDiv8) <= clkTable(index);
end behav;
library ieee;
use ieee.std_logic_1164.all;
use ieee.numeric_std.all;
entity counter is port (
clk: in std_logic;
enable: in std_logic;
reset: in std_logic;
count: buffer unsigned(3 downto 0)
);
end counter;
architecture simple of counter is
begin
increment: process (clk, reset) begin
if reset = '1' then
count <= "0000";
elsif(clk'event and clk = '1') then
if enable = '1' then
count <= count + 1;
else
count <= count;
end if;
end if;
end process;
end simple;
library IEEE;
use IEEE.std_logic_1164.all;
use work.scaleable.all;
entity count8 is port (
clk: in std_logic;
rst: in std_logic;
count: out std_logic_vector(7 downto 0)
);
end count8;
architecture structural of count8 is
begin
u1: scaleUpCnt port map (clk => clk,
reset => rst,
cnt => count
);
end structural;
-- Incorporates Errata 5.4
library ieee;
use ieee.std_logic_1164.all;
use ieee.numeric_std.all;
entity counter is port (
clk: in std_logic;
reset: in std_logic;
count: out std_logic_vector(0 to 9)
);
end counter;
architecture simple of counter is
signal countL: unsigned(0 to 9);
begin
increment: process (clk, reset) begin
if reset = '1' then
countL <= to_unsigned(3,10);
elsif(clk'event and clk = '1') then
countL <= countL + 1;
end if;
end process;
count <= std_logic_vector(countL);
end simple;
-- Incorporates Errata 5.4
library ieee;
use ieee.std_logic_1164.all;
use ieee.numeric_std.all;
entity counter is port (
clk: in std_logic;
reset: in std_logic;
count: out std_logic_vector(9 downto 0)
);
end counter;
architecture simple of counter is
signal countL: unsigned(9 downto 0);
begin
increment: process (clk, reset) begin
if reset = '1' then
countL <= to_unsigned(0,10);
elsif(clk'event and clk = '1') then
countL <= countL + 1;
end if;
end process;
count <= std_logic_vector(countL);
end simple;
-- Incorporates Errata 5.4
library ieee;
use ieee.std_logic_1164.all;
use ieee.numeric_std.all;
entity counter is port (
clk: in std_logic;
reset: in std_logic;
load: in std_logic;
enable: in std_logic;
data: in std_logic_vector(3 downto 0);
count: out std_logic_vector(3 downto 0)
);
end counter;
architecture simple of counter is
signal countL: unsigned(3 downto 0);
begin
increment: process (clk, reset) begin
if (reset = '1') then
countL <= "0000";
elsif(clk'event and clk = '1') then
if (load = '1') then
countL <= to_unsigned(data);
elsif (enable = '1') then
countL <= countL + 1;
end if;
end if;
end process;
count <= std_logic_vector(countL);
end simple;
-- Incorporates Errata 5.4
library ieee;
use ieee.std_logic_1164.all;
use ieee.numeric_std.all;
entity counter is port (
clk: in std_logic;
reset: in std_logic;
load: in std_logic;
data: in std_logic_vector(3 downto 0);
count: out std_logic_vector(3 downto 0)
);
end counter;
architecture simple of counter is
signal countL: unsigned(3 downto 0);
begin
increment: process (clk, reset) begin
if (reset = '1') then
countL <= "0000";
elsif(clk'event and clk = '1') then
if (load = '1') then
countL <= to_unsigned(data);
else
countL <= countL + 1;
end if;
end if;
end process;
count <= std_logic_vector(countL);
end simple;
library IEEE;
use IEEE.std_logic_1164.all;
use IEEE.numeric_std.all;
entity Cnt4Term is port (
clk: in std_logic;
Cnt: out std_logic_vector(3 downto 0);
TermCnt: out std_logic
);
end Cnt4Term;
architecture behavioral of Cnt4Term is
signal CntL: unsigned(3 downto 0);
begin
increment: process begin
wait until clk = '1';
CntL <= CntL + 1;
end process;
Cnt <= to_stdlogicvector(CntL);
TermCnt <= '1' when CntL = "1111" else '0';
end behavioral;
library IEEE;
use IEEE.std_logic_1164.all;
entity Counter is port (
clock: in std_logic;
Count: out std_logic_vector(3 downto 0)
);
end Counter;
architecture structural of Counter is
component Cnt4Term port (
clk: in std_logic;
Cnt: out std_logic_vector(3 downto 0);
TermCnt: out std_logic);
end component;
begin
u1: Cnt4Term port map (clk => clock,
Cnt => Count,
TermCnt => open
);
end structural;
-- Incorporates Errata 5.4
library ieee;
use ieee.std_logic_1164.all;
use ieee.numeric_std.all;
entity counter is port (
clk: in std_logic;
reset: in std_logic;
count: out std_logic_vector(3 downto 0)
);
end counter;
architecture simple of counter is
signal countL: unsigned(3 downto 0);
begin
increment: process (clk) begin
if(clk'event and clk = '1') then
if (reset = '1') then
countL <= "0000";
else
countL <= countL + 1;
end if;
end if;
end process;
count <= std_logic_vector(countL);
end simple;
library IEEE;
use IEEE.std_logic_1164.all;
use IEEE.numeric_std.all;
entity convertArith is port (
truncate: out unsigned(3 downto 0);
extend: out unsigned(15 downto 0);
direction: out unsigned(0 to 7)
);
end convertArith;
architecture simple of convertArith is
constant Const: unsigned(7 downto 0) := "00111010";
begin
truncate <= resize(Const, truncate'length);
extend <= resize(Const, extend'length);
direction <= resize(Const, direction'length);
end simple;
library IEEE;
use IEEE.std_logic_1164.all;
use IEEE.numeric_std.all;
entity FEWGATES is port (
a,b,c,d: in std_logic;
y: out std_logic
);
end FEWGATES;
architecture concurrent of FEWGATES is
constant THREE: std_logic_vector(1 downto 0) := "11";
begin
y <= '1' when (a & b = THREE) or (c & d /= THREE) else '0';
end concurrent;
-- incorporates Errata 12.1
library IEEE;
use IEEE.std_logic_1164.all;
use IEEE.numeric_std.all;
entity typeConvert is port (
a: out unsigned(7 downto 0)
);
end typeConvert;
architecture simple of typeConvert is
constant Const: natural := 43;
begin
a <= To_unsigned(Const,8);
end simple;
-- Incorporates Errata 5.4
library ieee;
use ieee.std_logic_1164.all;
use ieee.numeric_std.all;
entity counter is port (
clk: in std_logic;
count: out std_logic_vector(3 downto 0)
);
end counter;
architecture simple of counter is
signal countL: unsigned(3 downto 0);
begin
increment: process (clk) begin
if (clk'event and clk = '1') then
countL <= countL + 1;
end if;
end process;
count <= std_logic_vector(countL);
end simple;
-- Incorporates Errata 5.4
library ieee;
use ieee.std_logic_1164.all;
use ieee.numeric_std.all;
entity counter is port (
clk: in std_logic;
reset: in std_logic;
count: out std_logic_vector(0 to 3)
);
end counter;
architecture simple of counter is
signal countL: unsigned(0 to 3);
begin
increment: process (clk, reset) begin
if reset = '1' then
countL <= "1001";
elsif(clk'event and clk = '1') then
countL <= countL + 1;
end if;
end process;
count <= std_logic_vector(countL);
end simple;
library ieee;
use ieee.std_logic_1164.all;
use ieee.numeric_std.all;
entity counter is port (
clk: in std_logic;
reset: in std_logic;
count: out std_logic_vector(3 downto 0)
);
end counter;
architecture simple of counter is
signal countL: unsigned(3 downto 0);
begin
increment: process (clk, reset) begin
if (reset = '1') then
countL <= "0000";
elsif(clk'event and clk = '1') then
countL <= countL + "001";
end if;
end process;
count <= std_logic_vector(countL);
end simple;
-- Incorporates Errata 5.4
library ieee;
use ieee.std_logic_1164.all;
use ieee.numeric_std.all;
entity counter is port (
clk: in std_logic;
reset: in std_logic;
count: out std_logic_vector(3 downto 0)
);
end counter;
architecture simple of counter is
signal countL: unsigned(3 downto 0);
begin
increment: process (clk, reset) begin
if reset = '1' then
countL <= "1001";
elsif(clk'event and clk = '1') then
countL <= countL + 1;
end if;
end process;
count <= std_logic_vector(countL);
end simple;
-- Incorporates Errata 5.4
library ieee;
use ieee.std_logic_1164.all;
use ieee.numeric_std.all;
entity counter is port (
clk: in std_logic;
reset: in std_logic;
count: out std_logic_vector(3 downto 0)
);
end counter;
architecture simple of counter is
signal countL: unsigned(3 downto 0);
begin
increment: process (clk, reset) begin
if (reset = '1') then
countL <= "1001";
elsif(clk'event and clk = '1') then
countL <= countL + "0001";
end if;
end process;
count <= std_logic_vector(countL);
end simple;
library IEEE;
use IEEE.std_logic_1164.all;
use work.decProcs.all;
entity decoder is port (
decIn: in std_logic_vector(1 downto 0);
decOut: out std_logic_vector(3 downto 0)
);
end decoder;
architecture simple of decoder is
begin
DEC2x4(decIn,decOut);
end simple;
library ieee;
use ieee.std_logic_1164.all;
entity isa_dec is port
(
dev_adr: in std_logic_vector(19 downto 0);
decOut_n: out std_logic_vector(5 downto 0)
);
end isa_dec;
architecture synthesis of isa_dec is
constant CtrlRegRange: std_logic_vector(2 downto 0) := "100";
constant SuperIoRange: std_logic_vector(2 downto 0) := "010";
constant IntCtrlReg: std_logic_vector(16 downto 0) := "00000000000000000";
constant IoIntStatReg: std_logic_vector(16 downto 0) := "00000000000000001";
constant RstCtrlReg: std_logic_vector(16 downto 0) := "00000000000000010";
constant AtcStatusReg: std_logic_vector(16 downto 0) := "00000000000000011";
constant MgmtStatusReg:std_logic_vector(16 downto 0) := "00000000000000100";
alias sio_dec_n: std_logic is decOut_n(5);
alias rst_ctrl_rd_n: std_logic is decOut_n(4);
alias atc_stat_rd_n: std_logic is decOut_n(3);
alias mgmt_stat_rd_n: std_logic is decOut_n(2);
alias io_int_stat_rd_n: std_logic is decOut_n(1);
alias int_ctrl_rd_n: std_logic is decOut_n(0);
alias upper: std_logic_vector(2 downto 0) is dev_adr(19 downto 17);
alias CtrlBits: std_logic_vector(16 downto 0) is dev_adr(16 downto 0);
begin
decoder: process (upper, CtrlBits)
begin
-- Set defaults for outputs - for synthesis reasons.
sio_dec_n <= '1';
int_ctrl_rd_n <= '1';
io_int_stat_rd_n <= '1';
rst_ctrl_rd_n <= '1';
atc_stat_rd_n <= '1';
mgmt_stat_rd_n <= '1';
case upper is
when SuperIoRange =>
sio_dec_n <= '0';
when CtrlRegRange =>
case CtrlBits is
when IntCtrlReg =>
int_ctrl_rd_n <= '0';
when IoIntStatReg =>
io_int_stat_rd_n <= '0';
when RstCtrlReg =>
rst_ctrl_rd_n <= '0';
when AtcStatusReg =>
atc_stat_rd_n <= '0';
when MgmtStatusReg =>
mgmt_stat_rd_n <= '0';
when others =>
null;
end case;
when others =>
null;
end case;
end process decoder;
end synthesis;
library ieee;
use ieee.std_logic_1164.all;
entity isa_dec is port
(
dev_adr: in std_logic_vector(19 downto 0);
sio_dec_n: out std_logic;
rst_ctrl_rd_n: out std_logic;
atc_stat_rd_n: out std_logic;
mgmt_stat_rd_n: out std_logic;
io_int_stat_rd_n: out std_logic;
int_ctrl_rd_n: out std_logic
);
end isa_dec;
architecture synthesis of isa_dec is
constant CtrlRegRange: std_logic_vector(2 downto 0) := "100";
constant SuperIoRange: std_logic_vector(2 downto 0) := "010";
constant IntCtrlReg: std_logic_vector(16 downto 0) := "00000000000000000";
constant IoIntStatReg: std_logic_vector(16 downto 0) := "00000000000000001";
constant RstCtrlReg: std_logic_vector(16 downto 0) := "00000000000000010";
constant AtcStatusReg: std_logic_vector(16 downto 0) := "00000000000000011";
constant MgmtStatusReg:std_logic_vector(16 downto 0) := "00000000000000100";
begin
decoder: process (dev_adr)
begin
-- Set defaults for outputs
sio_dec_n <= '1';
int_ctrl_rd_n <= '1';
io_int_stat_rd_n <= '1';
rst_ctrl_rd_n <= '1';
atc_stat_rd_n <= '1';
mgmt_stat_rd_n <= '1';
case dev_adr(19 downto 17) is
when SuperIoRange =>
sio_dec_n <= '0';
when CtrlRegRange =>
case dev_adr(16 downto 0) is
when IntCtrlReg =>
int_ctrl_rd_n <= '0';
when IoIntStatReg =>
io_int_stat_rd_n <= '0';
when RstCtrlReg =>
rst_ctrl_rd_n <= '0';
when AtcStatusReg =>
atc_stat_rd_n <= '0';
when MgmtStatusReg =>
mgmt_stat_rd_n <= '0';
when others =>
null;
end case;
when others =>
null;
end case;
end process decoder;
end synthesis;
library ieee;
use ieee.std_logic_1164.all;
entity isa_dec is port
(
dev_adr: in std_logic_vector(19 downto 0);
sio_dec_n: out std_logic;
rst_ctrl_rd_n: out std_logic;
atc_stat_rd_n: out std_logic;
mgmt_stat_rd_n: out std_logic;
io_int_stat_rd_n:out std_logic;
int_ctrl_rd_n: out std_logic
);
end isa_dec;
architecture synthesis of isa_dec is
constant CtrlRegRange: std_logic_vector(2 downto 0) := "100";
constant SuperIoRange: std_logic_vector(2 downto 0) := "010";
constant IntCtrlReg: std_logic_vector(16 downto 0) := "00000000000000000";
constant IoIntStatReg: std_logic_vector(16 downto 0) := "00000000000000001";
constant RstCtrlReg: std_logic_vector(16 downto 0) := "00000000000000010";
constant AtcStatusReg: std_logic_vector(16 downto 0) := "00000000000000011";
constant MgmtStatusReg:std_logic_vector(16 downto 0) := "00000000000000100";
begin
sio_dec_n <= '0' when dev_adr (19 downto 17) = SuperIORange else '1';
int_ctrl_rd_n <= '0' when (dev_adr (19 downto 17) = CtrlRegRange)
and (dev_adr(16 downto 0) = IntCtrlReg) else '1';
io_int_stat_rd_n <= '0' when (dev_adr (19 downto 17) = CtrlRegRange)
and (dev_adr(16 downto 0) = IoIntStatReg) else '1';
rst_ctrl_rd_n <= '0' when (dev_adr (19 downto 17) = CtrlRegRange)
and (dev_adr(16 downto 0) = RstCtrlReg) else '1';
atc_stat_rd_n <= '0' when (dev_adr (19 downto 17) = CtrlRegRange)
and (dev_adr(16 downto 0) = AtcStatusReg) else '1';
mgmt_stat_rd_n <= '0' when (dev_adr (19 downto 17) = CtrlRegRange)
and (dev_adr(16 downto 0) = MgmtStatusReg) else '1';
end synthesis;
library ieee;
use ieee.std_logic_1164.all;
entity isa_dec is port
(
dev_adr: in std_logic_vector(19 downto 0);
cs0_n: in std_logic;
sio_dec_n: out std_logic;
rst_ctrl_rd_n: out std_logic;
atc_stat_rd_n: out std_logic;
mgmt_stat_rd_n: out std_logic;
io_int_stat_rd_n: out std_logic;
int_ctrl_rd_n: out std_logic
);
end isa_dec;
architecture synthesis of isa_dec is
constant CtrlRegRange: std_logic_vector(2 downto 0) := "100";
constant SuperIoRange: std_logic_vector(2 downto 0) := "010";
constant IntCtrlReg: std_logic_vector(16 downto 0) := "00000000000000000";
constant IoIntStatReg: std_logic_vector(16 downto 0) := "00000000000000001";
constant RstCtrlReg: std_logic_vector(16 downto 0) := "00000000000000010";
constant AtcStatusReg: std_logic_vector(16 downto 0) := "00000000000000011";
constant MgmtStatusReg:std_logic_vector(16 downto 0) := "00000000000000100";
begin
decoder: process (dev_adr, cs0_n)
begin
-- Set defaults for outputs - for synthesis reasons.
sio_dec_n <= '1';
int_ctrl_rd_n <= '1';
io_int_stat_rd_n <= '1';
rst_ctrl_rd_n <= '1';
atc_stat_rd_n <= '1';
mgmt_stat_rd_n <= '1';
if (cs0_n = '0') then
case dev_adr(19 downto 17) is
when SuperIoRange =>
sio_dec_n <= '0';
when CtrlRegRange =>
case dev_adr(16 downto 0) is
when IntCtrlReg =>
int_ctrl_rd_n <= '0';
when IoIntStatReg =>
io_int_stat_rd_n <= '0';
when RstCtrlReg =>
rst_ctrl_rd_n <= '0';
when AtcStatusReg =>
atc_stat_rd_n <= '0';
when MgmtStatusReg =>
mgmt_stat_rd_n <= '0';
when others =>
null;
end case;
when others =>
null;
end case;
else
null;
end if;
end process decoder;
end synthesis;
library ieee;
use ieee.std_logic_1164.all;
entity isa_dec is port
(
dev_adr: in std_logic_vector(19 downto 0);
cs0_n: in std_logic;
sio_dec_n: out std_logic;
rst_ctrl_rd_n: out std_logic;
atc_stat_rd_n: out std_logic;
mgmt_stat_rd_n: out std_logic;
io_int_stat_rd_n: out std_logic;
int_ctrl_rd_n: out std_logic
);
end isa_dec;
architecture synthesis of isa_dec is
constant CtrlRegRange: std_logic_vector(2 downto 0) := "100";
constant SuperIoRange: std_logic_vector(2 downto 0) := "010";
constant IntCtrlReg: std_logic_vector(16 downto 0) := "00000000000000000";
constant IoIntStatReg: std_logic_vector(16 downto 0) := "00000000000000001";
constant RstCtrlReg: std_logic_vector(16 downto 0) := "00000000000000010";
constant AtcStatusReg: std_logic_vector(16 downto 0) := "00000000000000011";
constant MgmtStatusReg:std_logic_vector(16 downto 0) := "00000000000000100";
signal Lsio_dec_n: std_logic;
signal Lrst_ctrl_rd_n: std_logic;
signal Latc_stat_rd_n: std_logic;
signal Lmgmt_stat_rd_n: std_logic;
signal Lio_int_stat_rd_n: std_logic;
signal Lint_ctrl_rd_n: std_logic;
begin
decoder: process (dev_adr)
begin
-- Set defaults for outputs - for synthesis reasons.
Lsio_dec_n <= '1';
Lint_ctrl_rd_n <= '1';
Lio_int_stat_rd_n <= '1';
Lrst_ctrl_rd_n <= '1';
Latc_stat_rd_n <= '1';
Lmgmt_stat_rd_n <= '1';
case dev_adr(19 downto 17) is
when SuperIoRange =>
Lsio_dec_n <= '0';
when CtrlRegRange =>
case dev_adr(16 downto 0) is
when IntCtrlReg =>
Lint_ctrl_rd_n <= '0';
when IoIntStatReg =>
Lio_int_stat_rd_n <= '0';
when RstCtrlReg =>
Lrst_ctrl_rd_n <= '0';
when AtcStatusReg =>
Latc_stat_rd_n <= '0';
when MgmtStatusReg =>
Lmgmt_stat_rd_n <= '0';
when others =>
null;
end case;
when others =>
null;
end case;
end process decoder;
qualify: process (cs0_n) begin
sio_dec_n <= '1';
int_ctrl_rd_n <= '1';
io_int_stat_rd_n <= '1';
rst_ctrl_rd_n <= '1';
atc_stat_rd_n <= '1';
mgmt_stat_rd_n <= '1';
if (cs0_n = '0') then
sio_dec_n <= Lsio_dec_n;
int_ctrl_rd_n <= Lint_ctrl_rd_n;
io_int_stat_rd_n <= Lio_int_stat_rd_n;
rst_ctrl_rd_n <= Lrst_ctrl_rd_n;
atc_stat_rd_n <= Latc_stat_rd_n;
mgmt_stat_rd_n <= Lmgmt_stat_rd_n;
else
null;
end if;
end process qualify;
end synthesis;
library ieee;
use ieee.std_logic_1164.all;
entity isa_dec is port
(
dev_adr: in std_logic_vector(19 downto 0);
sio_dec_n: out std_logic;
rst_ctrl_rd_n: out std_logic;
atc_stat_rd_n: out std_logic;
mgmt_stat_rd_n: out std_logic;
io_int_stat_rd_n: out std_logic;
int_ctrl_rd_n: out std_logic
);
end isa_dec;
architecture synthesis of isa_dec is
constant CtrlRegRange: std_logic_vector(2 downto 0) := "100";
constant SuperIoRange: std_logic_vector(2 downto 0) := "010";
constant IntCtrlReg: std_logic_vector(16 downto 0) := "00000000000000000";
constant IoIntStatReg: std_logic_vector(16 downto 0) := "00000000000000001";
constant RstCtrlReg: std_logic_vector(16 downto 0) := "00000000000000010";
constant AtcStatusReg: std_logic_vector(16 downto 0) := "00000000000000011";
constant MgmtStatusReg:std_logic_vector(16 downto 0) := "00000000000000100";
begin
decoder: process ( dev_adr)
begin
-- Set defaults for outputs - for synthesis reasons.
