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<reponame>LaudateCorpus1/RosettaCodeData
' Read a file line by line
Sub Main()
Dim fInput As String, fOutput As String 'File names
Dim sInput As String, sOutput As String 'Lines
Dim nRecord As Long
fInput = "input.txt"
fOutput = "output.txt"
On Error GoTo InputError
Open fInput For Input As #1
On Error GoTo 0 'reset error handling
Open fOutput For Output As #2
nRecord = 0
While Not EOF(1)
Line Input #1, sInput
sOutput = Process(sInput) 'do something
nRecord = nRecord + 1
Print #2, sOutput
Wend
Close #1
Close #2
Exit Sub
InputError:
MsgBox "File: " & fInput & " not found"
End Sub 'Main
|
<gh_stars>1-10
Set objXMLDoc = CreateObject("msxml2.domdocument")
Set objRoot = objXMLDoc.createElement("CharacterRemarks")
objXMLDoc.appendChild objRoot
Call CreateNode("April","Bubbly: I'm > Tam and <= Emily")
Call CreateNode("<NAME>","Burns: ""When chapman billies leave the street ...""")
Call CreateNode("Emily","Short & shrift")
objXMLDoc.save("C:\Temp\Test.xml")
Function CreateNode(attrib_value,node_value)
Set objNode = objXMLDoc.createElement("Character")
objNode.setAttribute "name", attrib_value
objNode.text = node_value
objRoot.appendChild objNode
End Function
|
<reponame>LaudateCorpus1/RosettaCodeData<filename>Task/Zhang-Suen-thinning-algorithm/VBA/zhang-suen-thinning-algorithm.vba<gh_stars>1-10
Public n As Variant
Private Sub init()
n = [{-1,0;-1,1;0,1;1,1;1,0;1,-1;0,-1;-1,-1;-1,0}]
End Sub
Private Function AB(text As Variant, y As Integer, x As Integer, step As Integer) As Variant
Dim wtb As Integer
Dim bn As Integer
Dim prev As String: prev = "#"
Dim next_ As String
Dim p2468 As String
For i = 1 To UBound(n)
next_ = Mid(text(y + n(i, 1)), x + n(i, 2), 1)
wtb = wtb - (prev = "." And next_ <= "#")
bn = bn - (i > 1 And next_ <= "#")
If (i And 1) = 0 Then p2468 = p2468 & prev
prev = next_
Next i
If step = 2 Then '-- make it p6842
p2468 = Mid(p2468, 3, 2) & Mid(p2468, 1, 2)
'p2468 = p2468(3..4)&p2468(1..2)
End If
Dim ret(2) As Variant
ret(0) = wtb
ret(1) = bn
ret(2) = p2468
AB = ret
End Function
Private Sub Zhang_Suen(text As Variant)
Dim wtb As Integer
Dim bn As Integer
Dim changed As Boolean, changes As Boolean
Dim p2468 As String '-- (p6842 for step 2)
Dim x As Integer, y As Integer, step As Integer
Do While True
changed = False
For step = 1 To 2
changes = False
For y = 1 To UBound(text) - 1
For x = 2 To Len(text(y)) - 1
If Mid(text(y), x, 1) = "#" Then
ret = AB(text, y, x, step)
wtb = ret(0)
bn = ret(1)
p2468 = ret(2)
If wtb = 1 _
And bn >= 2 And bn <= 6 _
And InStr(1, Mid(p2468, 1, 3), ".") _
And InStr(1, Mid(p2468, 2, 3), ".") Then
changes = True
text(y) = Left(text(y), x - 1) & "!" & Right(text(y), Len(text(y)) - x)
End If
End If
Next x
Next y
If changes Then
For y = 1 To UBound(text) - 1
text(y) = Replace(text(y), "!", ".")
Next y
changed = True
End If
Next step
If Not changed Then Exit Do
Loop
Debug.Print Join(text, vbCrLf)
End Sub
Public Sub main()
init
Dim Small_rc(9) As String
Small_rc(0) = "................................"
Small_rc(1) = ".#########.......########......."
Small_rc(2) = ".###...####.....####..####......"
Small_rc(3) = ".###....###.....###....###......"
Small_rc(4) = ".###...####.....###............."
Small_rc(5) = ".#########......###............."
Small_rc(6) = ".###.####.......###....###......"
Small_rc(7) = ".###..####..###.####..####.###.."
Small_rc(8) = ".###...####.###..########..###.."
Small_rc(9) = "................................"
Zhang_Suen (Small_rc)
End Sub
|
Public q() As Long
Sub make_q()
ReDim q(2 ^ 20)
q(1) = 1
q(2) = 1
Dim l As Long
For l = 3 To 2 ^ 20
q(l) = q(q(l - 1)) + q(l - q(l - 1))
Next l
End Sub
Public Sub hcsequence()
Dim mallows As Long: mallows = -1
Dim max_n As Long, n As Long
Dim l As Long, h As Long
make_q
For p = 0 To 19
max_an = 0.5
l = 2 ^ p: h = l * 2
For n = l To h
an = q(n) / n
If an >= max_an Then
max_an = an
max_n = n
End If
If an > 0.55 Then
mallows = n
End If
Next n
Debug.Print "Maximum in range"; Format(l, "@@@@@@@"); " to"; h; String$(7 - Len(CStr(h)), " ");
Debug.Print "occurs at"; Format(max_n, "@@@@@@@"); ": "; Format(max_an, "0.000000")
Next p
Debug.Print "Mallows number is"; mallows
End Sub
|
<filename>Task/Sorting-algorithms-Bogosort/VBScript/sorting-algorithms-bogosort-1.vb
sub swap( byref a, byref b )
dim tmp
tmp = a
a = b
b = tmp
end sub
'knuth shuffle (I think)
function shuffle( a )
dim i
dim r
randomize timer
for i = lbound( a ) to ubound( a )
r = int( rnd * ( ubound( a ) + 1 ) )
if r <> i then
swap a(i), a(r)
end if
next
shuffle = a
end function
function inOrder( a )
dim res
dim i
for i = 0 to ubound( a ) - 1
res = ( a(i) <= a(i+1) )
if res = false then exit for
next
inOrder = res
end function
|
WScript.Echo ScriptEngine(), ScriptEngineBuildVersion (), ScriptEngineMajorVersion(), ScriptEngineMinorVersion ()
|
VERSION 5.00
Begin VB.Form NewFaxDialog
Caption = "New Fax Document"
ClientHeight = 1800
ClientLeft = 6300
ClientTop = 5355
ClientWidth = 6045
LinkTopic = "Form1"
ScaleHeight = 1800
ScaleWidth = 6045
Begin VB.CommandButton Cancel
Caption = "Cancel"
BeginProperty Font
Name = "Palatino Linotype"
Size = 11.25
Charset = 0
Weight = 700
Underline = 0 'False
Italic = 0 'False
Strikethrough = 0 'False
EndProperty
Height = 495
Left = 2880
TabIndex = 3
Top = 1080
Width = 2895
End
Begin VB.CommandButton OK
Caption = "OK"
BeginProperty Font
Name = "Palatino Linotype"
Size = 11.25
Charset = 0
Weight = 700
Underline = 0 'False
Italic = 0 'False
Strikethrough = 0 'False
EndProperty
Height = 495
Left = 120
TabIndex = 2
Top = 1080
Width = 2535
End
Begin VB.TextBox FileName
Height = 375
Left = 2160
TabIndex = 0
Top = 360
Width = 3615
End
Begin VB.Label Label1
Caption = "Enter a Document Name:"
Height = 375
Left = 120
TabIndex = 1
Top = 360
Width = 2055
End
End
Attribute VB_Name = "NewFaxDialog"
Attribute VB_GlobalNameSpace = False
Attribute VB_Creatable = False
Attribute VB_PredeclaredId = True
Attribute VB_Exposed = False
Private Sub Cancel_Click()
Unload NewFaxDialog
End Sub
Private Sub OK_Click()
If FileName.Text = "" Then
msg = "You must specify a document name"
MsgBox msg, , "Error"
FileName.SetFocus
Exit Sub
End If
Err.Clear
Set FaxDocument = Fax.CreateDocument(FileName.Text)
If Err.Number <> 0 Then
msg = "Could not create new document"
MsgBox msg, , "Error"
Unload NewFaxDialog
Doc = False
Else
Unload NewFaxDialog
Doc = True
End If
End Sub
|
Sub FizzBuzz()
Dim i As Integer
Dim T(1 To 99) As Variant
For i = 1 To 99 Step 3
T(i + 0) = IIf((i + 0) Mod 5 = 0, "Buzz", i)
T(i + 1) = IIf((i + 1) Mod 5 = 0, "Buzz", i + 1)
T(i + 2) = IIf((i + 2) Mod 5 = 0, "FizzBuzz", "Fizz")
Next i
Debug.Print Join(T, ", ") & ", Buzz"
End Sub
|
<gh_stars>1-10
'Option Base 1
Private Function gauss_eliminate(a As Variant, b As Variant) As Variant
Dim n As Integer: n = UBound(b)
Dim tmp As Variant, m As Integer, mx As Variant
For col = 1 To n
m = col
mx = a(m, m)
For i = col + 1 To n
tmp = Abs(a(i, col))
If tmp > mx Then
m = i
mx = tmp
End If
Next i
If col <> m Then
For j = 1 To UBound(a, 2)
tmp = a(col, j)
a(col, j) = a(m, j)
a(m, j) = tmp
Next j
tmp = b(col)
b(col) = b(m)
b(m) = tmp
End If
For i = col + 1 To n
tmp = a(i, col) / a(col, col)
For j = col + 1 To n
a(i, j) = a(i, j) - tmp * a(col, j)
Next j
a(i, col) = 0
b(i) = b(i) - tmp * b(col)
Next i
Next col
Dim x() As Variant
ReDim x(n)
For col = n To 1 Step -1
tmp = b(col)
For j = n To col + 1 Step -1
tmp = tmp - x(j) * a(col, j)
Next j
x(col) = tmp / a(col, col)
Next col
gauss_eliminate = x
End Function
Public Sub main()
a = [{1.00, 0.00, 0.00, 0.00, 0.00, 0.00; 1.00, 0.63, 0.39, 0.25, 0.16, 0.10; 1.00, 1.26, 1.58, 1.98, 2.49, 3.13; 1.00, 1.88, 3.55, 6.70, 12.62, 23.80; 1.00, 2.51, 6.32, 15.88, 39.90, 100.28; 1.00, 3.14, 9.87, 31.01, 97.41, 306.02}]
b = [{-0.01, 0.61, 0.91, 0.99, 0.60, 0.02}]
Dim s() As String, x() As Variant
ReDim s(UBound(b)), x(UBound(b))
Debug.Print "(";
x = gauss_eliminate(a, b)
For i = 1 To UBound(x)
s(i) = CStr(x(i))
Next i
t = Join(s, ", ")
Debug.Print t; ")"
End Sub
|
<filename>admin/wmi/wbem/scripting/test/vbscript/privilege/privilege_ps3.vbs
on error resume next
const wbemPrivilegeDebug = 19
set service = GetObject ("winmgmts:{impersonationLevel=impersonate}")
service.security_.privileges.Add wbemPrivilegeDebug
if err <> 0 then
WScript.Echo Hex(Err.Number), Err.Description, Err.Source
end if
set process = service.get ("Win32_Process.Handle=""24""")
if IsNull(process.priority) then
WScript.Echo process.Name, "<NULL>"
else
WScript.Echo process.name, process.priority
end if
if err <> 0 then
WScript.Echo Err.Number, Err.Description, Err.Source
end if
|
'//+----------------------------------------------------------------------------
'//
'// File: newver.frm
'//
'// Module: pbadmin.exe
'//
'// Synopsis: The dialog for publishing phonebooks in PBA
'//
'// Copyright (c) 1997-1999 Microsoft Corporation
'//
'// Author: quintinb Created Header 09/02/99
'//
'//+----------------------------------------------------------------------------
VERSION 5.00
Object = "{6B7E6392-850A-101B-AFC0-4210102A8DA7}#1.3#0"; "COMCTL32.OCX"
Object = "{48E59290-9880-11CF-9754-00AA00C00908}#1.0#0"; "MSINET.OCX"
Begin VB.Form frmNewVersion
BorderStyle = 3 'Fixed Dialog
Caption = "build Phone Book"
ClientHeight = 4440
ClientLeft = 405
ClientTop = 1500
ClientWidth = 6795
Icon = "newver.frx":0000
KeyPreview = -1 'True
LinkTopic = "Form1"
MaxButton = 0 'False
MinButton = 0 'False
PaletteMode = 1 'UseZOrder
ScaleHeight = 4440
ScaleWidth = 6795
ShowInTaskbar = 0 'False
WhatsThisButton = -1 'True
WhatsThisHelp = -1 'True
Begin InetCtlsObjects.Inet inetOCX
Left = 1860
Top = 3030
_ExtentX = 1005
_ExtentY = 1005
_Version = 393216
Protocol = 2
RemotePort = 21
URL = "ftp://"
End
Begin VB.CommandButton cmbOptions
Caption = "&options..."
Height = 375
Left = 5160
TabIndex = 2
Top = 780
WhatsThisHelpID = 14010
Width = 1410
End
Begin VB.Frame Frame2
Height = 30
Left = 225
TabIndex = 15
Top = 3750
Width = 6405
End
Begin VB.Frame Frame1
Height = 30
Left = 210
TabIndex = 14
Top = 2325
Width = 6405
End
Begin VB.CommandButton BrowseButton
Caption = "brwse"
Height = 375
Left = 5175
TabIndex = 5
Top = 1890
WhatsThisHelpID = 14030
Width = 1425
End
Begin VB.TextBox DirText
Alignment = 1 'Right Justify
Height = 330
Left = 3000
MaxLength = 255
TabIndex = 4
Top = 1905
WhatsThisHelpID = 14020
Width = 1980
End
Begin VB.CommandButton Command3
Caption = "post"
Height = 375
Left = 270
TabIndex = 1
Top = 3255
WhatsThisHelpID = 14070
Width = 1185
End
Begin VB.CommandButton cmbCancel
Cancel = -1 'True
Caption = "clos"
Height = 375
Left = 5445
TabIndex = 6
Top = 3930
WhatsThisHelpID = 10020
Width = 1170
End
Begin VB.CommandButton Command1
Caption = "&create"
Height = 375
Left = 210
TabIndex = 0
Top = 1860
WhatsThisHelpID = 14060
Width = 1200
End
Begin ComctlLib.ProgressBar ProgressBar1
Height = 270
Left = 225
TabIndex = 16
Top = 4035
Visible = 0 'False
Width = 2985
_ExtentX = 5265
_ExtentY = 476
_Version = 327682
Appearance = 1
End
Begin VB.Label ServerNameText
BackStyle = 0 'Transparent
BorderStyle = 1 'Fixed Single
Height = 315
Left = 3420
TabIndex = 13
Top = 3270
WhatsThisHelpID = 14040
Width = 3180
End
Begin VB.Label ServerLabel
BackStyle = 0 'Transparent
Caption = "server"
Height = 240
Left = 3435
TabIndex = 12
Top = 3030
WhatsThisHelpID = 14040
Width = 3075
End
Begin VB.Label CreateLabel
BackStyle = 0 'Transparent
Caption = "create a new phone book release."
Height = 1575
Left = 180
TabIndex = 11
Top = 90
Width = 2655
End
Begin VB.Label txtver
Alignment = 1 'Right Justify
BackStyle = 0 'Transparent
BorderStyle = 1 'Fixed Single
BeginProperty Font
Name = "MS Sans Serif"
Size = 12
Charset = 0
Weight = 400
Underline = 0 'False
Italic = 0 'False
Strikethrough = 0 'False
EndProperty
Height = 315
Left = 3000
TabIndex = 10
Top = 810
WhatsThisHelpID = 14000
Width = 990
End
Begin VB.Label DirLabel
Caption = "release directory:"
Height = 255
Left = 3030
TabIndex = 3
Top = 1680
WhatsThisHelpID = 14020
Width = 2385
End
Begin VB.Label PostLabel
BackStyle = 0 'Transparent
Caption = "post the new release to the Phone Book Server."
Height = 720
Left = 210
TabIndex = 7
Top = 2490
Width = 2325
End
Begin VB.Label lbldate
BorderStyle = 1 'Fixed Single
ForeColor = &H00000000&
Height = 285
Left = 2490
TabIndex = 9
Top = 1950
Visible = 0 'False
Width = 390
End
Begin VB.Label ReleaseLabel
BackStyle = 0 'Transparent
Caption = "new release:"
Height = 225
Left = 3000
TabIndex = 8
Top = 480
WhatsThisHelpID = 14000
Width = 2595
End
End
Attribute VB_Name = "frmNewVersion"
Attribute VB_GlobalNameSpace = False
Attribute VB_Creatable = False
Attribute VB_PredeclaredId = True
Attribute VB_Exposed = False
Option Explicit
Dim bAuthFinished As Boolean
Function ChangeProgressBar(AddValue As Integer) As Integer
On Error GoTo ProgressErr
If (ProgressBar1.Value + AddValue) <= 100 And (ProgressBar1.Value + AddValue) >= 0 Then
ProgressBar1.Value = ProgressBar1.Value + AddValue
Else
If (ProgressBar1.Value + AddValue) < 0 Then
ProgressBar1.Value = 0
Else
ProgressBar1.Value = 100
End If
End If
Exit Function
ProgressErr:
ChangeProgressBar = 1
Exit Function
End Function
Function LoadBuildRes()
Dim cRef As Integer
On Error GoTo LoadErr
cRef = 5000
Me.Caption = LoadResString(cRef + 191) & " " & gsCurrentPB
Command1.Caption = LoadResString(cRef + 192)
Command3.Caption = LoadResString(cRef + 193)
cmbOptions.Caption = LoadResString(cRef + 194)
BrowseButton.Caption = LoadResString(1009)
CreateLabel.Caption = LoadResString(cRef + 195)
PostLabel.Caption = LoadResString(cRef + 196)
ReleaseLabel.Caption = LoadResString(cRef + 197)
DirLabel.Caption = LoadResString(cRef + 198)
ServerLabel.Caption = LoadResString(cRef + 199)
'statuslabel.Caption = LoadResString(cRef + 200)
cmbCancel.Caption = LoadResString(1005)
' set fonts
SetFonts Me
On Error GoTo 0
Exit Function
LoadErr:
Exit Function
End Function
Public Function outdtaddf(ByVal path As String, ByVal dtafile As String, ByVal PBKFile As String, ByVal version As String)
Dim intFile As Integer
Dim strRegFile As String
Dim strPBKFile As String
Dim strVerFile As String
On Error GoTo DTAErr
strRegFile = gQuote & path & gsCurrentPB & ".pbr" & gQuote
strPBKFile = gQuote & PBKFile & gQuote
version = Trim(version)
strVerFile = gQuote & path & version & ".ver" & gQuote
intFile = FreeFile
Open path & dtafile For Output As #intFile
Print #intFile, strRegFile; " "; gsCurrentPB & ".pbr"
Print #intFile, strPBKFile; " "; "pbupdate.pbd"
Print #intFile, strVerFile; " "; "pbupdate.ver"
Close #intFile
On Error GoTo 0
Exit Function
DTAErr:
Exit Function
End Function
Public Function outfullddf(ByVal path As String, ByVal fullfile As String, ByVal version As String)
Dim strPBKFile As String
Dim strRegFile As String
Dim strVerFile As String
Dim intFile As Integer
On Error GoTo fullddfErr
strPBKFile = gQuote & path & fullfile & gQuote
strRegFile = gQuote & path & gsCurrentPB & ".pbr" & gQuote
version = Trim(version)
strVerFile = gQuote & path & version & ".ver" & gQuote
'If CheckPath(strINFfile) <> 0 Then
' MakeFullINF gsCurrentPB
'End If
intFile = FreeFile
Open path & version & "Full.ddf" For Output As #intFile
Print #intFile, strRegFile; " "; gsCurrentPB & ".pbr"
Print #intFile, strPBKFile; " "; gsCurrentPB & ".pbk"
Print #intFile, strVerFile; " "; "pbupdate.ver"
Close #intFile
On Error GoTo 0
Exit Function
fullddfErr:
Exit Function
End Function
Public Function PostFiles(ByVal Host As String, ByVal UID As String, ByVal PWD As String, ByVal version As Integer, ByVal PostDir As String, ByVal VirPath As String) As Integer
' =================================================================================
' this function handles the
' POST to the PB Server
'
' Arguments: host, uid, pwd, version, postdir, virpath
' Returns: 0 = success
' 1 = fail
'
' history: Created April '97 <NAME>
'
' =================================================================================
Const VROOT As String = "PBSDATA"
Const DIR_DB As String = "DATABASE"
Const LOCALFILE As String = "pbserver.mdb"
Const REMOTEFILE As String = "newpb.mdb"
Dim intAuthCount As Byte
Dim intX As Integer
Dim strBaseFile As String
' setup the OCX and check for connection
With inetOCX
.URL = "ftp://" & Host
.UserName = UID
.Password = <PASSWORD>
.Protocol = icFTP
.AccessType = icUseDefault
.RequestTimeout = 60
End With
On Error GoTo DirError
inetOCX.Execute , "CD /" & VROOT & "/" & VirPath
PostWait
' If the directory doesn't exist then create it
If inetOCX.ResponseCode = 12003 Then
inetOCX.Execute , "CD /" & VROOT
PostWait
If inetOCX.ResponseCode = 12003 Then
MsgBox LoadResString(6060) & " " & Host & vbCrLf & inetOCX.ResponseInfo, 0
PostFiles = 1
Exit Function
End If
inetOCX.Execute , "MKDIR " & VirPath
PostWait
If inetOCX.ResponseCode = 12003 Then
MsgBox LoadResString(6060) & " " & Host & vbCrLf & inetOCX.ResponseInfo, 0
PostFiles = 1
Exit Function
End If
inetOCX.Execute , "CD /" & VROOT & "/" & VirPath
PostWait
If inetOCX.ResponseCode = 12003 Then
MsgBox LoadResString(6060) & " " & Host & vbCrLf & inetOCX.ResponseInfo, 0
PostFiles = 1
Exit Function
End If
End If
' full CAB
inetOCX.Execute , "PUT " & gQuote & PostDir & "\" & version & "full.cab" & gQuote & " " & _
version & "full.cab"
ChangeProgressBar 10
PostWait
If inetOCX.ResponseCode = 0 Then
' Delta CABs
strBaseFile = version & "delta"
For intX = version - GetDeltaCount(version) To version - 1
inetOCX.Execute , "PUT " & gQuote & PostDir & "\" & strBaseFile & intX & ".cab" & gQuote & " " & _
strBaseFile & intX & ".cab"
ChangeProgressBar 10
PostWait
If inetOCX.ResponseCode <> 0 Then GoTo ineterr
Next
' go to db dir
inetOCX.Execute , "CD /" & VROOT & "/" & DIR_DB
PostWait
If inetOCX.ResponseCode <> 0 Then GoTo ineterr
'PBSERVER.mdb (NewPB.mdb)
inetOCX.Execute , "PUT " & gQuote & PostDir & "\" & LOCALFILE & gQuote & " " & REMOTEFILE
PostWait
If inetOCX.ResponseCode <> 0 Then GoTo ineterr
ChangeProgressBar 10
' NewPB.txt
inetOCX.Execute , "PUT " & gQuote & DirText.Text & "\" & version & ".ver" & gQuote & " newpb.txt"
PostWait
ChangeProgressBar 5
Else
GoTo ineterr
End If
inetOCX.Execute , "QUIT"
PostFiles = 0
Exit Function
ineterr:
MsgBox LoadResString(6101) & " " & inetOCX.ResponseInfo, 0
inetOCX.Execute , "QUIT"
PostFiles = 1
Exit Function
DirError:
inetOCX.Execute , "QUIT"
Select Case Err.Number
Case 35750 To 35755, 35761 'Unable to contact
MsgBox LoadResString(6042), vbExclamation + vbOKOnly
PostFiles = 1
Case 35756 To 35760 'Connection Timed Out
MsgBox LoadResString(6043), vbExclamation + vbOKOnly
PostFiles = 1
Case Else
MsgBox LoadResString(6043), vbExclamation + vbOKOnly
PostFiles = 1
End Select
End Function
Public Function UpdateHkeeper(ByVal DBPath As String, ByVal PhoneBook As String, ByVal version As Integer, ByVal VirPath As String) As Integer
'==========================================================================
' handle all updates of HKEEPER.MDB relating to posting a phone book.
'
' Arguments:
' Returns: 0 = success
' 1 = failure
'
' History: Created Apr 24 '97 <NAME>
'==========================================================================
Dim rsOS, rsTemp As Recordset
Dim intISPid As Integer
Dim intPrevious As Integer
Dim intX As Integer
Dim strPath As String
On Error GoTo UpdateErr
Set Gsyspbpost = DBEngine.Workspaces(0).OpenDatabase(DBPath)
Set rsOS = gsyspb.OpenRecordset("OSTypes")
Set rsTemp = Gsyspbpost.OpenRecordset("select * from ISPs where Description like '" & PhoneBook & "'", dbOpenDynaset)
If rsTemp.EOF And rsTemp.BOF Then
'insert row w/ new id
Set rsTemp = Gsyspbpost.OpenRecordset("select max(ISPid) as maxID from ISPs", dbOpenSnapshot)
If IsNull(rsTemp!maxID) Then
intISPid = 1
Else
intISPid = rsTemp!maxID + 1
End If
Set rsTemp = Gsyspbpost.OpenRecordset("select * from ISPs", dbOpenDynaset)
rsTemp.AddNew
rsTemp!Description = PhoneBook
rsTemp!ISPid = intISPid
rsTemp.Update
Else
' use existing ID
rsTemp.MoveFirst
intISPid = rsTemp!ISPid
End If
rsTemp.Close
Gsyspbpost.Execute "DELETE from Phonebooks WHERE ISPid = " & Str(intISPid), dbFailOnError
ChangeProgressBar 10
rsOS.MoveFirst
While Not rsOS.EOF
intPrevious = version - GetDeltaCount(version)
For intX = 1 To GetDeltaCount(version)
strPath = "/PBSDATA/" & VirPath & "/" & version & "DELTA" & intPrevious & ".cab"
Gsyspbpost.Execute "INSERT INTO Phonebooks " & _
"(ISPid, Version, LCID, OS, Arch, VirtualPath) " & _
"VALUES ( " & Str$(intISPid) & "," & _
intPrevious & "," & _
"0," & _
Str$(rsOS!OSType) & ", " & _
"0, " & _
"'" & strPath & "')", dbFailOnError
intPrevious = intPrevious + 1
Next intX
strPath = "/PBSDATA/" & VirPath & "/" & version & "full.cab"
Gsyspbpost.Execute "INSERT INTO Phonebooks " & _
"(ISPid, Version, LCID, OS, Arch, VirtualPath) " & _
"VALUES ( " & Str$(intISPid) & "," & _
version & "," & _
"0," & _
Str$(rsOS!OSType) & ", " & _
"0, " & _
"'" & strPath & "')", dbFailOnError
rsOS.MoveNext
Wend
DBEngine.Idle
rsOS.Close
Gsyspbpost.Close
Exit Function
UpdateErr:
UpdateHkeeper = 1
End Function
Public Function VersionOutFile(file As String, vernum As Integer)
Dim intFile As Integer
intFile = FreeFile
Open file For Output As #intFile
Print #intFile, Trim(vernum)
Close #intFile
End Function
Public Function PostWait()
Do Until Not inetOCX.StillExecuting
DoEvents
Loop
End Function
Public Function WriteRegionFile(file As String) As Integer
Dim ds As Recordset
Dim intFile As Integer
On Error GoTo WriteErr
intFile = FreeFile
Set ds = gsyspb.OpenRecordset("SELECT RegionDesc FROM Region order by RegionId", dbOpenSnapshot)
Open file For Output As #intFile
If ds.EOF And ds.BOF Then
Print #intFile, "0"
Else
ds.MoveLast
ds.MoveFirst
Print #intFile, ds.RecordCount
While Not ds.EOF
Print #intFile, Trim(ds!RegionDesc)
ds.MoveNext
Wend
End If
Close #intFile
ds.Close
Exit Function
WriteErr:
Exit Function
End Function
Private Sub BrowseButton_Click()
On Error GoTo ErrTrap
Load frmGetDir
frmGetDir.SelDir = DirText.Text
frmGetDir.Show vbModal
If frmGetDir.SelDir <> "" Then
If Len(frmGetDir.SelDir) > 110 Then
MsgBox LoadResString(6059), 0
Else
DirText.Text = frmGetDir.SelDir
End If
End If
Unload frmGetDir
On Error GoTo 0
Exit Sub
ErrTrap:
Exit Sub
End Sub
Private Sub cmbCancel_Click()
On Error GoTo CancelErr
Unload Me
Exit Sub
CancelErr:
Resume Next
End Sub
Private Sub cmbOptions_Click()
On Error GoTo ErrTrap
frmcab.Show vbModal
Dim rsConfig As Recordset
Set rsConfig = gsyspb.OpenRecordset("select * from Configuration where Index = 1", dbOpenSnapshot)
If Not IsNull(rsConfig!URL) Then
ServerNameText.Caption = " " & rsConfig!URL
' HTTPocx.GetDoc "http://" & rsConfig!URL & "/pbserver/pbserver.asp"
' ServerStatusText.Caption = " <unknown>"
Else
ServerNameText.Caption = ""
'ServerStatusText.Caption = ""
End If
rsConfig.Close
Exit Sub
ErrTrap:
Exit Sub
'Dim rsConfig As recordset
'Set rsConfig = GsysPb.OpenRecordset("select * from Configuration where Index = 1", dbOpenSnapshot)
'If Not IsNull(rsConfig!URL) Then
' ServerNameText.Caption = " " & rsConfig!URL
' HTTPocx.GetDoc "http://" & rsConfig!URL & "/pbserver/pbserver.asp"
' ServerStatusText.Caption = " <unknown>"
'Else
' ServerNameText.Caption = ""
' ServerStatusText.Caption = ""
'End If
'rsConfig.Close
End Sub
Private Sub Command1_Click()
' here's the 'create release' code
Dim config As Recordset
Dim deltnum, vercheck As Integer
Dim sql1, sql2 As String
Dim vernumsql, mastersql, deltasql As String
Dim deltanum As Integer, vernum As Integer, previousver As Integer
Dim filesaveas As String, i As Integer, verfile As String
Dim fullddffile As String, dtaddffile As String
Dim sShort, sLong As String
Dim strTemp As String
Dim strRelPath As String
Dim strSPCfile As String
Dim strPVKfile As String
Dim filelen As Long
Dim bNewVersion As Boolean
Dim dblFreeSpace As Double
Dim result As Integer
Dim strucFname As OFSTRUCT
Dim strSearchFile As String
Dim strRelativePath As String
On Error GoTo ErrTrap
If Len(DirText.Text) > 110 Then
MsgBox LoadResString(6059), 0
DirText.SetFocus
Exit Sub
End If
If Trim(DirText.Text) = "" Or CheckPath(DirText.Text) <> 0 Then
MsgBox LoadResString(6037), vbExclamation
DirText.SetFocus
Exit Sub
Else
DirText.Text = Trim(DirText.Text)
If Right(DirText.Text, 1) = "\" Then
DirText.Text = Left(DirText.Text, Len(DirText.Text) - 1)
End If
'strRelPath = GetMyShortPath(DirText.Text & "\")
strRelPath = DirText.Text & "\"
End If
dblFreeSpace = GetDriveSpace(DirText.Text, 350000)
If dblFreeSpace = -2 Then
Exit Sub
End If
Set config = gsyspb.OpenRecordset("select * from Configuration where Index = 1", dbOpenDynaset)
config.MoveLast
If GsysDelta.RecordCount = 0 Then
deltnum = 1
Else
GsysDelta.MoveLast
deltnum = GsysDelta!deltanum
vercheck = GsysDelta!NewVersion
bNewVersion = False
If Not IsNull(config!NewVersion) Then
If config!NewVersion = 1 Then
bNewVersion = True
End If
End If
If vercheck = 1 And Not bNewVersion Then
config.Close
MsgBox LoadResString(6038), vbInformation
Exit Sub
End If
End If
' handle UI
Screen.MousePointer = 11
Command1.Enabled = False
cmbOptions.Enabled = False
DirText.Enabled = False
BrowseButton.Enabled = False
cmbCancel.Enabled = False
With ProgressBar1
.Visible = True
.Value = 0
End With
ChangeProgressBar 10
config.Edit
config!PBbuildDir = DirText.Text
config.Update
vernum = txtver.Caption
mastersql = "SELECT * from DialUpPort where Status = '1' order by AccessNumberId"
Set GsysNDial = gsyspb.OpenRecordset(mastersql, dbOpenSnapshot)
If GsysNDial.RecordCount = 0 Then 'master phone file
Set GsysNDial = Nothing
Command1.Enabled = True
cmbOptions.Enabled = True
DirText.Enabled = True
BrowseButton.Enabled = True
cmbCancel.Enabled = True
ProgressBar1.Visible = False
ProgressBar1.Value = 0
Screen.MousePointer = 0
MsgBox LoadResString(6039), vbExclamation
Exit Sub
Else
sLong = strRelPath
filesaveas = sLong & vernum & "Full.pbk"
verfile = sLong & vernum & ".VER"
'fullddffile = sLong & vernum & "Full.ddf"
masterOutfile filesaveas, GsysNDial
FileCopy filesaveas, sLong & gsCurrentPB & ".pbk"
VersionOutFile verfile, vernum
'outfullddf fullddffile, filesaveas, verfile, config
outfullddf sLong, vernum & "Full.pbk", Str(vernum)
WriteRegionFile sLong & gsCurrentPB & ".pbr"
If Left(Trim(locPath), 2) <> "\\" Then
ChDrive locPath
End If
ChDir locPath
WaitForApp "full.bat" & " " & _
gQuote & sLong & vernum & "Full.cab" & gQuote & " " & _
gQuote & sLong & vernum & "Full.ddf" & gQuote
ChangeProgressBar 20 + 10 / vernum
ChangeProgressBar 20 / vernum
End If
'Check for existence of full.cab
strSearchFile = sLong & vernum & "Full.cab"
result = OpenFile(strSearchFile, strucFname, OF_EXIST)
If result = -1 Then
MsgBox LoadResString(6075), 0
Screen.MousePointer = 0
Command1.Enabled = True
cmbOptions.Enabled = True
DirText.Enabled = True
BrowseButton.Enabled = True
cmbCancel.Enabled = True
With ProgressBar1
.Visible = False
.Value = 0
End With
Exit Sub
End If
If vernum > 1 Then
deltasql = "Select * from delta order by DeltaNum"
Set GsysNDelta = gsyspb.OpenRecordset(deltasql, dbOpenSnapshot)
If GsysNDelta.RecordCount <> 0 Then
GsysNDelta.MoveLast
deltanum = GsysNDelta!deltanum
End If
previousver = vernum - deltanum + 1
For i = 2 To deltanum
deltasql = "Select * from delta where NewVersion <> 1 and DeltaNum = " & i & " order by AccessNumberId"
Set GsysNDelta = gsyspb.OpenRecordset(deltasql, dbOpenSnapshot)
filesaveas = sLong & vernum & "DTA" & previousver & ".pbk"
dtaddffile = vernum & "DELTA" & previousver & ".ddf"
deltaoutfile filesaveas, GsysNDelta
outdtaddf sLong, dtaddffile, filesaveas, Str(vernum)
WaitForApp "dta.bat" & " " & _
gQuote & sLong & vernum & "DELTA" & previousver & ".cab" & gQuote & " " & _
gQuote & sLong & vernum & "DELTA" & previousver & ".ddf" & gQuote
previousver = previousver + 1
ChangeProgressBar 70 / (deltanum - 1)
Next i%
End If
Set GsysNDial = Nothing
Set GsysNDelta = Nothing
If Trim(ServerNameText.Caption) <> "" Then
Command3.Enabled = True
End If
cmbCancel.Enabled = True
ProgressBar1.Visible = False
ProgressBar1.Value = 0
Screen.MousePointer = 0
Exit Sub
ErrTrap:
Set GsysNDial = Nothing
Set GsysNDelta = Nothing
Command1.Enabled = True
cmbOptions.Enabled = True
cmbCancel.Enabled = True
DirText.Enabled = True
BrowseButton.Enabled = True
ProgressBar1.Visible = False
ProgressBar1.Value = 0
Screen.MousePointer = 0
If Err.Number = 3022 Then
MsgBox LoadResString(6040), vbCritical
ElseIf Err.Number = 75 Then
MsgBox LoadResString(6041), vbCritical
Else
MsgBox LoadResString(6041), vbCritical
End If
Exit Sub
End Sub
Private Sub Command3_Click()
Dim sql1 As String, sql2 As String
Dim configure As Recordset
'Dim rsTemp As Recordset
Dim i, intX As Integer, deltanum As Integer, previous As Integer
Dim vertualpath As String
Dim strSource As String, strDestination As String
Dim webpostdir As String
Dim webpostdir1 As String
Dim strBaseFile As String
Dim strPBVirPath As String
Dim strPBName As String
Dim sLong As String
Dim postpath As Variant
Dim filelen As Long
Dim myValue As Long
Dim intAuthCount As Integer
Dim bErr As Boolean
Dim bTriedRepair As Boolean
Dim dblFreeSpace As Double
Dim intVersion As Integer
Dim intRC As Integer
On Error GoTo ErrTrap
dblFreeSpace = GetDriveSpace(DirText.Text, 400000)
If dblFreeSpace = -2 Then
Exit Sub
End If
' handle UI
Screen.MousePointer = 11
Command1.Enabled = False
Command3.Enabled = False
cmbCancel.Enabled = False
ProgressBar1.Visible = True
DoEvents
On Error GoTo dbErr
bTriedRepair = False
intVersion = Val(txtver.Caption)
deltanum = GetDeltaCount(intVersion)
postpath = locPath + "pbserver.mdb"
strPBName = gsCurrentPB
strPBVirPath = ReplaceChars(strPBName, " ", "_")
Set configure = gsyspb.OpenRecordset("select * from Configuration where Index = 1", dbOpenDynaset)
intRC = UpdateHkeeper(postpath, gsCurrentPB, intVersion, strPBVirPath)
' intRC = PostFiles(configure!URL, configure!ServerUID, configure!ServerUID, intVersion, webpostdir, strPBVirPath)
On Error GoTo ErrTrap
ChangeProgressBar 15
' here's the webpost stuff
webpostdir = DirText.Text & "\" & intVersion & "post"
If CheckPath(webpostdir) = 0 Then
' dir name in use - rename old
myValue = Hour(Now) * 10000 + Minute(Now) * 100 + Second(Now)
Name webpostdir As webpostdir & "_old_" & myValue
End If
MkDir webpostdir
FileCopy locPath & "pbserver.mdb", webpostdir & "\pbserver.mdb"
' copy the CABs
FileCopy DirText.Text & "\" & intVersion & "full.cab", webpostdir & "\" & intVersion & "full.cab"
previous = intVersion - deltanum
For intX = 1 To deltanum
strSource = DirText.Text & "\" & intVersion & "delta" & previous & ".cab"
strDestination = webpostdir & "\" & intVersion & "delta" & previous & ".cab"
FileCopy strSource, strDestination
previous = previous + 1
Next intX
'sLong = GetMyShortPath(webpostdir)
'paths = sLong
ChangeProgressBar 20
intRC = PostFiles(configure!URL, configure!ServerUID, configure!ServerPWD, intVersion, webpostdir, strPBVirPath)
If intRC = 1 Then bErr = True
If Not bErr Then
GsysVer.AddNew
GsysVer!version = intVersion
GsysVer!CreationDate = lbldate.Caption
GsysVer.Update
Set GsysDelta = gsyspb.OpenRecordset("SELECT * FROM delta ORDER BY DeltaNum", dbOpenDynaset)
GsysDelta.MoveLast
deltanum = GsysDelta!deltanum
If deltanum < 6 Then
GsysDelta.AddNew
GsysDelta!deltanum = deltanum + 1
GsysDelta!NewVersion = 1
GsysDelta.Update
Else
sql1 = "DELETE FROM delta WHERE DeltaNum = 1"
gsyspb.Execute sql1, dbFailOnError
sql2 = "UPDATE delta SET DeltaNum = DeltaNum - 1"
gsyspb.Execute sql2, dbFailOnError
Set GsysDelta = gsyspb.OpenRecordset("Select * from Delta order by DeltaNum", dbOpenDynaset)
GsysDelta.AddNew
GsysDelta!deltanum = 6
GsysDelta!NewVersion = 1
GsysDelta.Update
End If
Set GsysDelta = Nothing
End If
'handle UI
cmbCancel.Enabled = True
ProgressBar1.Visible = False
ProgressBar1.Value = 0
If bErr Then
Command3.Enabled = True
'MsgBox LoadResString(6043), vbExclamation
Else
configure.Edit
configure!NewVersion = 0
configure.Update
Command3.Enabled = False
LogPublish intVersion
End If
configure.Close
Screen.MousePointer = 0
Exit Sub
dbErr:
postpath = locPath + "pbserver.mdb"
If bTriedRepair Then
MsgBox LoadResString(6055), vbCritical
cmbCancel.Enabled = True
Screen.MousePointer = 0
Else
If CheckPath(postpath) <> 0 Then
MsgBox LoadResString(6032) & Chr(13) & postpath, vbCritical
cmbCancel.Enabled = True
Screen.MousePointer = 0
Exit Sub
Else
bTriedRepair = True
DBEngine.RepairDatabase postpath
Resume Next
End If
End If
Exit Sub
ErrTrap:
Set GsysDelta = Nothing
'Set GsysNDelta = Nothing
If Err.Number = 76 Then
postpath = locPath + "pbserver.mdb"
Set Gsyspbpost = DBEngine.Workspaces(0).OpenDatabase(postpath)
' handle UI
cmbCancel.Enabled = True
DoEvents
Command3_Click
Exit Sub
Else
' handle UI
Screen.MousePointer = 0
Command3.Enabled = True
cmbCancel.Enabled = True
ProgressBar1.Visible = False
ProgressBar1.Value = 0
MsgBox LoadResString(6043), vbExclamation
Exit Sub
End If
End Sub
Private Sub DirText_GotFocus()
SelectText DirText
End Sub
Private Sub Form_KeyPress(KeyAscii As Integer)
CheckChar KeyAscii
End Sub
Private Sub Form_Load()
Dim Pbversion As Integer
Dim testnum As Integer, testcheck As Integer
Dim rsConfig As Recordset
Set GsysVer = gsyspb.OpenRecordset("Select * from PhoneBookVersions order by version", dbOpenDynaset)
Set GsysDelta = gsyspb.OpenRecordset("Select * from Delta order by DeltaNum", dbOpenDynaset)
Set rsConfig = gsyspb.OpenRecordset("select * from Configuration where Index = 1", dbOpenSnapshot)
If GsysVer.RecordCount = 0 Then
Pbversion = 1
Else
GsysVer.MoveLast
Pbversion = GsysVer!version + 1
End If
LoadBuildRes
txtver.Caption = Pbversion
Command1.Enabled = True
Command3.Enabled = False
DirText.Text = locPath & gsCurrentPB
'If Not IsNull(rsConfig!PBbuildDir) Then
' If CheckPath(rsConfig!PBbuildDir) = 0 Then
' DirText.Text = rsConfig!PBbuildDir
' End If
'End If
If Not IsNull(rsConfig!URL) Then ' show info on PB server
ServerNameText.Caption = " " & rsConfig!URL
'With HTTPocx
' .EnableTimer(prcConnectTimeout) = True
' .Timeout(prcConnectTimeout) = 30
' .EnableTimer(prcReceiveTimeout) = True
' .Timeout(prcReceiveTimeout) = 30
'.EnableTimer(prcUserTimeout) = True
'.Timeout(prcUserTimeout) = 30
'End With
'ServerStatusText.Caption = " " & LoadResString(5201)
'HTTPocx.GetDoc "//" & rsConfig!URL & "/pbserver/pbserver.dll" & _
"?ServiceName=11223399&pbVer=1&"
End If
rsConfig.Close
CenterForm Me, Screen
Screen.MousePointer = 0
End Sub
Private Sub Form_Unload(Cancel As Integer)
On Error Resume Next
Screen.MousePointer = 0
GsysVer.Close
GsysDelta.Close
End Sub
Private Sub txtver_Change()
If txtver.Caption <> "" Then
lbldate.Caption = Date
Else
lbldate.Caption = ""
End If
End Sub
|
10 REM SIMPLE PAINT PROGRAM
20 REM BY VECTRONIC
100 HOME : GR
110 X = 20 : Y = 20 : C = 9 : K = 160
120 COLOR = C: PLOT X, Y
130 GOSUB 2000
150 XP%=PDL(0): FOR PX = 1 TO 10 : NEXT: YP%=PDL(1): FOR PY =1 TO 10: NEXT
160 K = PEEK(-16384)
170 IF XP% > 130 THEN 300
180 IF XP% < 120 THEN 400
190 IF YP% > 130 THEN 500
200 IF YP% < 120 THEN 600
210 IF K = 155 THEN GOSUB 3000
220 GOTO 150
299 REM PLOT X MOVING LEFT
300 GOSUB 1000
310 IF X =39 THEN 150
320 X = X + 1: COLOR = C: PLOT X - 1, Y
330 COLOR = 9: PLOT X, Y
340 GOTO 150
399 REM PLOT X MOVING RIGHT
400 GOSUB 1000
410 IF X = 0 THEN 150
420 X = X -1: COLOR = C: PLOT X + 1, Y
430 COLOR = 9: PLOT X, Y
440 GOTO 150
499 REM PLOT Y MOVING DOWN
500 GOSUB 1000
510 IF Y = 39 THEN 150
520 Y = Y+ 1: COLOR = C: PLOT X, Y-1
530 COLOR = 9: PLOT X, Y
540 GOTO 150
599 REM PLOT Y MOVING UP
600 GOSUB 1000
610 IF Y = 0 THEN 150
620 Y = Y - 1: COLOR = C: PLOT X, Y + 1
630 COLOR = 9: PLOT X,Y
640 GOTO 150
999 END
1000 REM COLOR PICKER
1100 IF K = 177 THEN C = 1
1110 IF K = 178 THEN C = 2
1120 IF K = 179 THEN C = 3
1130 IF K = 180 THEN C = 4
1140 IF K = 181 THEN C = 5
1150 IF K = 182 THEN C = 6
1160 IF K = 183 THEN C = 7
1170 IF K = 184 THEN C = 8
1180 IF K = 185 THEN C = 9
1200 IF K = 209 THEN C = 11
1210 IF K = 215 THEN C = 12
1220 IF K = 197 THEN C = 13
1230 IF K = 210 THEN C = 14
1240 IF K = 212 THEN C = 15
1250 IF K = 160 THEN C = 0
1260 RETURN
2000 REM MENU OPTIONS
2100 PRINT "1=PRD 2=DBL 3=PRL 4=DGR 5=GR 6=MBL 7=LBL 8=BN 9=OR Q=PK W=GR E=YW R=AQ T=WT SBR=BK ESC=QUIT"
2200 K= PEEK (-16368)
2999 RETURN
3000 REM QUIT
3100 PRINT "ARE YOU SURE YOU WANT TO QUIT? "
3110 PRINT "TYPE 'Y' OR 'N'"
3200 INPUT N$
3300 IF N$= "Y" THEN 3700
3400 IF N$= "N" THEN 3800
3500 PRINT "PLEASE ENTER A 'Y' OR 'N'"
3600 GOTO 3100
3700 TEXT : HOME : GOTO 999
3800 GOSUB 2000
3900 RETURN
|
Private Function sumto(n As Integer) As Double
Dim res As Double
For i = 1 To n
res = res + 1 / i ^ 2
Next i
sumto = res
End Function
Public Sub main()
Debug.Print sumto(1000)
End Sub
|
<gh_stars>10-100
Set objSet = GetObject("winmgmts:").ExecQuery(_
"select * from Win32_ShadowStorage")
for each obj in objSet
WScript.Echo "VolumeRef: " & obj.Volume
WScript.Echo "DiffVolumeRef: " & obj.DiffVolume
WScript.Echo "MaxSpace: " & obj.MaxSpace
WScript.Echo "UsedSpace: " & obj.UsedSpace
WScript.Echo "AllocatedSpace: " & obj.AllocatedSpace
WScript.Echo ""
next
|
' Queue Definition - VBScript
Option Explicit
Dim queue, i, x
Set queue = CreateObject("System.Collections.ArrayList")
If Not empty_(queue) Then Wscript.Echo queue.Count
push queue, "Banana"
push queue, "Apple"
push queue, "Pear"
push queue, "Strawberry"
Wscript.Echo "Count=" & queue.Count
Wscript.Echo pull(queue) & " - Count=" & queue.Count '
Wscript.Echo "Head=" & queue.Item(0)
Wscript.Echo "Tail=" & queue.Item(queue.Count-1)
Wscript.Echo queue.IndexOf("Pear", 0)
For i=1 To queue.Count
Wscript.Echo join(queue.ToArray(), ", ")
x = pull(queue)
Next 'i
Sub push(q, what)
q.Add what
End Sub 'push
Function pull(q)
Dim what
If q.Count > 0 Then
what = q(0)
q.RemoveAt 0
Else
what = ""
End If
pull = what
End Function 'pull
Function empty_(q)
empty_ = q.Count = 0
End Function 'empty_
|
<filename>Task/Matrix-multiplication/VBScript/matrix-multiplication.vb
Dim matrix1(2,2)
matrix1(0,0) = 3 : matrix1(0,1) = 7 : matrix1(0,2) = 4
matrix1(1,0) = 5 : matrix1(1,1) = -2 : matrix1(1,2) = 9
matrix1(2,0) = 8 : matrix1(2,1) = -6 : matrix1(2,2) = -5
Dim matrix2(2,2)
matrix2(0,0) = 9 : matrix2(0,1) = 2 : matrix2(0,2) = 1
matrix2(1,0) = -7 : matrix2(1,1) = 3 : matrix2(1,2) = -10
matrix2(2,0) = 4 : matrix2(2,1) = 5 : matrix2(2,2) = -6
Call multiply_matrix(matrix1,matrix2)
Sub multiply_matrix(arr1,arr2)
For i = 0 To UBound(arr1)
For j = 0 To 2
WScript.StdOut.Write (arr1(i,j) * arr2(i,j)) & vbTab
Next
WScript.StdOut.WriteLine
Next
End Sub
|
<filename>Task/Return-multiple-values/VBA/return-multiple-values-4.vba
Function List() As String()
Dim i&, Temp(9) As String
For i = 0 To 9
Temp(i) = "Liste " & i + 1
Next
List = Temp
End Function
'For use :
Sub test_List()
Dim myArr() As String, i As Integer
'Note : you don't need to Dim your array !
myArr = List()
For i = LBound(myArr) To UBound(myArr)
Debug.Print myArr(i)
Next
End Sub
|
set locator = CreateObject("WbemScripting.SWbemLocator")
WScript.Echo TypeName(locator)
set locatorex = CreateObject("WbemScripting.SWbemLocatorEx")
WScript.Echo TypeName(locatorex)
set objectpath = CreateObject("WbemScripting.SWbemObjectPath")
WScript.Echo TypeName(objectpath)
WScript.Echo TypeName(objectpath.Security_)
set objectpathex = CreateObject("WbemScripting.SWbemObjectPathEx")
WScript.Echo TypeName(objectpathex)
set nvalues = CreateObject("WbemScripting.SWbemNamedValueSet")
WScript.Echo TypeName(nvalues)
set nvaluesex = CreateObject("WbemScripting.SWbemNamedValueSetEx")
WScript.Echo TypeName(nvaluesex)
set sink = CreateObject("WbemScripting.SWbemSink")
WScript.Echo TypeName(sink)
set datetime = CreateObject("WbemScripting.SWbemDateTime")
WScript.Echo TypeName(datetime)
set refresher = CreateObject("WbemScripting.SWbemRefresher")
WScript.Echo TypeName(refresher)
WScript.Echo TypeName(locator.Security_)
WScript.Echo TypeName(locator.Security_.Privileges)
set privilege = locator.Security_.Privileges.AddAsString ("SeDebugPrivilege")
WScript.Echo TypeName(privilege)
set services = locator.ConnectServer
WScript.Echo TypeName(services)
set obj = services.Get ("Win32_logicaldisk")
WScript.Echo TypeName(obj)
WScript.Echo TypeName(obj.Path_)
WScript.Echo TypeName(obj.Path_.Security_)
WScript.Echo TypeName(obj.Properties_)
WScript.Echo TypeName(obj.Methods_)
WScript.Echo TypeName(obj.Qualifiers_)
for each p in obj.Properties_
WScript.Echo TypeName(p)
exit for
next
for each m in obj.Methods_
WScript.Echo TypeName(m)
exit for
next
for each q in obj.Qualifiers_
WScript.Echo TypeName(q)
exit for
next
set objset = services.ExecQuery ("select * from Win32_process")
WScript.Echo TypeName(objset)
set nvalue = nvalues.Add ("Foo", 10)
WScript.Echo TypeName(nvalue)
set events = services.ExecNotificationQuery ("select * from __instancecreationevent WITHIN 1000 where targetinstance isa 'Win32_Service'")
WScript.Echo TypeName(events)
|
<reponame>puthukkaden/SystemSetup
Set WshShell = CreateObject("WScript.Shell")
WshShell.Run chr(34) & "C:\windows_startup_scripts\work_programs.bat" & Chr(34), 0
Set WshShell = Nothing
|
Private Function OddWordFirst(W As String) As String
Dim i As Integer, count As Integer, l As Integer, flag As Boolean, temp As String
count = 1
Do
flag = Not flag
l = FindNextPunct(i, W) - count + 1
If flag Then
temp = temp & ExtractWord(W, count, l)
Else
temp = temp & ReverseWord(W, count, l)
End If
Loop While count < Len(W)
OddWordFirst = temp
End Function
Private Function FindNextPunct(d As Integer, W As String) As Integer
Const PUNCT As String = ",;:."
Do
d = d + 1
Loop While InStr(PUNCT, Mid(W, d, 1)) = 0
FindNextPunct = d
End Function
Private Function ExtractWord(W As String, c As Integer, i As Integer) As String
ExtractWord = Mid(W, c, i)
c = c + Len(ExtractWord)
End Function
Private Function ReverseWord(W As String, c As Integer, i As Integer) As String
Dim temp As String, sep As String
temp = Left(Mid(W, c, i), Len(Mid(W, c, i)) - 1)
sep = Right(Mid(W, c, i), 1)
ReverseWord = StrReverse(temp) & sep
c = c + Len(ReverseWord)
End Function
|
Function GetUTC() As String
Url = "http://tycho.usno.navy.mil/cgi-bin/timer.pl"
With CreateObject("MSXML2.XMLHTTP.6.0")
.Open "GET", Url, False
.send
arrt = Split(.responseText, vbLf)
End With
For Each t In arrt
If InStr(t, "UTC") Then
GetUTC = StripHttpTags(t)
Exit For
End If
Next
End Function
Function StripHttpTags(s)
With New RegExp
.Global = True
.Pattern = "\<.+?\>"
If .Test(s) Then
StripHttpTags = .Replace(s, "")
Else
StripHttpTags = s
End If
End With
End Function
WScript.StdOut.Write GetUTC
WScript.StdOut.WriteLine
|
<gh_stars>1-10
' Align columns - RC - VBScript
Const nr=16, nc=16
ReDim d(nc),t(nr), wor(nr,nc)
i=i+1: t(i) = "Given$a$text$file$of$many$lines,$where$fields$within$a$line$"
i=i+1: t(i) = "are$delineated$by$a$single$'dollar'$character,$write$a$program"
i=i+1: t(i) = "that$aligns$each$column$of$fields$by$ensuring$that$words$in$each$"
i=i+1: t(i) = "column$are$separated$by$at$least$one$space."
i=i+1: t(i) = "Further,$allow$for$each$word$in$a$column$To$be$either$left$"
i=i+1: t(i) = "justified,$right$justified,$or$center$justified$within$its$column."
For r=1 to nr
If t(r)="" Then Exit For
w=xRTrim(t(r),"$")
m=Split(w,"$")
For c=1 To UBound(m)+1
wor(r,c)=m(c-1)
If Len(wor(r,c))>d(c) Then d(c)=Len(wor(r,c))
Next 'c
If c>cols Then cols=c
Next 'r
rows=r-1
tt=Array("Left","Right","Center")
For n=1 To 3
Wscript.Echo
Wscript.Echo "*****" & tt(n-1) & "*****"
For r=1 To rows
w=""
For c=1 To cols
x=wor(r,c): s=Space(d(c))
Select Case n
Case 1: w=w &" "& Left (x & s,d(c))
Case 2: w=w &" "& Right (s & x,d(c))
Case 3: w=w &" "& xCentre(x,d(c)," ")
End Select 'n
Next 'c
Wscript.Echo Mid(w,2)
Next 'r
Next 'n
Function xCentre(c, n, Pad)
Dim j
If n > Len(c) Then
j = (n - Len(c)) \ 2
If (n - Len(c)) Mod 2 <> 0 Then j = j + 1
xCentre = Mid(String(j, Pad) & c & String(j, Pad), 1, n)
Else
xCentre = c
End If
End Function 'xCentre
Function xRTrim(c, Pad)
Dim i2, l, cc
cc = "": l = Len(c)
If l > 0 Then
i2 = l
Do While (Mid(c, i2, 1) = Pad And i2 > 1)
i2 = i2 - 1
Loop
If i2 = 1 And Mid(c, i2, 1) = Pad Then i2 = 0
If i2 > 0 Then cc = Mid(c, 1, i2)
End If
xRTrim = cc
End Function 'xRTrim
|
<gh_stars>10-100
'This script displays all currently stopped services
WScript.Echo "The following service are currently stopped:"
WScript.Echo "==========================================="
WScript.Echo ""
for each Service in _
GetObject("winmgmts:{impersonationLevel=impersonate}").ExecQuery _
("Select * from win32_service where State='Stopped'")
WScript.Echo " ", Service.DisplayName, "[", Service.Name, "]"
next
|
'------------------------------------------------------------------------------
' <copyright from='1997' to='2001' company='Microsoft Corporation'>
' Copyright (c) Microsoft Corporation. All Rights Reserved.
' Information Contained Herein is Proprietary and Confidential.
