TroyDoesAI/Cobol · Datasets at Hugging Face

3bd70c4944a5d2f9f7eb79bd7ce4be709750529e

1,123

cbl

COBOL

src-cbl/controllers/push.cbl

OlliV/cobol-iot-dashboard

71227fa415c9d586757d42f92cca71d70fa831cf

[ "MIT" ]

3

2018-08-21T14:58:16.000Z

2021-11-23T21:53:52.000Z

src-cbl/controllers/push.cbl

OlliV/cobol-iot-dashboard

71227fa415c9d586757d42f92cca71d70fa831cf

[ "MIT" ]

null

src-cbl/controllers/push.cbl

OlliV/cobol-iot-dashboard

71227fa415c9d586757d42f92cca71d70fa831cf

[ "MIT" ]

1

2018-11-19T06:43:06.000Z

IDENTIFICATION DIVISION. PROGRAM-ID. push. DATA DIVISION. WORKING-STORAGE SECTION. 01 the-vars. 03 COW-vars OCCURS 99 TIMES. 05 COW-varname PIC X(99). 05 COW-varvalue PIC X(99). 01 STR PIC X(256). 01 RETVAL PIC S9(9) BINARY. 01 REDIS-ERR PIC S9(9) VALUE -1. LINKAGE SECTION. 01 the-values. 05 COW-query-values OCCURS 10 TIMES. 10 COW-query-value-name PIC X(90). 10 COW-query-value PIC X(90). PROCEDURE DIVISION USING the-values. CALL "redis_connect" RETURNING RETVAL. IF RETVAL = REDIS-ERR THEN EXIT PROGRAM END-IF MOVE "INCR counter" to STR CALL "redis_cmd_int" USING STR NULL RETURNING RETVAL END-CALL CALL "redis_disco". GOBACK. END PROGRAM push.

26.738095

59

0.440784

573ddd9513186d063dcb970264f3f076e79bb02f

916

cob

COBOL

test/cobol_examples/coboltut1.cob

TheFirstAvenger/cobol_to_elixir

549528aed3dd1de8a14bb3a763539b5cbf714811

[ "MIT" ]

65

2021-08-10T19:16:25.000Z

2022-02-23T01:38:13.000Z

test/cobol_examples/coboltut1.cob

TheFirstAvenger/cobol_to_elixir

549528aed3dd1de8a14bb3a763539b5cbf714811

[ "MIT" ]

1

2021-08-15T21:59:54.000Z

2021-08-20T20:30:06.000Z

test/cobol_examples/coboltut1.cob

TheFirstAvenger/cobol_to_elixir

549528aed3dd1de8a14bb3a763539b5cbf714811

[ "MIT" ]

1

2021-08-21T19:53:13.000Z

>>SOURCE FORMAT FREE IDENTIFICATION DIVISION. PROGRAM-ID. coboltut. AUTHOR. Mike Binns. DATE-WRITTEN.March 19th 2021 ENVIRONMENT DIVISION. DATA DIVISION. FILE SECTION. WORKING-STORAGE SECTION. 01 UserName PIC X(30) VALUE "You". 01 Num1 PIC 9 VALUE ZEROS. 01 Num2 PIC 9 VALUE ZEROS. 01 Spaces1 PIC XXX VALUE SPACES. 01 Total PIC 99 VALUE 0. 01 SSNum. 02 SSArea PIC 999. 02 SSGroup PIC 99. 02 SSSerial PIC 9999. 01 PIValue CONSTANT AS 3.14. *> ZERO, zeros *> SPACE SPACES *> HIGH-VALUE HIGH-VALUES *> LOW-VALUE LOW-VALUES PROCEDURE DIVISION. DISPLAY "What is your name" WITH NO ADVANCING ACCEPT UserName DISPLAY "Hello " UserName MOVE ZERO TO UserName DISPLAY UserName DISPLAY "Enter 2 values to sum " ACCEPT Num1 ACCEPT Num2 COMPUTE Total = Num1 + Num2 DISPLAY Num1 " + " Num2 " = " Total DISPLAY "Enter your ssn " ACCEPT SSNum DISPLAY "Area " SSArea STOP RUN.

19.913043

45

0.712882

f6d3f02b62c3d3de47986199516cbfe42201a692

2,565

cob

COBOL

cobteste.cob

renatoferrarezi/OpenCobolSqlite3

87b9781a554863a4be068f07d1d1df7923e78c29

[ "MIT" ]

null

cobteste.cob

renatoferrarezi/OpenCobolSqlite3

87b9781a554863a4be068f07d1d1df7923e78c29

[ "MIT" ]

null

cobteste.cob

renatoferrarezi/OpenCobolSqlite3

87b9781a554863a4be068f07d1d1df7923e78c29

[ "MIT" ]