sio_dec_n <= '1';
int_ctrl_rd_n <= '1';
io_int_stat_rd_n <= '1';
rst_ctrl_rd_n <= '1';
atc_stat_rd_n <= '1';
mgmt_stat_rd_n <= '1';
if dev_adr(19 downto 17) = SuperIOrange then
sio_dec_n <= '0';
elsif dev_adr(19 downto 17) = CtrlRegrange then
if dev_adr(16 downto 0) = IntCtrlReg then
int_ctrl_rd_n <= '0';
elsif dev_adr(16 downto 0)= IoIntStatReg then
io_int_stat_rd_n <= '0';
elsif dev_adr(16 downto 0) = RstCtrlReg then
rst_ctrl_rd_n <= '0';
elsif dev_adr(16 downto 0) = AtcStatusReg then
atc_stat_rd_n <= '0';
elsif dev_adr(16 downto 0) = MgmtStatusReg then
mgmt_stat_rd_n <= '0';
else
null;
end if;
else
null;
end if;
end process decoder;
end synthesis;
library IEEE;
use IEEE.std_logic_1164.all;
package decProcs is
procedure DEC2x4 (inputs : in std_logic_vector(1 downto 0);
decode: out std_logic_vector(3 downto 0)
);
end decProcs;
package body decProcs is
procedure DEC2x4 (inputs : in std_logic_vector(1 downto 0);
decode: out std_logic_vector(3 downto 0)
) is
begin
case inputs is
when "11" =>
decode := "1000";
when "10" =>
decode := "0100";
when "01" =>
decode := "0010";
when "00" =>
decode := "0001";
when others =>
decode := "0001";
end case;
end DEC2x4;
end decProcs;
library ieee;
use ieee.std_logic_1164.all;
entity isa_dec is port
(
dev_adr: in std_logic_vector(19 downto 0);
sio_dec_n: out std_logic;
rst_ctrl_rd_n: out std_logic;
atc_stat_rd_n: out std_logic;
mgmt_stat_rd_n: out std_logic;
io_int_stat_rd_n:out std_logic;
int_ctrl_rd_n: out std_logic
);
end isa_dec;
architecture synthesis of isa_dec is
constant CtrlRegRange: std_logic_vector(2 downto 0) := "100";
constant SuperIoRange: std_logic_vector(2 downto 0) := "010";
constant IntCtrlReg: std_logic_vector(16 downto 0) := "00000000000000000";
constant IoIntStatReg: std_logic_vector(16 downto 0) := "00000000000000001";
constant RstCtrlReg: std_logic_vector(16 downto 0) := "00000000000000010";
constant AtcStatusReg: std_logic_vector(16 downto 0) := "00000000000000011";
constant MgmtStatusReg:std_logic_vector(16 downto 0) := "00000000000000100";
begin
with dev_adr(19 downto 17) select
sio_dec_n <= '0' when SuperIORange,
'1' when others;
with dev_adr(19 downto 0) select
int_ctrl_rd_n <= '0' when CtrlRegRange & IntCtrlReg,
'1' when others;
with dev_adr(19 downto 0) select
io_int_stat_rd_n <= '0' when CtrlRegRange & IoIntStatReg,
'1' when others;
with dev_adr(19 downto 0) select
rst_ctrl_rd_n <= '0' when CtrlRegRange & RstCtrlReg,
'1' when others;
with dev_adr(19 downto 0) select
atc_stat_rd_n <= '0' when CtrlRegRange & AtcStatusReg,
'1' when others;
with dev_adr(19 downto 0) select
mgmt_stat_rd_n <= '0' when CtrlRegRange & MgmtStatusReg,
'1' when others;
end synthesis;
-- Incorporates Errata 5.1 and 5.4
library ieee;
use ieee.std_logic_1164.all;
use ieee.numeric_std.all;
entity progPulse is port (
clk, reset: in std_logic;
loadLength,loadDelay: in std_logic;
data: in std_logic_vector(7 downto 0);
pulse: out std_logic
);
end progPulse;
architecture rtl of progPulse is
signal delayCnt, pulseCnt: unsigned(7 downto 0);
signal delayCntVal, pulseCntVal: unsigned(7 downto 0);
signal startPulse, endPulse: std_logic;
begin
delayReg: process (clk, reset) begin
if reset = '1' then
delayCntVal <= "11111111";
elsif clk'event and clk = '1' then
if loadDelay = '1' then
delayCntVal <= unsigned(data);
end if;
end if;
end process;
lengthReg: process (clk, reset) begin
if reset = '1' then
pulseCntVal <= "11111111";
elsif clk'event and clk = '1' then
if loadLength = '1' then -- changed loadLength to loadDelay (Errata 5.1)
pulseCntVal <= unsigned(data);
end if;
end if;
end process;
pulseDelay: process (clk, reset) begin
if (reset = '1') then
delayCnt <= "11111111";
elsif(clk'event and clk = '1') then
if (loadDelay = '1' or loadLength = '1' or endPulse = '1') then -- changed startPulse to endPulse (Errata 5.1)
delayCnt <= delayCntVal;
elsif endPulse = '1' then
delayCnt <= delayCnt - 1;
end if;
end if;
end process;
startPulse <= '1' when delayCnt = "00000000" else '0';
pulseLength: process (clk, reset) begin
if (reset = '1') then
pulseCnt <= "11111111";
elsif (clk'event and clk = '1') then
if (loadLength = '1') then
pulseCnt <= pulseCntVal;
elsif (startPulse = '1' and endPulse = '1') then
pulseCnt <= pulseCntVal;
elsif (endPulse = '1') then
pulseCnt <= pulseCnt;
else
pulseCnt <= pulseCnt - 1;
end if;
end if;
end process;
endPulse <= '1' when pulseCnt = "00000000" else '0';
pulseOutput: process (clk, reset) begin
if (reset = '1') then
pulse <= '0';
elsif (clk'event and clk = '1') then
if (startPulse = '1') then
pulse <= '1';
elsif (endPulse = '1') then
pulse <= '0';
end if;
end if;
end process;
end rtl;
library IEEE;
use IEEE.std_logic_1164.all;
entity DFF is port (
d: in std_logic;
clk: in std_logic;
arst : in std_logic;
q: out std_logic;
);
end DFF;
architecture rtl of DFF is
begin
process (clk) begin
if arst = '1' then
q <= '0';
elsif clk'event and clk = '1' then
q <= d;
end if;
end process;
end rtl;
library IEEE;
use IEEE.std_logic_1164.all;
entity DFF is port (
d: in std_logic;
clk: in std_logic;
a,b,c : in std_logic;
q: out std_logic
);
end DFF;
architecture rtl of DFF is
begin
process (clk, a,b,c) begin
if ((a = '1' and b = '1') or c = '1') then
q <= '0';
elsif clk'event and clk = '1' then
q <= d;
end if;
end process;
end rtl;
library IEEE;
use IEEE.std_logic_1164.all;
entity DFF is port (
d: in std_logic;
clk: in std_logic;
a,b,c : in std_logic;
q: out std_logic
);
end DFF;
architecture rtl of DFF is
signal localRst: std_logic;
begin
localRst <= '1' when (( a = '1' and b = '1') or c = '1') else '0';
process (clk, localRst) begin
if localRst = '1' then
q <= '0';
elsif clk'event and clk = '1' then
q <= d;
end if;
end process;
end rtl;
library IEEE;
use IEEE.std_logic_1164.all;
entity DFF is port (
d: in std_logic;
clk: in std_logic;
arst: in std_logic;
q: out std_logic
);
end DFF;
architecture rtl of DFF is
begin
process (clk, arst) begin
if arst = '1' then
q <= '0';
elsif clk'event and clk = '1' then
q <= d;
end if;
end process;
end rtl;
library IEEE;
use IEEE.std_logic_1164.all;
entity DFF is port (
d: in std_logic;
clk: in std_logic;
aset : in std_logic;
q: out std_logic
);
end DFF;
architecture rtl of DFF is
begin
process (clk, aset) begin
if aset = '1' then
q <= '1';
elsif clk'event and clk = '1' then
q <= d;
end if;
end process;
end rtl;
library IEEE;
use IEEE.std_logic_1164.all;
entity DFF is port (
d1, d2: in std_logic;
clk: in std_logic;
arst : in std_logic;
q1, q2: out std_logic
);
end DFF;
architecture rtl of DFF is
begin
process (clk, arst) begin
if arst = '1' then
q1 <= '0';
q2 <= '1';
elsif clk'event and clk = '1' then
q1 <= d1;
q2 <= d2;
end if;
end process;
end rtl;
library IEEE;
use IEEE.std_logic_1164.all;
entity DFF is port (
d: in std_logic;
clk: in std_logic;
en: in std_logic;
q: out std_logic
);
end DFF;
architecture rtl of DFF is
begin
process begin
if clk'event and clk = '1' then
if en = '1' then
q <= d;
end if;
end if;
wait on clk;
end process;
end rtl;
library IEEE;
use IEEE.std_logic_1164.all;
entity DFFE is port (
d: in std_logic;
en: in std_logic;
clk: in std_logic;
q: out std_logic
);
end DFFE;
architecture rtl of DFFE is
begin
process begin
wait until clk = '1';
if en = '1' then
q <= d;
end if;
end process;
end rtl;
library IEEE;
use IEEE.std_logic_1164.all;
entity DFF is port (
d: in std_logic;
clk: in std_logic;
envector: in std_logic_vector(7 downto 0);
q: out std_logic
);
end DFF;
architecture rtl of DFF is
begin
process (clk) begin
if clk'event and clk = '1' then
if envector = "10010111" then
q <= d;
end if;
end if;
end process;
end rtl;
library IEEE;
use IEEE.std_logic_1164.all;
entity DFF is port (
d: in std_logic;
clk: in std_logic;
en: in std_logic;
q: out std_logic
);
end DFF;
architecture rtl of DFF is
begin
process (clk) begin
if clk'event and clk = '1' then
if en = '1' then
q <= d;
end if;
end if;
end process;
end rtl;
library IEEE;
use IEEE.std_logic_1164.all;
entity DFFE_SR is port (
d: in std_logic;
en: in std_logic;
clk: in std_logic;
rst: in std_logic;
prst: in std_logic;
q: out std_logic
);
end DFFE_SR;
architecture rtl of DFFE_SR is
begin
process (clk, rst, prst) begin
if (prst = '1') then
q <= '1';
elsif (rst = '1') then
q <= '0';
elsif (clk'event and clk = '1') then
if (en = '1') then
q <= d;
end if;
end if;
end process;
end rtl;
library IEEE;
use IEEE.std_logic_1164.all;
entity flipFlop is port (
clock, input: in std_logic;
ffOut: out std_logic
);
end flipFlop;
architecture simple of flipFlop is
procedure dff (signal clk: in std_logic;
signal d: in std_logic;
signal q: out std_logic
) is
begin
if clk'event and clk = '1' then
q <= d;
end if;
end procedure dff;
begin
dff(clock, input, ffOut);
end simple;
library IEEE;
use IEEE.std_logic_1164.all;
entity DFF is port (
d: in std_logic;
clk: in std_logic;
end: in std_logic;
q: out std_logic
);
end DFF;
architecture rtl of DFF is
begin
process begin
wait until rising_edge(clk);
if en = '1' then
q <= d;
end if;
end process;
end rtl;
library IEEE;
use IEEE.std_logic_1164.all;
entity DFF is port (
d1, d2: in std_logic;
clk: in std_logic;
srst : in std_logic;
q1, q2: out std_logic
);
end DFF;
architecture rtl of DFF is
begin
process (clk) begin
if clk'event and clk = '1' then
if srst = '1' then
q1 <= '0';
q2 <= '1';
else
q1 <= d1;
q2 <= d2;
end if;
end if;
end process;
end rtl;
library IEEE;
use IEEE.std_logic_1164.all;
entity DFFE_SR is port (
d: in std_logic;
en: in std_logic;
clk: in std_logic;
rst: in std_logic;
prst: in std_logic;
q: out std_logic
);
end DFFE_SR;
architecture rtl of DFFE_SR is
begin
process (clk, rst, prst) begin
if (rst = '1') then
q <= '0';
elsif (prst = '1') then
q <= '1';
elsif (clk'event and clk = '1') then
if (en = '1') then
q <= d;
end if;
end if;
end process;
end rtl;
library IEEE;
use IEEE.std_logic_1164.all;
entity DFF is port (
d: in std_logic;
clk: in std_logic;
srst : in std_logic;
q: out std_logic
);
end DFF;
architecture rtl of DFF is
begin
process begin
wait until clk = '1';
if srst = '1' then
q <= '0';
else
q <= d;
end if;
end process;
end rtl;
library IEEE;
use IEEE.std_logic_1164.all;
entity struct_dffe_sr is port (
d: in std_logic;
clk: in std_logic;
en: in std_logic;
rst,prst: in std_logic;
q: out std_logic
);
end struct_dffe_sr;
use work.primitive.all;
architecture instance of struct_dffe_sr is
begin
ff: dffe_sr port map (
d => d,
clk => clk,
en => en,
rst => rst,
prst => prst,
q => q
);
end instance;
library IEEE;
use IEEE.std_logic_1164.all;
entity DFF is port (
d: in std_logic;
clk: in std_logic;
srst : in std_logic;
q: out std_logic
);
end DFF;
architecture rtl of DFF is
begin
process (clk) begin
if clk'event and clk = '1' then
if srst = '1' then
q <= '0';
else
q <= d;
end if;
end if;
end process;
end rtl;
library IEEE;
use IEEE.std_logic_1164.all;
entity struct_dffe is port (
d: in std_logic;
clk: in std_logic;
en: in std_logic;
q: out std_logic
);
end struct_dffe;
use work.primitive.all;
architecture instance of struct_dffe is
begin
ff: dffe port map (
d => d,
clk => clk,
en => en,
q => q
);
end instance;
library IEEE;
use IEEE.std_logic_1164.all;
use work.primitive.all;
entity dffTri is
generic (size: integer := 8);
port (
data: in std_logic_vector(size - 1 downto 0);
clock: in std_logic;
ff_enable: in std_logic;
op_enable: in std_logic;
qout: out std_logic_vector(size - 1 downto 0)
);
end dffTri;
architecture parameterize of dffTri is
type tribufType is record
ip: std_logic;
oe: std_logic;
op: std_logic;
end record;
type tribufArrayType is array (integer range <>) of tribufType;
signal tri: tribufArrayType(size - 1 downto 0);
begin
g0: for i in 0 to size - 1 generate
u1: DFFE port map (data(i), tri(i).ip, ff_enable, clock);
end generate;
g1: for i in 0 to size - 1 generate
u2: TRIBUF port map (tri(i).ip, tri(i).oe, tri(i).op);
tri(i).oe <= op_enable;
qout(i) <= tri(i).op;
end generate;
end parameterize;
library IEEE;
use IEEE.std_logic_1164.all;
entity DFF is port (
d: in std_logic;
clk: in std_logic;
en: in std_logic;
q: out std_logic
);
end DFF;
architecture rtl of DFF is
begin
process begin
wait until clk = '1';
if en = '1' then
q <= d;
end if;
end process;
end rtl;
library IEEE;
use IEEE.std_logic_1164.all;
entity TRIBUF is port (
ip: in std_logic;
oe: in std_logic;
op: out std_logic bus
);
end TRIBUF;
architecture sequential of TRIBUF is
begin
enable: process (ip,oe) begin
if (oe = '1') then
op <= ip;
else
op <= null;
end if;
end process;
end sequential;
library IEEE;
use IEEE.std_logic_1164.all;
entity DLATCHH is port (
d: in std_logic;
en: in std_logic;
q: out std_logic
);
end DLATCHH;
architecture rtl of DLATCHH is
signal qLocal: std_logic;
begin
qLocal <= d when en = '1' else qLocal;
q <= qLocal;
end rtl;
library IEEE;
use IEEE.std_logic_1164.all;
entity DLATCHH is port (
d: in std_logic;
en: in std_logic;
q: out std_logic
);
end DLATCHH;
architecture rtl of DLATCHH is
begin
process (en, d) begin
if en = '1' then
q <= d;
end if;
end process;
end rtl;
library IEEE;
use IEEE.std_logic_1164.all;
entity struct_dlatch is port (
d: in std_logic;
en: in std_logic;
q: out std_logic
);
end struct_dlatch;
use work.primitive.all;
architecture instance of struct_dlatch is
begin
latch: dlatchh port map (
d => d,
en => en,
q => q
);
end instance;
-- Incorporates Errata 5.4
library ieee;
use ieee.std_logic_1164.all;
use ieee.numeric_std.all;
entity downCounter is port (
clk: in std_logic;
reset: in std_logic;
count: out std_logic_vector(3 downto 0)
);
end downCounter;
architecture simple of downCounter is
signal countL: unsigned(3 downto 0);
signal termCnt: std_logic;
begin
decrement: process (clk, reset) begin
if (reset = '1') then
countL <= "1011"; -- Reset to 11
termCnt <= '1';
elsif(clk'event and clk = '1') then
if (termCnt = '1') then
countL <= "1011"; -- Count rolls over to 11
else
countL <= countL - 1;
end if;
if (countL = "0001") then -- Terminal count decoded 1 cycle earlier
termCnt <= '1';
else
termCnt <= '0';
end if;
end if;
end process;
count <= std_logic_vector(countL);
end simple;
library ieee;
use ieee.std_logic_1164.all;
use ieee.std_logic_unsigned.all;
entity compareDC is port (
addressBus: in std_logic_vector(31 downto 0);
addressHit: out std_logic
);
end compareDC;
architecture wontWork of compareDC is
begin
compare: process(addressBus) begin
if (addressBus = "011110101011--------------------") then
addressHit <= '1';
else
addressHit <= '0';
end if;
end process compare;
end wontWork;
library ieee;
use ieee.std_logic_1164.all;
entity encoder is
port (invec: in std_logic_vector(7 downto 0);
enc_out: out std_logic_vector(2 downto 0)
);
end encoder;
architecture rtl of encoder is
begin
encode: process (invec) begin
case invec is
when "00000001" =>
enc_out <= "000";
when "00000010" =>
enc_out <= "001";
when "00000100" =>
enc_out <= "010";
when "00001000" =>
enc_out <= "011";
when "00010000" =>
enc_out <= "100";
when "00100000" =>
enc_out <= "101";
when "01000000" =>
enc_out <= "110";
when "10000000" =>
enc_out <= "111";
when others =>
enc_out <= "000";
end case;
end process;
end rtl;
library ieee;
use ieee.std_logic_1164.all;
entity encoder is
port (invec:in std_logic_vector(7 downto 0);
enc_out:out std_logic_vector(2 downto 0)
);
end encoder;
architecture rtl of encoder is
begin
process (invec)
begin
if invec(7) = '1' then
enc_out <= "111";
elsif invec(6) = '1' then
enc_out <= "110";
elsif invec(5) = '1' then
enc_out <= "101";
elsif invec(4) = '1' then
enc_out <= "100";
elsif invec(3) = '1' then
enc_out <= "011";
elsif invec(2) = '1' then
enc_out <= "010";
elsif invec(1) = '1' then
enc_out <= "001";
elsif invec(0) = '1' then
enc_out <= "000";
else
enc_out <= "000";
end if;
end process;
end rtl;
library ieee;
use ieee.std_logic_1164.all;
entity encoder is
port (invec: in std_logic_vector(7 downto 0);
enc_out: out std_logic_vector(2 downto 0)
);
end encoder;
architecture rtl of encoder is
begin
enc_out <= "111" when invec(7) = '1' else
"110" when invec(6) = '1' else
"101" when invec(5) = '1' else
"100" when invec(4) = '1' else
"011" when invec(3) = '1' else
"010" when invec(2) = '1' else
"001" when invec(1) = '1' else
"000" when invec(0) = '1' else
"000";
end rtl;
-- includes Errata 5.2
library ieee;
use ieee.std_logic_1164.all;
use ieee.numeric_std.all; -- errata 5.2
entity compare is port (
ina: in std_logic_vector (3 downto 0);
inb: in std_logic_vector (2 downto 0);
equal: out std_logic
);
end compare;
architecture simple of compare is
begin
equalProc: process (ina, inb) begin
if (ina = inb ) then
equal <= '1';
else
equal <= '0';
end if;
end process;
end simple;
library IEEE;
use IEEE.std_logic_1164.all;
entity LogicFcn is port (
A: in std_logic;
B: in std_logic;
C: in std_logic;
Y: out std_logic
);
end LogicFcn;
architecture behavioral of LogicFcn is
begin
fcn: process (A,B,C) begin
if (A = '0' and B = '0') then
Y <= '1';
elsif C = '1' then
Y <= '1';
else
Y <= '0';
end if;
end process;
end behavioral;
library IEEE;
use IEEE.std_logic_1164.all;
entity LogicFcn is port (
A: in std_logic;
B: in std_logic;
C: in std_logic;
Y: out std_logic
);
end LogicFcn;
architecture dataflow of LogicFcn is
begin
Y <= '1' when (A = '0' AND B = '0') OR
(C = '1')
else '0';
end dataflow;
library IEEE;
use IEEE.std_logic_1164.all;
use work.primitive.all;
entity LogicFcn is port (
A: in std_logic;
B: in std_logic;
C: in std_logic;
Y: out std_logic
);
end LogicFcn;
architecture structural of LogicFcn is
signal notA, notB, andSignal: std_logic;
begin
i1: inverter port map (i => A,
o => notA);
i2: inverter port map (i => B,
o => notB);
a1: and2 port map (i1 => notA,
i2 => notB,
y => andSignal);
o1: or2 port map (i1 => andSignal,
i2 => C,
y => Y);
end structural;
library IEEE;
use IEEE.std_logic_1164.all;
entity SimDFF is port (
D, Clk: in std_logic;
Q: out std_logic
);
end SimDff;
architecture SimModel of SimDFF is
constant tCQ: time := 8 ns;
constant tS: time := 4 ns;
constant tH: time := 3 ns;
begin
reg: process (Clk, D) begin
-- Assign output tCQ after rising clock edge
if (Clk'event and Clk = '1') then
Q <= D after tCQ;
end if;
-- Check setup time
if (Clk'event and Clk = '1') then
assert (D'last_event >= tS)
report "Setup time violation"
severity Warning;
end if;
-- Check hold time
if (D'event and Clk'stable and Clk = '1') then
assert (D'last_event - Clk'last_event > tH)
report "Hold Time Violation"
severity Warning;
end if;
end process;
end simModel;
library IEEE;
use IEEE.std_logic_1164.all;
entity DFF is port (
d: in std_logic;
clk: in std_logic;
q: out std_logic
);
end DFF;
architecture rtl of DFF is
begin
process (clk) begin
wait until clk = '1';
q <= d;
end process;
end rtl;
library IEEE;
use IEEE.std_logic_1164.all;
entity DFF is port (
d: in std_logic;
clk: in std_logic;
q: out std_logic
);
end DFF;
architecture rtl of DFF is
begin
process begin
wait until clk = '1';
q <= d;
wait on clk;
end process;
end rtl;
configuration SimpleGatesCfg of FEWGATES is
for structural
for all: AND2
use entity work.and2(rtl);
end for;
for u3: inverter
use entity work.inverter(rtl);
end for;
for u4: or2
use entity work.or2(rtl);
end for;
end for;
end SimpleGatesCfg;
configuration SimpleGatesCfg of FEWGATES is
for structural
for u1: and2
use entity work.and2(rtl);
end for;
for u2: and2
use entity work.and2(rtl);
end for;
for u3: inverter
use entity work.inverter(rtl);
end for;
for u4: or2
use entity work.or2(rtl);
end for;
end for;
end SimpleGatesCfg;
library IEEE;