' </copyright>
'------------------------------------------------------------------------------
' This script derived from gregsc's UpdateIISMetabase.vbs
Option Explicit
' On Error Resume Next
Sub RegisterMIMETypes
Call CreateSingleMimeAssoc(".wbmp", "image/vnd.wap.wbmp")
Call CreateSingleMimeAssoc(".png", "image/png")
Call CreateSingleMimeAssoc(".pnz", "image/png")
Call CreateSingleMimeAssoc(".smd", "audio/x-smd")
Call CreateSingleMimeAssoc(".smz", "audio/x-smd")
Call CreateSingleMimeAssoc(".smx", "audio/x-smd")
Call CreateSingleMimeAssoc(".mmf", "application/x-smaf")
End Sub
Function CreateSingleMimeAssoc(extension, mimeType)
Dim dirObj, mimeMapNode, mimeMapList, mimeMapEntry
Set dirObj = GetObject("IIS://localhost/MimeMap")
mimeMapList = dirObj.MimeMap
' if type already registered, do not alter.
for each mimeMapEntry in mimeMapList
If (mimeMapEntry.Extension = extension) then
Exit Function
End If
next
' Add to End
ReDim preserve mimeMapList (Ubound(mimeMapList)+1)
Set mimeMapEntry = CreateObject("MimeMap")
mimeMapEntry.MimeType = mimeType
mimeMapEntry.Extension = extension
Set mimeMapList (Ubound(mimeMapList)) = mimeMapEntry
dirObj.MimeMap = mimeMapList
dirObj.SetInfo
End Function
|
<filename>admin/wmi/wbem/scripting/test/vbscript/processr.vbs
for each Process in GetObject("winmgmts:{impersonationLevel=impersonate}!//alanbos2").InstancesOf ("Win32_Process")
WScript.Echo Process.Name
next
|
<filename>small_basic.bas
TextWindow.WriteLine ( "Hello, World!" )
|
Option Explicit
Public myForm As Object
Public Fram As MSForms.Frame
Public Dico As Object
Public DicoParent As Object
Public TypeObjet As String
Public Mine As Boolean
Public boolFind As Boolean
Private strName As String
Private cNeighbours() As cMinesweeper
Public WithEvents myButton As MSForms.CommandButton
Private Const WIDTH_BUTT As Byte = 18
Private Const MIN_OF_LINES As Byte = 7
Private Const MAX_OF_LINES As Byte = 30 - MIN_OF_LINES
Private Const MIN_COL As Byte = 7
Private Const MAX_COL As Byte = 40 - MIN_COL
Private Const POURCENT_SIMPLE As Byte = 10
Private Const POURCENT_MEDIUM As Byte = 2 * POURCENT_SIMPLE
Private Const POURCENT_HARD As Byte = 3 * POURCENT_SIMPLE
Private Const COLOR_MINE As Long = &H188B0
Private Const COLOR_BOUTON As Long = &H8000000F
Private Const COLOR_MINE_POSSIBLE As Long = &H80FF&
Private Const COLOR_MINE_PROB As Long = &H8080FF
Property Get Neighbours() As cMinesweeper()
Neighbours = cNeighbours
End Property
Property Let Neighbours(ByRef nouvNeighbours() As cMinesweeper)
cNeighbours = nouvNeighbours
End Property
Private Sub Class_Initialize()
Set Dico = CreateObject("Scripting.dictionary")
End Sub
Public Sub Show(ByRef Difficult As Long, Optional CheatMode As Boolean = False)
On Error GoTo ErrorParametresMacros
With ThisWorkbook.VBProject: End With
Dim Lin As Long, Col As Long, NbLines As Long, NbColumns As Long
Dim NbMines As Long, MineAdress() As String, CptMine As Long
Randomize Timer
NbLines = Int(MAX_OF_LINES * Rnd) + MIN_OF_LINES
NbColumns = Int(MAX_COL * Rnd) + MIN_COL
Select Case Difficult
Case 0: Difficult = POURCENT_SIMPLE
Case 1: Difficult = POURCENT_MEDIUM
Case 2: Difficult = POURCENT_HARD
End Select
PlaysCount = 0
NbMines = (NbLines * NbColumns) * Difficult \ 100
ReDim MineAdress(NbMines)
For CptMine = 1 To NbMines
MineAdress(CptMine) = Int(NbColumns * Rnd) + 1 & "-" & Int(NbLines * Rnd) + 1
Next
Call Create_Usf("Minesweeper", (NbColumns * WIDTH_BUTT) + 5, (NbLines * WIDTH_BUTT) + 22)
Call New_Frame("Fram1", "", NbColumns * WIDTH_BUTT, NbLines * WIDTH_BUTT)
For Lin = 1 To NbLines
For Col = 1 To NbColumns
Call Dico("Fram1").New_Button(Col & "-" & Lin, "", WIDTH_BUTT * (Col - 1), WIDTH_BUTT * (Lin - 1), IsIn(Col & "-" & Lin, MineAdress), CheatMode)
Set Dico("Fram1").Dico(Col & "-" & Lin).DicoParent = Dico("Fram1").Dico
Next Col
Next Lin
MsgBox "Start With " & NbMines & " mines." & vbCrLf & "Good luck !"
myForm.Show
Exit Sub
ErrorParametresMacros:
MsgBox "Programmatic Access to Visual Basic Project is not trusted. See it in Macro's security!"
End Sub
Private Sub Create_Usf(strTitle As String, dblWidth As Double, dblHeight As Double)
TypeObjet = "UserForm"
Set myForm = ThisWorkbook.VBProject.VBComponents.Add(3)
strName = myForm.Name
VBA.UserForms.Add (strName)
Set myForm = UserForms(UserForms.Count - 1)
With myForm
.Caption = strTitle
.Width = dblWidth
.Height = dblHeight
End With
End Sub
Public Sub New_Frame(myStringName As String, strTitle As String, dblWidth As Double, dblHeight As Double)
If Dico.Exists(myStringName) = True Then Exit Sub
Dim myClass As New cMinesweeper
Select Case TypeObjet
Case "UserForm": Set myClass.Fram = myForm.Controls.Add("forms.frame.1")
Case "Frame": Set myClass.Fram = Fram.Controls.Add("forms.frm.1")
End Select
myClass.TypeObjet = "Frame"
Set myClass.myForm = myForm
With myClass.Fram
.Name = myStringName
.Caption = strTitle
.Move 0, 0, dblWidth, dblHeight
End With
Dico.Add myStringName, myClass
Set myClass = Nothing
End Sub
Public Sub New_Button(myStringName As String, strTitle As String, dblLeft As Double, dblTop As Double, boolMine As Boolean, Optional CheatMode As Boolean)
If Dico.Exists(myStringName) = True Then Exit Sub
Dim myClass As New cMinesweeper
Select Case TypeObjet
Case "UserForm": Set myClass.myButton = myForm.Controls.Add("forms.CommandButton.1")
Case "Frame": Set myClass.myButton = Fram.Controls.Add("forms.CommandButton.1")
End Select
Set myClass.myForm = myForm
myClass.Mine = boolMine
With myClass.myButton
.Name = myStringName
.Caption = strTitle
.Move dblLeft, dblTop, WIDTH_BUTT, WIDTH_BUTT
If CheatMode Then
If boolMine Then .BackColor = COLOR_MINE Else .BackColor = COLOR_BOUTON
Else
.BackColor = COLOR_BOUTON
End If
End With
Dico.Add myStringName, myClass
Set myClass = Nothing
End Sub
Private Function IsIn(strAddress As String, Tb) As Boolean
Dim i As Long
For i = 0 To UBound(Tb)
If Tb(i) = strAddress Then IsIn = True: Exit Function
Next i
End Function
Private Sub myButton_MouseDown(ByVal Button As Integer, ByVal Shift As Integer, ByVal x As Single, ByVal y As Single)
If Button = XlMouseButton.xlSecondaryButton Then
Select Case myButton.Caption
Case "": myButton.Caption = "!": myButton.BackColor = COLOR_MINE_PROB
Case "!": myButton.Caption = "?": myButton.BackColor = COLOR_MINE_POSSIBLE
Case "?": myButton.Caption = "": myButton.BackColor = COLOR_BOUTON
Case Else:
End Select
ElseIf Button = XlMouseButton.xlPrimaryButton Then
PlaysCount = PlaysCount + 1
If PlaysCount = 1 Then vTime = Timer
If DicoParent.Item(myButton.Name).Mine Then
Call Show_Mines
MsgBox "Game over!"
myForm.Hide
Else
myButton.BackColor = COLOR_BOUTON
Dim myClass As cMinesweeper
Set myClass = DicoParent.Item(myButton.Name)
Call Demine(myClass)
End If
End If
If IsVictoriousGame Then
Call Show_Mines
MsgBox "You win." & vbCrLf & "in : " & PlaysCount & " clicks, and in : " & Timer - vTime & " seconds."
Erase Neighbours
myForm.Hide
End If
End Sub
Private Sub Show_Mines()
Dim cle As Variant
For Each cle In DicoParent.Keys
If DicoParent.Item(cle).Mine Then DicoParent.Item(cle).myButton.BackColor = COLOR_MINE
Next
End Sub
Private Sub Demine(Cl As cMinesweeper)
Dim NbMines As Integer
NbMines = Count_Of_Mines(Cl.myButton.Name)
If NbMines > 0 Then
Cl.myButton.Caption = NbMines
Cl.boolFind = True
Cl.myButton.BackColor = COLOR_BOUTON
Else
If Cl.boolFind = False Then
Cl.boolFind = True
Cl.myButton.Visible = False
What_Neighbours Cl
Dim Tb() As cMinesweeper, i As Integer
Tb = Cl.Neighbours
For i = 0 To UBound(Tb)
Demine Tb(i)
Next
End If
End If
End Sub
Private Function Count_Of_Mines(Bout As String) As Integer
Dim i As Integer, j As Integer, Col As Integer, Lin As Integer
Dim myClass As cMinesweeper
For i = -1 To 1
For j = -1 To 1
Col = CInt(Split(Bout, "-")(0)) + i
Lin = CInt(Split(Bout, "-")(1)) + j
If DicoParent.Exists(Col & "-" & Lin) Then
Set myClass = DicoParent.Item(Col & "-" & Lin)
If myClass.Mine Then Count_Of_Mines = Count_Of_Mines + 1
End If
Next j
Next i
End Function
Private Sub What_Neighbours(Cl As cMinesweeper)
Dim i As Integer, j As Integer, Col As Integer, Lin As Integer
Dim myClass As cMinesweeper, ListNeighbours() As cMinesweeper, cpt As Byte
For i = -1 To 1
For j = -1 To 1
Col = CInt(Split(Cl.myButton.Name, "-")(0)) + i
Lin = CInt(Split(Cl.myButton.Name, "-")(1)) + j
If DicoParent.Exists(Col & "-" & Lin) And Cl.myButton.Name <> Col & "-" & Lin Then
Set myClass = DicoParent.Item(Col & "-" & Lin)
ReDim Preserve ListNeighbours(cpt)
Set ListNeighbours(cpt) = myClass
cpt = cpt + 1
End If
Next j
Next i
Cl.Neighbours = ListNeighbours
End Sub
Private Function IsVictoriousGame() As Boolean
Dim cle As Variant
For Each cle In DicoParent.Keys
If DicoParent.Item(cle).boolFind = False And DicoParent.Item(cle).Mine = False Then IsVictoriousGame = False: Exit Function
Next
IsVictoriousGame = True
End Function
Private Sub Class_Terminate()
Dim VBComp
Set Dico = Nothing
Set DicoParent = Nothing
If strName <> "" Then
Set VBComp = ThisWorkbook.VBProject.VBComponents(strName)
ThisWorkbook.VBProject.VBComponents.Remove VBComp
End If
End Sub
|
<reponame>LaudateCorpus1/RosettaCodeData
Option Base 1
Public Enum attr
Colour = 1
Nationality
Beverage
Smoke
Pet
End Enum
Public Enum Drinks_
Beer = 1
Coffee
Milk
Tea
Water
End Enum
Public Enum nations
Danish = 1
English
German
Norwegian
Swedish
End Enum
Public Enum colors
Blue = 1
Green
Red
White
Yellow
End Enum
Public Enum tobaccos
Blend = 1
BlueMaster
Dunhill
PallMall
Prince
End Enum
Public Enum animals
Bird = 1
Cat
Dog
Horse
Zebra
End Enum
Public permutation As New Collection
Public perm(5) As Variant
Const factorial5 = 120
Public Colours As Variant, Nationalities As Variant, Drinks As Variant, Smokes As Variant, Pets As Variant
Private Sub generate(n As Integer, A As Variant)
If n = 1 Then
permutation.Add A
Else
For i = 1 To n
generate n - 1, A
If n Mod 2 = 0 Then
tmp = A(i)
A(i) = A(n)
A(n) = tmp
Else
tmp = A(1)
A(1) = A(n)
A(n) = tmp
End If
Next i
End If
End Sub
Function house(i As Integer, name As Variant) As Integer
Dim x As Integer
For x = 1 To 5
If perm(i)(x) = name Then
house = x
Exit For
End If
Next x
End Function
Function left_of(h1 As Integer, h2 As Integer) As Boolean
left_of = (h1 - h2) = -1
End Function
Function next_to(h1 As Integer, h2 As Integer) As Boolean
next_to = Abs(h1 - h2) = 1
End Function
Private Sub print_house(i As Integer)
Debug.Print i & ": "; Colours(perm(Colour)(i)), Nationalities(perm(Nationality)(i)), _
Drinks(perm(Beverage)(i)), Smokes(perm(Smoke)(i)), Pets(perm(Pet)(i))
End Sub
Public Sub Zebra_puzzle()
Colours = [{"blue","green","red","white","yellow"}]
Nationalities = [{"Dane","English","German","Norwegian","Swede"}]
Drinks = [{"beer","coffee","milk","tea","water"}]
Smokes = [{"Blend","Blue Master","Dunhill","Pall Mall","Prince"}]
Pets = [{"birds","cats","dog","horse","zebra"}]
Dim solperms As New Collection
Dim solutions As Integer
Dim b(5) As Integer, i As Integer
For i = 1 To 5: b(i) = i: Next i
'There are five houses.
generate 5, b
For c = 1 To factorial5
perm(Colour) = permutation(c)
'The green house is immediately to the left of the white house.
If left_of(house(Colour, Green), house(Colour, White)) Then
For n = 1 To factorial5
perm(Nationality) = permutation(n)
'The Norwegian lives in the first house.
'The English man lives in the red house.
'The Norwegian lives next to the blue house.
If house(Nationality, Norwegian) = 1 _
And house(Nationality, English) = house(Colour, Red) _
And next_to(house(Nationality, Norwegian), house(Colour, Blue)) Then
For d = 1 To factorial5
perm(Beverage) = permutation(d)
'The Dane drinks tea.
'They drink coffee in the green house.
'In the middle house they drink milk.
If house(Nationality, Danish) = house(Beverage, Tea) _
And house(Beverage, Coffee) = house(Colour, Green) _
And house(Beverage, Milk) = 3 Then
For s = 1 To factorial5
perm(Smoke) = permutation(s)
'In the yellow house they smoke Dunhill.
'The German smokes Prince.
'The man who smokes Blue Master drinks beer.
'They Drink water in a house next to the house where they smoke Blend.
If house(Colour, Yellow) = house(Smoke, Dunhill) _
And house(Nationality, German) = house(Smoke, Prince) _
And house(Smoke, BlueMaster) = house(Beverage, Beer) _
And next_to(house(Beverage, Water), house(Smoke, Blend)) Then
For p = 1 To factorial5
perm(Pet) = permutation(p)
'The Swede has a dog.
'The man who smokes Pall Mall has birds.
'The man who smokes Blend lives in the house next to the house with cats.
'In a house next to the house where they have a horse, they smoke Dunhill.
If house(Nationality, Swedish) = house(Pet, Dog) _
And house(Smoke, PallMall) = house(Pet, Bird) _
And next_to(house(Smoke, Blend), house(Pet, Cat)) _
And next_to(house(Pet, Horse), house(Smoke, Dunhill)) Then
For i = 1 To 5
print_house i
Next i
Debug.Print
solutions = solutions + 1
solperms.Add perm
End If
Next p
End If
Next s
End If
Next d
End If
Next n
End If
Next c
Debug.Print Format(solutions, "@"); " solution" & IIf(solutions > 1, "s", "") & " found"
For i = 1 To solperms.Count
For j = 1 To 5
perm(j) = solperms(i)(j)
Next j
Debug.Print "The " & Nationalities(perm(Nationality)(house(Pet, Zebra))) & " owns the Zebra"
Next i
End Sub
|
Public Sub LoopsWhile()
Dim value As Integer
value = 1024
Do While value > 0
Debug.Print value
value = value / 2
Loop
End Sub
|
<filename>admin/wmi/wbem/scripting/test/whistler/pcache/getas.vbs
' Get a disk
set disk = GetObject ("winmgmts:win32_logicaldisk='C:'")
wbemCimtypeSint8 = 16
wbemCimtypeUint8 = 17
wbemCimtypeSint16 = 2
wbemCimtypeUint16 = 18
wbemCimtypeSint32 = 3
wbemCimtypeUint32 = 19
wbemCimtypeSint64 = 20
wbemCimtypeUint64 = 21
wbemCimtypeReal32 = 4
wbemCimtypeReal64 = 5
wbemCimtypeBoolean = 11
wbemCimtypeString = 8
wbemCimtypeDatetime = 101
wbemCimtypeReference = 102
wbemCimtypeChar16 = 103
wbemCimtypeObject = 13
wbemCimtypeIUnknown = 104
GetAs "wbemCimtypeBoolean", wbemCimtypeBoolean
GetAs "wbemCimtypeUint8", wbemCimtypeUint8
GetAs "wbemCimtypeSint8", wbemCimtypeSint8
GetAs "wbemCimtypeUint16", wbemCimtypeUint16
GetAs "wbemCimtypeSint16", wbemCimtypeSint16
GetAs "wbemCimtypeUint32", wbemCimtypeUint32
GetAs "wbemCimtypeSint32", wbemCimtypeSint32
GetAs "wbemCimtypeUint64", wbemCimtypeUint64
GetAs "wbemCimtypeSint64", wbemCimtypeSint64
GetAs "wbemCimtypeReal32", wbemCimtypeReal32
GetAs "wbemCimtypeReal64", wbemCimtypeReal64
GetAs "wbemCimtypeChar16", wbemCimtypeChar16
GetAs "wbemCimtypeString", wbemCimtypeString
GetAs "wbemCimtypeDatetime", wbemCimtypeDatetime
GetAs "wbemCimtypeReference", wbemCimtypeReference
GetAs "wbemCimtypeObject", wbemCimtypeObject
GetAs "wbemCimtypeIUnknown", wbemCimtypeIUnknown
Public sub GetAs (ByVal cimStr, ByVal cimtype)
on error resume next
WScript.Echo
WScript.Echo cimStr
WScript.Echo "================="
freeSpace = disk.Properties_("FreeSpace").GetAs (cimtype)
if Err <> 0 then
WScript.Echo "Error:", "0x" & Hex(Err.Number), Err.Description, Err.Source
else
WScript.Echo "Value:" , freespace
end if
end sub
|
'----------------------------------------------------------------------
'
' Copyright (c) Microsoft Corporation. All rights reserved.
'
' Abstract:
' prnqctl.vbs - printer control script for WMI on Whistler
' used to pause, resume and purge a printer
' also used to print a test page on a printer
'
' Usage:
' prnqctl [-zmex?] [-s server] [-p printer] [-u user name] [-w password]
'
' Examples:
' prnqctl -m -s server -p printer
' prnqctl -x -s server -p printer
' prnqctl -e -b printer
'----------------------------------------------------------------------
option explicit
'
' Debugging trace flags, to enable debug output trace message
' change gDebugFlag to true.
'
const kDebugTrace = 1
const kDebugError = 2
dim gDebugFlag
gDebugFlag = false
'
' Operation action values.
'
const kActionUnknown = 0
const kActionPause = 1
const kActionResume = 2
const kActionPurge = 3
const kActionTestPage = 4
const kErrorSuccess = 0
const KErrorFailure = 1
const kNameSpace = "root\cimv2"
'
' Generic strings
'
const L_Empty_Text = ""
const L_Space_Text = " "
const L_Error_Text = "Error"
const L_Success_Text = "Success"
const L_Failed_Text = "Failed"
const L_Hex_Text = "0x"
const L_Printer_Text = "Printer"
const L_Operation_Text = "Operation"
const L_Provider_Text = "Provider"
const L_Description_Text = "Description"
const L_Debug_Text = "Debug:"
'
' General usage messages
'
const L_Help_Help_General01_Text = "Usage: prnqctl [-zmex?] [-s server][-p printer][-u user name][-w password]"
const L_Help_Help_General02_Text = "Arguments:"
const L_Help_Help_General03_Text = "-e - print test page"
const L_Help_Help_General04_Text = "-m - resume the printer"
const L_Help_Help_General05_Text = "-p - printer name"
const L_Help_Help_General06_Text = "-s - server name"
const L_Help_Help_General07_Text = "-u - user name"
const L_Help_Help_General08_Text = "-w - password"
const L_Help_Help_General09_Text = "-x - purge the printer (cancel all jobs)"
const L_Help_Help_General10_Text = "-z - pause the printer"
const L_Help_Help_General11_Text = "-? - display command usage"
const L_Help_Help_General12_Text = "Examples:"
const L_Help_Help_General13_Text = "prnqctl -e -s server -p printer"
const L_Help_Help_General14_Text = "prnqctl -m -p printer"
const L_Help_Help_General15_Text = "prnqctl -x -p printer"
'
' Messages to be displayed if the scripting host is not cscript
'
const L_Help_Help_Host01_Text = "Please run this script using CScript."
const L_Help_Help_Host02_Text = "This can be achieved by"
const L_Help_Help_Host03_Text = "1. Using ""CScript script.vbs arguments"" or"
const L_Help_Help_Host04_Text = "2. Changing the default Windows Scripting Host to CScript"
const L_Help_Help_Host05_Text = " using ""CScript //H:CScript //S"" and running the script "
const L_Help_Help_Host06_Text = " ""script.vbs arguments""."
'
' General error messages
'
const L_Text_Error_General01_Text = "The scripting host could not be determined."
const L_Text_Error_General02_Text = "Unable to parse command line."
const L_Text_Error_General03_Text = "Unable to get printer instance."
const L_Text_Error_General04_Text = "Win32 error code"
const L_Text_Error_General05_Text = "Unable to get SWbemLocator object"
const L_Text_Error_General06_Text = "Unable to connect to WMI service"
'
' Action strings
'
const L_Text_Action_General01_Text = "Pause"
const L_Text_Action_General02_Text = "Resume"
const L_Text_Action_General03_Text = "Purge"
const L_Text_Action_General04_Text = "Print Test Page"
'
' Debug messages
'
const L_Text_Dbg_Msg01_Text = "In function ExecPrinter"
const L_Text_Dbg_Msg02_Text = "Server name"
const L_Text_Dbg_Msg03_Text = "Printer name"
const L_Text_Dbg_Msg04_Text = "In function ParseCommandLine"
main
'
' Main execution starts here
'
sub main
dim iAction
dim iRetval
dim strServer
dim strPrinter
dim strUser
dim strPassword
'
' Abort if the host is not cscript
'
if not IsHostCscript() then
call wscript.echo(L_Help_Help_Host01_Text & vbCRLF & L_Help_Help_Host02_Text & vbCRLF & _
L_Help_Help_Host03_Text & vbCRLF & L_Help_Help_Host04_Text & vbCRLF & _
L_Help_Help_Host05_Text & vbCRLF & L_Help_Help_Host06_Text & vbCRLF)
wscript.quit
end if
'
' Get command line parameters
'
iRetval = ParseCommandLine(iAction, strServer, strPrinter, strUser, strPassword)
if iRetval = kErrorSuccess then
select case iAction
case kActionPause
iRetval = ExecPrinter(strServer, strPrinter, strUser, strPassword, L_Text_Action_General01_Text)
case kActionResume
iRetval = ExecPrinter(strServer, strPrinter, strUser, strPassword, L_Text_Action_General02_Text)
case kActionPurge
iRetval = ExecPrinter(strServer, strPrinter, strUser, strPassword, L_Text_Action_General03_Text)
case kActionTestPage
iRetval = ExecPrinter(strServer, strPrinter, strUser, strPassword, L_Text_Action_General04_Text)
case kActionUnknown
Usage(true)
exit sub
case else
Usage(true)
exit sub
end select
end if
end sub
'
' Pause/Resume/Purge printer and print test page
'
function ExecPrinter(strServer, strPrinter, strUser, strPassword, strCommand)
on error resume next
DebugPrint kDebugTrace, L_Text_Dbg_Msg01_Text
DebugPrint kDebugTrace, L_Text_Dbg_Msg02_Text & L_Space_Text & strServer
DebugPrint kDebugTrace, L_Text_Dbg_Msg03_Text & L_Space_Text & strPrinter
dim oPrinter
dim oService
dim iRetval
dim uResult
iRetval = kErrorFailure
if WmiConnect(strServer, kNameSpace, strUser, strPassword, oService) then
set oPrinter = oService.Get("Win32_Printer.DeviceID='" & strPrinter & "'")
else
ExecPrinter = kErrorFailure
exit function
end if
'
' Check if getting a printer instance succeeded
'
if Err.Number = kErrorSuccess then
select case strCommand
case L_Text_Action_General01_Text
uResult = oPrinter.Pause()
case L_Text_Action_General02_Text
uResult = oPrinter.Resume()
case L_Text_Action_General03_Text
uResult = oPrinter.CancelAllJobs()
case L_Text_Action_General04_Text
uResult = oPrinter.PrintTestPage()
case else
Usage(true)
end select
'
' Err set by WMI
'
if Err.Number = kErrorSuccess then
'
' uResult set by printer methods
'
if uResult = kErrorSuccess then
wscript.echo L_Success_Text & L_Space_Text & strCommand & L_Space_Text _
& L_Printer_Text & L_Space_Text & strPrinter
iRetval = kErrorSuccess
else
wscript.echo L_Failed_Text & L_Space_Text & strCommand & L_Space_Text _
& L_Text_Error_General04_Text & L_Space_Text & uResult
end if
else
wscript.echo L_Failed_Text & L_Space_Text & strCommand & L_Space_Text & L_Error_Text _
& L_Space_Text & L_Hex_Text & hex(Err.Number) & L_Space_Text & Err.Description
end if
else
wscript.echo L_Text_Error_General03_Text & L_Space_Text & L_Error_Text & L_Space_Text _
& L_Hex_Text & hex(Err.Number) & L_Space_Text & Err.Description
'
' Try getting extended error information
'
call LastError()
end if
ExecPrinter = iRetval
end function
'
' Debug display helper function
'
sub DebugPrint(uFlags, strString)
if gDebugFlag = true then
if uFlags = kDebugTrace then
wscript.echo L_Debug_Text & L_Space_Text & strString
end if
if uFlags = kDebugError then
if Err <> 0 then
wscript.echo L_Debug_Text & L_Space_Text & strString & L_Space_Text _
& L_Error_Text & L_Space_Text & L_Hex_Text & hex(Err.Number) _
& L_Space_Text & Err.Description
end if
end if
end if
end sub
'
' Parse the command line into its components
'
function ParseCommandLine(iAction, strServer, strPrinter, strUser, strPassword)
on error resume next
DebugPrint kDebugTrace, L_Text_Dbg_Msg04_Text
dim oArgs
dim iIndex
iAction = kActionUnknown
iIndex = 0
set oArgs = wscript.Arguments
while iIndex < oArgs.Count
select case oArgs(iIndex)
case "-z"
iAction = kActionPause
case "-m"
iAction = kActionResume
case "-x"
iAction = kActionPurge
case "-e"
iAction = kActionTestPage
case "-p"
iIndex = iIndex + 1
strPrinter = oArgs(iIndex)
case "-s"
iIndex = iIndex + 1
strServer = RemoveBackslashes(oArgs(iIndex))
case "-u"
iIndex = iIndex + 1
strUser = oArgs(iIndex)
case "-w"
iIndex = iIndex + 1
strPassword = oArgs(iIndex)
case "-?"
Usage(true)
exit function
case else
Usage(true)
exit function
end select
iIndex = iIndex + 1
wend
if Err.Number = kErrorSuccess then
ParseCommandLine = kErrorSuccess
else
wscript.echo L_Text_Error_General02_Text & L_Space_Text & L_Error_Text & L_Space_Text _
& L_Hex_Text & hex(Err.Number) & L_Space_text & Err.Description
ParseCommandLine = kErrorFailure
end if
end function
'
' Display command usage.
'
sub Usage(bExit)
wscript.echo L_Help_Help_General01_Text
wscript.echo L_Empty_Text
wscript.echo L_Help_Help_General02_Text
wscript.echo L_Help_Help_General03_Text
wscript.echo L_Help_Help_General04_Text
wscript.echo L_Help_Help_General05_Text
wscript.echo L_Help_Help_General06_Text
wscript.echo L_Help_Help_General07_Text
wscript.echo L_Help_Help_General08_Text
wscript.echo L_Help_Help_General09_Text
wscript.echo L_Help_Help_General10_Text
wscript.echo L_Help_Help_General11_Text
wscript.echo L_Empty_Text
wscript.echo L_Help_Help_General12_Text
wscript.echo L_Help_Help_General13_Text
wscript.echo L_Help_Help_General14_Text
wscript.echo L_Help_Help_General15_Text
if bExit then
wscript.quit(1)
end if
end sub
'
' Determines which program is being used to run this script.
' Returns true if the script host is cscript.exe
'
function IsHostCscript()
on error resume next
dim strFullName
dim strCommand
dim i, j
dim bReturn
bReturn = false
strFullName = WScript.FullName
i = InStr(1, strFullName, ".exe", 1)
if i <> 0 then
j = InStrRev(strFullName, "\", i, 1)
if j <> 0 then
strCommand = Mid(strFullName, j+1, i-j-1)
if LCase(strCommand) = "cscript" then
bReturn = true
end if
end if
end if
if Err <> 0 then
wscript.echo L_Text_Error_General01_Text & L_Space_Text & L_Error_Text & L_Space_Text _
& L_Hex_Text & hex(Err.Number) & L_Space_Text & Err.Description
end if
IsHostCscript = bReturn
end function
'
' Retrieves extended information about the last error that occurred
' during a WBEM operation. The methods that set an SWbemLastError
' object are GetObject, PutInstance, DeleteInstance
'
sub LastError()
on error resume next
dim oError
set oError = CreateObject("WbemScripting.SWbemLastError")
if Err = kErrorSuccess then
wscript.echo L_Operation_Text & L_Space_Text & oError.Operation
wscript.echo L_Provider_Text & L_Space_Text & oError.ProviderName
wscript.echo L_Description_Text & L_Space_Text & oError.Description
wscript.echo L_Text_Error_General04_Text & L_Space_Text & oError.StatusCode
end if
end sub
'
' Connects to the WMI service on a server. oService is returned as a service
' object (SWbemServices)
'
function WmiConnect(strServer, strNameSpace, strUser, strPassword, oService)
on error resume next
dim oLocator
dim bResult
oService = null
bResult = false
set oLocator = CreateObject("WbemScripting.SWbemLocator")
if Err = kErrorSuccess then
set oService = oLocator.ConnectServer(strServer, strNameSpace, strUser, strPassword)
if Err = kErrorSuccess then
bResult = true
oService.Security_.impersonationlevel = 3
Err.Clear
else
wscript.echo L_Text_Error_General06_Text & L_Space_Text & L_Error_Text _
& L_Space_Text & L_Hex_Text & hex(Err.Number) & L_Space_Text _
& Err.Description
end if
else
wscript.echo L_Text_Error_General05_Text & L_Space_Text & L_Error_Text _
& L_Space_Text & L_Hex_Text & hex(Err.Number) & L_Space_Text _
& Err.Description
end if
WmiConnect = bResult
end function
'
' Remove leading "\\" from server name
'
function RemoveBackslashes(strServer)
dim strRet
strRet = strServer
if Left(strServer, 2) = "\\" and Len(strServer) > 2 then
strRet = Mid(strServer, 3)
end if
RemoveBackslashes = strRet
end function
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'' SIG '' aWNyb3NvZnQgQ29ycG9yYXRpb24xKzApBgNVBAsTIkNv
'' SIG '' cHlyaWdodCAoYykgMjAwMCBNaWNyb3NvZnQgQ29ycC4x
'' SIG '' IzAhBgNVBAMTGk1pY3Jvc29mdCBDb2RlIFNpZ25pbmcg
'' SIG '' UENBMIIBIDANBgkqhkiG9w0BAQEFAAOCAQ0AMIIBCAKC
'' SIG '' AQEAooQVU9gLMA40lf86G8LzL3ttNyNN89KM5f2v/cUC
'' SIG '' NB8kx+Wh3FTsfgJ0R6vbMlgWFFEpOPF+srSMOke1OU5u
'' SIG '' VMIxDDpt+83Ny1CcG66n2NlKJj+1xcuPluJJ8m3Y6ZY+
'' SIG '' 3gXP8KZVN60vYM2AYUKhSVRKDxi3S9mTmTBaR3VktNO7
'' SIG '' 3barDJ1PuHM7GDqqtIeMsIiwTU8fThG1M4DfDTpkb0TH
'' SIG '' NL1Kk5u8ph35BSNOYCmPzCryhJqZrajbCnB71jRBkKW3
'' SIG '' ZsdcGx2jMw6bVAMaP5iQuMznPQR0QxyP9znms6xIemsq
'' SIG '' DmIBYTl2bv0+mAdLFPEBRv0VAOBH2k/kBeSAJQIBA6OC
'' SIG '' ASgwggEkMBMGA1UdJQQMMAoGCCsGAQUFBwMDMIGiBgNV
'' SIG '' HQEEgZowgZeAEFvQcO9pcp4jUX4Usk2O/8uhcjBwMSsw
'' SIG '' KQYDVQQLEyJDb3B5cmlnaHQgKGMpIDE5OTcgTWljcm9z
'' SIG '' b2Z0IENvcnAuMR4wHAYDVQQLExVNaWNyb3NvZnQgQ29y
'' SIG '' cG9yYXRpb24xITAfBgNVBAMTGE1pY3Jvc29mdCBSb290
'' SIG '' IEF1dGhvcml0eYIPAMEAizw8iBHRPvZj7N9AMBAGCSsG
'' SIG '' AQQBgjcVAQQDAgEAMB0GA1UdDgQWBBQpXLkbts0z7rue
'' SIG '' WX335couxA00KDAZBgkrBgEEAYI3FAIEDB4KAFMAdQBi
'' SIG '' AEMAQTALBgNVHQ8EBAMCAUYwDwYDVR0TAQH/BAUwAwEB
'' SIG '' /zANBgkqhkiG9w0BAQQFAAOCAQEARVjimkF//J2/SHd3
'' SIG '' rozZ5hnFV7QavbS5XwKhRWo5Wfm5J5wtTZ78ouQ4ijhk
'' SIG '' IkLfuS8qz7fWBsrrKr/gGoV821EIPfQi09TAbYiBFURf
'' SIG '' ZINkxKmULIrbkDdKD7fo1GGPdnbh2SX/JISVjQRWVJSh
'' SIG '' HDo+grzupYeMHIxLeV+1SfpeMmk6H1StdU3fZOcwPNtk
'' SIG '' SUT7+8QcQnHmoD1F7msAn6xCvboRs1bk+9WiKoHYH06i
'' SIG '' Vb4nj3Cmomwb/1SKgryBS6ahsWZ6qRenywbAR+ums+kx
'' SIG '' FVM9KgS//3NI3IsnQ/xj6O4kh1u+NtHoMfUy2V7feXq6
'' SIG '' MKxphkr7jBG/G41UWTGCBGIwggReAgEBMIG1MIGmMQsw
'' SIG '' CQYDVQQGEwJVUzETMBEGA1UECBMKV2FzaGluZ3RvbjEQ
'' SIG '' MA4GA1UEBxMHUmVkbW9uZDEeMBwGA1UEChMVTWljcm9z
'' SIG '' b2Z0IENvcnBvcmF0aW9uMSswKQYDVQQLEyJDb3B5cmln
'' SIG '' aHQgKGMpIDIwMDAgTWljcm9zb2Z0IENvcnAuMSMwIQYD
'' SIG '' VQQDExpNaWNyb3NvZnQgQ29kZSBTaWduaW5nIFBDQQIK
'' SIG '' YQYqjQAAAAAACzAMBggqhkiG9w0CBQUAoIGwMBkGCSqG
'' SIG '' SIb3DQEJAzEMBgorBgEEAYI3AgEEMBwGCisGAQQBgjcC
'' SIG '' AQsxDjAMBgorBgEEAYI3AgEVMB8GCSqGSIb3DQEJBDES
'' SIG '' BBDk+J9KG9mtR7f3zrlDrtUOMFQGCisGAQQBgjcCAQwx
'' SIG '' RjBEoCaAJABXAE0ASQAgAHAAcgBpAG4AdABlAHIAIABz
'' SIG '' AGMAcgBpAHAAdKEagBhodHRwOi8vd3d3Lm1pY3Jvc29m
'' SIG '' dC5jb20wDQYJKoZIhvcNAQEBBQAEgYAIdNx52NyTWjs4
'' SIG '' VMIz8fBO2GnhNXv+MNVhBEC+sRiP8us2lJFOBpqD+G//
'' SIG '' 8gx/UI8XgraZeaCaJvWJ6yQ6axCZrO3b5hDDnd0XyJb8
'' SIG '' rZOHFXOXgGzaO202pATVN55kIJShqMCaNArf1MZ6vZie
'' SIG '' vua3tzZzMCX4NutZcYwsxixQPaGCAkwwggJIBgkqhkiG
'' SIG '' 9w0BCQYxggI5MIICNQIBATCBszCBnjEfMB0GA1UEChMW
'' SIG '' VmVyaVNpZ24gVHJ1c3QgTmV0d29yazEXMBUGA1UECxMO
'' SIG '' VmVyaVNpZ24sIEluYy4xLDAqBgNVBAsTI1ZlcmlTaWdu
'' SIG '' IFRpbWUgU3RhbXBpbmcgU2VydmljZSBSb290MTQwMgYD
'' SIG '' VQQLEytOTyBMSUFCSUxJVFkgQUNDRVBURUQsIChjKTk3
'' SIG '' IFZlcmlTaWduLCBJbmMuAhAIem1cb2KTT7rE/UPhFBid
'' SIG '' MAwGCCqGSIb3DQIFBQCgWTAYBgkqhkiG9w0BCQMxCwYJ
'' SIG '' KoZIhvcNAQcBMBwGCSqGSIb3DQEJBTEPFw0wMTEyMDcy
'' SIG '' MDIzMTdaMB8GCSqGSIb3DQEJBDESBBDkDoOezCP9AjDb
'' SIG '' z0ZhqiRWMA0GCSqGSIb3DQEBAQUABIIBAGpvhYduh6HS
'' SIG '' 14fEvXKjj3ObmF7H84ElZfG1guqaH5yzQasIrtQcj7sH
'' SIG '' hBYGb/L7jsaVD/NKgH/ZkW0sUdbyIkv6vkOLnsKBs8cq
'' SIG '' 2GGQvFV8jYdXJUEqo+XD/2ehC1Wj+b6+YQxyMCITN42F
'' SIG '' +YfRBATzgfTwwDmmJ/KFQgDA3ZfMl38didaABKr7zhEo
'' SIG '' pA37ZJzI7q85n0AtUlULBBlAxmDasfxhAO4or3vHETZ/
'' SIG '' dHk9q3VH8q+CWiH55QMXKnJ1SrlEIUooLRcKWsw42IEj
'' SIG '' d2Ean54V5izi/1NTVTUmFj5n74Q1kHJ7I6d7lek6+Bpu
'' SIG '' gTtFXkMh6KswounLzxH2x3M=
'' SIG '' End signature block
|
Public Function RReverse(aString As String) As String
'returns the reversed string
'do it recursively: cut the string in two, reverse these fragments and put them back together in reverse order
Dim L As Integer 'length of string
Dim M As Integer 'cut point
L = Len(aString)
If L <= 1 Then 'no need to reverse
RReverse = aString
Else
M = Int(L / 2)
RReverse = RReverse(Right$(aString, L - M)) & RReverse(Left$(aString, M))
End If
End Function
|
Option Explicit
Public Sub AmicablePairs()
Dim a(2 To 20000) As Long, c As New Collection, i As Long, j As Long, t#
t = Timer
For i = LBound(a) To UBound(a)
'collect the sum of the proper divisors
'of each numbers between 2 and 20000
a(i) = S(i)
Next
'Double Loops to test the amicable
For i = LBound(a) To UBound(a)
For j = i + 1 To UBound(a)
If i = a(j) Then
If a(i) = j Then
On Error Resume Next
c.Add i & " : " & j, CStr(i * j)
On Error GoTo 0
Exit For
End If
End If
Next
Next
'End. Return :
Debug.Print "Execution Time : " & Timer - t & " seconds."
Debug.Print "Amicable pairs below 20 000 are : "
For i = 1 To c.Count
Debug.Print c.Item(i)
Next i
End Sub
Private Function S(n As Long) As Long
'returns the sum of the proper divisors of n
Dim j As Long
For j = 1 To n \ 2
If n Mod j = 0 Then S = j + S
Next
End Function
|
VERSION 5.00
Begin VB.Form frmFileViewer
Caption = "File Viewer Extension"
ClientHeight = 4185
ClientLeft = 60
ClientTop = 345
ClientWidth = 5130
LinkTopic = "Form1"
ScaleHeight = 4185
ScaleWidth = 5130
StartUpPosition = 3 'Windows Default
Begin VB.CommandButton cmdClose
Cancel = -1 'True
Caption = "Close"
Height = 375
Left = 1898
TabIndex = 1
Top = 3720
Width = 1335
End
Begin FileViewerExtensionProj.ctlFileViewer ViewerCtl
Height = 3375
Left = 120
TabIndex = 0
Top = 120
Width = 4935
_ExtentX = 8705
_ExtentY = 5953
End
End
Attribute VB_Name = "frmFileViewer"
Attribute VB_GlobalNameSpace = False
Attribute VB_Creatable = False
Attribute VB_PredeclaredId = True
Attribute VB_Exposed = False
Option Explicit
' ===========================================================================
' | THIS CODE AND INFORMATION IS PROVIDED "AS IS" WITHOUT WARRANTY OF |
' | ANY KIND, EITHER EXPRESSED OR IMPLIED, INCLUDING BUT NOT LIMITED TO |
' | THE IMPLIED WARRANTIES OF MERCHANTABILITY AND/OR FITNESS FOR A |
' | PARTICULAR PURPOSE. |
' | Copyright (c) 1998-1999 Microsoft Corporation |
' ===========================================================================
' =============================================================================
' File: frmFileViewer.frm
' Project: FileViewerExtensionProj
' Type: Form
' =============================================================================
' =============================================================================
' Method: DisplayFile
' Type: Public Method
' Description: Called by the snap-in to display the contents of the file.
'
' Parameters: Path Fully qualified path of file to display
' Name Name of file to display
' Output: None
' Notes: Uses the FileViewerCtl to display the contents of the file.
' =============================================================================
'
Public Sub DisplayFile(Path As String, FileName As String)
ViewerCtl.DisplayFile Path, FileName
Me.Show vbModal
End Sub
' =============================================================================
' Method: cmdClose_Click
' Type: Event
' Description: Fired when the user hits the Close button on the form
'
' Parameters: None
' Output: None
' Notes: Hides the form. The form will be destroyed when the snap-in
' releases it. (See DisplayFile method in FileViewerExtension.dsr).
' =============================================================================
'
Private Sub cmdClose_Click()
Me.Hide
End Sub
|
Option Explicit
Main
Sub Main
Dim oCluster
Dim oNode
Dim sCluster
Set oCluster = CreateObject("MSCluster.Cluster")
sCluster = InputBox( "Cluster to open?" )
oCluster.Open( sCluster )
MsgBox oCluster.Name
MsgBox "Node count is " & oCluster.Nodes.Count
for each oNode in oCluster.Nodes
MsgBox "Node name is " & oNode.Name
next
End Sub
|
<filename>tools/bp_conv/bp_conv.bas
Dim r (0 To 7) As Ubyte
dim as string fn, fn256, fn16, fn4, fn1
dim as ubyte x,y,z,c
? "Enter file name > ";:input fn
fn256=fn+"x256.bin"
fn16=fn+"x16.bin"
fn4=fn+"x4.bin"
fn1=fn+"x1.bin"
fn=fn+".raw"
open fn For Binary Access Read As 1
open fn256 For Binary Access Write As 2
open fn16 For Binary Access Write As 3
open fn4 For Binary Access Write As 4
open fn1 For Binary Access Write As 5
while not eof(1)
get #1,,r(0),8
for x=0 to 7
c=int(r(x)/16)+16
?#2,chr(c);
next x
for x=0 to 6 step 2
c=int(r(x)/16)
c=c*16
c=c+int(r(x+1)/16)
?#3,chr(c);
next x
c=0
for x=0 to 3
z=int(r(x)/64)
c=c*4+z
next x
? #4,chr(c);
c=0
for x=4 to 7
z=int(r(x)/64)
c=c*4+z
next x
? #4,chr(c);
c=0
if r(0)>127 then c=c+128
if r(1)>127 then c=c+64
if r(2)>127 then c=c+32
if r(3)>127 then c=c+16
if r(4)>127 then c=c+8
if r(5)>127 then c=c+4
if r(6)>127 then c=c+2
if r(7)>127 then c=c+1
?#5,chr(c);
wend
close 5
close 4
close 3
close 2
close 1
end
|
<gh_stars>1000+
' IsMember2.vbs
' VBScript program demonstrating the use of Function IsMember.
'
' ----------------------------------------------------------------------
' Copyright (c) 2002-2010 <NAME>
' Hilltop Lab web site - http://www.rlmueller.net
' Version 1.0 - November 10, 2002
' Version 1.1 - February 19, 2003 - Standardize Hungarian notation.
' Version 1.2 - July 31, 2007 - Escape any "/" characters in group DN's.
' Version 1.3 - November 6, 2010 - No need to set objects to Nothing.
' An efficient IsMember function to test group membership for a single
' user or computer. The function reveals membership in nested groups. It
' requires that the user or computer object be bound with the LDAP
' provider. It will not reveal membership in the primary group.
'
' You have a royalty-free right to use, modify, reproduce, and
' distribute this script file in any way you find useful, provided that
' you agree that the copyright owner above has no warranty, obligations,
' or liability for such use.
Option Explicit
Rem -- If Execute per error, then exit immediatly !!!
wscript.quit
Dim objGroupList, objADObject, strGroup
' Bind to the user object with the LDAP provider.
Set objADObject = _
GetObject("LDAP://cn=Testuser,ou=Sales,dc=MyDomain,dc=com")
strGroup = "Sales"
If (IsMember(strGroup) = True) Then
Wscript.Echo "User " & objADObject.name _
& " is a member of group " & strGroup
Else
Wscript.Echo "User " & objADObject.name _
& " is NOT a member of group " & strGroup
End If
strGroup = "Engineering"
If (IsMember(strGroup) = True) Then
Wscript.Echo "User " & objADObject.name _
& " is a member of group " & strGroup
Else
Wscript.Echo "User " & objADObject.name _
& " is NOT a member of group " & strGroup
End If
Function IsMember(ByVal strGroup)
' Function to test for group membership.
' strGroup is the NT name (sAMAccountName) of the group to test.
' objGroupList is a dictionary object, with global scope.
' Returns True if the user or computer is a member of the group.
If (IsEmpty(objGroupList) = True) Then
Set objGroupList = CreateObject("Scripting.Dictionary")
Call LoadGroups(objADObject)
End If
IsMember = objGroupList.Exists(strGroup)
End Function
Sub LoadGroups(ByVal objADObject)
' Recursive subroutine to populate dictionary object with group
' memberships. When this subroutine is first called by Function
' IsMember, objADObject is the user or computer object. On recursive calls
' objADObject will be a group object. For each group in the MemberOf
' collection, first check to see if the group is already in the
' dictionary object. If it is not, add the group to the dictionary
' object and recursively call this subroutine again to enumerate any
' groups the group might be a member of (nested groups). It is necessary
' to first check if the group is already in the dictionary object to
' prevent an infinite loop if the group nesting is "circular".
Dim colstrGroups, objGroup, j
objGroupList.CompareMode = vbTextCompare
colstrGroups = objADObject.memberOf
If (IsEmpty(colstrGroups) = True) Then
Exit Sub
End If
If (TypeName(colstrGroups) = "String") Then
' Escape any forward slash characters, "/", with the backslash
' escape character. All other characters that should be escaped are.
colstrGroups = Replace(colstrGroups, "/", "\/")
Set objGroup = GetObject("LDAP://" & colstrGroups)
If (objGroupList.Exists(objGroup.sAMAccountName) = False) Then
objGroupList.Add objGroup.sAMAccountName, True
Call LoadGroups(objGroup)
End If
Exit Sub
End If
For j = 0 To UBound(colstrGroups)
' Escape any forward slash characters, "/", with the backslash
' escape character. All other characters that should be escaped are.
colstrGroups(j) = Replace(colstrGroups(j), "/", "\/")
Set objGroup = GetObject("LDAP://" & colstrGroups(j))
If (objGroupList.Exists(objGroup.sAMAccountName) = False) Then
objGroupList.Add objGroup.sAMAccountName, True
Call LoadGroups(objGroup)
End If
Next
End Sub
|
<reponame>LaudateCorpus1/RosettaCodeData<gh_stars>1-10
class topological
dim dictDependencies
dim dictReported
dim depth
sub class_initialize
set dictDependencies = createobject("Scripting.Dictionary")
set dictReported = createobject("Scripting.Dictionary")
depth = 0
end sub
sub reset
dictReported.removeall
end sub
property let dependencies( s )
'assuming token tab token-list newline
dim i, j ,k
dim aList
dim dep
dim a1
aList = Split( s, vbNewLine )
'~ remove empty lines at end
do while aList( UBound( aList ) ) = vbnullstring
redim preserve aList( UBound( aList ) - 1 )
loop
for i = lbound( aList ) to ubound( aList )
aList( i ) = Split( aList( i ), vbTab, 2 )
a1 = Split( aList( i )( 1 ), " " )
k = 0
for j = lbound( a1) to ubound(a1)
if a1(j) <> aList(i)(0) then
a1(k) = a1(j)
k = k + 1
end if
next
redim preserve a1(k-1)
aList(i)(1) = a1
next
for i = lbound( aList ) to ubound( aList )
dep = aList(i)(0)
if not dictDependencies.Exists( dep ) then
dictDependencies.add dep, aList(i)(1)
end if
next
end property
sub resolve( s )
dim i
dim deps
'~ wscript.echo string(depth,"!"),s
depth = depth + 1
if dictDependencies.Exists(s) then
deps = dictDependencies(s)
for i = lbound(deps) to ubound(deps)
resolve deps(i)
next
end if
if not seen(s) then
wscript.echo s
see s
end if
depth = depth - 1
end sub
function seen( key )
seen = dictReported.Exists( key )
end function
sub see( key )
dictReported.add key, ""
end sub
property get keys
keys = dictDependencies.keys
end property
end class
|
<reponame>npocmaka/Windows-Server-2003
Attribute VB_Name = "modMain"
Option Explicit
' The idea demonstrated in this app is controlled access to KP files,
' more precisely access to the auth protocol retry counter
' A special (some kind of administrator) KP named "pinrc" is created.
' His auth protocol is this RTE app. By giving read access on KP files to this
' user, you are guaranted that only this protected piece of code will be
' able to gain read access to KP data!
' KP file structure (version 1.0 online help is inaccurate)
' <bGrpFlag><bGrpNum><bGroup[]><bProtocol><bMaxTry><bTryCounter><bKeyLen><bKey[]>
' <bGrpFlag> This field identifies the file as one for an individual or a group. Enter 0. (1 byte)
' <bGrpNum> This field identifies the number of groups in which the principal is a member. (1 byte)
' <bGroup[]> This field includes the group identifiers (GIDs) of the groups in which the principal is a member. (n bytes, where n is <bGrpNum>)
' <bProtocol> This identifies the authentication protocol used to authenticate the known principal. (1 byte)
' <bMaxTry> This field defines the maximum number of allowed authentication attempts. For unlimited attempts, enter 0.
' <bTryCounter> This counter tracks the number of authentication attempts, to the maximum designated in <bMaxTry>. The counter is set to the MaxTry when the file is created, and is automatically maintained by the system.
' <bKeyLen> This designates the length, in bytes, of the cryptographic material required for the authentication protocol. (1 byte)
' <bKey[]> This is the cryptographic material associated with the authentication protocol.
Const MAX_USERNAME As Byte = 50
Const KP_PINRC = "pinrc"
'--------------------------------------------------------------
'Sub Main is the entry point for smart-card applications
'
' [in] cla : The CLA (class) parameter specified by Host application
' [in] ins : The INS (instruction) parameter specified by Host application
' [in] p1 : Parameter #1 specified by Host application
' [in] p2 : Parameter #2 specified by Host application
' [in] lc : The number of data bytes being passed in by Host application
'
'Note:
' The dispatch table in the smart card file system executes the
' appropriate application based on the CLA and INS values specified by
' Host application. These values are also passed to the smart card application
' as parameters to Main.
'
'--------------------------------------------------------------
Sub Main(ByVal cla As Byte, _
ByVal ins As Byte, _
ByVal P1 As Byte, _
ByVal P2 As Byte, _
ByVal Lc As Byte)
Dim SW As Integer
Static UserName(MAX_USERNAME - 1) As Byte
Dim Sc As Byte
Dim hFile As Byte
Dim NRead As Byte
Dim Data(1) As Byte
Call InitializeStaticArray(UserName, "/s/k/")
' Overflow testing
If Lc > MAX_USERNAME - 10 Then
'------------------------------------------------------------
'Return error code 6C XX to the host application
'------------------------------------------------------------
SW = &H6C00 + MAX_USERNAME - 10
GoTo SendSW
End If
' Get UserName
ScwGetCommBytes UserName, 10, Lc
' Makes sure cleanup will be executed
On Error GoTo ErrorHandler
' Let's gain access to the user's KP file
hFile = &HFF
Data(0) = 0 ' Required
Sc = ScwAuthenticateName(KP_PINRC, Data, 1)
If Sc <> SCW_S_OK Then
GoTo ReturnError
End If
' Open the KP file
Sc = ScwCreateFile(UserName, "", hFile)
If Sc <> SCW_S_OK Then
GoTo ReturnError
End If
' Read
Sc = ScwReadFile(hFile, Data, 2, NRead)
If Sc <> SCW_S_OK Then
GoTo ReturnError
End If
' Verify that we don't access a group KP file
If (NRead <> 2) Or (Data(0) <> 0) Then
Sc = SCW_E_UNKNOWNPRINCIPAL
GoTo ReturnError
End If
' Ignore the group IDs & the protocol
Sc = ScwSetFilePointer(hFile, Data(1) + 1, FILE_CURRENT)
If Sc <> SCW_S_OK Then
GoTo ReturnError
End If
' Read MaxTry & current try counter
Sc = ScwReadFile(hFile, Data, 2, NRead)
If Sc <> SCW_S_OK Then
GoTo ReturnError
End If
If NRead <> 2 Then
Sc = SCW_E_BADKPFILE
GoTo ReturnError
End If
If Data(0) = 0 Then ' no try counter used
Data(1) = &HFF ' convention
End If
'------------------------------------------------------------
'Return success code 90 xx to the host application
'where xx is the current retry counter
'------------------------------------------------------------
SW = &H9000 + Data(1)
Cleanup:
' Make sure we don't leave the admin KP auth'd
ScwDeAuthenticateName KP_PINRC
' Make sure we close the KP file for the user
If hFile <> &HFF Then
ScwCloseFile hFile
End If
SendSW:
ScwSendCommInteger SW
Exit Sub
ErrorHandler:
SW = &H6E00 + Err.Number
GoTo Cleanup
ReturnError:
SW = &H6F00 + Sc
GoTo Cleanup
End Sub
|
set drives = GetObject("winmgmts:{impersonationLevel=impersonate}").ExecQuery _
("select DeviceID from Win32_LogicalDisk where DriveType=3")
for each drive in drives
WScript.Echo drive.DeviceID
next
|
sub swap( byref a, byref b)
dim tmp
tmp = a
a = b
b = tmp
end sub
function selectionSort (a)
for i = 0 to ubound(a)
k = i
for j=i+1 to ubound(a)
if a(j) < a(i) then
swap a(i), a(j)
end if
next
next
selectionSort = a
end function
|
<reponame>LaudateCorpus1/RosettaCodeData<filename>Task/Caesar-cipher/VBA/caesar-cipher.vba
Option Explicit
Sub Main_Caesar()
Dim ch As String
ch = Caesar_Cipher("CAESAR: Who is it in the press that calls on me? I hear a tongue, shriller than all the music, Cry 'Caesar!' Speak; Caesar is turn'd to hear.", 14)
Debug.Print ch
Debug.Print Caesar_Cipher(ch, -14)
End Sub
Function Caesar_Cipher(sText As String, lngNumber As Long) As String
Dim Tbl, strGlob As String, strTemp As String, i As Long, bytAscii As Byte
Const MAJ As String = "ABCDEFGHIJKLMNOPQRSTUVWXYZ"
Const NB_LETTERS As Byte = 26
Const DIFFASCIIMAJ As Byte = 65 - NB_LETTERS
Const DIFFASCIIMIN As Byte = 97 - NB_LETTERS
strTemp = sText
If lngNumber < NB_LETTERS And lngNumber > NB_LETTERS * -1 Then
strGlob = String(NB_LETTERS * 4, " ")
LSet strGlob = MAJ & MAJ & MAJ
Tbl = Split(StrConv(strGlob, vbUnicode), Chr(0))
For i = 1 To Len(strTemp)
If Mid(strTemp, i, 1) Like "[a-zA-Z]" Then
bytAscii = Asc(Mid(strTemp, i, 1))
If Mid(strTemp, i, 1) = Tbl(bytAscii - DIFFASCIIMAJ) Then
Mid(strTemp, i) = Tbl(bytAscii - DIFFASCIIMAJ + lngNumber)
Else
Mid(strTemp, i) = LCase(Tbl(bytAscii - DIFFASCIIMIN + lngNumber))
End If
End If
Next i
End If
Caesar_Cipher = strTemp
End Function
|
<filename>Task/Floyds-triangle/VBA/floyds-triangle-1.vba
Option Explicit
Dim o As String
Sub floyd(L As Integer)
Dim r, c, m, n As Integer
n = L * (L - 1) / 2
m = 1
For r = 1 To L
o = o & vbCrLf
For c = 1 To r
o = o & Space(Len(CStr(n + c)) - Len(CStr(m))) & m & " "
m = m + 1
Next
Next
End Sub
Sub triangle()
o = "5 lines"
Call floyd(5)
o = o & vbCrLf & "14 lines"
Call floyd(14)
With Selection
.Font.Name = "Courier New"
.TypeText Text:=o
End With
End Sub
|
<gh_stars>10-100
VERSION 5.00
Begin VB.Form frmLiveHelpFileImage
Caption = "Live Help File Image Creation Utility"
ClientHeight = 4155
ClientLeft = 5625
ClientTop = 6060
ClientWidth = 6600
LinkTopic = "Form1"
ScaleHeight = 4155
ScaleWidth = 6600
Begin VB.CheckBox chkExpandOnly
Caption = "Check1"
Height = 255
Left = 2400
TabIndex = 17
Top = 3000
Width = 255
End
Begin VB.CheckBox chkInc
Caption = "Check1"
Height = 255
Left = 2400
TabIndex = 16
Top = 2640
Width = 255
End
Begin VB.TextBox txtRenamesFile
Height = 375
Left = 2400
TabIndex = 13
Top = 2160
Width = 3855
End
Begin VB.TextBox txtSSUser
Height = 375
Left = 2400
TabIndex = 1
Top = 720
Width = 3855
End
Begin VB.TextBox txtSSProject
Height = 375
Left = 2400
TabIndex = 2
Top = 1080
Width = 3855
End
Begin VB.CommandButton cmdCLose
Caption = "&Close"
Height = 375
Left = 5520
TabIndex = 6
Top = 3600
Width = 735
End
Begin VB.CommandButton cmdGo
Caption = "&Go"
Height = 375
Left = 4680
TabIndex = 5
Top = 3600
Width = 735
End
Begin VB.TextBox txtWorkDir
Height = 375
Left = 2400
TabIndex = 4
Top = 1800
Width = 3855
End
Begin VB.TextBox txtLiveImageDir
Height = 375
Left = 2400
TabIndex = 3
Top = 1440
Width = 3855
End
Begin VB.TextBox txtSSDB
Height = 375
Left = 2400
TabIndex = 0
Top = 360
Width = 3855
End
Begin VB.Label Label8
Caption = "Expand Only"
Height = 375
Left = 600
TabIndex = 18
Top = 3000
Width = 1815
End
Begin VB.Label Label7
Caption = "Incremental"
Height = 375
Left = 600
TabIndex = 15
Top = 2640
Width = 1815
End
Begin VB.Label lblRenamesFile
Caption = "Renames File"
Height = 375
Left = 600
TabIndex = 14
Top = 2160
Width = 1815
End
Begin VB.Label lblStatus
Height = 375
Left = 600
TabIndex = 12
Top = 3600
Width = 3975
End
Begin VB.Label lblSSUSER
Caption = "SourceSafe User"
Height = 375
Left = 600
TabIndex = 11
Top = 720
Width = 1815
End
Begin VB.Label lblSSProject
Caption = "SourceSafe Project"
Height = 375
Left = 600
TabIndex = 10
Top = 1080
Width = 1815
End
Begin VB.Label lblWorkDir
Caption = "Work Directory"
Height = 375
Left = 600
TabIndex = 9
Top = 1800
Width = 1815
End
Begin VB.Label lblLiveImageDir
Caption = "Live Image Directory"
Height = 375
Left = 600
TabIndex = 8
Top = 1440
Width = 1815
End
Begin VB.Label lblSSDB
Caption = "Sourcesafe Database"
Height = 375
Left = 600
TabIndex = 7
Top = 360
Width = 1815
End
End
Attribute VB_Name = "frmLiveHelpFileImage"
Attribute VB_GlobalNameSpace = False
Attribute VB_Creatable = False
Attribute VB_PredeclaredId = True
Attribute VB_Exposed = False
'===========================================================================================
' Compiland : frmLiveHelpFileImage.frm
' Author : <NAME>
' Version : 1.0
'
' Description : Implements Interactive UI and Command Line Wrappers for COM Object
' that build Live Help File Image for HSC Production Tools.