1

2020-07-30T08:46:07.000Z

IDENTIFICATION DIVISION. PROGRAM-ID. sqlite. ENVIRONMENT DIVISION. CONFIGURATION SECTION. SPECIAL-NAMES. * CONSOLE IS CRT. CRT STATUS IS SCREEN-STATUS. DECIMAL-POINT IS COMMA. DATA DIVISION. WORKING-STORAGE SECTION. 78 K-ESCAPE VALUE 2012. 01 SCREEN-STATUS PIC 9(4). 01 SQLCA-FILENAME PIC X(100). 01 SQLCA-QUERY PIC X(1000). 01 SQLCA-ERROR PIC x(6). 01 SQLCA-ERROR-MESSAGE PIC X(255). 01 SQLCA_CUR_STAT PIC 9(8) COMP-3 VALUE ZERO. 01 SQLCA-CID USAGE POINTER. 01 SQLCA-STATEMENT USAGE POINTER. 01 REGISTRO. 05 W-ID PIC 9(6). 05 W-NOME PIC X(100). 05 W-PRECO PIC 9(6)V99 VALUE 150,22. * COPY color-book. PROCEDURE DIVISION. 050-INICIALIZA. MOVE 150,22 TO W-PRECO. MOVE "teste.db" TO SQLCA-FILENAME. CALL "sqliteConnect" USING BY REFERENCE SQLCA-CID SQLCA-FILENAME SQLCA-ERROR SQLCA-ERROR-MESSAGE. STRING "select id, name, price " DELIMITED BY SIZE "from cars" DELIMITED BY SIZE INTO SQLCA-QUERY. CALL "sqliteOpenCursor" USING BY REFERENCE SQLCA-CID SQLCA-QUERY SQLCA-STATEMENT SQLCA-ERROR SQLCA-ERROR-MESSAGE. PERFORM 060-GET-RESULT UNTIL SQLCA_CUR_STAT = 1. STOP RUN. 060-GET-RESULT. CALL "sqlitefetch" USING BY REFERENCE SQLCA-STATEMENT SQLCA_CUR_STAT W-ID W-NOME W-PRECO. IF SQLCA_CUR_STAT EQUAL 0 THEN DISPLAY "ID:" DISPLAY W-ID DISPLAY "NOME:" DISPLAY W-NOME DISPLAY "PRECO" DISPLAY W-PRECO END-IF.

35.136986

72

0.392982

e8eee82db786d8dc87aab8cdfa46daa4944f5241

297

cobol

COBOL

Task/Call-an-object-method/COBOL/call-an-object-method-1.cobol

mullikine/RosettaCodeData

4f0027c6ce83daa36118ee8b67915a13cd23ab67

[ "Info-ZIP" ]

1

2018-11-09T22:08:38.000Z

Task/Call-an-object-method/COBOL/call-an-object-method-1.cobol

seanwallawalla-forks/RosettaCodeData

9ad63ea473a958506c041077f1d810c0c7c8c18d

[ "Info-ZIP" ]

null

Task/Call-an-object-method/COBOL/call-an-object-method-1.cobol

seanwallawalla-forks/RosettaCodeData

9ad63ea473a958506c041077f1d810c0c7c8c18d

[ "Info-ZIP" ]

1

2018-11-09T22:08:40.000Z

*> INVOKE INVOKE FooClass "someMethod" RETURNING bar *> Factory object INVOKE foo-instance "anotherMethod" RETURNING bar *> Instance object *> Inline method invocation MOVE FooClass::"someMethod" TO bar *> Factory object MOVE foo-instance::"anotherMethod" TO bar *> Instance object

37.125

68

0.740741

9d3e74596adf77d712f738bd86d32429c31e186b

23,306

cpy

COBOL

resource/testdb/part.cpy

IITDBGroup/perm_regression_tests

f9fb92ed54ef6ef3ec4d4f4792fc5a81e46ad4c8

[ "PostgreSQL" ]

5

2017-02-01T16:27:47.000Z

2021-04-23T16:02:03.000Z

resource/testdb/part.cpy

IITDBGroup/perm_regression_tests

f9fb92ed54ef6ef3ec4d4f4792fc5a81e46ad4c8

[ "PostgreSQL" ]

82

2016-11-30T15:57:48.000Z

2022-03-04T21:35:03.000Z

resource/testdb/part.cpy

IITDBGroup/perm_regression_tests

f9fb92ed54ef6ef3ec4d4f4792fc5a81e46ad4c8

[ "PostgreSQL" ]

4

2017-02-09T20:53:13.000Z

2022-02-10T22:01:35.000Z

115.950249

133

0.81966

ff3ff97fbb02e1f0f8364f754412b9617a552580

29

cpy

COBOL

src/test/resources/io/proleap/cobol/ast/variable/CopyNewLineBook.cpy

stawi/cobol85parser

1e3426b401a6a81d5f19d5e8737856e53f10bce6

[ "MIT" ]

81

2018-03-29T23:39:01.000Z

2022-03-07T11:23:10.000Z

src/test/resources/io/proleap/cobol/ast/variable/CopyNewLineBook.cpy

stawi/cobol85parser

1e3426b401a6a81d5f19d5e8737856e53f10bce6

[ "MIT" ]

64

2017-03-27T11:15:15.000Z

2018-03-09T18:10:43.000Z

src/test/resources/io/proleap/cobol/ast/variable/CopyNewLineBook.cpy

stawi/cobol85parser

1e3426b401a6a81d5f19d5e8737856e53f10bce6

[ "MIT" ]