use IEEE.std_logic_1164.all;
entity FEWGATES is port (
a,b,c,d: in std_logic;
y: out std_logic
);
end FEWGATES;
use work.and2;
use work.or2;
use work.inverter;
architecture structural of FEWGATES is
component AND2 port (
i1: in std_logic;
i2: in std_logic;
y: out std_logic
);
end component;
component OR2 port (
i1: in std_logic;
i2: in std_logic;
y: out std_logic
);
end component;
component INVERTER port (
i: in std_logic;
o: out std_logic
);
end component;
signal a_and_b, c_and_d, not_c_and_d: std_logic;
begin
u1: and2 port map (i1 => a ,
i2 => b,
y => a_and_b
);
u2: and2 port map (i1 => c,
i2 => d,
y => c_and_d
);
u3: inverter port map (i => c_and_d,
o => not_c_and_d);
u4: or2 port map (i1 => a_and_b,
i2 => not_c_and_d,
y => y
);
end structural;
library IEEE;
use IEEE.std_logic_1164.all;
entity FEWGATES is port (
a,b,c,d: in std_logic;
y: out std_logic
);
end FEWGATES;
use work.and2;
use work.or2;
use work.inverter;
architecture structural of FEWGATES is
component AND2 port (
i1: in std_logic;
i2: in std_logic;
y: out std_logic
);
end component;
component OR2 port (
i1: in std_logic;
i2: in std_logic;
y: out std_logic
);
end component;
component INVERTER port (
i: in std_logic;
o: out std_logic
);
end component;
signal a_and_b, c_and_d, not_c_and_d: std_logic;
-- Configution specifications
for all: and2 use entity work.and2(rtl);
for u3: inverter use entity work.inverter(rtl);
for u4: or2 use entity work.or2(rtl);
begin
u1: and2 port map (i1 => a, i2 => b,
y => a_and_b
);
u2: and2 port map (i1 => c, i2 => d,
y => c_and_d
);
u3: inverter port map (i => c_and_d,
o => not_c_and_d);
u4: or2 port map (i1 => a_and_b, i2 => not_c_and_d,
y => y
);
end structural;
library IEEE;
use IEEE.std_logic_1164.all;
entity FEWGATES is port (
a,b,c,d: in std_logic;
y: out std_logic
);
end FEWGATES;
use work.GatesPkg.all;
architecture structural of FEWGATES is
signal a_and_b, c_and_d, not_c_and_d: std_logic;
begin
u1: and2 port map (i1 => a ,
i2 => b,
y => a_and_b
);
u2: and2 port map (i1 => c,
i2 => d,
y => c_and_d
);
u3: inverter port map (i => c_and_d,
o => not_c_and_d);
u4: or2 port map (i1 => a_and_b,
i2 => not_c_and_d,
y => y
);
end structural;
library IEEE;
use IEEE.std_logic_1164.all;
entity FEWGATES is port (
a,b,c,d: in std_logic;
y: out std_logic
);
end FEWGATES;
architecture concurrent of FEWGATES is
signal a_and_b, c_and_d, not_c_and_d: std_logic;
begin
a_and_b <= '1' when a = '1' and b = '1' else '0';
c_and_d <= '1' when c = '1' and d = '1' else '0';
not_c_and_d <= not c_and_d;
y <= '1' when a_and_b = '1' or not_c_and_d = '1' else '0';
end concurrent;
library IEEE;
use IEEE.std_logic_1164.all;
package GatesPkg is
component AND2 port (
i1: in std_logic;
i2: in std_logic;
y: out std_logic
);
end component;
component OR2 port (
i1: in std_logic;
i2: in std_logic;
y: out std_logic
);
end component;
component INVERTER port (
i: in std_logic;
o: out std_logic
);
end component;
end GatesPkg;
library IEEE;
use IEEE.std_logic_1164.all;
use work.primitive.all;
entity FEWGATES is port (
a,b,c,d: in std_logic;
y: out std_logic
);
end FEWGATES;
architecture structural of FEWGATES is
signal a_and_b, c_and_d, not_c_and_d: std_logic;
begin
u1: and2 port map (i1 => a ,
i2 => b,
y => a_and_b
);
u2: and2 port map (i1 =>c,
i2 => d,
y => c_and_d
);
u3: inverter port map (a => c_and_d,
y => not_c_and_d);
u4: or2 port map (i1 => a_and_b,
i2 => not_c_and_d,
y => y
);
end structural;
library IEEE;
use IEEE.std_logic_1164.all;
entity AND2 is port (
i1: in std_logic;
i2: in std_logic;
y: out std_logic
);
end AND2;
architecture rtl of AND2 is
begin
y <= '1' when i1 = '1' and i2 = '1' else '0';
end rtl;
library IEEE;
use IEEE.std_logic_1164.all;
entity OR2 is port (
i1: in std_logic;
i2: in std_logic;
y: out std_logic
);
end OR2;
architecture rtl of OR2 is
begin
y <= '1' when i1 = '1' or i2 = '1' else '0';
end rtl;
library IEEE;
use IEEE.std_logic_1164.all;
entity INVERTER is port (
i: in std_logic;
o: out std_logic
);
end INVERTER;
architecture rtl of INVERTER is
begin
o <= not i;
end rtl;
library IEEE;
use IEEE.std_logic_1164.all;
entity FEWGATES is port (
a,b,c,d: in std_logic;
y: out std_logic
);
end FEWGATES;
architecture structural of FEWGATES is
component AND2 port (
i1: in std_logic;
i2: in std_logic;
y: out std_logic
);
end component;
component OR2 port (
i1: in std_logic;
i2: in std_logic;
y: out std_logic
);
end component;
component INVERTER port (
i: in std_logic;
o: out std_logic
);
end component;
signal a_and_b, c_and_d, not_c_and_d: std_logic;
begin
u1: and2 port map (i1 => a ,
i2 => b,
y => a_and_b
);
u2: and2 port map (i1 => c,
i2 => d,
y => c_and_d
);
u3: inverter port map (i => c_and_d,
o => not_c_and_d);
u4: or2 port map (i1 => a_and_b,
i2 => not_c_and_d,
y => y
);
end structural;
library IEEE;
use IEEE.std_logic_1164.all;
use work.simPrimitives.all;
entity simHierarchy is port (
A, B, Clk: in std_logic;
Y: out std_logic
);
end simHierarchy;
architecture hierarchical of simHierarchy is
signal ADly, BDly, OrGateDly, ClkDly: std_logic;
signal OrGate, FlopOut: std_logic;
begin
ADly <= transport A after 2 ns;
BDly <= transport B after 2 ns;
OrGateDly <= transport OrGate after 1.5 ns;
ClkDly <= transport Clk after 1 ns;
u1: OR2 generic map (tPD => 10 ns)
port map ( I1 => ADly,
I2 => BDly,
Y => OrGate
);
u2: simDFF generic map ( tS => 4 ns,
tH => 3 ns,
tCQ => 8 ns
)
port map ( D => OrGateDly,
Clk => ClkDly,
Q => FlopOut
);
Y <= transport FlopOut after 2 ns;
end hierarchical;
library IEEE;
use IEEE.std_logic_1164.all;
library IEEE;
use IEEE.std_logic_1164.all;
entity INVERTER is port (
i: in std_logic;
o: out std_logic
);
end INVERTER;
architecture rtl of INVERTER is
begin
o <= not i;
end rtl;
--------------------------------------------------------------------------------
--| File name : $RCSfile: io1164.vhd $
--| Library : SUPPORT
--| Revision : $Revision: 1.1 $
--| Author(s) : Vantage Analysis Systems, Inc; Des Young
--| Integration : Des Young
--| Creation : Nov 1995
--| Status : $State: Exp $
--|
--| Purpose : IO routines for std_logic_1164.
--| Assumptions : Numbers use radixed character set with no prefix.
--| Limitations : Does not read VHDL pound-radixed numbers.
--| Known Errors: none
--|
--| Description:
--| This is a modified library. The source is basically that donated by
--| Vantage to libutil. Des Young removed std_ulogic_vector support (to
--| conform to synthesizable libraries), and added read_oct/hex to integer.
--|
--| =======================================================================
--| Copyright (c) 1992-1994 Vantage Analysis Systems, Inc., all rights
--| reserved. This package is provided by Vantage Analysis Systems.
--| The package may not be sold without the express written consent of
--| Vantage Analysis Systems, Inc.
--|
--| The VHDL for this package may be copied and/or distributed as long as
--| this copyright notice is retained in the source and any modifications
--| are clearly marked in the History: list.
--|
--| Title : IO1164 package VHDL source
--| Package Name: somelib.IO1164
--| File Name : io1164.vhdl
--| Author(s) : dbb
--| Purpose : * Overloads procedures READ and WRITE for STD_LOGIC types
--| in manner consistent with TEXTIO package.
--| * Provides procedures to read and write logic values as
--| binary, octal, or hexadecimal values ('X' as appropriate).
--| These should be particularly useful for models
--| to read in stimulus as 0/1/x or octal or hex.
--| Subprograms :
--| Notes :
--| History : 1. Donated to libutil by Dave Bernstein 15 Jun 94
--| 2. Removed all std_ulogic_vector support, Des Young, 14 Nov 95
--| (This is because that type is not supported for synthesis).
--| 3. Added read_oct/hex to integer, Des Young, 20 Nov 95
--|
--| =======================================================================
--| Extra routines by Des Young, [email protected]. 1995. GNU copyright.
--| =======================================================================
--|
--------------------------------------------------------------------------------
library ieee;
package io1164 is
--$ !VANTAGE_METACOMMENTS_ON
--$ !VANTAGE_DNA_ON
-- import std_logic package
use ieee.std_logic_1164.all;
-- import textio package
use std.textio.all;
--
-- the READ and WRITE procedures act similarly to the procedures in the
-- STD.TEXTIO package. for each type, there are two read procedures and
-- one write procedure for converting between character and internal
-- representations of values. each value is represented as the string of
-- characters that you would use in VHDL code. (remember that apostrophes
-- and quotation marks are not used.) input is case-insensitive. output
-- is in upper case. see the following LRM sections for more information:
--
-- 2.3 - Subprogram Overloading
-- 3.3 - Access Types (STD.TEXTIO.LINE is an access type)
-- 7.3.6 - Allocators (allocators create access values)
-- 14.3 - Package TEXTIO
--
-- Note that the procedures for std_ulogic will match calls with the value
-- parameter of type std_logic.
--
-- declare READ procedures to overload like in TEXTIO
--
procedure read(l: inout line; value: out std_ulogic ; good: out boolean);
procedure read(l: inout line; value: out std_ulogic );
procedure read(l: inout line; value: out std_logic_vector ; good: out boolean);
procedure read(l: inout line; value: out std_logic_vector );
--
-- declare WRITE procedures to overload like in TEXTIO
--
procedure write(l : inout line ;
value : in std_ulogic ;
justified: in side := right;
field : in width := 0 );
procedure write(l : inout line ;
value : in std_logic_vector ;
justified: in side := right;
field : in width := 0 );
--
-- declare procedures to convert between logic values and octal
-- or hexadecimal ('X' where appropriate).
--
-- octal / std_logic_vector
procedure read_oct (l : inout line ;
value : out std_logic_vector ;
good : out boolean );
procedure read_oct (l : inout line ;
value : out std_logic_vector );
procedure write_oct(l : inout line ;
value : in std_logic_vector ;
justified : in side := right;
field : in width := 0 );
-- hexadecimal / std_logic_vector
procedure read_hex (l : inout line ;
value : out std_logic_vector ;
good : out boolean );
procedure read_hex (l : inout line ;
value : out std_logic_vector );
procedure write_hex(l : inout line ;
value : in std_logic_vector ;
justified : in side := right;
field : in width := 0 );
-- read a number into an integer
procedure read_oct(l : inout line;
value : out integer;
good : out boolean);
procedure read_oct(l : inout line;
value : out integer);
procedure read_hex(l : inout line;
value : out integer;
good : out boolean);
procedure read_hex(l : inout line;
value : out integer);
end io1164;
--------------------------------------------------------------------------------
--| Copyright (c) 1992-1994 Vantage Analysis Systems, Inc., all rights reserved
--| This package is provided by Vantage Analysis Systems.
--| The package may not be sold without the express written consent of
--| Vantage Analysis Systems, Inc.
--|
--| The VHDL for this package may be copied and/or distributed as long as
--| this copyright notice is retained in the source and any modifications
--| are clearly marked in the History: list.
--|
--| Title : IO1164 package body VHDL source
--| Package Name: VANTAGE_LOGIC.IO1164
--| File Name : io1164.vhdl
--| Author(s) : dbb
--| Purpose : source for IO1164 package body
--| Subprograms :
--| Notes : see package declaration
--| History : see package declaration
--------------------------------------------------------------------------------
package body io1164 is
--$ !VANTAGE_METACOMMENTS_ON
--$ !VANTAGE_DNA_ON
-- define lowercase conversion of characters for canonical comparison
type char2char_t is array (character'low to character'high) of character;
constant lowcase: char2char_t := (
nul, soh, stx, etx, eot, enq, ack, bel,
bs, ht, lf, vt, ff, cr, so, si,
dle, dc1, dc2, dc3, dc4, nak, syn, etb,
can, em, sub, esc, fsp, gsp, rsp, usp,
' ', '!', '"', '#', '$', '%', '&', ''',
'(', ')', '*', '+', ',', '-', '.', '/',
'0', '1', '2', '3', '4', '5', '6', '7',
'8', '9', ':', ';', '<', '=', '>', '?',
'@', 'a', 'b', 'c', 'd', 'e', 'f', 'g',
'h', 'i', 'j', 'k', 'l', 'm', 'n', 'o',
'p', 'q', 'r', 's', 't', 'u', 'v', 'w',
'x', 'y', 'z', '[', '\', ']', '^', '_',
'`', 'a', 'b', 'c', 'd', 'e', 'f', 'g',
'h', 'i', 'j', 'k', 'l', 'm', 'n', 'o',
'p', 'q', 'r', 's', 't', 'u', 'v', 'w',
'x', 'y', 'z', '{', '|', '}', '~', del);
-- define conversions between various types
-- logic -> character
type f_logic_to_character_t is
array (std_ulogic'low to std_ulogic'high) of character;
constant f_logic_to_character : f_logic_to_character_t :=
(
'U' => 'U',
'X' => 'X',
'0' => '0',
'1' => '1',
'Z' => 'Z',
'W' => 'W',
'L' => 'L',
'H' => 'H',
'-' => '-'
);
-- character, integer, logic
constant x_charcode : integer := -1;
constant maxoct_charcode: integer := 7;
constant maxhex_charcode: integer := 15;
constant bad_charcode : integer := integer'left;
type digit2int_t is
array ( character'low to character'high ) of integer;
constant octdigit2int: digit2int_t := (
'0' => 0, '1' => 1, '2' => 2, '3' => 3, '4' => 4,
'5' => 5, '6' => 6, '7' => 7,
'X' | 'x' => x_charcode, others => bad_charcode );
constant hexdigit2int: digit2int_t := (
'0' => 0, '1' => 1, '2' => 2, '3' => 3, '4' => 4,
'5' => 5, '6' => 6, '7' => 7, '8' => 8, '9' => 9,
'A' | 'a' => 10, 'B' | 'b' => 11, 'C' | 'c' => 12,
'D' | 'd' => 13, 'E' | 'e' => 14, 'F' | 'f' => 15,
'X' | 'x' => x_charcode, others => bad_charcode );
constant oct_bits_per_digit: integer := 3;
constant hex_bits_per_digit: integer := 4;
type int2octdigit_t is
array ( 0 to maxoct_charcode ) of character;
constant int2octdigit: int2octdigit_t :=
( 0 => '0', 1 => '1', 2 => '2', 3 => '3',
4 => '4', 5 => '5', 6 => '6', 7 => '7' );
type int2hexdigit_t is
array ( 0 to maxhex_charcode ) of character;
constant int2hexdigit: int2hexdigit_t :=
( 0 => '0', 1 => '1', 2 => '2', 3 => '3',
4 => '4', 5 => '5', 6 => '6', 7 => '7',
8 => '8', 9 => '9', 10 => 'A', 11 => 'B',
12 => 'C', 13 => 'D', 14 => 'E', 15 => 'F' );
type oct_logic_vector_t is
array(1 to oct_bits_per_digit) of std_ulogic;
type octint2logic_t is
array (x_charcode to maxoct_charcode) of oct_logic_vector_t;
constant octint2logic : octint2logic_t := (
( 'X', 'X', 'X' ),
( '0', '0', '0' ),
( '0', '0', '1' ),
( '0', '1', '0' ),
( '0', '1', '1' ),
( '1', '0', '0' ),
( '1', '0', '1' ),
( '1', '1', '0' ),
( '1', '1', '1' )
);
type hex_logic_vector_t is
array(1 to hex_bits_per_digit) of std_ulogic;
type hexint2logic_t is
array (x_charcode to maxhex_charcode) of hex_logic_vector_t;
constant hexint2logic : hexint2logic_t := (
( 'X', 'X', 'X', 'X' ),
( '0', '0', '0', '0' ),
( '0', '0', '0', '1' ),
( '0', '0', '1', '0' ),
( '0', '0', '1', '1' ),
( '0', '1', '0', '0' ),
( '0', '1', '0', '1' ),
( '0', '1', '1', '0' ),
( '0', '1', '1', '1' ),
( '1', '0', '0', '0' ),
( '1', '0', '0', '1' ),
( '1', '0', '1', '0' ),
( '1', '0', '1', '1' ),
( '1', '1', '0', '0' ),
( '1', '1', '0', '1' ),
( '1', '1', '1', '0' ),
( '1', '1', '1', '1' )
);
----------------------------------------------------------------------------
-- READ procedure bodies
--
-- The strategy for duplicating TEXTIO's overloading of procedures
-- with and without GOOD parameters is to put all the logic in the
-- version with the GOOD parameter and to have the version without
-- GOOD approximate a runtime error by use of an assertion.
--
----------------------------------------------------------------------------
--
-- std_ulogic
-- note: compatible with std_logic
--
procedure read( l: inout line; value: out std_ulogic; good : out boolean ) is
variable c : character; -- char read while looping
variable m : line; -- safe copy of L
variable success: boolean := false; -- readable version of GOOD
variable done : boolean := false; -- flag to say done reading chars
begin
--
-- algorithm:
--
-- if there are characters in the line
-- save a copy of the line
-- get the next character
-- if got one
-- set value
-- if all ok
-- free temp copy
-- else
-- free passed in line
-- assign copy back to line
-- set GOOD
--
-- only operate on lines that contain characters
if ( ( l /= null ) and ( l.all'length /= 0 ) ) then
-- save a copy of string in case read fails
m := new string'( l.all );
-- grab the next character
read( l, c, success );
-- if read ok
if success then
--
-- an issue here is whether lower-case values should be accepted or not
--
-- determine the value
case c is
when 'U' | 'u' => value := 'U';
when 'X' | 'x' => value := 'X';
when '0' => value := '0';
when '1' => value := '1';
when 'Z' | 'z' => value := 'Z';
when 'W' | 'w' => value := 'W';
when 'L' | 'l' => value := 'L';
when 'H' | 'h' => value := 'H';
when '-' => value := '-';
when others => success := false;
end case;
end if;
-- free working storage
if success then
deallocate( m );
else
deallocate( l );
l := m;
end if;
end if; -- non null access, non empty string
-- set output parameter
good := success;
end read;
procedure read( l: inout line; value: out std_ulogic ) is
variable success: boolean; -- internal good flag
begin
read( l, value, success ); -- use safe version
assert success
report "IO1164.READ: Unable to read STD_ULOGIC value."
severity error;
end read;
--
-- std_logic_vector
-- note: NOT compatible with std_ulogic_vector
--
procedure read(l : inout line ;
value: out std_logic_vector;
good : out boolean ) is
variable m : line ; -- saved copy of L
variable success : boolean := true; -- readable GOOD
variable logic_value : std_logic ; -- value for one array element
variable c : character ; -- read a character
begin
--
-- algorithm:
--
-- this procedure strips off leading whitespace, and then calls the
-- READ procedure for each single logic value element in the output
-- array.
--
-- only operate on lines that contain characters
if ( ( l /= null ) and ( l.all'length /= 0 ) ) then
-- save a copy of string in case read fails
m := new string'( l.all );
-- loop for each element in output array
for i in value'range loop
-- prohibit internal blanks
if i /= value'left then
if l.all'length = 0 then
success := false;
exit;
end if;
c := l.all(l.all'left);
if c = ' ' or c = ht then
success := false;
exit;
end if;
end if;
-- read the next logic value
read( l, logic_value, success );
-- stuff the value in if ok, else bail out
if success then
value( i ) := logic_value;
else
exit;
end if;
end loop; -- each element in output array
-- free working storage
if success then
deallocate( m );
else
deallocate( l );
l := m;
end if;
elsif ( value'length /= 0 ) then
-- string is empty but the return array has 1+ elements
success := false;
end if;
-- set output parameter
good := success;
end read;
procedure read(l: inout line; value: out std_logic_vector ) is
variable success: boolean;
begin
read( l, value, success );
assert success
report "IO1164.READ: Unable to read T_WLOGIC_VECTOR value."
severity error;
end read;
----------------------------------------------------------------------------
-- WRITE procedure bodies
----------------------------------------------------------------------------
--
-- std_ulogic
-- note: compatible with std_logic
--
procedure write(l : inout line ;
value : in std_ulogic ;
justified: in side := right;
field : in width := 0 ) is
begin
--
-- algorithm:
--
-- just write out the string associated with the enumerated
-- value.