'
' Called by : Command Line with Arguments or Interactively from Explorer.
'
' Environment data:
' Files that it uses (Specify if they are inherited in open state): NONE
' Parameters (Command Line) and usage mode {I,I/O,O}:
' Look in Function ParseOpts() for the latest incarnation of these.
'
' Parameters (inherited from environment) : NONE
' Public Variables created: NONE
' Environment Variables (Public or Module Level) modified: NONE
' Environment Variables used in coupling with other routines: NONE
' Local variables : N/A
' Problems detected :
' DCR Suggestions:
' - Make File Copies Incremental, even in those cases where things should be
' completely destroyed.
'
' History:
' 2000-06-18 Initial Creation
'===========================================================================================
Option Explicit
' We declare the Live Help File Image Com Object with Events in order to be abel to get Status
' information from it and eventually cancel the run.
Private WithEvents m_oLvi As HSCFileImage.FileImageCreator
Attribute m_oLvi.VB_VarHelpID = -1
' This function will help us fetch the user. The premise for running the program is that the user running
' the program MUST be registered with the Source Safe project. Otherwise the program will silently
' die.
Private Declare Function GetUserName Lib "advapi32.dll" Alias "GetUserNameA" (ByVal lpBuffer As String, nSize As Long) As Long
Private m_bExpandOnly As Boolean
Private Sub chkExpandOnly_Click()
m_bExpandOnly = Not m_bExpandOnly
With Me
.txtRenamesFile.Enabled = Not m_bExpandOnly
.txtSSDB.Enabled = Not m_bExpandOnly
.txtSSProject.Enabled = Not m_bExpandOnly
.txtRenamesFile.Visible = Not m_bExpandOnly
.txtSSDB.Visible = Not m_bExpandOnly
.txtSSProject.Visible = Not m_bExpandOnly
.lblRenamesFile.Visible = Not m_bExpandOnly
.lblSSDB.Visible = Not m_bExpandOnly
.lblSSProject.Visible = Not m_bExpandOnly
.txtSSUser.Visible = Not m_bExpandOnly
.lblSSUSER.Visible = Not m_bExpandOnly
End With
End Sub
Private Sub cmdCLose_Click()
Unload Me
End Sub
Private Sub cmdGo_Click()
Dim strErrMsg As String: strErrMsg = "": If (g_bOnErrorHandling) Then On Error GoTo Error_Handler
If (Not m_oLvi.Init((Me.chkInc = vbChecked))) Then
MsgBox "Could Not Initialize FileImageCreator Object", vbCritical, "Inite Error", ""
GoTo Common_Exit
End If
' While we work, we disable all Data Entry except for the Cancel Button.
cmdGo.Enabled = False
cmdCLose.Caption = "&Cancel"
With Me
.txtLiveImageDir.Enabled = False
.txtRenamesFile.Enabled = False
.txtSSDB.Enabled = False
.txtSSProject.Enabled = False
.txtWorkDir.Enabled = False
.chkExpandOnly.Enabled = False
.chkInc.Enabled = False
End With
m_oLvi.LiveImageDir = txtLiveImageDir
m_oLvi.WorkDir = txtWorkDir
If (Me.chkExpandOnly) Then
m_oLvi.ExpandChmOnly = True
Else
' Now we load everything into the Com Object and then we hit GO.
m_oLvi.SSDB = txtSSDB
m_oLvi.ssuser = txtSSUser
m_oLvi.SSProject = txtSSProject
m_oLvi.RenamesFile = txtRenamesFile
End If
m_oLvi.Go
' We are done, so let's get out.
cmdGo.Caption = "Done"
cmdCLose.Caption = "&Close"
Common_Exit:
Exit Sub
Error_Handler:
g_XErr.SetInfo "frmLiveHelpFileImage::cmdGo_Click", strErrMsg
g_XErr.Dump
End Sub
Private Sub Form_Load()
If (Not GlobalInit) Then
MsgBox "Could Not Initialize"
Unload Me
GoTo Common_Exit
End If
Dim strErrMsg As String: strErrMsg = "": If (g_bOnErrorHandling) Then On Error GoTo Error_Handler
Set m_oLvi = New HSCFileImage.FileImageCreator
txtSSUser.Enabled = False
Dim ssuser As String: ssuser = Space$(100)
GetUserName ssuser, 100
txtSSUser = ssuser
If (Len(Command$) = 0) Then
' Temporary default FileNames. They should not be taken as indicative of
' anything.
' txtSSDB = "\\atlantica\vss"
' txtSSProject = "$/Whistler/usa/WhistlerAllHelp/_Server"
' txtLiveImageDir = "\\pietrino\HlpImages\Server\winnt\help"
' txtWorkDir = "\\pietrino\HSCExpChms\Server\winnt\help"
' txtRenamesFile = "C:\inet\helpctr\LiveHelpImage\ServerRen.bat"
txtLiveImageDir = "\\taos\public\Builds\Whistler\Latest\Pro"
txtWorkDir = "\\pietrino\HSCExpChms\Pro\winnt\help"
chkInc.Value = False
Else
doWork Command$
Unload Me
End If
Common_Exit:
Exit Sub
Error_Handler:
' We will hit an Err.Number of vbObject + 9999 by Normal Exit Conditions,
' so we are not interested in dumping this information.
If (Err.Number = (vbObject + 9999)) Then
Unload Me
Else
g_XErr.Dump
End If
GoTo Common_Exit
End Sub
Private Sub m_oLvi_GoStatus(strWhere As String, bCancel As Boolean)
lblStatus.Caption = strWhere
End Sub
' ============= Command Line Interface ====================
' Function: Parseopts
' Objective : Supplies a Command Line arguments interface for creating the Live Help File Image.
'
' Hsclhi [/INC] /SSDB \\atlantica\vss /SSPROJ $/Whistler/usa/WhistlerAllHelp/_Server
' /LVIDIR \\pietrino\d$\public\HlpImages\Server\winnt\help
' /WORKDIR \\pietrino\d$\public\HSCExpChms\Server\winnt\help
' /RENLIST C:\inet\helpctr\LiveHelpImage\ServerRen.bat
Function ParseOpts(ByVal strCmd As String) As Boolean
Dim strErrMsg As String: strErrMsg = "": If (g_bOnErrorHandling) Then On Error GoTo Error_Handler
Dim lProgOpt As Long
Dim iError As Long
Const OPT_SSDB As Long = 2 ^ 0
Const OPT_SSPROJ As Long = 2 ^ 1
Const OPT_LVIDIR As Long = 2 ^ 2
Const OPT_WORKDIR As Long = 2 ^ 3
Const OPT_RENLIST As Long = 2 ^ 4
Const OPT_INC As Long = 2 ^ 5
Const OPT_EXPANDONLY As Long = 2 ^ 6
Dim strArg As String
While (Len(strCmd) > 0 And iError = 0)
strCmd = Trim$(strCmd)
If Left$(strCmd, 1) = Chr(34) Then
strCmd = Right$(strCmd, Len(strCmd) - 1)
strArg = vntGetTok(strCmd, sTokSepIN:=Chr(34))
Else
strArg = vntGetTok(strCmd, sTokSepIN:=" ")
End If
If (Left$(strArg, 1) = "/" Or Left$(strArg, 1) = "-") Then
strArg = Mid$(strArg, 2)
Select Case UCase$(strArg)
' All the Cases are in alphabetical order to make your life
' easier to go through them. There are a couple of exceptions.
' The first one is that every NOXXX option goes after the
' pairing OPTION.
Case "EXPANDONLY"
lProgOpt = (lProgOpt Or OPT_EXPANDONLY)
Me.chkExpandOnly = vbChecked
Case "INC"
lProgOpt = (lProgOpt Or OPT_INC)
Me.chkInc = vbChecked
Case "SSDB"
strArg = LCase$(vntGetTok(strCmd, sTokSepIN:=" "))
If ("\\" = Left$(strArg, 2)) Then
lProgOpt = lProgOpt Or OPT_SSDB
Me.txtSSDB = strArg
Else
MsgBox ("A source safe database must be specified using UNC '\\' style notation")
iError = 1
End If
Case "SSPROJ"
strArg = LCase$(vntGetTok(strCmd, sTokSepIN:=" "))
If ("$/" = Left$(strArg, 2)) Then
lProgOpt = lProgOpt Or OPT_SSPROJ
Me.txtSSProject = strArg
Else
MsgBox ("A source safe project must be specified using '$/' style notation")
iError = 1
End If
Case "LVIDIR"
strArg = LCase$(vntGetTok(strCmd, sTokSepIN:=" "))
If ("\\" = Left$(strArg, 2)) Then
lProgOpt = lProgOpt Or OPT_LVIDIR
Me.txtLiveImageDir = strArg
Else
MsgBox ("Live Image Directory must be specified using UNC '\\' style notation")
iError = 1
End If
Case "WORKDIR"
strArg = LCase$(vntGetTok(strCmd, sTokSepIN:=" "))
If ("\\" = Left$(strArg, 2)) Then
lProgOpt = lProgOpt Or OPT_WORKDIR
Me.txtWorkDir = strArg
Else
MsgBox ("Working Directory must be specified using UNC '\\' style notation")
iError = 1
End If
Case "RENLIST"
strArg = vntGetTok(strCmd, sTokSepIN:=" ")
If (Not (IsFullPathname(strArg) And FileExists(strArg))) Then
MsgBox ("Cannot open Renames file " & strArg & ". Make sure you type a Full Pathname")
iError = 1
lProgOpt = (lProgOpt And (Not OPT_RENLIST))
Else
Me.txtRenamesFile = strArg
lProgOpt = (lProgOpt Or OPT_RENLIST)
End If
Case Else
MsgBox "Program Option: " & "/" & strArg & " is not supported", vbOKOnly, "Program Arguments Error"
lProgOpt = 0
iError = 1
End Select
End If
Wend
' Now we check for a complete and <coherent> list of options. As all options are
' mandatory then we check for ALL options being set.
If ((lProgOpt And OPT_EXPANDONLY) = OPT_EXPANDONLY) Then
If ((lProgOpt And (OPT_SSDB Or OPT_SSPROJ Or OPT_RENLIST)) <> 0 Or _
(lProgOpt And (OPT_WORKDIR Or OPT_LVIDIR)) <> (OPT_WORKDIR Or OPT_LVIDIR) _
) Then
UseageMsg
iError = 1
End If
Else
If ((lProgOpt And (OPT_SSDB Or OPT_SSPROJ Or OPT_LVIDIR Or OPT_WORKDIR Or OPT_RENLIST)) <> _
(OPT_SSDB Or OPT_SSPROJ Or OPT_LVIDIR Or OPT_WORKDIR Or OPT_RENLIST)) Then
UseageMsg
iError = 1
End If
End If
ParseOpts = (0 = iError)
Exit Function
Error_Handler:
g_XErr.SetInfo "frmLiveHelpFileImage::ParseOpts", strErrMsg
Err.Raise Err.Number
End Function
Sub doWork(ByVal strCmd As String)
Dim strErrMsg As String: strErrMsg = "": If (g_bOnErrorHandling) Then On Error GoTo Error_Handler
If Not ParseOpts(strCmd) Then
GoTo Common_Exit
End If
Me.Show vbModeless
cmdGo_Click
Common_Exit:
Exit Sub
Error_Handler:
g_XErr.SetInfo "frmLiveHelpFileImage::doWork", strErrMsg
Err.Raise Err.Number
End Sub
Sub UseageMsg()
MsgBox "HSCLHI [/EXPANDONLY] [/INC]" + vbCr + _
" [/SSDB \\atlantica\vss]" + vbCr + _
" [/SSPROJ $/Whistler/usa/WhistlerAllHelp/_Server]" + vbCrLf + _
" [/LVIDIR \\pietrino\d$\public\HlpImages\Server\winnt\help]" + vbCrLf + _
" /WORKDIR \\pietrino\d$\public\HSCExpChms\Server\winnt\help" + vbCrLf + _
" [/RENLIST C:\inet\helpctr\LiveHelpImage\ServerRen.bat]" + vbCrLf + vbCrLf + _
"Where each option means:" + vbCrLf + vbCrLf + _
"/EXPANDONLY We start from an existing Live Help File Image, we only need to expand" + vbCr + _
"/INC Incremental Mode" + vbCr + _
"/SSDB Source Safe Database to use" + vbCr + _
"/SSPROJ Project within the Source Safe Database" + vbCr + _
"/LVIDIR Destination Live Help File Image Directory" + vbCr + _
"/WORKDIR HSC Work Directory" + vbCr + _
"/RENLIST Rename Batch File to be applied after Getting files from Source Safe", vbOKOnly, "HSCLHI Program Usage"
End Sub
|
'strip block comment NESTED comments
'multi line comments
'and what if there are string literals with these delimeters?
'------------------------
'delimeters for Block Comment can be specified, exactly two characters each
'Three states: Block_Comment, String_Literal, Other_Text
'Globals:
Dim t As String 'target string
Dim s() As Byte 'source array
Dim j As Integer 'index into the source string s, converted to byte array
Dim SourceLength As Integer 'of a base 0 array, so last byte is SourceLength - 1
Dim flag As Boolean
Private Sub Block_Comment(sOpBC As String, sClBC As String)
'inside a block comment, expecting close block comment delimeter
flag = False
Do While j < SourceLength - 2
Select Case s(j)
Case Asc(Left(sOpBC, 1))
If s(j + 1) = Asc(Right(sOpBC, 1)) Then
'open block NESTED comment delimeter found
j = j + 2
Block_Comment sOpBC, sClBC
End If
Case Asc(Left(sClBC, 1))
If s(j + 1) = Asc(Right(sClBC, 1)) Then
'close block comment delimeter found
flag = True
j = j + 2
Exit Do
End If
'just a lone star
Case Else
End Select
j = j + 1
Loop
If Not flag Then MsgBox "Error, missing close block comment delimeter"
End Sub
Private Sub String_Literal()
'inside as string literal, expecting double quote as delimeter
flag = False
Do While j < SourceLength - 2
If s(j) = Asc("""") Then
If s(j + 1) = Asc("""") Then
'found a double quote within a string literal
t = t + Chr(s(j))
j = j + 1
Else
'close string literal delimeter found
flag = True
t = t + Chr(s(j))
j = j + 1
Exit Do
End If
End If
t = t + Chr(s(j))
j = j + 1
Loop
If Not flag Then MsgBox "Error, missing closing string delimeter"
End Sub
Private Sub Other_Text(Optional sOpBC As String = "/*", Optional sClBC As String = "*/")
If Len(sOpBC) <> 2 Then
MsgBox "Error, open block comment delimeter must be 2" & _
" characters long, got " & Len(sOpBC) & " characters"
Exit Sub
End If
If Len(sClBC) <> 2 Then
MsgBox "Error, close block comment delimeter must be 2" & _
" characters long, got " & Len(sClBC) & " characters"
Exit Sub
End If
Do While j < SourceLength - 1
Select Case s(j)
Case Asc(""""):
t = t + Chr(s(j))
j = j + 1
String_Literal
Case Asc(Left(sOpBC, 1))
If s(j + 1) = Asc(Right(sOpBC, 1)) Then
'open block comment delimeter found
j = j + 2
Block_Comment sOpBC, sClBC
Else
t = t + Chr(s(j))
j = j + 1
End If
Case Else
t = t + Chr(s(j))
j = j + 1
End Select
Loop
If j = SourceLength - 1 Then t = t + Chr(s(j))
End Sub
Public Sub strip_block_comment()
Dim n As String
n = n & "/**" & vbCrLf
n = n & "* Some comments /*NESTED COMMENT*/" & vbCrLf
n = n & "* longer comments here that we can parse." & vbCrLf
n = n & "*" & vbCrLf
n = n & "* Rahoo" & vbCrLf
n = n & "*/" & vbCrLf
n = n & "mystring = ""This is the """"/*"""" open comment block mark.""" & vbCrLf
'VBA converts two double quotes in a row within a string literal to a single double quote
'see the output below. Quadruple double quotes become two double quotes within the string
'to represent a single double quote within a string.
n = n & "function subroutine() {" & vbCrLf
n = n & "a = /* inline comment */ b + c ;" & vbCrLf
n = n & "}" & vbCrLf
n = n & "/*/ <-- tricky /*NESTED*/ comments */" & vbCrLf
n = n & "" & vbCrLf
n = n & "/**" & vbCrLf
n = n & "* Another comment." & vbCrLf
n = n & "*/" & vbCrLf
n = n & "function something() {" & vbCrLf
n = n & "}"
s = StrConv(n, vbFromUnicode)
j = 0
t = ""
SourceLength = Len(n)
Other_Text 'The open and close delimeters for block comment are optional ;)
Debug.Print "Original text:"
Debug.Print String$(60, "-")
Debug.Print n & vbCrLf
Debug.Print "Text after deleting comment blocks, preserving string literals:"
Debug.Print String$(60, "-")
Debug.Print t
End Sub
|
VERSION 5.00
Begin VB.Form Form1
Caption = "Form1"
ClientHeight = 4905
ClientLeft = 60
ClientTop = 345
ClientWidth = 9240
LinkTopic = "Form1"
ScaleHeight = 4905
ScaleWidth = 9240
StartUpPosition = 3 'Windows Default
Begin VB.CommandButton Command8
Caption = "New Sink"
Height = 495
Left = 6720
TabIndex = 8
Top = 3720
Width = 1695
End
Begin VB.CommandButton Command7
Caption = "Null Sink"
Height = 495
Left = 4800
TabIndex = 7
Top = 3720
Width = 1575
End
Begin VB.CommandButton Command6
Caption = "Clear"
Height = 495
Left = 2520
TabIndex = 6
Top = 3720
Width = 1935
End
Begin VB.CommandButton Command5
Caption = "Add Operation"
Height = 495
Left = 360
TabIndex = 5
Top = 3720
Width = 1815
End
Begin VB.CommandButton Command4
Caption = "Reset"
Height = 495
Left = 3960
TabIndex = 4
Top = 480
Width = 1935
End
Begin VB.CommandButton Command3
Caption = "Disks"
Height = 495
Left = 2160
TabIndex = 3
Top = 480
Width = 1575
End
Begin VB.CommandButton Command2
Caption = "cancel"
Height = 375
Left = 6600
TabIndex = 2
Top = 480
Width = 1455
End
Begin VB.ListBox List1
Height = 2010
Left = 480
TabIndex = 1
Top = 1320
Width = 6495
End
Begin VB.CommandButton Command1
Caption = "Processes"
Height = 495
Left = 240
TabIndex = 0
Top = 480
Width = 1575
End
End
Attribute VB_Name = "Form1"
Attribute VB_GlobalNameSpace = False
Attribute VB_Creatable = False
Attribute VB_PredeclaredId = True
Attribute VB_Exposed = False
Dim WithEvents sink As SWbemSink
Attribute sink.VB_VarHelpID = -1
Dim locator As New SWbemLocator
Dim services As SWbemServices
Dim x As Integer
Private Declare Sub Sleep Lib "kernel32" (ByVal dwMilliseconds As Long)
Private Sub Command1_Click()
List1.Clear
Rem services.ExecNotificationQueryAsync sink, "select * from RegistryKeyChangeEvent where Hive=""Hkey_local_machine"" and Keypath=""System"""
services.InstancesOfAsync sink, "Win32_process"
End Sub
Private Sub Command2_Click()
On Error Resume Next
sink.Cancel
If Err.Number <> 0 Then
List1.AddItem ("Num: " & Err.Number & "Desc: " & Err.Description)
End If
End Sub
Private Sub Command3_Click()
List1.Clear
services.InstancesOfAsync sink, "Win32_logicaldisk"
End Sub
Private Sub Command4_Click()
List1.Clear
Set objs = services.ExecQuery("select * from Win32_process")
For Each obj In objs
List1.AddItem ("Got an object: " & obj.Path_.Path)
Next
End Sub
Private Sub Command5_Click()
services.ExecNotificationQueryAsync sink, "select * from __InstanceCreationEvent within 5 where TargetInstance ISA ""win32_process"""
End Sub
Private Sub Command6_Click()
List1.Clear
End Sub
Private Sub Command7_Click()
Set sink = Nothing
End Sub
Private Sub Command8_Click()
Set sink = New SWbemSink
End Sub
Private Sub Form_Load()
x = 0
Set sink = New SWbemSink
Rem Set services = locator.ConnectServer("rogerbo1", "root\default")
Set services = locator.ConnectServer("rogerbo2")
services.Security_.ImpersonationLevel = wbemImpersonationLevelImpersonate
End Sub
Private Sub sink_OnCompleted(ByVal iHResult As WbemScripting.WbemErrorEnum, ByVal objWbemErrorObject As WbemScripting.ISWbemObject, ByVal objWbemAsyncContext As WbemScripting.ISWbemNamedValueSet)
List1.AddItem ("OnCompleted: " & iHResult)
End Sub
Private Sub sink_OnObjectReady(ByVal objWbemObject As WbemScripting.ISWbemObject, ByVal objWbemAsyncContext As WbemScripting.ISWbemNamedValueSet)
List1.AddItem ("Got an object: " & objWbemObject.Path_.Path)
x = x + 1
Rem If (x = 5) Then
Rem Sleep (90000)
Rem End If
End Sub
|
<gh_stars>10-100
' The following sample retrieves the associators of an instance
' of the class Win32_LogicalDisk that are associated via the class
' Win32_LogicalDiskToPartition
Set objServices = GetObject("cim:root/cimv2")
Set objEnum = objServices.AssociatorsOf _
("Win32_LogicalDisk=""C:""", "Win32_LogicalDiskToPartition")
for each Instance in objEnum
WScript.Echo Instance.Path_.DisplayName
next
|
Attribute VB_Name = "DuplicateCode"
Option Explicit
Private Declare Function GetUserName Lib "advapi32.dll" Alias "GetUserNameA" (ByVal lpBuffer As String, nSize As Long) As Long
Public Sub PopulateCboWithSKUs( _
ByVal i_cbo As ComboBox, _
Optional ByVal blnListCollectiveSKUs As Boolean = False _
)
Dim intIndex As Long
Dim SKUs() As SKU_E
If (blnListCollectiveSKUs) Then
ReDim SKUs(11)
Else
ReDim SKUs(8)
End If
SKUs(0) = SKU_STANDARD_E
SKUs(1) = SKU_PROFESSIONAL_E
SKUs(2) = SKU_PROFESSIONAL_64_E
SKUs(3) = SKU_SERVER_E
SKUs(4) = SKU_ADVANCED_SERVER_E
SKUs(5) = SKU_DATA_CENTER_SERVER_E
SKUs(6) = SKU_ADVANCED_SERVER_64_E
SKUs(7) = SKU_DATA_CENTER_SERVER_64_E
SKUs(8) = SKU_WINDOWS_MILLENNIUM_E
If (blnListCollectiveSKUs) Then
SKUs(9) = SKU_DESKTOP_ALL_E
SKUs(10) = SKU_SERVER_ALL_E
SKUs(11) = SKU_ALL_E
End If
For intIndex = LBound(SKUs) To UBound(SKUs)
i_cbo.AddItem DisplayNameForSKU(SKUs(intIndex)), intIndex
i_cbo.ItemData(intIndex) = SKUs(intIndex)
Next
i_cbo.ListIndex = 0
End Sub
Public Function GetParameter( _
ByVal i_cnn As ADODB.Connection, _
ByVal i_strName As String _
) As Variant
Dim rs As ADODB.Recordset
Dim strQuery As String
Dim str As String
str = Trim$(i_strName)
GetParameter = Null
Set rs = New ADODB.Recordset
strQuery = "" & _
"SELECT * " & _
"FROM DBParameters " & _
"WHERE (Name = '" & str & "');"
rs.Open strQuery, i_cnn, adOpenForwardOnly, adLockReadOnly
If (Not rs.EOF) Then
GetParameter = rs("Value")
End If
End Function
Public Sub SetParameter( _
ByVal i_cnn As ADODB.Connection, _
ByVal i_strName As String, _
ByRef i_vntValue As Variant _
)
Dim rs As ADODB.Recordset
Dim strQuery As String
Dim str As String
str = Trim$(i_strName)
Set rs = New ADODB.Recordset
strQuery = "" & _
"SELECT * " & _
"FROM DBParameters " & _
"WHERE (Name = '" & str & "');"
rs.Open strQuery, i_cnn, adOpenForwardOnly, adLockPessimistic
If (rs.EOF) Then
rs.AddNew
rs("Name") = i_strName
End If
rs("Value") = i_vntValue
rs.Update
End Sub
Public Function GetUserName1() As String
Dim str As String
Dim intIndex As Long
str = Space$(100)
GetUserName str, 100
' Get rid of the terminating NULL char.
For intIndex = 1 To 100
If (Asc(Mid$(str, intIndex, 1)) = 0) Then
str = Left$(str, intIndex - 1)
Exit For
End If
Next
GetUserName1 = str
End Function
Public Sub FixOrderingNumbers( _
ByVal i_cnn As ADODB.Connection _
)
Dim rs As ADODB.Recordset
Dim strQuery As String
Dim intParentTID As Long
Dim intLastParentTID As Long
Dim intOrderUnderParent As Long
Set rs = New ADODB.Recordset
strQuery = "" & _
"SELECT * " & _
"FROM Taxonomy " & _
"ORDER BY ParentTID, OrderUnderParent"
rs.Open strQuery, i_cnn, adOpenForwardOnly, adLockPessimistic
intLastParentTID = INVALID_ID_C
Do While (Not rs.EOF)
intParentTID = rs("ParentTID")
If (intParentTID <> intLastParentTID) Then
intLastParentTID = intParentTID
intOrderUnderParent = 0
End If
If (rs("TID") <> ROOT_TID_C) Then
intOrderUnderParent = intOrderUnderParent + PREFERRED_ORDER_DELTA_C
rs("OrderUnderParent") = intOrderUnderParent
rs.Update
End If
rs.MoveNext
Loop
End Sub
Public Function GetKeywords( _
ByRef i_cnn As ADODB.Connection, _
ByRef i_DOMNode As MSXML2.IXMLDOMNode, _
ByRef u_dictKeywords As Scripting.Dictionary _
) As String
Dim DOMNode As MSXML2.IXMLDOMNode
Dim strKeyword As String
If (Not i_DOMNode.firstChild Is Nothing) Then
For Each DOMNode In i_DOMNode.childNodes
strKeyword = DOMNode.Text
If ((strKeyword <> "") And (DOMNode.baseName = HHT_KEYWORD_C)) Then
GetKeywords = GetKeywords & GetKID(i_cnn, strKeyword, u_dictKeywords) & " "
End If
Next
GetKeywords = FormatKeywordsForTaxonomy(GetKeywords)
End If
End Function
Public Function GetKID( _
ByRef i_cnn As ADODB.Connection, _
ByRef i_strKeyword As String, _
ByRef u_dictKeywords As Scripting.Dictionary _
) As String
Dim intKID As Long
If (u_dictKeywords.Exists(i_strKeyword)) Then
GetKID = u_dictKeywords(i_strKeyword)
Else
intKID = p_CreateKeyword(i_cnn, i_strKeyword)
If (intKID <> INVALID_ID_C) Then
u_dictKeywords.Add i_strKeyword, intKID
GetKID = intKID
End If
End If
End Function
Private Function p_CreateKeyword( _
ByRef i_cnn As ADODB.Connection, _
ByVal i_strKeyword As String _
) As Long
Dim rs As ADODB.Recordset
Dim strQuery As String
' Does an active Keyword exist with this name?
Set rs = New ADODB.Recordset
p_GetKeyword i_cnn, i_strKeyword, rs
If (Not rs.EOF) Then
p_CreateKeyword = rs("KID")
Exit Function
End If
rs.Close
' Create a new record in the database
strQuery = "" & _
"SELECT * " & _
"FROM Keywords "
rs.Open strQuery, i_cnn, adOpenStatic, adLockPessimistic
If (rs.RecordCount > 0) Then
rs.MoveLast
End If
rs.AddNew
rs("Keyword") = i_strKeyword
rs.Update
p_CreateKeyword = rs("KID")
End Function
Private Sub p_GetKeyword( _
ByRef i_cnn As ADODB.Connection, _
ByVal i_strKeyword As String, _
ByVal o_rs As ADODB.Recordset _
)
Dim strQuery As String
strQuery = "" & _
"SELECT * " & _
"FROM Keywords " & _
"WHERE (Keyword = """ & i_strKeyword & """ )"
o_rs.Open strQuery, i_cnn, adOpenForwardOnly, adLockReadOnly
End Sub
|
<filename>admin/pchealth/authtools/prodtools/applets/xpathtester/module1.bas
Attribute VB_Name = "Module1"
Public Declare Function QueryPerformanceCounter Lib "kernel32" (lpPerformanceCount As LARGE_INTEGER) As Long
Public Declare Function QueryPerformanceFrequency Lib "kernel32" (lpFrequency As LARGE_INTEGER) As Long
Public Type LARGE_INTEGER
lowpart As Long
highpart As Long
End Type
Public Function getSecondsDifference(tstStart As LARGE_INTEGER, tstEnd As LARGE_INTEGER) As Double
Dim liFreq As LARGE_INTEGER
Dim dResult As Double
Call QueryPerformanceFrequency(liFreq)
dResult = (tstEnd.highpart * 2 ^ 32 + tstEnd.lowpart) - (tstStart.highpart * 2 ^ 32 + tstStart.lowpart)
getSecondsDifference = dResult / (liFreq.highpart * 2 ^ 32 + liFreq.lowpart)
End Function
|
<reponame>LaudateCorpus1/RosettaCodeData
Sub Main() 'usage of the above
Const Text$ = "Given$a$text$file$of$many$lines,$where$fields$within$a$line$" & vbLf & _
"are$delineated$by$a$single$'dollar'$character,$write$a$program" & vbLf & _
"that$aligns$each$column$of$fields$by$ensuring$that$words$in$each$" & vbLf & _
"column$are$separated$by$at$least$one$space." & vbLf & _
"Further,$allow$for$each$word$in$a$column$to$be$either$left$" & vbLf & _
"justified,$right$justified,$or$center$justified$within$its$column."
Debug.Print vbLf; "-- Left:": AlignCols Split(Text, vbLf), vbLeftJustify
Debug.Print vbLf; "-- Center:": AlignCols Split(Text, vbLf), vbCenter
Debug.Print vbLf; "-- Right:": AlignCols Split(Text, vbLf), vbRightJustify
End Sub
|
VERSION 5.00
Object = "{6B7E6392-850A-101B-AFC0-4210102A8DA7}#1.1#0"; "COMCTL32.OCX"
Begin VB.Form Form1
Caption = "Form1"
ClientHeight = 6585
ClientLeft = 1080
ClientTop = 1440
ClientWidth = 8685
LinkTopic = "Form1"
PaletteMode = 1 'UseZOrder
ScaleHeight = 6585
ScaleWidth = 8685
Begin VB.CommandButton cmdPropTest
Caption = "Add Props"
Enabled = 0 'False
Height = 495
Left = 5040
TabIndex = 9
Top = 360
Visible = 0 'False
Width = 1215
End
Begin VB.CheckBox checkReadOnly
Caption = "Read Only"
Height = 495
Left = 6000
TabIndex = 8
Top = 1320
Width = 1215
End
Begin VB.CheckBox checkPrivate
Caption = "Private"
Height = 495
Left = 3480
TabIndex = 7
Top = 1320
Width = 1215
End
Begin ComctlLib.ListView PropView
Height = 4455
Left = 3480
TabIndex = 6
Top = 1920
Width = 4575
_ExtentX = 8070
_ExtentY = 7858
View = 3
LabelWrap = -1 'True
HideSelection = -1 'True
_Version = 327680
ForeColor = -2147483640
BackColor = -2147483643
BorderStyle = 1
Appearance = 1
NumItems = 2
BeginProperty ColumnHeader(1) {0713E8C7-850A-101B-AFC0-4210102A8DA7}
Key = ""
Object.Tag = ""
Text = "Name"
Object.Width = 2540
EndProperty
BeginProperty ColumnHeader(2) {0713E8C7-850A-101B-AFC0-4210102A8DA7}
SubItemIndex = 1
Key = ""
Object.Tag = ""
Text = "Value"
Object.Width = 2540
EndProperty
End
Begin ComctlLib.TreeView ClusTree
Height = 4935
Left = 240
TabIndex = 5
Top = 1440
Width = 2895
_ExtentX = 5106
_ExtentY = 8705
_Version = 327680
HideSelection = 0 'False
Indentation = 353
LabelEdit = 1
LineStyle = 1
Style = 6
Appearance = 1
End
Begin VB.CommandButton cmdTest
Caption = "&Test"
Height = 375
Left = 3240
TabIndex = 2
Top = 360
Width = 1215
End
Begin VB.TextBox txtServerName
Height = 285
Left = 1800
TabIndex = 1
Text = "stacyh1"
Top = 360
Width = 1215
End
Begin VB.Label lblQuorumResource
Caption = "txtQuorumResource"
Height = 255
Left = 1800
TabIndex = 4
Top = 840
Width = 1215
End
Begin VB.Label Label3
Caption = "Quorum Resource"
Height = 255
Left = 120
TabIndex = 3
Top = 840
Width = 1455
End
Begin VB.Label Label1
Caption = "Cluster Server"
Height = 255
Left = 120
TabIndex = 0
Top = 360
Width = 1215
End
End
Attribute VB_Name = "Form1"
Attribute VB_GlobalNameSpace = False
Attribute VB_Creatable = False
Attribute VB_PredeclaredId = True
Attribute VB_Exposed = False
Option Explicit
Dim oClusterApp As New MSClusterLib.Application
Dim oCluster As New Cluster
Private Sub checkPrivate_Click()
ClusTree_NodeClick ClusTree.SelectedItem
End Sub
Private Sub checkReadOnly_Click()
ClusTree_NodeClick ClusTree.SelectedItem
End Sub
Private Sub ClusTree_NodeClick(ByVal Node As ComctlLib.Node)
On Error GoTo error_exit
Select Case Node.Tag
Case "Node"
Dim oNode As ClusNode
Set oNode = oCluster.Nodes(Node.Key)
If checkReadOnly Then
If checkPrivate Then
ListProperties oNode.PrivateROProperties, PropView
Else
ListProperties oNode.CommonROProperties, PropView
End If
Else
If checkPrivate Then
ListProperties oNode.PrivateProperties, PropView
Else
ListProperties oNode.CommonProperties, PropView
End If
End If
Case "Group"
Dim oGroup As ClusResGroup
Set oGroup = oCluster.ResourceGroups(Node.Key)
If checkReadOnly Then
If checkPrivate Then
ListProperties oGroup.PrivateROProperties, PropView
Else
ListProperties oGroup.CommonROProperties, PropView
End If
Else
If checkPrivate Then
ListProperties oGroup.PrivateProperties, PropView
Else
ListProperties oGroup.CommonProperties, PropView
End If
End If
Case "Resource"
Dim res As ClusResource
Set res = oCluster.Resources(Node.Key)
If checkReadOnly Then
If checkPrivate Then
ListProperties res.PrivateROProperties, PropView
Else
ListProperties res.CommonROProperties, PropView
End If
Else
If checkPrivate Then
ListProperties res.PrivateProperties, PropView
Else
ListProperties res.CommonProperties, PropView
End If
End If
Case "Type"
Dim ResType As ClusResType
Set ResType = oCluster.ResourceTypes(Node.Text)
If checkReadOnly Then
If checkPrivate Then
ListProperties ResType.PrivateROProperties, PropView
Else
ListProperties ResType.CommonROProperties, PropView
End If
Else
If checkPrivate Then
ListProperties ResType.PrivateProperties, PropView
Else
ListProperties ResType.CommonProperties, PropView
End If
End If
Case Else
PropView.ListItems.Clear
End Select
Exit Sub
error_exit:
End Sub
Private Sub cmdPropTest_Click()
Dim oResource As ClusResource
Set oResource = oCluster.Resources("SomeApp")
oCluster.ResourceGroups.CreateItem "Fooey"
oCluster.ResourceGroups.CreateItem "Fooey"
'----------------------------------------
' Set some properties on the resource
'----------------------------------------
Dim Props As ClusProperties
Set Props = oResource.PrivateProperties
Props.Add "CommandLine", "c:\winnt\system32\notepad.exe"
Props.Add "CurrentDirectory", "c:\"
Props.Add "InteractWithDesktop", 1
oResource.PrivateProperties.SaveChanges
End Sub
Private Sub cmdTest_Click()
ClusTree.Nodes.Clear
ListTheClusters oClusterApp, ClusTree
'Open the cluster specified
oCluster.Open txtServerName.Text
'Display quorum resource name
Dim oResource As ClusResource
Set oResource = oCluster.QuorumResource
lblQuorumResource = oResource.Name
'Display nodes
ListTheNodes oCluster, ClusTree
'Display the resource types
ListTheResourceTypes oCluster, ClusTree
End Sub
|
<reponame>LaudateCorpus1/RosettaCodeData
MsgBox("Goodbye, World!")
|
<gh_stars>10-100
' Windows Installer utility to manage installer policy settings
' For use with Windows Scripting Host, CScript.exe or WScript.exe
' Copyright (c) Microsoft Corporation. All rights reserved.
' Demonstrates the use of the installer policy keys
' Policy can be configured by an administrator using the NT Group Policy Editor
'
Option Explicit
Dim policies(21, 4)
policies(1, 0)="LM" : policies(1, 1)="HKLM" : policies(1, 2)="Logging" : policies(1, 3)="REG_SZ" : policies(1, 4) = "Logging modes if not supplied by install, set of iwearucmpv"
policies(2, 0)="DO" : policies(2, 1)="HKLM" : policies(2, 2)="Debug" : policies(2, 3)="REG_DWORD" : policies(2, 4) = "OutputDebugString: 1=debug output, 2=verbose debug output, 7=include command line"
policies(3, 0)="DI" : policies(3, 1)="HKLM" : policies(3, 2)="DisableMsi" : policies(3, 3)="REG_DWORD" : policies(3, 4) = "1=Disable non-managed installs, 2=disable all installs"
policies(4, 0)="WT" : policies(4, 1)="HKLM" : policies(4, 2)="Timeout" : policies(4, 3)="REG_DWORD" : policies(4, 4) = "Wait timeout in seconds in case of no activity"
policies(5, 0)="DB" : policies(5, 1)="HKLM" : policies(5, 2)="DisableBrowse" : policies(5, 3)="REG_DWORD" : policies(5, 4) = "Disable user browsing of source locations if 1"
policies(6, 0)="AB" : policies(6, 1)="HKLM" : policies(6, 2)="AllowLockdownBrowse" : policies(6, 3)="REG_DWORD" : policies(6, 4) = "Allow non-admin users to browse to new sources for managed applications if 1 - use is not recommended"
policies(7, 0)="AM" : policies(7, 1)="HKLM" : policies(7, 2)="AllowLockdownMedia" : policies(7, 3)="REG_DWORD" : policies(7, 4) = "Allow non-admin users to browse to new media sources for managed applications if 1 - use is not recommended"
policies(8, 0)="AP" : policies(8, 1)="HKLM" : policies(8, 2)="AllowLockdownPatch" : policies(8, 3)="REG_DWORD" : policies(8, 4) = "Allow non-admin users to apply small and minor update patches to managed applications if 1 - use is not recommended"
policies(9, 0)="DU" : policies(9, 1)="HKLM" : policies(9, 2)="DisableUserInstalls" : policies(9, 3)="REG_DWORD" : policies(9, 4) = "Disable per-user installs if 1 - available on Windows Installer version 2.0 and later"
policies(10, 0)="DP" : policies(10, 1)="HKLM" : policies(10, 2)="DisablePatch" : policies(10, 3)="REG_DWORD" : policies(10, 4) = "Disable patch application to all products if 1"
policies(11, 0)="UC" : policies(11, 1)="HKLM" : policies(11, 2)="EnableUserControl" : policies(11, 3)="REG_DWORD" : policies(11, 4) = "All public properties sent to install service if 1"
policies(12, 0)="ER" : policies(12, 1)="HKLM" : policies(12, 2)="EnableAdminTSRemote" : policies(12, 3)="REG_DWORD" : policies(12, 4) = "Allow admins to perform installs from terminal server client sessions if 1"
policies(13, 0)="LS" : policies(13, 1)="HKLM" : policies(13, 2)="LimitSystemRestoreCheckpointing" : policies(13, 3)="REG_DWORD" : policies(13, 4) = "Turn off creation of system restore check points on Windows XP if 1 - available on Windows Installer version 2.0 and later"
policies(14, 0)="SS" : policies(14, 1)="HKLM" : policies(14, 2)="SafeForScripting" : policies(14, 3)="REG_DWORD" : policies(14, 4) = "Do not prompt when scripts within a webpage access Installer automation interface if 1 - use is not recommended"
policies(15, 0)="TP" : policies(15,1)="HKLM" : policies(15, 2)="TransformsSecure" : policies(15, 3)="REG_DWORD" : policies(15, 4) = "Pin tranforms in secure location if 1 (only admin and system have write privileges to cache location)"
policies(16, 0)="EM" : policies(16, 1)="HKLM" : policies(16, 2)="AlwaysInstallElevated": policies(16, 3)="REG_DWORD" : policies(16, 4) = "System privileges if 1 and HKCU value also set - dangerous policy as non-admin users can install with elevated privileges if enabled"
policies(17, 0)="EU" : policies(17, 1)="HKCU" : policies(17, 2)="AlwaysInstallElevated": policies(17, 3)="REG_DWORD" : policies(17, 4) = "System privileges if 1 and HKLM value also set - dangerous policy as non-admin users can install with elevated privileges if enabled"
policies(18,0)="DR" : policies(18,1)="HKCU" : policies(18,2)="DisableRollback" : policies(18,3)="REG_DWORD" : policies(18,4) = "Disable rollback if 1 - use is not recommended"
policies(19,0)="TS" : policies(19,1)="HKCU" : policies(19,2)="TransformsAtSource" : policies(19,3)="REG_DWORD" : policies(19,4) = "Locate transforms at root of source image if 1"
policies(20,0)="SO" : policies(20,1)="HKCU" : policies(20,2)="SearchOrder" : policies(20,3)="REG_SZ" : policies(20,4) = "Search order of source types, set of n,m,u (default=nmu)"
policies(21,0)="DM" : policies(21,1)="HKCU" : policies(21,2)="DisableMedia" : policies(21,3)="REG_DWORD" : policies(21,4) = "Browsing to media sources is disabled"
Dim argCount:argCount = Wscript.Arguments.Count
Dim message, iPolicy, policyKey, policyValue, WshShell, policyCode
On Error Resume Next
' If no arguments supplied, then list all current policy settings
If argCount = 0 Then
Set WshShell = WScript.CreateObject("WScript.Shell") : CheckError
For iPolicy = 0 To UBound(policies)
policyValue = ReadPolicyValue(iPolicy)
If Not IsEmpty(policyValue) Then 'policy key present, else skip display
If Not IsEmpty(message) Then message = message & vbLf
message = message & policies(iPolicy,0) & ": " & policies(iPolicy,2) & "(" & policies(iPolicy,1) & ") = " & policyValue
End If
Next
If IsEmpty(message) Then message = "No installer policies set"
Wscript.Echo message
Wscript.Quit 0
End If
' Check for ?, and show help message if found
policyCode = UCase(Wscript.Arguments(0))
If InStr(1, policyCode, "?", vbTextCompare) <> 0 Then
message = "Windows Installer utility to manage installer policy settings" &_
vbLf & " If no arguments are supplied, current policy settings in list will be reported" &_
vbLf & " The 1st argument specifies the policy to set, using a code from the list below" &_
vbLf & " The 2nd argument specifies the new policy setting, use """" to remove the policy" &_
vbLf & " If the 2nd argument is not supplied, the current policy value will be reported"
For iPolicy = 0 To UBound(policies)
message = message & vbLf & policies(iPolicy,0) & ": " & policies(iPolicy,2) & "(" & policies(iPolicy,1) & ") " & policies(iPolicy,4) & vbLf
Next
message = message & vblf & vblf & "Copyright (C) Microsoft Corporation. All rights reserved."
Wscript.Echo message
Wscript.Quit 1
End If
' Policy code supplied, look up in array
For iPolicy = 0 To UBound(policies)
If policies(iPolicy, 0) = policyCode Then Exit For
Next
If iPolicy > UBound(policies) Then Wscript.Echo "Unknown policy code: " & policyCode : Wscript.Quit 2
Set WshShell = WScript.CreateObject("WScript.Shell") : CheckError
' If no value supplied, then simply report current value
policyValue = ReadPolicyValue(iPolicy)
If IsEmpty(policyValue) Then policyValue = "Not present"
message = policies(iPolicy,0) & ": " & policies(iPolicy,2) & "(" & policies(iPolicy,1) & ") = " & policyValue
If argCount > 1 Then ' Value supplied, set policy
policyValue = WritePolicyValue(iPolicy, Wscript.Arguments(1))
If IsEmpty(policyValue) Then policyValue = "Not present"
message = message & " --> " & policyValue
End If
Wscript.Echo message
Function ReadPolicyValue(iPolicy)
On Error Resume Next
Dim policyKey:policyKey = policies(iPolicy,1) & "\Software\Policies\Microsoft\Windows\Installer\" & policies(iPolicy,2)
ReadPolicyValue = WshShell.RegRead(policyKey)
End Function
Function WritePolicyValue(iPolicy, policyValue)
On Error Resume Next
Dim policyKey:policyKey = policies(iPolicy,1) & "\Software\Policies\Microsoft\Windows\Installer\" & policies(iPolicy,2)
If Len(policyValue) Then
WshShell.RegWrite policyKey, policyValue, policies(iPolicy,3) : CheckError
WritePolicyValue = policyValue
ElseIf Not IsEmpty(ReadPolicyValue(iPolicy)) Then
WshShell.RegDelete policyKey : CheckError
End If
End Function
Sub CheckError
Dim message, errRec
If Err = 0 Then Exit Sub
message = Err.Source & " " & Hex(Err) & ": " & Err.Description
If Not installer Is Nothing Then
Set errRec = installer.LastErrorRecord
If Not errRec Is Nothing Then message = message & vbLf & errRec.FormatText
End If
Wscript.Echo message
Wscript.Quit 2
End Sub
|
<reponame>npocmaka/Windows-Server-2003
set disk = GetObject ("winmgmts:win32_logicaldisk='C:'")
for i = 1 to 100000
WScript.Echo Disk.FreeSpace
disk.Refresh_
next
|
<gh_stars>10-100
'
' Copyright (c) 1997-1999 Microsoft Corporation
'
' This script lists the ADSI path to the user objects
' that a given group contains
' This is a routine that prints the users in a group
Sub FindGroupMembership ( objService , theGroup )
On Error Resume Next
Dim objInstance
Dim objEnumerator
Dim groupFound
groupFound = 0
' Enumerate the Group
Set objEnumerator = objService.InstancesOf ( "ds_group" )
If Err = 0 Then
' Go thru the groups looking for the correct one
For Each objInstance In objEnumerator
Dim propertyEnumerator
Set propertyEnumerator = objInstance.Properties_
If propertyEnumerator("DS_sAMAccountName") = theGroup Then
groupFound = 1
Wscript.Echo "Group: " + propertyEnumerator.Item("DS_sAMAccountName") + " has users:"
For x = LBound(propertyEnumerator("DS_member")) To UBound(propertyEnumerator("DS_member"))
Wscript.Echo propertyEnumerator("DS_member")(x)
Next
End If
Next
Else
WScript.Echo "Err = " + Err.Number + " " + Err.Description
End If
If( groupFound = 0) Then
Wscript.Echo "Group not found: " + theGroup
End If
End Sub
' Start of script
' Create a locator and connect to the namespace where the DS Provider operates
Dim objLocator
Set objLocator = CreateObject("WbemScripting.SWbemLocator")
Dim objService
Set objService = objLocator.ConnectServer(".", "root\directory\LDAP")
' Set the impersonation level
objService.Security_.ImpersonationLevel = 3
' The first argument should be the group
Set objArgs = Wscript.Arguments
If objArgs.Count <> 0 Then
FindGroupMembership objService , objArgs(0)
Else
Wscript.Echo "Usage: groupContains <group>"
End If
|
Function IsPrime(n)
If n = 2 Then
IsPrime = True
ElseIf n <= 1 Or n Mod 2 = 0 Then
IsPrime = False
Else
IsPrime = True
For i = 3 To Int(Sqr(n)) Step 2
If n Mod i = 0 Then
IsPrime = False
Exit For
End If
Next
End If
End Function
For n = 1 To 50
If IsPrime(n) Then
WScript.StdOut.Write n & " "
End If
Next
|
<filename>inetsrv/iis/svcs/nntp/adminsso/scripts/rserver.vbs
REM
REM LOCALIZATION
REM
L_SWITCH_OPERATION = "-t"
L_SWITCH_SERVER = "-s"
L_SWITCH_INSTANCE_ID = "-v"
L_SWITCH_CL_POSTS = "-c"
L_SWITCH_CL_SOFT = "-l"
L_SWITCH_CL_HARD = "-h"
L_SWITCH_FD_POSTS = "-f"
L_SWITCH_FD_SOFT = "-i"
L_SWITCH_FD_HARD = "-j"
L_SWITCH_SMTP_SERVER = "-m"
L_SWITCH_MODERATOR_DOMAIN = "-d"
L_SWITCH_UUCP_NAME = "-u"
L_SWITCH_CTRL_MSGS = "-x"
L_SWITCH_NNTPFILE = "-n"
L_SWITCH_ADMIN_EMAIL = "-a"
L_SWITCH_PICKUP = "-p"
L_SWITCH_FAILED_PICKUP = "-q"
L_SWITCH_DROP = "-e"
L_SWITCH_NEWNEWS = "-b"
L_SWITCH_HONOR_MSGIDS = "-r"
L_SWITCH_PORT = "-o"
L_OP_GET = "g"
L_OP_SET = "s"
L_OP_CREATE = "c"
L_OP_DELETE = "d"
L_DESC_PROGRAM = "rserver - Manipulate NNTP virtual servers"
L_DESC_GET = "Get NNTP virtual server properties"
L_DESC_SET = "Set NNTP virtual server properties"
L_DESC_CREATE = "Create a new NNTP virtual server"
L_DESC_DELETE = "Delete an NNTP virtual server"
L_DESC_OPERATIONS = "<operations>"
L_DESC_SERVER = "<server> Specify computer to configure"
L_DESC_INSTANCE_ID = "<virtual server id> Specify virtual server id"
L_DESC_CL_POSTS = "<true/false> Allow client posts"
L_DESC_CL_SOFT = "soft client post limit in bytes"
L_DESC_CL_HARD = "hard client post limit in bytes"
L_DESC_FD_POSTS = "<true/false> Allow feed posts"
L_DESC_FD_SOFT = "soft feed post limit in bytes"
L_DESC_FD_HARD = "hard feed post limit in bytes"
L_DESC_SMTP_SERVER = "SMTP address for moderated posts"
L_DESC_MODERATOR_DOMAIN = "Domain name for default moderators"
L_DESC_UUCP_NAME = "UUCP name of this server"
L_DESC_CTRL_MSGS = "<true/false> Process control messages"
L_DESC_NNTPFILE = "Internal Nntp server files location"
L_DESC_ADMIN_EMAIL = "Administrator email account"
L_DESC_PICKUP = "Pickup directory"
L_DESC_FAILED_PICKUP = "Failed pickup directory"
L_DESC_DROP = "Drop directory"
L_DESC_NEWNEWS = "<true/false> Disable NEWNEWS command"
L_DESC_HONOR_MSGIDS = "<true/false> Honor client msg IDs"
L_DESC_PORT = "TCP Port for client connections"
L_DESC_EXAMPLES = "Examples:"
L_DESC_EXAMPLE1 = "rserver.vbs -t g -v 1"
L_DESC_EXAMPLE2 = "rserver.vbs -t s -v 1 -c true -l 1000000 -a <EMAIL>"
L_DESC_EXAMPLE3 = "rserver.vbs -t d -v 3"
L_DESC_EXAMPLE4 = "rserver.vbs -t c -v 2 -n c:\news_content"
L_STR_SERVER_ID = "Virtual server ID:"
L_STR_CL_POSTS = "Allow client posting?"
L_STR_CL_SOFT = "Client soft posting limit:"
L_STR_CL_HARD = "Client hard posting limit:"
L_STR_FD_POSTS = "Allow feed posting?"
L_STR_FD_SOFT = "Feed soft posting limit:"
L_STR_FD_HARD = "Feed hard posting limit:"
L_STR_SMTP_SERVER = "Smtp server:"
L_STR_MODERATOR_DOMAIN = "Default moderator domain:"
L_STR_UUCP_NAME = "UUCP name:"
L_STR_CTRL_MSGS = "Process control messages?"
L_STR_NNTPFILE = "Nntp file location:"
L_STR_ADMIN_EMAIL = "Administrator email address:"
L_STR_PICKUP = "Pickup directory:"
L_STR_FAILED_PICKUP = "Failed pickup directory:"
L_STR_DROP = "Drop directory:"
L_STR_NEWNEWS = "Disable NEWNEWS command?"
L_STR_HONOR_MSGIDS = "Honor client message IDs?"
L_STR_PORT = "TCP Port:"
L_STR_CREATED_VS = "Successfully created the following virtual server:"
L_ERR_INVALID_INSTANCE_ID = "Invalid instance identifier."
L_ERR_CANT_DELETE_INSTANCE_ONE = "You can't delete the default virtual server."
L_ERR_MUST_SPECIFY_NNTPFILE = "You must specify the nntp file location."
L_ERR_INVALID_PORT = "Invalid port number."