44

2019-01-03T11:48:54.000Z

2021-12-21T09:46:42.000Z

001000 Display "Hello World".

29

0.793103

0e123a8d473e8e1bea5ca7244aab3213e15ff264

206

cbl

COBOL

src/test/resources/io/proleap/cobol/preprocessor/variable/Replace.cbl

stawi/cobol85parser

1e3426b401a6a81d5f19d5e8737856e53f10bce6

[ "MIT" ]

81

2018-03-29T23:39:01.000Z

2022-03-07T11:23:10.000Z

src/test/resources/io/proleap/cobol/preprocessor/variable/Replace.cbl

stawi/cobol85parser

1e3426b401a6a81d5f19d5e8737856e53f10bce6

[ "MIT" ]

64

2017-03-27T11:15:15.000Z

2018-03-09T18:10:43.000Z

src/test/resources/io/proleap/cobol/preprocessor/variable/Replace.cbl

stawi/cobol85parser

1e3426b401a6a81d5f19d5e8737856e53f10bce6

[ "MIT" ]

44

2019-01-03T11:48:54.000Z

2021-12-21T09:46:42.000Z

000100 Identification Division. 000200 Program-ID. 000300 HELLOWORLD. 000400 Procedure Division. 000500 REPLACE ==This== BY ==DISPLAY==. 000600 This "Hello world". 000700 REPLACE OFF. 000800 STOP RUN.

25.75

40

0.762136

1ffa083e4eff1cc34cd6c16c05a3cc0c3ebca39a

205

cbl

COBOL

src/test/resources/io/proleap/cobol/asg/procedure/SectionWithParagraphs.cbl

stawi/cobol85parser

1e3426b401a6a81d5f19d5e8737856e53f10bce6

[ "MIT" ]

81

2018-03-29T23:39:01.000Z

2022-03-07T11:23:10.000Z

src/test/resources/io/proleap/cobol/asg/procedure/SectionWithParagraphs.cbl

stawi/cobol85parser

1e3426b401a6a81d5f19d5e8737856e53f10bce6

[ "MIT" ]

64

2017-03-27T11:15:15.000Z

2018-03-09T18:10:43.000Z

src/test/resources/io/proleap/cobol/asg/procedure/SectionWithParagraphs.cbl

stawi/cobol85parser

1e3426b401a6a81d5f19d5e8737856e53f10bce6

[ "MIT" ]

44

2019-01-03T11:48:54.000Z

2021-12-21T09:46:42.000Z

IDENTIFICATION DIVISION. PROGRAM-ID. SCTN. PROCEDURE DIVISION. SOME-SECTION SECTION. INIT. STOP RUN. PERFORM INIT. AFTER-INIT. DISPLAY "Hello World". STOP RUN.

20.5

30

0.609756

5e998a2460f9db609ac450c314c10241a3917f18

742

cbl

COBOL

src/test/resources/io/proleap/cobol/asg/call/SpecialRegisterCall.cbl

stawi/cobol85parser

1e3426b401a6a81d5f19d5e8737856e53f10bce6

[ "MIT" ]

81

2018-03-29T23:39:01.000Z

2022-03-07T11:23:10.000Z

src/test/resources/io/proleap/cobol/asg/call/SpecialRegisterCall.cbl

stawi/cobol85parser

1e3426b401a6a81d5f19d5e8737856e53f10bce6

[ "MIT" ]

64

2017-03-27T11:15:15.000Z

2018-03-09T18:10:43.000Z

src/test/resources/io/proleap/cobol/asg/call/SpecialRegisterCall.cbl

stawi/cobol85parser

1e3426b401a6a81d5f19d5e8737856e53f10bce6

[ "MIT" ]

44

2019-01-03T11:48:54.000Z

2021-12-21T09:46:42.000Z

IDENTIFICATION DIVISION. PROGRAM-ID. SPCLREGCLL. PROCEDURE DIVISION. ACCEPT ADDRESS OF someid. ACCEPT DATE. ACCEPT DAY. ACCEPT DAY-OF-WEEK. ACCEPT DEBUG-CONTENTS. ACCEPT DEBUG-ITEM. ACCEPT DEBUG-LINE. ACCEPT DEBUG-NAME. ACCEPT DEBUG-SUB-1. ACCEPT DEBUG-SUB-2. ACCEPT DEBUG-SUB-3. ACCEPT LENGTH OF someid. ACCEPT LINAGE-COUNTER. ACCEPT LINE-COUNTER. ACCEPT PAGE-COUNTER. ACCEPT RETURN-CODE. ACCEPT SHIFT-IN. ACCEPT SHIFT-OUT. ACCEPT SORT-CONTROL. ACCEPT SORT-CORE-SIZE. ACCEPT SORT-FILE-SIZE. ACCEPT SORT-MESSAGE. ACCEPT SORT-MODE-SIZE. ACCEPT SORT-RETURN. ACCEPT TALLY. ACCEPT TIME. ACCEPT WHEN-COMPILED. ACCEPT LENGTH someid.