--
case value is
when 'U' => write( l, character'('U'), justified, field );
when 'X' => write( l, character'('X'), justified, field );
when '0' => write( l, character'('0'), justified, field );
when '1' => write( l, character'('1'), justified, field );
when 'Z' => write( l, character'('Z'), justified, field );
when 'W' => write( l, character'('W'), justified, field );
when 'L' => write( l, character'('L'), justified, field );
when 'H' => write( l, character'('H'), justified, field );
when '-' => write( l, character'('-'), justified, field );
end case;
end write;
--
-- std_logic_vector
-- note: NOT compatible with std_ulogic_vector
--
procedure write(l : inout line ;
value : in std_logic_vector ;
justified: in side := right;
field : in width := 0 ) is
variable m: line; -- build up intermediate string
begin
--
-- algorithm:
--
-- for each value in array
-- add string representing value to intermediate string
-- write intermediate string to line parameter
-- free intermediate string
--
-- for each value in array
for i in value'range loop
-- add string representing value to intermediate string
write( m, value( i ) );
end loop;
-- write intermediate string to line parameter
write( l, m.all, justified, field );
-- free intermediate string
deallocate( m );
end write;
--------------------------------------------------------------------------------
----------------------------------------------------------------------------
-- procedure bodies for octal and hexadecimal read and write
----------------------------------------------------------------------------
--
-- std_logic_vector/octal
-- note: NOT compatible with std_ulogic_vector
--
procedure read_oct(l : inout line ;
value : out std_logic_vector;
good : out boolean ) is
variable m : line ; -- safe L
variable success : boolean := true; -- readable GOOD
variable logic_value : std_logic ; -- elem value
variable c : character ; -- char read
variable charcode : integer ; -- char->int
variable oct_logic_vector: oct_logic_vector_t ; -- for 1 digit
variable bitpos : integer ; -- in state vec.
begin
--
-- algorithm:
--
-- skip over leading blanks, then read a digit
-- and do a conversion into a logic value
-- for each element in array
--
-- make sure logic array is right size to read this base
success := ( ( value'length rem oct_bits_per_digit ) = 0 );
if success then
-- only operate on non-empty strings
if ( ( l /= null ) and ( l.all'length /= 0 ) ) then
-- save old copy of string in case read fails
m := new string'( l.all );
-- pick off leading white space and get first significant char
c := ' ';
while success and ( l.all'length > 0 ) and ( ( c = ' ' ) or ( c = ht ) ) loop
read( l, c, success );
end loop;
-- turn character into integer
charcode := octdigit2int( c );
-- not doing any bits yet
bitpos := 0;
-- check for bad first character
if charcode = bad_charcode then
success := false;
else
-- loop through each value in array
oct_logic_vector := octint2logic( charcode );
for i in value'range loop
-- doing the next bit
bitpos := bitpos + 1;
-- stick the value in
value( i ) := oct_logic_vector( bitpos );
-- read the next character if we're not at array end
if ( bitpos = oct_bits_per_digit ) and ( i /= value'right ) then
read( l, c, success );
if not success then
exit;
end if;
-- turn character into integer
charcode := octdigit2int( c );
-- check for bad char
if charcode = bad_charcode then
success := false;
exit;
end if;
-- reset bit position
bitpos := 0;
-- turn character code into state array
oct_logic_vector := octint2logic( charcode );
end if;
end loop; -- each index in return array
end if; -- if bad first character
-- clean up working storage
if success then
deallocate( m );
else
deallocate( l );
l := m;
end if;
-- no characters to read for return array that isn't null slice
elsif ( value'length /= 0 ) then
success := false;
end if; -- non null access, non empty string
end if;
-- set out parameter of success
good := success;
end read_oct;
procedure read_oct(l : inout line ;
value : out std_logic_vector) is
variable success: boolean; -- internal good flag
begin
read_oct( l, value, success ); -- use safe version
assert success
report "IO1164.READ_OCT: Unable to read T_LOGIC_VECTOR value."
severity error;
end read_oct;
procedure write_oct(l : inout line ;
value : in std_logic_vector ;
justified: in side := right;
field : in width := 0 ) is
variable m : line ; -- safe copy of L
variable goodlength : boolean ; -- array is ok len for this base
variable isx : boolean ; -- an X in this digit
variable integer_value: integer ; -- accumulate integer value
variable c : character; -- character read
variable charpos : integer ; -- index string being contructed
variable bitpos : integer ; -- bit index inside digit
begin
--
-- algorithm:
--
-- make sure this array can be written in this base
-- create a string to place intermediate results
-- initialize counters and flags to beginning of string
-- for each item in array
-- note unknown, else accumulate logic into integer
-- if at this digit's last bit
-- stuff digit just computed into intermediate result
-- reset flags and counters except for charpos
-- write intermediate result into line
-- free work storage
--
-- make sure this array can be written in this base
goodlength := ( ( value'length rem oct_bits_per_digit ) = 0 );
assert goodlength
report "IO1164.WRITE_OCT: VALUE'Length is not a multiple of 3."
severity error;
if goodlength then
-- create a string to place intermediate results
m := new string(1 to ( value'length / oct_bits_per_digit ) );
-- initialize counters and flags to beginning of string
charpos := 0;
bitpos := 0;
isx := false;
integer_value := 0;
-- for each item in array
for i in value'range loop
-- note unknown, else accumulate logic into integer
case value(i) is
when '0' | 'L' =>
integer_value := integer_value * 2;
when '1' | 'H' =>
integer_value := ( integer_value * 2 ) + 1;
when others =>
isx := true;
end case;
-- see if we've done this digit's last bit
bitpos := bitpos + 1;
if bitpos = oct_bits_per_digit then
-- stuff the digit just computed into the intermediate result
charpos := charpos + 1;
if isx then
m.all(charpos) := 'X';
else
m.all(charpos) := int2octdigit( integer_value );
end if;
-- reset flags and counters except for location in string being constructed
bitpos := 0;
isx := false;
integer_value := 0;
end if;
end loop;
-- write intermediate result into line
write( l, m.all, justified, field );
-- free work storage
deallocate( m );
end if;
end write_oct;
--
-- std_logic_vector/hexadecimal
-- note: NOT compatible with std_ulogic_vector
--
procedure read_hex(l : inout line ;
value : out std_logic_vector;
good : out boolean ) is
variable m : line ; -- safe L
variable success : boolean := true; -- readable GOOD
variable logic_value : std_logic ; -- elem value
variable c : character ; -- char read
variable charcode : integer ; -- char->int
variable hex_logic_vector: hex_logic_vector_t ; -- for 1 digit
variable bitpos : integer ; -- in state vec.
begin
--
-- algorithm:
--
-- skip over leading blanks, then read a digit
-- and do a conversion into a logic value
-- for each element in array
--
-- make sure logic array is right size to read this base
success := ( ( value'length rem hex_bits_per_digit ) = 0 );
if success then
-- only operate on non-empty strings
if ( ( l /= null ) and ( l.all'length /= 0 ) ) then
-- save old copy of string in case read fails
m := new string'( l.all );
-- pick off leading white space and get first significant char
c := ' ';
while success and ( l.all'length > 0 ) and ( ( c = ' ' ) or ( c = ht ) ) loop
read( l, c, success );
end loop;
-- turn character into integer
charcode := hexdigit2int( c );
-- not doing any bits yet
bitpos := 0;
-- check for bad first character
if charcode = bad_charcode then
success := false;
else
-- loop through each value in array
hex_logic_vector := hexint2logic( charcode );
for i in value'range loop
-- doing the next bit
bitpos := bitpos + 1;
-- stick the value in
value( i ) := hex_logic_vector( bitpos );
-- read the next character if we're not at array end
if ( bitpos = hex_bits_per_digit ) and ( i /= value'right ) then
read( l, c, success );
if not success then
exit;
end if;
-- turn character into integer
charcode := hexdigit2int( c );
-- check for bad char
if charcode = bad_charcode then
success := false;
exit;
end if;
-- reset bit position
bitpos := 0;
-- turn character code into state array
hex_logic_vector := hexint2logic( charcode );
end if;
end loop; -- each index in return array
end if; -- if bad first character
-- clean up working storage
if success then
deallocate( m );
else
deallocate( l );
l := m;
end if;
-- no characters to read for return array that isn't null slice
elsif ( value'length /= 0 ) then
success := false;
end if; -- non null access, non empty string
end if;
-- set out parameter of success
good := success;
end read_hex;
procedure read_hex(l : inout line ;
value : out std_logic_vector) is
variable success: boolean; -- internal good flag
begin
read_hex( l, value, success ); -- use safe version
assert success
report "IO1164.READ_HEX: Unable to read T_LOGIC_VECTOR value."
severity error;
end read_hex;
procedure write_hex(l : inout line ;
value : in std_logic_vector ;
justified: in side := right;
field : in width := 0 ) is
variable m : line ; -- safe copy of L
variable goodlength : boolean ; -- array is ok len for this base
variable isx : boolean ; -- an X in this digit
variable integer_value: integer ; -- accumulate integer value
variable c : character; -- character read
variable charpos : integer ; -- index string being contructed
variable bitpos : integer ; -- bit index inside digit
begin
--
-- algorithm:
--
-- make sure this array can be written in this base
-- create a string to place intermediate results
-- initialize counters and flags to beginning of string
-- for each item in array
-- note unknown, else accumulate logic into integer
-- if at this digit's last bit
-- stuff digit just computed into intermediate result
-- reset flags and counters except for charpos
-- write intermediate result into line
-- free work storage
--
-- make sure this array can be written in this base
goodlength := ( ( value'length rem hex_bits_per_digit ) = 0 );
assert goodlength
report "IO1164.WRITE_HEX: VALUE'Length is not a multiple of 4."
severity error;
if goodlength then
-- create a string to place intermediate results
m := new string(1 to ( value'length / hex_bits_per_digit ) );
-- initialize counters and flags to beginning of string
charpos := 0;
bitpos := 0;
isx := false;
integer_value := 0;
-- for each item in array
for i in value'range loop
-- note unknown, else accumulate logic into integer
case value(i) is
when '0' | 'L' =>
integer_value := integer_value * 2;
when '1' | 'H' =>
integer_value := ( integer_value * 2 ) + 1;
when others =>
isx := true;
end case;
-- see if we've done this digit's last bit
bitpos := bitpos + 1;
if bitpos = hex_bits_per_digit then
-- stuff the digit just computed into the intermediate result
charpos := charpos + 1;
if isx then
m.all(charpos) := 'X';
else
m.all(charpos) := int2hexdigit( integer_value );
end if;
-- reset flags and counters except for location in string being constructed
bitpos := 0;
isx := false;
integer_value := 0;
end if;
end loop;
-- write intermediate result into line
write( l, m.all, justified, field );
-- free work storage
deallocate( m );
end if;
end write_hex;
------------------------------------------------------------------------------
------------------------------------
-- Read octal/hex numbers to integer
------------------------------------
--
-- Read octal to integer
--
procedure read_oct(l : inout line;
value : out integer;
good : out boolean) is
variable pos : integer;
variable digit : integer;
variable result : integer := 0;
variable success : boolean := true;
variable c : character;
variable old_l : line := l;
begin
-- algorithm:
--
-- skip leading white space, read digit, convert
-- into integer
--
if (l /= NULL) then
-- set pos to start of actual number by skipping white space
pos := l'LEFT;
c := l(pos);
while ( l.all'length > 0 ) and ( ( c = ' ' ) or ( c = HT ) ) loop
pos := pos + 1;
c := l(pos);
end loop;
-- check for start of valid number
digit := octdigit2int(l(pos));
if ((digit = bad_charcode) or (digit = x_charcode)) then
good := FALSE;
return;
else
-- calculate integer value
for i in pos to l'RIGHT loop
digit := octdigit2int(l(pos));
exit when (digit = bad_charcode) or (digit = x_charcode);
result := (result * 8) + digit;
pos := pos + 1;
end loop;
value := result;
-- shrink line
if (pos > 1) then
l := new string'(old_l(pos to old_l'HIGH));
deallocate(old_l);
end if;
good := TRUE;
return;
end if;
else
good := FALSE;
end if;
end read_oct;
-- simple version
procedure read_oct(l : inout line;
value : out integer) is
variable success: boolean; -- internal good flag
begin
read_oct( l, value, success ); -- use safe version
assert success
report "IO1164.READ_OCT: Unable to read octal integer value."
severity error;
end read_oct;
--
-- Read hex to integer
--
procedure read_hex(l : inout line;
value : out integer;
good : out boolean) is
variable pos : integer;
variable digit : integer;
variable result : integer := 0;
variable success : boolean := true;
variable c : character;
variable old_l : line := l;
begin
-- algorithm:
--
-- skip leading white space, read digit, convert
-- into integer
--
if (l /= NULL) then
-- set pos to start of actual number by skipping white space
pos := l'LEFT;
c := l(pos);
while ( l.all'length > 0 ) and ( ( c = ' ' ) or ( c = HT ) ) loop
pos := pos + 1;
c := l(pos);
end loop;
-- check for start of valid number
digit := hexdigit2int(l(pos));
if ((digit = bad_charcode) or (digit = x_charcode)) then
good := FALSE;
return;
else
-- calculate integer value
for i in pos to l'RIGHT loop
digit := hexdigit2int(l(pos));
exit when (digit = bad_charcode) or (digit = x_charcode);
result := (result * 16) + digit;
pos := pos + 1;
end loop;
value := result;
-- shrink line
if (pos > 1) then
l := new string'(old_l(pos to old_l'HIGH));
deallocate(old_l);
end if;
good := TRUE;
return;
end if;
else
good := FALSE;
end if;
end read_hex;
-- simple version
procedure read_hex(l : inout line;
value : out integer) is
variable success: boolean; -- internal good flag
begin
read_hex( l, value, success ); -- use safe version
assert success
report "IO1164.READ_HEX: Unable to read hex integer value."
severity error;
end read_hex;
end io1164;
library IEEE;
use IEEE.std_logic_1164.all;
use IEEE.numeric_std.all;
entity asyncLdCnt is port (
loadVal: in std_logic_vector(3 downto 0);
clk, load: in std_logic;
q: out std_logic_vector(3 downto 0)
);
end asyncLdCnt;
architecture rtl of asyncLdCnt is
signal qLocal: unsigned(3 downto 0);
begin
process (clk, load, loadVal) begin
if (load = '1') then
qLocal <= to_unsigned(loadVal);
elsif (clk'event and clk = '1' ) then
qLocal <= qLocal + 1;
end if;
end process;
q <= to_stdlogicvector(qLocal);
end rtl;
library IEEE;
use IEEE.std_logic_1164.all;
use IEEE.std_logic_unsigned.all;
entity LoadCnt is port (
CntEn: in std_logic;
LdCnt: in std_logic;
LdData: in std_logic_vector(3 downto 0);
Clk: in std_logic;
Rst: in std_logic;
CntVal: out std_logic_vector(3 downto 0)
);
end LoadCnt;
architecture behavioral of LoadCnt is
signal Cnt: std_logic_vector(3 downto 0);
begin
counter: process (Clk, Rst) begin
if Rst = '1' then
Cnt <= (others => '0');
elsif (Clk'event and Clk = '1') then
if (LdCnt = '1') then
Cnt <= LdData;
elsif (CntEn = '1') then
Cnt <= Cnt + 1;
else
Cnt <= Cnt;
end if;
end if;
end process;
CntVal <= Cnt;
end behavioral;
library IEEE;
use IEEE.std_logic_1164.all;
library UTILS;
use UTILS.io1164.all;
use std.textio.all;
entity loadCntTB is
end loadCntTB;
architecture testbench of loadCntTB is
component loadCnt port (
data: in std_logic_vector (7 downto 0);
load: in std_logic;
clk: in std_logic;
rst: in std_logic;
q: out std_logic_vector (7 downto 0)
);
end component;
file vectorFile: text is in "vectorfile";
type vectorType is record
data: std_logic_vector(7 downto 0);
load: std_logic;
rst: std_logic;
q: std_logic_vector(7 downto 0);
end record;
signal testVector: vectorType;
signal TestClk: std_logic := '0';
signal Qout: std_logic_vector(7 downto 0);
constant ClkPeriod: time := 100 ns;
for all: loadCnt use entity work.loadcnt(rtl);
begin
-- File reading and stimulus application
readVec: process
variable VectorLine: line;
variable VectorValid: boolean;
variable vRst: std_logic;
variable vLoad: std_logic;
variable vData: std_logic_vector(7 downto 0);
variable vQ: std_logic_vector(7 downto 0);
begin
while not endfile (vectorFile) loop
readline(vectorFile, VectorLine);
read(VectorLine, vRst, good => VectorValid);
next when not VectorValid;
read(VectorLine, vLoad);
read(VectorLine, vData);
read(VectorLine, vQ);
wait for ClkPeriod/4;
testVector.Rst <= vRst;
testVector.Load <= vLoad;
testVector.Data <= vData;
testVector.Q <= vQ;
wait for (ClkPeriod/4) * 3;
end loop;
assert false
report "Simulation complete"
severity note;
wait;
end process;
-- Free running test clock
TestClk <= not TestClk after ClkPeriod/2;
-- Instance of design being tested
u1: loadCnt port map (Data => testVector.Data,
load => testVector.Load,
clk => TestClk,
rst => testVector.Rst,
q => Qout
);
-- Process to verify outputs
verify: process (TestClk)
variable ErrorMsg: line;
begin
if (TestClk'event and TestClk = '0') then
if Qout /= testVector.Q then
write(ErrorMsg, string'("Vector failed "));
write(ErrorMsg, now);
writeline(output, ErrorMsg);
end if;
end if;
end process;
end testbench;
library IEEE;
use IEEE.std_logic_1164.all;
use IEEE.std_logic_unsigned.all;
entity loadCnt is port (
data: in std_logic_vector (7 downto 0);
load: in std_logic;
clk: in std_logic;
rst: in std_logic;
q: out std_logic_vector (7 downto 0)
);
end loadCnt;
architecture rtl of loadCnt is
signal cnt: std_logic_vector (7 downto 0);
begin
counter: process (clk, rst) begin
if (rst = '1') then
cnt <= (others => '0');
elsif (clk'event and clk = '1') then
if (load = '1') then
cnt <= data;
else
cnt <= cnt + 1;
end if;
end if;
end process;
q <= cnt;
end rtl;
library IEEE;
use IEEE.std_logic_1164.all;
use IEEE.std_logic_unsigned.all;
entity multiplier is port (
a,b : in std_logic_vector (15 downto 0);
product: out std_logic_vector (31 downto 0)
);
end multiplier;
architecture dataflow of multiplier is
begin
product <= a * b;
end dataflow;
library IEEE;
use IEEE.std_logic_1164.all;
entity mux is port (
A, B, Sel: in std_logic;
Y: out std_logic
);
end mux;
architecture simModel of mux is