REM
REM END LOCALIZATION
REM
REM
REM --- Globals ---
REM
dim g_dictParms
dim g_admin
set g_dictParms = CreateObject ( "Scripting.Dictionary" )
REM
REM --- Set argument defaults ---
REM
g_dictParms(L_SWITCH_OPERATION) = ""
g_dictParms(L_SWITCH_SERVER) = "localhost"
g_dictParms(L_SWITCH_INSTANCE_ID) = "1"
g_dictParms(L_SWITCH_CL_POSTS) = ""
g_dictParms(L_SWITCH_CL_SOFT) = ""
g_dictParms(L_SWITCH_CL_HARD) = ""
g_dictParms(L_SWITCH_FD_POSTS) = ""
g_dictParms(L_SWITCH_FD_SOFT) = ""
g_dictParms(L_SWITCH_FD_HARD) = ""
g_dictParms(L_SWITCH_SMTP_SERVER) = ""
g_dictParms(L_SWITCH_MODERATOR_DOMAIN) = ""
g_dictParms(L_SWITCH_UUCP_NAME) = ""
g_dictParms(L_SWITCH_CTRL_MSGS) = ""
g_dictParms(L_SWITCH_NNTPFILE) = ""
g_dictParms(L_SWITCH_ADMIN_EMAIL) = ""
g_dictParms(L_SWITCH_PICKUP) = ""
g_dictParms(L_SWITCH_FAILED_PICKUP) = ""
g_dictParms(L_SWITCH_DROP) = ""
g_dictParms(L_SWITCH_NEWNEWS) = ""
g_dictParms(L_SWITCH_HONOR_MSGIDS) = ""
g_dictParms(L_SWITCH_PORT) = ""
REM
REM --- Begin Main Program ---
REM
if NOT ParseCommandLine ( g_dictParms, WScript.Arguments ) then
usage
WScript.Quit ( 0 )
end if
REM
REM Debug: print out command line arguments:
REM
REM switches = g_dictParms.keys
REM args = g_dictParms.items
REM
REM
REM for i = 0 to g_dictParms.Count - 1
REM WScript.echo switches(i) & " = " & args(i)
REM next
REM
server = g_dictParms(L_SWITCH_SERVER)
instance = g_dictParms(L_SWITCH_INSTANCE_ID)
if NOT IsNumeric (instance) then
WScript.Echo L_ERR_INVALID_INSTANCE_ID
WScript.Quit 0
end if
select case g_dictParms(L_SWITCH_OPERATION)
case L_OP_GET
On Error Resume Next
set g_admin = CreateAdsiObject ( server, instance )
if ( Err.Number <> 0 ) then
Wscript.echo Err.Number
WScript.echo "Error Getting Instance"
else
PrintVirtualServer g_admin
end if
case L_OP_SET
On Error Resume Next
set g_admin = CreateAdsiObject ( server, instance )
if ( Err.Number <> 0 ) then
Wscript.echo Err.Number
WScript.echo "Error Setting Instance"
else
SetProperties ( g_admin )
end if
On Error Resume Next
g_admin.SetInfo
if ( Err.Number <> 0 ) then
WScript.echo " Error Setting Info: " & Err.Description & "(" & Err.Number & ")"
else
PrintVirtualServer g_admin
end if
On Error Resume Next
g_admin.GetInfo
if ( Err.Number <> 0 ) then
WScript.echo " Error Getting Info: " & Err.Description & "(" & Err.Number & ")"
else
PrintVirtualServer g_admin
end if
case L_OP_CREATE
dim strNntpFile
strNntpFile = g_dictParms ( L_SWITCH_NNTPFILE )
if strNntpFile = "" then
WScript.Echo L_ERR_MUST_SPECIFY_NNTPFILE
WScript.Quit 0
end if
set g_admin = CreateAdsiObject ( server, "" )
On Error Resume Next
set newinst = g_admin.Create ( "IIsNntpServer", instance )
if ( Err.Number <> 0 ) then
Wscript.echo Err.Number
WScript.echo "Error Setting New Instance"
else
PrintVirtualServer g_admin
newinst.Put "ServerBindings", ":119:"
newinst.Put "NewsPickupDirectory", strNntpFile & "\Pickup"
newinst.Put "NewsFailedPickupDirectory", strNntpFile & "\FailedPickup"
newinst.Put "NewsDropDirectory", strNntpFile & "\Drop"
SetProperties ( newinst )
newinst.SetInfo
set newvroot = newinst.Create ( "IIsNntpVirtualDir", "Root" )
newvroot.SetInfo
newvroot.Put "Path", strNntpFile & "\root"
newvroot.Put "AccessFlags", 3
newvroot.SetInfo
WScript.Echo L_STR_CREATED_VS
PrintVirtualServer newinst
end if
case L_OP_DELETE
set g_admin = CreateAdsiObject ( server, "" )
if instance = 1 then
WScript.Echo L_ERR_CANT_DELETE_INSTANCE_ONE
WScript.Quit 0
end if
On Error Resume Next
g_admin.Delete "IIsNntpServer", instance
if ( Err.Number <> 0 ) then
WScript.echo " Error Deleting Info: " & Err.Description & "(" & Err.Number & ")"
else
PrintVirtualServer g_admin
end if
case else
usage
end select
WScript.Quit 0
REM
REM --- End Main Program ---
REM
REM
REM ParseCommandLine ( dictParameters, cmdline )
REM Parses the command line parameters into the given dictionary
REM
REM Arguments:
REM dictParameters - A dictionary containing the global parameters
REM cmdline - Collection of command line arguments
REM
REM Returns - Success code
REM
Function ParseCommandLine ( dictParameters, cmdline )
dim fRet
dim cArgs
dim i
dim strSwitch
dim strArgument
fRet = TRUE
cArgs = cmdline.Count
i = 0
do while (i < cArgs)
REM
REM Parse the switch and its argument
REM
if i + 1 >= cArgs then
REM
REM Not enough command line arguments - Fail
REM
fRet = FALSE
exit do
end if
strSwitch = cmdline(i)
i = i + 1
strArgument = cmdline(i)
i = i + 1
REM
REM Add the switch,argument pair to the dictionary
REM
if NOT dictParameters.Exists ( strSwitch ) then
REM
REM Bad switch - Fail
REM
fRet = FALSE
exit do
end if
dictParameters(strSwitch) = strArgument
loop
ParseCommandLine = fRet
end function
REM
REM Usage ()
REM prints out the description of the command line arguments
REM
Sub Usage
WScript.Echo L_DESC_PROGRAM
WScript.Echo vbTab & L_SWITCH_OPERATION & " " & L_DESC_OPERATIONS
WScript.Echo vbTab & vbTab & L_OP_GET & vbTab & L_DESC_GET
WScript.Echo vbTab & vbTab & L_OP_SET & vbTab & L_DESC_SET
WScript.Echo vbTab & vbTab & L_OP_CREATE & vbTab & L_DESC_CREATE
WScript.Echo vbTab & vbTab & L_OP_DELETE & vbTab & L_DESC_DELETE
WScript.Echo vbTab & L_SWITCH_SERVER & " " & L_DESC_SERVER
WScript.Echo vbTab & L_SWITCH_INSTANCE_ID & " " & L_DESC_INSTANCE_ID
WScript.Echo vbTab & L_SWITCH_CL_POSTS & " " & L_DESC_CL_POSTS
WScript.Echo vbTab & L_SWITCH_CL_SOFT & " " & L_DESC_CL_SOFT
WScript.Echo vbTab & L_SWITCH_CL_HARD & " " & L_DESC_CL_HARD
WScript.Echo vbTab & L_SWITCH_FD_POSTS & " " & L_DESC_FD_POSTS
WScript.Echo vbTab & L_SWITCH_FD_SOFT & " " & L_DESC_FD_SOFT
WScript.Echo vbTab & L_SWITCH_FD_HARD & " " & L_DESC_FD_HARD
WScript.Echo vbTab & L_SWITCH_SMTP_SERVER & " " & L_DESC_SMTP_SERVER
WScript.Echo vbTab & L_SWITCH_MODERATOR_DOMAIN & " " & L_DESC_MODERATOR_DOMAIN
WScript.Echo vbTab & L_SWITCH_UUCP_NAME & " " & L_DESC_UUCP_NAME
WScript.Echo vbTab & L_SWITCH_CTRL_MSGS & " " & L_DESC_CTRL_MSGS
WScript.Echo vbTab & L_SWITCH_NNTPFILE & " " & L_DESC_NNTPFILE
WScript.Echo vbTab & L_SWITCH_ADMIN_EMAIL & " " & L_DESC_ADMIN_EMAIL
WScript.Echo vbTab & L_SWITCH_PICKUP & " " & L_DESC_PICKUP
WScript.Echo vbTab & L_SWITCH_FAILED_PICKUP & " " & L_DESC_FAILED_PICKUP
WScript.Echo vbTab & L_SWITCH_DROP & " " & L_DESC_DROP
WScript.Echo vbTab & L_SWITCH_NEWNEWS & " " & L_DESC_NEWNEWS
WScript.Echo vbTab & L_SWITCH_HONOR_MSGIDS & " " & L_DESC_HONOR_MSGIDS
WScript.Echo vbTab & L_SWITCH_PORT & " " & L_DESC_PORT
WScript.Echo
WScript.Echo L_DESC_EXAMPLES
WScript.Echo L_DESC_EXAMPLE1
WScript.Echo L_DESC_EXAMPLE2
WScript.Echo L_DESC_EXAMPLE3
end sub
Sub PrintVirtualServer ( admobj )
dim strNntpFile
strNntpFile = admobj.Get ( "ArticleTableFile" )
WScript.Echo L_STR_SERVER_ID & " " & admobj.Name
WScript.Echo L_STR_CL_POSTS & " " & admobj.Get ( "AllowClientPosts" )
WScript.Echo L_STR_CL_SOFT & " " & admobj.Get ( "ClientPostSoftLimit" )
WScript.Echo L_STR_CL_HARD & " " & admobj.Get ( "ClientPostHardLimit" )
WScript.Echo L_STR_FD_POSTS & " " & admobj.Get ( "AllowFeedPosts" )
WScript.Echo L_STR_FD_SOFT & " " & admobj.Get ( "FeedPostSoftLimit" )
WScript.Echo L_STR_FD_HARD & " " & admobj.Get ( "FeedPostHardLimit" )
WScript.Echo L_STR_SMTP_SERVER & " " & admobj.Get ( "SmtpServer" )
WScript.Echo L_STR_MODERATOR_DOMAIN & " " & admobj.Get ( "DefaultModeratorDomain" )
WScript.Echo L_STR_UUCP_NAME & " " & admobj.Get ( "NntpUucpName" )
WScript.Echo L_STR_CTRL_MSGS & " " & admobj.Get ( "AllowControlMsgs" )
WScript.Echo L_STR_ADMIN_EMAIL & " " & admobj.Get ( "AdminEmail" )
WScript.Echo L_STR_PICKUP & " " & admobj.Get ( "NewsPickupDirectory" )
WScript.Echo L_STR_FAILED_PICKUP & " " & admobj.Get ( "NewsFailedPickupDirectory" )
WScript.Echo L_STR_DROP & " " & admobj.Get ( "NewsDropDirectory" )
WScript.Echo L_STR_NEWNEWS & " " & admobj.Get ( "DisableNewnews" )
WScript.Echo L_STR_HONOR_MSGIDS & " " & admobj.Get ( "HonorClientMsgIds" )
WScript.Echo L_STR_NNTPFILE & " " & StripFileNameFromPath ( strNntpFile )
WScript.Echo L_STR_PORT & " " & ExtractPortFromBinding ( admobj.Get ( "ServerBindings") ( 0 ) )
end sub
Sub SetProperties ( admobj )
SetProp admobj, g_dictParms(L_SWITCH_CL_POSTS), "AllowClientPosts", TRUE
SetProp admobj, g_dictParms(L_SWITCH_CL_SOFT), "ClientPostSoftLimit", FALSE
SetProp admobj, g_dictParms(L_SWITCH_CL_HARD), "ClientPostHardLimit", FALSE
SetProp admobj, g_dictParms(L_SWITCH_FD_POSTS), "AllowFeedPosts", TRUE
SetProp admobj, g_dictParms(L_SWITCH_FD_SOFT), "FeedPostSoftLimit", FALSE
SetProp admobj, g_dictParms(L_SWITCH_FD_HARD), "FeedPostHardLimit", FALSE
SetProp admobj, g_dictParms(L_SWITCH_SMTP_SERVER), "SmtpServer", FALSE
SetProp admobj, g_dictParms(L_SWITCH_MODERATOR_DOMAIN), "DefaultModeratorDomain", FALSE
SetProp admobj, g_dictParms(L_SWITCH_UUCP_NAME), "NntpUucpName", FALSE
SetProp admobj, g_dictParms(L_SWITCH_CTRL_MSGS), "AllowControlMsgs", TRUE
SetProp admobj, g_dictParms(L_SWITCH_ADMIN_EMAIL), "AdminEmail", FALSE
SetProp admobj, g_dictParms(L_SWITCH_PICKUP), "NewsPickupDirectory", FALSE
SetProp admobj, g_dictParms(L_SWITCH_FAILED_PICKUP), "NewsFailedPickupDirectory", FALSE
SetProp admobj, g_dictParms(L_SWITCH_DROP), "NewsDropDirectory", FALSE
SetProp admobj, g_dictParms(L_SWITCH_NEWNEWS), "DisableNewnews", TRUE
SetProp admobj, g_dictParms(L_SWITCH_HONOR_MSGIDS), "HonorClientMsgIds", TRUE
dim port
dim bindings
dim IpAddress
port = g_dictParms(L_SWITCH_PORT)
if port <> "" then
if NOT IsNumeric ( port ) then
WScript.Echo L_ERR_INVALID_PORT
WScript.Quit 0
end if
bindings = admobj.GetEx ( "ServerBindings" )
if IsEmpty ( bindings ) then
bindings = Array ( "" )
IpAddress = ""
else
IpAddress = ExtractIpAddressFromBinding ( bindings(0) )
end if
bindings(0) = IpAddress & ":" & port & ":"
admobj.PutEx 2, "ServerBindings", bindings
end if
dim strNntpFile
strNntpFile = g_dictParms ( L_SWITCH_NNTPFILE )
if strNntpFile <> "" then
SetProp admobj, strNntpFile & "\descrip.txt", "GroupHelpFile", FALSE
SetProp admobj, strNntpFile & "\group.lst", "GroupListFile", FALSE
SetProp admobj, strNntpFile & "\article.hsh", "ArticleTableFile", FALSE
SetProp admobj, strNntpFile & "\history.hsh", "HistoryTableFile", FALSE
SetProp admobj, strNntpFile & "\moderatr.txt", "ModeratorFile", FALSE
SetProp admobj, strNntpFile & "\xover.hsh", "XoverTableFile", FALSE
SetProp admobj, strNntpFile & "\prettynm.txt", "PrettyNamesFile", FALSE
end if
end sub
sub SetProp ( admobj, value, prop, isbool )
REM
REM Debug code: print out the setting of values:
REM
REM WScript.Echo "Setting " & prop & " = " & value
REM
if value <> "" then
if isbool then
admobj.Put prop, CBool (value)
else
admobj.Put prop, (value)
end if
end if
end sub
Function CreateAdsiObject ( strMachine, dwInstance )
dim strObject
dim obj
if dwInstance <> "" then
strObject = "IIS://" & strMachine & "/NntpSvc/" & dwInstance
else
strObject = "IIS://" & strMachine & "/NntpSvc"
end if
On Error Resume Next
set CreateAdsiObject = GetObject ( strObject )
if ( Err.Number <> 0 ) then
WScript.echo " Error Getting Info: " & Err.Description & "(" & Err.Number & ")"
else
REM PrintVirtualServer g_admin
end if
end function
Function StripFileNameFromPath ( strPath )
dim i
i = InStrRev ( strPath, "\" )
StripFileNameFromPath = Left ( strPath, i - 1 )
end function
Function ExtractPortFromBinding ( strBinding )
dim SplitArray
SplitArray = split ( strBinding, ":" )
ExtractPortFromBinding = SplitArray ( 1 )
end function
Function ExtractIpAddressFromBinding ( strBinding )
dim SplitArray
SplitArray = split ( strBinding, ":" )
ExtractIpAddressFromBinding = SplitArray ( 0 )
end function
|
Option Base 1
Public Enum sett
name_ = 1
initState
endState
blank
rules
End Enum
Public incrementer As Variant, threeStateBB As Variant, fiveStateBB As Variant
'-- Machine definitions
Private Sub init()
incrementer = Array("Simple incrementer", _
"q0", _
"qf", _
"B", _
Array( _
Array("q0", "1", "1", "right", "q0"), _
Array("q0", "B", "1", "stay", "qf")))
threeStateBB = Array("Three-state busy beaver", _
"a", _
"halt", _
"0", _
Array( _
Array("a", "0", "1", "right", "b"), _
Array("a", "1", "1", "left", "c"), _
Array("b", "0", "1", "left", "a"), _
Array("b", "1", "1", "right", "b"), _
Array("c", "0", "1", "left", "b"), _
Array("c", "1", "1", "stay", "halt")))
fiveStateBB = Array("Five-state busy beaver", _
"A", _
"H", _
"0", _
Array( _
Array("A", "0", "1", "right", "B"), _
Array("A", "1", "1", "left", "C"), _
Array("B", "0", "1", "right", "C"), _
Array("B", "1", "1", "right", "B"), _
Array("C", "0", "1", "right", "D"), _
Array("C", "1", "0", "left", "E"), _
Array("D", "0", "1", "left", "A"), _
Array("D", "1", "1", "left", "D"), _
Array("E", "0", "1", "stay", "H"), _
Array("E", "1", "0", "left", "A")))
End Sub
Private Sub show(state As String, headpos As Long, tape As Collection)
Debug.Print " "; state; String$(7 - Len(state), " "); "| ";
For p = 1 To tape.Count
Debug.Print IIf(p = headpos, "[" & tape(p) & "]", " " & tape(p) & " ");
Next p
Debug.Print
End Sub
'-- a universal turing machine
Private Sub UTM(machine As Variant, tape As Collection, Optional countOnly As Long = 0)
Dim state As String: state = machine(initState)
Dim headpos As Long: headpos = 1
Dim counter As Long, rule As Variant
Debug.Print machine(name_); vbCrLf; String$(Len(machine(name_)), "=")
If Not countOnly Then Debug.Print " State | Tape [head]" & vbCrLf & "---------------------"
Do While True
If headpos > tape.Count Then
tape.Add machine(blank)
Else
If headpos < 1 Then
tape.Add machine(blank), Before:=1
headpos = 1
End If
End If
If Not countOnly Then show state, headpos, tape
For i = LBound(machine(rules)) To UBound(machine(rules))
rule = machine(rules)(i)
If rule(1) = state And rule(2) = tape(headpos) Then
tape.Remove headpos
If headpos > tape.Count Then
tape.Add rule(3)
Else
tape.Add rule(3), Before:=headpos
End If
If rule(4) = "left" Then headpos = headpos - 1
If rule(4) = "right" Then headpos = headpos + 1
state = rule(5)
Exit For
End If
Next i
counter = counter + 1
If counter Mod 100000 = 0 Then
Debug.Print counter
DoEvents
DoEvents
End If
If state = machine(endState) Then Exit Do
Loop
DoEvents
If countOnly Then
Debug.Print "Steps taken: ", counter
Else
show state, headpos, tape
Debug.Print
End If
End Sub
Public Sub main()
init
Dim tap As New Collection
tap.Add "1": tap.Add "1": tap.Add "1"
UTM incrementer, tap
Set tap = New Collection
UTM threeStateBB, tap
Set tap = New Collection
UTM fiveStateBB, tap, countOnly:=-1
End Sub
|
<reponame>LaudateCorpus1/RosettaCodeData<filename>Task/Repeat-a-string/Visual-Basic/repeat-a-string-2.vb
Public Function StrRepeat(sText As String, n As Integer) As String
StrRepeat = Replace(String(n, "*"), "*", sText)
End Function
|
<filename>Task/Hofstadter-Figure-Figure-sequences/VBA/hofstadter-figure-figure-sequences.vba<gh_stars>1-10
Private Function ffr(n As Long) As Long
Dim R As New Collection
Dim S As New Collection
R.Add 1
S.Add 2
'return R(n)
For i = 2 To n
R.Add R(i - 1) + S(i - 1)
For j = S(S.Count) + 1 To R(i) - 1
S.Add j
Next j
For j = R(i) + 1 To R(i) + S(i - 1)
S.Add j
Next j
Next i
ffr = R(n)
Set R = Nothing
Set S = Nothing
End Function
Private Function ffs(n As Long) As Long
Dim R As New Collection
Dim S As New Collection
R.Add 1
S.Add 2
'return S(n)
For i = 2 To n
R.Add R(i - 1) + S(i - 1)
For j = S(S.Count) + 1 To R(i) - 1
S.Add j
Next j
For j = R(i) + 1 To R(i) + S(i - 1)
S.Add j
Next j
If S.Count >= n Then Exit For
Next i
ffs = S(n)
Set R = Nothing
Set S = Nothing
End Function
Public Sub main()
Dim i As Long
Debug.Print "The first ten values of R are:"
For i = 1 To 10
Debug.Print ffr(i);
Next i
Debug.Print
Dim x As New Collection
For i = 1 To 1000
x.Add i, CStr(i)
Next i
For i = 1 To 40
x.Remove CStr(ffr(i))
Next i
For i = 1 To 960
x.Remove CStr(ffs(i))
Next i
Debug.Print "The first 40 values of ffr plus the first 960 values of ffs "
Debug.Print "include all the integers from 1 to 1000 exactly once is "; Format(x.Count = 0)
End Sub
|
' 8 lines 3 code 3 comments 2 blanks
Dim MyStr1, MyStr2
MyStr1 = "Hello"
' This is also a comment
MyStr2 = "Goodbye"
REM Comment on a line
|
FilePath = "<SPECIFY FILE PATH HERE>"
Set objFSO = CreateObject("Scripting.FileSystemObject")
Set objFile = objFSO.OpenTextFile(FilePath,1)
Do Until objFile.AtEndOfStream
WScript.Echo objFile.ReadLine
Loop
objFile.Close
Set objFSO = Nothing
|
Sub Main()
'testing the above functions
Dim i As Integer
For i = 1750 To 2150
Debug.Assert IsLeapYear1(i) Eqv IsLeapYear2(i)
Next i
End Sub
|
<filename>inetsrv/iis/img/scripts/iisext.vbs
'
' Copyright (c) Microsoft Corporation. All rights reserved.
'
' VBScript Source File
'
' Script Name: IIsExt.vbs
'
Option Explicit
On Error Resume Next
' Error codes
Const ERR_OK = 0
Const ERR_GENERAL_FAILURE = 1
'''''''''''''''''''''
' Messages
Const L_NotEnoughParams_ErrorMessage = "Not enough parameters."
Const L_InvalidSwitch_ErrorMessage = "Invalid switch: %1"
Const L_CmdLib_ErrorMessage = "Could not create an instance of the CmdLib object."
Const L_ChkCmdLibReg_ErrorMessage = "Please register the Microsoft.CmdLib component."
Const L_ScriptHelper_ErrorMessage = "Could not create an instance of the IIsScriptHelper object."
Const L_ChkScpHelperReg_ErrorMessage = "Please, check if the Microsoft.IIsScriptHelper is registered."
Const L_OnlyOneOper_ErrorMessage = "Please specify only one operation at a time."
Const L_PassWithoutUser_ErrorMessage = "Please specify /u switch before using /p."
Const L_WMIConnect_ErrorMessage = "Could not connect to WMI provider."
Const L_Error_ErrorMessage = "Error &H%1: %2"
Const L_Admin_ErrorMessage = "You cannot run this command because you are not an"
Const L_Adminp2_ErrorMessage = "administrator on the server you are trying to configure."
Const L_GetWebSvcObj_ErrorMessage = "Could not get web service object"
Const L_EnApp_ErrorMessage = "Error while configuring application or extension."
Const L_NoApp_ErrorMessage = "The specified application does not exist in the application"
Const L_NoAppp2_ErrorMessage = "dependencies list."
Const L_NoDep_ErrorMessage = "The specified application-extension relationship does not"
Const L_NoDepp2_ErrorMessage = "exist in the application dependencies list."
Const L_NoExt_ErrorMessage = "The extension does not exist in the restriction list."
Const L_NoEfi_ErrorMessage = "The extension file does not exist in the restriction list."
Const L_EnDep_ErrorMessage = "Error while configuring dependency."
Const L_ShowList_ErrorMessage = "Error while showing list. Please confirm that the"
Const L_ShowList2_ErrorMessage = "WebSvcExtRestrictionList and ApplicationDependencies"
Const L_ShowList3_ErrorMessage = "properties exist and are set on the W3SVC node."
Const L_RmEfi_ErrorMessage = "Error trying to delete extension. Make sure it exists"
Const L_RmEfip2_ErrorMessage = "and is deletable."
Const L_EnAppComplete_Message = "Enabling application complete."
Const L_AddDpComplete_Message = "Adding dependency complete."
Const L_RemDpComplete_Message = "Removing dependency complete."
Const L_EnExtComplete_Message = "Enabling extension complete."
Const L_DsExtComplete_Message = "Disabling extension complete."
Const L_DsEFiComplete_Message = "Disabling extension file complete."
Const L_EnEFiComplete_Message = "Enabling extension file complete."
Const L_AdEFiComplete_Message = "Adding extension file complete."
Const L_RmEFiComplete_Message = "Deleting extension file complete."
Const L_ShowListFile_Message = "Status / Extension Path"
Const L_ShowListFile2_Message = "------------------------"
'''''''''''''''''''''
' Help
Const L_Empty_Text = ""
' General help messages
Const L_SeeHelp_Message = "Type IIsExt /? for help."
Const L_Help_HELP_General01_Text = "Description: Manages Web Service Extensions."
Const L_Help_HELP_General02_Text = "Syntax: IIsExt [/s <server> [/u <username> [/p <password>]]]"
Const L_Help_HELP_General02a_Text = " [/ListExt | /ListApp | /AddDep | /DisExt"
Const L_Help_HELP_General03_Text = " /EnExt | /RmDep | /EnApp | /EnFile | /DisFile"
Const L_Help_HELP_General04_Text = " /AddFile | /ListFile | /RmFile] <args>"
Const L_Help_HELP_General05_Text = "Switches:"
Const L_Help_HELP_General06_Text = "Value Description"
Const L_Help_HELP_General06a_Text = "/s <server> Connect to machine <server>."
Const L_Help_HELP_General06b_Text = " [Default: this system]"
Const L_Help_HELP_General06c_Text = "/u <username> Connect as <domain>\<username> or"
Const L_Help_HELP_General06d_Text = " <username>. [Default: current user]"
Const L_Help_HELP_General06e_Text = "/p <password> Password for the <username> user."
Const L_Help_HELP_General07_Text = "/EnApp <appname> Enables an application in the"
Const L_Help_HELP_General07a_Text = " application dependencies list."
Const L_Help_HELP_General08_Text = "/ListApp Lists the applications in the"
Const L_Help_HELP_General08a_Text = " application dependencies list."
Const L_Help_HELP_General09_Text = "/AddDep <appname> <ID> [<ID> ...]"
Const L_Help_HELP_General09a_Text = " Adds a dependency between an"
Const L_Help_HELP_General09b_Text = " application in the application"
Const L_Help_HELP_General09c_Text = " dependencies list and a Web Service"
Const L_Help_HELP_General09d_Text = " Extension ID."
Const L_Help_HELP_General10_Text = "/RmDep <appname> <ID> [<ID> ...]"
Const L_Help_HELP_General10a_Text = " Removes a dependency between an"
Const L_Help_HELP_General10b_Text = " application in the application"
Const L_Help_HELP_General10c_Text = " dependencies list and a Web Service"
Const L_Help_HELP_General10d_Text = " Extension ID."
Const L_Help_HELP_General11_Text = "/EnExt <ID> Enables all files for a Web Service"
Const L_Help_HELP_General11a_Text = " Extension with the specified Web"
Const L_Help_HELP_General11b_Text = " Service Extension ID."
Const L_Help_HELP_General12_Text = "/DisExt <ID> Disables all files for a Web Service"
Const L_Help_HELP_General12a_Text = " Extension with the specified Web"
Const L_Help_HELP_General12b_Text = " Service Extension ID."
Const L_Help_HELP_General13_Text = "/ListExt Lists Web Service Extension IDs for"
Const L_Help_HELP_General13a_Text = " all defined Web Service Extensions."
Const L_Help_HELP_General14_Text = "/EnFile <filename> Enables a single file in the"
Const L_Help_HELP_General14a_Text = " restriction list."
Const L_Help_HELP_General15_Text = "/DisFile <filename> Disables a single file in the"
Const L_Help_HELP_General15a_Text = " restriction list."
Const L_Help_HELP_General16_Text = "/ListFile Lists all the files in the"
Const L_Help_HELP_General16a_Text = " restriction list."
Const L_Help_HELP_General17_Text = "/RmFile <filename> Removes a file from the restriction"
Const L_Help_HELP_General17a_Text = " list if it is deletable."
Const L_Help_HELP_General18_Text = "/AddFile <args> Adds a file to the restriction list."
Const L_Help_HELP_General19_Text = "/AddFile /? Displays help for the /AddFile flag."
Const L_Help_HELP_AddFile01_Text = "Description: Adds a file to the restriction list."
Const L_Help_HELP_AddFile02_Text = "Syntax: IIsExt [/s <server> [/u <username> [/p <password>]]]"
Const L_Help_HELP_AddFile02a_Text = " /AddFile <filepath> <access> <ID> <deleteable>"
Const L_Help_HELP_AddFile03_Text = " <ShortDesc>"
Const L_Help_HELP_AddFile07_Text = "<filepath> The fully qualified path to the dll"
Const L_Help_HELP_AddFile08_Text = " or exe, including the filename and"
Const L_Help_HELP_AddFile09_Text = " extension. Special cases include"
Const L_Help_HELP_AddFile09a_Text = " *.dll to enable/disable unlisted"
Const L_Help_HELP_AddFile09b_Text = " ISAPI's and *.exe to enable/disable"
Const L_Help_HELP_AddFile09c_Text = " unlisted CGI's."
Const L_Help_HELP_AddFile10_Text = "<access> Set this to 0 to disable or 1 to"
Const L_Help_HELP_AddFile10a_Text = " enable the file after it is added."
Const L_Help_HELP_AddFile11_Text = "<ID> This ID is an arbitrary identifier"
Const L_Help_HELP_AddFile11a_Text = " that identifies the Web Service"
Const L_Help_HELP_AddFile11b_Text = " Extension the file is associated with."
Const L_Help_HELP_AddFile12_Text = " There can be one or more files for"
Const L_Help_HELP_AddFile12a_Text = " each Web Service Extension"
Const L_Help_HELP_AddFile13_Text = "<deletable> Set this to 0 to prevent this file"
Const L_Help_HELP_AddFile13a_Text = " from being deleted from the restriction"
Const L_Help_HELP_AddFile14_Text = " list or 1 to allow this file to be"
Const L_Help_HELP_AddFile14a_Text = " deleted from the restriction list."
Const L_Help_HELP_AddFile15_Text = "<ShortDesc> This is a brief text description of"
Const L_Help_HELP_AddFile15a_Text = " the Web Service Extension the file is"
Const L_Help_HELP_AddFile16_Text = " associated with. Files with the same"
Const L_Help_HELP_AddFile16a_Text = " ID should also have the same ShortDesc."
''''''''''''''''''''''''
' Operation codes
Const OPER_ENAPP = 1
Const OPER_ADDDP = 3
Const OPER_REMDP = 4
Const OPER_ENEXT = 5
Const OPER_DSEXT = 6
Const OPER_ENEFI = 7
Const OPER_DSEFI = 8
Const OPER_ADEFI = 9
Const OPER_RMEFI = 10
Const OPER_LSAPP = 11
Const OPER_LSEXT = 12
Const OPER_LSEFI = 13
'
' Main block
'
Dim oScriptHelper, oCmdLib
Dim intResult, intOperation
Dim strServer, strUser, strPassword
Dim strCmdLineOptions, strAppName
Dim oError, aArgs
' Default values
strServer = "."
strUser = ""
strPassword = ""
intOperation = 0
' Instantiate the CmdLib for output string formatting
Set oCmdLib = CreateObject("Microsoft.CmdLib")
If Err.Number <> 0 Then
WScript.Echo L_CmdLib_ErrorMessage
WScript.Echo L_ChkCmdLibReg_ErrorMessage
WScript.Quit(ERR_GENERAL_FAILURE)
End If
Set oCmdLib.ScriptingHost = WScript.Application
' Instantiate script helper object
Set oScriptHelper = CreateObject("Microsoft.IIsScriptHelper")
If Err.Number <> 0 Then
WScript.Echo L_ScriptHelper_ErrorMessage
WScript.Echo L_ChkScpHelperReg_ErrorMessage
WScript.Quit(ERR_GENERAL_FAILURE)
End If
Set oScriptHelper.ScriptHost = WScript
' Check if we are being run with cscript.exe instead of wscript.exe
oScriptHelper.CheckScriptEngine
' Command Line parsing
Dim argObj, arg
Set argObj = WScript.Arguments
strCmdLineOptions = "[server:s:1;user:u:1;password:p:1];enapp::1;listapp::0;adddep::n;" &_
"rmdep::n;enext::1;disext::n;listext::0;enfile::1;disfile::1;addfile::5;" &_
"rmfile::1;listfile::0"
Set oError = oScriptHelper.ParseCmdLineOptions(strCmdLineOptions)
If Not oError Is Nothing Then
If oError.ErrorCode = oScriptHelper.ERROR_NOT_ENOUGH_ARGS Then
' Not enough arguments for a specified switch
WScript.Echo L_NotEnoughParams_ErrorMessage
WScript.Echo L_SeeHelp_Message
Else
' Invalid switch
oCmdLib.vbPrintf L_InvalidSwitch_ErrorMessage, Array(oError.SwitchName)
WScript.Echo L_SeeHelp_Message
End If
WScript.Quit(ERR_GENERAL_FAILURE)
End If
If oScriptHelper.GlobalHelpRequested Then
DisplayHelpMessage
WScript.Quit(ERR_OK)
End If
For Each arg In oScriptHelper.Switches
Select Case arg
Case "server"
' Server information
strServer = oScriptHelper.GetSwitch(arg)
Case "user"
' User information
strUser = oScriptHelper.GetSwitch(arg)
Case "password"
' Password information
strPassword = oScriptHelper.GetSwitch(arg)
Case "enapp"
If (intOperation <> 0) Then
WScript.Echo L_OnlyOneOper_ErrorMessage
WScript.Echo L_SeeHelp_Message
WScript.Quit(ERR_GENERAL_FAILURE)
End If
intOperation = OPER_ENAPP
If oScriptHelper.IsHelpRequested(arg) Then
' display enapp specific help
End If
strAppName = oScriptHelper.GetSwitch(arg)
Case "adddep"
If (intOperation <> 0) Then
WScript.Echo L_OnlyOneOper_ErrorMessage
WScript.Echo L_SeeHelp_Message
WScript.Quit(ERR_GENERAL_FAILURE)
End If
intOperation = OPER_ADDDP
If oScriptHelper.IsHelpRequested(arg) Then
' display enapp specific help
End If
aArgs = oScriptHelper.GetSwitch(arg)
If UBound(aArgs) = -1 Then
WScript.Echo L_NotEnoughParams_ErrorMessage
WScript.Echo L_SeeHelp_Message
WScript.Quit(ERR_GENERAL_FAILURE)
End If
Case "rmdep"
If (intOperation <> 0) Then
WScript.Echo L_OnlyOneOper_ErrorMessage
WScript.Echo L_SeeHelp_Message
WScript.Quit(ERR_GENERAL_FAILURE)
End If
intOperation = OPER_REMDP
If oScriptHelper.IsHelpRequested(arg) Then
' display enapp specific help
End If
aArgs = oScriptHelper.GetSwitch(arg)
If UBound(aArgs) = -1 Then
WScript.Echo L_NotEnoughParams_ErrorMessage
WScript.Echo L_SeeHelp_Message
WScript.Quit(ERR_GENERAL_FAILURE)
End If
Case "enext"
If (intOperation <> 0) Then
WScript.Echo L_OnlyOneOper_ErrorMessage
WScript.Echo L_SeeHelp_Message
WScript.Quit(ERR_GENERAL_FAILURE)
End If
intOperation = OPER_ENEXT
If oScriptHelper.IsHelpRequested(arg) Then
' display enapp specific help
End If
strAppName = oScriptHelper.GetSwitch(arg)
Case "disfile"
If (intOperation <> 0) Then
WScript.Echo L_OnlyOneOper_ErrorMessage
WScript.Echo L_SeeHelp_Message
WScript.Quit(ERR_GENERAL_FAILURE)
End If
intOperation = OPER_DSEFI
If oScriptHelper.IsHelpRequested(arg) Then
' display enapp specific help
End If
strAppName = oScriptHelper.GetSwitch(arg)
Case "enfile"
If (intOperation <> 0) Then
WScript.Echo L_OnlyOneOper_ErrorMessage
WScript.Echo L_SeeHelp_Message
WScript.Quit(ERR_GENERAL_FAILURE)
End If
intOperation = OPER_ENEFI
If oScriptHelper.IsHelpRequested(arg) Then
' display enapp specific help
End If
strAppName = oScriptHelper.GetSwitch(arg)
Case "disext"
If (intOperation <> 0) Then
WScript.Echo L_OnlyOneOper_ErrorMessage
WScript.Echo L_SeeHelp_Message
WScript.Quit(ERR_GENERAL_FAILURE)
End If
intOperation = OPER_DSEXT
If oScriptHelper.IsHelpRequested(arg) Then
' display enapp specific help
End If
aArgs = oScriptHelper.GetSwitch(arg)
Case "addfile"
If (intOperation <> 0) Then
WScript.Echo L_OnlyOneOper_ErrorMessage
WScript.Echo L_SeeHelp_Message
WScript.Quit(ERR_GENERAL_FAILURE)
End If
intOperation = OPER_ADEFI
If oScriptHelper.IsHelpRequested(arg) Then
' display addfile specific help
DisplayAddFileHelp
WScript.Quit(ERR_OK)
End If
aArgs = oScriptHelper.GetSwitch(arg)
Case "rmfile"
If (intOperation <> 0) Then
WScript.Echo L_OnlyOneOper_ErrorMessage
WScript.Echo L_SeeHelp_Message
WScript.Quit(ERR_GENERAL_FAILURE)
End If
intOperation = OPER_RMEFI
If oScriptHelper.IsHelpRequested(arg) Then
' display enapp specific help
End If
strAppName = oScriptHelper.GetSwitch(arg)
Case "listapp"
If (intOperation <> 0) Then
WScript.Echo L_OnlyOneOper_ErrorMessage
WScript.Echo L_SeeHelp_Message
WScript.Quit(ERR_GENERAL_FAILURE)
End If
intOperation = OPER_LSAPP
If oScriptHelper.IsHelpRequested(arg) Then
' display enapp specific help
End If
Case "listext"
If (intOperation <> 0) Then
WScript.Echo L_OnlyOneOper_ErrorMessage
WScript.Echo L_SeeHelp_Message
WScript.Quit(ERR_GENERAL_FAILURE)
End If
intOperation = OPER_LSEXT
If oScriptHelper.IsHelpRequested(arg) Then
' display enapp specific help
End If
Case "listfile"
If (intOperation <> 0) Then
WScript.Echo L_OnlyOneOper_ErrorMessage
WScript.Echo L_SeeHelp_Message
WScript.Quit(ERR_GENERAL_FAILURE)
End If
intOperation = OPER_LSEFI
If oScriptHelper.IsHelpRequested(arg) Then
' display enapp specific help
End If
End Select
Next
' Check Parameters
If intOperation = 0 Then
WScript.Echo L_SeeHelp_Message
WScript.Quit(ERR_GENERAL_FAILURE)
End If
' Check if /p is specified but /u isn't. In this case, we should bail out with an error
If oScriptHelper.Switches.Exists("password") And Not oScriptHelper.Switches.Exists("user") Then
WScript.Echo L_PassWithoutUser_ErrorMessage
WScript.Quit(ERR_GENERAL_FAILURE)
End If
' Check if /u is specified but /p isn't. In this case, we should ask for a password
If oScriptHelper.Switches.Exists("user") And Not oScriptHelper.Switches.Exists("password") Then
strPassword = oCmdLib.GetPassword
End If
' Initializes authentication with remote machine
intResult = oScriptHelper.InitAuthentication(strServer, strUser, strPassword)
If intResult <> 0 Then
WScript.Quit(intResult)
End If
' Choose operation
Select Case intOperation
Case OPER_ENAPP
intResult = ChApp(strAppName, intOperation)
If intResult=0 Then
WScript.Echo(L_EnAppComplete_Message)
End If
Case OPER_ADDDP
intResult = ChDep(aArgs, intOperation)
If intResult=0 Then
WScript.Echo(L_AddDpComplete_Message)
End If
Case OPER_REMDP
intResult = ChDep(aArgs, intOperation)
If intResult=0 Then
WScript.Echo(L_RemDpComplete_Message)
End If
Case OPER_ENEXT
intResult = ChApp(strAppName, intOperation)
If intResult=0 Then
WScript.Echo(L_EnExtComplete_Message)
End If
Case OPER_ENEFI
intResult = ChApp(strAppName, intOperation)
If intResult=0 Then
WScript.Echo(L_EnEfiComplete_Message)
End If
Case OPER_DSEFI
intResult = ChApp(strAppName, intOperation)
If intResult=0 Then
WScript.Echo(L_DsEfiComplete_Message)
End If
Case OPER_DSEXT
intResult = DsExt(aArgs)
If intResult=0 Then
WScript.Echo(L_DsExtComplete_Message)
End If
Case OPER_ADEFI
intResult = ChDep(aArgs, intOperation)
If intResult=0 Then
WScript.Echo(L_AdEFiComplete_Message)
End If
Case OPER_RMEFI
intResult = RmEfi(strAppName)
If intResult=0 Then
WScript.Echo(L_RmEFiComplete_Message)
End If
Case OPER_LSAPP
intResult = ShowList(intOperation)
Case OPER_LSEXT
intResult = ShowList(intOperation)
Case OPER_LSEFI
intResult = ShowListFile()
End Select
' Return value to command processor
WScript.Quit(intResult)
'''''''''''''''''''''''''
' End Of Main Block
'''''''''''''''''''''
'''''''''''''''''''''''''''
' DisplayHelpMessage
'''''''''''''''''''''''''''
Sub DisplayHelpMessage()
WScript.Echo L_Help_HELP_General01_Text
WScript.Echo L_Empty_Text
WScript.Echo L_Help_HELP_General02_Text
WScript.Echo L_Help_HELP_General02a_Text
WScript.Echo L_Help_HELP_General03_Text
WScript.Echo L_Help_HELP_General04_Text
WScript.Echo L_Empty_Text
WScript.Echo L_Help_HELP_General05_Text
WScript.Echo L_Empty_Text
WScript.Echo L_Help_HELP_General06_Text
WScript.Echo L_Help_HELP_General06a_Text
WScript.Echo L_Help_HELP_General06b_Text
WScript.Echo L_Help_HELP_General06c_Text
WScript.Echo L_Help_HELP_General06d_Text
WScript.Echo L_Help_HELP_General06e_Text
WScript.Echo L_Help_HELP_General07_Text
WScript.Echo L_Help_HELP_General07a_Text
WScript.Echo L_Help_HELP_General08_Text
WScript.Echo L_Help_HELP_General08a_Text
WScript.Echo L_Help_HELP_General09_Text
WScript.Echo L_Help_HELP_General09a_Text
WScript.Echo L_Help_HELP_General09b_Text
WScript.Echo L_Help_HELP_General09c_Text
WScript.Echo L_Help_HELP_General09d_Text
WScript.Echo L_Help_HELP_General10_Text
WScript.Echo L_Help_HELP_General10a_Text
WScript.Echo L_Help_HELP_General10b_Text
WScript.Echo L_Help_HELP_General10c_Text
WScript.Echo L_Help_HELP_General10d_Text
WScript.Echo L_Help_HELP_General11_Text
WScript.Echo L_Help_HELP_General11a_Text
WScript.Echo L_Help_HELP_General11b_Text
WScript.Echo L_Help_HELP_General12_Text
WScript.Echo L_Help_HELP_General12a_Text
WScript.Echo L_Help_HELP_General12b_Text
WScript.Echo L_Help_HELP_General13_Text
WScript.Echo L_Help_HELP_General13a_Text
WScript.Echo L_Help_HELP_General14_Text
WScript.Echo L_Help_HELP_General14a_Text
WScript.Echo L_Help_HELP_General15_Text
WScript.Echo L_Help_HELP_General15a_Text
WScript.Echo L_Help_HELP_General16_Text
WScript.Echo L_Help_HELP_General16a_Text
WScript.Echo L_Help_HELP_General17_Text
WScript.Echo L_Help_HELP_General17a_Text
WScript.Echo L_Help_HELP_General18_Text
WScript.Echo L_Help_HELP_General19_Text
End Sub
'''''''''''''''''''''''''''
' DisplayHelpMessage
'''''''''''''''''''''''''''
Sub DisplayAddFileHelp()
WScript.Echo L_Help_HELP_AddFile01_Text
WScript.Echo L_Empty_Text
WScript.Echo L_Help_HELP_AddFile02_Text
WScript.Echo L_Help_HELP_AddFile02a_Text
WScript.Echo L_Help_HELP_AddFile03_Text
WScript.Echo L_Empty_Text
WScript.Echo L_Help_HELP_General05_Text
WScript.Echo L_Empty_Text
WScript.Echo L_Help_HELP_General06_Text
WScript.Echo L_Help_HELP_General06a_Text
WScript.Echo L_Help_HELP_General06b_Text
WScript.Echo L_Help_HELP_General06c_Text
WScript.Echo L_Help_HELP_General06d_Text
WScript.Echo L_Help_HELP_General06e_Text
WScript.Echo L_Help_HELP_AddFile07_Text
WScript.Echo L_Help_HELP_AddFile08_Text
WScript.Echo L_Help_HELP_AddFile09_Text
WScript.Echo L_Help_HELP_AddFile09a_Text
WScript.Echo L_Help_HELP_AddFile09b_Text
WScript.Echo L_Help_HELP_AddFile09c_Text
WScript.Echo L_Help_HELP_AddFile10_Text
WScript.Echo L_Help_HELP_AddFile10a_Text
WScript.Echo L_Help_HELP_AddFile11_Text
WScript.Echo L_Help_HELP_AddFile11a_Text
WScript.Echo L_Help_HELP_AddFile11b_Text
WScript.Echo L_Help_HELP_AddFile12_Text
WScript.Echo L_Help_HELP_AddFile12a_Text
WScript.Echo L_Help_HELP_AddFile13_Text
WScript.Echo L_Help_HELP_AddFile13a_Text
WScript.Echo L_Help_HELP_AddFile14_Text
WScript.Echo L_Help_HELP_AddFile14a_Text
WScript.Echo L_Help_HELP_AddFile15_Text
WScript.Echo L_Help_HELP_AddFile15a_Text
WScript.Echo L_Help_HELP_AddFile16_Text
WScript.Echo L_Help_HELP_AddFile16a_Text
End Sub
Function ChApp(strAppName, intOperation)
Dim WebSvcObj
On Error Resume Next
oScriptHelper.WMIConnect
If Err.Number Then
WScript.Echo L_WMIConnect_ErrorMessage
oCmdLib.vbPrintf L_Error_ErrorMessage, Array(Hex(Err.Number), Err.Description)
ChApp = Err.Number
Exit Function
End If
Set WebSvcObj = oScriptHelper.ProviderObj.get("IIsWebService='w3svc'")
If Err.Number Then
Select Case Err.Number
Case &H80070005
WScript.Echo L_Admin_ErrorMessage
WScript.Echo L_Adminp2_ErrorMessage
Case Else
WScript.Echo L_GetWebSvcObj_ErrorMessage
oCmdLib.vbPrintf L_Error_ErrorMessage, Array(Hex(Err.Number), Err.Description)
End Select
ChApp = Err.Number
Exit Function
End If
Select Case intOperation
Case OPER_ENAPP
WebSvcObj.EnableApplication strAppName
Case OPER_ENEXT
WebSvcObj.EnableWebServiceExtension strAppName
Case OPER_ENEFI
WebSvcObj.EnableExtensionFile strAppName
Case OPER_DSEFI
WebSvcObj.DisableExtensionFile strAppName
End Select
If Err.Number Then
WScript.Echo L_EnApp_ErrorMessage
WScript.Echo Err.Description
Select Case intOperation
Case OPER_ENAPP
WScript.Echo L_NoApp_ErrorMessage
WScript.Echo L_NoAppp2_ErrorMessage
Case OPER_ENEXT
WScript.Echo L_NoExt_ErrorMessage
Case OPER_ENEFI
WScript.Echo L_NoEfi_ErrorMessage
Case OPER_DSEFI
WScript.Echo L_NoEfi_ErrorMessage
End Select
ChApp = Err.Number
Exit Function
End If
End Function
Function RmEfi(strAppName)
Dim WebSvcObj, extObj, restrictions, i, bDel
bDel = False
On Error Resume Next
oScriptHelper.WMIConnect
If Err.Number Then
WScript.Echo L_WMIConnect_ErrorMessage
oCmdLib.vbPrintf L_Error_ErrorMessage, Array(Hex(Err.Number), Err.Description)
RmEfi = Err.Number
Exit Function
End If
Set WebSvcObj = oScriptHelper.ProviderObj.get("IIsWebService='w3svc'")
If Err.Number Then
Select Case Err.Number
Case &H80070005
WScript.Echo L_Admin_ErrorMessage
WScript.Echo L_Adminp2_ErrorMessage
Case Else
WScript.Echo L_GetWebSvcObj_ErrorMessage
oCmdLib.vbPrintf L_Error_ErrorMessage, Array(Hex(Err.Number), Err.Description)
End Select
RmEfi = Err.Number
Exit Function
End If
Set extObj = oScriptHelper.ProviderObj.get("IIsWebServiceSetting='w3svc'")
restrictions = extObj.WebSvcExtRestrictionList
For i=0 to UBOUND(restrictions)
If UCASE(restrictions(i).FilePath) = UCASE(strAppName) Then
If restrictions(i).Deletable = 1 Then
WebSvcObj.DeleteExtensionFileRecord strAppName
bDel = True
End If
End If
Next
If Err.Number Then
WScript.Echo L_EnApp_ErrorMessage
WScript.Echo Err.Description
RmEfi = Err.Number
Exit Function
End If
If bDel = False Then
WScript.Echo L_RmEfi_ErrorMessage
WScript.Echo L_RmEfip2_ErrorMessage
RmEfi = 1
End If
End Function
Function ChDep(aArgs, intOperation)
Dim WebSvcObj, i
On Error Resume Next
oScriptHelper.WMIConnect
If Err.Number Then
WScript.Echo L_WMIConnect_ErrorMessage
oCmdLib.vbPrintf L_Error_ErrorMessage, Array(Hex(Err.Number), Err.Description)
ChDep = Err.Number
Exit Function
End If
Set WebSvcObj = oScriptHelper.ProviderObj.get("IIsWebService='w3svc'")
If Err.Number Then
Select Case Err.Number
Case &H80070005
WScript.Echo L_Admin_ErrorMessage
WScript.Echo L_Adminp2_ErrorMessage
Case Else
WScript.Echo L_GetWebSvcObj_ErrorMessage
oCmdLib.vbPrintf L_Error_ErrorMessage, Array(Hex(Err.Number), Err.Description)
End Select
ChDep = Err.Number
Exit Function
End If
If OPER_ADEFI = intOperation Then
If ((aArgs(1) <> 0) And (aArgs(1) <> 1)) Then
aArgs(1) = 0
End If
WebSvcObj.AddExtensionFile aArgs(0), aArgs(1), aArgs(2), aArgs(3), aArgs(4)
Else
If UBOUND(aArgs) < 1 Then
WScript.Echo L_NotEnoughParams_ErrorMessage
WScript.Echo L_SeeHelp_Message
ChDep = ERR_GENERAL_FAILURE
Exit Function
End If
For i=1 to UBOUND(aArgs)
Select Case intOperation
Case OPER_ADDDP
WebSvcObj.AddDependency aArgs(0), aArgs(i)
Case OPER_REMDP
WebSvcObj.RemoveDependency aArgs(0), aArgs(i)
End Select
If Err.Number Then
WScript.Echo L_EnDep_ErrorMessage
WScript.Echo Err.Description
WScript.Echo L_NoDep_ErrorMessage
WScript.Echo L_NoDepp2_ErrorMessage
ChDep = Err.Number
Exit Function
End If
Next
End If
If Err.Number Then
WScript.Echo L_EnApp_ErrorMessage
WScript.Echo Err.Description
ChDep = Err.Number
Exit Function
End If
End Function
Function DsExt(aArgs)
Dim WebSvcObj, i
On Error Resume Next
oScriptHelper.WMIConnect
If Err.Number Then
WScript.Echo L_WMIConnect_ErrorMessage
oCmdLib.vbPrintf L_Error_ErrorMessage, Array(Hex(Err.Number), Err.Description)
DsExt = Err.Number
Exit Function
End If
Set WebSvcObj = oScriptHelper.ProviderObj.get("IIsWebService='w3svc'")
If Err.Number Then
Select Case Err.Number
Case &H80070005
WScript.Echo L_Admin_ErrorMessage
WScript.Echo L_Adminp2_ErrorMessage
Case Else
WScript.Echo L_GetWebSvcObj_ErrorMessage
oCmdLib.vbPrintf L_Error_ErrorMessage, Array(Hex(Err.Number), Err.Description)
End Select
DsExt = Err.Number
Exit Function
End If
For i=0 to UBOUND(aArgs)
WebSvcObj.DisableWebServiceExtension aArgs(i)
If Err.Number Then
WScript.Echo L_EnApp_ErrorMessage
WScript.Echo Err.Description
WScript.Echo L_NoExt_ErrorMessage
DsExt = Err.Number
Exit Function
End If
Next
End Function
Function ShowList(intOperation)
Dim WebSvcObj, holder, i, mylist
On Error Resume Next
oScriptHelper.WMIConnect
If Err.Number Then
WScript.Echo L_WMIConnect_ErrorMessage
oCmdLib.vbPrintf L_Error_ErrorMessage, Array(Hex(Err.Number), Err.Description)
ShowList = Err.Number
Exit Function
End If
Set WebSvcObj = oScriptHelper.ProviderObj.get("IIsWebService='w3svc'")
If Err.Number Then
Select Case Err.Number
Case &H80070005
WScript.Echo L_Admin_ErrorMessage
WScript.Echo L_Adminp2_ErrorMessage
Case Else
WScript.Echo L_GetWebSvcObj_ErrorMessage
oCmdLib.vbPrintf L_Error_ErrorMessage, Array(Hex(Err.Number), Err.Description)
End Select
ShowList = Err.Number
Exit Function
End If
Select Case intOperation
Case OPER_LSAPP
set holder=oScriptHelper.ProviderObj.execmethod("IIsWebService='w3svc'", "ListApplications")
mylist = holder.Applications
Case OPER_LSEXT
set holder=oScriptHelper.ProviderObj.execmethod("IIsWebService='w3svc'", "ListWebServiceExtensions")
mylist = holder.Extensions
End Select
If Err.Number Then
WScript.Echo L_ShowList_ErrorMessage
WScript.Echo L_ShowList2_ErrorMessage
WScript.Echo L_ShowList3_ErrorMessage
WScript.Echo Err.Description
ShowList = Err.Number
Exit Function
End If
For i = 0 to UBOUND(mylist)
WScript.Echo mylist(i)
Next
End Function
Function ShowListFile()
Dim WebSvcObj, fileList, i
On Error Resume Next
oScriptHelper.WMIConnect
If Err.Number Then
WScript.Echo L_WMIConnect_ErrorMessage
oCmdLib.vbPrintf L_Error_ErrorMessage, Array(Hex(Err.Number), Err.Description)
ShowList = Err.Number
Exit Function
End If
Set WebSvcObj = oScriptHelper.ProviderObj.get("IIsWebServiceSetting='w3svc'")
If Err.Number Then
Select Case Err.Number
Case &H80070005
WScript.Echo L_Admin_ErrorMessage
WScript.Echo L_Adminp2_ErrorMessage
Case Else
WScript.Echo L_GetWebSvcObj_ErrorMessage
oCmdLib.vbPrintf L_Error_ErrorMessage, Array(Hex(Err.Number), Err.Description)
End Select
ShowList = Err.Number
Exit Function
End If
fileList = WebSvcObj.WebSvcExtRestrictionList
If Err.Number Then
WScript.Echo L_ShowList_ErrorMessage
WScript.Echo L_ShowList2_ErrorMessage
WScript.Echo L_ShowList3_ErrorMessage
WScript.Echo Err.Description
ShowList = Err.Number
Exit Function
End If
WScript.Echo L_Empty_Text
WScript.Echo L_ShowListFile_Message
WScript.Echo L_ShowListFile2_Message
For i = 0 to UBOUND(fileList)
WScript.Echo fileList(i).Access & " " & fileList(i).FilePath
Next
End Function
|
<gh_stars>1-10
appname = App.EXEName 'appname = "MyVBapp"
|
Imports System
Public Module HelloWorld
Public Sub Main()
HelloWorld()
End Sub
Sub HelloWorld()
Console.WriteLine("Hello, world!")
End Sub
End Module
|
on error resume next
Set Locator = CreateObject("WbemScripting.SWbemLocator")
Set Services = Locator.ConnectServer(, "root\CIMV2")
If IsObject(Services) Then
Set objSet = Services.InstancesOf("Win32_OperatingSystem")
For Each obj In objSet
WScript.Echo (obj.Path_)
Set objItem = objSet.Item(obj.Path_)
If Err = 0 Then
If objItem.Path_ <> obj.Path_ Then
WScript.Echo "SWbemObjectSet.Item is accessible but incorrect -> Error " & " (0x" & Hex(Err) & ")"
Else
WScript.Echo "PASS"
End If
Else
WScript.Echo "SWbemObjectSet.Item not accessible -> Error: " & Err.Description & " (0x" & Hex(Err) & ")"
Exit For
End If
Next
End If
Err.Clear
' TODO - add Item tests for results sets from UMI objects
|
Function strip_comments(s,char)
If InStr(1,s,char) > 0 Then
arr = Split(s,char)
strip_comments = RTrim(arr(0))
Else
strip_comments = s
End If
End Function
WScript.StdOut.WriteLine strip_comments("apples, pears # and bananas","#")
WScript.StdOut.WriteLine strip_comments("apples, pears ; and bananas",";")
|
Sub CountOctal()
Dim i As Integer
i = 0
On Error GoTo OctEnd
Do
Debug.Print Oct(i)
i = i + 1
Loop
OctEnd:
Debug.Print "Integer overflow - count terminated"
End Sub
|
<reponame>LaudateCorpus1/RosettaCodeData
Sub Main()
Const nmax = 12, xx = 3
Const x = xx + 1
Dim i As Integer, j As Integer, s As String
s = String(xx, " ") & " |"
For j = 1 To nmax
s = s & Right(String(x, " ") & j, x)
Next j
Debug.Print s
s = String(xx, "-") & " +"
For j = 1 To nmax
s = s & " " & String(xx, "-")
Next j
Debug.Print s
For i = 1 To nmax
s = Right(String(xx, " ") & i, xx) & " |"
For j = 1 To nmax
If j >= i _
Then s = s & Right(String(x, " ") & i * j, x) _
Else s = s & String(x, " ")
Next j
Debug.Print s
Next i
End Sub 'Main
|
<gh_stars>1-10
Option Explicit
Public Sub Main_Anagram()
Dim varReturn
Dim temp
Dim strContent As String
Dim strFile As String
Dim Num As Long
Dim i As Long
Dim countTime As Single
'Open & read txt file
Num = FreeFile
strFile = "C:\Users\" & Environ("Username") & "\Desktop\unixdict.txt"
Open strFile For Input As #Num
strContent = Input(LOF(1), #Num)
Close #Num
Debug.Print UBound(Split(strContent, vbCrLf)) + 1 & " words, in the dictionary"
countTime = Timer
'Compute
varReturn = Anagrams(strContent)
'Return
Debug.Print "The anagram set(s) with the greatest number of words (namely " & UBound(varReturn, 2) & ") is : "
Debug.Print ""
For i = LBound(varReturn, 1) To UBound(varReturn, 1)
ReDim temp(LBound(varReturn, 2) To UBound(varReturn, 2))
For Num = LBound(varReturn, 2) To UBound(varReturn, 2)
temp(Num) = varReturn(i, Num)
Next
SortOneDimArray temp, LBound(temp), UBound(temp)
Debug.Print Mid(Join(temp, ", "), 3)
Next i
Debug.Print ""
Debug.Print "Time to go : " & Timer - countTime & " seconds."