23.935484

29

0.672507

3e98e5876b3bf2ed489590b63a7318aad15bb29d

21,767

cpy

COBOL

mlp2cnf/src/bnn.cpp.cpy

teobaluta/NPAQ

92cc2d2c2da8f34547194416c0a10b4c5416403e

[ "MIT" ]

8

2020-05-05T15:54:42.000Z

2021-08-20T05:25:16.000Z

mlp2cnf/src/bnn.cpp.cpy

teobaluta/NPAQ

92cc2d2c2da8f34547194416c0a10b4c5416403e

[ "MIT" ]

24

2019-12-16T22:22:44.000Z

2022-03-12T00:08:11.000Z

mlp2cnf/src/bnn.cpp.cpy

teobaluta/NPAQ

92cc2d2c2da8f34547194416c0a10b4c5416403e

[ "MIT" ]

null

#include "bnn.h" #include "preencoder.h" AMK_ENCODER::PB2CNF_AMK_Encoder get_enc_type() { if (encoder.compare("card") == 0) return AMK_ENCODER::CARD; if (encoder.compare("bdd") == 0) return AMK_ENCODER::BDD; return AMK_ENCODER::ADDER; } BNNBlock::BNNBlock(vector<string> files) { this->files = files; lin_weight = parseCSV(this->files[0]); lin_bias = parseCSV(this->files[1]); bn_weight = parseCSV(this->files[2]); bn_bias = parseCSV(this->files[3]); bn_mean = parseCSV(this->files[4]); bn_var = parseCSV(this->files[5]); in_size = lin_weight.size(); out_size = lin_weight[0].size(); } int BNNBlock::encode(int first_fresh_var, int in_var_start, int out_var_start, set<int> perturb) { PBConfig config = make_shared<PBConfigClass>(); config->amk_encoder = get_enc_type(); //config->amk_encoder = AMK_ENCODER::BEST; //config->pb_encoder == PB_ENCODER::BDD; //config->print_used_encodings = true; PB2CNF pb2cnf(config); int y; if (out_var_start == 0) this->out_var_start = in_var_start + lin_weight.size(); else this->out_var_start = out_var_start; //static const double arr[] = {-1., -1., -1., -1., -1., -1., 1., -1., 1., -1., -1., 1.,1., 1., -1., -1., -1., 1., -1., -1., -1., -1., 1., -1., -1.}; //static const int arr[] = {0,0,1,0,0,1,0,1,0,0,1,0,0,0,1,0,0,1,1,0}; //vector<double> val_x (arr, arr + sizeof(arr) / sizeof(arr[0]) ); //double y37 = lin_bias[0][1]; /*for (int i = 0; i < sizeof(arr) / sizeof(arr[0]); i++)*/ //y37 += val_x[i] * lin_weight[i][1] ; //cout << "y37 = " << y37 << endl; //cout << "in_var_start=" << in_var_start << "; out_var_start=" << out_var_start << endl; if (debug) cout << "perturb size " << perturb.size() << endl; for (int j = 0; j < lin_weight[0].size(); j++) { vector<WeightedLit> col; y = this->out_var_start + j; int w_minus = 0; int sum_aij = 0; for (int i = 0; i < lin_weight.size(); i++) { int var_id = i + in_var_start; set<int>::iterator it; it = perturb.find(var_id); if (it != perturb.end()) { //cout << "flipper is flipping input var " << var_id << endl; var_id = -var_id; } if (lin_weight[i][j] == 1) { WeightedLit x = WeightedLit(var_id, 1); col.push_back(x); } else if (lin_weight[i][j] == -1) { WeightedLit x = WeightedLit(-var_id, 1); col.push_back(x); } //col.push_back(WeightedLit(i + in_var_start, lin_weight[i][j])); if (lin_weight[i][j] == -1) // w_minus += abs(round(lin_weight[i][j])); w_minus++; sum_aij += lin_weight[i][j]; } this->constraints.push_back(col); float c = -(sqrt(bn_var[0][j]) / bn_weight[0][j]) * bn_bias[0][j] + bn_mean[0][j] - lin_bias[0][j]; if (debug) { cout << "alfa = " << bn_weight[0][j] << endl; cout << "miu = " << bn_mean[0][j] << endl; cout << "std dev = " << sqrt(bn_var[0][j]) << endl; cout << "gamma = " << bn_bias[0][j] << endl; cout << "c = " << c << endl; cout << "lin_bias " << lin_bias[0][j] << endl; cout << "sum_aij = " << sum_aij << endl; cout << "w_minus = " << w_minus << endl; } if (bn_weight[0][j] == 0) if (bn_bias[0][j] < 0) { vector<int> clause; clause.push_back(-y); this->cnf_formula.push_back(clause); continue; } else { vector<int> clause; clause.push_back(y); this->cnf_formula.push_back(clause); continue; } if (bn_weight[0][j] > 0) { c = ceil(c); //c = ceil((c + sum_aij) / 2); c = ceil((c + sum_aij) / 2) + w_minus; PBConstraint pbconstraint(col, GEQ, c); pbconstraint.addConditional(y); if (debug) pbconstraint.print(false); VectorClauseDatabase formula(config); AuxVarManager auxvars(first_fresh_var); /*SimplePBConstraint constraint2 = pb2cnf.pre_encoder.preEncodePBConstraint(pbconstraint, formula);*/ //if (debug) /*constraint2.print(false);*/ pb2cnf.encode(pbconstraint, formula, auxvars); first_fresh_var = auxvars.getBiggestReturnedAuxVar() + 1; if (debug) cout << "Encoded ^; first_fresh_var = " << first_fresh_var << endl; if (debug == 2) for (auto clause : formula.getClauses()) { for (auto lit : clause) { cout << lit << " "; } cout << "0" << endl; } for (auto clause : formula.getClauses()) this->cnf_formula.push_back(clause); PBConstraint pbct(col, LEQ, c - 1); pbct.addConditional(-y); if (debug) pbct.print(false); VectorClauseDatabase f(config); AuxVarManager auxv(first_fresh_var); /*SimplePBConstraint constraint3 = pb2cnf.pre_encoder.preEncodePBConstraint(pbct, f);*/ //if (debug) /*constraint3.print(false);*/ pb2cnf.encode(pbct, f, auxv); first_fresh_var = auxv.getBiggestReturnedAuxVar() + 1; if (debug) cout << "Encoded ^; first_fresh_var = " << first_fresh_var << endl; if (debug == 2) for (auto clause : f.getClauses()) { for (auto lit : clause) { cout << lit << " "; } cout << "0" << endl; } for (auto clause : f.getClauses()) this->cnf_formula.push_back(clause); } else { c = floor(c); //c = floor((c + sum_aij) / 2); c = floor((c + sum_aij) / 2) + w_minus; PBConstraint pbconstraint(col, LEQ, c); pbconstraint.addConditional(y); if (debug) pbconstraint.print(false); VectorClauseDatabase formula(config); AuxVarManager auxvars(first_fresh_var); /*SimplePBConstraint constraint4 = pb2cnf.pre_encoder.preEncodePBConstraint(pbconstraint, formula);*/ //if (debug) /*constraint4.print(false);*/ pb2cnf.encode(pbconstraint, formula, auxvars); first_fresh_var = auxvars.getBiggestReturnedAuxVar() + 1; if (debug) cout << "Encoded ^; first_fresh_var = " << first_fresh_var << endl; if (debug == 2) for (auto clause : formula.getClauses()) { for (auto lit : clause) { cout << lit << " "; } cout << "0" << endl; } for (auto clause : formula.getClauses()) this->cnf_formula.push_back(clause); PBConstraint pbct(col, GEQ, c + 1); pbct.addConditional(-y); if (debug) pbct.print(false); VectorClauseDatabase f(config); AuxVarManager auxv(first_fresh_var); /*SimplePBConstraint constraint5 = pb2cnf.pre_encoder.preEncodePBConstraint(pbct, f);*/ //if (debug) /*constraint5.print(false);*/ pb2cnf.encode(pbct, f, auxv); first_fresh_var = auxv.getBiggestReturnedAuxVar() + 1; if (debug) cout << "Encoded ^; first_fresh_var = " << first_fresh_var << endl; if (debug == 2) for (auto clause : f.getClauses()) { for (auto lit : clause) { cout << lit << " "; } cout << "0" << endl; } for (auto clause : f.getClauses()) this->cnf_formula.push_back(clause); } } this->out_var_end = y; if (debug) { cout << "Layer out_var [" << this->out_var_start << " - " << this->out_var_end << "]" << endl; cout << "Return " << first_fresh_var << endl; } return first_fresh_var; } BNNOutBlock::BNNOutBlock(string out_dir, vector<string> files) { this->files = files; this->out_dir = out_dir; // parseCSV throws error if it cannot find the files lin_weight = parseCSV(files[0]); lin_bias = parseCSV(files[1]); in_size = lin_weight.size(); // binary classifier if (lin_weight[0].size() == 1) out_size = 1; else // the intermediate variables for the total ordering out_size = lin_weight[0].size() * lin_weight[0].size() - lin_weight[0].size(); cout << "OUT BLK lin_weight[0].size=" << lin_weight[0].size() << endl; cout << "OUT BLK lin_weight.size()=" << lin_weight.size() << endl; cout << "OUT BLK out_size " << out_size << endl; } int BNNOutBlock::encode(int first_fresh_var, int in_var_start, int out_var_start) { PBConfig config = make_shared<PBConfigClass>(); config->amk_encoder = get_enc_type(); //config->amk_encoder = AMK_ENCODER::BEST; //config->pb_encoder == PB_ENCODER::BDD; PB2CNF pb2cnf(config); float c; cout << "out blk encode" << endl; // d_ij are the intermediate variables used for the ordering relation int d_ij = in_var_start + lin_weight.size(); d_ij_start = d_ij; this->out_var_start = out_var_start; // these are the actual output variables int o = out_var_start; cout << "Out block encoding: start from " << in_var_start << endl; //vector<vector<int>> lin_weight; //vector<int> l; //l.push_back(1); //l.push_back(-1); //lin_weight.push_back(l); //vector<int> l1; //l1.push_back(-1); //l1.push_back(1); //lin_weight.push_back(l1); //vector<vector<float>> lin_bias; //vector<float> ff; //ff.push_back(-0.5); //ff.push_back(0.2); /*lin_bias.push_back(ff);*/ //cout << lin_weight[0].size() << endl; //cout << lin_weight.size() << endl; // concrete values //static const int arr[] = {0,0,1,0,0,1,0,1,0,0,1,0,0,0,1,0,0,1,1,0}; //vector<int> val_x (arr, arr + sizeof(arr) / sizeof(arr[0]) ); //for (int i = 0; i < sizeof(arr) / sizeof(arr[0]); i++) // if (val_x[i] == 0) // val_x[i] = -1; for (int col_i = 0; col_i < lin_weight[0].size(); col_i++) { vector<WeightedLit> sum_d_ij; for (int col_j = 0; col_j < lin_weight[0].size(); col_j++) { vector<WeightedLit> col; if (col_i == col_j) continue; int sum_a_pi = 0; int sum_a_pj = 0; int w_minus = 0; for (int i = 0; i < lin_weight.size(); i++) { int a_pi = lin_weight[i][col_i]; int a_pj = lin_weight[i][col_j]; sum_a_pi += a_pi; sum_a_pj += a_pj; //col.push_back(WeightedLit(i + in_var_start, a_pi - a_pj)); // teo: this way of encoding works when the // weight is 0 (see sparsification) as well -- the literal just // doesn't appear in the sum /*if (a_pi == 1)*/ //col.push_back(WeightedLit(i + in_var_start, 1)); //if (a_pi == -1) //col.push_back(WeightedLit(i + in_var_start, -1)); //if (a_pj == 1) //col.push_back(WeightedLit(i + in_var_start, -1)); //if (a_pj == -1) //col.push_back(WeightedLit(i + in_var_start, 1)); // teo: simplified equivalent encoding -- but only for the // case when weights are -1/+1. Since if the // weight can be 0 cases like a_pi = 1 and a_pj // = 0 or vice versa are not covered resulting // in a wrong encoding if (a_pi == 1 && a_pj == -1) col.push_back(WeightedLit(i + in_var_start, 1)); else if (a_pi == -1 && a_pj == 1) { col.push_back(WeightedLit(-(i + in_var_start), 1)); w_minus++; } } c = lin_bias[0][col_j] - lin_bias[0][col_i] + sum_a_pi - sum_a_pj; //cout << "sum_a_pi " << sum_a_pi << "; sum_a_pj " << sum_a_pj << endl; //cout << "b_j " << lin_bias[0][col_j] << "; b_i " << lin_bias[0][col_i] << endl; //cout << "c before /2 and ceil " << c << endl; c = ceil(c / 2); //cout << "c float " << c << endl; //cout << "lala = " << lala << endl; //c = ceil(c / 2 + w_minus); //cout << "out c = " << c << endl; //cout << "out bj = " << lin_bias[0][col_j] << "; bi = " << lin_bias[0][col_i] << endl; //cout << "out sum_a_pi = " << sum_a_pi << "; sum_a_pj = " << sum_a_pj << endl; //cout << "w_minus = " << w_minus << endl; //c = c + w_minus; // teo: simplified equivalent encoding -- uncomment the // line below as the constant changes in the simplified // encoding c = ceil(c / 2) + w_minus; this->constraints.push_back(col); /*if (col_i > col_j)*/ //c += 1; PBConstraint pbconstraint(col, GEQ, c); pbconstraint.addConditional(d_ij); if (debug) { cout << "d[" << col_i << "][" << col_j << "]: "; pbconstraint.print(false); } VectorClauseDatabase formula(config); AuxVarManager auxvars(first_fresh_var); /*SimplePBConstraint constraint6 = pb2cnf.pre_encoder.preEncodePBConstraint(pbconstraint, formula);*/ //if (debug) /*constraint6.print(false);*/ pb2cnf.encode(pbconstraint, formula, auxvars); first_fresh_var = auxvars.getBiggestReturnedAuxVar() + 1; if (debug) cout << "Encoded ^; first_fresh_var = " << first_fresh_var << endl; if (debug == 2) for (auto clause : formula.getClauses()) { for (auto lit : clause) { cout << lit << " "; } cout << "0" << endl; } for (auto clause : formula.getClauses()) this->cnf_formula.push_back(clause); PBConstraint pbct(col, LEQ, c - 1); pbct.addConditional(-d_ij); if (debug) { cout << "d[" << col_i << "][" << col_j << "]: "; pbct.print(false); } VectorClauseDatabase f(config); AuxVarManager auxv(first_fresh_var); /*SimplePBConstraint constraint7 = pb2cnf.pre_encoder.preEncodePBConstraint(pbct, f);*/ //if (debug) //constraint7.print(false); pb2cnf.encode(pbct, f, auxv); first_fresh_var = auxv.getBiggestReturnedAuxVar() + 1; for (auto clause : f.getClauses()) this->cnf_formula.push_back(clause); if (debug) cout << "Encoded ^; first_fresh_var = " << first_fresh_var << endl; if (debug == 2) for (auto clause : f.getClauses()) { for (auto lit : clause) { cout << lit << " "; } cout << "0" << endl; } sum_d_ij.push_back(WeightedLit(d_ij, 1)); d_ij += 1; } // instead of one output variable use 10 output // variables to select