-- Delay Constants
constant tPD_A: time := 10 ns;
constant tPD_B: time := 15 ns;
constant tPD_Sel: time := 5 ns;
begin
DelayMux: process (A, B, Sel)
variable localY: std_logic; -- Zero delay place holder for Y
begin
-- Zero delay model
case Sel is
when '0' =>
localY := A;
when others =>
localY := B;
end case;
-- Delay calculation
if (B'event) then
Y <= localY after tPD_B;
elsif (A'event) then
Y <= localY after tPD_A;
else
Y <= localY after tPD_Sel;
end if;
end process;
end simModel;
library IEEE;
use IEEE.std_logic_1164.all;
use IEEE.std_logic_unsigned.all;
entity ForceShare is port (
a,b,c,d,e,f: in std_logic_vector (7 downto 0);
result: out std_logic_vector(7 downto 0)
);
end ForceShare;
architecture behaviour of ForceShare is
begin
sum: process (a,c,b,d,e,f)
begin
if (a + b = "10011010") then
result <= c;
elsif (a + b = "01011001") then
result <= d;
elsif (a + b = "10111011") then
result <= e;
else
result <= f;
end if;
end process;
end behaviour;
library IEEE;
use IEEE.std_logic_1164.all;
entity TRIBUF8 is port (
ip: in std_logic_vector(7 downto 0);
oe: in std_logic;
op: out std_logic_vector(7 downto 0)
);
end TRIBUF8;
architecture concurrent of TRIBUF8 is
begin
op <= ip when oe = '1' else (others => 'Z');
end concurrent;
library IEEE;
use IEEE.std_logic_1164.all;
entity TRIBUF is port (
ip: in std_logic;
oe: in std_logic;
op: out std_logic
);
end TRIBUF;
architecture concurrent of TRIBUF is
begin
op <= ip when oe = '1' else 'Z';
end concurrent;
library IEEE;
use IEEE.std_logic_1164.all;
entity TRIBUF8 is port (
ip: in std_logic_vector(7 downto 0);
oe: in std_logic;
op: out std_logic_vector(7 downto 0)
);
end TRIBUF8;
architecture sequential of TRIBUF8 is
begin
enable: process (ip,oe) begin
if (oe = '1') then
op <= ip;
else
op <= (others => 'Z');
end if;
end process;
end sequential;
library IEEE;
use IEEE.std_logic_1164.all;
entity TRIBUF is port (
ip: in bit;
oe: in bit;
op: out bit
);
end TRIBUF;
architecture sequential of TRIBUF is
begin
enable: process (ip,oe) begin
if (oe = '1') then
op <= ip;
else
op <= null;
end if;
end process;
end sequential;
library IEEE;
use IEEE.std_logic_1164.all;
entity TRIBUF is port (
ip: in std_logic;
oe: in std_logic;
op: out std_logic
);
end TRIBUF;
architecture sequential of TRIBUF is
begin
enable: process (ip,oe) begin
if (oe = '1') then
op <= ip;
else
op <= 'Z';
end if;
end process;
end sequential;
library IEEE;
use IEEE.std_logic_1164.all;
use work.primitive.all;
entity tribuffer is port (
input: in std_logic;
enable: in std_logic;
output: out std_logic
);
end tribuffer;
architecture structural of tribuffer is
begin
u1: tribuf port map (ip => input,
oe => enable,
op => output
);
end structural;
library ieee;
use ieee.std_logic_1164.all;
use work.primitive.all;
entity oddParityGen is
generic ( width : integer := 8 );
port (ad: in std_logic_vector (width - 1 downto 0);
oddParity : out std_logic ) ;
end oddParityGen;
architecture scaleable of oddParityGen is
signal genXor: std_logic_vector(ad'range);
begin
genXOR(0) <= '0';
parTree: for i in 1 to ad'high generate
x1: xor2 port map (i1 => genXor(i - 1),
i2 => ad(i - 1),
y => genXor(i)
);
end generate;
oddParity <= genXor(ad'high) ;
end scaleable ;
library ieee;
use ieee.std_logic_1164.all;
entity oddParityLoop is
generic ( width : integer := 8 );
port (ad: in std_logic_vector (width - 1 downto 0);
oddParity : out std_logic ) ;
end oddParityLoop ;
architecture scaleable of oddParityLoop is
begin
process (ad)
variable loopXor: std_logic;
begin
loopXor := '0';
for i in 0 to width -1 loop
loopXor := loopXor xor ad( i ) ;
end loop ;
oddParity <= loopXor ;
end process;
end scaleable ;
library IEEE;
use IEEE.std_logic_1164.all;
library IEEE;
use IEEE.std_logic_1164.all;
entity OR2 is port (
i1: in std_logic;
i2: in std_logic;
y: out std_logic
);
end OR2;
architecture rtl of OR2 is
begin
y <= '1' when i1 = '1' or i2 = '1' else '0';
end rtl;
library IEEE;
USE IEEE.std_logic_1164.all;
entity OR2 is port (
I1, I2: in std_logic;
Y: out std_logic
);
end OR2;
architecture simple of OR2 is
begin
Y <= I1 OR I2 after 10 ns;
end simple;
library IEEE;
USE IEEE.std_logic_1164.all;
package simPrimitives is
component OR2
generic (tPD: time := 1 ns);
port (I1, I2: in std_logic;
Y: out std_logic
);
end component;
end simPrimitives;
library IEEE;
USE IEEE.std_logic_1164.all;
entity OR2 is
generic (tPD: time := 1 ns);
port (I1, I2: in std_logic;
Y: out std_logic
);
end OR2;
architecture simple of OR2 is
begin
Y <= I1 OR I2 after tPD;
end simple;
library ieee;
use ieee.std_logic_1164.all;
use ieee.numeric_std.all;
entity adder is port (
a,b: in std_logic_vector(3 downto 0);
sum: out std_logic_vector(3 downto 0);
overflow: out std_logic
);
end adder;
architecture concat of adder is
signal localSum: std_logic_vector(4 downto 0);
begin
localSum <= std_logic_vector(unsigned('0' & a) + unsigned('0' & b));
sum <= localSum(3 downto 0);
overflow <= localSum(4);
end concat;
library IEEE;
use IEEE.std_logic_1164.all;
use work.primitive.all;
entity paramDFF is
generic (size: integer := 8);
port (
data: in std_logic_vector(size - 1 downto 0);
clock: in std_logic;
reset: in std_logic;
ff_enable: in std_logic;
op_enable: in std_logic;
qout: out std_logic_vector(size - 1 downto 0)
);
end paramDFF;
architecture parameterize of paramDFF is
signal reg: std_logic_vector(size - 1 downto 0);
begin
u1: pDFFE generic map (n => size)
port map (d => data,
clk =>clock,
rst => reset,
en => ff_enable,
q => reg
);
u2: pTRIBUF generic map (n => size)
port map (ip => reg,
oe => op_enable,
op => qout
);
end paramterize;
library ieee;
use ieee.std_logic_1164.all;
use work.primitive.all;
entity oddParityGen is
generic ( width : integer := 32 );
port (ad: in std_logic_vector (width - 1 downto 0);
oddParity : out std_logic ) ;
end oddParityGen;
architecture scaleable of oddParityGen is
signal genXor: std_logic_vector(ad'range);
signal one: std_logic := '1';
begin
parTree: for i in ad'range generate
g0: if i = 0 generate
x0: xor2 port map (i1 => one,
i2 => one,
y => genXor(0)
);
end generate;
g1: if i > 0 and i <= ad'high generate
x1: xor2 port map (i1 => genXor(i - 1),
i2 => ad(i - 1),
y => genXor(i)
);
end generate;
end generate;
oddParity <= genXor(ad'high) ;
end scaleable ;
library ieee;
use ieee.std_logic_1164.all;
use work.primitive.all;
entity oddParityGen is
generic ( width : integer := 32 ); -- (2 <= width <= 32) and a power of 2
port (ad: in std_logic_vector (width - 1 downto 0);
oddParity : out std_logic ) ;
end oddParityGen;
architecture scaleable of oddParityGen is
signal stage0: std_logic_vector(31 downto 0);
signal stage1: std_logic_vector(15 downto 0);
signal stage2: std_logic_vector(7 downto 0);
signal stage3: std_logic_vector(3 downto 0);
signal stage4: std_logic_vector(1 downto 0);
begin
g4: for i in stage4'range generate
g41: if (ad'length > 2) generate
x4: xor2 port map (stage3(i), stage3(i + stage4'length), stage4(i));
end generate;
end generate;
g3: for i in stage3'range generate
g31: if (ad'length > 4) generate
x3: xor2 port map (stage2(i), stage2(i + stage3'length), stage3(i));
end generate;
end generate;
g2: for i in stage2'range generate
g21: if (ad'length > 8) generate
x2: xor2 port map (stage1(i), stage1(i + stage2'length), stage2(i));
end generate;
end generate;
g1: for i in stage1'range generate
g11: if (ad'length > 16) generate
x1: xor2 port map (stage0(i), stage0(i + stage1'length), stage1(i));
end generate;
end generate;
s1: for i in ad'range generate
s14: if (ad'length = 2) generate
stage4(i) <= ad(i);
end generate;
s13: if (ad'length = 4) generate
stage3(i) <= ad(i);
end generate;
s12: if (ad'length = 8) generate
stage2(i) <= ad(i);
end generate;
s11: if (ad'length = 16) generate
stage1(i) <= ad(i);
end generate;
s10: if (ad'length = 32) generate
stage0(i) <= ad(i);
end generate;
end generate;
genPar: xor2 port map (stage4(0), stage4(1), oddParity);
end scaleable ;
library IEEE;
use IEEE.std_logic_1164.all;
use IEEE.numeric_std.all;
entity powerOfFour is port(
clk : in std_logic;
inputVal : in unsigned(3 downto 0);
power : out unsigned(15 downto 0)
);
end powerOfFour;
architecture behavioral of powerOfFour is
function Pow( N, Exp : integer ) return integer is
Variable Result : integer := 1;
begin
for i in 1 to Exp loop
Result := Result * N;
end loop;
return( Result );
end Pow;
signal inputValInt: integer range 0 to 15;
signal powerL: integer range 0 to 65535;
begin
inputValInt <= to_integer(inputVal);
power <= to_unsigned(powerL,16);
process begin
wait until Clk = '1';
powerL <= Pow(inputValInt,4);
end process;
end behavioral;
package PowerPkg is
component Power port(
Clk : in bit;
inputVal : in bit_vector(0 to 3);
power : out bit_vector(0 to 15) );
end component;
end PowerPkg;
use work.bv_math.all;
use work.int_math.all;
use work.PowerPkg.all;
entity Power is port(
Clk : in bit;
inputVal : in bit_vector(0 to 3);
power : out bit_vector(0 to 15) );
end Power;
architecture funky of Power is
function Pow( N, Exp : integer ) return integer is
Variable Result : integer := 1;
Variable i : integer := 0;
begin
while( i < Exp ) loop
Result := Result * N;
i := i + 1;
end loop;
return( Result );
end Pow;
function RollVal( CntlVal : integer ) return integer is
begin
return( Pow( 2, CntlVal ) + 2 );
end RollVal;
begin
process
begin
wait until Clk = '1';
power <= i2bv(Rollval(bv2I(inputVal)),16);
end process;
end funky;
library ieee;
use ieee.std_logic_1164.all;
use ieee.numeric_std.all;
entity priority_encoder is port
(interrupts : in std_logic_vector(7 downto 0);
priority : in std_logic_vector(2 downto 0);
result : out std_logic_vector(2 downto 0)
);
end priority_encoder;
architecture behave of priority_encoder is
begin
process (interrupts)
variable selectIn : integer;
variable LoopCount : integer;
begin
LoopCount := 1;
selectIn := to_integer(to_unsigned(priority));
while (LoopCount <= 7) and (interrupts(selectIn) /= '0') loop
if (selectIn = 0) then
selectIn := 7;
else
selectIn := selectIn - 1;
end if;
LoopCount := LoopCount + 1;
end loop;
result <= std_logic_vector(to_unsigned(selectIn,3));
end process;
end behave;
library IEEE;
use IEEE.std_logic_1164.all;
package primitive is
component DFFE port (
d: in std_logic;
q: out std_logic;
en: in std_logic;
clk: in std_logic
);
end component;
component DFFE_SR port (
d: in std_logic;
en: in std_logic;
clk: in std_logic;
rst: in std_logic;
prst: in std_logic;
q: out std_logic
);
end component;
component DLATCHH port (
d: in std_logic;
en: in std_logic;
q: out std_logic
);
end component;
component AND2 port (
i1: in std_logic;
i2: in std_logic;
y: out std_logic
);
end component;
component OR2 port (
i1: in std_logic;
i2: in std_logic;
y: out std_logic
);
end component;
component INVERTER port (
i: in std_logic;
o: out std_logic
);
end component;
component TRIBUF port (
ip: in std_logic;
oe: in std_logic;
op: out std_logic
);
end component;
component BIDIR port (
ip: in std_logic;
oe: in std_logic;
op_fb: out std_logic;
op: inout std_logic
);
end component;
end package;
library IEEE;
use IEEE.std_logic_1164.all;
entity DFFE is port (
d: in std_logic;
q: out std_logic;
en: in std_logic;
clk: in std_logic
);
end DFFE;
architecture rtl of DFFE is
begin
process begin
wait until clk = '1';
if (en = '1') then
q <= d;
end if;
end process;
end rtl;
library IEEE;
use IEEE.std_logic_1164.all;
entity DFFE_SR is port (
d: in std_logic;
en: in std_logic;
clk: in std_logic;
rst: in std_logic;
prst: in std_logic;
q: out std_logic
);
end DFFE_SR;
architecture rtl of DFFE_SR is
begin
process (clk, rst, prst) begin
if (rst = '1') then
q <= '0';
elsif (prst = '1') then
q <= '1';
elsif (clk'event and clk = '1') then
if (en = '1') then
q <= d;
end if;
end if;
end process;
end rtl;
library IEEE;
use IEEE.std_logic_1164.all;
entity DLATCHH is port (
d: in std_logic;
en: in std_logic;
q: out std_logic
);
end DLATCHH;
architecture rtl of DLATCHH is
begin
process (en) begin
if (en = '1') then
q <= d;
end if;
end process;
end rtl;
library IEEE;
use IEEE.std_logic_1164.all;
entity AND2 is port (
i1: in std_logic;
i2: in std_logic;
y: out std_logic
);
end AND2;
architecture rtl of AND2 is
begin
y <= '1' when i1 = '1' and i2 = '1' else '0';
end rtl;
library IEEE;
use IEEE.std_logic_1164.all;
entity OR2 is port (
i1: in std_logic;
i2: in std_logic;
y: out std_logic
);
end OR2;
architecture rtl of OR2 is
begin
y <= '1' when i1 = '1' or i2 = '1' else '0';
end rtl;
library IEEE;
use IEEE.std_logic_1164.all;
entity INVERTER is port (
i: in std_logic;
o: out std_logic
);
end INVERTER;
architecture rtl of INVERTER is
begin
o <= not i;
end rtl;
library IEEE;
use IEEE.std_logic_1164.all;
entity TRIBUF is port (
ip: in std_logic;
oe: in std_logic;
op: out std_logic
);
end TRIBUF;
architecture rtl of TRIBUF is
begin
op <= ip when oe = '1' else 'Z';
end rtl;
library IEEE;
use IEEE.std_logic_1164.all;
entity BIDIR is port (
ip: in std_logic;
oe: in std_logic;
op_fb: out std_logic;
op: inout std_logic
);
end BIDIR;
architecture rtl of BIDIR is
begin
op <= ip when oe = '1' else 'Z';
op_fb <= op;
end rtl;
library ieee;
use ieee.std_logic_1164.all;
use ieee.numeric_std.all;
entity progPulse is port (
clk, reset: in std_logic;
loadLength,loadDelay: in std_logic;
data: in std_logic_vector(7 downto 0);
pulse: out std_logic
);
end progPulse;
architecture rtl of progPulse is
signal downCnt, downCntData: unsigned(7 downto 0);
signal downCntLd, downCntEn: std_logic;
signal delayCntVal, pulseCntVal: unsigned(7 downto 0);
signal startPulse, endPulse: std_logic;
subtype fsmType is std_logic_vector(1 downto 0);
constant loadDelayCnt : fsmType := "00";
constant waitDelayEnd : fsmType := "10";
constant loadLengthCnt : fsmType := "11";
constant waitLengthEnd : fsmType := "01";
signal currState, nextState: fsmType;
begin
delayreg: process (clk, reset) begin
if reset = '1' then
delayCntVal <= "11111111";
elsif clk'event and clk = '1' then
if loadDelay = '1' then
delayCntVal <= to_unsigned(data);
end if;
end if;
end process;
lengthReg: process (clk, reset) begin
if reset = '1' then
pulseCntVal <= "11111111";
elsif clk'event and clk = '1' then
if loadDelay = '1' then
pulseCntVal <= to_unsigned(data);
end if;
end if;
end process;
nextStProc: process (currState, downCnt, loadDelay, loadLength) begin
case currState is
when loadDelayCnt =>
nextState <= waitDelayEnd;
when waitDelayEnd =>
if (loadDelay = '1' or loadLength = '1') then
nextState <= loadDelayCnt;
elsif (downCnt = 0) then
nextState <= loadLengthCnt;
else
nextState <= waitDelayEnd;
end if;
when loadLengthCnt =>
if (loadDelay = '1' or loadLength = '1') then
nextState <= loadDelayCnt;
else
nextState <= waitLengthEnd;
end if;
when waitLengthEnd =>
if (loadDelay = '1' or loadLength = '1') then
nextState <= loadDelayCnt;
elsif (downCnt = 0) then
nextState <= loadDelayCnt;
else
nextState <= waitDelayEnd;
end if;
when others =>
null;
end case;
end process nextStProc;
currStProc: process (clk, reset) begin
if (reset = '1') then
currState <= loadDelayCnt;
elsif (clk'event and clk = '1') then
currState <= nextState;
end if;
end process currStProc;
outConProc: process (currState, delayCntVal, pulseCntVal) begin
case currState is
when loadDelayCnt =>
downCntEn <= '0';
downCntLd <= '1';
downCntData <= delayCntVal;
when waitDelayEnd =>
downCntEn <= '1';
downCntLd <= '0';
downCntData <= delayCntVal;
when loadLengthCnt =>
downCntEn <= '0';
downCntLd <= '1';
downCntData <= pulseCntVal;
when waitLengthEnd =>
downCntEn <= '1';
downCntLd <= '0';
downCntData <= pulseCntVal;
when others =>
downCntEn <= '0';
downCntLd <= '1';
downCntData <= pulseCntVal;
end case;
end process outConProc;
downCntr: process (clk,reset) begin
if (reset = '1') then
downCnt <= "00000000";
elsif (clk'event and clk = '1') then
if (downCntLd = '1') then
downCnt <= downCntData;
elsif (downCntEn = '1') then
downCnt <= downCnt - 1;
else
downCnt <= downCnt;
end if;
end if;
end process;
-- Assign pulse output
pulse <= currState(0);
end rtl;
library ieee;
use ieee.std_logic_1164.all;
entity pulseErr is port
(a: in std_logic;
b: out std_logic
);
end pulseErr;
architecture behavior of pulseErr is
signal c: std_logic;
begin
pulse: process (a,c) begin
b <= c XOR a;
c <= a;
end process;
end behavior;
library ieee;
use ieee.std_logic_1164.all;
use ieee.numeric_std.all;
entity progPulse is port (
clk, reset: in std_logic;
loadLength,loadDelay: in std_logic;
data: in std_logic_vector(7 downto 0);
pulse: out std_logic
);
end progPulse;
architecture rtl of progPulse is
signal downCnt, downCntData: unsigned(7 downto 0);
signal downCntLd, downCntEn: std_logic;
signal delayCntVal, pulseCntVal: unsigned(7 downto 0);
signal startPulse, endPulse: std_logic;
type progPulseFsmType is (loadDelayCnt, waitDelayEnd, loadLengthCnt, waitLengthEnd);
signal currState, nextState: progPulseFsmType;
begin
delayreg: process (clk, reset) begin
if reset = '1' then
delayCntVal <= "11111111";
elsif clk'event and clk = '1' then
if loadDelay = '1' then
delayCntVal <= to_unsigned(data);
end if;
end if;
end process;
lengthReg: process (clk, reset) begin
if reset = '1' then
pulseCntVal <= "11111111";
elsif clk'event and clk = '1' then
if loadDelay = '1' then
pulseCntVal <= to_unsigned(data);
end if;
end if;
end process;
nextStProc: process (currState, downCnt, loadDelay, loadLength) begin
case currState is
when loadDelayCnt =>
nextState <= waitDelayEnd;
when waitDelayEnd =>
if (loadDelay = '1' or loadLength = '1') then
nextState <= loadDelayCnt;
elsif (downCnt = 0) then
nextState <= loadLengthCnt;
else
nextState <= waitDelayEnd;
end if;
when loadLengthCnt =>
if (loadDelay = '1' or loadLength = '1') then
nextState <= loadDelayCnt;
else
nextState <= waitLengthEnd;
end if;
when waitLengthEnd =>
if (loadDelay = '1' or loadLength = '1') then
nextState <= loadDelayCnt;
elsif (downCnt = 0) then
nextState <= loadDelayCnt;
else
nextState <= waitDelayEnd;
end if;
when others =>
null;
end case;
end process nextStProc;
currStProc: process (clk, reset) begin
if (reset = '1') then
currState <= loadDelayCnt;
elsif (clk'event and clk = '1') then
currState <= nextState;
end if;
end process currStProc;
outConProc: process (currState, delayCntVal, pulseCntVal) begin
case currState is
when loadDelayCnt =>
downCntEn <= '0';
downCntLd <= '1';
downCntData <= delayCntVal;
pulse <= '0';
when waitDelayEnd =>
downCntEn <= '1';
downCntLd <= '0';
downCntData <= delayCntVal;
pulse <= '0';
when loadLengthCnt =>
downCntEn <= '0';
downCntLd <= '1';
downCntData <= pulseCntVal;
pulse <= '1';
when waitLengthEnd =>
downCntEn <= '1';
downCntLd <= '0';
downCntData <= pulseCntVal;
pulse <= '1';
when others =>