End Sub
Private Function Anagrams(strContent As String) As Variant
Dim arrList
Dim arrTemp() As String
Dim arrReturn() As String
Dim Num As Long
Dim lngCountTemp As Long
Dim lngCount As Long
Dim i As Long
'Put the content of txt file in an One Dim Array
arrList = Split(strContent, vbCrLf)
ReDim arrTemp(0 To UBound(arrList, 1), 0 To 2)
'Transfer Datas in a 2nd Array Multi-Dim
'Col 0 = words with letters sorted
'Col 1 = words
'Col 2 = Number of same words with letters sorted in the list
For Num = LBound(arrList) To UBound(arrList)
arrTemp(Num, 0) = SortLetters(CStr(arrList(Num)), Chr(0))
arrTemp(Num, 1) = CStr(arrList(Num))
Next
SortTwoDimArray arrTemp, LBound(arrTemp, 1), UBound(arrTemp, 1), 0
For Num = LBound(arrTemp, 1) To UBound(arrTemp, 1)
arrTemp(Num, 2) = NbIf(arrTemp(Num, 0), arrTemp, Num, 0)
If arrTemp(Num, 2) > lngCountTemp Then lngCountTemp = arrTemp(Num, 2)
Next
'return
ReDim arrReturn(0 To lngCountTemp, 0)
For Num = LBound(arrTemp, 1) To UBound(arrTemp, 1)
If lngCountTemp = arrTemp(Num, 2) Then
ReDim Preserve arrReturn(0 To lngCountTemp, 0 To lngCount)
For i = 0 To lngCountTemp - 1
arrReturn(i, lngCount) = arrTemp(Num + i, 1)
Next i
lngCount = lngCount + 1
End If
Next Num
Anagrams = Transposition(arrReturn)
End Function
Private Function SortLetters(s As String, sep As String) As String
Dim temp
temp = Split(StrConv(s, vbUnicode), sep)
SortOneDimArray temp, LBound(temp), UBound(temp)
SortLetters = Join(temp, sep)
End Function
Private Function NbIf(strValue As String, arr As Variant, lngInd As Long, Optional lngColumn As Long) As Long
Dim i As Long
Dim lngCount As Long
For i = lngInd To UBound(arr, 1)
If arr(i, lngColumn) = strValue Then
lngCount = lngCount + 1
Else
Exit For
End If
Next i
NbIf = lngCount
End Function
Private Function Transposition(ByRef myArr As Variant) As Variant
Dim tabl
Dim i As Long
Dim j As Long
ReDim tabl(LBound(myArr, 2) To UBound(myArr, 2), LBound(myArr, 1) To UBound(myArr, 1))
For i = LBound(myArr, 1) To UBound(myArr, 1)
For j = LBound(myArr, 2) To UBound(myArr, 2)
tabl(j, i) = myArr(i, j)
Next j
Next i
Transposition = tabl
Erase tabl
End Function
Private Sub SortOneDimArray(ByRef myArr As Variant, mini As Long, Maxi As Long)
Dim i As Long
Dim j As Long
Dim Pivot As Variant
Dim temp As Variant
On Error Resume Next
i = mini: j = Maxi
Pivot = myArr((mini + Maxi) \ 2)
While i <= j
While myArr(i) < Pivot And i < Maxi: i = i + 1: Wend
While Pivot < myArr(j) And j > mini: j = j - 1: Wend
If i <= j Then
temp = myArr(i)
myArr(i) = myArr(j)
myArr(j) = temp
i = i + 1: j = j - 1
End If
Wend
If (mini < j) Then Call SortOneDimArray(myArr, mini, j)
If (i < Maxi) Then Call SortOneDimArray(myArr, i, Maxi)
End Sub
Private Sub SortTwoDimArray(ByRef myArr As Variant, mini As Long, Maxi As Long, Optional Colonne As Long = 0)
Dim i As Long
Dim j As Long
Dim Pivot As Variant
Dim myArrTemp As Variant
Dim ColTemp As Long
On Error Resume Next
i = mini: j = Maxi
Pivot = myArr((mini + Maxi) \ 2, Colonne)
While i <= j
While myArr(i, Colonne) < Pivot And i < Maxi: i = i + 1: Wend
While Pivot < myArr(j, Colonne) And j > mini: j = j - 1: Wend
If i <= j Then
ReDim myArrTemp(LBound(myArr, 2) To UBound(myArr, 2))
For ColTemp = LBound(myArr, 2) To UBound(myArr, 2)
myArrTemp(ColTemp) = myArr(i, ColTemp)
myArr(i, ColTemp) = myArr(j, ColTemp)
myArr(j, ColTemp) = myArrTemp(ColTemp)
Next ColTemp
Erase myArrTemp
i = i + 1: j = j - 1
End If
Wend
If (mini < j) Then Call SortTwoDimArray(myArr, mini, j, Colonne)
If (i < Maxi) Then Call SortTwoDimArray(myArr, i, Maxi, Colonne)
End Sub
|
<gh_stars>1-10
Function Zeckendorf(n)
num = n
Set fibonacci = CreateObject("System.Collections.Arraylist")
fibonacci.Add 1 : fibonacci.Add 2
i = 1
Do While fibonacci(i) < num
fibonacci.Add fibonacci(i) + fibonacci(i-1)
i = i + 1
Loop
tmp = ""
For j = fibonacci.Count-1 To 0 Step -1
If fibonacci(j) <= num And (tmp = "" Or Left(tmp,1) <> "1") Then
tmp = tmp & "1"
num = num - fibonacci(j)
Else
tmp = tmp & "0"
End If
Next
Zeckendorf = CLng(tmp)
End Function
'testing the function
For k = 0 To 20
WScript.StdOut.WriteLine k & ": " & Zeckendorf(k)
Next
|
Sub SiftDown(list() As Integer, start As Long, eend As Long)
Dim root As Long : root = start
Dim lb As Long : lb = LBound(list)
Dim temp As Integer
While root * 2 + 1 <= eend
Dim child As Long : child = root * 2 + 1
If child + 1 <= eend Then
If list(lb + child) < list(lb + child + 1) Then
child = child + 1
End If
End If
If list(lb + root) < list(lb + child) Then
temp = list(lb + root)
list(lb + root) = list(lb + child)
list(lb + child) = temp
root = child
Else
Exit Sub
End If
Wend
End Sub
Sub HeapSort(list() As Integer)
Dim lb As Long : lb = LBound(list)
Dim count As Long : count = UBound(list) - lb + 1
Dim start As Long : start = (count - 2) \ 2
Dim eend As Long : eend = count - 1
While start >= 0
SiftDown list(), start, eend
start = start - 1
Wend
Dim temp As Integer
While eend > 0
temp = list(lb + eend)
list(lb + eend) = list(lb)
list(lb) = temp
eend = eend - 1
SiftDown list(), 0, eend
Wend
End Sub
|
Sub Rosetta_AB()
Dim stEval As String
stEval = InputBox("Enter two numbers, separated only by a space", "Rosetta Code", "2 2")
MsgBox "You entered " & stEval & vbCr & vbCr & _
"VBA converted this input to " & Replace(stEval, " ", "+") & vbCr & vbCr & _
"And evaluated the result as " & Evaluate(Replace(stEval, " ", "+")), vbInformation + vbOKOnly, "XLSM"
End Sub
|
<filename>Task/File-modification-time/VBScript/file-modification-time.vb
WScript.Echo CreateObject("Scripting.FileSystemObject").GetFile("input.txt").DateLastModified
|
<filename>admin/wmi/wbem/scripting/test/vbscript/badmoniker.vbs
on error resume next
Set Services = GetObject("winmgmts:?")
if err <> 0 then
Wscript.Echo Err.Description, Err.Source, Err.Number
end if
|
'
' test2.vbs
'
' device lists
'
Dim WshSHell
Dim DevCon
Dim AllDevs
Dim DelDev
Dim Dev
set WshShell = WScript.CreateObject("WScript.Shell")
set DevCon = WScript.CreateObject("DevCon.DeviceConsole")
set AllDevs = DevCon.AllDevices()
Count = AllDevs.Count
Wscript.Echo "Enum, Count="+CStr(Count)
FOR EACH Dev In AllDevs
WScript.Echo Dev
NEXT
DelDev = AllDevs(2)
Wscript.Echo "Remove 2 - "+DelDev
AllDevs.Remove 2
Count = AllDevs.Count
Wscript.Echo "Iterate 1.."+CStr(Count)
For i = 1 To Count
Dev = AllDevs(i)
WScript.Echo Dev
NEXT
AllDevs.Add DelDev
AllDevs.Add Dev
Count = AllDevs.Count
Wscript.Echo "Count="+CStr(Count)
For i = 1 To Count
WScript.Echo AllDevs(i)
NEXT
Set WshShell = nothing
Set DevCon = nothing
Set AllDevs = nothing
Set Dev = nothing
Set DelDev = nothing
|
<filename>admin/pchealth/upload/client/uploadmanager/unittest/test8_poweroff.vbs
'stop
Set oArguments = wscript.Arguments
If oArguments.length > 0 then
Id = oArguments.Item(0)
End If
If oArguments.length > 1 then
File = oArguments.Item(1)
End If
History = 2
Compressed = false
PersistToDisk = true
Mode = 1 ' Foreground
Set fso = CreateObject("Scripting.FileSystemObject")
File = fso.GetAbsolutePathName( File )
Set obj = CreateObject( "UploadManager.MPCUpload" )
Set job = obj.CreateJob()
job.Sig = "{2B12E858-F61B-11d2-938E-00C04F72DAF7}"
job.Server = "http://dmassare2/pchealth/uploadserver.dll"
job.JobID = ID
job.ProviderID = "Esc"
job.History = History
job.Compressed = Compressed
job.Mode = Mode
job.PersistToDisk = PersistToDisk
job.UserName = "testuser01"
job.Password = "password"
job.GetDataFromFile File
job.ActivateSync
wscript.echo job.CreationTime
wscript.echo job.CompleteTime
|
'********************************************************************
'*
'* File: GETRAM.VBS
'* Created: July 1998
'* Version: 1.0
'*
'* Main Function: Lists the size of RAM on a machine.
'* Usage: GETRAM.VBS [/S:server] [/U:username] [/W:password] [/Q]
'*
'* Copyright (C) 1998 Microsoft Corporation
'*
'********************************************************************
OPTION EXPLICIT
ON ERROR RESUME NEXT
'Define constants
CONST CONST_ERROR = 0
CONST CONST_WSCRIPT = 1
CONST CONST_CSCRIPT = 2
CONST CONST_SHOW_USAGE = 3
CONST CONST_PROCEED = 4
'Declare variables
Dim intOpMode, blnQuiet, i
Dim strServer, strUserName, strPassword
ReDim strArgumentArray(0)
'Initialize variables
strArgumentArray(0) = ""
blnQuiet = False
strServer = ""
strUserName = ""
strPassword = ""
'Get the command line arguments
For i = 0 to Wscript.arguments.count - 1
ReDim Preserve strArgumentArray(i)
strArgumentArray(i) = Wscript.arguments.Item(i)
Next
'Check whether the script is run using CScript
Select Case intChkProgram()
Case CONST_CSCRIPT
'Do Nothing
Case CONST_WSCRIPT
WScript.Echo "Please run this script using CScript." & vbCRLF & _
"This can be achieved by" & vbCRLF & _
"1. Using ""CScript GETRAM.VBS arguments"" for Windows 95/98 or" & vbCRLF & _
"2. Changing the default Windows Scripting Host setting to CScript" & vbCRLF & _
" using ""CScript //H:CScript //S"" and running the script using" & vbCRLF & _
" ""GETRAM.VBS arguments"" for Windows NT."
WScript.Quit
Case Else
WScript.Quit
End Select
'Parse the command line
intOpMode = intParseCmdLine(strArgumentArray, strServer, _
strUserName, strPassword, blnQuiet)
If Err.Number then
Print "Error 0x" & CStr(Hex(Err.Number)) & " occurred in parsing the command line."
If Err.Description <> "" Then
Print "Error description: " & Err.Description & "."
End If
WScript.Quit
End If
Select Case intOpMode
Case CONST_SHOW_USAGE
Call ShowUsage()
Case CONST_PROCEED
Call GetRam(strServer, strUserName, strPassword)
Case CONST_ERROR
'Do nothing.
Case Else 'Default -- should never happen
Print "Error occurred in passing parameters."
End Select
'********************************************************************
'*
'* Function intChkProgram()
'* Purpose: Determines which program is used to run this script.
'* Input: None
'* Output: intChkProgram is set to one of CONST_ERROR, CONST_WSCRIPT,
'* and CONST_CSCRIPT.
'*
'********************************************************************
Private Function intChkProgram()
ON ERROR RESUME NEXT
Dim strFullName, strCommand, i, j
'strFullName should be something like C:\WINDOWS\COMMAND\CSCRIPT.EXE
strFullName = WScript.FullName
If Err.Number then
Print "Error 0x" & CStr(Hex(Err.Number)) & " occurred."
If Err.Description <> "" Then
If Err.Description <> "" Then
Print "Error description: " & Err.Description & "."
End If
End If
intChkProgram = CONST_ERROR
Exit Function
End If
i = InStr(1, strFullName, ".exe", 1)
If i = 0 Then
intChkProgram = CONST_ERROR
Exit Function
Else
j = InStrRev(strFullName, "\", i, 1)
If j = 0 Then
intChkProgram = CONST_ERROR
Exit Function
Else
strCommand = Mid(strFullName, j+1, i-j-1)
Select Case LCase(strCommand)
Case "cscript"
intChkProgram = CONST_CSCRIPT
Case "wscript"
intChkProgram = CONST_WSCRIPT
Case Else 'should never happen
Print "An unexpected program is used to run this script."
Print "Only CScript.Exe or WScript.Exe can be used to run this script."
intChkProgram = CONST_ERROR
End Select
End If
End If
End Function
'********************************************************************
'*
'* Function intParseCmdLine()
'* Purpose: Parses the command line.
'* Input: strArgumentArray an array containing input from the command line
'* Output: strServer a machine name
'* strUserName the current user's name
'* strPassword <PASSWORD>
'* blnQuiet specifies whether to suppress messages
'* intParseCmdLine is set to one of CONST_ERROR, CONST_SHOW_USAGE, CONST_PROCEED.
'*
'********************************************************************
Private Function intParseCmdLine(strArgumentArray, strServer, _
strUserName, strPassword, blnQuiet)
ON ERROR RESUME NEXT
Dim strFlag, i
strFlag = strArgumentArray(0)
If strFlag = "" then 'No arguments have been received
intParseCmdLine = CONST_PROCEED
Exit Function
End If
If (strFlag="help") OR (strFlag="/h") OR (strFlag="\h") OR (strFlag="-h") _
OR (strFlag = "\?") OR (strFlag = "/?") OR (strFlag = "?") OR (strFlag="h") Then
intParseCmdLine = CONST_SHOW_USAGE
Exit Function
End If
For i = 0 to UBound(strArgumentArray)
strFlag = LCase(Left(strArgumentArray(i), InStr(1, strArgumentArray(i), ":")-1))
If Err.Number Then 'An error occurs if there is no : in the string
Err.Clear
If LCase(strArgumentArray(i)) = "/q" Then
blnQuiet = True
Else
Print strArgumentArray(i) & " is not a valid input."
Print "Please check the input and try again."
intParseCmdLine = CONST_ERROR
Exit Function
End If
Else
Select Case strFlag
Case "/s"
strServer = Right(strArgumentArray(i), Len(strArgumentArray(i))-3)
Case "/u"
strUserName = Right(strArgumentArray(i), Len(strArgumentArray(i))-3)
Case "/w"
strPassword = Right(strArgumentArray(i), Len(strArgumentArray(i))-3)
Case else
Print "Invalid flag " & """" & strFlag & ":""" & "."
Print "Please check the input and try again."
intParseCmdLine = CONST_ERROR
Exit Function
End Select
End If
Next
intParseCmdLine = CONST_PROCEED
End Function
'********************************************************************
'*
'* Sub ShowUsage()
'* Purpose: Shows the correct usage to the user.
'* Input: None
'* Output: Help messages are displayed on screen.
'*
'********************************************************************
Private Sub ShowUsage()
Wscript.echo ""
Wscript.echo "Lists the size of RAM on a machine." & vbCRLF
Wscript.echo "GETRAM.VBS [/S:server] [/U:username] [/W:password] [/Q]"
Wscript.Echo " /S, /U, /W Parameter specifiers."
Wscript.Echo " server Name of the server to be checked."
Wscript.Echo " username The current user's name."
Wscript.Echo " password <PASSWORD>."
Wscript.Echo " /Q Suppresses all output messages." & vbCRLF
Wscript.Echo "EXAMPLE:"
Wscript.echo "GETRAM.VBS /s:MyMachine2"
Wscript.echo " lists the size of RAM on MyMachine2."
End Sub
'********************************************************************
'*
'* Sub GetRam()
'* Purpose: Lists the size of RAM on a machine.
'* Input: strServer is the name of the machine to be checked
'* strUserName the current user's name
'* strPassword the current user's password
'* Output: The size of RAM is printed on screen.
'*
'********************************************************************
Private Sub GetRam(strServer, strUserName, strPassword)
ON ERROR RESUME NEXT
Dim objFileSystem, objOutputFile, objService, strQuery
If strOutputFile = "" Then
objOutputFile = ""
Else
'Create a file object.
set objFileSystem = CreateObject("Scripting.FileSystemObject")
If Err.Number then
Print "Error 0x" & CStr(Hex(Err.Number)) & " opening a filesystem object."
If Err.Description <> "" Then
Print "Error description: " & Err.Description & "."
End If
Exit Sub
End If
'Open the file for output
set objOutputFile = objFileSystem.OpenTextFile(strOutputFile, 8, True)
If Err.Number then
Print "Error 0x" & CStr(Hex(Err.Number)) & " opening file " & strOutputFile
If Err.Description <> "" Then
Print "Error description: " & Err.Description & "."
End If
Exit Sub
End If
End If
'Establish a connection with the server.
If blnConnect(objService, strServer, "root/cimv2", strUserName, strPassword) Then
Exit Sub
End If
strQuery = "Select TotalPhysicalMemory From Win32_LogicalMemoryConfiguration"
'Now execute the query.
Call ExecuteQuery(objService, strQuery)
End Sub
'********************************************************************
'*
'* Function blnConnect()
'* Purpose: Connects to machine strServer.
'* Input: strServer a machine name
'* strNameSpace a namespace
'* strUserName name of the current user
'* strPassword <PASSWORD>
'* Output: objService is returned as a service object.
'*
'********************************************************************
Private Function blnConnect(objService, strServer, strNameSpace, strUserName, strPassword)
ON ERROR RESUME NEXT
Dim objLocator
blnConnect = False 'There is no error.
' Create Locator object to connect to remote CIM object manager
Set objLocator = CreateObject("WbemScripting.SWbemLocator")
If Err.Number then
Print "Error 0x" & CStr(Hex(Err.Number)) & " occurred in creating a locator object."
If Err.Description <> "" Then
Print "Error description: " & Err.Description & "."
End If
Err.Clear
blnConnect = True 'An error occurred
Exit Function
End If
' Connect to the namespace which is either local or remote
Set objService = objLocator.ConnectServer (strServer, strNameSpace, _
strUserName, strPassword)
ObjService.Security_.impersonationlevel = 3
If Err.Number then
Print "Error 0x" & CStr(Hex(Err.Number)) & " occurred in connecting to server " _
& strServer & "."
If Err.Description <> "" Then
Print "Error description: " & Err.Description & "."
End If
Err.Clear
blnConnect = True 'An error occurred
End If
End Function
'********************************************************************
'*
'* Sub ExecQuery()
'* Purpose: Queries a machine for the size of its RAM.
'* Input: objService the service object
'* strQuery the query string
'* Output: The size of RAM is printed on screen.
'*
'********************************************************************
Private Sub ExecuteQuery(objService, strQuery)
ON ERROR RESUME NEXT
Dim objEnumerator, objInstance, strMessage
Set objEnumerator = objService.ExecQuery(strQuery)
If Err.Number Then
Print "Error 0x" & CStr(Hex(Err.Number)) & " occurred during the query."
If Err.Description <> "" Then
Print "Error description: " & Err.Description & "."
End If
Err.Clear
Exit Sub
End If
For Each objInstance in objEnumerator
If Err.Number Then
Err.Clear
Else
If objInstance is nothing Then
Exit Sub
Else
strMessage = Space(6) & objInstance.TotalPhysicalMemory & " KB"
Wscript.Echo strMessage
End If
End If
Next
End Sub
'********************************************************************
'*
'* Sub Print()
'* Purpose: Prints a message on screen if blnQuiet = False.
'* Input: strMessage the string to print
'* Output: strMessage is printed on screen if blnQuiet = False.
'*
'********************************************************************
Sub Print(ByRef strMessage)
If Not blnQuiet then
Wscript.Echo strMessage
End If
End Sub
'********************************************************************
'* *
'* End of File *
'* *
'********************************************************************
'********************************************************************
'*
'* Procedures calling sequence: GETRAM.VBS
'*
'* intParseCmdLine
'* ShowUsage
'* GetRam
'* blnConnect
'* ExecuteQuery
'*
'********************************************************************
'********************************************************************
|
Attribute VB_Name = "CabsAndHHTs"
Option Explicit
Public Const PKG_DESC_FILE_C As String = "package_description.xml"
Private Const PKG_DESC_HHT_C As String = "HELPCENTERPACKAGE/METADATA/HHT"
Private Const PKG_DESC_HHT_ATTRIBUTE_FILE_C As String = "FILE"
Public Const E_FAIL As Long = &H80004005
Public Function Cab2Folder( _
ByVal i_strCabFile As String, _
Optional ByVal i_strFolder As String = "" _
) As String
Dim FSO As Scripting.FileSystemObject
Dim WS As IWshShell
Dim strFolder As String
Dim strCmd As String
Cab2Folder = ""
Set FSO = New Scripting.FileSystemObject
Set WS = CreateObject("Wscript.Shell")
If (Not FSO.FileExists(i_strCabFile)) Then
Err.Raise E_FAIL, , "File " & i_strCabFile & " doesn't exist."
End If
If (i_strFolder = "") Then
' We grab a Temporary Filename and create a folder out of it
strFolder = FSO.GetSpecialFolder(TemporaryFolder) + "\" + FSO.GetTempName
FSO.CreateFolder strFolder
Else
If (Not FSO.FolderExists(i_strFolder)) Then
Err.Raise E_FAIL, , "Folder " & i_strFolder & " doesn't exist."
End If
strFolder = i_strFolder
End If
' We uncab CAB contents into the Source CAB Contents dir.
strCmd = "cabarc -o X """ & i_strCabFile & """ " & strFolder & "\"
WS.Run strCmd, True, True
Cab2Folder = strFolder
End Function
Public Sub Folder2Cab( _
ByVal i_strFolder As String, _
ByVal i_strCabFile As String _
)
Dim FSO As Scripting.FileSystemObject
Dim WS As IWshShell
Dim strCmd As String
Set FSO = New Scripting.FileSystemObject
Set WS = CreateObject("Wscript.Shell")
If (Not FSO.FolderExists(i_strFolder)) Then
Err.Raise E_FAIL, , "Folder " & i_strFolder & " doesn't exist."
End If
If (FSO.FileExists(i_strCabFile)) Then
FSO.DeleteFile i_strCabFile, True
End If
strCmd = "cabarc -r -s 6144 n """ & i_strCabFile & """ " & i_strFolder & "\*"
WS.Run strCmd, True, True
End Sub
Public Sub DeleteCabFolder( _
ByVal i_strFolder As String _
)
On Error Resume Next
Dim FSO As New Scripting.FileSystemObject
FSO.DeleteFolder i_strFolder
End Sub
Public Function GetFileAsDomDocument( _
ByVal i_strFile As String _
) As MSXML2.DOMDocument
Dim FSO As Scripting.FileSystemObject
Dim DOMDoc As MSXML2.DOMDocument
Set DOMDoc = New MSXML2.DOMDocument
Set FSO = New Scripting.FileSystemObject
If (Not FSO.FileExists(i_strFile)) Then
Err.Raise E_FAIL, , "File " & i_strFile & " doesn't exist."
End If
DOMDoc.async = False
DOMDoc.Load i_strFile
If (DOMDoc.parseError <> 0) Then
Err.Raise E_FAIL, , "Unable to parse " & i_strFile & ": " & DOMDoc.parseError
End If
Set GetFileAsDomDocument = DOMDoc
End Function
Public Function GetPackageDescription( _
ByVal i_strFolder As String _
) As MSXML2.DOMDocument
Set GetPackageDescription = GetFileAsDomDocument(i_strFolder & "\" & PKG_DESC_FILE_C)
End Function
Public Function GetNumberOfHHTsListedInPackageDescription( _
ByVal i_DOMDocPackageDescription As MSXML2.DOMDocument _
) As Long
Dim DOMNodeListHHT As MSXML2.IXMLDOMNodeList
If (i_DOMDocPackageDescription Is Nothing) Then
Err.Raise E_FAIL, , "Argument i_DOMDocPackageDescription is Nothing."
End If
Set DOMNodeListHHT = i_DOMDocPackageDescription.selectNodes(PKG_DESC_HHT_C)
GetNumberOfHHTsListedInPackageDescription = DOMNodeListHHT.length
End Function
Public Function GetNthHHTListedInPackageDescription( _
ByVal i_DOMDocPackageDescription As MSXML2.DOMDocument, _
ByVal i_intIndex As Long _
) As String
Dim DOMNodeListHHT As MSXML2.IXMLDOMNodeList
Dim DOMNode As MSXML2.IXMLDOMNode
If (i_DOMDocPackageDescription Is Nothing) Then
Err.Raise E_FAIL, , "Argument i_DOMDocPackageDescription is Nothing."
End If
Set DOMNodeListHHT = i_DOMDocPackageDescription.selectNodes(PKG_DESC_HHT_C)
If ((i_intIndex < 1) Or (i_intIndex > DOMNodeListHHT.length)) Then
Err.Raise E_FAIL, , "Index " & i_intIndex & " out of range."
End If
Set DOMNode = DOMNodeListHHT(i_intIndex - 1)
GetNthHHTListedInPackageDescription = DOMNode.Attributes.getNamedItem(PKG_DESC_HHT_ATTRIBUTE_FILE_C).Text
End Function
|
<filename>Task/Binary-search/VBA/binary-search-1.vba
Public Function BinarySearch(a, value, low, high)
'search for "value" in ordered array a(low..high)
'return index point if found, -1 if not found
If high < low Then
BinarySearch = -1 'not found
Exit Function
End If
midd = low + Int((high - low) / 2) ' "midd" because "Mid" is reserved in VBA
If a(midd) > value Then
BinarySearch = BinarySearch(a, value, low, midd - 1)
ElseIf a(midd) < value Then
BinarySearch = BinarySearch(a, value, midd + 1, high)
Else
BinarySearch = midd
End If
End Function
|
Public Q(100000) As Long
Public Sub HofstadterQ()
Dim n As Long, smaller As Long
Q(1) = 1
Q(2) = 1
For n = 3 To 100000
Q(n) = Q(n - Q(n - 1)) + Q(n - Q(n - 2))
If Q(n) < Q(n - 1) Then smaller = smaller + 1
Next n
Debug.Print "First ten terms:"
For i = 1 To 10
Debug.Print Q(i);
Next i
Debug.print
Debug.Print "The 1000th term is:"; Q(1000)
Debug.Print "Number of times smaller:"; smaller
End Sub
|
<reponame>djgoku/RosettaCodeData
Set FSO=CreateObject("Scripting.FileSystemObject")
Function FileExists(strFile)
if FSO.fileExists(strFile) then
FileExists=true
else
FileExists=false
end if
end function
Function folderExists(strFolder)
if FSO.folderExists(strFolder) then
folderExists=true
else
folderexists=false
end if
end function
'''''usage (apostrophes indicate comments-this section will not be run)'''''
'if fileExists("C:\test.txt") then
'msgbox"It Exists!"
'else
'msgbox"awww"
'end if
''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''
|
<filename>ips/mbist/READONLY_LVISION_MBISTPG_CTRL.vb
/*
----------------------------------------------------------------------------------
- -
- Copyright Mentor Graphics Corporation -
- All Rights Reserved -
- -
- THIS WORK CONTAINS TRADE SECRET AND PROPRIETARY -
- INFORMATION WHICH IS THE PROPERTY OF MENTOR GRAPHICS -
- CORPORATION OR ITS LICENSORS AND IS SUBJECT -
- TO LICENSE TERMS. -
- -
----------------------------------------------------------------------------------
- File created by: membistipGenerate -
- Version: 2017.1 -
- Created on: Sat Feb 23 20:09:40 CST 2019 -
----------------------------------------------------------------------------------
*/
/*------------------------------------------------------------------------------
Module : READONLY_LVISION_MBISTPG_CTRL
Description : Microprogrammable BIST Controller
--------------------------------------------------------------------------------
Language : Verilog
Controller Type : HardProgrammable
-------------------------------------------------------- (c) Mentor Graphics */
module READONLY_LVISION_MBISTPG_CTRL (
BIST_COL_ADD , // column address
BIST_ROW_ADD , // row address
BIST_SHIFT_COLLAR , // internal scan chain shift enable to Memory collar
BIST_SELECT ,
BIST_OUTPUTENABLE ,
BIST_WRITEENABLE ,
BIST_CMP ,
MEM0_BIST_COLLAR_SI ,
MEM0_BIST_COLLAR_SO ,
BIST_COLLAR_SETUP ,
BIST_COLLAR_HOLD ,
BIST_CLEAR_DEFAULT ,
BIST_CLEAR ,
BIST_COLLAR_GO , // Status bit from collars with local comparators
MBISTPG_COMPARE_MISR ,
BIST_CLK ,
BIST_SI , // toIscan wire from TAP
MBISTPG_SO , // fromBist wire to TAP
BIST_SHIFT , // shiftBist wire from TAP
BIST_HOLD , // holdBist wire from TAP
BIST_SETUP2 , // setupMode wires from TAP
BIST_SETUP , // setupMode wires from TAP
TCK_MODE , // tckMode wire from TAP
TCK , // tck wire from TAP
MBISTPG_TESTDATA_SELECT ,
BIST_ON_TO_COLLAR ,
LV_TM , // testMode wire from Tap
MBISTPG_MEM_RST ,
MBISTPG_REDUCED_ADDR_CNT_EN ,
MBISTPG_ASYNC_RESETN , // Asynchronous reset enable (active low)
BIST_COLLAR_EN0 , // Enable for interface MEM0
MBISTPG_EN , // bistEn wire from TAP
MBISTPG_GO , // Status bit indicating BIST is Pass when high and DONE is High
MBISTPG_DONE // Status bit indicating BIST is done when high
);
reg ALGO_SEL_CNT_REG;
wire ALGO_SEL_CNT_RST;
wire ALGO_SEL_CNT_SI;
wire ALGO_SEL_CNT_SO;
reg SELECT_COMMON_OPSET_REG;
wire SELECT_COMMON_OPSET_RST;
wire SELECT_COMMON_OPSET_SI;
wire SELECT_COMMON_OPSET_SO;
reg MICROCODE_EN_REG;
wire MICROCODE_EN_RST;
wire MICROCODE_EN_SI;
wire MICROCODE_EN_SO;
wire STEP_ALGO_SELECT;
input MBISTPG_MEM_RST;
wire MBISTPG_MEM_RST_SYNC;
input MBISTPG_REDUCED_ADDR_CNT_EN;
wire MBISTPG_REDUCED_ADDR_CNT_EN_SYNC;
wire MBISTPG_REDUCED_ADDR_CNT_EN_INT;
reg REDUCED_ADDR_CNT_EN_REG;
wire REDUCED_ADDR_CNT_EN_SI;
wire REDUCED_ADDR_CNT_EN_SO;
wire INIT_SIGNAL_GEN_REGS;
output [3:0] BIST_COL_ADD;
output [4:0] BIST_ROW_ADD;
output BIST_SHIFT_COLLAR;
output MEM0_BIST_COLLAR_SI;
input MEM0_BIST_COLLAR_SO;
output BIST_COLLAR_SETUP;
output BIST_COLLAR_HOLD;
output BIST_CLEAR_DEFAULT;
output BIST_CLEAR;
input BIST_COLLAR_GO;
output MBISTPG_COMPARE_MISR;
reg [1:0] MBISTPG_COMPARE_MISR_R;
wire MBISTPG_ROM_STEP;
wire MBISTPG_COMPARE_MISR_R_IN;
input BIST_CLK;
wire BIST_CLK_INT;
input BIST_SI;
output MBISTPG_SO;
input BIST_SHIFT;
wire BIST_SHIFT_INT;
input BIST_HOLD;
wire BIST_HOLD_INT;
input BIST_SETUP2;
input [1:0] BIST_SETUP;
wire [2:0] BIST_SETUP_INT2;
input MBISTPG_TESTDATA_SELECT;
input TCK_MODE;
wire TCK_MODE_INT;
input TCK;
input MBISTPG_EN;
wire MBISTPG_EN_INT;
input MBISTPG_ASYNC_RESETN;
input LV_TM;
output BIST_SELECT;
output BIST_OUTPUTENABLE;
output BIST_WRITEENABLE;
output BIST_CMP;
wire BIST_CMP_INT;
wire BIST_CMP_FROM_SIGNAL_GEN;
output BIST_COLLAR_EN0;
wire BIST_COLLAR_EN0_PRE;
wire BIST_COLLAR_EN0_INT;
output MBISTPG_GO;
output MBISTPG_DONE;
wire POINTER_CNTRL_SI;
wire POINTER_CNTRL_SO;
wire ADD_GEN_SI;
wire ADD_GEN_SO;
wire SIGNAL_GEN_SI;
wire SIGNAL_GEN_SO;
wire REPEAT_LOOP_CNTRL_SI;
wire REPEAT_LOOP_CNTRL_SO;
wire COUNTERA_SI;
wire COUNTERA_SO;
wire COLLAR_GO;
wire MBISTPG_GO_INT;
wire BIST_SI_SYNC;
wire TCK_PULSE;
wire BIST_SHIFT_SYNC;
wire BIST_SHIFT_LONG;
wire BIST_SHIFT_SHORT;
wire [2:0] BIST_SETUP_INT;
wire [2:0] BIST_SETUP_SYNC;
wire MBISTPG_TESTDATA_SELECT_INT;
wire SHORT_SETUP_SYNC;
reg TO_COLLAR_SI;
wire TO_COLLAR_SI_MUX_INPUT0;
wire TO_COLLAR_SI_MUX_INPUT1;
wire BIST_HOLD_R;
wire BIST_HOLD_R_INT;
wire LAST_STATE_DONE;
output BIST_ON_TO_COLLAR;
wire BIST_ON;
wire BIST_DONE;
wire BIST_IDLE;
wire LAST_TICK;
wire LAST_STATE;
wire NEXT_ALGO;
wire SETUP_PULSE1;
wire SETUP_PULSE2;
wire [2:0] OP_SELECT_CMD;
wire [1:0] A_EQUALS_B_INVERT_DATA;
wire [2:0] ADD_Y1_CMD;
wire [2:0] ADD_X1_CMD;
wire [2:0] ADD_REG_SELECT;
wire [3:0] WDATA_CMD;
wire [3:0] EDATA_CMD;
wire [1:0] LOOP_CMD;
wire COUNTERA_CMD;
wire INH_LAST_ADDR_CNT;
wire INH_DATA_CMP;
wire [2:0] ADD_Y1_CMD_MODIFIED;
wire [2:0] ADD_X1_CMD_MODIFIED;
wire [3:0] WDATA_CMD_MODIFIED;
wire [3:0] EDATA_CMD_MODIFIED;
wire INH_LAST_ADDR_CNT_MODIFIED;
wire INH_LAST_ADDR_CNT_MODIFIED_INT;
wire INH_DATA_CMP_MODIFIED;
wire LOOP_STATE_TRUE;
wire [1:0] LOOP_POINTER;
wire [4:0] ROW_ADDRESS;
wire [3:0] COLUMN_ADDRESS;
wire [4:0] X_ADDRESS;
wire [3:0] Y_ADDRESS;
wire A_EQUALS_B_TRIGGER;
wire Y1_MINMAX_TRIGGER;
wire Y1_MINMAX_TRIGGER_OUT;
wire X1_MINMAX_TRIGGER;
wire X1_MINMAX_TRIGGER_OUT;
wire COUNTERA_ENDCOUNT_TRIGGER;
wire COUNTERA_ENDCOUNT_TRIGGER_INT;
wire LOOPCOUNTMAX_TRIGGER;
wire LOOPCOUNTMAX_TRIGGER_INT;
wire BIST_INIT;
wire RESET_REG_SETUP1;
wire RESET_REG_SETUP2;
wire BIST_RUN;
wire BIST_RUN_INT;
wire BIST_RUN_PIPE;
wire DEFAULT_MODE;
wire RESET_REG_DEFAULT_MODE;
wire CLEAR_DEFAULT;
wire CLEAR;
reg GO_EN;
assign BIST_ON_TO_COLLAR = BIST_ON;
//----------------------------------
//----- Controller Main Code -----
//----------------------------------
assign BIST_CLK_INT = BIST_CLK;
assign MBISTPG_MEM_RST_SYNC = MBISTPG_MEM_RST & BIST_ON;
assign INIT_SIGNAL_GEN_REGS = ~(SELECT_COMMON_OPSET_REG);
assign RESET_REG_SETUP1 = SETUP_PULSE1;
assign RESET_REG_SETUP2 = SETUP_PULSE2;
assign RESET_REG_DEFAULT_MODE = (SETUP_PULSE1 & (DEFAULT_MODE | ~MICROCODE_EN_REG));
assign CLEAR_DEFAULT = (BIST_INIT & DEFAULT_MODE & ~GO_EN);
assign CLEAR = (BIST_INIT & ~GO_EN);
assign BIST_CLEAR_DEFAULT = CLEAR_DEFAULT;
assign BIST_CLEAR = CLEAR;
assign BIST_COL_ADD = COLUMN_ADDRESS;
assign BIST_ROW_ADD = ROW_ADDRESS;
assign BIST_SHIFT_COLLAR = BIST_SHIFT_SHORT;
assign BIST_COLLAR_SETUP = (SETUP_PULSE1 & ~BIST_HOLD_R_INT);
//----------------------
//-- Collar BIST_HOLD --
//----------------------
assign BIST_COLLAR_HOLD = BIST_HOLD_R;
//--------------------------
//-- Controller BIST_HOLD --
//--------------------------
assign BIST_HOLD_R_INT = BIST_HOLD_R;
assign BIST_SI_SYNC = BIST_SI | LV_TM & BIST_SHIFT_SYNC;
assign BIST_SETUP_INT2 = {BIST_SETUP2, BIST_SETUP[1:0]};
assign BIST_SETUP_INT = {BIST_SETUP_INT2[2] & ~LV_TM, BIST_SETUP_INT2[1] & ~LV_TM, BIST_SETUP_INT2[0] & ~LV_TM};
assign BIST_SETUP_SYNC[0] = BIST_SETUP_INT[0] & BIST_ON;
assign BIST_SETUP_SYNC[1] = BIST_ON;
assign BIST_SETUP_SYNC[2] = BIST_SETUP_INT[2] & BIST_ON;
assign SHORT_SETUP_SYNC = ~BIST_SETUP_INT[2] & ~BIST_SETUP_INT[1] & ~BIST_SETUP_INT[0] & BIST_SHIFT_SYNC;
assign MBISTPG_DONE = BIST_DONE;
assign TCK_MODE_INT = TCK_MODE;
assign BIST_SHIFT_INT = BIST_SHIFT;
assign MBISTPG_EN_INT = MBISTPG_EN;
//---------------------------------
//-- CompareMisr for ROM collars --
//---------------------------------
assign MBISTPG_COMPARE_MISR_R_IN = GO_EN & LAST_STATE;
assign MBISTPG_ROM_STEP = 1'b1;
always @ (posedge BIST_CLK_INT or negedge MBISTPG_ASYNC_RESETN) begin
if (~MBISTPG_ASYNC_RESETN)
MBISTPG_COMPARE_MISR_R <= 2'b00;
else
MBISTPG_COMPARE_MISR_R <= {MBISTPG_COMPARE_MISR_R[0],MBISTPG_COMPARE_MISR_R_IN};
end
assign MBISTPG_COMPARE_MISR = MBISTPG_COMPARE_MISR_R[0] & ~MBISTPG_COMPARE_MISR_R[1];
//-------------------
//-- Collar Enable --
//-------------------
assign BIST_COLLAR_EN0 = BIST_COLLAR_EN0_INT; // Memory ID: MEM0
assign BIST_COLLAR_EN0_INT = BIST_COLLAR_EN0_PRE;
assign BIST_COLLAR_EN0_PRE = BIST_ON ;
READONLY_LVISION_MBISTPG_ASYNC_INTERF MBISTPG_ASYNC_INTERF (
.BIST_CLK ( BIST_CLK_INT ),
.BIST_EN (MBISTPG_EN_INT ),
.BIST_ASYNC_RESETN (MBISTPG_ASYNC_RESETN ),
.BIST_SHIFT (BIST_SHIFT_INT ),
.TM (LV_TM ),
.BIST_SETUP (BIST_SETUP_INT[1:0] ),
.TCK_MODE (TCK_MODE_INT ),
.TCK (TCK ),
.TCK_PULSE (TCK_PULSE ),
.BIST_SHIFT_SYNC (BIST_SHIFT_SYNC ),
.BIST_SHIFT_LONG (BIST_SHIFT_LONG ),
.BIST_SHIFT_SHORT (BIST_SHIFT_SHORT )
);
assign BIST_HOLD_INT = BIST_HOLD;
READONLY_LVISION_MBISTPG_OPTION MBISTPG_OPTION (
.BIST_CLK ( BIST_CLK_INT ),
.BIST_EN (MBISTPG_EN_INT ),
.BIST_HOLD (BIST_HOLD_INT ),
.BIST_SETUP (BIST_SETUP_INT[1:0] ),
.TCK_MODE (TCK_MODE_INT ),
.BIST_ASYNC_RESETN (MBISTPG_ASYNC_RESETN ),
.LV_TM (LV_TM ),
.GO (MBISTPG_GO_INT ),
.DEFAULT_MODE (DEFAULT_MODE ),
.BIST_ON (BIST_ON ),
.BIST_HOLD_R (BIST_HOLD_R )
);
assign NEXT_ALGO = 1'b0;
READONLY_LVISION_MBISTPG_FSM MBISTPG_FSM (
.BIST_CLK (BIST_CLK_INT ),
.BIST_ON (BIST_ON ),
.BIST_HOLD_R (BIST_HOLD_R ),
.NEXT_ALGO (NEXT_ALGO ),
.BIST_ASYNC_RESETN (MBISTPG_ASYNC_RESETN ),
.LAST_STATE_DONE (LAST_STATE_DONE ),
.SETUP_PULSE1 (SETUP_PULSE1 ),
.SETUP_PULSE2 (SETUP_PULSE2 ),
.BIST_RUN (BIST_RUN_INT ),
.BIST_RUN_PIPE (BIST_RUN_PIPE ),
.BIST_INIT (BIST_INIT ),
.BIST_DONE (BIST_DONE ),
.BIST_IDLE (BIST_IDLE )
);
assign BIST_RUN = BIST_RUN_INT;
wire CMP_EN;
wire CMP_EN_IN;
assign CMP_EN_IN = BIST_CMP;
wire CMP_EN_INT;
assign CMP_EN_INT = CMP_EN_IN;
assign BIST_CMP = BIST_CMP_INT;
assign BIST_CMP_INT = BIST_CMP_FROM_SIGNAL_GEN & ~BIST_HOLD_R_INT & ~INH_DATA_CMP_MODIFIED;
assign CMP_EN = CMP_EN_INT;
//------------------------
// REDUCED ADDRESS COUNT
//------------------------
assign MBISTPG_REDUCED_ADDR_CNT_EN_SYNC = MBISTPG_REDUCED_ADDR_CNT_EN & BIST_ON;
assign REDUCED_ADDR_CNT_EN_SI = BIST_SI_SYNC;
// synopsys async_set_reset "MBISTPG_ASYNC_RESETN"
always @ (posedge BIST_CLK_INT or negedge MBISTPG_ASYNC_RESETN) begin
if (~MBISTPG_ASYNC_RESETN)
REDUCED_ADDR_CNT_EN_REG <= 1'b0;
else
if (BIST_SHIFT_SHORT) begin
REDUCED_ADDR_CNT_EN_REG <= REDUCED_ADDR_CNT_EN_SI;
end else begin
if (~BIST_HOLD_R_INT & CLEAR_DEFAULT) begin
REDUCED_ADDR_CNT_EN_REG <= MBISTPG_REDUCED_ADDR_CNT_EN_SYNC;
end
end
end
assign REDUCED_ADDR_CNT_EN_SO = REDUCED_ADDR_CNT_EN_REG;
assign MBISTPG_REDUCED_ADDR_CNT_EN_INT = REDUCED_ADDR_CNT_EN_REG & ~MBISTPG_ROM_STEP;
//------------------------
// HARDCODED ALGO SELECT
//------------------------
assign ALGO_SEL_CNT_SI = REDUCED_ADDR_CNT_EN_SO;
// synopsys sync_set_reset "ALGO_SEL_CNT_RST"
assign ALGO_SEL_CNT_RST = ~BIST_HOLD_R_INT & CLEAR_DEFAULT;
// synopsys async_set_reset "MBISTPG_ASYNC_RESETN"
always @ (posedge BIST_CLK_INT or negedge MBISTPG_ASYNC_RESETN) begin
if (~MBISTPG_ASYNC_RESETN)
ALGO_SEL_CNT_REG <= 1'b0;
else
if (ALGO_SEL_CNT_RST) begin
ALGO_SEL_CNT_REG <= 1'b0;
end else begin
if (BIST_SHIFT_SHORT) begin
ALGO_SEL_CNT_REG <= ALGO_SEL_CNT_SI;
end
end
end
assign ALGO_SEL_CNT_SO = ALGO_SEL_CNT_REG;
//------------------------
// COMMON OPSET SELECT
//------------------------
assign SELECT_COMMON_OPSET_SI = ALGO_SEL_CNT_SO;
// synopsys sync_set_reset "SELECT_COMMON_OPSET_RST"
assign SELECT_COMMON_OPSET_RST = ~BIST_HOLD_R_INT & CLEAR_DEFAULT;
// synopsys async_set_reset "MBISTPG_ASYNC_RESETN"
always @ (posedge BIST_CLK_INT or negedge MBISTPG_ASYNC_RESETN) begin
if (~MBISTPG_ASYNC_RESETN)
SELECT_COMMON_OPSET_REG <= 1'b0;
else
if (SELECT_COMMON_OPSET_RST) begin
SELECT_COMMON_OPSET_REG <= 1'b0;
end else begin
if (BIST_SHIFT_SHORT) begin
SELECT_COMMON_OPSET_REG <= SELECT_COMMON_OPSET_SI;
end
end
end
assign SELECT_COMMON_OPSET_SO = SELECT_COMMON_OPSET_REG;
//------------------------
// MICROCODE ARRAY ENABLE
//------------------------
assign MICROCODE_EN_SI = SELECT_COMMON_OPSET_SO;
// synopsys sync_set_reset "MICROCODE_EN_RST"
assign MICROCODE_EN_RST = ~BIST_HOLD_R_INT & CLEAR_DEFAULT;
// synopsys async_set_reset "MBISTPG_ASYNC_RESETN"
always @ (posedge BIST_CLK_INT or negedge MBISTPG_ASYNC_RESETN) begin
if (~MBISTPG_ASYNC_RESETN)
MICROCODE_EN_REG <= 1'b0;
else
if (MICROCODE_EN_RST) begin
MICROCODE_EN_REG <= 1'b0;
end else begin
if (BIST_SHIFT_SHORT) begin
MICROCODE_EN_REG <= MICROCODE_EN_SI;
end
end
end
assign MICROCODE_EN_SO = MICROCODE_EN_REG;
assign POINTER_CNTRL_SI = MICROCODE_EN_SO;
READONLY_LVISION_MBISTPG_POINTER_CNTRL MBISTPG_POINTER_CNTRL (
.BIST_CLK ( BIST_CLK_INT ),
.RESET_REG_SETUP1 (RESET_REG_SETUP1 ),
.RESET_REG_DEFAULT_MODE (RESET_REG_DEFAULT_MODE ),
.DEFAULT_MODE (DEFAULT_MODE ),
.BIST_MICROCODE_EN (MICROCODE_EN_REG ),
.RESET_REG_SETUP2 (RESET_REG_SETUP2 ),
.BIST_RUN (BIST_RUN ),
.BIST_ON (BIST_ON ),
.LAST_TICK (LAST_TICK ),
.BIST_ASYNC_RESETN (MBISTPG_ASYNC_RESETN ),
.MEM_RST (MBISTPG_MEM_RST_SYNC ),
.OP_SELECT_CMD (OP_SELECT_CMD ),
.A_EQUALS_B_INVERT_DATA (A_EQUALS_B_INVERT_DATA ),
.ADD_Y1_CMD (ADD_Y1_CMD ),
.ADD_X1_CMD (ADD_X1_CMD ),
.ADD_REG_SELECT (ADD_REG_SELECT ),
.WDATA_CMD (WDATA_CMD ),
.EDATA_CMD (EDATA_CMD ),
.LOOP_CMD (LOOP_CMD ),
.COUNTERA_CMD (COUNTERA_CMD ),
.INH_LAST_ADDR_CNT (INH_LAST_ADDR_CNT ),
.INH_DATA_CMP (INH_DATA_CMP ),
.Y1_MINMAX_TRIGGER (Y1_MINMAX_TRIGGER ),
.X1_MINMAX_TRIGGER (X1_MINMAX_TRIGGER ),
.COUNTERA_ENDCOUNT_TRIGGER (COUNTERA_ENDCOUNT_TRIGGER ),
.LOOPCOUNTMAX_TRIGGER (LOOPCOUNTMAX_TRIGGER ),
.LOOP_POINTER (LOOP_POINTER ),
.BIST_HOLD (BIST_HOLD_R_INT ),
.BIST_SHIFT_SHORT (BIST_SHIFT_SHORT ),
.SI (POINTER_CNTRL_SI ),
.SHORT_SETUP (SHORT_SETUP_SYNC ),
.SO (POINTER_CNTRL_SO ),
.LAST_STATE (LAST_STATE ),
.LAST_STATE_DONE (LAST_STATE_DONE ),
.LOOP_STATE_TRUE (LOOP_STATE_TRUE )
);
assign ADD_GEN_SI = POINTER_CNTRL_SO;
READONLY_LVISION_MBISTPG_ADD_GEN MBISTPG_ADD_GEN (
.BIST_CLK (BIST_CLK_INT ),
.BIST_RUN (BIST_RUN ),
.RESET_REG_DEFAULT_MODE (RESET_REG_DEFAULT_MODE ),
.BIST_ASYNC_RESETN (MBISTPG_ASYNC_RESETN ),
.SI (ADD_GEN_SI ),
.SO (ADD_GEN_SO ),
.BIST_SHIFT_SHORT (BIST_SHIFT_SHORT ),
.BIST_HOLD (BIST_HOLD_R_INT ),
.LAST_TICK (LAST_TICK ),
.MBISTPG_REDUCED_ADDR_CNT_EN (MBISTPG_REDUCED_ADDR_CNT_EN_INT ),
.ADD_Y1_CMD (ADD_Y1_CMD_MODIFIED ),
.ADD_X1_CMD (ADD_X1_CMD_MODIFIED ),
.ADD_REG_SELECT (ADD_REG_SELECT ),
.Y1_MINMAX_TRIGGER (Y1_MINMAX_TRIGGER_OUT ),
.X1_MINMAX_TRIGGER (X1_MINMAX_TRIGGER_OUT ),
.INH_LAST_ADDR_CNT (INH_LAST_ADDR_CNT_MODIFIED ),
.X_ADDRESS (X_ADDRESS ),
.Y_ADDRESS (Y_ADDRESS ),
.A_EQUALS_B_TRIGGER (A_EQUALS_B_TRIGGER )
);
READONLY_LVISION_MBISTPG_ADD_FORMAT MBISTPG_ADD_FORMAT (
.Y_ADDRESS (Y_ADDRESS ),
.X_ADDRESS (X_ADDRESS ),
.COLUMN_ADDRESS (COLUMN_ADDRESS ),
.ROW_ADDRESS (ROW_ADDRESS )
);
assign Y1_MINMAX_TRIGGER = Y1_MINMAX_TRIGGER_OUT;
assign X1_MINMAX_TRIGGER = X1_MINMAX_TRIGGER_OUT;
assign SIGNAL_GEN_SI = ADD_GEN_SO;
READONLY_LVISION_MBISTPG_SIGNAL_GEN MBISTPG_SIGNAL_GEN (
.BIST_CLK ( BIST_CLK_INT ),
.BIST_ASYNC_RESETN ( MBISTPG_ASYNC_RESETN ),
.SI (SIGNAL_GEN_SI ),
.BIST_SHIFT_SHORT (BIST_SHIFT_SHORT ),
.BIST_HOLD_R_INT (BIST_HOLD_R_INT ),
.RESET_REG_DEFAULT_MODE (RESET_REG_DEFAULT_MODE ),
.OP_SELECT_CMD (OP_SELECT_CMD ),
.BIST_RUN (BIST_RUN_PIPE ),
.BIST_RUN_TO_BUF (BIST_RUN_INT ),
.BIST_RUN_BUF (BIST_RUN ),
.LAST_STATE_DONE (LAST_STATE_DONE ),
.BIST_ALGO_SEL_CNT (INIT_SIGNAL_GEN_REGS ),
.BIST_CMP (BIST_CMP_FROM_SIGNAL_GEN ),
.BIST_SELECT (BIST_SELECT ),
.BIST_OUTPUTENABLE (BIST_OUTPUTENABLE ),
.BIST_WRITEENABLE (BIST_WRITEENABLE ),
.SO (SIGNAL_GEN_SO ),
.LAST_TICK (LAST_TICK )
);
assign REPEAT_LOOP_CNTRL_SI = SIGNAL_GEN_SO;
READONLY_LVISION_MBISTPG_REPEAT_LOOP_CNTRL MBISTPG_REPEAT_LOOP_CNTRL (
.BIST_CLK ( BIST_CLK_INT ),
.RESET_REG_SETUP1 (RESET_REG_SETUP1 ),
.RESET_REG_DEFAULT_MODE (RESET_REG_DEFAULT_MODE ),
.LOOP_CMD (LOOP_CMD ),
.BIST_ASYNC_RESETN (MBISTPG_ASYNC_RESETN ),
.ADD_Y1_CMD (ADD_Y1_CMD ),
.ADD_X1_CMD (ADD_X1_CMD ),
.WDATA_CMD (WDATA_CMD ),
.EDATA_CMD (EDATA_CMD ),
.INH_LAST_ADDR_CNT (INH_LAST_ADDR_CNT ),
.INH_DATA_CMP (INH_DATA_CMP ),
.LOOP_STATE_TRUE (LOOP_STATE_TRUE ),
.A_EQUALS_B_TRIGGER (A_EQUALS_B_TRIGGER ),
.A_EQUALS_B_INVERT_DATA (A_EQUALS_B_INVERT_DATA ),
.SI (REPEAT_LOOP_CNTRL_SI ),
.BIST_HOLD (BIST_HOLD_R_INT ),
.LAST_TICK (LAST_TICK ),
.BIST_SHIFT_LONG (BIST_SHIFT_LONG ),
.BIST_RUN (BIST_RUN ),
.LOOPCOUNTMAX_TRIGGER (LOOPCOUNTMAX_TRIGGER_INT ),
.LOOP_POINTER (LOOP_POINTER ),
.ADD_Y1_CMD_MODIFIED (ADD_Y1_CMD_MODIFIED ),
.ADD_X1_CMD_MODIFIED (ADD_X1_CMD_MODIFIED ),
.SO (REPEAT_LOOP_CNTRL_SO ),
.WDATA_CMD_MODIFIED (WDATA_CMD_MODIFIED ),
.EDATA_CMD_MODIFIED (EDATA_CMD_MODIFIED ),
.INH_LAST_ADDR_CNT_MODIFIED (INH_LAST_ADDR_CNT_MODIFIED_INT ),
.INH_DATA_CMP_MODIFIED (INH_DATA_CMP_MODIFIED )
);
assign LOOPCOUNTMAX_TRIGGER = LOOPCOUNTMAX_TRIGGER_INT ;
assign INH_LAST_ADDR_CNT_MODIFIED = INH_LAST_ADDR_CNT_MODIFIED_INT;
assign COUNTERA_ENDCOUNT_TRIGGER = 1'b0;
//---------------------
// GO ENABLE
//---------------------
//synopsys sync_set_reset "BIST_ON"
// synopsys async_set_reset "MBISTPG_ASYNC_RESETN"
always @ (posedge BIST_CLK_INT or negedge MBISTPG_ASYNC_RESETN) begin
if (~MBISTPG_ASYNC_RESETN)
GO_EN <= 1'b0;
else
if (~BIST_ON) begin
GO_EN <= 1'b0;
end else begin
if (RESET_REG_SETUP1) begin
GO_EN <= 1'b1;
end
end
end
//---------------------
// MBISTPG_GO MUXING
//---------------------
// BIST_COLLAR_GO[0] connects to MemoryInstance: MEM0
assign COLLAR_GO = BIST_COLLAR_GO;
assign MBISTPG_GO_INT = GO_EN & COLLAR_GO;
assign MBISTPG_GO = MBISTPG_GO_INT;
//---------------------------------------
// Setup chain muxing to first collar
//---------------------------------------
assign TO_COLLAR_SI_MUX_INPUT0 = REPEAT_LOOP_CNTRL_SO;
assign TO_COLLAR_SI_MUX_INPUT1 = SIGNAL_GEN_SO;
always @ (SHORT_SETUP_SYNC or TO_COLLAR_SI_MUX_INPUT0 or TO_COLLAR_SI_MUX_INPUT1) begin
case (SHORT_SETUP_SYNC)
1'b0 : TO_COLLAR_SI = TO_COLLAR_SI_MUX_INPUT0;
1'b1 : TO_COLLAR_SI = TO_COLLAR_SI_MUX_INPUT1;
endcase
end
//----------------------
// Collar SI/SO chaining
//----------------------
assign MEM0_BIST_COLLAR_SI = TO_COLLAR_SI;
//------------------------------
// Setup chain after last collar
//------------------------------
assign MBISTPG_SO = MEM0_BIST_COLLAR_SO;
endmodule // READONLY_LVISION_MBISTPG_CTRL
/*------------------------------------------------------------------------------
Module : READONLY_LVISION_MBISTPG_ASYNC_INTERF
Description : Asynchronous interface for shifting in/out values using
the low speed TCK clock. This clock must be at most
one fourth the frequency of the master clock.
-------------------------------------------------------- (c) Mentor Graphics */
module READONLY_LVISION_MBISTPG_ASYNC_INTERF (
BIST_CLK ,
BIST_EN ,
BIST_SHIFT ,
BIST_ASYNC_RESETN ,
TM ,
BIST_SETUP ,
TCK_MODE ,
TCK ,
TCK_PULSE ,
BIST_SHIFT_SYNC ,
BIST_SHIFT_LONG ,
BIST_SHIFT_SHORT
);
input BIST_CLK;
input BIST_EN;
input BIST_SHIFT;
input BIST_ASYNC_RESETN;
input TM;
input [1:0] BIST_SETUP;
input TCK_MODE;
input TCK;
output TCK_PULSE;
output BIST_SHIFT_SYNC;
output BIST_SHIFT_LONG;
output BIST_SHIFT_SHORT;
reg ASYNC_INTERF_R;
wire ASYNC_INTERF_R_IN;
wire TCK_MODE_INT;
wire TCK_RETIME1_RST;
wire TCK_RETIME1_IN;
wire TCK_RETIME1;
wire BIST_SHIFT_SYNC;
wire [1:0] BIST_SETUP_SYNC_WITH_SHIFT;
assign TCK_MODE_INT = TCK_MODE & ~TM;
assign TCK_PULSE = (ASYNC_INTERF_R_IN & ~ASYNC_INTERF_R) | TCK_MODE_INT;
assign BIST_SHIFT_SYNC = TCK_PULSE & BIST_EN & BIST_SHIFT;
assign BIST_SETUP_SYNC_WITH_SHIFT[0] = BIST_SHIFT_SYNC & BIST_SETUP[0];
assign BIST_SETUP_SYNC_WITH_SHIFT[1] = BIST_SHIFT_SYNC & BIST_SETUP[1];
assign BIST_SHIFT_LONG = BIST_SHIFT_SYNC & ~BIST_SETUP_SYNC_WITH_SHIFT[1] & BIST_SETUP_SYNC_WITH_SHIFT[0] ;
assign BIST_SHIFT_SHORT = BIST_SHIFT_SYNC & ~BIST_SETUP_SYNC_WITH_SHIFT[1] ;
//------------------
//-- TCK Retiming --
//------------------
assign TCK_RETIME1_RST = ~BIST_ASYNC_RESETN;
assign TCK_RETIME1_IN = TCK & BIST_EN;
// Posedge retiming cell
READONLY_LVISION_MBISTPG_RETIMING_CELL MBIST_NTC_RETIMING_CELL_TCK (
.CLK ( BIST_CLK ), // i
.R ( ~BIST_ASYNC_RESETN ), // i
.RETIME_IN ( TCK_RETIME1_IN ), // i
.RETIME_OUT ( TCK_RETIME1 ) // o
);
assign ASYNC_INTERF_R_IN = TCK_RETIME1 | TM;
// synopsys async_set_reset "BIST_ASYNC_RESETN"
always @ (posedge BIST_CLK or negedge BIST_ASYNC_RESETN) begin
if (~BIST_ASYNC_RESETN)
ASYNC_INTERF_R <= 1'b0;
else
ASYNC_INTERF_R <= ASYNC_INTERF_R_IN;
end
endmodule // READONLY_LVISION_MBISTPG_ASYNC_INTERF
/*------------------------------------------------------------------------------
Module : READONLY_LVISION_MBISTPG_OPTION
Description : Retiming flops for the BIST_EN and BIST_HOLD.
-------------------------------------------------------- (c) Mentor Graphics */
module READONLY_LVISION_MBISTPG_OPTION (
BIST_CLK ,
BIST_EN ,
BIST_HOLD ,
BIST_SETUP ,
TCK_MODE ,
LV_TM ,
GO ,
BIST_ASYNC_RESETN,
DEFAULT_MODE ,
BIST_ON ,
BIST_HOLD_R
);
input BIST_CLK;
input BIST_EN;
input BIST_HOLD;
input [1:0] BIST_SETUP;
input TCK_MODE;
input LV_TM;
input GO;
input BIST_ASYNC_RESETN;
output BIST_ON;
output DEFAULT_MODE;
output BIST_HOLD_R;
wire BIST_EN_RETIME1_IN;
wire BIST_EN_RETIME1;
reg BIST_EN_RETIME1_TCK_MODE;
wire BIST_EN_RETIME2_IN;
reg BIST_EN_RETIME2;
wire BIST_ON_INT;
wire BIST_EN_RST;
wire BIST_EN_RST_TCK_MODE;
wire TCK_MODE_INT;
wire BIST_HOLD_RST;
wire BIST_HOLD_RETIME1_IN;
wire BIST_HOLD_RETIME1;
wire BIST_HOLD_RETIME2_IN;
reg BIST_HOLD_RETIME2;
//---------------
//-- Main Code --
//---------------
assign DEFAULT_MODE = (BIST_SETUP[1] & ~BIST_SETUP[0]) & BIST_ON_INT;
//----------------------
//-- BIST_EN Retiming --
//----------------------
assign BIST_EN_RST = ~BIST_ASYNC_RESETN;
assign BIST_EN_RETIME1_IN = BIST_EN & BIST_SETUP[1];
// Posedge retiming cell for non-TCK mode
READONLY_LVISION_MBISTPG_RETIMING_CELL MBIST_NTC_RETIMING_CELL (
.CLK ( BIST_CLK ), // i
.R ( ~BIST_ASYNC_RESETN ), // i
.RETIME_IN ( BIST_EN_RETIME1_IN ), // i
.RETIME_OUT ( BIST_EN_RETIME1 ) // o
);
// synopsys async_set_reset "BIST_EN_RST_TCK_MODE"
assign BIST_EN_RST_TCK_MODE = (~TCK_MODE | LV_TM) | BIST_EN_RST;
// Negedge retiming flop for TCK mode
// synopsys async_set_reset "BIST_EN_RST_TCK_MODE"
always @ (negedge BIST_CLK or posedge BIST_EN_RST_TCK_MODE) begin
if (BIST_EN_RST_TCK_MODE)
BIST_EN_RETIME1_TCK_MODE <= 1'b0;
else
BIST_EN_RETIME1_TCK_MODE <= BIST_EN_RETIME1_IN;
end
assign TCK_MODE_INT = TCK_MODE & ~LV_TM;
assign BIST_EN_RETIME2_IN = (TCK_MODE_INT) ? BIST_EN_RETIME1_TCK_MODE : BIST_EN_RETIME1;
// Posedge stage
// synopsys async_set_reset "BIST_EN_RST"
always @ (posedge BIST_CLK or posedge BIST_EN_RST) begin
if (BIST_EN_RST)
BIST_EN_RETIME2 <= 1'b0;
else
if (~LV_TM)
BIST_EN_RETIME2 <= BIST_EN_RETIME2_IN;
end
// Retimed BIST_EN
assign BIST_ON_INT = BIST_EN_RETIME2;
assign BIST_ON = BIST_ON_INT;
//------------------------
//-- BIST_HOLD Retiming --
//------------------------
assign BIST_HOLD_RST = ~BIST_ASYNC_RESETN;
assign BIST_HOLD_RETIME1_IN = BIST_HOLD;
// Posedge retiming cell
READONLY_LVISION_MBISTPG_RETIMING_CELL MBIST_NTC_RETIMING_CELL_HOLD (
.CLK ( BIST_CLK ), // i
.R ( ~BIST_ASYNC_RESETN ), // i
.RETIME_IN ( BIST_HOLD_RETIME1_IN ), // i
.RETIME_OUT ( BIST_HOLD_RETIME1 ) // o
);
assign BIST_HOLD_RETIME2_IN = BIST_HOLD_RETIME1;
// Posedge stage
// synopsys async_set_reset "BIST_HOLD_RST"
always @ (posedge BIST_CLK or posedge BIST_HOLD_RST) begin
if (BIST_HOLD_RST)
BIST_HOLD_RETIME2 <= 1'b0;
else
if (~LV_TM)
BIST_HOLD_RETIME2 <= BIST_HOLD_RETIME2_IN;
end
// Retimed BIST_HOLD
assign BIST_HOLD_R = BIST_HOLD_RETIME2;
endmodule // READONLY_LVISION_MBISTPG_OPTION
/*------------------------------------------------------------------------------
Module : READONLY_LVISION_MBISTPG_POINTER_CNTRL
Description : This module contains the microcode register array as well as
the pointer control logic for selecting the instruction to
be executed.
To advance the pointer to the next instruction to be executed
the NextState Conditions and the JumpState
conditions for the selected instruction are tested. The
testing of these conditions are prioritized and there are
four possible states which may be selected next as follows:
1) NEXTSTATE - test the NextState Conditions for a TRUE
and advance the instruction pointer by 1
2) LOOPSTATE - test the reduced NextState Conditions
(NextState conditions without the
LOOPCOUNTMAX trigger) for a TRUE and
branch to the address provided by the
LOOPPOINTER register.
3) BRANCHSTATE - test the Branch Conditions for a TRUE
and branch to the address in the BRANCHPOINTER
field of the selected instruction.
4) ELSE - do not change the intsruction pointer.
To end the test the LAST_STATE_DONE flag is set on a TRUE
NextState Condition when the instruction pointer is at the
last available instruction of the microprogram array.
The instruction pointer remains at the LAST_STATE address
until reset by the SETUP_PULSE from the BIST_FSM module.
-------------------------------------------------------- (c) Mentor Graphics */
module READONLY_LVISION_MBISTPG_POINTER_CNTRL (
BIST_CLK ,
RESET_REG_SETUP1 ,
RESET_REG_DEFAULT_MODE ,
RESET_REG_SETUP2 ,
BIST_RUN ,
BIST_ON ,
LAST_TICK ,
MEM_RST ,
OP_SELECT_CMD ,
A_EQUALS_B_INVERT_DATA ,
ADD_Y1_CMD ,
ADD_X1_CMD ,
ADD_REG_SELECT ,
WDATA_CMD ,
EDATA_CMD ,
LOOP_CMD ,
COUNTERA_CMD ,
INH_LAST_ADDR_CNT ,
INH_DATA_CMP ,
DEFAULT_MODE ,
BIST_MICROCODE_EN ,
BIST_ASYNC_RESETN ,
Y1_MINMAX_TRIGGER ,
X1_MINMAX_TRIGGER ,
COUNTERA_ENDCOUNT_TRIGGER ,
LOOPCOUNTMAX_TRIGGER ,
LOOP_POINTER ,
BIST_HOLD ,
SO ,
SI ,
SHORT_SETUP ,
BIST_SHIFT_SHORT ,
LAST_STATE_DONE ,
LAST_STATE ,
LOOP_STATE_TRUE
);
input BIST_CLK;
input RESET_REG_SETUP1;
input RESET_REG_DEFAULT_MODE;
input RESET_REG_SETUP2;
input BIST_RUN;
input BIST_ON;
input LAST_TICK;
input MEM_RST;
input Y1_MINMAX_TRIGGER;
input X1_MINMAX_TRIGGER;
input COUNTERA_ENDCOUNT_TRIGGER;
input LOOPCOUNTMAX_TRIGGER;
input [1:0] LOOP_POINTER;
input BIST_HOLD;
input BIST_SHIFT_SHORT;
input SI;
input DEFAULT_MODE;
input BIST_MICROCODE_EN;
input BIST_ASYNC_RESETN;
output SO;
input SHORT_SETUP;
output [2:0] OP_SELECT_CMD;
output [1:0] A_EQUALS_B_INVERT_DATA;
output [2:0] ADD_Y1_CMD;
output [2:0] ADD_X1_CMD;
output [2:0] ADD_REG_SELECT;
output [3:0] WDATA_CMD;
output [3:0] EDATA_CMD;
output [1:0] LOOP_CMD;
output COUNTERA_CMD;
output INH_LAST_ADDR_CNT;
output INH_DATA_CMP;
output LAST_STATE_DONE;
output LAST_STATE;
output LOOP_STATE_TRUE;
wire LAST_STATE_INT;
wire [1:0] NEXT_POINTER;
wire [1:0] NEXT_POINTER_INT;
wire [1:0] BRANCH_POINTER;
reg EXECUTE_BRANCH_POINTER_REG1;
reg EXECUTE_BRANCH_POINTER_REG0;
wire [1:0] NEXT_BRANCH_POINTER;
wire LOOP_STATE_TRUE_INT;
wire NEXT_STATE_TRUE;
wire [3:0] NEXT_TRIGGERS;
wire [3:0] NEXT_CONDITIONS;
reg EXECUTE_NEXT_CONDITIONS_REG3;
reg EXECUTE_NEXT_CONDITIONS_REG1;
reg EXECUTE_NEXT_CONDITIONS_REG0;
wire [3:0] NEXT_CONDITIONS_FIELD;
wire [2:0] LOOP_TRIGGERS;
wire [2:0] LOOP_CONDITIONS;
reg EXECUTE_OP_SELECT_CMD_REG1;
reg EXECUTE_OP_SELECT_CMD_REG0;
wire [2:0] NEXT_OP_SELECT_CMD;
wire [1:0] NEXT_A_EQUALS_B_INVERT_DATA;
reg EXECUTE_ADD_Y1_CMD_REG1;
wire [2:0] NEXT_ADD_Y1_CMD;
reg EXECUTE_ADD_X1_CMD_REG1;
wire [2:0] NEXT_ADD_X1_CMD;
wire [2:0] NEXT_ADD_REG_SELECT;
wire [3:0] NEXT_WDATA_CMD;
wire [3:0] NEXT_EDATA_CMD;
reg EXECUTE_LOOP_CMD_REG0;
wire [1:0] NEXT_LOOP_CMD;
wire NEXT_COUNTERA_CMD;
reg EXECUTE_INH_LAST_ADDR_CNT_REG0;
wire NEXT_INH_LAST_ADDR_CNT;
wire NEXT_INH_DATA_CMP;
// [start] : Hard algo wires {{{
wire [32:0] INSTRUCTION0_WIRE;
wire [32:0] INSTRUCTION1_WIRE;
wire [32:0] INSTRUCTION2_WIRE;
// [end] : Hard algo wires }}}
// [start] : Final instruction assignment {{{
wire [32:0] INSTRUCTION0;
wire [32:0] INSTRUCTION1;
wire [32:0] INSTRUCTION2;
// [end] : Final instruction assignment }}}
reg [1:0] INST_POINTER;
wire INST_POINTER_SI;
wire INST_POINTER_SO;
reg LAST_STATE_DONE_REG;
wire LAST_STATE_DONE_INT;
//---------------------
//-- OperationSelect --
//---------------------
// [start] : OperationSelect {{{
assign OP_SELECT_CMD = {
1'b0,
EXECUTE_OP_SELECT_CMD_REG1,
EXECUTE_OP_SELECT_CMD_REG0
};
// [start] : instruction field {{{
assign NEXT_OP_SELECT_CMD = (NEXT_POINTER == 2'b00) ? INSTRUCTION0[2:0] :
(NEXT_POINTER == 2'b01) ? INSTRUCTION1[2:0] :
INSTRUCTION2[2:0] ;
// [end] : instruction field }}}
// synopsys async_set_reset "BIST_ASYNC_RESETN"
always @ (posedge BIST_CLK or negedge BIST_ASYNC_RESETN) begin
if (~BIST_ASYNC_RESETN) begin
EXECUTE_OP_SELECT_CMD_REG1 <= 1'b0;
EXECUTE_OP_SELECT_CMD_REG0 <= 1'b0;
end else
if (RESET_REG_SETUP2) begin
EXECUTE_OP_SELECT_CMD_REG1 <= INSTRUCTION0[1];
EXECUTE_OP_SELECT_CMD_REG0 <= INSTRUCTION0[0];
end else
if (LAST_TICK & ~BIST_HOLD & ~LAST_STATE_DONE_INT & BIST_RUN) begin
EXECUTE_OP_SELECT_CMD_REG1 <= NEXT_OP_SELECT_CMD[1];
EXECUTE_OP_SELECT_CMD_REG0 <= NEXT_OP_SELECT_CMD[0];
end
end
// [end] : OperationSelect }}}
//------------------------
//-- Add_Reg_A_Equals_B --
//------------------------
// [start] : Add_Reg_A_Equals_B {{{
assign A_EQUALS_B_INVERT_DATA = {
1'b0,
1'b0
};
// [start] : instruction field {{{
assign NEXT_A_EQUALS_B_INVERT_DATA = (NEXT_POINTER == 2'b00) ? INSTRUCTION0[4:3] :
(NEXT_POINTER == 2'b01) ? INSTRUCTION1[4:3] :
INSTRUCTION2[4:3] ;
// [end] : instruction field }}}
// [end] : Add_Reg_A_Equals_B }}}
//------------------
//-- Y1AddressCmd --
//------------------
// [start] : Y1AddressCmd {{{
assign ADD_Y1_CMD = {
1'b0,
EXECUTE_ADD_Y1_CMD_REG1,
1'b0
};
// [start] : instruction field {{{
assign NEXT_ADD_Y1_CMD = (NEXT_POINTER == 2'b00) ? INSTRUCTION0[7:5] :
(NEXT_POINTER == 2'b01) ? INSTRUCTION1[7:5] :
INSTRUCTION2[7:5] ;
// [end] : instruction field }}}
// synopsys async_set_reset "BIST_ASYNC_RESETN"
always @ (posedge BIST_CLK or negedge BIST_ASYNC_RESETN) begin
if (~BIST_ASYNC_RESETN) begin
EXECUTE_ADD_Y1_CMD_REG1 <= 1'b0;
end else
if (RESET_REG_SETUP2) begin
EXECUTE_ADD_Y1_CMD_REG1 <= INSTRUCTION0[6];
end else begin
if (LAST_TICK & ~BIST_HOLD & ~LAST_STATE_DONE_INT & BIST_RUN) begin
EXECUTE_ADD_Y1_CMD_REG1 <= NEXT_ADD_Y1_CMD[1];
end
end
end
// [end] : Y1AddressCmd }}}
//------------------
//-- X1AddressCmd --
//------------------
// [start] : X1AddressCmd {{{
assign ADD_X1_CMD = {
1'b0,
EXECUTE_ADD_X1_CMD_REG1,
1'b0
};
// [start] : instruction field {{{
assign NEXT_ADD_X1_CMD = (NEXT_POINTER == 2'b00) ? INSTRUCTION0[10:8] :
(NEXT_POINTER == 2'b01) ? INSTRUCTION1[10:8] :
INSTRUCTION2[10:8] ;
// [end] : instruction field }}}
// synopsys async_set_reset "BIST_ASYNC_RESETN"
always @ (posedge BIST_CLK or negedge BIST_ASYNC_RESETN) begin
if (~BIST_ASYNC_RESETN) begin
EXECUTE_ADD_X1_CMD_REG1 <= 1'b0;
end else
if (RESET_REG_SETUP2) begin
EXECUTE_ADD_X1_CMD_REG1 <= INSTRUCTION0[9];
end else begin
if (LAST_TICK & ~BIST_HOLD & ~LAST_STATE_DONE_INT & BIST_RUN) begin
EXECUTE_ADD_X1_CMD_REG1 <= NEXT_ADD_X1_CMD[1];
end
end
end
// [end] : X1AddressCmd }}}
//----------------------
//-- AddressSelectCmd --
//----------------------
// [start] : AddressSelectCmd {{{
assign ADD_REG_SELECT = {
1'b0,
1'b0,
1'b0
};
// [start] : instruction field {{{
assign NEXT_ADD_REG_SELECT = (NEXT_POINTER == 2'b00) ? INSTRUCTION0[13:11] :
(NEXT_POINTER == 2'b01) ? INSTRUCTION1[13:11] :
INSTRUCTION2[13:11] ;
// [end] : instruction field }}}
// [end] : AddressSelectCmd }}}
//------------------
//-- WriteDataCmd --
//------------------
// [start] : WriteDataCmd {{{
assign WDATA_CMD = {
1'b0,
1'b0,
1'b1,
1'b0
};
// [start] : instruction field {{{
assign NEXT_WDATA_CMD = (NEXT_POINTER == 2'b00) ? INSTRUCTION0[17:14] :
(NEXT_POINTER == 2'b01) ? INSTRUCTION1[17:14] :
INSTRUCTION2[17:14] ;
// [end] : instruction field }}}
// [end] : WriteDataCmd }}}
//-------------------
//-- ExpectDataCmd --
//-------------------
// [start] : ExpectDataCmd {{{
assign EDATA_CMD = {
1'b0,
1'b0,
1'b1,
1'b0
};
// [start] : instruction field {{{
assign NEXT_EDATA_CMD = (NEXT_POINTER == 2'b00) ? INSTRUCTION0[21:18] :
(NEXT_POINTER == 2'b01) ? INSTRUCTION1[21:18] :
INSTRUCTION2[21:18] ;
// [end] : instruction field }}}
// [end] : ExpectDataCmd }}}
//-------------
//-- LoopCmd --
//-------------
// [start] : LoopCmd {{{
assign LOOP_CMD = {
1'b0,
EXECUTE_LOOP_CMD_REG0
};
// [start] : instruction field {{{
assign NEXT_LOOP_CMD = (NEXT_POINTER == 2'b00) ? INSTRUCTION0[23:22] :
(NEXT_POINTER == 2'b01) ? INSTRUCTION1[23:22] :
INSTRUCTION2[23:22] ;
// [end] : instruction field }}}
// synopsys async_set_reset "BIST_ASYNC_RESETN"
always @ (posedge BIST_CLK or negedge BIST_ASYNC_RESETN) begin
if (~BIST_ASYNC_RESETN) begin
EXECUTE_LOOP_CMD_REG0 <= 1'b0;
end else
if (RESET_REG_SETUP2) begin
EXECUTE_LOOP_CMD_REG0 <= INSTRUCTION0[22];
end else begin
if (LAST_TICK & ~BIST_HOLD & ~LAST_STATE_DONE_INT & BIST_RUN) begin
EXECUTE_LOOP_CMD_REG0 <= NEXT_LOOP_CMD[0];
end
end
end
// [end] : LoopCmd }}}
//------------------------
//-- InhibitDataCompare --
//------------------------
// [start] : InhibitDataCompare {{{
assign INH_DATA_CMP = 1'b0;
// [start] : instruction field {{{
assign NEXT_INH_DATA_CMP = (NEXT_POINTER == 2'b00) ? INSTRUCTION0[25:25] :
(NEXT_POINTER == 2'b01) ? INSTRUCTION1[25:25] :
INSTRUCTION2[25:25] ;
// [end] : instruction field }}}
// [end] : InhibitDataCompare }}}
//-----------------
//-- CounterACmd --
//-----------------
// [start] : CounterACmd {{{
assign COUNTERA_CMD = 1'b0;
// [start] : instruction field {{{
assign NEXT_COUNTERA_CMD = (NEXT_POINTER == 2'b00) ? INSTRUCTION0[26:26] :
(NEXT_POINTER == 2'b01) ? INSTRUCTION1[26:26] :
INSTRUCTION2[26:26] ;
// [end] : instruction field }}}
// [end] : CounterACmd }}}
//-------------------------
//-- BranchToInstruction --
//-------------------------
// [start] : BranchToInstruction {{{
assign BRANCH_POINTER = {
EXECUTE_BRANCH_POINTER_REG1,
EXECUTE_BRANCH_POINTER_REG0
};
// [start] : instruction field {{{
assign NEXT_BRANCH_POINTER = (NEXT_POINTER == 2'b00) ? INSTRUCTION0[28:27] :
(NEXT_POINTER == 2'b01) ? INSTRUCTION1[28:27] :
INSTRUCTION2[28:27] ;
// [end] : instruction field }}}
// synopsys async_set_reset "BIST_ASYNC_RESETN"
always @ (posedge BIST_CLK or negedge BIST_ASYNC_RESETN) begin
if (~BIST_ASYNC_RESETN) begin
EXECUTE_BRANCH_POINTER_REG1 <= 1'b0;
EXECUTE_BRANCH_POINTER_REG0 <= 1'b0;
end else
if (RESET_REG_SETUP2) begin
EXECUTE_BRANCH_POINTER_REG1 <= INSTRUCTION0[28];
EXECUTE_BRANCH_POINTER_REG0 <= INSTRUCTION0[27];
end else begin
if (LAST_TICK & ~BIST_HOLD & ~LAST_STATE_DONE_INT & BIST_RUN) begin
EXECUTE_BRANCH_POINTER_REG1 <= NEXT_BRANCH_POINTER[1];
EXECUTE_BRANCH_POINTER_REG0 <= NEXT_BRANCH_POINTER[0];
end
end
end
// [end] : BranchToInstruction }}}
//--------------------
//-- NextConditions --
//--------------------
// [start] : NextConditions {{{
assign NEXT_CONDITIONS = {
EXECUTE_NEXT_CONDITIONS_REG3, // NC0_REPEATLOOP_ENDCOUNT
1'b0, // NC0_COUNTERA_ENDCOUNT
EXECUTE_NEXT_CONDITIONS_REG1, // NC0_X1_ENDCOUNT
EXECUTE_NEXT_CONDITIONS_REG0 // NC0_Y1_ENDCOUNT
};
// [start] : instruction field {{{
assign NEXT_CONDITIONS_FIELD = (NEXT_POINTER == 2'b00) ? INSTRUCTION0[32:29] :
(NEXT_POINTER == 2'b01) ? INSTRUCTION1[32:29] :
INSTRUCTION2[32:29] ;
// [end] : instruction field }}}
// synopsys async_set_reset "BIST_ASYNC_RESETN"
always @ (posedge BIST_CLK or negedge BIST_ASYNC_RESETN) begin
if (~BIST_ASYNC_RESETN) begin
EXECUTE_NEXT_CONDITIONS_REG3 <= 1'b0;
EXECUTE_NEXT_CONDITIONS_REG1 <= 1'b0;
EXECUTE_NEXT_CONDITIONS_REG0 <= 1'b0;
end else
if (RESET_REG_SETUP2) begin
EXECUTE_NEXT_CONDITIONS_REG3 <= INSTRUCTION0[32];
EXECUTE_NEXT_CONDITIONS_REG1 <= INSTRUCTION0[30];
EXECUTE_NEXT_CONDITIONS_REG0 <= INSTRUCTION0[29];
end else begin
if (LAST_TICK & ~BIST_HOLD & ~LAST_STATE_DONE_INT & BIST_RUN) begin
EXECUTE_NEXT_CONDITIONS_REG3 <= NEXT_CONDITIONS_FIELD[3];
EXECUTE_NEXT_CONDITIONS_REG1 <= NEXT_CONDITIONS_FIELD[1];
EXECUTE_NEXT_CONDITIONS_REG0 <= NEXT_CONDITIONS_FIELD[0];
end
end
end
// [end] : NextConditions }}}
//-----------------------------
//-- InhibitLastAddressCount --
//-----------------------------
// [start] : InhibitLastAddressCount {{{
assign INH_LAST_ADDR_CNT = (LOOP_STATE_TRUE_INT | NEXT_STATE_TRUE) & EXECUTE_INH_LAST_ADDR_CNT_REG0;
// [start] : instruction field {{{
assign NEXT_INH_LAST_ADDR_CNT = (NEXT_POINTER == 2'b00) ? INSTRUCTION0[24:24] :
(NEXT_POINTER == 2'b01) ? INSTRUCTION1[24:24] :
INSTRUCTION2[24:24] ;
// [end] : instruction field }}}
// synopsys async_set_reset "BIST_ASYNC_RESETN"
always @ (posedge BIST_CLK or negedge BIST_ASYNC_RESETN) begin
if (~BIST_ASYNC_RESETN) begin
EXECUTE_INH_LAST_ADDR_CNT_REG0 <= 1'b0;
end else
if (RESET_REG_SETUP2) begin
EXECUTE_INH_LAST_ADDR_CNT_REG0 <= INSTRUCTION0[24];
end else begin
if (LAST_TICK & ~BIST_HOLD & ~LAST_STATE_DONE_INT & BIST_RUN) begin
EXECUTE_INH_LAST_ADDR_CNT_REG0 <= NEXT_INH_LAST_ADDR_CNT;
end
end
end
// [end] : InhibitLastAddressCount }}}
assign LOOP_STATE_TRUE = LOOP_STATE_TRUE_INT;
//--------------------
//-- LoopConditions --
//--------------------
// [start] : LoopConditions {{{
assign LOOP_CONDITIONS = {
1'b0, // NC0_COUNTERA_ENDCOUNT
EXECUTE_NEXT_CONDITIONS_REG1, // NC0_X1_ENDCOUNT
EXECUTE_NEXT_CONDITIONS_REG0 // NC0_Y1_ENDCOUNT
};
// [end] : LoopConditions }}}
assign SO = INST_POINTER_SO;
assign NEXT_POINTER = NEXT_POINTER_INT;
assign NEXT_POINTER_INT = (NEXT_STATE_TRUE) ? INC_POINTER(INST_POINTER) :
(LOOP_STATE_TRUE_INT) ? LOOP_POINTER :
BRANCH_POINTER ;
assign NEXT_STATE_TRUE = (NEXT_CONDITIONS == (NEXT_TRIGGERS & NEXT_CONDITIONS)) ;
assign NEXT_TRIGGERS = {LOOPCOUNTMAX_TRIGGER,
COUNTERA_ENDCOUNT_TRIGGER,
X1_MINMAX_TRIGGER,
Y1_MINMAX_TRIGGER};
assign LOOP_STATE_TRUE_INT = ((NEXT_CONDITIONS[3] == 1'b1) &&
(LOOP_CONDITIONS == (LOOP_TRIGGERS & LOOP_CONDITIONS))) ;
assign LOOP_TRIGGERS = {COUNTERA_ENDCOUNT_TRIGGER,
X1_MINMAX_TRIGGER,
Y1_MINMAX_TRIGGER};
assign LAST_STATE_INT = (NEXT_STATE_TRUE & (INST_POINTER == 2'b10));
assign LAST_STATE = LAST_STATE_INT;
assign LAST_STATE_DONE = LAST_STATE_DONE_REG;
//--------------------------
//-- Hardcoded algorithms (1)
//--------------------------
// Algorithm: READONLY Instructions: 3 {{{
// Instruction: NOOPERATION INST_POINTER: 0 {{{
assign INSTRUCTION0_WIRE = { 1'b0 , // [32:32] NextConditions: RepeatLoopEndCount
1'b0 , // [31:31] NextConditions: CounterAEndCount
1'b0 , // [30:30] NextConditions: X1_EndCount
1'b0 , // [29:29] NextConditions: Y1_EndCount
2'b00 , // [28:27] BranchToInstruction
1'b0 , // [26:26] CounterACmd
1'b0 , // [25:25] InhibitDataCompare
1'b0 , // [24:24] InhibitLastAddressCount
2'b00 , // [23:22] RepeatLoop
4'b0010 , // [21:18] ExpectDataCmd
4'b0010 , // [17:14] WriteDataCmd
3'b000 , // [13:11] AddressSelectCmd
3'b000 , // [10:8] X1AddressCmd
3'b000 , // [7:5] Y1AddressCmd
2'b00 , // [4:3] Add_Reg_A_Equals_B
3'b010 }; // [2:0] OperationSelect
// Instruction: NOOPERATION }}}
// Instruction: READ INST_POINTER: 1 {{{
assign INSTRUCTION1_WIRE = { 1'b1 , // [32:32] NextConditions: RepeatLoopEndCount
1'b0 , // [31:31] NextConditions: CounterAEndCount
1'b1 , // [30:30] NextConditions: X1_EndCount
1'b1 , // [29:29] NextConditions: Y1_EndCount
2'b01 , // [28:27] BranchToInstruction
1'b0 , // [26:26] CounterACmd
1'b0 , // [25:25] InhibitDataCompare
1'b1 , // [24:24] InhibitLastAddressCount
2'b01 , // [23:22] RepeatLoop
4'b0010 , // [21:18] ExpectDataCmd
4'b0010 , // [17:14] WriteDataCmd
3'b000 , // [13:11] AddressSelectCmd
3'b010 , // [10:8] X1AddressCmd
3'b010 , // [7:5] Y1AddressCmd
2'b00 , // [4:3] Add_Reg_A_Equals_B
3'b000 }; // [2:0] OperationSelect
// Instruction: READ }}}
// Instruction: COMPAREMISR INST_POINTER: 2 {{{
assign INSTRUCTION2_WIRE = { 1'b0 , // [32:32] NextConditions: RepeatLoopEndCount
1'b0 , // [31:31] NextConditions: CounterAEndCount
1'b0 , // [30:30] NextConditions: X1_EndCount
1'b0 , // [29:29] NextConditions: Y1_EndCount
2'b10 , // [28:27] BranchToInstruction
1'b0 , // [26:26] CounterACmd
1'b0 , // [25:25] InhibitDataCompare
1'b0 , // [24:24] InhibitLastAddressCount
2'b00 , // [23:22] RepeatLoop
4'b0010 , // [21:18] ExpectDataCmd
4'b0010 , // [17:14] WriteDataCmd
3'b000 , // [13:11] AddressSelectCmd
3'b000 , // [10:8] X1AddressCmd
3'b000 , // [7:5] Y1AddressCmd
2'b00 , // [4:3] Add_Reg_A_Equals_B
3'b001 }; // [2:0] OperationSelect
// Instruction: COMPAREMISR }}}
// Algorithm: READONLY }}}
//------------------------------------------------
//-- Select hardcoded or softcoded instructions --
//------------------------------------------------
// [start] : hard vs soft code {{{
assign INSTRUCTION0 = INSTRUCTION0_WIRE ;
assign INSTRUCTION1 = INSTRUCTION1_WIRE ;
assign INSTRUCTION2 = INSTRUCTION2_WIRE ;
// [end] : hard vs soft code }}}
wire RESET_REG_SETUP1_BISTON;
assign RESET_REG_SETUP1_BISTON = RESET_REG_SETUP1 | (~BIST_ON);
//synopsys sync_set_reset "RESET_REG_SETUP1_BISTON"
// synopsys async_set_reset "BIST_ASYNC_RESETN"
always @ (posedge BIST_CLK or negedge BIST_ASYNC_RESETN) begin
if (~BIST_ASYNC_RESETN)
LAST_STATE_DONE_REG <= 1'b0;
else
if (RESET_REG_SETUP1_BISTON) begin
LAST_STATE_DONE_REG <= 1'b0;
end else begin
if (LAST_TICK & ~BIST_HOLD & ~LAST_STATE_DONE_REG & BIST_RUN) begin
LAST_STATE_DONE_REG <= LAST_STATE;
end
end
end
assign LAST_STATE_DONE_INT = LAST_STATE_DONE_REG;
assign INST_POINTER_SI = SI;
wire INST_POINTER_SYNC_RESET;
assign INST_POINTER_SYNC_RESET = RESET_REG_SETUP1;
// synopsys sync_set_reset "INST_POINTER_SYNC_RESET"
// synopsys async_set_reset "BIST_ASYNC_RESETN"
always @ (posedge BIST_CLK or negedge BIST_ASYNC_RESETN) begin
if (~BIST_ASYNC_RESETN)
INST_POINTER <= 2'b00;
else
if (INST_POINTER_SYNC_RESET) begin
INST_POINTER <= 2'b00;
end else begin
if (BIST_SHIFT_SHORT) begin
INST_POINTER <= {INST_POINTER[0:0], INST_POINTER_SI};
end else begin
if (LAST_TICK & ~BIST_HOLD & ~LAST_STATE_DONE_INT & BIST_RUN) begin
INST_POINTER <= NEXT_POINTER;
end
end
end
end
assign INST_POINTER_SO = INST_POINTER[1];
function automatic [1:0] INC_POINTER;
input [1:0] INST_POINTER;
reg TOGGLE;
integer i;
begin
INC_POINTER[0] = ~INST_POINTER[0];
TOGGLE = 1;
for (i=1; i<=1; i=i+1) begin
TOGGLE = INST_POINTER[i-1] & TOGGLE;
INC_POINTER[i] = INST_POINTER[i] ^ TOGGLE;
end
end
endfunction
endmodule // READONLY_LVISION_MBISTPG_POINTER_CNTRL
/*------------------------------------------------------------------------------
Module : READONLY_LVISION_MBISTPG_ADD_FORMAT
Description : This module formats the logical address generated by the
address generator. The address formater currently performs
only two functions. The first is to drive any padding values
for multiplexed addresses with unequal row and column
address buses. The second function is to drive forced
address values.
-------------------------------------------------------- (c) Mentor Graphics */
module READONLY_LVISION_MBISTPG_ADD_FORMAT (
Y_ADDRESS ,
X_ADDRESS ,
COLUMN_ADDRESS ,
ROW_ADDRESS
);
input [3:0] Y_ADDRESS;
input [4:0] X_ADDRESS;
output [3:0] COLUMN_ADDRESS;
output [4:0] ROW_ADDRESS;
assign ROW_ADDRESS = X_ADDRESS;
assign COLUMN_ADDRESS = Y_ADDRESS;
endmodule // READONLY_LVISION_MBISTPG_ADD_FORMAT
/*------------------------------------------------------------------------------
Module : READONLY_LVISION_MBISTPG_ADD_GEN
Description : This module generates the logical address to be applied to
the memory under test.
Two address registers are implemented in this architecture.
Each of the address registers consists of an X and a Y
component (Row and Column component). Each of the X or Y
addresses can be segmented into an X1 and X0 component for
the X address or a Y1 and Y0 component for the Y address.
-------------------------------------------------------- (c) Mentor Graphics */
module READONLY_LVISION_MBISTPG_ADD_GEN (
BIST_CLK ,
BIST_RUN ,
RESET_REG_DEFAULT_MODE ,
BIST_ASYNC_RESETN ,
SI ,
SO ,
BIST_SHIFT_SHORT ,
BIST_HOLD ,
LAST_TICK ,
MBISTPG_REDUCED_ADDR_CNT_EN ,
ADD_Y1_CMD ,
ADD_X1_CMD ,
ADD_REG_SELECT ,
INH_LAST_ADDR_CNT ,
Y1_MINMAX_TRIGGER ,
X1_MINMAX_TRIGGER ,
X_ADDRESS ,
Y_ADDRESS ,
A_EQUALS_B_TRIGGER
);
input BIST_CLK;
input BIST_RUN;
input RESET_REG_DEFAULT_MODE;
input BIST_ASYNC_RESETN;
input SI;
input BIST_SHIFT_SHORT;
input BIST_HOLD;
input LAST_TICK;
input MBISTPG_REDUCED_ADDR_CNT_EN;
input [2:0] ADD_Y1_CMD;
input [2:0] ADD_X1_CMD;
input [2:0] ADD_REG_SELECT;
input INH_LAST_ADDR_CNT;
output SO;
output Y1_MINMAX_TRIGGER;
output X1_MINMAX_TRIGGER;
output A_EQUALS_B_TRIGGER;
output [4:0] X_ADDRESS;
output [3:0] Y_ADDRESS;
wire [4:0] AX_ADD_WIRE, BX_ADD_WIRE;
reg [4:0] AX_ADD_REG;
reg [4:0] BX_ADD_REG;
wire [3:0] AY_ADD_WIRE, BY_ADD_WIRE;
reg [3:0] AY_ADD_REG;
reg [3:0] BY_ADD_REG;
wire [4:0] AX_MASK;
wire [4:0] BX_MASK;
wire [3:0] AY_MASK;
wire [3:0] BY_MASK;
wire [1:0] A_SCAN_REGISTER, B_SCAN_REGISTER;
wire [1:0] A_SCAN_WIRE, B_SCAN_WIRE;
wire [1:0] SELECT_REG;
wire ENABLE_A_ADD_REG, ENABLE_B_ADD_REG;
wire A_ADD_REG_SI, B_ADD_REG_SI;
wire INCY1, DECY1, SETY1MAX, SETY1MIN ;
wire INCX1, DECX1, SETX1MAX, SETX1MIN;
wire ROT_LF_A_ADD_REG, ROT_RT_A_ADD_REG;
wire ROT_LF_B_ADD_REG;
wire [3:0] Y_R, Y_RP, Y_RCO, Y_RCI;
reg [3:0] NEXT_Y_ADD_COUNT;
wire [3:0] Y_ADD_CNT;
wire [3:0] Y_ADD_CNT_MAX, Y_ADD_CNT_MIN;
wire [1:0] Y_ADD_ROT_OUT;
wire [1:0] Y_ADD_ROT_IN_REG;
wire [4:0] X_R, X_RP, X_RCO, X_RCI;
reg [4:0] NEXT_X_ADD_COUNT;
wire [4:0] X_ADD_CNT;
wire [4:0] X_ADD_CNT_MAX, X_ADD_CNT_MIN;
wire [2:0] X_ADD_ROT_OUT;
wire [1:0] X_ADD_ROT_IN_REG;
wire Y1_MIN, Y1_MAX;
wire Y1_SET_MIN, Y1_SET_MAX;
wire Y1_MAX_TRIGGER, Y1_MIN_TRIGGER;
wire Y1_MINMAX_TRIGGER_INT;
wire Y1_CNT_EN;
wire X1_MIN, X1_MAX;
wire X1_SET_MIN, X1_SET_MAX;
wire X1_MAX_TRIGGER, X1_MIN_TRIGGER;
wire X1_MINMAX_TRIGGER_INT;
wire X1_CNT_EN;
wire Y1_ADD_SEGMENT_LINK;
wire Y1_CNT_EN_CONDITIONS;
wire Y1_CNT_EN_TRIGGER;
wire A_Y1_ADD_SEGMENT_LINK_REG, B_Y1_ADD_SEGMENT_LINK_REG;
wire X1_ADD_SEGMENT_LINK;
wire X1_CNT_EN_CONDITIONS;
wire X1_CNT_EN_TRIGGER;
wire A_X1_ADD_SEGMENT_LINK_REG, B_X1_ADD_SEGMENT_LINK_REG;
wire A_SCAN_REGISTER_SI;
wire B_SCAN_REGISTER_SI;
wire A_SCAN_REGISTER_SO;
wire B_SCAN_REGISTER_SO;
wire AX_ROT_RT_OUT_SELECTED;
wire AX_ROT_RT_IN_SELECTED;
reg AX_ROT_IN_SELECTED;
reg BX_ROT_IN_SELECTED;
wire [1:0] X_ADD_ROT_IN_SELECTED;
reg AX_ROT_OUT_SELECTED;
reg BX_ROT_OUT_SELECTED;
wire [4:0] X_ADD_REG_MIN_DEFAULT;
wire [4:0] X_ADD_REG_MAX_DEFAULT;
wire [2:0] X_ADD_ROT_OUT_DEFAULT;
wire [1:0] X_ADD_ROT_IN_DEFAULT;
wire AY_ROT_RT_OUT_SELECTED;
wire AY_ROT_RT_IN_SELECTED;
wire [1:0] Y_ADD_ROT_IN_SELECTED;
reg AY_ROT_IN_SELECTED;
reg BY_ROT_IN_SELECTED;
reg AY_ROT_OUT_SELECTED;
reg BY_ROT_OUT_SELECTED;
wire [3:0] Y_ADD_REG_MIN_DEFAULT;
wire [3:0] Y_ADD_REG_MAX_DEFAULT;
wire [1:0] Y_ADD_ROT_OUT_DEFAULT;
wire [1:0] Y_ADD_ROT_IN_DEFAULT;
assign A_ADD_REG_SI = (BIST_SHIFT_SHORT) ? SI :
AX_ADD_REG[4];
assign B_ADD_REG_SI = (BIST_SHIFT_SHORT) ? A_SCAN_REGISTER_SO :
BX_ADD_REG[4];
assign SO = B_SCAN_REGISTER_SO;
assign X_ADDRESS = (SELECT_REG[1] == 1'b1) ? BX_ADD_REG ^ AX_ADD_REG : X_ADD_CNT;
assign Y_ADDRESS = (SELECT_REG[1] == 1'b1) ? BY_ADD_REG ^ AY_ADD_REG : Y_ADD_CNT;
assign Y1_MINMAX_TRIGGER = Y1_MINMAX_TRIGGER_INT;
assign X1_MINMAX_TRIGGER = X1_MINMAX_TRIGGER_INT;
assign A_EQUALS_B_TRIGGER = 1'b0;
assign Y1_CNT_EN_CONDITIONS =Y1_ADD_SEGMENT_LINK;
assign X1_CNT_EN_CONDITIONS =X1_ADD_SEGMENT_LINK;
//
// AddressSelectCmd Decode
// ---------------- ------
// Select_A 3'b000
// Select_A_Copy_To_B 3'b001
// Select_B 3'b010
// Select_B_Copy_To_A 3'b011
// A_Xor_B 3'b100
// Select_A_Rotate_B 3'b101
// Select_B_Rotate_A 3'b110
// Select_B_RotateRight_A 3'b111
//
// 1 enables A xor B
assign SELECT_REG[1] = (ADD_REG_SELECT == 3'b100 );
// 0 selects A; 1 selects B
assign SELECT_REG[0] = (ADD_REG_SELECT == 3'b010 ) ||
(ADD_REG_SELECT == 3'b011 ) ||
(ADD_REG_SELECT == 3'b110 ) ||
(ADD_REG_SELECT == 3'b111 ) ;
assign ENABLE_A_ADD_REG = (ADD_REG_SELECT == 3'b000 ) ||
(ADD_REG_SELECT == 3'b001 ) ||
(ADD_REG_SELECT == 3'b011 ) ||
(ADD_REG_SELECT == 3'b101 ) ||
(ADD_REG_SELECT == 3'b110 ) ||
(ADD_REG_SELECT == 3'b111 ) ||
(ADD_REG_SELECT == 3'b100 ) ;
assign ENABLE_B_ADD_REG = (ADD_REG_SELECT == 3'b001 ) ||
(ADD_REG_SELECT == 3'b010 ) ||
(ADD_REG_SELECT == 3'b011 ) ||
(ADD_REG_SELECT == 3'b101 ) ||
(ADD_REG_SELECT == 3'b110 ) ||
(ADD_REG_SELECT == 3'b111 ) ;
// Rotate left from LSB to MSB
assign ROT_LF_A_ADD_REG = (ADD_REG_SELECT == 3'b110 ) ;
assign ROT_LF_B_ADD_REG = (ADD_REG_SELECT == 3'b101 ) ;
// Rotate right from MSB to LSB
assign ROT_RT_A_ADD_REG = (ADD_REG_SELECT == 3'b111 ) ;
//
// AddressSegmentCmd Decode
// ---------------- ------
// Hold 3'b000
// Increment 3'b010
// Decrement 3'b011
// LoadMin 3'b100
// LoadMax 3'b101
//
assign INCY1 = (ADD_Y1_CMD == 3'b010);
assign DECY1 = (ADD_Y1_CMD == 3'b011);
assign SETY1MIN = (MBISTPG_REDUCED_ADDR_CNT_EN & Y1_CNT_EN & Y1_MAX) | (ADD_Y1_CMD == 3'b100);
assign SETY1MAX = (MBISTPG_REDUCED_ADDR_CNT_EN & Y1_CNT_EN & Y1_MIN) | (ADD_Y1_CMD == 3'b101);
assign INCX1 = (ADD_X1_CMD == 3'b010);
assign DECX1 = (ADD_X1_CMD == 3'b011);
assign SETX1MIN = (MBISTPG_REDUCED_ADDR_CNT_EN & X1_CNT_EN & X1_MAX) | (ADD_X1_CMD == 3'b100);
assign SETX1MAX = (MBISTPG_REDUCED_ADDR_CNT_EN & X1_CNT_EN & X1_MIN) | (ADD_X1_CMD == 3'b101);
//------------------------------
//-- Calculate next Y address --
//------------------------------
assign Y_R = Y_ADD_CNT;
assign Y_RP = (({4{INCY1}} & ~Y_R) | ({4{DECY1}} & Y_R));
assign Y_RCO = (Y_RCI | Y_RP) ;
assign Y_RCI = (~Y1_CNT_EN) ? {4{1'b1}} :
({Y_RCO[2:0], 1'b0 }) ;
always @ (Y1_SET_MAX or Y1_SET_MIN or Y_ADD_CNT_MAX or Y_ADD_CNT_MIN or Y_ADD_CNT or Y_RCI) begin
case ({Y1_SET_MAX, Y1_SET_MIN})
2'b10, 2'b11 : NEXT_Y_ADD_COUNT = Y_ADD_CNT_MAX;
2'b01 : NEXT_Y_ADD_COUNT = Y_ADD_CNT_MIN;
default : NEXT_Y_ADD_COUNT = (Y_ADD_CNT ^ ~Y_RCI);
endcase
end
//------------------------------
//-- Calculate next X address --
//------------------------------
assign X_R = X_ADD_CNT;
assign X_RP = (({5{INCX1}} & ~X_R) | ({5{DECX1}} & X_R));
assign X_RCO = (X_RCI | X_RP) ;
assign X_RCI = (~X1_CNT_EN) ? {5{1'b1}} :
({X_RCO[3:0], 1'b0 }) ;
always @ (X1_SET_MAX or X1_SET_MIN or X_ADD_CNT_MAX or X_ADD_CNT_MIN or X_ADD_CNT or X_RCI) begin
case ({X1_SET_MAX, X1_SET_MIN})
2'b10, 2'b11 : NEXT_X_ADD_COUNT = X_ADD_CNT_MAX;
2'b01 : NEXT_X_ADD_COUNT = X_ADD_CNT_MIN;
default : NEXT_X_ADD_COUNT = (X_ADD_CNT ^ ~X_RCI);
endcase
end
//---------------------------------
//-- Select the address register --
//---------------------------------
assign X_ADD_CNT = (SELECT_REG[0] == 1'b1) ? BX_ADD_REG :
AX_ADD_REG ;
assign Y_ADD_CNT = (SELECT_REG[0] == 1'b1) ? BY_ADD_REG :
AY_ADD_REG ;
//--------------------------------------
//-- Select the carry-in & X0Y0 setup --
//--------------------------------------
assign X1_ADD_SEGMENT_LINK = (SELECT_REG[0] == 1'b1) ? B_X1_ADD_SEGMENT_LINK_REG :
A_X1_ADD_SEGMENT_LINK_REG ;
assign Y1_ADD_SEGMENT_LINK = (SELECT_REG[0] == 1'b1) ? B_Y1_ADD_SEGMENT_LINK_REG :
A_Y1_ADD_SEGMENT_LINK_REG ;
//----------------------------------------------
// X Address min and max address count values --
//----------------------------------------------
// Algorithm: READONLY Type: IC
assign X_ADD_REG_MIN_DEFAULT = 5'b00000;
assign X_ADD_CNT_MIN = X_ADD_REG_MIN_DEFAULT;
// Algorithm: READONLY Type: IC
assign X_ADD_REG_MAX_DEFAULT = MBISTPG_REDUCED_ADDR_CNT_EN ? 5'b11111 : 5'b11111;
assign X_ADD_CNT_MAX = X_ADD_REG_MAX_DEFAULT;
//----------------------------------------
// Select out bit X register --
//----------------------------------------
assign X_ADD_ROT_OUT_DEFAULT = 3'b100;
assign X_ADD_ROT_OUT = X_ADD_ROT_OUT_DEFAULT;
//------------------------------------------------
// Mux controlled by the X_ADD_ROT_OUT register --
//------------------------------------------------
always @(X_ADD_ROT_OUT or AX_ADD_REG or BX_ADD_REG ) begin
case (X_ADD_ROT_OUT)
3'b000 : begin
AX_ROT_OUT_SELECTED = AX_ADD_REG[0:0];
BX_ROT_OUT_SELECTED = BX_ADD_REG[0:0];
end
3'b001 : begin
AX_ROT_OUT_SELECTED = AX_ADD_REG[1:1];
BX_ROT_OUT_SELECTED = BX_ADD_REG[1:1];
end
3'b010 : begin
AX_ROT_OUT_SELECTED = AX_ADD_REG[2:2];
BX_ROT_OUT_SELECTED = BX_ADD_REG[2:2];
end
3'b011 : begin
AX_ROT_OUT_SELECTED = AX_ADD_REG[3:3];
BX_ROT_OUT_SELECTED = BX_ADD_REG[3:3];
end
3'b100 : begin
AX_ROT_OUT_SELECTED = AX_ADD_REG[4:4];
BX_ROT_OUT_SELECTED = BX_ADD_REG[4:4];
end
default : begin
AX_ROT_OUT_SELECTED = 1'b0;
BX_ROT_OUT_SELECTED = 1'b0;
end
endcase
end
//----------------------------------------
// Select shift in bit X register --
//----------------------------------------
assign X_ADD_ROT_IN_DEFAULT = 2'b00;
assign X_ADD_ROT_IN_REG = X_ADD_ROT_IN_DEFAULT;
//-----------------------------------------------------------------
// Mux for AX and BX controlled by the X_ADD_ROT_IN_REG register --
//-----------------------------------------------------------------
assign X_ADD_ROT_IN_SELECTED = (BIST_RUN) ? X_ADD_ROT_IN_REG : 2'b00 ;
always @(X_ADD_ROT_IN_SELECTED or AX_ROT_OUT_SELECTED or AY_ROT_OUT_SELECTED or AY_ADD_REG ) begin
case (X_ADD_ROT_IN_SELECTED)
2'b00 : begin
AX_ROT_IN_SELECTED = AY_ADD_REG[3] ;
end
2'b01 : begin
AX_ROT_IN_SELECTED = 1'b0 ;
end
2'b10 : begin
AX_ROT_IN_SELECTED = AY_ROT_OUT_SELECTED ;
end
2'b11 : begin
AX_ROT_IN_SELECTED = AX_ROT_OUT_SELECTED ;
end
endcase
end
always @(X_ADD_ROT_IN_SELECTED or BX_ROT_OUT_SELECTED or BY_ROT_OUT_SELECTED or BY_ADD_REG ) begin
case (X_ADD_ROT_IN_SELECTED)
2'b00 : begin
BX_ROT_IN_SELECTED = BY_ADD_REG[3] ;
end
2'b01 : begin
BX_ROT_IN_SELECTED = 1'b0 ;
end
2'b10 : begin
BX_ROT_IN_SELECTED = BY_ROT_OUT_SELECTED ;
end
2'b11 : begin
BX_ROT_IN_SELECTED = BX_ROT_OUT_SELECTED ;
end
endcase
end
//-----------------------------
// Right rotation on AX only --
//-----------------------------
assign AX_ROT_RT_IN_SELECTED = AY_ROT_RT_OUT_SELECTED;
assign AX_ROT_RT_OUT_SELECTED = AX_ADD_REG[0];
//----------------------------------------------
// Y Address min and max address count values --
//----------------------------------------------
// Algorithm: READONLY Type: IC
assign Y_ADD_REG_MIN_DEFAULT = 4'b0000;
assign Y_ADD_CNT_MIN = Y_ADD_REG_MIN_DEFAULT;
// Algorithm: READONLY Type: IC
assign Y_ADD_REG_MAX_DEFAULT = MBISTPG_REDUCED_ADDR_CNT_EN ? 4'b1111 : 4'b1111;
assign Y_ADD_CNT_MAX = Y_ADD_REG_MAX_DEFAULT;
//----------------------------------------
// Select out bit Y register --
//----------------------------------------
assign Y_ADD_ROT_OUT_DEFAULT = 2'b11;
assign Y_ADD_ROT_OUT = Y_ADD_ROT_OUT_DEFAULT;
//------------------------------------------------
// Mux controlled by the Y_ADD_ROT_OUT register --
//------------------------------------------------
always @(Y_ADD_ROT_OUT or AY_ADD_REG or BY_ADD_REG ) begin
case (Y_ADD_ROT_OUT)
2'b00 : begin
AY_ROT_OUT_SELECTED = AY_ADD_REG[0:0];
BY_ROT_OUT_SELECTED = BY_ADD_REG[0:0];
end
2'b01 : begin
AY_ROT_OUT_SELECTED = AY_ADD_REG[1:1];
BY_ROT_OUT_SELECTED = BY_ADD_REG[1:1];
end
2'b10 : begin
AY_ROT_OUT_SELECTED = AY_ADD_REG[2:2];
BY_ROT_OUT_SELECTED = BY_ADD_REG[2:2];
end
2'b11 : begin
AY_ROT_OUT_SELECTED = AY_ADD_REG[3:3];
BY_ROT_OUT_SELECTED = BY_ADD_REG[3:3];
end
endcase
end
//----------------------------------------
// Select shift in bit Y register --
//----------------------------------------
assign Y_ADD_ROT_IN_DEFAULT = 2'b00;
assign Y_ADD_ROT_IN_REG = Y_ADD_ROT_IN_DEFAULT;
//-----------------------------------------------------------------
// Mux for AY and BY controlled by the Y_ADD_ROT_IN_REG register --
//-----------------------------------------------------------------
assign Y_ADD_ROT_IN_SELECTED = (BIST_RUN) ? Y_ADD_ROT_IN_REG : 2'b00 ;
always @(Y_ADD_ROT_IN_SELECTED or AY_ROT_OUT_SELECTED or AX_ROT_OUT_SELECTED or A_ADD_REG_SI ) begin
case (Y_ADD_ROT_IN_SELECTED)
2'b00 : begin
AY_ROT_IN_SELECTED = A_ADD_REG_SI;
end
2'b01 : begin
AY_ROT_IN_SELECTED = 1'b0 ;
end
2'b10 : begin
AY_ROT_IN_SELECTED = AY_ROT_OUT_SELECTED ;
end
2'b11 : begin
AY_ROT_IN_SELECTED = AX_ROT_OUT_SELECTED ;
end
endcase
end
always @(Y_ADD_ROT_IN_SELECTED or BY_ROT_OUT_SELECTED or BX_ROT_OUT_SELECTED or B_ADD_REG_SI ) begin
case (Y_ADD_ROT_IN_SELECTED)
2'b00 : begin
BY_ROT_IN_SELECTED = B_ADD_REG_SI;
end
2'b01 : begin
BY_ROT_IN_SELECTED = 1'b0 ;
end
2'b10 : begin
BY_ROT_IN_SELECTED = BY_ROT_OUT_SELECTED ;
end
2'b11 : begin
BY_ROT_IN_SELECTED = BX_ROT_OUT_SELECTED ;
end
endcase
end
//-----------------------------
// Right rotation on AY only --
//-----------------------------
assign AY_ROT_RT_IN_SELECTED = AX_ROT_RT_OUT_SELECTED;
assign AY_ROT_RT_OUT_SELECTED = AY_ADD_REG[0];
//------------------------------------------------
// Address end count triggers and count enables --
//------------------------------------------------
assign Y1_MIN = (Y_ADD_CNT == Y_ADD_CNT_MIN);
assign Y1_MAX = (Y_ADD_CNT == Y_ADD_CNT_MAX);
assign X1_MIN = (X_ADD_CNT == X_ADD_CNT_MIN);
assign X1_MAX = (X_ADD_CNT == X_ADD_CNT_MAX);
assign Y1_MAX_TRIGGER = Y1_MAX;
assign Y1_MIN_TRIGGER = Y1_MIN;
assign X1_MAX_TRIGGER = X1_MAX;
assign X1_MIN_TRIGGER = X1_MIN;
assign Y1_MINMAX_TRIGGER_INT = (INCY1 & Y1_MAX_TRIGGER) | (DECY1 & Y1_MIN_TRIGGER);
assign X1_MINMAX_TRIGGER_INT = (INCX1 & X1_MAX_TRIGGER) | (DECX1 & X1_MIN_TRIGGER);
assign Y1_CNT_EN_TRIGGER = {X1_MINMAX_TRIGGER_INT };
assign X1_CNT_EN_TRIGGER = {Y1_MINMAX_TRIGGER_INT };
assign Y1_CNT_EN = (INCY1 | DECY1) & ((Y1_CNT_EN_CONDITIONS & Y1_CNT_EN_TRIGGER) == Y1_CNT_EN_CONDITIONS);
assign X1_CNT_EN = (INCX1 | DECX1) & ((X1_CNT_EN_CONDITIONS & X1_CNT_EN_TRIGGER) == X1_CNT_EN_CONDITIONS);
//------------------------------------------
// Address set min and set max conditions --
//------------------------------------------
assign Y1_SET_MIN = (Y1_CNT_EN & Y1_MAX_TRIGGER & INCY1) | SETY1MIN;
assign Y1_SET_MAX = (Y1_CNT_EN & Y1_MIN_TRIGGER & DECY1) | SETY1MAX;
assign X1_SET_MIN = (X1_CNT_EN & X1_MAX_TRIGGER & INCX1) | SETX1MIN;
assign X1_SET_MAX = (X1_CNT_EN & X1_MIN_TRIGGER & DECX1) | SETX1MAX;
//------------------------------------
//-- ADDRESS REGISTER A : X SEGMENT --
//------------------------------------
assign AX_ADD_WIRE = 5'b00000; // Algorithm: READONLY
assign AX_MASK = (BIST_SHIFT_SHORT) ? 5'b11111 :
(X_ADD_ROT_OUT == 3'b100) ? 5'b11111 :
(X_ADD_ROT_OUT == 3'b011) ? 5'b01111 :
(X_ADD_ROT_OUT == 3'b010) ? 5'b00111 :
(X_ADD_ROT_OUT == 3'b001) ? 5'b00011 :
5'b00001;
// synopsys async_set_reset "BIST_ASYNC_RESETN"
always @ (posedge BIST_CLK or negedge BIST_ASYNC_RESETN) begin
if (~BIST_ASYNC_RESETN)
AX_ADD_REG <= 5'b00000;
else
if (RESET_REG_DEFAULT_MODE)
AX_ADD_REG <= AX_ADD_WIRE;
else
if (BIST_SHIFT_SHORT | (LAST_TICK & ~BIST_HOLD & ROT_LF_A_ADD_REG & BIST_RUN))
AX_ADD_REG <= (AX_MASK & {AX_ADD_REG[3:0], AX_ROT_IN_SELECTED}) | (~AX_MASK & AX_ADD_REG);
else
if (LAST_TICK & ~BIST_HOLD & ROT_RT_A_ADD_REG & BIST_RUN)
AX_ADD_REG <= {AX_ROT_RT_IN_SELECTED, AX_ADD_REG[4:1]};
else begin
if ( ENABLE_A_ADD_REG & BIST_RUN & ~BIST_HOLD)
if (LAST_TICK & ~INH_LAST_ADDR_CNT) begin
AX_ADD_REG <= NEXT_X_ADD_COUNT;
end
end
end
//------------------------------------
//-- ADDRESS REGISTER A : Y SEGMENT --
//------------------------------------
assign AY_ADD_WIRE = 4'b0000; // Algorithm: READONLY
assign AY_MASK = (BIST_SHIFT_SHORT) ? 4'b1111 :
(Y_ADD_ROT_OUT == 2'b11) ? 4'b1111 :
(Y_ADD_ROT_OUT == 2'b10) ? 4'b0111 :
(Y_ADD_ROT_OUT == 2'b01) ? 4'b0011 :
4'b0001;
// synopsys async_set_reset "BIST_ASYNC_RESETN"
always @ (posedge BIST_CLK or negedge BIST_ASYNC_RESETN) begin
if (~BIST_ASYNC_RESETN)
AY_ADD_REG <= 4'b0000;
else
if (RESET_REG_DEFAULT_MODE)
AY_ADD_REG <= AY_ADD_WIRE;
else
if (BIST_SHIFT_SHORT | (LAST_TICK & ~BIST_HOLD & ROT_LF_A_ADD_REG & BIST_RUN))
AY_ADD_REG <= (AY_MASK & {AY_ADD_REG[2:0], AY_ROT_IN_SELECTED}) | (~AY_MASK & AY_ADD_REG);
else
if (LAST_TICK & ~BIST_HOLD & ROT_RT_A_ADD_REG & BIST_RUN)
AY_ADD_REG <= {AY_ROT_RT_IN_SELECTED, AY_ADD_REG[3:1]};
else begin
if ( ENABLE_A_ADD_REG & BIST_RUN & ~BIST_HOLD )
if (LAST_TICK & ~INH_LAST_ADDR_CNT) begin
AY_ADD_REG <= NEXT_Y_ADD_COUNT;
end
end
end
//------------------------------------
//-- ADDRESS REGISTER B : X SEGMENT --
//------------------------------------
assign BX_ADD_WIRE = 5'b00000; // Algorithm: READONLY
assign BX_MASK = (BIST_SHIFT_SHORT) ? 5'b11111 :
(X_ADD_ROT_OUT == 3'b100) ? 5'b11111 :
(X_ADD_ROT_OUT == 3'b011) ? 5'b01111 :
(X_ADD_ROT_OUT == 3'b010) ? 5'b00111 :
(X_ADD_ROT_OUT == 3'b001) ? 5'b00011 :
5'b00001;
// synopsys async_set_reset "BIST_ASYNC_RESETN"
always @ (posedge BIST_CLK or negedge BIST_ASYNC_RESETN) begin
if (~BIST_ASYNC_RESETN)
BX_ADD_REG <= 5'b00000;
else
if (RESET_REG_DEFAULT_MODE)
BX_ADD_REG <= BX_ADD_WIRE;
else
if (BIST_SHIFT_SHORT | (LAST_TICK & ~BIST_HOLD & ROT_LF_B_ADD_REG & BIST_RUN))
BX_ADD_REG <= (BX_MASK & {BX_ADD_REG[3:0], BX_ROT_IN_SELECTED}) | (~BX_MASK & BX_ADD_REG);
else begin
if ( ENABLE_B_ADD_REG & BIST_RUN & ~BIST_HOLD)
if (LAST_TICK & ~INH_LAST_ADDR_CNT) begin
BX_ADD_REG <= NEXT_X_ADD_COUNT;
end
end
end
//------------------------------------
//-- ADDRESS REGISTER B : Y SEGMENT --
//------------------------------------
assign BY_ADD_WIRE = 4'b0000; // Algorithm: READONLY
assign BY_MASK = (BIST_SHIFT_SHORT) ? 4'b1111 :
(Y_ADD_ROT_OUT == 2'b11) ? 4'b1111 :
(Y_ADD_ROT_OUT == 2'b10) ? 4'b0111 :
(Y_ADD_ROT_OUT == 2'b01) ? 4'b0011 :
4'b0001;
// synopsys async_set_reset "BIST_ASYNC_RESETN"
always @ (posedge BIST_CLK or negedge BIST_ASYNC_RESETN) begin
if (~BIST_ASYNC_RESETN)
BY_ADD_REG <= 4'b0000;
else
if (RESET_REG_DEFAULT_MODE)
BY_ADD_REG <= BY_ADD_WIRE;
else
if (BIST_SHIFT_SHORT | (LAST_TICK & ~BIST_HOLD & ROT_LF_B_ADD_REG & BIST_RUN))
BY_ADD_REG <= (BY_MASK & {BY_ADD_REG[2:0], BY_ROT_IN_SELECTED}) | (~BY_MASK & BY_ADD_REG);
else begin
if ( ENABLE_B_ADD_REG & BIST_RUN & ~BIST_HOLD)
if (LAST_TICK & ~INH_LAST_ADDR_CNT) begin
BY_ADD_REG <= NEXT_Y_ADD_COUNT;
end
end
end
//------------------------------------------------
//-- ADDRESS REGISTER A : CARRY-IN & X0Y0 SETUP --
//------------------------------------------------
assign A_X1_ADD_SEGMENT_LINK_REG = A_SCAN_REGISTER[0:0];
assign A_Y1_ADD_SEGMENT_LINK_REG = A_SCAN_REGISTER[1:1];
assign A_SCAN_REGISTER_SI = AX_ADD_REG[4];
assign A_SCAN_REGISTER_SO = A_SCAN_REGISTER_SI;
assign A_SCAN_WIRE = {1'b0, 1'b1};
assign A_SCAN_REGISTER = A_SCAN_WIRE;
//------------------------------------------------
//-- ADDRESS REGISTER B : CARRY-IN & X0Y0 SETUP --
//------------------------------------------------
assign B_X1_ADD_SEGMENT_LINK_REG = B_SCAN_REGISTER[0:0];
assign B_Y1_ADD_SEGMENT_LINK_REG = B_SCAN_REGISTER[1:1];
assign B_SCAN_REGISTER_SI = BX_ADD_REG[4];
assign B_SCAN_REGISTER_SO = B_SCAN_REGISTER_SI;
assign B_SCAN_WIRE = {1'b1, 1'b0};
assign B_SCAN_REGISTER = B_SCAN_WIRE;
endmodule // READONLY_LVISION_MBISTPG_ADD_GEN
/*------------------------------------------------------------------------------
Module : READONLY_LVISION_MBISTPG_FSM
Description : This module is a finite state machine used to control the
initialization, setup, and execution of the test.