downCntEn <= '0';
downCntLd <= '1';
downCntData <= pulseCntVal;
pulse <= '0';
end case;
end process outConProc;
downCntr: process (clk,reset) begin
if (reset = '1') then
downCnt <= "00000000";
elsif (clk'event and clk = '1') then
if (downCntLd = '1') then
downCnt <= downCntData;
elsif (downCntEn = '1') then
downCnt <= downCnt - 1;
else
downCnt <= downCnt;
end if;
end if;
end process;
end rtl;
library ieee;
use ieee.std_logic_1164.all;
use ieee.numeric_std.all;
entity progPulseFsm is port (
downCnt: in std_logic_vector(7 downto 0);
delayCntVal: in std_logic_vector(7 downto 0);
lengthCntVal: in std_logic_vector(7 downto 0);
loadLength: in std_logic;
loadDelay: in std_logic;
clk: in std_logic;
reset: in std_logic;
downCntEn: out std_logic;
downCntLd: out std_logic;
downCntData: out std_logic_vector(7 downto 0);
pulse: out std_logic
);
end progPulseFsm;
architecture fsm of progPulseFsm is
type progPulseFsmType is (loadDelayCnt, waitDelayEnd, loadLengthCnt, waitLengthEnd);
type stateVec is array (3 downto 0) of std_logic;
type stateBits is array (progPulseFsmType) of stateVec;
signal loadVal: std_logic;
constant stateTable: stateBits := (
loadDelayCnt => "0010",
waitDelayEnd => "0100",
loadLengthCnt => "0011",
waitLengthEnd => "1101" );
-- ^^^^
-- ||||__ loadVal
-- |||___ downCntLd
-- ||____ downCntEn
-- |_____ pulse
signal currState, nextState: progPulseFsmType;
begin
nextStProc: process (currState, downCnt, loadDelay, loadLength) begin
case currState is
when loadDelayCnt =>
nextState <= waitDelayEnd;
when waitDelayEnd =>
if (loadDelay = '1' or loadLength = '1') then
nextState <= loadDelayCnt;
elsif (to_unsigned(downCnt) = 0) then
nextState <= loadLengthCnt;
else
nextState <= waitDelayEnd;
end if;
when loadLengthCnt =>
if (loadDelay = '1' or loadLength = '1') then
nextState <= loadDelayCnt;
else
nextState <= waitLengthEnd;
end if;
when waitLengthEnd =>
if (loadDelay = '1' or loadLength = '1') then
nextState <= loadDelayCnt;
elsif (to_unsigned(downCnt) = 0) then
nextState <= loadDelayCnt;
else
nextState <= waitDelayEnd;
end if;
when others =>
null;
end case;
end process nextStProc;
currStProc: process (clk, reset) begin
if (reset = '1') then
currState <= loadDelayCnt;
elsif (clk'event and clk = '1') then
currState <= nextState;
end if;
end process currStProc;
pulse <= stateTable(currState)(3);
downCntEn <= stateTable(currState)(2);
downCntLd <= stateTable(currState)(1);
loadVal <= stateTable(currState)(0);
downCntData <= delayCntVal when loadVal = '0' else lengthCntVal;
end fsm;
-- Incorporates Errata 6.1
library ieee;
use ieee.std_logic_1164.all;
use ieee.numeric_std.all;
entity progPulseFsm is port (
downCnt: in std_logic_vector(7 downto 0);
delayCntVal: in std_logic_vector(7 downto 0);
lengthCntVal: in std_logic_vector(7 downto 0);
loadLength: in std_logic;
loadDelay: in std_logic;
clk: in std_logic;
reset: in std_logic;
downCntEn: out std_logic;
downCntLd: out std_logic;
downtCntData: out std_logic_vector(7 downto 0);
pulse: out std_logic
);
end progPulseFsm;
architecture fsm of progPulseFsm is
type progPulseFsmType is (loadDelayCnt, waitDelayEnd, loadLengthCnt, waitLengthEnd);
signal currState, nextState: progPulseFsmType;
signal downCntL: unsigned (7 downto 0);
begin
downCntL <= to_unsigned(downCnt); -- convert downCnt to unsigned
nextStProc: process (currState, downCntL, loadDelay, loadLength) begin
case currState is
when loadDelayCnt =>
nextState <= waitDelayEnd;
when waitDelayEnd =>
if (loadDelay = '1' or loadLength = '1') then
nextState <= loadDelayCnt;
elsif (downCntL = 0) then
nextState <= loadLengthCnt;
else
nextState <= waitDelayEnd;
end if;
when loadLengthCnt =>
if (loadDelay = '1' or loadLength = '1') then
nextState <= loadDelayCnt;
else
nextState <= waitLengthEnd;
end if;
when waitLengthEnd =>
if (loadDelay = '1' or loadLength = '1') then
nextState <= loadDelayCnt;
elsif (downCntL = 0) then
nextState <= loadDelayCnt;
else
nextState <= waitDelayEnd;
end if;
when others =>
null;
end case;
end process nextStProc;
currStProc: process (clk, reset) begin
if (reset = '1') then
currState <= loadDelayCnt;
elsif (clk'event and clk = '1') then
currState <= nextState;
end if;
end process currStProc;
outConProc: process (currState, delayCntVal, lengthCntVal) begin
case currState is
when loadDelayCnt =>
downCntEn <= '0';
downCntLd <= '1';
downtCntData <= delayCntVal;
pulse <= '0';
when waitDelayEnd =>
downCntEn <= '1';
downCntLd <= '0';
downtCntData <= delayCntVal;
pulse <= '0';
when loadLengthCnt =>
downCntEn <= '0';
downCntLd <= '1';
downtCntData <= lengthCntVal;
pulse <= '1';
when waitLengthEnd =>
downCntEn <= '1';
downCntLd <= '0';
downtCntData <= lengthCntVal;
pulse <= '1';
when others =>
downCntEn <= '0';
downCntLd <= '1';
downtCntData <= delayCntVal;
pulse <= '0';
end case;
end process outConProc;
end fsm;
-- Incorporates errata 5.4
library IEEE;
use IEEE.std_logic_1164.all;
use IEEE.numeric_std.all;
use work.specialFunctions.all;
entity powerOfFour is port(
clk : in std_logic;
inputVal : in std_logic_vector(3 downto 0);
power : out std_logic_vector(15 downto 0)
);
end powerOfFour;
architecture behavioral of powerOfFour is
begin
process begin
wait until Clk = '1';
power <= std_logic_vector(to_unsigned(Pow(to_integer(unsigned(inputVal)),4),16));
end process;
end behavioral;
-- Incorporate errata 5.4
library IEEE;
use IEEE.std_logic_1164.all;
use IEEE.numeric_std.all;
entity powerOfFour is port(
clk : in std_logic;
inputVal : in std_logic_vector(3 downto 0);
power : out std_logic_vector(15 downto 0)
);
end powerOfFour;
architecture behavioral of powerOfFour is
function Pow( N, Exp : integer ) return integer is
Variable Result : integer := 1;
begin
for i in 1 to Exp loop
Result := Result * N;
end loop;
return( Result );
end Pow;
begin
process begin
wait until Clk = '1';
power <= std_logic_vector(to_unsigned(Pow(to_integer(to_unsigned(inputVal)),4),16));
end process;
end behavioral;
library IEEE;
use IEEE.std_logic_1164.all;
use IEEE.std_logic_arith.all;
use IEEE.std_logic_unsigned.all;
entity powerOfFour is port(
clk : in std_logic;
inputVal : in std_logic_vector(3 downto 0);
power : out std_logic_vector(15 downto 0)
);
end powerOfFour;
architecture behavioral of powerOfFour is
function Pow( N, Exp : integer ) return integer is
Variable Result : integer := 1;
begin
for i in 1 to Exp loop
Result := Result * N;
end loop;
return( Result );
end Pow;
begin
process begin
wait until Clk = '1';
power <= conv_std_logic_vector(Pow(conv_integer(inputVal),4),16);
end process;
end behavioral;
library IEEE;
use IEEE.std_logic_1164.all;
entity regFile is port (
clk, rst: in std_logic;
data: in std_logic_vector(31 downto 0);
regSel: in std_logic_vector(1 downto 0);
wrEnable: in std_logic;
regOut: out std_logic_vector(31 downto 0)
);
end regFile;
architecture behavioral of regFile is
subtype reg is std_logic_vector(31 downto 0);
type regArray is array (integer range <>) of reg;
signal registerFile: regArray(0 to 3);
begin
regProc: process (clk, rst)
variable i: integer;
begin
i := 0;
if rst = '1' then
while i <= registerFile'high loop
registerFile(i) <= (others => '0');
i := i + 1;
end loop;
elsif clk'event and clk = '1' then
if (wrEnable = '1') then
case regSel is
when "00" =>
registerFile(0) <= data;
when "01" =>
registerFile(1) <= data;
when "10" =>
registerFile(2) <= data;
when "11" =>
registerFile(3) <= data;
when others =>
null;
end case;
end if;
end if;
end process;
outputs: process(regSel, registerFile) begin
case regSel is
when "00" =>
regOut <= registerFile(0);
when "01" =>
regOut <= registerFile(1);
when "10" =>
regOut <= registerFile(2);
when "11" =>
regOut <= registerFile(3);
when others =>
null;
end case;
end process;
end behavioral;
library IEEE;
use IEEE.std_logic_1164.all;
entity DFF is port (
d1,d2: in std_logic;
q1,q2: out std_logic;
clk: in std_logic;
rst : in std_logic
);
end DFF;
architecture rtl of DFF is
begin
resetLatch: process (clk, rst) begin
if rst = '1' then
q1 <= '0';
elsif clk'event and clk = '1' then
q1 <= d1;
q2 <= d2;
end if;
end process;
end rtl;
library ieee;
use ieee.std_logic_1164.all;
entity resFcnDemo is port (
a, b: in std_logic;
oeA,oeB: in std_logic;
result: out std_logic
);
end resFcnDemo;
architecture multiDriver of resFcnDemo is
begin
result <= a when oeA = '1' else 'Z';
result <= b when oeB = '1' else 'Z';
end multiDriver;
library IEEE;
use IEEE.std_logic_1164.all;
use work.primitive.all;
entity scaleDFF is port (
data: in std_logic_vector(7 downto 0);
clock: in std_logic;
enable: in std_logic;
qout: out std_logic_vector(7 downto 0)
);
end scaleDFF;
architecture scalable of scaleDFF is
begin
u1: sDFFE port map (d => data,
clk =>clock,
en => enable,
q => qout
);
end scalable;
library ieee;
use ieee.std_logic_1164.all;
use ieee.std_logic_unsigned.all;
entity sevenSegment is port (
bcdInputs: in std_logic_vector (3 downto 0);
a_n, b_n, c_n, d_n,
e_n, f_n, g_n: out std_logic
);
end sevenSegment;
architecture behavioral of sevenSegment is
signal la_n, lb_n, lc_n, ld_n, le_n, lf_n, lg_n: std_logic;
signal oe: std_logic;
begin
bcd2sevSeg: process (bcdInputs) begin
-- Assign default to "off"
la_n <= '1'; lb_n <= '1';
lc_n <= '1'; ld_n <= '1';
le_n <= '1'; lf_n <= '1';
lg_n <= '1';
case bcdInputs is
when "0000" => la_n <= '0'; lb_n <= '0';
lc_n <= '0'; ld_n <= '0';
le_n <= '0'; lf_n <= '0';
when "0001" => lb_n <= '0'; lc_n <= '0';
when "0010" => la_n <= '0'; lb_n <= '0';
ld_n <= '0'; le_n <= '0';
lg_n <= '0';
when "0011" => la_n <= '0'; lb_n <= '0';
lc_n <= '0'; ld_n <= '0';
lg_n <= '0';
when "0100" => lb_n <= '0'; lc_n <= '0';
lf_n <= '0'; lg_n <= '0';
when "0101" => la_n <= '0'; lc_n <= '0';
ld_n <= '0'; lf_n <= '0';
lg_n <= '0';
when "0110" => la_n <= '0'; lc_n <= '0';
ld_n <= '0'; le_n <= '0';
lf_n <= '0'; lg_n <= '0';
when "0111" => la_n <= '0'; lb_n <= '0';
lc_n <= '0';
when "1000" => la_n <= '0'; lb_n <= '0';
lc_n <= '0'; ld_n <= '0';
le_n <= '0'; lf_n <= '0';
lg_n <= '0';
when "1001" => la_n <= '0'; lb_n <= '0';
lc_n <= '0'; ld_n <= '0';
lf_n <= '0'; lg_n <= '0';
-- All other inputs possibilities are "don't care"
when others => la_n <= 'X'; lb_n <= 'X';
lc_n <= 'X'; ld_n <= 'X';
le_n <= 'X'; lf_n <= 'X';
lg_n <= 'X';
end case;
end process bcd2sevSeg;
-- Disable outputs for all invalid input values
oe <= '1' when (bcdInputs < 10) else '0';
a_n <= la_n when oe = '1' else 'Z';
b_n <= lb_n when oe = '1' else 'Z';
c_n <= lc_n when oe = '1' else 'Z';
d_n <= ld_n when oe = '1' else 'Z';
e_n <= le_n when oe = '1' else 'Z';
f_n <= lf_n when oe = '1' else 'Z';
g_n <= lg_n when oe = '1' else 'Z';
end behavioral;
library ieee;
use ieee.std_logic_1164.all;
use std.textio.all;
entity sevenSegmentTB is
end sevenSegmentTB;
architecture testbench of sevenSegmentTB is
component sevenSegment port (
bcdInputs: in std_logic_vector (3 downto 0);
a_n, b_n, c_n, d_n,
e_n, f_n, g_n: out std_logic
);
end component;
type vector is record
bcdStimulus: std_logic_vector(3 downto 0);
sevSegOut: std_logic_vector(6 downto 0);
end record;
constant NumVectors: integer:= 17;
constant PropDelay: time := 40 ns;
constant SimLoopDelay: time := 10 ns;
type vectorArray is array (0 to NumVectors - 1) of vector;
constant vectorTable: vectorArray := (
(bcdStimulus => "0000", sevSegOut => "0000001"),
(bcdStimulus => "0001", sevSegOut => "1001111"),
(bcdStimulus => "0010", sevSegOut => "0010010"),
(bcdStimulus => "0011", sevSegOut => "0000110"),
(bcdStimulus => "0100", sevSegOut => "1001100"),
(bcdStimulus => "0101", sevSegOut => "0100100"),
(bcdStimulus => "0110", sevSegOut => "0100000"),
(bcdStimulus => "0111", sevSegOut => "0001111"),
(bcdStimulus => "1000", sevSegOut => "0000000"),
(bcdStimulus => "1001", sevSegOut => "0000100"),
(bcdStimulus => "1010", sevSegOut => "ZZZZZZZ"),
(bcdStimulus => "1011", sevSegOut => "ZZZZZZZ"),
(bcdStimulus => "1100", sevSegOut => "ZZZZZZZ"),
(bcdStimulus => "1101", sevSegOut => "ZZZZZZZ"),
(bcdStimulus => "1110", sevSegOut => "ZZZZZZZ"),
(bcdStimulus => "1111", sevSegOut => "ZZZZZZZ"),
(bcdStimulus => "0000", sevSegOut => "0110110") -- this vector fails
);
for all : sevenSegment use entity work.sevenSegment(behavioral);
signal StimInputs: std_logic_vector(3 downto 0);
signal CaptureOutputs: std_logic_vector(6 downto 0);
begin
u1: sevenSegment port map (bcdInputs => StimInputs,
a_n => CaptureOutputs(6),
b_n => CaptureOutputs(5),
c_n => CaptureOutputs(4),
d_n => CaptureOutputs(3),
e_n => CaptureOutputs(2),
f_n => CaptureOutputs(1),
g_n => CaptureOutputs(0));
LoopStim: process
variable FoundError: boolean := false;
variable TempVector: vector;
variable ErrorMsgLine: line;
begin
for i in vectorTable'range loop
TempVector := vectorTable(i);
StimInputs <= TempVector.bcdStimulus;
wait for PropDelay;
if CaptureOutputs /= TempVector.sevSegOut then
write (ErrorMsgLine, string'("Vector failed at "));
write (ErrorMsgLine, now);
writeline (output, ErrorMsgLine);
FoundError := true;
end if;
wait for SimLoopDelay;
end loop;
assert FoundError
report "No errors. All vectors passed."
severity note;
wait;
end process;
end testbench;
library ieee;
use ieee.std_logic_1164.all;
entity sevenSegment is port (
bcdInputs: in std_logic_vector (3 downto 0);
a_n, b_n, c_n, d_n,
e_n, f_n, g_n: out std_logic
);
end sevenSegment;
architecture behavioral of sevenSegment is
begin
bcd2sevSeg: process (bcdInputs) begin
-- Assign default to "off"
a_n <= '1'; b_n <= '1';
c_n <= '1'; d_n <= '1';
e_n <= '1'; f_n <= '1';
g_n <= '1';
case bcdInputs is
when "0000" =>
a_n <= '0'; b_n <= '0';
c_n <= '0'; d_n <= '0';
e_n <= '0'; f_n <= '0';
when "0001" =>
b_n <= '0'; c_n <= '0';
when "0010" =>
a_n <= '0'; b_n <= '0';
d_n <= '0'; e_n <= '0';
g_n <= '0';
when "0011" =>
a_n <= '0'; b_n <= '0';
c_n <= '0'; d_n <= '0';
g_n <= '0';
when "0100" =>
b_n <= '0'; c_n <= '0';
f_n <= '0'; g_n <= '0';
when "0101" =>
a_n <= '0'; c_n <= '0';
d_n <= '0'; f_n <= '0';
g_n <= '0';
when "0110" =>
a_n <= '0'; c_n <= '0';
d_n <= '0'; e_n <= '0';
f_n <= '0'; g_n <= '0';
when "0111" =>
a_n <= '0'; b_n <= '0';
c_n <= '0';
when "1000" =>
a_n <= '0'; b_n <= '0';
c_n <= '0'; d_n <= '0';
e_n <= '0'; f_n <= '0';
g_n <= '0';
when "1001" =>
a_n <= '0'; b_n <= '0';
c_n <= '0'; d_n <= '0';
f_n <= '0'; g_n <= '0';
when others =>
null;
end case;
end process bcd2sevSeg;
end behavioral;
library IEEE;
use IEEE.std_logic_1164.all;
use IEEE.std_logic_unsigned.all;
entity ForceShare is port (
a,b,c,d,e,f: in std_logic_vector (7 downto 0);
result: out std_logic_vector(7 downto 0)
);
end ForceShare;
architecture behaviour of ForceShare is
begin
sum: process (a,c,b,d,e,f)
variable tempSum: std_logic_vector(7 downto 0);
begin
tempSum := a + b; -- temporary node for sum
if (tempSum = "10011010") then
result <= c;
elsif (tempSum = "01011001") then
result <= d;
elsif (tempSum = "10111011") then
result <= e;
else
result <= f;
end if;
end process;
end behaviour;
library IEEE;
use IEEE.std_logic_1164.all;
entity shifter is port (
clk, rst: in std_logic;
shiftEn,shiftIn: std_logic;
q: out std_logic_vector (15 downto 0)
);
end shifter;
architecture behav of shifter is
signal qLocal: std_logic_vector(15 downto 0);
begin
shift: process (clk, rst) begin
if (rst = '1') then
qLocal <= (others => '0');
elsif (clk'event and clk = '1') then
if (shiftEn = '1') then
qLocal <= qLocal(14 downto 0) & shiftIn;
else
qLocal <= qLocal;
end if;
end if;
q <= qLocal;
end process;
end behav;
library ieee;
use ieee.std_logic_1164.all;
entity lastAssignment is port
(a, b: in std_logic;
selA, selb: in std_logic;
result: out std_logic
);
end lastAssignment;
architecture behavioral of lastAssignment is
begin
demo: process (a,b,selA,selB) begin
if (selA = '1') then
result <= a;
else
result <= '0';
end if;
if (selB = '1') then
result <= b;
else
result <= '0';
end if;
end process demo;
end behavioral;
library ieee;
use ieee.std_logic_1164.all;
entity signalDemo is port (
a: in std_logic;
b: out std_logic
);
end signalDemo;
architecture basic of signalDemo is
signal c: std_logic;
begin
demo: process (a) begin
c <= a;
if c = '0' then
b <= a;
else
b <= '0';
end if;
end process;
end basic;
library ieee;
use ieee.std_logic_1164.all;
entity signalDemo is port (
a: in std_logic;
b: out std_logic
);
end signalDemo;
architecture basic of signalDemo is
signal c: std_logic;
begin
demo: process (a) begin
c <= a;
if c = '1' then
b <= a;
else
b <= '0';
end if;
end process;
end basic;
library IEEE;
USE IEEE.std_logic_1164.all;
package simPrimitives is
component OR2
generic (tPD: time := 1 ns);
port (I1, I2: in std_logic;
Y: out std_logic
);
end component;
component SimDFF
generic(tCQ: time := 1 ns;
tS : time := 1 ns;
tH : time := 1 ns
);
port (D, Clk: in std_logic;
Q: out std_logic
);
end component;
end simPrimitives;
library IEEE;
USE IEEE.std_logic_1164.all;
entity OR2 is
generic (tPD: time := 1 ns);
port (I1, I2: in std_logic;
Y: out std_logic
);
end OR2;
architecture simple of OR2 is
begin
Y <= I1 OR I2 after tPD;
end simple;
library IEEE;
use IEEE.std_logic_1164.all;
entity SimDFF is
generic(tCQ: time := 1 ns;
tS : time := 1 ns;
tH : time := 1 ns
);
port (D, Clk: in std_logic;
Q: out std_logic
);
end SimDff;
architecture SimModel of SimDFF is
begin
reg: process (Clk, D) begin
-- Assign output tCQ after rising clock edge
if (Clk'event and Clk = '1') then
Q <= D after tCQ;
end if;
-- Check setup time
if (Clk'event and Clk = '1') then
assert (D'last_event >= tS)
report "Setup time violation"
severity Warning;
end if;
-- Check hold time
if (D'event and Clk'stable and Clk = '1') then
assert (D'last_event - Clk'last_event > tH)
report "Hold Time Violation"
severity Warning;
end if;
end process;
end simModel;
library IEEE;
use IEEE.std_logic_1164.all;
entity SRFF is port (
s,r: in std_logic;
clk: in std_logic;
q: out std_logic
);
end SRFF;
architecture rtl of SRFF is
begin
process begin
wait until rising_edge(clk);
if s = '0' and r = '1' then
q <= '0';
elsif s = '1' and r = '0' then
q <= '1';
end if;
end process;
end rtl;
library IEEE;
use IEEE.std_logic_1164.all;
entity SRFF is port (
s,r: in std_logic;
clk: in std_logic;
q: out std_logic
);
end SRFF;
architecture rtl of SRFF is
begin
process begin
wait until clk = '1';
if s = '0' and r = '1' then
q <= '0';
elsif s = '1' and r = '0' then
q <= '1';
end if;
end process;
end rtl;
library IEEE;
use IEEE.std_logic_1164.all;
package scaleable is
component scaleUpCnt port (
clk: in std_logic;
reset: in std_logic;
cnt: in std_logic_vector
);
end component;
end scaleable;
library IEEE;
use IEEE.std_logic_1164.all;
use work.primitive.all;
entity scaleUpCnt is port (
clk: in std_logic;
reset: in std_logic;
cnt: out std_logic_vector
);
end scaleUpCnt;