-------------------------------------------------------- (c) Mentor Graphics */
module READONLY_LVISION_MBISTPG_FSM (
//inputs
BIST_CLK ,
BIST_ON ,
BIST_HOLD_R ,
NEXT_ALGO ,
BIST_ASYNC_RESETN ,
LAST_STATE_DONE ,
//outputs
SETUP_PULSE1 ,
SETUP_PULSE2 ,
BIST_INIT ,
BIST_RUN ,
BIST_RUN_PIPE ,
BIST_DONE ,
BIST_IDLE
);
input BIST_CLK;
input BIST_ON;
input BIST_HOLD_R;
input NEXT_ALGO;
input BIST_ASYNC_RESETN;
input LAST_STATE_DONE;
output SETUP_PULSE1;
output SETUP_PULSE2;
output BIST_INIT;
output BIST_RUN;
output BIST_RUN_PIPE;
output BIST_DONE;
output BIST_IDLE;
localparam MAIN_STATE_IDLE = 3'b000; // 0
localparam MAIN_STATE_INIT = 3'b100; // 4
localparam MAIN_STATE_SETUP1 = 3'b001; // 1
localparam MAIN_STATE_SETUP2 = 3'b011; // 3
localparam MAIN_STATE_RUN = 3'b010; // 2
localparam MAIN_STATE_DONE = 3'b110; // 6
reg [2:0] STATE;
reg [2:0] NEXT_STATE;
reg RUNTEST_EN;
reg [3:0] RUNTEST_EN_REG;
reg INIT;
reg SETUP1;
reg SETUP2;
wire RESET;
//-------------------
// Main State Machine
//-------------------
assign RESET = ~BIST_ON | BIST_HOLD_R | NEXT_ALGO;
assign BIST_IDLE = (STATE == MAIN_STATE_IDLE);
assign BIST_INIT = INIT & BIST_ON;
assign SETUP_PULSE1 = SETUP1 & BIST_ON;
assign SETUP_PULSE2 = SETUP2 & BIST_ON;
assign BIST_RUN = RUNTEST_EN;
assign BIST_RUN_PIPE = RUNTEST_EN_REG[3];
assign BIST_DONE = (STATE == MAIN_STATE_DONE);
// synopsys sync_set_reset "RESET"
// synopsys async_set_reset "BIST_ASYNC_RESETN"
always @ (posedge BIST_CLK or negedge BIST_ASYNC_RESETN) begin
if (~BIST_ASYNC_RESETN)
STATE <= MAIN_STATE_IDLE;
else
if (RESET)
STATE <= MAIN_STATE_IDLE;
else
if (~BIST_HOLD_R)
STATE <= NEXT_STATE;
end
always @ (STATE or LAST_STATE_DONE ) begin
case (STATE)
MAIN_STATE_IDLE:
begin
NEXT_STATE = MAIN_STATE_INIT;
INIT = 1'b0;
SETUP1 = 1'b0;
SETUP2 = 1'b0;
RUNTEST_EN = 1'b0;
end
MAIN_STATE_INIT:
begin
NEXT_STATE = MAIN_STATE_SETUP1;
INIT = 1'b1;
SETUP1 = 1'b0;
SETUP2 = 1'b0;
RUNTEST_EN = 1'b0;
end
MAIN_STATE_SETUP1:
begin
NEXT_STATE = MAIN_STATE_SETUP2;
INIT = 1'b0;
SETUP1 = 1'b1;
SETUP2 = 1'b0;
RUNTEST_EN = 1'b0;
end
MAIN_STATE_SETUP2:
begin
NEXT_STATE = MAIN_STATE_RUN;
INIT = 1'b0;
SETUP1 = 1'b0;
SETUP2 = 1'b1;
RUNTEST_EN = 1'b0;
end
MAIN_STATE_RUN:
begin
INIT = 1'b0;
SETUP1 = 1'b0;
SETUP2 = 1'b0;
RUNTEST_EN = 1'b1;
if (LAST_STATE_DONE) begin
NEXT_STATE = MAIN_STATE_DONE;
end
else begin
NEXT_STATE = MAIN_STATE_RUN;
end
end
MAIN_STATE_DONE:
begin
NEXT_STATE = MAIN_STATE_DONE;
INIT = 1'b0;
SETUP1 = 1'b0;
SETUP2 = 1'b0;
RUNTEST_EN = 1'b0;
end
default :
begin
NEXT_STATE = MAIN_STATE_IDLE;
INIT = 1'b0;
SETUP1 = 1'b0;
SETUP2 = 1'b0;
RUNTEST_EN = 1'b0;
end
endcase
end
// synopsys sync_set_reset "RESET"
// synopsys async_set_reset "BIST_ASYNC_RESETN"
always @ (posedge BIST_CLK or negedge BIST_ASYNC_RESETN) begin
if (~BIST_ASYNC_RESETN)
RUNTEST_EN_REG <= 4'd0;
else
if (RESET)
RUNTEST_EN_REG <= 4'd0;
else
if (~BIST_HOLD_R)
RUNTEST_EN_REG <= {RUNTEST_EN_REG[2:0], RUNTEST_EN};
end
endmodule // READONLY_LVISION_MBISTPG_FSM
/*------------------------------------------------------------------------------
Module : READONLY_LVISION_MBISTPG_SIGNAL_GEN
Description :
-------------------------------------------------------- (c) Mentor Graphics */
module READONLY_LVISION_MBISTPG_SIGNAL_GEN (
BIST_CLK ,
BIST_ASYNC_RESETN ,
SI ,
BIST_SHIFT_SHORT ,
BIST_HOLD_R_INT ,
RESET_REG_DEFAULT_MODE ,
OP_SELECT_CMD ,
BIST_RUN ,
BIST_RUN_BUF ,
BIST_RUN_TO_BUF ,
LAST_STATE_DONE ,
BIST_CMP ,
BIST_SELECT ,
BIST_OUTPUTENABLE ,
BIST_WRITEENABLE ,
SO ,
BIST_ALGO_SEL_CNT ,
LAST_TICK
);
input BIST_CLK;
input BIST_ASYNC_RESETN;
input SI;
input BIST_SHIFT_SHORT;
input BIST_HOLD_R_INT;
input RESET_REG_DEFAULT_MODE;
input [2:0] OP_SELECT_CMD;
input BIST_RUN;
input BIST_RUN_TO_BUF;
input BIST_RUN_BUF;
input LAST_STATE_DONE;
input BIST_ALGO_SEL_CNT;
output LAST_TICK;
output BIST_CMP;
output BIST_SELECT;
output BIST_OUTPUTENABLE;
output BIST_WRITEENABLE;
output SO;
reg LAST_TICK_REG;
wire OPERATION_LAST_TICK_REG;
reg [2:0] JCNT;
wire [5:0] JCNT_FROM, JCNT_TO;
wire RESET_JCNT;
wire RESET_LAST_TICK_REG;
wire LAST_TICK_D;
wire LAST_OPERATION_DONE;
//----------------
// Last cycle flag
//----------------
// Last cycle flag {{{
wire DEFAULT_LAST_TICK;
wire DEFAULT_SYNC_LAST_TICK;
wire DEFAULT_SYNCWR_LAST_TICK;
wire DEFAULT_ASYNC_LAST_TICK;
wire DEFAULT_ASYNCWR_LAST_TICK;
wire DEFAULT_CLOCKEDASYNC_LAST_TICK;
wire DEFAULT_CLOCKEDASYNCWR_LAST_TICK;
wire DEFAULT_ROM_LAST_TICK;
// Last cycle flag }}}
wire [6:0] DEFAULT_OPSET_SEL;
//-----------------------------
// SELECT waveform
//-----------------------------
wire DEFAULT_SELECT;
wire DEFAULT_SELECT_SELECTED;
// OperationSet: SYNC {{{
wire DEFAULT_SYNC_NOOPERATION_SELECT;
wire DEFAULT_SYNC_WRITE_SELECT;
wire DEFAULT_SYNC_READ_SELECT;
wire DEFAULT_SYNC_READMODIFYWRITE_SELECT;
wire DEFAULT_SYNC_WRITEREAD_SELECT;
// OperationSet: SYNC }}}
// OperationSet: SYNCWR {{{
wire DEFAULT_SYNCWR_NOOPERATION_SELECT;
wire DEFAULT_SYNCWR_WRITE_SELECT;
wire DEFAULT_SYNCWR_READ_SELECT;
wire DEFAULT_SYNCWR_READMODIFYWRITE_SELECT;
// OperationSet: SYNCWR }}}
// OperationSet: ASYNC {{{
wire DEFAULT_ASYNC_NOOPERATION_SELECT;
wire DEFAULT_ASYNC_WRITE_SELECT;
wire DEFAULT_ASYNC_READ_SELECT;
wire DEFAULT_ASYNC_READMODIFYWRITE_SELECT;
// OperationSet: ASYNC }}}
// OperationSet: ASYNCWR {{{
wire DEFAULT_ASYNCWR_NOOPERATION_SELECT;
wire DEFAULT_ASYNCWR_WRITE_SELECT;
wire DEFAULT_ASYNCWR_READ_SELECT;
wire DEFAULT_ASYNCWR_READMODIFYWRITE_SELECT;
// OperationSet: ASYNCWR }}}
// OperationSet: CLOCKEDASYNC {{{
wire DEFAULT_CLOCKEDASYNC_NOOPERATION_SELECT;
wire DEFAULT_CLOCKEDASYNC_WRITE_SELECT;
wire DEFAULT_CLOCKEDASYNC_READ_SELECT;
wire DEFAULT_CLOCKEDASYNC_READMODIFYWRITE_SELECT;
// OperationSet: CLOCKEDASYNC }}}
// OperationSet: CLOCKEDASYNCWR {{{
wire DEFAULT_CLOCKEDASYNCWR_NOOPERATION_SELECT;
wire DEFAULT_CLOCKEDASYNCWR_WRITE_SELECT;
wire DEFAULT_CLOCKEDASYNCWR_READ_SELECT;
wire DEFAULT_CLOCKEDASYNCWR_READMODIFYWRITE_SELECT;
// OperationSet: CLOCKEDASYNCWR }}}
// OperationSet: ROM {{{
wire DEFAULT_ROM_READ_SELECT;
wire DEFAULT_ROM_COMPAREMISR_SELECT;
wire DEFAULT_ROM_NOOPERATION_SELECT;
// OperationSet: ROM }}}
//-----------------------------
// OUTPUTENABLE waveform
//-----------------------------
wire DEFAULT_OUTPUTENABLE;
wire DEFAULT_OUTPUTENABLE_SELECTED;
// OperationSet: SYNC {{{
wire DEFAULT_SYNC_NOOPERATION_OUTPUTENABLE;
wire DEFAULT_SYNC_WRITE_OUTPUTENABLE;
wire DEFAULT_SYNC_READ_OUTPUTENABLE;
wire DEFAULT_SYNC_READMODIFYWRITE_OUTPUTENABLE;
wire DEFAULT_SYNC_WRITEREAD_OUTPUTENABLE;
// OperationSet: SYNC }}}
// OperationSet: SYNCWR {{{
wire DEFAULT_SYNCWR_NOOPERATION_OUTPUTENABLE;
wire DEFAULT_SYNCWR_WRITE_OUTPUTENABLE;
wire DEFAULT_SYNCWR_READ_OUTPUTENABLE;
wire DEFAULT_SYNCWR_READMODIFYWRITE_OUTPUTENABLE;
// OperationSet: SYNCWR }}}
// OperationSet: ASYNC {{{
wire DEFAULT_ASYNC_NOOPERATION_OUTPUTENABLE;
wire DEFAULT_ASYNC_WRITE_OUTPUTENABLE;
wire DEFAULT_ASYNC_READ_OUTPUTENABLE;
wire DEFAULT_ASYNC_READMODIFYWRITE_OUTPUTENABLE;
// OperationSet: ASYNC }}}
// OperationSet: ASYNCWR {{{
wire DEFAULT_ASYNCWR_NOOPERATION_OUTPUTENABLE;
wire DEFAULT_ASYNCWR_WRITE_OUTPUTENABLE;
wire DEFAULT_ASYNCWR_READ_OUTPUTENABLE;
wire DEFAULT_ASYNCWR_READMODIFYWRITE_OUTPUTENABLE;
// OperationSet: ASYNCWR }}}
// OperationSet: CLOCKEDASYNC {{{
wire DEFAULT_CLOCKEDASYNC_NOOPERATION_OUTPUTENABLE;
wire DEFAULT_CLOCKEDASYNC_WRITE_OUTPUTENABLE;
wire DEFAULT_CLOCKEDASYNC_READ_OUTPUTENABLE;
wire DEFAULT_CLOCKEDASYNC_READMODIFYWRITE_OUTPUTENABLE;
// OperationSet: CLOCKEDASYNC }}}
// OperationSet: CLOCKEDASYNCWR {{{
wire DEFAULT_CLOCKEDASYNCWR_NOOPERATION_OUTPUTENABLE;
wire DEFAULT_CLOCKEDASYNCWR_WRITE_OUTPUTENABLE;
wire DEFAULT_CLOCKEDASYNCWR_READ_OUTPUTENABLE;
wire DEFAULT_CLOCKEDASYNCWR_READMODIFYWRITE_OUTPUTENABLE;
// OperationSet: CLOCKEDASYNCWR }}}
// OperationSet: ROM {{{
wire DEFAULT_ROM_READ_OUTPUTENABLE;
wire DEFAULT_ROM_COMPAREMISR_OUTPUTENABLE;
wire DEFAULT_ROM_NOOPERATION_OUTPUTENABLE;
// OperationSet: ROM }}}
//-----------------------------
// WRITEENABLE waveform
//-----------------------------
wire DEFAULT_WRITEENABLE;
wire DEFAULT_WRITEENABLE_SELECTED;
// OperationSet: SYNC {{{
wire DEFAULT_SYNC_NOOPERATION_WRITEENABLE;
wire DEFAULT_SYNC_WRITE_WRITEENABLE;
wire DEFAULT_SYNC_READ_WRITEENABLE;
wire DEFAULT_SYNC_READMODIFYWRITE_WRITEENABLE;
wire DEFAULT_SYNC_WRITEREAD_WRITEENABLE;
// OperationSet: SYNC }}}
// OperationSet: SYNCWR {{{
wire DEFAULT_SYNCWR_NOOPERATION_WRITEENABLE;
wire DEFAULT_SYNCWR_WRITE_WRITEENABLE;
wire DEFAULT_SYNCWR_READ_WRITEENABLE;
wire DEFAULT_SYNCWR_READMODIFYWRITE_WRITEENABLE;
// OperationSet: SYNCWR }}}
// OperationSet: ASYNC {{{
wire DEFAULT_ASYNC_NOOPERATION_WRITEENABLE;
wire DEFAULT_ASYNC_WRITE_WRITEENABLE;
wire DEFAULT_ASYNC_READ_WRITEENABLE;
wire DEFAULT_ASYNC_READMODIFYWRITE_WRITEENABLE;
// OperationSet: ASYNC }}}
// OperationSet: ASYNCWR {{{
wire DEFAULT_ASYNCWR_NOOPERATION_WRITEENABLE;
wire DEFAULT_ASYNCWR_WRITE_WRITEENABLE;
wire DEFAULT_ASYNCWR_READ_WRITEENABLE;
wire DEFAULT_ASYNCWR_READMODIFYWRITE_WRITEENABLE;
// OperationSet: ASYNCWR }}}
// OperationSet: CLOCKEDASYNC {{{
wire DEFAULT_CLOCKEDASYNC_NOOPERATION_WRITEENABLE;
wire DEFAULT_CLOCKEDASYNC_WRITE_WRITEENABLE;
wire DEFAULT_CLOCKEDASYNC_READ_WRITEENABLE;
wire DEFAULT_CLOCKEDASYNC_READMODIFYWRITE_WRITEENABLE;
// OperationSet: CLOCKEDASYNC }}}
// OperationSet: CLOCKEDASYNCWR {{{
wire DEFAULT_CLOCKEDASYNCWR_NOOPERATION_WRITEENABLE;
wire DEFAULT_CLOCKEDASYNCWR_WRITE_WRITEENABLE;
wire DEFAULT_CLOCKEDASYNCWR_READ_WRITEENABLE;
wire DEFAULT_CLOCKEDASYNCWR_READMODIFYWRITE_WRITEENABLE;
// OperationSet: CLOCKEDASYNCWR }}}
// OperationSet: ROM {{{
wire DEFAULT_ROM_READ_WRITEENABLE;
wire DEFAULT_ROM_COMPAREMISR_WRITEENABLE;
wire DEFAULT_ROM_NOOPERATION_WRITEENABLE;
// OperationSet: ROM }}}
//-----------------
// Compare waveform
//-----------------
wire DEFAULT_STROBEDATAOUT;
wire DEFAULT_STROBEDATAOUT_SELECTED;
// OperationSet: SYNC {{{
wire DEFAULT_SYNC_NOOPERATION_STROBEDATAOUT;
wire DEFAULT_SYNC_NOOPERATION_STROBEDATAOUT0;
wire DEFAULT_SYNC_WRITE_STROBEDATAOUT;
wire DEFAULT_SYNC_WRITE_STROBEDATAOUT0;
wire DEFAULT_SYNC_READ_STROBEDATAOUT;
wire DEFAULT_SYNC_READ_STROBEDATAOUT0;
wire DEFAULT_SYNC_READMODIFYWRITE_STROBEDATAOUT;
wire DEFAULT_SYNC_READMODIFYWRITE_STROBEDATAOUT0;
wire DEFAULT_SYNC_WRITEREAD_STROBEDATAOUT;
wire DEFAULT_SYNC_WRITEREAD_STROBEDATAOUT0;
// OperationSet: SYNC }}}
// OperationSet: SYNCWR {{{
wire DEFAULT_SYNCWR_NOOPERATION_STROBEDATAOUT;
wire DEFAULT_SYNCWR_NOOPERATION_STROBEDATAOUT0;
wire DEFAULT_SYNCWR_WRITE_STROBEDATAOUT;
wire DEFAULT_SYNCWR_WRITE_STROBEDATAOUT0;
wire DEFAULT_SYNCWR_READ_STROBEDATAOUT;
wire DEFAULT_SYNCWR_READ_STROBEDATAOUT0;
wire DEFAULT_SYNCWR_READMODIFYWRITE_STROBEDATAOUT;
wire DEFAULT_SYNCWR_READMODIFYWRITE_STROBEDATAOUT0;
// OperationSet: SYNCWR }}}
// OperationSet: ASYNC {{{
wire DEFAULT_ASYNC_NOOPERATION_STROBEDATAOUT;
wire DEFAULT_ASYNC_NOOPERATION_STROBEDATAOUT0;
wire DEFAULT_ASYNC_WRITE_STROBEDATAOUT;
wire DEFAULT_ASYNC_WRITE_STROBEDATAOUT0;
wire DEFAULT_ASYNC_READ_STROBEDATAOUT;
wire DEFAULT_ASYNC_READ_STROBEDATAOUT0;
wire DEFAULT_ASYNC_READMODIFYWRITE_STROBEDATAOUT;
wire DEFAULT_ASYNC_READMODIFYWRITE_STROBEDATAOUT0;
// OperationSet: ASYNC }}}
// OperationSet: ASYNCWR {{{
wire DEFAULT_ASYNCWR_NOOPERATION_STROBEDATAOUT;
wire DEFAULT_ASYNCWR_NOOPERATION_STROBEDATAOUT0;
wire DEFAULT_ASYNCWR_WRITE_STROBEDATAOUT;
wire DEFAULT_ASYNCWR_WRITE_STROBEDATAOUT0;
wire DEFAULT_ASYNCWR_READ_STROBEDATAOUT;
wire DEFAULT_ASYNCWR_READ_STROBEDATAOUT0;
wire DEFAULT_ASYNCWR_READMODIFYWRITE_STROBEDATAOUT;
wire DEFAULT_ASYNCWR_READMODIFYWRITE_STROBEDATAOUT0;
// OperationSet: ASYNCWR }}}
// OperationSet: CLOCKEDASYNC {{{
wire DEFAULT_CLOCKEDASYNC_NOOPERATION_STROBEDATAOUT;
wire DEFAULT_CLOCKEDASYNC_NOOPERATION_STROBEDATAOUT0;
wire DEFAULT_CLOCKEDASYNC_WRITE_STROBEDATAOUT;
wire DEFAULT_CLOCKEDASYNC_WRITE_STROBEDATAOUT0;
wire DEFAULT_CLOCKEDASYNC_READ_STROBEDATAOUT;
wire DEFAULT_CLOCKEDASYNC_READ_STROBEDATAOUT0;
wire DEFAULT_CLOCKEDASYNC_READMODIFYWRITE_STROBEDATAOUT;
wire DEFAULT_CLOCKEDASYNC_READMODIFYWRITE_STROBEDATAOUT0;
// OperationSet: CLOCKEDASYNC }}}
// OperationSet: CLOCKEDASYNCWR {{{
wire DEFAULT_CLOCKEDASYNCWR_NOOPERATION_STROBEDATAOUT;
wire DEFAULT_CLOCKEDASYNCWR_NOOPERATION_STROBEDATAOUT0;
wire DEFAULT_CLOCKEDASYNCWR_WRITE_STROBEDATAOUT;
wire DEFAULT_CLOCKEDASYNCWR_WRITE_STROBEDATAOUT0;
wire DEFAULT_CLOCKEDASYNCWR_READ_STROBEDATAOUT;
wire DEFAULT_CLOCKEDASYNCWR_READ_STROBEDATAOUT0;
wire DEFAULT_CLOCKEDASYNCWR_READMODIFYWRITE_STROBEDATAOUT;
wire DEFAULT_CLOCKEDASYNCWR_READMODIFYWRITE_STROBEDATAOUT0;
// OperationSet: CLOCKEDASYNCWR }}}
// OperationSet: ROM {{{
wire DEFAULT_ROM_READ_STROBEDATAOUT;
wire DEFAULT_ROM_READ_STROBEDATAOUT0;
wire DEFAULT_ROM_COMPAREMISR_STROBEDATAOUT;
wire DEFAULT_ROM_COMPAREMISR_STROBEDATAOUT0;
wire DEFAULT_ROM_NOOPERATION_STROBEDATAOUT;
wire DEFAULT_ROM_NOOPERATION_STROBEDATAOUT0;
// OperationSet: ROM }}}
wire BIST_SELECT_BIT0_EN;
wire BIST_OUTPUTENABLE_BIT0_EN;
wire BIST_WRITEENABLE_BIT0_EN;
wire [2:0] DEFAULT_OPSET_REG_BUS;
wire [4:0] OP_SELECT_DECODED_INT;
wire SIGNAL_GEN_ENABLE;
wire SIGNAL_GEN_HOLD;
wire OPSET_SELECT_REG_SI;
reg [2:0] OPSET_SELECT_REG;
wire [2:0] OPSET_SELECT_WIRE;
reg RESET_REG_DEFAULT_MODE_REG;
//----------
// Main Code
//----------
assign LAST_TICK = (LAST_TICK_REG);
assign SO = OPSET_SELECT_REG[2];
assign SIGNAL_GEN_ENABLE = BIST_RUN;
assign SIGNAL_GEN_HOLD = BIST_HOLD_R_INT;
assign LAST_OPERATION_DONE = LAST_STATE_DONE;
//----------------
// Johnson Counter
//----------------
assign RESET_JCNT = OPERATION_LAST_TICK_REG | LAST_OPERATION_DONE | ~SIGNAL_GEN_ENABLE | SIGNAL_GEN_HOLD;
//synopsys sync_set_reset "RESET_JCNT"
// synopsys async_set_reset "BIST_ASYNC_RESETN"
always @ (posedge BIST_CLK or negedge BIST_ASYNC_RESETN) begin
if (~BIST_ASYNC_RESETN)
JCNT <= 3'b000;
else
if (RESET_JCNT) begin
JCNT <= 3'b000;
end
else if (~SIGNAL_GEN_HOLD ) begin
JCNT <= {JCNT[1:0],~JCNT[2]};
end
end
assign JCNT_FROM = {~JCNT[1:0], JCNT, ~JCNT[2]};
assign JCNT_TO = {JCNT, ~JCNT};
//------------------
// Johnson Counter_B
//------------------
assign OP_SELECT_DECODED_INT[4] = (BIST_RUN_BUF) & (OP_SELECT_CMD == 3'b100);
assign OP_SELECT_DECODED_INT[3] = (BIST_RUN_BUF) & (OP_SELECT_CMD == 3'b011);
assign OP_SELECT_DECODED_INT[2] = (BIST_RUN_BUF) & (OP_SELECT_CMD == 3'b010);
assign OP_SELECT_DECODED_INT[1] = (BIST_RUN_BUF) & (OP_SELECT_CMD == 3'b001);
assign OP_SELECT_DECODED_INT[0] = (BIST_RUN_BUF) & (OP_SELECT_CMD == 3'b000);
//---------------------------------------------
// Generate Signal SELECT
//---------------------------------------------
// OperationSet: SYNC {{{
assign DEFAULT_SYNC_NOOPERATION_SELECT = 1'b1;
assign DEFAULT_SYNC_WRITE_SELECT = 1'b1;
assign DEFAULT_SYNC_READ_SELECT = 1'b1;
assign DEFAULT_SYNC_READMODIFYWRITE_SELECT = 1'b1;
assign DEFAULT_SYNC_WRITEREAD_SELECT = 1'b1;
// OperationSet: SYNC }}}
// OperationSet: SYNCWR {{{
assign DEFAULT_SYNCWR_NOOPERATION_SELECT = 1'b1;
assign DEFAULT_SYNCWR_WRITE_SELECT = 1'b1;
assign DEFAULT_SYNCWR_READ_SELECT = 1'b1;
assign DEFAULT_SYNCWR_READMODIFYWRITE_SELECT = 1'b1;
// OperationSet: SYNCWR }}}
// OperationSet: ASYNC {{{
assign DEFAULT_ASYNC_NOOPERATION_SELECT = 1'b1;
assign DEFAULT_ASYNC_WRITE_SELECT = 1'b1;
assign DEFAULT_ASYNC_READ_SELECT = 1'b1;
assign DEFAULT_ASYNC_READMODIFYWRITE_SELECT = 1'b1;
// OperationSet: ASYNC }}}
// OperationSet: ASYNCWR {{{
assign DEFAULT_ASYNCWR_NOOPERATION_SELECT = 1'b1;
assign DEFAULT_ASYNCWR_WRITE_SELECT = 1'b1;
assign DEFAULT_ASYNCWR_READ_SELECT = 1'b1;
assign DEFAULT_ASYNCWR_READMODIFYWRITE_SELECT = 1'b1;
// OperationSet: ASYNCWR }}}
// OperationSet: CLOCKEDASYNC {{{
assign DEFAULT_CLOCKEDASYNC_NOOPERATION_SELECT = 1'b1;
assign DEFAULT_CLOCKEDASYNC_WRITE_SELECT = 1'b1;
assign DEFAULT_CLOCKEDASYNC_READ_SELECT = 1'b1;
assign DEFAULT_CLOCKEDASYNC_READMODIFYWRITE_SELECT = 1'b1;
// OperationSet: CLOCKEDASYNC }}}
// OperationSet: CLOCKEDASYNCWR {{{
assign DEFAULT_CLOCKEDASYNCWR_NOOPERATION_SELECT = 1'b1;
assign DEFAULT_CLOCKEDASYNCWR_WRITE_SELECT = 1'b1;
assign DEFAULT_CLOCKEDASYNCWR_READ_SELECT = 1'b1;
assign DEFAULT_CLOCKEDASYNCWR_READMODIFYWRITE_SELECT = 1'b1;
// OperationSet: CLOCKEDASYNCWR }}}
// OperationSet: ROM {{{
assign DEFAULT_ROM_READ_SELECT = 1'b1;
assign DEFAULT_ROM_COMPAREMISR_SELECT = 1'b1;
assign DEFAULT_ROM_NOOPERATION_SELECT = 1'b1;
// OperationSet: ROM }}}
assign DEFAULT_SELECT = (~LAST_STATE_DONE & BIST_RUN_TO_BUF) & (
(DEFAULT_SYNC_NOOPERATION_SELECT & OP_SELECT_DECODED_INT[0] & DEFAULT_OPSET_SEL[0]) |
(DEFAULT_SYNC_WRITE_SELECT & OP_SELECT_DECODED_INT[1] & DEFAULT_OPSET_SEL[0]) |
(DEFAULT_SYNC_READ_SELECT & OP_SELECT_DECODED_INT[2] & DEFAULT_OPSET_SEL[0]) |
(DEFAULT_SYNC_READMODIFYWRITE_SELECT & OP_SELECT_DECODED_INT[3] & DEFAULT_OPSET_SEL[0]) |
(DEFAULT_SYNC_WRITEREAD_SELECT & OP_SELECT_DECODED_INT[4] & DEFAULT_OPSET_SEL[0]) |
(DEFAULT_SYNCWR_NOOPERATION_SELECT & OP_SELECT_DECODED_INT[0] & DEFAULT_OPSET_SEL[1]) |
(DEFAULT_SYNCWR_WRITE_SELECT & OP_SELECT_DECODED_INT[1] & DEFAULT_OPSET_SEL[1]) |
(DEFAULT_SYNCWR_READ_SELECT & OP_SELECT_DECODED_INT[2] & DEFAULT_OPSET_SEL[1]) |
(DEFAULT_SYNCWR_READMODIFYWRITE_SELECT & OP_SELECT_DECODED_INT[3] & DEFAULT_OPSET_SEL[1]) |
(DEFAULT_ASYNC_NOOPERATION_SELECT & OP_SELECT_DECODED_INT[0] & DEFAULT_OPSET_SEL[2]) |
(DEFAULT_ASYNC_WRITE_SELECT & OP_SELECT_DECODED_INT[1] & DEFAULT_OPSET_SEL[2]) |
(DEFAULT_ASYNC_READ_SELECT & OP_SELECT_DECODED_INT[2] & DEFAULT_OPSET_SEL[2]) |
(DEFAULT_ASYNC_READMODIFYWRITE_SELECT & OP_SELECT_DECODED_INT[3] & DEFAULT_OPSET_SEL[2]) |
(DEFAULT_ASYNCWR_NOOPERATION_SELECT & OP_SELECT_DECODED_INT[0] & DEFAULT_OPSET_SEL[3]) |
(DEFAULT_ASYNCWR_WRITE_SELECT & OP_SELECT_DECODED_INT[1] & DEFAULT_OPSET_SEL[3]) |
(DEFAULT_ASYNCWR_READ_SELECT & OP_SELECT_DECODED_INT[2] & DEFAULT_OPSET_SEL[3]) |
(DEFAULT_ASYNCWR_READMODIFYWRITE_SELECT & OP_SELECT_DECODED_INT[3] & DEFAULT_OPSET_SEL[3]) |
(DEFAULT_CLOCKEDASYNC_NOOPERATION_SELECT & OP_SELECT_DECODED_INT[0] & DEFAULT_OPSET_SEL[4]) |
(DEFAULT_CLOCKEDASYNC_WRITE_SELECT & OP_SELECT_DECODED_INT[1] & DEFAULT_OPSET_SEL[4]) |
(DEFAULT_CLOCKEDASYNC_READ_SELECT & OP_SELECT_DECODED_INT[2] & DEFAULT_OPSET_SEL[4]) |
(DEFAULT_CLOCKEDASYNC_READMODIFYWRITE_SELECT & OP_SELECT_DECODED_INT[3] & DEFAULT_OPSET_SEL[4]) |
(DEFAULT_CLOCKEDASYNCWR_NOOPERATION_SELECT & OP_SELECT_DECODED_INT[0] & DEFAULT_OPSET_SEL[5]) |
(DEFAULT_CLOCKEDASYNCWR_WRITE_SELECT & OP_SELECT_DECODED_INT[1] & DEFAULT_OPSET_SEL[5]) |
(DEFAULT_CLOCKEDASYNCWR_READ_SELECT & OP_SELECT_DECODED_INT[2] & DEFAULT_OPSET_SEL[5]) |
(DEFAULT_CLOCKEDASYNCWR_READMODIFYWRITE_SELECT & OP_SELECT_DECODED_INT[3] & DEFAULT_OPSET_SEL[5]) |
(DEFAULT_ROM_READ_SELECT & OP_SELECT_DECODED_INT[0] & DEFAULT_OPSET_SEL[6]) |
(DEFAULT_ROM_COMPAREMISR_SELECT & OP_SELECT_DECODED_INT[1] & DEFAULT_OPSET_SEL[6]) |
(DEFAULT_ROM_NOOPERATION_SELECT & OP_SELECT_DECODED_INT[2] & DEFAULT_OPSET_SEL[6]));
assign DEFAULT_SELECT_SELECTED =
(DEFAULT_SELECT & DEFAULT_OPSET_SEL[0]) |
(DEFAULT_SELECT & DEFAULT_OPSET_SEL[1]) |
(DEFAULT_SELECT & DEFAULT_OPSET_SEL[2]) |
(DEFAULT_SELECT & DEFAULT_OPSET_SEL[3]) |
(DEFAULT_SELECT & DEFAULT_OPSET_SEL[4]) |
(DEFAULT_SELECT & DEFAULT_OPSET_SEL[5]) |
(DEFAULT_SELECT & DEFAULT_OPSET_SEL[6]);
//---------------------------------------------
// Generate Signal OUTPUTENABLE
//---------------------------------------------
// OperationSet: SYNC {{{
assign DEFAULT_SYNC_NOOPERATION_OUTPUTENABLE = 1'b1;
assign DEFAULT_SYNC_WRITE_OUTPUTENABLE = 1'b1;
assign DEFAULT_SYNC_READ_OUTPUTENABLE = 1'b1;
assign DEFAULT_SYNC_READMODIFYWRITE_OUTPUTENABLE = 1'b1;
assign DEFAULT_SYNC_WRITEREAD_OUTPUTENABLE = 1'b1;
// OperationSet: SYNC }}}
// OperationSet: SYNCWR {{{
assign DEFAULT_SYNCWR_NOOPERATION_OUTPUTENABLE = 1'b1;
assign DEFAULT_SYNCWR_WRITE_OUTPUTENABLE = 1'b1;
assign DEFAULT_SYNCWR_READ_OUTPUTENABLE = 1'b1;
assign DEFAULT_SYNCWR_READMODIFYWRITE_OUTPUTENABLE = 1'b1;
// OperationSet: SYNCWR }}}
// OperationSet: ASYNC {{{
assign DEFAULT_ASYNC_NOOPERATION_OUTPUTENABLE = 1'b1;
assign DEFAULT_ASYNC_WRITE_OUTPUTENABLE = 1'b1;
assign DEFAULT_ASYNC_READ_OUTPUTENABLE = 1'b1;
assign DEFAULT_ASYNC_READMODIFYWRITE_OUTPUTENABLE = 1'b1;
// OperationSet: ASYNC }}}
// OperationSet: ASYNCWR {{{
assign DEFAULT_ASYNCWR_NOOPERATION_OUTPUTENABLE = 1'b1;
assign DEFAULT_ASYNCWR_WRITE_OUTPUTENABLE = 1'b1;
assign DEFAULT_ASYNCWR_READ_OUTPUTENABLE = 1'b1;
assign DEFAULT_ASYNCWR_READMODIFYWRITE_OUTPUTENABLE = 1'b1;
// OperationSet: ASYNCWR }}}
// OperationSet: CLOCKEDASYNC {{{
assign DEFAULT_CLOCKEDASYNC_NOOPERATION_OUTPUTENABLE = 1'b1;
assign DEFAULT_CLOCKEDASYNC_WRITE_OUTPUTENABLE = 1'b1;
assign DEFAULT_CLOCKEDASYNC_READ_OUTPUTENABLE = 1'b1;
assign DEFAULT_CLOCKEDASYNC_READMODIFYWRITE_OUTPUTENABLE = 1'b1;
// OperationSet: CLOCKEDASYNC }}}
// OperationSet: CLOCKEDASYNCWR {{{
assign DEFAULT_CLOCKEDASYNCWR_NOOPERATION_OUTPUTENABLE = 1'b1;
assign DEFAULT_CLOCKEDASYNCWR_WRITE_OUTPUTENABLE = 1'b1;
assign DEFAULT_CLOCKEDASYNCWR_READ_OUTPUTENABLE = 1'b1;
assign DEFAULT_CLOCKEDASYNCWR_READMODIFYWRITE_OUTPUTENABLE = 1'b1;
// OperationSet: CLOCKEDASYNCWR }}}
// OperationSet: ROM {{{
assign DEFAULT_ROM_READ_OUTPUTENABLE = 1'b1;
assign DEFAULT_ROM_COMPAREMISR_OUTPUTENABLE = 1'b1;
assign DEFAULT_ROM_NOOPERATION_OUTPUTENABLE = 1'b1;
// OperationSet: ROM }}}
assign DEFAULT_OUTPUTENABLE = (~LAST_STATE_DONE & BIST_RUN) & (
(DEFAULT_SYNC_NOOPERATION_OUTPUTENABLE & OP_SELECT_DECODED_INT[0] & DEFAULT_OPSET_SEL[0]) |
(DEFAULT_SYNC_WRITE_OUTPUTENABLE & OP_SELECT_DECODED_INT[1] & DEFAULT_OPSET_SEL[0]) |
(DEFAULT_SYNC_READ_OUTPUTENABLE & OP_SELECT_DECODED_INT[2] & DEFAULT_OPSET_SEL[0]) |
(DEFAULT_SYNC_READMODIFYWRITE_OUTPUTENABLE & OP_SELECT_DECODED_INT[3] & DEFAULT_OPSET_SEL[0]) |
(DEFAULT_SYNC_WRITEREAD_OUTPUTENABLE & OP_SELECT_DECODED_INT[4] & DEFAULT_OPSET_SEL[0]) |
(DEFAULT_SYNCWR_NOOPERATION_OUTPUTENABLE & OP_SELECT_DECODED_INT[0] & DEFAULT_OPSET_SEL[1]) |
(DEFAULT_SYNCWR_WRITE_OUTPUTENABLE & OP_SELECT_DECODED_INT[1] & DEFAULT_OPSET_SEL[1]) |
(DEFAULT_SYNCWR_READ_OUTPUTENABLE & OP_SELECT_DECODED_INT[2] & DEFAULT_OPSET_SEL[1]) |
(DEFAULT_SYNCWR_READMODIFYWRITE_OUTPUTENABLE & OP_SELECT_DECODED_INT[3] & DEFAULT_OPSET_SEL[1]) |
(DEFAULT_ASYNC_NOOPERATION_OUTPUTENABLE & OP_SELECT_DECODED_INT[0] & DEFAULT_OPSET_SEL[2]) |
(DEFAULT_ASYNC_WRITE_OUTPUTENABLE & OP_SELECT_DECODED_INT[1] & DEFAULT_OPSET_SEL[2]) |
(DEFAULT_ASYNC_READ_OUTPUTENABLE & OP_SELECT_DECODED_INT[2] & DEFAULT_OPSET_SEL[2]) |
(DEFAULT_ASYNC_READMODIFYWRITE_OUTPUTENABLE & OP_SELECT_DECODED_INT[3] & DEFAULT_OPSET_SEL[2]) |
(DEFAULT_ASYNCWR_NOOPERATION_OUTPUTENABLE & OP_SELECT_DECODED_INT[0] & DEFAULT_OPSET_SEL[3]) |
(DEFAULT_ASYNCWR_WRITE_OUTPUTENABLE & OP_SELECT_DECODED_INT[1] & DEFAULT_OPSET_SEL[3]) |
(DEFAULT_ASYNCWR_READ_OUTPUTENABLE & OP_SELECT_DECODED_INT[2] & DEFAULT_OPSET_SEL[3]) |
(DEFAULT_ASYNCWR_READMODIFYWRITE_OUTPUTENABLE & OP_SELECT_DECODED_INT[3] & DEFAULT_OPSET_SEL[3]) |
(DEFAULT_CLOCKEDASYNC_NOOPERATION_OUTPUTENABLE & OP_SELECT_DECODED_INT[0] & DEFAULT_OPSET_SEL[4]) |
(DEFAULT_CLOCKEDASYNC_WRITE_OUTPUTENABLE & OP_SELECT_DECODED_INT[1] & DEFAULT_OPSET_SEL[4]) |
(DEFAULT_CLOCKEDASYNC_READ_OUTPUTENABLE & OP_SELECT_DECODED_INT[2] & DEFAULT_OPSET_SEL[4]) |
(DEFAULT_CLOCKEDASYNC_READMODIFYWRITE_OUTPUTENABLE & OP_SELECT_DECODED_INT[3] & DEFAULT_OPSET_SEL[4]) |
(DEFAULT_CLOCKEDASYNCWR_NOOPERATION_OUTPUTENABLE & OP_SELECT_DECODED_INT[0] & DEFAULT_OPSET_SEL[5]) |
(DEFAULT_CLOCKEDASYNCWR_WRITE_OUTPUTENABLE & OP_SELECT_DECODED_INT[1] & DEFAULT_OPSET_SEL[5]) |
(DEFAULT_CLOCKEDASYNCWR_READ_OUTPUTENABLE & OP_SELECT_DECODED_INT[2] & DEFAULT_OPSET_SEL[5]) |
(DEFAULT_CLOCKEDASYNCWR_READMODIFYWRITE_OUTPUTENABLE & OP_SELECT_DECODED_INT[3] & DEFAULT_OPSET_SEL[5]) |
(DEFAULT_ROM_READ_OUTPUTENABLE & OP_SELECT_DECODED_INT[0] & DEFAULT_OPSET_SEL[6]) |
(DEFAULT_ROM_COMPAREMISR_OUTPUTENABLE & OP_SELECT_DECODED_INT[1] & DEFAULT_OPSET_SEL[6]) |
(DEFAULT_ROM_NOOPERATION_OUTPUTENABLE & OP_SELECT_DECODED_INT[2] & DEFAULT_OPSET_SEL[6]));
assign DEFAULT_OUTPUTENABLE_SELECTED =
(DEFAULT_OUTPUTENABLE & DEFAULT_OPSET_SEL[0]) |
(DEFAULT_OUTPUTENABLE & DEFAULT_OPSET_SEL[1]) |
(DEFAULT_OUTPUTENABLE & DEFAULT_OPSET_SEL[2]) |
(DEFAULT_OUTPUTENABLE & DEFAULT_OPSET_SEL[3]) |
(DEFAULT_OUTPUTENABLE & DEFAULT_OPSET_SEL[4]) |
(DEFAULT_OUTPUTENABLE & DEFAULT_OPSET_SEL[5]) |
(DEFAULT_OUTPUTENABLE & DEFAULT_OPSET_SEL[6]);
//---------------------------------------------
// Generate Signal WRITEENABLE
//---------------------------------------------
// OperationSet: SYNC {{{
assign DEFAULT_SYNC_NOOPERATION_WRITEENABLE = 1'b0;
assign DEFAULT_SYNC_WRITE_WRITEENABLE = 1'b1;
assign DEFAULT_SYNC_READ_WRITEENABLE = 1'b0;
assign DEFAULT_SYNC_READMODIFYWRITE_WRITEENABLE =
(JCNT_FROM[1] & JCNT_TO[1]);
assign DEFAULT_SYNC_WRITEREAD_WRITEENABLE =
(JCNT_FROM[0] & JCNT_TO[0]);
// OperationSet: SYNC }}}
// OperationSet: SYNCWR {{{
assign DEFAULT_SYNCWR_NOOPERATION_WRITEENABLE = 1'b0;
assign DEFAULT_SYNCWR_WRITE_WRITEENABLE =
(JCNT_FROM[0] & JCNT_TO[0]);
assign DEFAULT_SYNCWR_READ_WRITEENABLE = 1'b0;
assign DEFAULT_SYNCWR_READMODIFYWRITE_WRITEENABLE =
(JCNT_FROM[1] & JCNT_TO[1]);
// OperationSet: SYNCWR }}}
// OperationSet: ASYNC {{{
assign DEFAULT_ASYNC_NOOPERATION_WRITEENABLE = 1'b0;
assign DEFAULT_ASYNC_WRITE_WRITEENABLE =
(JCNT_FROM[1] & JCNT_TO[1]);
assign DEFAULT_ASYNC_READ_WRITEENABLE = 1'b0;
assign DEFAULT_ASYNC_READMODIFYWRITE_WRITEENABLE =
(JCNT_FROM[2] & JCNT_TO[2]);
// OperationSet: ASYNC }}}
// OperationSet: ASYNCWR {{{
assign DEFAULT_ASYNCWR_NOOPERATION_WRITEENABLE = 1'b0;
assign DEFAULT_ASYNCWR_WRITE_WRITEENABLE =
(JCNT_FROM[1] & JCNT_TO[1]);
assign DEFAULT_ASYNCWR_READ_WRITEENABLE = 1'b0;
assign DEFAULT_ASYNCWR_READMODIFYWRITE_WRITEENABLE =
(JCNT_FROM[4] & JCNT_TO[4]);
// OperationSet: ASYNCWR }}}
// OperationSet: CLOCKEDASYNC {{{
assign DEFAULT_CLOCKEDASYNC_NOOPERATION_WRITEENABLE = 1'b0;
assign DEFAULT_CLOCKEDASYNC_WRITE_WRITEENABLE = 1'b1;
assign DEFAULT_CLOCKEDASYNC_READ_WRITEENABLE = 1'b0;
assign DEFAULT_CLOCKEDASYNC_READMODIFYWRITE_WRITEENABLE =
(JCNT_FROM[3] | JCNT_TO[5]);
// OperationSet: CLOCKEDASYNC }}}
// OperationSet: CLOCKEDASYNCWR {{{
assign DEFAULT_CLOCKEDASYNCWR_NOOPERATION_WRITEENABLE = 1'b0;
assign DEFAULT_CLOCKEDASYNCWR_WRITE_WRITEENABLE =
(JCNT_FROM[0] | JCNT_TO[2]);
assign DEFAULT_CLOCKEDASYNCWR_READ_WRITEENABLE = 1'b0;
assign DEFAULT_CLOCKEDASYNCWR_READMODIFYWRITE_WRITEENABLE =
(JCNT_FROM[3] | JCNT_TO[5]);
// OperationSet: CLOCKEDASYNCWR }}}
// OperationSet: ROM {{{
assign DEFAULT_ROM_READ_WRITEENABLE = 1'b0;
assign DEFAULT_ROM_COMPAREMISR_WRITEENABLE = 1'b0;
assign DEFAULT_ROM_NOOPERATION_WRITEENABLE = 1'b0;
// OperationSet: ROM }}}
assign DEFAULT_WRITEENABLE = (~LAST_STATE_DONE & BIST_RUN) & (
(DEFAULT_SYNC_NOOPERATION_WRITEENABLE & OP_SELECT_DECODED_INT[0] & DEFAULT_OPSET_SEL[0]) |
(DEFAULT_SYNC_WRITE_WRITEENABLE & OP_SELECT_DECODED_INT[1] & DEFAULT_OPSET_SEL[0]) |
(DEFAULT_SYNC_READ_WRITEENABLE & OP_SELECT_DECODED_INT[2] & DEFAULT_OPSET_SEL[0]) |
(DEFAULT_SYNC_READMODIFYWRITE_WRITEENABLE & OP_SELECT_DECODED_INT[3] & DEFAULT_OPSET_SEL[0]) |
(DEFAULT_SYNC_WRITEREAD_WRITEENABLE & OP_SELECT_DECODED_INT[4] & DEFAULT_OPSET_SEL[0]) |
(DEFAULT_SYNCWR_NOOPERATION_WRITEENABLE & OP_SELECT_DECODED_INT[0] & DEFAULT_OPSET_SEL[1]) |
(DEFAULT_SYNCWR_WRITE_WRITEENABLE & OP_SELECT_DECODED_INT[1] & DEFAULT_OPSET_SEL[1]) |
(DEFAULT_SYNCWR_READ_WRITEENABLE & OP_SELECT_DECODED_INT[2] & DEFAULT_OPSET_SEL[1]) |
(DEFAULT_SYNCWR_READMODIFYWRITE_WRITEENABLE & OP_SELECT_DECODED_INT[3] & DEFAULT_OPSET_SEL[1]) |
(DEFAULT_ASYNC_NOOPERATION_WRITEENABLE & OP_SELECT_DECODED_INT[0] & DEFAULT_OPSET_SEL[2]) |
(DEFAULT_ASYNC_WRITE_WRITEENABLE & OP_SELECT_DECODED_INT[1] & DEFAULT_OPSET_SEL[2]) |
(DEFAULT_ASYNC_READ_WRITEENABLE & OP_SELECT_DECODED_INT[2] & DEFAULT_OPSET_SEL[2]) |
(DEFAULT_ASYNC_READMODIFYWRITE_WRITEENABLE & OP_SELECT_DECODED_INT[3] & DEFAULT_OPSET_SEL[2]) |
(DEFAULT_ASYNCWR_NOOPERATION_WRITEENABLE & OP_SELECT_DECODED_INT[0] & DEFAULT_OPSET_SEL[3]) |
(DEFAULT_ASYNCWR_WRITE_WRITEENABLE & OP_SELECT_DECODED_INT[1] & DEFAULT_OPSET_SEL[3]) |
(DEFAULT_ASYNCWR_READ_WRITEENABLE & OP_SELECT_DECODED_INT[2] & DEFAULT_OPSET_SEL[3]) |
(DEFAULT_ASYNCWR_READMODIFYWRITE_WRITEENABLE & OP_SELECT_DECODED_INT[3] & DEFAULT_OPSET_SEL[3]) |
(DEFAULT_CLOCKEDASYNC_NOOPERATION_WRITEENABLE & OP_SELECT_DECODED_INT[0] & DEFAULT_OPSET_SEL[4]) |
(DEFAULT_CLOCKEDASYNC_WRITE_WRITEENABLE & OP_SELECT_DECODED_INT[1] & DEFAULT_OPSET_SEL[4]) |
(DEFAULT_CLOCKEDASYNC_READ_WRITEENABLE & OP_SELECT_DECODED_INT[2] & DEFAULT_OPSET_SEL[4]) |
(DEFAULT_CLOCKEDASYNC_READMODIFYWRITE_WRITEENABLE & OP_SELECT_DECODED_INT[3] & DEFAULT_OPSET_SEL[4]) |
(DEFAULT_CLOCKEDASYNCWR_NOOPERATION_WRITEENABLE & OP_SELECT_DECODED_INT[0] & DEFAULT_OPSET_SEL[5]) |
(DEFAULT_CLOCKEDASYNCWR_WRITE_WRITEENABLE & OP_SELECT_DECODED_INT[1] & DEFAULT_OPSET_SEL[5]) |
(DEFAULT_CLOCKEDASYNCWR_READ_WRITEENABLE & OP_SELECT_DECODED_INT[2] & DEFAULT_OPSET_SEL[5]) |
(DEFAULT_CLOCKEDASYNCWR_READMODIFYWRITE_WRITEENABLE & OP_SELECT_DECODED_INT[3] & DEFAULT_OPSET_SEL[5]) |
(DEFAULT_ROM_READ_WRITEENABLE & OP_SELECT_DECODED_INT[0] & DEFAULT_OPSET_SEL[6]) |
(DEFAULT_ROM_COMPAREMISR_WRITEENABLE & OP_SELECT_DECODED_INT[1] & DEFAULT_OPSET_SEL[6]) |
(DEFAULT_ROM_NOOPERATION_WRITEENABLE & OP_SELECT_DECODED_INT[2] & DEFAULT_OPSET_SEL[6]));
assign DEFAULT_WRITEENABLE_SELECTED =
(DEFAULT_WRITEENABLE & DEFAULT_OPSET_SEL[0]) |
(DEFAULT_WRITEENABLE & DEFAULT_OPSET_SEL[1]) |
(DEFAULT_WRITEENABLE & DEFAULT_OPSET_SEL[2]) |
(DEFAULT_WRITEENABLE & DEFAULT_OPSET_SEL[3]) |
(DEFAULT_WRITEENABLE & DEFAULT_OPSET_SEL[4]) |
(DEFAULT_WRITEENABLE & DEFAULT_OPSET_SEL[5]) |
(DEFAULT_WRITEENABLE & DEFAULT_OPSET_SEL[6]);
//-------------------------------------------------------
// Generate Signal STROBEDATAOUT0
//-------------------------------------------------------
// OperationSet: SYNC {{{
assign DEFAULT_SYNC_NOOPERATION_STROBEDATAOUT0 = 1'b0;
assign DEFAULT_SYNC_WRITE_STROBEDATAOUT0 = 1'b0;
assign DEFAULT_SYNC_READ_STROBEDATAOUT0 =
(JCNT_FROM[1] & JCNT_TO[1]);
assign DEFAULT_SYNC_READMODIFYWRITE_STROBEDATAOUT0 =
(JCNT_FROM[1] & JCNT_TO[1]);
assign DEFAULT_SYNC_WRITEREAD_STROBEDATAOUT0 = 1'b0;
// OperationSet: SYNC }}}
// OperationSet: SYNCWR {{{
assign DEFAULT_SYNCWR_NOOPERATION_STROBEDATAOUT0 = 1'b0;
assign DEFAULT_SYNCWR_WRITE_STROBEDATAOUT0 = 1'b0;
assign DEFAULT_SYNCWR_READ_STROBEDATAOUT0 =
(JCNT_FROM[1] & JCNT_TO[1]);
assign DEFAULT_SYNCWR_READMODIFYWRITE_STROBEDATAOUT0 =
(JCNT_FROM[1] & JCNT_TO[1]);
// OperationSet: SYNCWR }}}
// OperationSet: ASYNC {{{
assign DEFAULT_ASYNC_NOOPERATION_STROBEDATAOUT0 = 1'b0;
assign DEFAULT_ASYNC_WRITE_STROBEDATAOUT0 = 1'b0;
assign DEFAULT_ASYNC_READ_STROBEDATAOUT0 =
(JCNT_FROM[1] & JCNT_TO[1]);
assign DEFAULT_ASYNC_READMODIFYWRITE_STROBEDATAOUT0 =
(JCNT_FROM[1] & JCNT_TO[1]);
// OperationSet: ASYNC }}}
// OperationSet: ASYNCWR {{{
assign DEFAULT_ASYNCWR_NOOPERATION_STROBEDATAOUT0 = 1'b0;
assign DEFAULT_ASYNCWR_WRITE_STROBEDATAOUT0 =
(JCNT_FROM[4] & JCNT_TO[4]);
assign DEFAULT_ASYNCWR_READ_STROBEDATAOUT0 =
(JCNT_FROM[1] & JCNT_TO[1]);
assign DEFAULT_ASYNCWR_READMODIFYWRITE_STROBEDATAOUT0 =
(JCNT_FROM[1] & JCNT_TO[1]);
// OperationSet: ASYNCWR }}}
// OperationSet: CLOCKEDASYNC {{{
assign DEFAULT_CLOCKEDASYNC_NOOPERATION_STROBEDATAOUT0 = 1'b0;
assign DEFAULT_CLOCKEDASYNC_WRITE_STROBEDATAOUT0 = 1'b0;
assign DEFAULT_CLOCKEDASYNC_READ_STROBEDATAOUT0 =
(JCNT_FROM[1] & JCNT_TO[1]);
assign DEFAULT_CLOCKEDASYNC_READMODIFYWRITE_STROBEDATAOUT0 =
(JCNT_FROM[1] & JCNT_TO[1]);
// OperationSet: CLOCKEDASYNC }}}
// OperationSet: CLOCKEDASYNCWR {{{
assign DEFAULT_CLOCKEDASYNCWR_NOOPERATION_STROBEDATAOUT0 = 1'b0;
assign DEFAULT_CLOCKEDASYNCWR_WRITE_STROBEDATAOUT0 = 1'b0;
assign DEFAULT_CLOCKEDASYNCWR_READ_STROBEDATAOUT0 =
(JCNT_FROM[1] & JCNT_TO[1]);
assign DEFAULT_CLOCKEDASYNCWR_READMODIFYWRITE_STROBEDATAOUT0 =
(JCNT_FROM[1] & JCNT_TO[1]);
// OperationSet: CLOCKEDASYNCWR }}}
// OperationSet: ROM {{{
assign DEFAULT_ROM_READ_STROBEDATAOUT0 =
(JCNT_FROM[1] & JCNT_TO[1]);
assign DEFAULT_ROM_COMPAREMISR_STROBEDATAOUT0 = 1'b0;
assign DEFAULT_ROM_NOOPERATION_STROBEDATAOUT0 = 1'b0;
// OperationSet: ROM }}}
//---------------------------------------------------------------------------------
// Generate Merged Signal STROBEDATAOUT with selective enabling
//---------------------------------------------------------------------------------
// OperationSet: SYNC {{{
assign DEFAULT_SYNC_NOOPERATION_STROBEDATAOUT =
(DEFAULT_SYNC_NOOPERATION_STROBEDATAOUT0);
assign DEFAULT_SYNC_WRITE_STROBEDATAOUT =
(DEFAULT_SYNC_WRITE_STROBEDATAOUT0);
assign DEFAULT_SYNC_READ_STROBEDATAOUT =
(DEFAULT_SYNC_READ_STROBEDATAOUT0);
assign DEFAULT_SYNC_READMODIFYWRITE_STROBEDATAOUT =
(DEFAULT_SYNC_READMODIFYWRITE_STROBEDATAOUT0);
assign DEFAULT_SYNC_WRITEREAD_STROBEDATAOUT =
(DEFAULT_SYNC_WRITEREAD_STROBEDATAOUT0);
// OperationSet: SYNC }}}
// OperationSet: SYNCWR {{{
assign DEFAULT_SYNCWR_NOOPERATION_STROBEDATAOUT =
(DEFAULT_SYNCWR_NOOPERATION_STROBEDATAOUT0);
assign DEFAULT_SYNCWR_WRITE_STROBEDATAOUT =
(DEFAULT_SYNCWR_WRITE_STROBEDATAOUT0);
assign DEFAULT_SYNCWR_READ_STROBEDATAOUT =
(DEFAULT_SYNCWR_READ_STROBEDATAOUT0);
assign DEFAULT_SYNCWR_READMODIFYWRITE_STROBEDATAOUT =
(DEFAULT_SYNCWR_READMODIFYWRITE_STROBEDATAOUT0);
// OperationSet: SYNCWR }}}
// OperationSet: ASYNC {{{
assign DEFAULT_ASYNC_NOOPERATION_STROBEDATAOUT =
(DEFAULT_ASYNC_NOOPERATION_STROBEDATAOUT0);
assign DEFAULT_ASYNC_WRITE_STROBEDATAOUT =
(DEFAULT_ASYNC_WRITE_STROBEDATAOUT0);
assign DEFAULT_ASYNC_READ_STROBEDATAOUT =
(DEFAULT_ASYNC_READ_STROBEDATAOUT0);
assign DEFAULT_ASYNC_READMODIFYWRITE_STROBEDATAOUT =
(DEFAULT_ASYNC_READMODIFYWRITE_STROBEDATAOUT0);
// OperationSet: ASYNC }}}
// OperationSet: ASYNCWR {{{
assign DEFAULT_ASYNCWR_NOOPERATION_STROBEDATAOUT =
(DEFAULT_ASYNCWR_NOOPERATION_STROBEDATAOUT0);
assign DEFAULT_ASYNCWR_WRITE_STROBEDATAOUT =
(DEFAULT_ASYNCWR_WRITE_STROBEDATAOUT0);
assign DEFAULT_ASYNCWR_READ_STROBEDATAOUT =
(DEFAULT_ASYNCWR_READ_STROBEDATAOUT0);
assign DEFAULT_ASYNCWR_READMODIFYWRITE_STROBEDATAOUT =
(DEFAULT_ASYNCWR_READMODIFYWRITE_STROBEDATAOUT0);
// OperationSet: ASYNCWR }}}
// OperationSet: CLOCKEDASYNC {{{
assign DEFAULT_CLOCKEDASYNC_NOOPERATION_STROBEDATAOUT =
(DEFAULT_CLOCKEDASYNC_NOOPERATION_STROBEDATAOUT0);
assign DEFAULT_CLOCKEDASYNC_WRITE_STROBEDATAOUT =
(DEFAULT_CLOCKEDASYNC_WRITE_STROBEDATAOUT0);
assign DEFAULT_CLOCKEDASYNC_READ_STROBEDATAOUT =
(DEFAULT_CLOCKEDASYNC_READ_STROBEDATAOUT0);
assign DEFAULT_CLOCKEDASYNC_READMODIFYWRITE_STROBEDATAOUT =
(DEFAULT_CLOCKEDASYNC_READMODIFYWRITE_STROBEDATAOUT0);
// OperationSet: CLOCKEDASYNC }}}
// OperationSet: CLOCKEDASYNCWR {{{
assign DEFAULT_CLOCKEDASYNCWR_NOOPERATION_STROBEDATAOUT =
(DEFAULT_CLOCKEDASYNCWR_NOOPERATION_STROBEDATAOUT0);
assign DEFAULT_CLOCKEDASYNCWR_WRITE_STROBEDATAOUT =
(DEFAULT_CLOCKEDASYNCWR_WRITE_STROBEDATAOUT0);
assign DEFAULT_CLOCKEDASYNCWR_READ_STROBEDATAOUT =
(DEFAULT_CLOCKEDASYNCWR_READ_STROBEDATAOUT0);
assign DEFAULT_CLOCKEDASYNCWR_READMODIFYWRITE_STROBEDATAOUT =
(DEFAULT_CLOCKEDASYNCWR_READMODIFYWRITE_STROBEDATAOUT0);
// OperationSet: CLOCKEDASYNCWR }}}
// OperationSet: ROM {{{
assign DEFAULT_ROM_READ_STROBEDATAOUT =
(DEFAULT_ROM_READ_STROBEDATAOUT0);
assign DEFAULT_ROM_COMPAREMISR_STROBEDATAOUT =
(DEFAULT_ROM_COMPAREMISR_STROBEDATAOUT0);
assign DEFAULT_ROM_NOOPERATION_STROBEDATAOUT =
(DEFAULT_ROM_NOOPERATION_STROBEDATAOUT0);
// OperationSet: ROM }}}
assign DEFAULT_STROBEDATAOUT = (~LAST_STATE_DONE & BIST_RUN) & (
(DEFAULT_SYNC_NOOPERATION_STROBEDATAOUT & OP_SELECT_DECODED_INT[0] & DEFAULT_OPSET_SEL[0]) |
(DEFAULT_SYNC_WRITE_STROBEDATAOUT & OP_SELECT_DECODED_INT[1] & DEFAULT_OPSET_SEL[0]) |
(DEFAULT_SYNC_READ_STROBEDATAOUT & OP_SELECT_DECODED_INT[2] & DEFAULT_OPSET_SEL[0]) |
(DEFAULT_SYNC_READMODIFYWRITE_STROBEDATAOUT & OP_SELECT_DECODED_INT[3] & DEFAULT_OPSET_SEL[0]) |
(DEFAULT_SYNC_WRITEREAD_STROBEDATAOUT & OP_SELECT_DECODED_INT[4] & DEFAULT_OPSET_SEL[0]) |
(DEFAULT_SYNCWR_NOOPERATION_STROBEDATAOUT & OP_SELECT_DECODED_INT[0] & DEFAULT_OPSET_SEL[1]) |
(DEFAULT_SYNCWR_WRITE_STROBEDATAOUT & OP_SELECT_DECODED_INT[1] & DEFAULT_OPSET_SEL[1]) |
(DEFAULT_SYNCWR_READ_STROBEDATAOUT & OP_SELECT_DECODED_INT[2] & DEFAULT_OPSET_SEL[1]) |
(DEFAULT_SYNCWR_READMODIFYWRITE_STROBEDATAOUT & OP_SELECT_DECODED_INT[3] & DEFAULT_OPSET_SEL[1]) |
(DEFAULT_ASYNC_NOOPERATION_STROBEDATAOUT & OP_SELECT_DECODED_INT[0] & DEFAULT_OPSET_SEL[2]) |
(DEFAULT_ASYNC_WRITE_STROBEDATAOUT & OP_SELECT_DECODED_INT[1] & DEFAULT_OPSET_SEL[2]) |
(DEFAULT_ASYNC_READ_STROBEDATAOUT & OP_SELECT_DECODED_INT[2] & DEFAULT_OPSET_SEL[2]) |
(DEFAULT_ASYNC_READMODIFYWRITE_STROBEDATAOUT & OP_SELECT_DECODED_INT[3] & DEFAULT_OPSET_SEL[2]) |
(DEFAULT_ASYNCWR_NOOPERATION_STROBEDATAOUT & OP_SELECT_DECODED_INT[0] & DEFAULT_OPSET_SEL[3]) |
(DEFAULT_ASYNCWR_WRITE_STROBEDATAOUT & OP_SELECT_DECODED_INT[1] & DEFAULT_OPSET_SEL[3]) |
(DEFAULT_ASYNCWR_READ_STROBEDATAOUT & OP_SELECT_DECODED_INT[2] & DEFAULT_OPSET_SEL[3]) |
(DEFAULT_ASYNCWR_READMODIFYWRITE_STROBEDATAOUT & OP_SELECT_DECODED_INT[3] & DEFAULT_OPSET_SEL[3]) |
(DEFAULT_CLOCKEDASYNC_NOOPERATION_STROBEDATAOUT & OP_SELECT_DECODED_INT[0] & DEFAULT_OPSET_SEL[4]) |
(DEFAULT_CLOCKEDASYNC_WRITE_STROBEDATAOUT & OP_SELECT_DECODED_INT[1] & DEFAULT_OPSET_SEL[4]) |
(DEFAULT_CLOCKEDASYNC_READ_STROBEDATAOUT & OP_SELECT_DECODED_INT[2] & DEFAULT_OPSET_SEL[4]) |
(DEFAULT_CLOCKEDASYNC_READMODIFYWRITE_STROBEDATAOUT & OP_SELECT_DECODED_INT[3] & DEFAULT_OPSET_SEL[4]) |
(DEFAULT_CLOCKEDASYNCWR_NOOPERATION_STROBEDATAOUT & OP_SELECT_DECODED_INT[0] & DEFAULT_OPSET_SEL[5]) |
(DEFAULT_CLOCKEDASYNCWR_WRITE_STROBEDATAOUT & OP_SELECT_DECODED_INT[1] & DEFAULT_OPSET_SEL[5]) |
(DEFAULT_CLOCKEDASYNCWR_READ_STROBEDATAOUT & OP_SELECT_DECODED_INT[2] & DEFAULT_OPSET_SEL[5]) |
(DEFAULT_CLOCKEDASYNCWR_READMODIFYWRITE_STROBEDATAOUT & OP_SELECT_DECODED_INT[3] & DEFAULT_OPSET_SEL[5]) |
(DEFAULT_ROM_READ_STROBEDATAOUT & OP_SELECT_DECODED_INT[0] & DEFAULT_OPSET_SEL[6]) |
(DEFAULT_ROM_COMPAREMISR_STROBEDATAOUT & OP_SELECT_DECODED_INT[1] & DEFAULT_OPSET_SEL[6]) |
(DEFAULT_ROM_NOOPERATION_STROBEDATAOUT & OP_SELECT_DECODED_INT[2] & DEFAULT_OPSET_SEL[6]));
assign DEFAULT_STROBEDATAOUT_SELECTED =
(DEFAULT_STROBEDATAOUT & DEFAULT_OPSET_SEL[0]) |
(DEFAULT_STROBEDATAOUT & DEFAULT_OPSET_SEL[1]) |
(DEFAULT_STROBEDATAOUT & DEFAULT_OPSET_SEL[2]) |
(DEFAULT_STROBEDATAOUT & DEFAULT_OPSET_SEL[3]) |
(DEFAULT_STROBEDATAOUT & DEFAULT_OPSET_SEL[4]) |
(DEFAULT_STROBEDATAOUT & DEFAULT_OPSET_SEL[5]) |
(DEFAULT_STROBEDATAOUT & DEFAULT_OPSET_SEL[6]);
//---------------
// Signal mapping
//---------------
assign BIST_SELECT =
(BIST_SELECT_BIT0_EN) & DEFAULT_SELECT_SELECTED ;
assign BIST_OUTPUTENABLE =
(BIST_OUTPUTENABLE_BIT0_EN) & DEFAULT_OUTPUTENABLE_SELECTED ;
assign BIST_WRITEENABLE =
(BIST_WRITEENABLE_BIT0_EN) & DEFAULT_WRITEENABLE_SELECTED ;
assign BIST_CMP = DEFAULT_STROBEDATAOUT_SELECTED ;
//-------------------
// Address decoding
//-------------------
assign BIST_SELECT_BIT0_EN =
1'b1;
assign BIST_OUTPUTENABLE_BIT0_EN =
1'b1;
assign BIST_WRITEENABLE_BIT0_EN =
1'b1;
//-----------------
// OPFAM#_OPSET_SEL
//-----------------
assign DEFAULT_OPSET_REG_BUS =
{OPSET_SELECT_REG[2],
OPSET_SELECT_REG[1],
OPSET_SELECT_REG[0] };
assign DEFAULT_OPSET_SEL[0] = (BIST_RUN_BUF) & (DEFAULT_OPSET_REG_BUS == 3'b000); // OperationSet: SYNC
assign DEFAULT_OPSET_SEL[1] = (BIST_RUN_BUF) & (DEFAULT_OPSET_REG_BUS == 3'b001); // OperationSet: SYNCWR
assign DEFAULT_OPSET_SEL[2] = (BIST_RUN_BUF) & (DEFAULT_OPSET_REG_BUS == 3'b010); // OperationSet: ASYNC
assign DEFAULT_OPSET_SEL[3] = (BIST_RUN_BUF) & (DEFAULT_OPSET_REG_BUS == 3'b011); // OperationSet: ASYNCWR
assign DEFAULT_OPSET_SEL[4] = (BIST_RUN_BUF) & (DEFAULT_OPSET_REG_BUS == 3'b100); // OperationSet: CLOCKEDASYNC
assign DEFAULT_OPSET_SEL[5] = (BIST_RUN_BUF) & (DEFAULT_OPSET_REG_BUS == 3'b101); // OperationSet: CLOCKEDASYNCWR
assign DEFAULT_OPSET_SEL[6] = (BIST_RUN_BUF) & (DEFAULT_OPSET_REG_BUS == 3'b110); // OperationSet: ROM
//-------------------
// Generate LAST_TICK
//-------------------
// OperationSet: SYNC {{{
assign DEFAULT_SYNC_LAST_TICK =
((JCNT_FROM[2] & JCNT_TO[2]) | ~OP_SELECT_DECODED_INT[0]) &
((JCNT_FROM[0] & JCNT_TO[0]) | ~OP_SELECT_DECODED_INT[1]) &
((JCNT_FROM[0] & JCNT_TO[0]) | ~OP_SELECT_DECODED_INT[2]) &
((JCNT_FROM[0] & JCNT_TO[0]) | ~OP_SELECT_DECODED_INT[3]) &
((JCNT_FROM[0] & JCNT_TO[0]) | ~OP_SELECT_DECODED_INT[4]);
// OperationSet: SYNC }}}
// OperationSet: SYNCWR {{{
assign DEFAULT_SYNCWR_LAST_TICK =
((JCNT_FROM[2] & JCNT_TO[2]) | ~OP_SELECT_DECODED_INT[0]) &
((JCNT_FROM[0] & JCNT_TO[0]) | ~OP_SELECT_DECODED_INT[1]) &
((JCNT_FROM[0] & JCNT_TO[0]) | ~OP_SELECT_DECODED_INT[2]) &
((JCNT_FROM[0] & JCNT_TO[0]) | ~OP_SELECT_DECODED_INT[3]);
// OperationSet: SYNCWR }}}
// OperationSet: ASYNC {{{
assign DEFAULT_ASYNC_LAST_TICK =
((JCNT_FROM[2] & JCNT_TO[2]) | ~OP_SELECT_DECODED_INT[0]) &
((JCNT_FROM[2] & JCNT_TO[2]) | ~OP_SELECT_DECODED_INT[1]) &
((JCNT_FROM[2] & JCNT_TO[2]) | ~OP_SELECT_DECODED_INT[2]) &
((JCNT_FROM[2] & JCNT_TO[2]) | ~OP_SELECT_DECODED_INT[3]);
// OperationSet: ASYNC }}}
// OperationSet: ASYNCWR {{{
assign DEFAULT_ASYNCWR_LAST_TICK =
((JCNT_FROM[2] & JCNT_TO[2]) | ~OP_SELECT_DECODED_INT[0]) &
((JCNT_FROM[4] & JCNT_TO[4]) | ~OP_SELECT_DECODED_INT[1]) &
((JCNT_FROM[4] & JCNT_TO[4]) | ~OP_SELECT_DECODED_INT[2]) &
((JCNT_FROM[4] & JCNT_TO[4]) | ~OP_SELECT_DECODED_INT[3]);
// OperationSet: ASYNCWR }}}
// OperationSet: CLOCKEDASYNC {{{
assign DEFAULT_CLOCKEDASYNC_LAST_TICK =
((JCNT_FROM[2] & JCNT_TO[2]) | ~OP_SELECT_DECODED_INT[0]) &
((JCNT_FROM[4] & JCNT_TO[4]) | ~OP_SELECT_DECODED_INT[1]) &
((JCNT_FROM[4] & JCNT_TO[4]) | ~OP_SELECT_DECODED_INT[2]) &
((JCNT_FROM[4] & JCNT_TO[4]) | ~OP_SELECT_DECODED_INT[3]);
// OperationSet: CLOCKEDASYNC }}}
// OperationSet: CLOCKEDASYNCWR {{{
assign DEFAULT_CLOCKEDASYNCWR_LAST_TICK =
((JCNT_FROM[2] & JCNT_TO[2]) | ~OP_SELECT_DECODED_INT[0]) &
((JCNT_FROM[4] & JCNT_TO[4]) | ~OP_SELECT_DECODED_INT[1]) &
((JCNT_FROM[4] & JCNT_TO[4]) | ~OP_SELECT_DECODED_INT[2]) &
((JCNT_FROM[4] & JCNT_TO[4]) | ~OP_SELECT_DECODED_INT[3]);
// OperationSet: CLOCKEDASYNCWR }}}
// OperationSet: ROM {{{
assign DEFAULT_ROM_LAST_TICK =
((JCNT_FROM[0] & JCNT_TO[0]) | ~OP_SELECT_DECODED_INT[0]) &
((JCNT_FROM[0] & JCNT_TO[0]) | ~OP_SELECT_DECODED_INT[1]) &
((JCNT_FROM[2] & JCNT_TO[2]) | ~OP_SELECT_DECODED_INT[2]);
// OperationSet: ROM }}}
assign DEFAULT_LAST_TICK =
(DEFAULT_SYNC_LAST_TICK & DEFAULT_OPSET_SEL[0]) |
(DEFAULT_SYNCWR_LAST_TICK & DEFAULT_OPSET_SEL[1]) |
(DEFAULT_ASYNC_LAST_TICK & DEFAULT_OPSET_SEL[2]) |
(DEFAULT_ASYNCWR_LAST_TICK & DEFAULT_OPSET_SEL[3]) |
(DEFAULT_CLOCKEDASYNC_LAST_TICK & DEFAULT_OPSET_SEL[4]) |
(DEFAULT_CLOCKEDASYNCWR_LAST_TICK & DEFAULT_OPSET_SEL[5]) |
(DEFAULT_ROM_LAST_TICK & DEFAULT_OPSET_SEL[6]);
assign RESET_LAST_TICK_REG = ~SIGNAL_GEN_ENABLE;
//-----------------------
// LAST_TICK_D
//-----------------------
assign LAST_TICK_D = DEFAULT_LAST_TICK;
//-------------------------
// LAST_TICK_REG
//-------------------------
//synopsys sync_set_reset "RESET_LAST_TICK_REG"
// synopsys async_set_reset "BIST_ASYNC_RESETN"
always @ (posedge BIST_CLK or negedge BIST_ASYNC_RESETN) begin
if (~BIST_ASYNC_RESETN)
LAST_TICK_REG <= 1'b0;
else
if (RESET_LAST_TICK_REG) begin
LAST_TICK_REG <= 1'b0;
end else begin
if (~SIGNAL_GEN_HOLD) begin
LAST_TICK_REG <= ~LAST_OPERATION_DONE & ~LAST_TICK_REG & LAST_TICK_D ;
end
end
end
assign OPERATION_LAST_TICK_REG = LAST_TICK_REG;
assign OPSET_SELECT_REG_SI = SI;
//--------------------------
// OPERATION SELECT REGISTER
//--------------------------
assign OPSET_SELECT_WIRE = 3'b110; // OperationSet: ROM
// synopsys async_set_reset "BIST_ASYNC_RESETN"
always @ (posedge BIST_CLK or negedge BIST_ASYNC_RESETN) begin
if (~BIST_ASYNC_RESETN)
RESET_REG_DEFAULT_MODE_REG <= 1'b0;
else
RESET_REG_DEFAULT_MODE_REG <= RESET_REG_DEFAULT_MODE;
end
// synopsys async_set_reset "BIST_ASYNC_RESETN"
always @ (posedge BIST_CLK or negedge BIST_ASYNC_RESETN) begin
if (~BIST_ASYNC_RESETN)
OPSET_SELECT_REG <= 3'b000;
else
if (RESET_REG_DEFAULT_MODE_REG & BIST_ALGO_SEL_CNT) begin
OPSET_SELECT_REG <= OPSET_SELECT_WIRE ;
end
else begin
if (BIST_SHIFT_SHORT) begin
OPSET_SELECT_REG <= {OPSET_SELECT_REG[1:0],OPSET_SELECT_REG_SI};
end
end
end
endmodule // READONLY_LVISION_MBISTPG_SIGNAL_GEN
/*------------------------------------------------------------------------------
Module : READONLY_LVISION_MBISTPG_REPEAT_LOOP_CNTRL
Description : This module contains logic used to re-execute previously
specified instructions with modified address, write data,
and/or expect data.
-------------------------------------------------------- (c) Mentor Graphics */
module READONLY_LVISION_MBISTPG_REPEAT_LOOP_CNTRL (
BIST_CLK ,
RESET_REG_SETUP1 ,
RESET_REG_DEFAULT_MODE ,
LOOP_CMD ,
BIST_ASYNC_RESETN ,
ADD_Y1_CMD ,
ADD_X1_CMD ,
WDATA_CMD ,
EDATA_CMD ,
INH_LAST_ADDR_CNT ,
INH_DATA_CMP ,
LOOP_STATE_TRUE ,
A_EQUALS_B_TRIGGER ,
A_EQUALS_B_INVERT_DATA ,
SI ,
BIST_HOLD ,
LAST_TICK ,
BIST_SHIFT_LONG ,
BIST_RUN ,
LOOPCOUNTMAX_TRIGGER ,
LOOP_POINTER ,
ADD_Y1_CMD_MODIFIED ,
ADD_X1_CMD_MODIFIED ,
SO ,
WDATA_CMD_MODIFIED ,
EDATA_CMD_MODIFIED ,
INH_LAST_ADDR_CNT_MODIFIED ,
INH_DATA_CMP_MODIFIED
);
input BIST_CLK;
input RESET_REG_SETUP1;
input RESET_REG_DEFAULT_MODE;
input [1:0] LOOP_CMD;
input BIST_ASYNC_RESETN;
input [2:0] ADD_Y1_CMD;
input [2:0] ADD_X1_CMD;
input [3:0] WDATA_CMD;
input [3:0] EDATA_CMD;
input INH_LAST_ADDR_CNT;
input INH_DATA_CMP;
input LOOP_STATE_TRUE;
input [1:0] A_EQUALS_B_INVERT_DATA;
input A_EQUALS_B_TRIGGER;
input SI;
input BIST_HOLD;
input LAST_TICK;
input BIST_SHIFT_LONG;
input BIST_RUN;
output LOOPCOUNTMAX_TRIGGER;
output [1:0] LOOP_POINTER;
output [2:0] ADD_Y1_CMD_MODIFIED;
output [2:0] ADD_X1_CMD_MODIFIED;
output [3:0] WDATA_CMD_MODIFIED;
output [3:0] EDATA_CMD_MODIFIED;
output INH_LAST_ADDR_CNT_MODIFIED;
output INH_DATA_CMP_MODIFIED;
output SO;
reg [1:0] LOOP_A_CNTR;
reg [1:0] LOOP_B_CNTR;
wire LOOP_A_CNTR_SI;
wire LOOP_A_CNTR_SO;
wire LOOP_B_CNTR_SI;
wire LOOP_B_CNTR_SO;
wire [1:0] CNTR_A_MAX_REG;
wire [1:0] CNTR_A_LOOP_POINTER_REG;
wire [4:0] CNTR_A_LOOP1_REG;
wire [4:0] CNTR_A_LOOP2_REG;
wire [4:0] CNTR_A_LOOP3_REG;
wire [1:0] CNTR_B_MAX_REG;
wire [1:0] CNTR_B_LOOP_POINTER_REG;
wire [4:0] CNTR_B_LOOP1_REG;
wire [4:0] CNTR_B_LOOP2_REG;
wire [4:0] CNTR_B_LOOP3_REG;
wire [1:0] CNTR_A_MAX_WIRE;
wire [1:0] CNTR_A_LOOP_POINTER_WIRE;
wire [4:0] CNTR_A_LOOP1_WIRE;
wire [4:0] CNTR_A_LOOP2_WIRE;
wire [4:0] CNTR_A_LOOP3_WIRE;
wire [1:0] CNTR_B_MAX_WIRE;
wire [1:0] CNTR_B_LOOP_POINTER_WIRE;
wire [4:0] CNTR_B_LOOP1_WIRE;
wire [4:0] CNTR_B_LOOP2_WIRE;
wire [4:0] CNTR_B_LOOP3_WIRE;
wire INC_CNTR_A;
wire INC_CNTR_B;
wire INC_CNTR_BA;
wire CNTR_A_MAX;
wire CNTR_B_MAX;
wire ENABLE_CNTR_A;
wire ENABLE_CNTR_B;
wire RESET_CNTR_A;
wire RESET_CNTR_B;
wire ADD_SEQUENCE_FLIP;
wire WDATA_SEQUENCE_FLIP;
wire EDATA_SEQUENCE_FLIP;
wire INH_DATA_CMP_NESTED_LOOP_FLIP;
wire INH_DATA_CMP_MODIFIED_INT;
wire [4:0] CNTR_A_LOOP_REG_SEL;
wire [4:0] CNTR_B_LOOP_REG_SEL;
assign SO = LOOP_B_CNTR_SO;
assign LOOPCOUNTMAX_TRIGGER = (INC_CNTR_BA & CNTR_A_MAX & CNTR_B_MAX) |
(INC_CNTR_A & CNTR_A_MAX) |
(INC_CNTR_B & CNTR_B_MAX) ;
assign LOOP_POINTER = (INC_CNTR_A | (INC_CNTR_BA & ~CNTR_A_MAX)) ? CNTR_A_LOOP_POINTER_REG :
CNTR_B_LOOP_POINTER_REG ;
assign INC_CNTR_A = (LOOP_CMD == 2'b01);
assign INC_CNTR_B = (LOOP_CMD == 2'b10);
assign INC_CNTR_BA = (LOOP_CMD == 2'b11);
assign RESET_CNTR_A = (RESET_REG_SETUP1 | (LAST_TICK & LOOP_STATE_TRUE & CNTR_A_MAX & (INC_CNTR_A | INC_CNTR_BA)));
assign RESET_CNTR_B = (RESET_REG_SETUP1 | (LAST_TICK & LOOP_STATE_TRUE & ((INC_CNTR_B & CNTR_B_MAX) | (CNTR_A_MAX & CNTR_B_MAX & INC_CNTR_BA))));
assign ENABLE_CNTR_A = (INC_CNTR_A | INC_CNTR_BA);
assign ENABLE_CNTR_B = ((INC_CNTR_BA & CNTR_A_MAX) | (INC_CNTR_B));
assign CNTR_A_MAX = (LOOP_A_CNTR == CNTR_A_MAX_REG);
assign CNTR_B_MAX = (LOOP_B_CNTR == CNTR_B_MAX_REG);
//---------------
// LOOP COUNTER A
//---------------
assign LOOP_A_CNTR_SI = SI;
//synopsys sync_set_reset "RESET_CNTR_A"
// synopsys async_set_reset "BIST_ASYNC_RESETN"
always @ (posedge BIST_CLK or negedge BIST_ASYNC_RESETN) begin
if (~BIST_ASYNC_RESETN)
LOOP_A_CNTR <= 2'b00;
else
if (BIST_SHIFT_LONG) begin
LOOP_A_CNTR <= {LOOP_A_CNTR[0:0],LOOP_A_CNTR_SI};
end else begin
if (RESET_CNTR_A) begin
LOOP_A_CNTR <= 2'b00;
end else begin
if (~BIST_HOLD & BIST_RUN & ENABLE_CNTR_A & LAST_TICK & LOOP_STATE_TRUE) begin
LOOP_A_CNTR <= INC_FUNCTION_FOR_CNTR_A(LOOP_A_CNTR);
end
end
end
end
assign LOOP_A_CNTR_SO = LOOP_A_CNTR[1];
//---------------
// LOOP COUNTER B
//---------------
assign LOOP_B_CNTR_SI = LOOP_A_CNTR_SO;
//synopsys sync_set_reset "RESET_CNTR_B"
// synopsys async_set_reset "BIST_ASYNC_RESETN"
always @ (posedge BIST_CLK or negedge BIST_ASYNC_RESETN) begin
if (~BIST_ASYNC_RESETN)
LOOP_B_CNTR <= 2'b00;
else
if (BIST_SHIFT_LONG) begin
LOOP_B_CNTR <= {LOOP_B_CNTR[0:0],LOOP_B_CNTR_SI};
end else begin
if (RESET_CNTR_B) begin
LOOP_B_CNTR <= 2'b00;
end else begin
if (~BIST_HOLD & BIST_RUN & ENABLE_CNTR_B & LAST_TICK & LOOP_STATE_TRUE) begin
LOOP_B_CNTR <= INC_FUNCTION_FOR_CNTR_B(LOOP_B_CNTR);
end
end
end
end
assign LOOP_B_CNTR_SO = LOOP_B_CNTR[1];
assign CNTR_A_LOOP_REG_SEL = (LOOP_A_CNTR == 2'b00) ? 5'b00000 :
(LOOP_A_CNTR == 2'b01) ? CNTR_A_LOOP1_REG :
(LOOP_A_CNTR == 2'b10) ? CNTR_A_LOOP2_REG :
CNTR_A_LOOP3_REG ;
assign CNTR_B_LOOP_REG_SEL = (LOOP_B_CNTR == 2'b00) ? 5'b00000 :
(LOOP_B_CNTR == 2'b01) ? CNTR_B_LOOP1_REG :
(LOOP_B_CNTR == 2'b10) ? CNTR_B_LOOP2_REG :
CNTR_B_LOOP3_REG ;
assign EDATA_SEQUENCE_FLIP = CNTR_A_LOOP_REG_SEL[4] ^ CNTR_B_LOOP_REG_SEL[4] ^ (A_EQUALS_B_INVERT_DATA[1] & A_EQUALS_B_TRIGGER);
assign WDATA_SEQUENCE_FLIP = CNTR_A_LOOP_REG_SEL[3] ^ CNTR_B_LOOP_REG_SEL[3] ^ (A_EQUALS_B_INVERT_DATA[0] & A_EQUALS_B_TRIGGER);
assign ADD_SEQUENCE_FLIP = CNTR_A_LOOP_REG_SEL[2] ^ CNTR_B_LOOP_REG_SEL[2];
assign INH_DATA_CMP_NESTED_LOOP_FLIP = CNTR_A_LOOP_REG_SEL[0] ^ CNTR_B_LOOP_REG_SEL[0];
assign ADD_Y1_CMD_MODIFIED = {ADD_Y1_CMD[2:1] , ADD_Y1_CMD[0] ^ ADD_SEQUENCE_FLIP};
assign ADD_X1_CMD_MODIFIED = {ADD_X1_CMD[2:1] , ADD_X1_CMD[0] ^ ADD_SEQUENCE_FLIP};
assign WDATA_CMD_MODIFIED = {WDATA_CMD[3:1] , WDATA_CMD[0] ^ WDATA_SEQUENCE_FLIP};
assign EDATA_CMD_MODIFIED = {EDATA_CMD[3:1] , EDATA_CMD[0] ^ EDATA_SEQUENCE_FLIP};
assign INH_LAST_ADDR_CNT_MODIFIED = (LOOP_STATE_TRUE & ENABLE_CNTR_B & (LOOP_B_CNTR != 2'b00)) ? CNTR_B_LOOP_REG_SEL[1] :
(LOOP_STATE_TRUE & ENABLE_CNTR_A & (LOOP_A_CNTR != 2'b00)) ? CNTR_A_LOOP_REG_SEL[1] :
INH_LAST_ADDR_CNT ;
assign INH_DATA_CMP_MODIFIED_INT = ((LOOP_B_CNTR != 2'b00) | (LOOP_A_CNTR != 2'b00)) ? INH_DATA_CMP_NESTED_LOOP_FLIP :
INH_DATA_CMP ;
assign INH_DATA_CMP_MODIFIED = INH_DATA_CMP_MODIFIED_INT;
//-------------------------
// LOOP COUNTER A REGISTERS
//-------------------------
assign CNTR_A_MAX_WIRE = 2'b01;
assign CNTR_A_LOOP_POINTER_WIRE = 2'b01;
assign CNTR_A_LOOP1_WIRE[4] = 1'b0;
assign CNTR_A_LOOP1_WIRE[3] = 1'b0;
assign CNTR_A_LOOP1_WIRE[2] = 1'b1;
assign CNTR_A_LOOP1_WIRE[1] = 1'b1;
assign CNTR_A_LOOP1_WIRE[0] = 1'b0;
assign CNTR_A_LOOP2_WIRE[4] = 1'b0;
assign CNTR_A_LOOP2_WIRE[3] = 1'b0;
assign CNTR_A_LOOP2_WIRE[2] = 1'b0;
assign CNTR_A_LOOP2_WIRE[1] = 1'b0;
assign CNTR_A_LOOP2_WIRE[0] = 1'b0;
assign CNTR_A_LOOP3_WIRE[4] = 1'b0;
assign CNTR_A_LOOP3_WIRE[3] = 1'b0;
assign CNTR_A_LOOP3_WIRE[2] = 1'b0;
assign CNTR_A_LOOP3_WIRE[1] = 1'b0;
assign CNTR_A_LOOP3_WIRE[0] = 1'b0;
assign CNTR_A_MAX_REG = CNTR_A_MAX_WIRE;
assign CNTR_A_LOOP_POINTER_REG = CNTR_A_LOOP_POINTER_WIRE;
assign CNTR_A_LOOP1_REG[4] = CNTR_A_LOOP1_WIRE[4];
assign CNTR_A_LOOP1_REG[3] = CNTR_A_LOOP1_WIRE[3];
assign CNTR_A_LOOP1_REG[2] = CNTR_A_LOOP1_WIRE[2];
assign CNTR_A_LOOP1_REG[1] = CNTR_A_LOOP1_WIRE[1];
assign CNTR_A_LOOP1_REG[0] = CNTR_A_LOOP1_WIRE[0];
assign CNTR_A_LOOP2_REG[4] = CNTR_A_LOOP2_WIRE[4];
assign CNTR_A_LOOP2_REG[3] = CNTR_A_LOOP2_WIRE[3];
assign CNTR_A_LOOP2_REG[2] = CNTR_A_LOOP2_WIRE[2];
assign CNTR_A_LOOP2_REG[1] = CNTR_A_LOOP2_WIRE[1];
assign CNTR_A_LOOP2_REG[0] = CNTR_A_LOOP2_WIRE[0];
assign CNTR_A_LOOP3_REG[4] = CNTR_A_LOOP3_WIRE[4];
assign CNTR_A_LOOP3_REG[3] = CNTR_A_LOOP3_WIRE[3];
assign CNTR_A_LOOP3_REG[2] = CNTR_A_LOOP3_WIRE[2];
assign CNTR_A_LOOP3_REG[1] = CNTR_A_LOOP3_WIRE[1];
assign CNTR_A_LOOP3_REG[0] = CNTR_A_LOOP3_WIRE[0];
//-------------------------
// LOOP COUNTER B REGISTERS
//-------------------------
assign CNTR_B_MAX_WIRE = 2'b00;
assign CNTR_B_LOOP_POINTER_WIRE = 2'b10;
assign CNTR_B_LOOP1_WIRE[4] = 1'b0;
assign CNTR_B_LOOP1_WIRE[3] = 1'b0;
assign CNTR_B_LOOP1_WIRE[2] = 1'b0;
assign CNTR_B_LOOP1_WIRE[1] = 1'b0;
assign CNTR_B_LOOP1_WIRE[0] = 1'b0;
assign CNTR_B_LOOP2_WIRE[4] = 1'b0;
assign CNTR_B_LOOP2_WIRE[3] = 1'b0;
assign CNTR_B_LOOP2_WIRE[2] = 1'b0;
assign CNTR_B_LOOP2_WIRE[1] = 1'b0;
assign CNTR_B_LOOP2_WIRE[0] = 1'b0;
assign CNTR_B_LOOP3_WIRE[4] = 1'b0;
assign CNTR_B_LOOP3_WIRE[3] = 1'b0;
assign CNTR_B_LOOP3_WIRE[2] = 1'b0;
assign CNTR_B_LOOP3_WIRE[1] = 1'b0;
assign CNTR_B_LOOP3_WIRE[0] = 1'b0;
assign CNTR_B_MAX_REG = CNTR_B_MAX_WIRE;
assign CNTR_B_LOOP_POINTER_REG = CNTR_B_LOOP_POINTER_WIRE;
assign CNTR_B_LOOP1_REG[4] = CNTR_B_LOOP1_WIRE[4];
assign CNTR_B_LOOP1_REG[3] = CNTR_B_LOOP1_WIRE[3];
assign CNTR_B_LOOP1_REG[2] = CNTR_B_LOOP1_WIRE[2];
assign CNTR_B_LOOP1_REG[1] = CNTR_B_LOOP1_WIRE[1];
assign CNTR_B_LOOP1_REG[0] = CNTR_B_LOOP1_WIRE[0];
assign CNTR_B_LOOP2_REG[4] = CNTR_B_LOOP2_WIRE[4];
assign CNTR_B_LOOP2_REG[3] = CNTR_B_LOOP2_WIRE[3];
assign CNTR_B_LOOP2_REG[2] = CNTR_B_LOOP2_WIRE[2];
assign CNTR_B_LOOP2_REG[1] = CNTR_B_LOOP2_WIRE[1];
assign CNTR_B_LOOP2_REG[0] = CNTR_B_LOOP2_WIRE[0];
assign CNTR_B_LOOP3_REG[4] = CNTR_B_LOOP3_WIRE[4];
assign CNTR_B_LOOP3_REG[3] = CNTR_B_LOOP3_WIRE[3];
assign CNTR_B_LOOP3_REG[2] = CNTR_B_LOOP3_WIRE[2];
assign CNTR_B_LOOP3_REG[1] = CNTR_B_LOOP3_WIRE[1];
assign CNTR_B_LOOP3_REG[0] = CNTR_B_LOOP3_WIRE[0];
//-----------------------------
// Increment Counter A function
//-----------------------------
function automatic [1:0] INC_FUNCTION_FOR_CNTR_A;
input [1:0] COUNT;
reg TOGGLE;
integer i;
begin
INC_FUNCTION_FOR_CNTR_A[0] = ~COUNT[0];
TOGGLE = 1;
for (i=1; i<=1; i=i+1) begin
TOGGLE = COUNT[i-1] & TOGGLE;
INC_FUNCTION_FOR_CNTR_A[i] = COUNT[i] ^ TOGGLE;
end
end
endfunction
//-----------------------------
// Increment Counter B function
//-----------------------------
function automatic [1:0] INC_FUNCTION_FOR_CNTR_B;
input [1:0] COUNT;
reg TOGGLE;
integer i;
begin
INC_FUNCTION_FOR_CNTR_B[0] = ~COUNT[0];
TOGGLE = 1;
for (i=1; i<=1; i=i+1) begin
TOGGLE = COUNT[i-1] & TOGGLE;
INC_FUNCTION_FOR_CNTR_B[i] = COUNT[i] ^ TOGGLE;
end
end
endfunction
endmodule // READONLY_LVISION_MBISTPG_REPEAT_LOOP_CNTRL
|
<reponame>npocmaka/Windows-Server-2003
Set obj = CreateObject( "Wmi.XMLTranslator" )
obj.QualifierFilter = 0
obj.HostFilter = True
obj.DeclGroupType = 2
'res = obj.ExecQuery( "root/cimv2", "select * from WIN32_LogicalDisk" )
'res = obj.ExecQuery( "root/cimv2", "select * from WIN32_ProgramGroup" )
res = obj.ExecQuery( "root/cimv2", "select * from WIN32_AllocatedResource" )
'res = obj.ExecQuery( "root/cimv2", "Select GroupName, Name, UserName FROM Win32_ProgramGroup" )
'res = obj.ExecQuery( "root/cimv2", "Select Name, Version, Manufacturer, SoftwareElementID, SoftwareElementState, TargetOperatingSystem FROM Win32_DriverVXD" )
Stop
Set dom1 = CreateObject( "Microsoft.XMLDOM" )
Set dom2 = CreateObject( "Microsoft.XMLDOM" )
dom1.loadXML( res )
dom2.loadXML( "<?xml version=""1.0""?><DataCollection><Snapshot Timestamp=""10/7/1999 10:14:57 PM""></Snapshot></DataCollection>" )
dom1.save( "c:\wmidump_direct.xml" )
Set value = dom2.documentElement.selectSingleNode( "Snapshot" )
value.appendChild( dom1.documentElement )
dom2.save( "c:\wmidump.xml" )
'Set fso = CreateObject( "Scripting.FileSystemObject" )
'Set MyFile = fso.CreateTextFile("c:\wmidump.xml", True)
'MyFile.WriteLine(res)
'MyFile.Close
|
/*
----------------------------------------------------------------------------------
- -
- Copyright Mentor Graphics Corporation -
- All Rights Reserved -
- -
- THIS WORK CONTAINS TRADE SECRET AND PROPRIETARY -
- INFORMATION WHICH IS THE PROPERTY OF MENTOR GRAPHICS -
- CORPORATION OR ITS LICENSORS AND IS SUBJECT -
- TO LICENSE TERMS. -
- -
----------------------------------------------------------------------------------
- File created by: membistipGenerate -
- Version: 2017.1 -
- Created on: Fri Feb 1 13:48:31 CST 2019 -
----------------------------------------------------------------------------------
*/
module SMARCHCHKB_LVISION_MBISTPG_RETIMING_CELL (
CLK,
R, // Asynchronous reset enable (active high)
RETIME_IN,
RETIME_OUT
);
// ----------------
// I/O Declarations
// ----------------
input CLK;
input R;
input RETIME_IN;
output RETIME_OUT;
reg RETIME_REG;
reg LV_PERSISTENT_MBIST_NTC_RETIMING_CELL;
// ----------------
// Retiming Stages
// ----------------
assign RETIME_OUT = RETIME_REG;
// synopsys async_set_reset "R"
always @(posedge CLK or posedge R) begin
if (R) begin
RETIME_REG <= 1'b0;
LV_PERSISTENT_MBIST_NTC_RETIMING_CELL <= 1'b0;
end else begin
RETIME_REG <= LV_PERSISTENT_MBIST_NTC_RETIMING_CELL;
LV_PERSISTENT_MBIST_NTC_RETIMING_CELL <= RETIME_IN;
end
end
endmodule
|
<filename>b/basic.bas
10 REM Fuck You Github in BASIC
20 PRINT "Fuck You Github"
|
<filename>Task/Return-multiple-values/VBA/return-multiple-values-1.vba
Type Contact
Name As String
firstname As String
Age As Byte
End Type
Function SetContact(N As String, Fn As String, A As Byte) As Contact
SetContact.Name = N
SetContact.firstname = Fn
SetContact.Age = A
End Function
'For use :
Sub Test_SetContact()
Dim Cont As Contact
Cont = SetContact("SMITH", "John", 23)
Debug.Print Cont.Name & " " & Cont.firstname & ", " & Cont.Age & " years old."
End Sub
|
For i=1 To 8
WScript.StdOut.WriteLine triples(10^i)
Next
Function triples(pmax)
prim=0 : count=0 : nmax=Sqr(pmax)/2 : n=1
Do While n <= nmax
m=n+1 : p=2*m*(m+n)
Do While p <= pmax
If gcd(m,n)=1 Then
prim=prim+1
count=count+Int(pmax/p)
End If
m=m+2
p=2*m*(m+n)
Loop
n=n+1
Loop
triples = "Max Perimeter: " & pmax &_
", Total: " & count &_
", Primitive: " & prim
End Function
Function gcd(a,b)
c = a : d = b
Do
If c Mod d > 0 Then
e = c Mod d
c = d
d = e
Else
gcd = d
Exit Do
End If
Loop
End Function
|
Debug.Print VBA.StrReverse("Visual Basic")
|
Debug.Print Chr(97) 'Prints a
Debug.Print [Code("a")] ' Prints 97
|
Function multiply(a As Integer, b As Integer) As Integer
multiply = a * b
End Function
|
<filename>Task/QR-decomposition/VBA/qr-decomposition-1.vba
Option Base 1
Private Function vtranspose(v As Variant) As Variant
'-- transpose a vector of length m into an mx1 matrix,
'-- eg {1,2,3} -> {1;2;3}
vtranspose = WorksheetFunction.Transpose(v)
End Function
Private Function mat_col(a As Variant, col As Integer) As Variant
Dim res() As Double
ReDim res(UBound(a))
For i = col To UBound(a)
res(i) = a(i, col)
Next i
mat_col = res
End Function
Private Function mat_norm(a As Variant) As Double
mat_norm = Sqr(WorksheetFunction.SumProduct(a, a))
End Function
Private Function mat_ident(n As Integer) As Variant
mat_ident = WorksheetFunction.Munit(n)
End Function
Private Function sq_div(a As Variant, p As Double) As Variant
Dim res() As Variant
ReDim res(UBound(a))
For i = 1 To UBound(a)
res(i) = a(i) / p
Next i
sq_div = res
End Function
Private Function sq_mul(p As Double, a As Variant) As Variant
Dim res() As Variant
ReDim res(UBound(a), UBound(a, 2))
For i = 1 To UBound(a)
For j = 1 To UBound(a, 2)
res(i, j) = p * a(i, j)
Next j
Next i
sq_mul = res
End Function
Private Function sq_sub(x As Variant, y As Variant) As Variant
Dim res() As Variant
ReDim res(UBound(x), UBound(x, 2))
For i = 1 To UBound(x)
For j = 1 To UBound(x, 2)
res(i, j) = x(i, j) - y(i, j)
Next j
Next i
sq_sub = res
End Function
Private Function matrix_mul(x As Variant, y As Variant) As Variant
matrix_mul = WorksheetFunction.MMult(x, y)
End Function
Private Function QRHouseholder(ByVal a As Variant) As Variant
Dim columns As Integer: columns = UBound(a, 2)
Dim rows As Integer: rows = UBound(a)
Dim m As Integer: m = WorksheetFunction.Max(columns, rows)
Dim n As Integer: n = WorksheetFunction.Min(rows, columns)
I_ = mat_ident(m)
Q_ = I_
Dim q As Variant
Dim u As Variant, v As Variant, j As Integer
For j = 1 To WorksheetFunction.Min(m - 1, n)
u = mat_col(a, j)
u(j) = u(j) - mat_norm(u)
v = sq_div(u, mat_norm(u))
q = sq_sub(I_, sq_mul(2, matrix_mul(vtranspose(v), v)))
a = matrix_mul(q, a)
Q_ = matrix_mul(Q_, q)
Next j
'-- Get the upper triangular matrix R.
Dim R() As Variant
ReDim R(m, n)
For i = 1 To m 'in Phix this is n
For j = 1 To n 'in Phix this is i to n. starting at 1 to fill zeroes
R(i, j) = a(i, j)
Next j
Next i
Dim res(2) As Variant
res(1) = Q_
res(2) = R
QRHouseholder = res
End Function
Private Sub pp(m As Variant)
For i = 1 To UBound(m)
For j = 1 To UBound(m, 2)
Debug.Print Format(m(i, j), "0.#####"),
Next j
Debug.Print
Next i
End Sub
Public Sub main()
a = [{12, -51, 4; 6, 167, -68; -4, 24, -41;-1,1,0;2,0,3}]
result = QRHouseholder(a)
q = result(1)
r_ = result(2)
Debug.Print "A"
pp a
Debug.Print "Q"
pp q
Debug.Print "R"
pp r_
Debug.Print "Q * R"
pp matrix_mul(q, r_)
End Sub
|
VERSION 5.00
Object = "{6B7E6392-850A-101B-AFC0-4210102A8DA7}#1.1#0"; "COMCTL32.OCX"
Begin VB.Form DeviceWindow
BorderStyle = 3 'Fixed Dialog
Caption = "Fax Device"
ClientHeight = 6705
ClientLeft = 45
ClientTop = 330
ClientWidth = 7785
BeginProperty Font
Name = "Comic Sans MS"
Size = 12
Charset = 0
Weight = 400
Underline = 0 'False
Italic = 0 'False
Strikethrough = 0 'False
EndProperty
Icon = "device.frx":0000
LinkTopic = "Form1"
MaxButton = 0 'False
MDIChild = -1 'True
MinButton = 0 'False
ScaleHeight = 6705
ScaleWidth = 7785
ShowInTaskbar = 0 'False
Begin VB.CommandButton Details
Caption = "Details"
Height = 495
Left = 6360
TabIndex = 15
Top = 3720
Width = 1215
End
Begin VB.TextBox Text1
BackColor = &H8000000F&
Enabled = 0 'False
Height = 495
Left = 1560
TabIndex = 7
Top = 120
Width = 6015
End
Begin VB.TextBox Text2
BackColor = &H8000000F&
Enabled = 0 'False
Height = 495
Left = 1560
TabIndex = 6
Top = 720
Width = 1695
End
Begin VB.TextBox Text3
BackColor = &H8000000F&
Height = 495
Left = 1560
TabIndex = 5
Top = 1320
Width = 1695
End
Begin VB.TextBox Text4
BackColor = &H8000000F&
Height = 495
Left = 1560
TabIndex = 4
Top = 2520
Width = 3015
End
Begin VB.TextBox Text5
BackColor = &H8000000F&
Height = 495
Left = 1560
TabIndex = 3
Top = 3120
Width = 3015
End
Begin VB.TextBox Text6
BackColor = &H8000000F&
Height = 495
Left = 1560
TabIndex = 2
Top = 1920
Width = 1695
End
Begin VB.TextBox Text7
BackColor = &H8000000F&
Enabled = 0 'False
Height = 495
Left = 1560
TabIndex = 1
Top = 3720
Width = 4695
End
Begin ComctlLib.ListView MethodList
Height = 2055
Left = 120
TabIndex = 0
Top = 4440
Width = 7455
_ExtentX = 13150
_ExtentY = 3625
View = 3
LabelWrap = -1 'True
HideSelection = -1 'True
_Version = 327680
ForeColor = -2147483630
BackColor = -2147483633
BorderStyle = 1
Appearance = 1
NumItems = 0
End
Begin VB.Label Label1
Caption = "Name:"
Height = 375
Left = 120
TabIndex = 14
Top = 240
Width = 1335
End
Begin VB.Label Label2
Caption = "Device Id:"
Height = 375
Left = 120
TabIndex = 13
Top = 840
Width = 1335
End
Begin VB.Label Label3
Caption = "Rings:"
Height = 375
Left = 120
TabIndex = 12
Top = 1440
Width = 1335
End
Begin VB.Label Label4
Caption = "Csid:"
Height = 375
Left = 120
TabIndex = 11
Top = 2640
Width = 1335
End
Begin VB.Label Label5
Caption = "Tsid:"
Height = 375
Left = 120
TabIndex = 10
Top = 3240
Width = 1335
End
Begin VB.Label Label6
Caption = "Priority:"
Height = 375
Left = 120
TabIndex = 9
Top = 2040
Width = 1335
End
Begin VB.Label Label7
Caption = "Status:"
Height = 375
Left = 120
TabIndex = 8
Top = 3840
Width = 1335
End
End
Attribute VB_Name = "DeviceWindow"
Attribute VB_GlobalNameSpace = False
Attribute VB_Creatable = False
Attribute VB_PredeclaredId = True
Attribute VB_Exposed = False
Private Sub Details_Click()
Set PortStatus = Port.GetStatus
StatusDetails.Show
End Sub
Private Sub Form_Load()
MethodList.ColumnHeaders.Add , , "Routing Methods", MethodList.Width - 390
Height = MethodList.Top + MethodList.Height + 600
Width = MethodList.Left + MethodList.Width + 250
End Sub
Private Sub Form_Unload(Cancel As Integer)
Unload StatusDetails
End Sub
Private Sub MethodList_DblClick()
Set Method = Methods.Item(MethodList.SelectedItem.Index)
RoutingMethodWindow.Show
RoutingMethodWindow.MyInit
End Sub
Public Sub MyInit()
Unload RoutingMethodWindow
Set PortStatus = Port.GetStatus
Text1.Text = Port.Name
Text2.Text = CStr(Port.DeviceId)
Text3.Text = CStr(Port.Rings)
Text6.Text = CStr(Port.Priority)
Text4.Text = Port.Csid
Text5.Text = Port.Tsid
Text7.Text = PortStatus.Description
Text3.DataChanged = False
Text4.DataChanged = False
Text5.DataChanged = False
Text6.DataChanged = False
Err.Clear
Set Methods = Port.GetRoutingMethods
Dim itmX As ListItem
MethodList.ListItems.Clear
If Err.Number = 0 Then
For i = 1 To Methods.Count
Set Method = Methods.Item(i)
Set itmX = DeviceWindow.MethodList.ListItems.Add(, , CStr(Method.FriendlyName))
Next i
Else
Msg = "The fax server could not routing methods"
MsgBox Msg, , "Error"
Err.Clear
End If
End Sub
|
set TimeZones = GetObject("winmgmts:{impersonationLevel=impersonate}").instancesof("Win32_TimeZone")
for each TimeZone in TimeZones
WScript.Echo "Standard Name = " & TimeZone.StandardName
WScript.Echo "Bias = " & TimeZone.Bias
WScript.Echo "Standard Bias = " & TimeZone.StandardBias
WScript.Echo "Standard Year = " & TimeZone.StandardYear
WScript.Echo "Standard Month = " & TimeZone.StandardMonth
WScript.Echo "Standard Day = " & TimeZone.StandardDay
WScript.Echo "Standard Day of Week = " & TimeZone.StandardDayOfWeek
WScript.Echo "Standard Hour = " & TimeZone.StandardHour
WScript.Echo "Standard Minute = " & TimeZone.StandardMillisecond
WScript.Echo "Standard Second = " & TimeZone.StandardSecond
WScript.Echo "Standard Millisecond = " & TimeZone.StandardMillisecond
WScript.Echo "Daylight Name = " & TimeZone.DaylightName
WScript.Echo "Daylight Bias = " & TimeZone.DaylightBias
WScript.Echo "Daylight Year = " & TimeZone.DaylightYear
WScript.Echo "Daylight Month = " & TimeZone.DaylightMonth
WScript.Echo "Daylight Day = " & TimeZone.DaylightDay
WScript.Echo "Daylight Day of Week = " & TimeZone.DaylightDayOfWeek
WScript.Echo "Daylight Hour = " & TimeZone.DaylightHour
WScript.Echo "Daylight Minute = " & TimeZone.DaylightMillisecond
WScript.Echo "Daylight Second = " & TimeZone.DaylightSecond
WScript.Echo "Daylight Millisecond = " & TimeZone.DaylightMillisecond
next
|
<reponame>LaudateCorpus1/RosettaCodeData
Private Function lngHalve(Nb As Long) As Long
lngHalve = Nb / 2
End Function
Private Function lngDouble(Nb As Long) As Long
lngDouble = Nb * 2
End Function
Private Function IsEven(Nb As Long) As Boolean
IsEven = (Nb Mod 2 = 0)
End Function
|
<reponame>LaudateCorpus1/RosettaCodeData
Function min(x As Integer, y As Integer) As Integer
If x < y Then
min = x
Else
min = y
End If
End Function
Function levenshtein(s As String, t As String) As Integer
Dim ls As Integer, lt As Integer
Dim i As Integer, j As Integer, cost As Integer
' degenerate cases
ls = Len(s)
lt = Len(t)
If ls = lt Then
If s = t Then
Exit Function ' return 0
End If
ElseIf ls = 0 Then
levenshtein = lt
Exit Function
ElseIf lt = 0 Then
levenshtein = ls
Exit Function
End If
' create two integer arrays of distances
ReDim v0(0 To lt) As Integer '' previous
ReDim v1(0 To lt) As Integer '' current
' initialize v0
For i = 0 To lt
v0(i) = i
Next i
For i = 0 To ls - 1
' calculate v1 from v0
v1(0) = i + 1
For j = 0 To lt - 1
cost = Abs(CInt(Mid$(s, i + 1, 1) <> Mid$(t, j + 1, 1)))
v1(j + 1) = min(v1(j) + 1, min(v0(j + 1) + 1, v0(j) + cost))
Next j
' copy v1 to v0 for next iteration
For j = 0 To lt
v0(j) = v1(j)
Next j
Next i
levenshtein = v1(lt)
End Function
Sub Main()
' tests
Debug.Print "'kitten' to 'sitting' => "; levenshtein("kitten", "sitting")
Debug.Print "'sitting' to 'kitten' => "; levenshtein("sitting", "kitten")
Debug.Print "'rosettacode' to 'raisethysword' => "; levenshtein("rosettacode", "raisethysword")
Debug.Print "'sleep' to 'fleeting' => "; levenshtein("sleep", "fleeting")
End Sub
|
'***************************************************************************
'This script tests the ability to set up instances with keyholes and read
'back the path and key
'***************************************************************************
On Error Resume Next
while true
Set Locator = CreateObject("WbemScripting.SWbemLocator")
Set Service = Locator.ConnectServer ("lamard3", "root\sms\site_la3", "smsadmin", "Elvis1")
if Err <> 0 Then
WScript.Echo Err.Description
End if
Service.Security_.ImpersonationLevel = 3
Set NewPackage = Service.Get ("SMS_Package").SpawnInstance_
NewPackage.Description = "Scripting API Test Package"
Set ObjectPath = NewPackage.Put_
WScript.Echo "Path of new Package is", ObjectPath.RelPath
WScript.Echo "New key value is:", ObjectPath.Keys("PackageID")
if Err <> 0 Then
WScript.Echo Err.Description
End if
wend
|
<gh_stars>1-10
' Read the list of paths (newline-separated) into an array...
strPaths = Split(WScript.StdIn.ReadAll, vbCrLf)
' Split each path by the delimiter (/)...
For i = 0 To UBound(strPaths)
strPaths(i) = Split(strPaths(i), "/")
Next
With CreateObject("Scripting.FileSystemObject")
' Test each path segment...
For j = 0 To UBound(strPaths(0))
' Test each successive path against the first...
For i = 1 To UBound(strPaths)
If strPaths(0)(j) <> strPaths(i)(j) Then Exit For
Next
' If we didn't make it all the way through, exit the block...
If i <= UBound(strPaths) Then Exit For
' Make sure this path exists...
If Not .FolderExists(strPath & strPaths(0)(j) & "/") Then Exit For
strPath = strPath & strPaths(0)(j) & "/"
Next
End With
' Remove the final "/"...
WScript.Echo Left(strPath, Len(strPath) - 1)
|
<reponame>npocmaka/Windows-Server-2003<gh_stars>10-100
'***************************************************************************
'This script tests the enumeration of instances
'***************************************************************************
On Error Resume Next
for each Disk in GetObject("winmgmts:{impersonationLevel=impersonate}").InstancesOf ("CIM_LogicalDisk")
WScript.Echo "Instance:", Disk.Path_.Relpath
next
if Err <> 0 Then
WScript.Echo Err.Description
Err.Clear
End if
|
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