architecture scaleable of scaleUpCnt is
signal one: std_logic := '1';
signal cntL: std_logic_vector(cnt'range);
signal andTerm: std_logic_vector(cnt'range);
begin
-- Special case is the least significant bit
lsb: tff port map (t => one,
reset => reset,
clk => clk,
q => cntL(cntL'low)
);
andTerm(0) <= cntL(cntL'low);
-- General case for all other bits
genAnd: for i in 1 to cntL'high generate
andTerm(i) <= andTerm(i - 1) and cntL(i);
end generate;
genTFF: for i in 1 to cntL'high generate
t1: tff port map (t => andTerm(i),
clk => clk,
reset => reset,
q => cntl(i)
);
end generate;
cnt <= CntL;
end scaleable;
library IEEE;
use IEEE.std_logic_1164.all;
entity pci_target is port (
PCI_Frame_n: in std_logic; -- PCI Frame#
PCI_Irdy_n: in std_logic; -- PCI Irdy#
Hit: in std_logic; -- Hit on address decode
D_Done: in std_logic; -- Device decode complete
Term: in std_logic; -- Terminate transaction
Ready: in std_logic; -- Ready to transfer data
Cmd_Write: in std_logic; -- Command is Write
Cmd_Read: in std_logic; -- Command is Read
T_Abort: in std_logic; -- Target error - abort transaction
PCI_Clk: in std_logic; -- PCI Clock
PCI_Reset_n: in std_logic; -- PCI Reset#
PCI_Devsel_n: out std_logic; -- PCI Devsel#
PCI_Trdy_n: out std_logic; -- PCI Trdy#
PCI_Stop_n: out std_logic; -- PCI Stop#
OE_AD: out std_logic; -- PCI AD bus enable
OE_Trdy_n: out std_logic; -- PCI Trdy# enable
OE_Stop_n: out std_logic; -- PCI Stop# enable
OE_Devsel_n: out std_logic -- PCI Devsel# enable
);
end pci_target;
architecture fsm of pci_target is
signal LPCI_Devsel_n, LPCI_Trdy_n, LPCI_Stop_n: std_logic;
subtype targetFsmType is std_logic_vector(2 downto 0);
constant Idle: targetFsmType := "000";
constant B_Busy: targetFsmType := "101";
constant Backoff: targetFsmType := "010";
constant S_Data: targetFsmType := "011";
constant Turn_Ar: targetFsmType := "110";
signal currState, nextState: targetFsmType;
begin
nxtStProc: process (currState, PCI_Frame_n, Hit, D_Done, PCI_Irdy_n, LPCI_Trdy_n,
LPCI_Devsel_n, LPCI_Stop_n, Term, Ready) begin
case currState is
when IDLE =>
if (PCI_Frame_n = '0' and Hit = '0') then
nextState <= B_BUSY;
else
nextState <= IDLE;
end if;
when B_BUSY =>
if (PCI_Frame_n ='1' and D_Done = '1') or
(PCI_Frame_n = '1' and D_Done = '0' and LPCI_Devsel_n = '0') then
nextState <= IDLE;
elsif (PCI_Frame_n = '0' or PCI_Irdy_n = '0') and Hit = '1' and
(Term = '0' or (Term = '1' and Ready = '1') ) then
nextState <= S_Data;
elsif (PCI_Frame_n = '0' or PCI_Irdy_n = '0') and Hit = '1' and
(Term = '1' and Ready = '0') then
nextState <= BACKOFF;
else
nextState <= B_BUSY;
end if;
when S_DATA =>
if PCI_Frame_n = '0' and LPCI_Stop_n = '0' and (LPCI_Trdy_n = '1' or PCI_Irdy_n = '0') then
nextState <= BACKOFF;
elsif PCI_Frame_n = '1' and (LPCI_Trdy_n = '0' or LPCI_Stop_n = '0') then
nextState <= TURN_AR;
else
nextState <= S_DATA;
end if;
when BACKOFF =>
if PCI_Frame_n = '1' then
nextState <= TURN_AR;
else
nextState <= BACKOFF;
end if;
when TURN_AR =>
if (PCI_Frame_n = '0' and Hit = '0') then
nextState <= B_BUSY;
else
nextState <= IDLE;
end if;
when others =>
null;
end case;
end process nxtStProc;
curStProc: process (PCI_Clk, PCI_Reset_n) begin
if (PCI_Reset_n = '0') then
currState <= Idle;
elsif (PCI_Clk'event and PCI_Clk = '1') then
currState <= nextState;
end if;
end process curStProc;
outConProc: process (currState, Ready, T_Abort, Cmd_Write,
Cmd_Read, T_Abort, Term) begin
case currState is
when S_Data =>
if (Cmd_Read = '1') then
OE_AD <= '1';
else
OE_AD <= '0';
end if;
if (Ready = '1' and T_Abort = '0' and (Cmd_Write = '1' or Cmd_Read = '1')) then
LPCI_Trdy_n <= '0';
else
LPCI_Trdy_n <= '1';
end if;
if (T_Abort = '1' or Term = '1') and (Cmd_Write = '1' or Cmd_Read = '1') then
LPCI_Stop_n <= '0';
else
LPCI_Stop_n <= '1';
end if;
if (T_Abort = '0') then
LPCI_Devsel_n <= '0';
else
LPCI_Devsel_n <= '1';
end if;
OE_Trdy_n <= '1';
OE_Stop_n <= '1';
OE_Devsel_n <= '1';
when Backoff =>
if (Cmd_Read = '1') then
OE_AD <= '1';
else
OE_AD <= '0';
end if;
LPCI_Stop_n <= '0';
OE_Trdy_n <= '1';
OE_Stop_n <= '1';
OE_Devsel_n <= '1';
if (T_Abort = '0') then
LPCI_Devsel_n <= '0';
else
LPCI_Devsel_n <= '1';
end if;
when Turn_Ar =>
OE_Trdy_n <= '1';
OE_Stop_n <= '1';
OE_Devsel_n <= '1';
when others =>
OE_Trdy_n <= '0';
OE_Stop_n <= '0';
OE_Devsel_n <= '0';
OE_AD <= '0';
LPCI_Trdy_n <= '1';
LPCI_Stop_n <= '1';
LPCI_Devsel_n <= '1';
end case;
end process outConProc;
PCI_Devsel_n <= LPCI_Devsel_n;
PCI_Trdy_n <= LPCI_Trdy_n;
PCI_Stop_n <= LPCI_Stop_n;
end fsm;
library IEEE;
use IEEE.std_logic_1164.all;
entity pci_target is port (
PCI_Frame_n: in std_logic; -- PCI Frame#
PCI_Irdy_n: in std_logic; -- PCI Irdy#
Hit: in std_logic; -- Hit on address decode
D_Done: in std_logic; -- Device decode complete
Term: in std_logic; -- Terminate transaction
Ready: in std_logic; -- Ready to transfer data
Cmd_Write: in std_logic; -- Command is Write
Cmd_Read: in std_logic; -- Command is Read
T_Abort: in std_logic; -- Target error - abort transaction
PCI_Clk: in std_logic; -- PCI Clock
PCI_Reset_n: in std_logic; -- PCI Reset#
PCI_Devsel_n: out std_logic; -- PCI Devsel#
PCI_Trdy_n: out std_logic; -- PCI Trdy#
PCI_Stop_n: out std_logic; -- PCI Stop#
OE_AD: out std_logic; -- PCI AD bus enable
OE_Trdy_n: out std_logic; -- PCI Trdy# enable
OE_Stop_n: out std_logic; -- PCI Stop# enable
OE_Devsel_n: out std_logic -- PCI Devsel# enable
);
end pci_target;
architecture fsm of pci_target is
signal LPCI_Devsel_n, LPCI_Trdy_n, LPCI_Stop_n: std_logic;
subtype targetFsmType is std_logic_vector(2 downto 0);
constant Idle: targetFsmType := "000";
constant B_Busy: targetFsmType := "001";
constant Backoff: targetFsmType := "011";
constant S_Data: targetFsmType := "010";
constant Turn_Ar: targetFsmType := "110";
signal currState, nextState: targetFsmType;
begin
nxtStProc: process (currState, PCI_Frame_n, Hit, D_Done, PCI_Irdy_n, LPCI_Trdy_n,
LPCI_Devsel_n, LPCI_Stop_n, Term, Ready) begin
case currState is
when IDLE =>
if (PCI_Frame_n = '0' and Hit = '0') then
nextState <= B_BUSY;
else
nextState <= IDLE;
end if;
when B_BUSY =>
if (PCI_Frame_n ='1' and D_Done = '1') or
(PCI_Frame_n = '1' and D_Done = '0' and LPCI_Devsel_n = '0') then
nextState <= IDLE;
elsif (PCI_Frame_n = '0' or PCI_Irdy_n = '0') and Hit = '1' and
(Term = '0' or (Term = '1' and Ready = '1') ) then
nextState <= S_Data;
elsif (PCI_Frame_n = '0' or PCI_Irdy_n = '0') and Hit = '1' and
(Term = '1' and Ready = '0') then
nextState <= BACKOFF;
else
nextState <= B_BUSY;
end if;
when S_DATA =>
if PCI_Frame_n = '0' and LPCI_Stop_n = '0' and (LPCI_Trdy_n = '1' or PCI_Irdy_n = '0') then
nextState <= BACKOFF;
elsif PCI_Frame_n = '1' and (LPCI_Trdy_n = '0' or LPCI_Stop_n = '0') then
nextState <= TURN_AR;
else
nextState <= S_DATA;
end if;
when BACKOFF =>
if PCI_Frame_n = '1' then
nextState <= TURN_AR;
else
nextState <= BACKOFF;
end if;
when TURN_AR =>
if (PCI_Frame_n = '0' and Hit = '0') then
nextState <= B_BUSY;
else
nextState <= IDLE;
end if;
when others =>
null;
end case;
end process nxtStProc;
curStProc: process (PCI_Clk, PCI_Reset_n) begin
if (PCI_Reset_n = '0') then
currState <= Idle;
elsif (PCI_Clk'event and PCI_Clk = '1') then
currState <= nextState;
end if;
end process curStProc;
outConProc: process (currState, Ready, T_Abort, Cmd_Write,
Cmd_Read, T_Abort, Term) begin
case currState is
when S_Data =>
if (Cmd_Read = '1') then
OE_AD <= '1';
else
OE_AD <= '0';
end if;
if (Ready = '1' and T_Abort = '0' and (Cmd_Write = '1' or Cmd_Read = '1')) then
LPCI_Trdy_n <= '0';
else
LPCI_Trdy_n <= '1';
end if;
if (T_Abort = '1' or Term = '1') and (Cmd_Write = '1' or Cmd_Read = '1') then
LPCI_Stop_n <= '0';
else
LPCI_Stop_n <= '1';
end if;
if (T_Abort = '0') then
LPCI_Devsel_n <= '0';
else
LPCI_Devsel_n <= '1';
end if;
OE_Trdy_n <= '1';
OE_Stop_n <= '1';
OE_Devsel_n <= '1';
when Backoff =>
if (Cmd_Read = '1') then
OE_AD <= '1';
else
OE_AD <= '0';
end if;
LPCI_Stop_n <= '0';
OE_Trdy_n <= '1';
OE_Stop_n <= '1';
OE_Devsel_n <= '1';
if (T_Abort = '0') then
LPCI_Devsel_n <= '0';
else
LPCI_Devsel_n <= '1';
end if;
when Turn_Ar =>
OE_Trdy_n <= '1';
OE_Stop_n <= '1';
OE_Devsel_n <= '1';
when others =>
OE_Trdy_n <= '0';
OE_Stop_n <= '0';
OE_Devsel_n <= '0';
OE_AD <= '0';
LPCI_Trdy_n <= '1';
LPCI_Stop_n <= '1';
LPCI_Devsel_n <= '1';
end case;
end process outConProc;
PCI_Devsel_n <= LPCI_Devsel_n;
PCI_Trdy_n <= LPCI_Trdy_n;
PCI_Stop_n <= LPCI_Stop_n;
end fsm;
library IEEE;
use IEEE.std_logic_1164.all;
entity pci_target is port (
PCI_Frame_n: in std_logic; -- PCI Frame#
PCI_Irdy_n: in std_logic; -- PCI Irdy#
Hit: in std_logic; -- Hit on address decode
D_Done: in std_logic; -- Device decode complete
Term: in std_logic; -- Terminate transaction
Ready: in std_logic; -- Ready to transfer data
Cmd_Write: in std_logic; -- Command is Write
Cmd_Read: in std_logic; -- Command is Read
T_Abort: in std_logic; -- Target error - abort transaction
PCI_Clk: in std_logic; -- PCI Clock
PCI_Reset_n: in std_logic; -- PCI Reset#
PCI_Devsel_n: out std_logic; -- PCI Devsel#
PCI_Trdy_n: out std_logic; -- PCI Trdy#
PCI_Stop_n: out std_logic; -- PCI Stop#
OE_AD: out std_logic; -- PCI AD bus enable
OE_Trdy_n: out std_logic; -- PCI Trdy# enable
OE_Stop_n: out std_logic; -- PCI Stop# enable
OE_Devsel_n: out std_logic -- PCI Devsel# enable
);
end pci_target;
architecture fsm of pci_target is
signal LPCI_Devsel_n, LPCI_Trdy_n, LPCI_Stop_n: std_logic;
subtype targetFsmType is std_logic_vector(2 downto 0);
constant Idle: targetFsmType := "000";
constant B_Busy: targetFsmType := "001";
constant Backoff: targetFsmType := "010";
constant S_Data: targetFsmType := "011";
constant Turn_Ar: targetFsmType := "100";
signal currState, nextState: targetFsmType;
begin
nxtStProc: process (currState, PCI_Frame_n, Hit, D_Done, PCI_Irdy_n, LPCI_Trdy_n,
LPCI_Devsel_n, LPCI_Stop_n, Term, Ready) begin
case currState is
when IDLE =>
if (PCI_Frame_n = '0' and Hit = '0') then
nextState <= B_BUSY;
else
nextState <= IDLE;
end if;
when B_BUSY =>
if (PCI_Frame_n ='1' and D_Done = '1') or
(PCI_Frame_n = '1' and D_Done = '0' and LPCI_Devsel_n = '0') then
nextState <= IDLE;
elsif (PCI_Frame_n = '0' or PCI_Irdy_n = '0') and Hit = '1' and
(Term = '0' or (Term = '1' and Ready = '1') ) then
nextState <= S_Data;
elsif (PCI_Frame_n = '0' or PCI_Irdy_n = '0') and Hit = '1' and
(Term = '1' and Ready = '0') then
nextState <= BACKOFF;
else
nextState <= B_BUSY;
end if;
when S_DATA =>
if PCI_Frame_n = '0' and LPCI_Stop_n = '0' and (LPCI_Trdy_n = '1' or PCI_Irdy_n = '0') then
nextState <= BACKOFF;
elsif PCI_Frame_n = '1' and (LPCI_Trdy_n = '0' or LPCI_Stop_n = '0') then
nextState <= TURN_AR;
else
nextState <= S_DATA;
end if;
when BACKOFF =>
if PCI_Frame_n = '1' then
nextState <= TURN_AR;
else
nextState <= BACKOFF;
end if;
when TURN_AR =>
if (PCI_Frame_n = '0' and Hit = '0') then
nextState <= B_BUSY;
else
nextState <= IDLE;
end if;
when others =>
null;
end case;
end process nxtStProc;
curStProc: process (PCI_Clk, PCI_Reset_n) begin
if (PCI_Reset_n = '0') then
currState <= Idle;
elsif (PCI_Clk'event and PCI_Clk = '1') then
currState <= nextState;
end if;
end process curStProc;
outConProc: process (currState, Ready, T_Abort, Cmd_Write,
Cmd_Read, T_Abort, Term) begin
case currState is
when S_Data =>
if (Cmd_Read = '1') then
OE_AD <= '1';
else
OE_AD <= '0';
end if;
if (Ready = '1' and T_Abort = '0' and (Cmd_Write = '1' or Cmd_Read = '1')) then
LPCI_Trdy_n <= '0';
else
LPCI_Trdy_n <= '1';
end if;
if (T_Abort = '1' or Term = '1') and (Cmd_Write = '1' or Cmd_Read = '1') then
LPCI_Stop_n <= '0';
else
LPCI_Stop_n <= '1';
end if;
if (T_Abort = '0') then
LPCI_Devsel_n <= '0';
else
LPCI_Devsel_n <= '1';
end if;
OE_Trdy_n <= '1';
OE_Stop_n <= '1';
OE_Devsel_n <= '1';
when Backoff =>
if (Cmd_Read = '1') then
OE_AD <= '1';
else
OE_AD <= '0';
end if;
LPCI_Stop_n <= '0';
OE_Trdy_n <= '1';
OE_Stop_n <= '1';
OE_Devsel_n <= '1';
if (T_Abort = '0') then
LPCI_Devsel_n <= '0';
else
LPCI_Devsel_n <= '1';
end if;
when Turn_Ar =>
OE_Trdy_n <= '1';
OE_Stop_n <= '1';
OE_Devsel_n <= '1';
when others =>
OE_Trdy_n <= '0';
OE_Stop_n <= '0';
OE_Devsel_n <= '0';
OE_AD <= '0';
LPCI_Trdy_n <= '1';
LPCI_Stop_n <= '1';
LPCI_Devsel_n <= '1';
end case;
end process outConProc;
PCI_Devsel_n <= LPCI_Devsel_n;
PCI_Trdy_n <= LPCI_Trdy_n;
PCI_Stop_n <= LPCI_Stop_n;
end fsm;
library IEEE;
use IEEE.std_logic_1164.all;
entity pci_target is port (
PCI_Frame_n: in std_logic; -- PCI Frame#
PCI_Irdy_n: in std_logic; -- PCI Irdy#
Hit: in std_logic; -- Hit on address decode
D_Done: in std_logic; -- Device decode complete
Term: in std_logic; -- Terminate transaction
Ready: in std_logic; -- Ready to transfer data
Cmd_Write: in std_logic; -- Command is Write
Cmd_Read: in std_logic; -- Command is Read
T_Abort: in std_logic; -- Target error - abort transaction
PCI_Clk: in std_logic; -- PCI Clock
PCI_Reset_n: in std_logic; -- PCI Reset#
PCI_Devsel_n: out std_logic; -- PCI Devsel#
PCI_Trdy_n: out std_logic; -- PCI Trdy#
PCI_Stop_n: out std_logic; -- PCI Stop#
OE_AD: out std_logic; -- PCI AD bus enable
OE_Trdy_n: out std_logic; -- PCI Trdy# enable
OE_Stop_n: out std_logic; -- PCI Stop# enable
OE_Devsel_n: out std_logic -- PCI Devsel# enable
);
end pci_target;
architecture fsm of pci_target is
signal LPCI_Devsel_n, LPCI_Trdy_n, LPCI_Stop_n: std_logic;
subtype targetFsmType is std_logic_vector(3 downto 0);
constant Idle: targetFsmType := "0000";
constant B_Busy: targetFsmType := "0001";
constant Backoff: targetFsmType := "0011";
constant S_Data: targetFsmType := "1100";
constant Turn_Ar: targetFsmType := "1101";
signal currState, nextState: targetFsmType;
begin
nxtStProc: process (currState, PCI_Frame_n, Hit, D_Done, PCI_Irdy_n, LPCI_Trdy_n,
LPCI_Devsel_n, LPCI_Stop_n, Term, Ready) begin
case currState is
when IDLE =>
if (PCI_Frame_n = '0' and Hit = '0') then
nextState <= B_BUSY;
else
nextState <= IDLE;
end if;
when B_BUSY =>
if (PCI_Frame_n ='1' and D_Done = '1') or
(PCI_Frame_n = '1' and D_Done = '0' and LPCI_Devsel_n = '0') then
nextState <= IDLE;
elsif (PCI_Frame_n = '0' or PCI_Irdy_n = '0') and Hit = '1' and
(Term = '0' or (Term = '1' and Ready = '1') ) then
nextState <= S_Data;
elsif (PCI_Frame_n = '0' or PCI_Irdy_n = '0') and Hit = '1' and
(Term = '1' and Ready = '0') then
nextState <= BACKOFF;
else
nextState <= B_BUSY;
end if;
when S_DATA =>
if PCI_Frame_n = '0' and LPCI_Stop_n = '0' and (LPCI_Trdy_n = '1' or PCI_Irdy_n = '0') then
nextState <= BACKOFF;
elsif PCI_Frame_n = '1' and (LPCI_Trdy_n = '0' or LPCI_Stop_n = '0') then
nextState <= TURN_AR;
else
nextState <= S_DATA;
end if;
when BACKOFF =>
if PCI_Frame_n = '1' then
nextState <= TURN_AR;
else
nextState <= BACKOFF;
end if;
when TURN_AR =>
if (PCI_Frame_n = '0' and Hit = '0') then
nextState <= B_BUSY;
else
nextState <= IDLE;
end if;
when others =>
null;
end case;
end process nxtStProc;
curStProc: process (PCI_Clk, PCI_Reset_n) begin
if (PCI_Reset_n = '0') then
currState <= Idle;
elsif (PCI_Clk'event and PCI_Clk = '1') then
currState <= nextState;
end if;
end process curStProc;
outConProc: process (currState, Ready, T_Abort, Cmd_Write,
Cmd_Read, T_Abort, Term) begin
case currState is
when S_Data =>
if (Cmd_Read = '1') then
OE_AD <= '1';
else
OE_AD <= '0';
end if;
if (Ready = '1' and T_Abort = '0' and (Cmd_Write = '1' or Cmd_Read = '1')) then
LPCI_Trdy_n <= '0';
else
LPCI_Trdy_n <= '1';
end if;
if (T_Abort = '1' or Term = '1') and (Cmd_Write = '1' or Cmd_Read = '1') then
LPCI_Stop_n <= '0';
else
LPCI_Stop_n <= '1';
end if;
if (T_Abort = '0') then
LPCI_Devsel_n <= '0';
else
LPCI_Devsel_n <= '1';
end if;
OE_Trdy_n <= '1';
OE_Stop_n <= '1';
OE_Devsel_n <= '1';
when Backoff =>
if (Cmd_Read = '1') then
OE_AD <= '1';
else
OE_AD <= '0';
end if;
LPCI_Stop_n <= '0';
OE_Trdy_n <= '1';
OE_Stop_n <= '1';
OE_Devsel_n <= '1';
if (T_Abort = '0') then
LPCI_Devsel_n <= '0';
else
LPCI_Devsel_n <= '1';
end if;
when Turn_Ar =>
OE_Trdy_n <= '1';
OE_Stop_n <= '1';
OE_Devsel_n <= '1';
when others =>
OE_Trdy_n <= '0';
OE_Stop_n <= '0';
OE_Devsel_n <= '0';
OE_AD <= '0';
LPCI_Trdy_n <= '1';
LPCI_Stop_n <= '1';
LPCI_Devsel_n <= '1';
end case;
end process outConProc;
PCI_Devsel_n <= LPCI_Devsel_n;
PCI_Trdy_n <= LPCI_Trdy_n;
PCI_Stop_n <= LPCI_Stop_n;
end fsm;
library IEEE;
use IEEE.std_logic_1164.all;
entity pci_target is port (
PCI_Frame_n: in std_logic; -- PCI Frame#
PCI_Irdy_n: in std_logic; -- PCI Irdy#
Hit: in std_logic; -- Hit on address decode
D_Done: in std_logic; -- Device decode complete
Term: in std_logic; -- Terminate transaction
Ready: in std_logic; -- Ready to transfer data
Cmd_Write: in std_logic; -- Command is Write
Cmd_Read: in std_logic; -- Command is Read
T_Abort: in std_logic; -- Target error - abort transaction
PCI_Clk: in std_logic; -- PCI Clock
PCI_Reset_n: in std_logic; -- PCI Reset#
PCI_Devsel_n: out std_logic; -- PCI Devsel#
PCI_Trdy_n: out std_logic; -- PCI Trdy#
PCI_Stop_n: out std_logic; -- PCI Stop#
OE_AD: out std_logic; -- PCI AD bus enable
OE_Trdy_n: out std_logic; -- PCI Trdy# enable
OE_Stop_n: out std_logic; -- PCI Stop# enable
OE_Devsel_n: out std_logic -- PCI Devsel# enable
);
end pci_target;
architecture fsm of pci_target is
signal LPCI_Devsel_n, LPCI_Trdy_n, LPCI_Stop_n: std_logic;
subtype targetFsmType is std_logic_vector(2 downto 0);
constant Idle: targetFsmType := "000";
constant B_Busy: targetFsmType := "101";
constant Backoff: targetFsmType := "010";
constant S_Data: targetFsmType := "011";
constant Turn_Ar: targetFsmType := "110";
constant Dont_Care: targetFsmType := "XXX";
signal currState, nextState: targetFsmType;
begin
nxtStProc: process (currState, PCI_Frame_n, Hit, D_Done, PCI_Irdy_n, LPCI_Trdy_n,
LPCI_Devsel_n, LPCI_Stop_n, Term, Ready) begin
case currState is
when IDLE =>
if (PCI_Frame_n = '0' and Hit = '0') then
nextState <= B_BUSY;
else
nextState <= IDLE;
end if;
when B_BUSY =>
if (PCI_Frame_n ='1' and D_Done = '1') or
(PCI_Frame_n = '1' and D_Done = '0' and LPCI_Devsel_n = '0') then
nextState <= IDLE;
elsif (PCI_Frame_n = '0' or PCI_Irdy_n = '0') and Hit = '1' and
(Term = '0' or (Term = '1' and Ready = '1') ) then
nextState <= S_Data;
elsif (PCI_Frame_n = '0' or PCI_Irdy_n = '0') and Hit = '1' and
(Term = '1' and Ready = '0') then
nextState <= BACKOFF;
else
nextState <= B_BUSY;
end if;
when S_DATA =>
if PCI_Frame_n = '0' and LPCI_Stop_n = '0' and (LPCI_Trdy_n = '1' or PCI_Irdy_n = '0') then
nextState <= BACKOFF;
elsif PCI_Frame_n = '1' and (LPCI_Trdy_n = '0' or LPCI_Stop_n = '0') then
nextState <= TURN_AR;
else
nextState <= S_DATA;
end if;
when BACKOFF =>
if PCI_Frame_n = '1' then
nextState <= TURN_AR;
else
nextState <= BACKOFF;
end if;
when TURN_AR =>
if (PCI_Frame_n = '0' and Hit = '0') then
nextState <= B_BUSY;
else
nextState <= IDLE;
end if;
when others =>
nextState <= Dont_Care;
end case;
end process nxtStProc;
curStProc: process (PCI_Clk, PCI_Reset_n) begin
if (PCI_Reset_n = '0') then
currState <= Idle;
elsif (PCI_Clk'event and PCI_Clk = '1') then
currState <= nextState;
end if;
end process curStProc;
outConProc: process (currState, Ready, T_Abort, Cmd_Write,
Cmd_Read, T_Abort, Term) begin
-- Set default output assignments
OE_Trdy_n <= '0';
OE_Stop_n <= '0';
OE_Devsel_n <= '0';
OE_AD <= '0';
LPCI_Trdy_n <= '1';
LPCI_Stop_n <= '1';
LPCI_Devsel_n <= '1';
case currState is
when S_Data =>
if (Cmd_Read = '1') then
OE_AD <= '1';
else
OE_AD <= '0';
end if;
if (Ready = '1' and T_Abort = '0' and (Cmd_Write = '1' or Cmd_Read = '1')) then
LPCI_Trdy_n <= '0';
else
LPCI_Trdy_n <= '1';
end if;
if (T_Abort = '1' or Term = '1') and (Cmd_Write = '1' or Cmd_Read = '1') then
LPCI_Stop_n <= '0';
else
LPCI_Stop_n <= '1';
end if;
if (T_Abort = '0') then
LPCI_Devsel_n <= '0';
else
LPCI_Devsel_n <= '1';
end if;
OE_Trdy_n <= '1';
OE_Stop_n <= '1';
OE_Devsel_n <= '1';
when Backoff =>
if (Cmd_Read = '1') then
OE_AD <= '1';
else
OE_AD <= '0';
end if;
LPCI_Stop_n <= '0';
OE_Trdy_n <= '1';
OE_Stop_n <= '1';
OE_Devsel_n <= '1';
if (T_Abort = '0') then
LPCI_Devsel_n <= '0';
else
LPCI_Devsel_n <= '1';
end if;
when Turn_Ar =>
OE_Trdy_n <= '1';
OE_Stop_n <= '1';
OE_Devsel_n <= '1';
when others =>
OE_Trdy_n <= '0';
OE_Stop_n <= '0';
OE_Devsel_n <= '0';
OE_AD <= '0';
LPCI_Trdy_n <= '1';
LPCI_Stop_n <= '1';
LPCI_Devsel_n <= '1';
end case;
end process outConProc;
PCI_Devsel_n <= LPCI_Devsel_n;
PCI_Trdy_n <= LPCI_Trdy_n;
PCI_Stop_n <= LPCI_Stop_n;
end fsm;
library IEEE;
use IEEE.std_logic_1164.all;
entity pci_target is port (
PCI_Frame_n: in std_logic; -- PCI Frame#
PCI_Irdy_n: in std_logic; -- PCI Irdy#
Hit: in std_logic; -- Hit on address decode
D_Done: in std_logic; -- Device decode complete
Term: in std_logic; -- Terminate transaction
Ready: in std_logic; -- Ready to transfer data
Cmd_Write: in std_logic; -- Command is Write
Cmd_Read: in std_logic; -- Command is Read
T_Abort: in std_logic; -- Target error - abort transaction
PCI_Clk: in std_logic; -- PCI Clock
PCI_Reset_n: in std_logic; -- PCI Reset#
PCI_Devsel_n: out std_logic; -- PCI Devsel#
PCI_Stop_n: out std_logic; -- PCI Stop#
PCI_Trdy_n: out std_logic; -- PCI Trdy#
OE_AD: out std_logic; -- PCI AD bus enable
OE_Trdy_n: out std_logic; -- PCI Trdy# enable
OE_Stop_n: out std_logic; -- PCI Stop# enable
OE_Devsel_n: out std_logic -- PCI Devsel# enable
);
end pci_target;
architecture fsm of pci_target is
signal LPCI_Devsel_n, LPCI_Trdy_n, LPCI_Stop_n: std_logic;
type targetFsmType is (Idle, B_Busy, Backoff, S_Data, Turn_Ar);
signal currState, nextState: targetFsmType;
begin
-- Process to generate next state logic
nxtStProc: process (currState, PCI_Frame_n, Hit, D_Done, PCI_Irdy_n, LPCI_Trdy_n,
LPCI_Devsel_n, LPCI_Stop_n, Term, Ready) begin
case currState is
when Idle =>
if (PCI_Frame_n = '0' and Hit = '0') then
nextState <= B_Busy;
else
nextState <= Idle;
end if;
when B_Busy =>
if (PCI_Frame_n ='1' and D_Done = '1') or
(PCI_Frame_n = '1' and D_Done = '0' and LPCI_Devsel_n = '0') then
nextState <= Idle;
elsif (PCI_Frame_n = '0' or PCI_Irdy_n = '0') and Hit = '1' and
(Term = '0' or (Term = '1' and Ready = '1') ) then
nextState <= S_Data;
elsif (PCI_Frame_n = '0' or PCI_Irdy_n = '0') and Hit = '1' and
(Term = '1' and Ready = '0') then
nextState <= Backoff;
else
nextState <= B_Busy;
end if;
when S_Data =>
if PCI_Frame_n = '0' and LPCI_Stop_n = '0' and (LPCI_Trdy_n = '1' or PCI_Irdy_n = '0') then
nextState <= Backoff;
elsif PCI_Frame_n = '1' and (LPCI_Trdy_n = '0' or LPCI_Stop_n = '0') then
nextState <= Turn_Ar;
else
nextState <= S_Data;
end if;
when Backoff =>
if PCI_Frame_n = '1' then
nextState <= Turn_Ar;
else
nextState <= Backoff;
end if;
when Turn_Ar =>
if (PCI_Frame_n = '0' and Hit = '0') then
nextState <= B_Busy;
else
nextState <= Idle;
end if;
when others =>
null;
end case;
end process nxtStProc;
-- Process to register the current state
curStProc: process (PCI_Clk, PCI_Reset_n) begin
if (PCI_Reset_n = '0') then
currState <= Idle;
elsif (PCI_Clk'event and PCI_Clk = '1') then
currState <= nextState;
end if;
end process curStProc;
-- Process to generate outputs
outConProc: process (currState, Ready, T_Abort, Cmd_Write,
Cmd_Read, T_Abort, Term) begin
case currState is
when S_Data =>
if (Cmd_Read = '1') then
OE_AD <= '1';
else
OE_AD <= '0';
end if;
if (Ready = '1' and T_Abort = '0' and (Cmd_Write = '1' or Cmd_Read = '1')) then
LPCI_Trdy_n <= '0';
else
LPCI_Trdy_n <= '1';
end if;
if (T_Abort = '1' or Term = '1') and (Cmd_Write = '1' or Cmd_Read = '1') then
LPCI_Stop_n <= '0';
else
LPCI_Stop_n <= '1';
end if;
if (T_Abort = '0') then
LPCI_Devsel_n <= '0';
else
LPCI_Devsel_n <= '1';
end if;
OE_Trdy_n <= '1';
OE_Stop_n <= '1';
OE_Devsel_n <= '1';
when Backoff =>
if (Cmd_Read = '1') then
OE_AD <= '1';
else
OE_AD <= '0';
end if;
LPCI_Stop_n <= '0';
OE_Trdy_n <= '1';
OE_Stop_n <= '1';
OE_Devsel_n <= '1';
if (T_Abort = '0') then
LPCI_Devsel_n <= '0';
else
LPCI_Devsel_n <= '1';
end if;
when Turn_Ar =>
OE_Trdy_n <= '1';
OE_Stop_n <= '1';
OE_Devsel_n <= '1';
when others =>
OE_Trdy_n <= '0';
OE_Stop_n <= '0';
OE_Devsel_n <= '0';
OE_AD <= '0';
LPCI_Trdy_n <= '1';
LPCI_Stop_n <= '1';
LPCI_Devsel_n <= '1';
end case;
end process outConProc;
-- Assign output ports
PCI_Devsel_n <= LPCI_Devsel_n;
PCI_Trdy_n <= LPCI_Trdy_n;
PCI_Stop_n <= LPCI_Stop_n;
end fsm;
-- Incorporates Errata 10.1 and 10.2
library IEEE;
use IEEE.std_logic_1164.all;
entity pci_target is port (
PCI_Frame_n: in std_logic; -- PCI Frame#
PCI_Irdy_n: in std_logic; -- PCI Irdy#
Hit: in std_logic; -- Hit on address decode
D_Done: in std_logic; -- Device decode complete
Term: in std_logic; -- Terminate transaction
Ready: in std_logic; -- Ready to transfer data
Cmd_Write: in std_logic; -- Command is Write
Cmd_Read: in std_logic; -- Command is Read
T_Abort: in std_logic; -- Target error - abort transaction
PCI_Clk: in std_logic; -- PCI Clock
PCI_Reset_n: in std_logic; -- PCI Reset#
PCI_Devsel_n: out std_logic; -- PCI Devsel#
PCI_Trdy_n: out std_logic; -- PCI Trdy#
PCI_Stop_n: out std_logic; -- PCI Stop#
OE_AD: out std_logic; -- PCI AD bus enable
OE_Trdy_n: out std_logic; -- PCI Trdy# enable
OE_Stop_n: out std_logic; -- PCI Stop# enable
OE_Devsel_n: out std_logic -- PCI Devsel# enable
);
end pci_target;
architecture fsm of pci_target is
signal LPCI_Devsel_n, LPCI_Trdy_n, LPCI_Stop_n: std_logic;
subtype targetFsmType is std_logic_vector(4 downto 0);
constant Idle: integer := 0;
constant B_Busy: integer := 1;
constant Backoff: integer := 2;
constant S_Data: integer := 3;
constant Turn_Ar: integer := 4;
signal currState, nextState: targetFsmType;
begin
nxtStProc: process (currState, PCI_Frame_n, Hit, D_Done, PCI_Irdy_n, LPCI_Trdy_n,
LPCI_Devsel_n, LPCI_Stop_n, Term, Ready) begin
nextState <= (others => '0');
if currState(Idle) = '1' then
if (PCI_Frame_n = '0' and Hit = '0') then
nextState(B_Busy) <= '1';
else
nextState(Idle) <= '1';
end if;
end if;
if currState(B_Busy) = '1' then
if (PCI_Frame_n ='1' and D_Done = '1') or
(PCI_Frame_n = '1' and D_Done = '0' and LPCI_Devsel_n = '0') then
nextState(Idle) <= '1';
elsif (PCI_Frame_n = '0' or PCI_Irdy_n = '0') and Hit = '1' and
(Term = '0' or (Term = '1' and Ready = '1') ) then
nextState(S_Data) <= '1';
elsif (PCI_Frame_n = '0' or PCI_Irdy_n = '0') and Hit = '1' and
(Term = '1' and Ready = '0') then
nextState(Backoff) <= '1';
else
nextState(B_Busy) <= '1';
end if;
end if;
if currState(S_Data) = '1' then
if PCI_Frame_n = '0' and LPCI_Stop_n = '0' and
(LPCI_Trdy_n = '1' or PCI_Irdy_n = '0') then
nextState(Backoff) <= '1';
elsif PCI_Frame_n = '1' and (LPCI_Trdy_n = '0' or LPCI_Stop_n = '0') then
nextState(Turn_Ar) <= '1';
else
nextState(S_Data) <= '1';
end if;
end if;
if currState(Backoff) = '1' then
if PCI_Frame_n = '1' then
nextState(Turn_Ar) <= '1';
else
nextState(Backoff) <= '1';
end if;
end if;
if currState(Turn_Ar) = '1' then
if (PCI_Frame_n = '0' and Hit = '0') then
nextState(B_Busy) <= '1';
else
nextState(Idle) <= '1';
end if;
end if;
end process nxtStProc;
curStProc: process (PCI_Clk, PCI_Reset_n) begin
if (PCI_Reset_n = '0') then
currState <= (others => '0'); -- per Errata 10.2
currState(Idle) <= '1';
elsif (PCI_Clk'event and PCI_Clk = '1') then
currState <= nextState;
end if;
end process curStProc;
outConProc: process (currState, Ready, T_Abort, Cmd_Write,
Cmd_Read, T_Abort, Term) begin
OE_Trdy_n <= '0'; OE_Stop_n <= '0'; OE_Devsel_n <= '0'; -- defaults per errata 10.1
OE_AD <= '0'; LPCI_Trdy_n <= '1'; LPCI_Stop_n <= '1';
LPCI_Devsel_n <= '1';
if (currState(S_Data) = '1') then
if (Cmd_Read = '1') then
OE_AD <= '1';
else
OE_AD <= '0';
end if;
if (Ready = '1' and T_Abort = '0' and (Cmd_Write = '1' or Cmd_Read = '1')) then
LPCI_Trdy_n <= '0';
else
LPCI_Trdy_n <= '1';
end if;
if (T_Abort = '1' or Term = '1') and (Cmd_Write = '1' or Cmd_Read = '1') then
LPCI_Stop_n <= '0';
else
LPCI_Stop_n <= '1';
end if;
if (T_Abort = '0') then
LPCI_Devsel_n <= '0';
else
LPCI_Devsel_n <= '1';
end if;
OE_Trdy_n <= '1';
OE_Stop_n <= '1';
OE_Devsel_n <= '1';
end if;
if (currState(Backoff) = '1') then
if (Cmd_Read = '1') then
OE_AD <= '1';
else
OE_AD <= '0';
end if;
LPCI_Stop_n <= '0';
OE_Trdy_n <= '1';
OE_Stop_n <= '1';
OE_Devsel_n <= '1';
if (T_Abort = '0') then
LPCI_Devsel_n <= '0';
else
LPCI_Devsel_n <= '1';
end if;
end if;
if (currState(Turn_Ar) = '1') then
OE_Trdy_n <= '1';
OE_Stop_n <= '1';
OE_Devsel_n <= '1';
end if;
if (currState(Idle) = '1' or currState(B_Busy) = '1') then
OE_Trdy_n <= '0';
OE_Stop_n <= '0';
OE_Devsel_n <= '0';
OE_AD <= '0';
LPCI_Trdy_n <= '1';
LPCI_Stop_n <= '1';
LPCI_Devsel_n <= '1';
end if;
end process outConProc;
PCI_Devsel_n <= LPCI_Devsel_n;
PCI_Trdy_n <= LPCI_Trdy_n;
PCI_Stop_n <= LPCI_Stop_n;
end fsm;
library IEEE;
use IEEE.std_logic_1164.all;
entity pci_target is port (
PCI_Frame_n: in std_logic; -- PCI Frame#
PCI_Irdy_n: in std_logic; -- PCI Irdy#
Hit: in std_logic; -- Hit on address decode
D_Done: in std_logic; -- Device decode complete
Term: in std_logic; -- Terminate transaction
Ready: in std_logic; -- Ready to transfer data
Cmd_Write: in std_logic; -- Command is Write
Cmd_Read: in std_logic; -- Command is Read
T_Abort: in std_logic; -- Target error - abort transaction
PCI_Clk: in std_logic; -- PCI Clock
PCI_Reset_n: in std_logic; -- PCI Reset#
PCI_Devsel_n: out std_logic; -- PCI Devsel#
PCI_Trdy_n: out std_logic; -- PCI Trdy#
PCI_Stop_n: out std_logic; -- PCI Stop#
OE_AD: out std_logic; -- PCI AD bus enable
OE_Trdy_n: out std_logic; -- PCI Trdy# enable
OE_Stop_n: out std_logic; -- PCI Stop# enable
OE_Devsel_n: out std_logic -- PCI Devsel# enable
);
end pci_target;
architecture fsm of pci_target is
signal LPCI_Devsel_n, LPCI_Trdy_n, LPCI_Stop_n: std_logic;
subtype targetFsmType is std_logic_vector(2 downto 0);
constant Idle: targetFsmType := "000";
constant B_Busy: targetFsmType := "001";
constant Backoff: targetFsmType := "011";
constant S_Data: targetFsmType := "110";
constant Turn_Ar: targetFsmType := "100";
signal currState, nextState: targetFsmType;
begin
nxtStProc: process (currState, PCI_Frame_n, Hit, D_Done, PCI_Irdy_n, LPCI_Trdy_n,
LPCI_Devsel_n, LPCI_Stop_n, Term, Ready) begin
case currState is
when IDLE =>
if (PCI_Frame_n = '0' and Hit = '0') then
nextState <= B_BUSY;
else
nextState <= IDLE;
end if;
when B_BUSY =>
if (PCI_Frame_n ='1' and D_Done = '1') or
(PCI_Frame_n = '1' and D_Done = '0' and LPCI_Devsel_n = '0') then
nextState <= IDLE;
elsif (PCI_Frame_n = '0' or PCI_Irdy_n = '0') and Hit = '1' and
(Term = '0' or (Term = '1' and Ready = '1') ) then
nextState <= S_Data;
elsif (PCI_Frame_n = '0' or PCI_Irdy_n = '0') and Hit = '1' and
(Term = '1' and Ready = '0') then
nextState <= BACKOFF;
else
nextState <= B_BUSY;
end if;
when S_DATA =>
if PCI_Frame_n = '0' and LPCI_Stop_n = '0' and (LPCI_Trdy_n = '1' or PCI_Irdy_n = '0') then
nextState <= BACKOFF;
elsif PCI_Frame_n = '1' and (LPCI_Trdy_n = '0' or LPCI_Stop_n = '0') then
nextState <= TURN_AR;
else
nextState <= S_DATA;
end if;
when BACKOFF =>
if PCI_Frame_n = '1' then
nextState <= TURN_AR;
else
nextState <= BACKOFF;
end if;
when TURN_AR =>
if (PCI_Frame_n = '0' and Hit = '0') then
nextState <= B_BUSY;
else
nextState <= IDLE;
end if;
when others =>
nextState <= IDLE;
end case;
end process nxtStProc;
curStProc: process (PCI_Clk, PCI_Reset_n) begin
if (PCI_Reset_n = '0') then
currState <= Idle;
elsif (PCI_Clk'event and PCI_Clk = '1') then
currState <= nextState;
end if;
end process curStProc;
outConProc: process (currState, Ready, T_Abort, Cmd_Write,
Cmd_Read, T_Abort, Term) begin
-- Set default output assignments
OE_Trdy_n <= '0';
OE_Stop_n <= '0';
OE_Devsel_n <= '0';
OE_AD <= '0';
LPCI_Trdy_n <= '1';
LPCI_Stop_n <= '1';
LPCI_Devsel_n <= '1';
case currState is
when S_Data =>
if (Cmd_Read = '1') then
OE_AD <= '1';
else
OE_AD <= '0';
end if;
if (Ready = '1' and T_Abort = '0' and (Cmd_Write = '1' or Cmd_Read = '1')) then
LPCI_Trdy_n <= '0';
else
LPCI_Trdy_n <= '1';
end if;
if (T_Abort = '1' or Term = '1') and (Cmd_Write = '1' or Cmd_Read = '1') then
LPCI_Stop_n <= '0';
else
LPCI_Stop_n <= '1';
end if;
if (T_Abort = '0') then
LPCI_Devsel_n <= '0';
else
LPCI_Devsel_n <= '1';
end if;
OE_Trdy_n <= '1';
OE_Stop_n <= '1';
OE_Devsel_n <= '1';
when Backoff =>
if (Cmd_Read = '1') then
OE_AD <= '1';
else
OE_AD <= '0';
end if;
LPCI_Stop_n <= '0';
OE_Trdy_n <= '1';
OE_Stop_n <= '1';
OE_Devsel_n <= '1';
if (T_Abort = '0') then
LPCI_Devsel_n <= '0';
else
LPCI_Devsel_n <= '1';
end if;
when Turn_Ar =>
OE_Trdy_n <= '1';
OE_Stop_n <= '1';
OE_Devsel_n <= '1';
when others =>
OE_Trdy_n <= '0';
OE_Stop_n <= '0';
OE_Devsel_n <= '0';
OE_AD <= '0';
LPCI_Trdy_n <= '1';
LPCI_Stop_n <= '1';
LPCI_Devsel_n <= '1';
end case;
end process outConProc;
PCI_Devsel_n <= LPCI_Devsel_n;
PCI_Trdy_n <= LPCI_Trdy_n;
PCI_Stop_n <= LPCI_Stop_n;
end fsm;
library IEEE;
use IEEE.std_logic_1164.all;
entity pci_target is port (
PCI_Frame_n: in std_logic; -- PCI Frame#
PCI_Irdy_n: in std_logic; -- PCI Irdy#
Hit: in std_logic; -- Hit on address decode
D_Done: in std_logic; -- Device decode complete
Term: in std_logic; -- Terminate transaction
Ready: in std_logic; -- Ready to transfer data
Cmd_Write: in std_logic; -- Command is Write
Cmd_Read: in std_logic; -- Command is Read
T_Abort: in std_logic; -- Target error - abort transaction
PCI_Clk: in std_logic; -- PCI Clock
PCI_Reset_n: in std_logic; -- PCI Reset#
PCI_Devsel_n: out std_logic; -- PCI Devsel#
PCI_Trdy_n: out std_logic; -- PCI Trdy#
PCI_Stop_n: out std_logic; -- PCI Stop#
OE_AD: out std_logic; -- PCI AD bus enable
OE_Trdy_n: out std_logic; -- PCI Trdy# enable
OE_Stop_n: out std_logic; -- PCI Stop# enable
OE_Devsel_n: out std_logic -- PCI Devsel# enable
);
end pci_target;
architecture fsm of pci_target is
signal LPCI_Devsel_n, LPCI_Trdy_n, LPCI_Stop_n: std_logic;
subtype targetFsmType is std_logic_vector(2 downto 0);
constant Idle: targetFsmType := "000";
constant B_Busy: targetFsmType := "001";
constant Backoff: targetFsmType := "011";
constant S_Data: targetFsmType := "110";
constant Turn_Ar: targetFsmType := "100";
signal currState, nextState: targetFsmType;
begin
nxtStProc: process (currState, PCI_Frame_n, Hit, D_Done, PCI_Irdy_n, LPCI_Trdy_n,
LPCI_Devsel_n, LPCI_Stop_n, Term, Ready) begin
case currState is
when Idle =>
if (PCI_Frame_n = '0' and Hit = '0') then
nextState <= B_Busy;
else
nextState <= Idle;
end if;
when B_Busy =>
if (PCI_Frame_n ='1' and D_Done = '1') or
(PCI_Frame_n = '1' and D_Done = '0' and LPCI_Devsel_n = '0') then
nextState <= Idle;
elsif (PCI_Frame_n = '0' or PCI_Irdy_n = '0') and Hit = '1' and
(Term = '0' or (Term = '1' and Ready = '1') ) then
nextState <= S_Data;
elsif (PCI_Frame_n = '0' or PCI_Irdy_n = '0') and Hit = '1' and
(Term = '1' and Ready = '0') then
nextState <= Backoff;
else
nextState <= B_Busy;
end if;
when S_Data =>
if PCI_Frame_n = '0' and LPCI_Stop_n = '0' and
(LPCI_Trdy_n = '1' or PCI_Irdy_n = '0') then
nextState <= Backoff;
elsif PCI_Frame_n = '1' and (LPCI_Trdy_n = '0' or LPCI_Stop_n = '0') then
nextState <= Turn_Ar;
else
nextState <= S_Data;
end if;
when Backoff =>
if PCI_Frame_n = '1' then
nextState <= Turn_Ar;
else
nextState <= Backoff;
end if;
when Turn_Ar =>
if (PCI_Frame_n = '0' and Hit = '0') then
nextState <= B_Busy;
else
nextState <= Idle;
end if;
when others =>
null;
end case;
end process nxtStProc;
curStProc: process (PCI_Clk, PCI_Reset_n) begin
if (PCI_Reset_n = '0') then
currState <= Idle;
elsif (PCI_Clk'event and PCI_Clk = '1') then
currState <= nextState;
end if;
end process curStProc;
outConProc: process (currState, Ready, T_Abort, Cmd_Write,
Cmd_Read, T_Abort, Term) begin
case currState is
when S_Data =>
if (Cmd_Read = '1') then
OE_AD <= '1';
else
OE_AD <= '0';
end if;
if (Ready = '1' and T_Abort = '0' and (Cmd_Write = '1' or Cmd_Read = '1')) then
LPCI_Trdy_n <= '0';
else
LPCI_Trdy_n <= '1';
end if;
if (T_Abort = '1' or Term = '1') and (Cmd_Write = '1' or Cmd_Read = '1') then
LPCI_Stop_n <= '0';
else
LPCI_Stop_n <= '1';
end if;
if (T_Abort = '0') then
LPCI_Devsel_n <= '0';
else
LPCI_Devsel_n <= '1';
end if;
OE_Trdy_n <= '1';
OE_Stop_n <= '1';
OE_Devsel_n <= '1';
when Backoff =>
if (Cmd_Read = '1') then
OE_AD <= '1';
else
OE_AD <= '0';
end if;
LPCI_Stop_n <= '0';
OE_Trdy_n <= '1';
OE_Stop_n <= '1';
OE_Devsel_n <= '1';
if (T_Abort = '0') then
LPCI_Devsel_n <= '0';
else
LPCI_Devsel_n <= '1';
end if;
when Turn_Ar =>
OE_Trdy_n <= '1';
OE_Stop_n <= '1';
OE_Devsel_n <= '1';
when others =>
OE_Trdy_n <= '0';
OE_Stop_n <= '0';
OE_Devsel_n <= '0';
OE_AD <= '0';
LPCI_Trdy_n <= '1';
LPCI_Stop_n <= '1';
LPCI_Devsel_n <= '1';
end case;
end process outConProc;
PCI_Devsel_n <= LPCI_Devsel_n;
PCI_Trdy_n <= LPCI_Trdy_n;
PCI_Stop_n <= LPCI_Stop_n;
end fsm;
library ieee;
use ieee.std_logic_1164.all;
entity test is port (
a: in std_logic;
z: out std_logic;
en: in std_logic
);
end test;
architecture simple of test is
begin
z <= a when en = '1' else 'z';
end simple;
| gpl-2.0 |
lepton-eda/lepton-eda | tools/netlist/examples/vams/vhdl/basic-vhdl/current_source_arc.vhdl | 15 | 174 | ARCHITECTURE voltage_dependend OF current_source IS
QUANTITY v ACROSS i THROUGH lt TO rt;
BEGIN
i == ISS * (exp(v/(N * VT)) - 1.0);
END ARCHITECTURE voltage_dependend;
| gpl-2.0 |
lepton-eda/lepton-eda | tools/netlist/examples/vams/vhdl/basic-vhdl/resistor_arc.vhdl | 15 | 113 | ARCHITECTURE beh OF resistor IS
QUANTITY v ACROSS i THROUGH lt to rt;
BEGIN
v == r * i;
END ARCHITECTURE beh;
| gpl-2.0 |
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