one of the classes // e.g. instead of o = 5 we have [0, 0, 0, 0, 1, 0,.., // 0] a vector of size lin_weight[0].size() PBConstraint pb_out_ct_geq(sum_d_ij, GEQ, lin_weight[0].size() - 1); pb_out_ct_geq.addConditional(o); VectorClauseDatabase formula1(config); AuxVarManager auxvars1(first_fresh_var); /*SimplePBConstraint constraint8 = pb2cnf.pre_encoder.preEncodePBConstraint(pb_out_ct_geq, formula1);*/ //if (debug) /*constraint8.print(false);*/ pb2cnf.encode(pb_out_ct_geq, formula1, auxvars1); first_fresh_var = auxvars1.getBiggestReturnedAuxVar() + 1; for (auto clause : formula1.getClauses()) this->cnf_formula.push_back(clause); if (debug) { pb_out_ct_geq.print(false); for (auto clause : formula1.getClauses()) { for (auto lit : clause) { cout << lit << " "; } cout << "0" << endl; } } PBConstraint pb_out_ct_leq(sum_d_ij, LEQ, lin_weight[0].size() - 1); pb_out_ct_leq.addConditional(o); VectorClauseDatabase formula2(config); AuxVarManager auxvars2(first_fresh_var); /*SimplePBConstraint constraint9 = pb2cnf.pre_encoder.preEncodePBConstraint(pb_out_ct_leq, formula2);*/ //if (debug) /*constraint9.print(false);*/ pb2cnf.encode(pb_out_ct_leq, formula2, auxvars2); first_fresh_var = auxvars2.getBiggestReturnedAuxVar() + 1; for (auto clause : formula2.getClauses()) this->cnf_formula.push_back(clause); if (debug) { pb_out_ct_leq.print(false); for (auto clause : formula2.getClauses()) { for (auto lit : clause) { cout << lit << " "; } cout << "0" << endl; } } //PBConstraint pbo1(sum_d_ij, GEQ, lin_weight[0].size() + 1); //pbo1.addConditional(-o); //VectorClauseDatabase f1(config); //AuxVarManager auxv1(first_fresh_var); //pb2cnf.encode(pbo1, f1, auxv1); //first_fresh_var = auxv1.getBiggestReturnedAuxVar() + 1; //for (auto clause : f1.getClauses()) //this->cnf_formula.push_back(clause); //pbo1.print(false); PBConstraint pbo2(sum_d_ij, LEQ, lin_weight[0].size() - 2); pbo2.addConditional(-o); VectorClauseDatabase f2(config); AuxVarManager auxv2(first_fresh_var); /*SimplePBConstraint constraint1 = pb2cnf.pre_encoder.preEncodePBConstraint(pbo2, f2);*/ pb2cnf.encode(pbo2, f2, auxv2); first_fresh_var = auxv2.getBiggestReturnedAuxVar() + 1; for (auto clause : f2.getClauses()) this->cnf_formula.push_back(clause); if (debug) { pbo2.print(false); cout << "CNF ^" << endl; for (auto clause : f2.getClauses()) { for (auto lit : clause) { cout << lit << " "; } cout << "0" << endl; } } this->out_var_end = o; o += 1; } d_ij_end = d_ij; if (debug) { cout << "Layer out_var [" << this->out_var_start << " - " << this->out_var_end << "]" << endl; cout << "Return " << first_fresh_var << endl; } return first_fresh_var; } BNNModel::BNNModel(string model_dir, string out_dir, set<int> perturb) { DIR *dir; struct dirent *ent; num_internal_blocks = 0; this->out_dir = out_dir; this->model_dir = model_dir; if (perturb.size() == 0) cout << "No perturbation to inputs." << endl; else { for (auto var_id : perturb) this->perturb.insert(var_id); } if ((dir = opendir(model_dir.c_str())) != NULL) { while ((ent = readdir(dir)) != NULL) { string d_name(ent->d_name); cout << d_name << endl; if (d_name.compare(0, 3, "blk") == 0) { num_internal_blocks += 1; vector<string> files = filename(this->model_dir, num_internal_blocks); cout << "Blk1 : " << files << endl; BNNBlock blk(files); this->blocks.push_back(blk); } } closedir(dir); } else { /* could not open directory */ throw std::runtime_error("Could not open file " + model_dir); } BNNOutBlock out_blk(out_dir, filename(this->model_dir, 0, false)); this->out_blk = out_blk; this->input_size = this->blocks[0].in_size; this->output_size = this->out_blk.out_size; } int BNNModel::encode(int first_fresh_var, int in_var_start, int out_var_start) { //int in_var_start = 1; int biggest_aux_var; int out_blk_start; // changes for the adv nets if (out_var_start == 0) { // layer 0 output variables start after the input and output // variables; lin_weight[0].size() output classes out_var_start = this->blocks[0].in_size + this->out_blk.lin_weight[0].size() + in_var_start; out_blk_start = this->blocks[0].in_size + in_var_start; } else { out_blk_start = out_var_start; out_var_start += this->out_blk.lin_weight[0].size(); } // reserve variables, first_fresh_var should be after the // in_vars of the first block + num_blocks int fresh_var = out_var_start; for (int i = 0; i < num_internal_blocks; i++) { cout << "blk " << i << " size " << this->blocks[i].out_size << endl; fresh_var += this->blocks[i].out_size; } // total order variables fresh_var += this->out_blk.out_size; if (first_fresh_var == 0) first_fresh_var = fresh_var; else if (first_fresh_var < fresh_var) { cout << "First fresh var should be greater than " << fresh_var << "!" << endl; cout << "Should use " << fresh_var << " value instead." << endl; throw std::runtime_error("First fresh variable should be greater than " + fresh_var); } write_to_meta(this->out_dir, to_string(first_fresh_var)); cout << "first_fresh_var = " << first_fresh_var << "; out var " << out_var_start << endl; for (int i = 0; i < num_internal_blocks; i++) { cout << "Encoding BLK" << i << endl; if (i == 0) { biggest_aux_var = this->blocks[i].encode(first_fresh_var, in_var_start, out_var_start, this->perturb); write_to_meta(this->out_dir, to_string(1) + " " + \ to_string(this->blocks[i].out_var_start) + " " + \ to_string(this->blocks[i].out_var_end), ios::app); } else { biggest_aux_var = this->blocks[i].encode(first_fresh_var, in_var_start); write_to_meta(this->out_dir, to_string(in_var_start) + " " + \ to_string(this->blocks[i].out_var_start) + " " + \ to_string(this->blocks[i].out_var_end), ios::app); } in_var_start = this->blocks[i].out_var_start; first_fresh_var = biggest_aux_var; } biggest_aux_var = this->out_blk.encode(first_fresh_var, in_var_start, out_blk_start); write_to_meta(this->out_dir, to_string(in_var_start) + " " + \ to_string(out_blk.d_ij_start) + " " + \ to_string(out_blk.d_ij_end) + " " + \ to_string(out_blk.out_var_start) + " " + \ to_string(out_blk.out_var_end), ios::app); // Dont write to file the encoding if (this->out_dir.empty()) return biggest_aux_var; ofstream out_file; string out_filename; out_filename = this->out_dir; out_file.open(out_filename); if (out_file.is_open()) { cout << "Writing encoding to " << out_filename << endl; int total_clauses = 0; for (int i = 0; i < num_internal_blocks; i++) { total_clauses += this->blocks[i].cnf_formula.size(); } total_clauses += out_blk.cnf_formula.size(); out_file << "p cnf " << biggest_aux_var - 1 << " " << total_clauses << endl; for (int i = 0; i < num_internal_blocks; i++) for (auto clause : this->blocks[i].cnf_formula) { for (auto lit : clause) out_file << lit << " "; out_file << "0" << endl; } for (auto clause : out_blk.cnf_formula) { for (auto lit : clause) out_file << lit << " "; out_file << "0" << endl; } out_file.close(); cout << "Finished writing CNF to " << out_filename << endl; } else { cout << "Error opening output file " << out_filename << endl; throw std::runtime_error("Could not open file " + out_filename); } return biggest_aux_var; } void BNNModel::write_to_file(ofstream& out_file) { for (int i = 0; i < this->num_internal_blocks; i++) for (auto clause : this->blocks[i].cnf_formula) { for (auto lit : clause) out_file << lit << " "; out_file << "0" << endl; } for (auto clause : this->out_blk.cnf_formula) { for (auto lit : clause) out_file << lit << " "; out_file << "0" << endl; } } //int main(int argc, char *argv[]) { //// ./bnn2cnf model_dir output_dir debug first_fresh_var //if (argc < 2 || argc > 5) { //cout << "./bnn2cnf model_dir output_dir debug first_fresh_var" << endl; //return 1; //} //// default debug level is 1 //if (argc >= 4) //debug = atoi(argv[3]); //int ret_code; //try { //BNNModel model(argv[1], argv[2]); //if (argc == 5) { //int first_fresh_var = atoi(argv[4]); //if (first_fresh_var < 0) { //cout << "Fresh variables should be positive!" << endl; //return -1; //} //ret_code = model.encode(first_fresh_var); //} else //ret_code = model.encode(); //} catch (int e) { //cout << "Error " << e << endl; //} //return ret_code; /*}*/

29.414865

155

0.62434

50250dd1144245b895808c4e183879ae8f7f2b87

776

cob

COBOL

PROGCOB03.cob

cmsilveira/COBOL

280fbf9d395e2e1ae9ad39784818f9581dfbad28

[ "MIT" ]

null

PROGCOB03.cob

cmsilveira/COBOL

280fbf9d395e2e1ae9ad39784818f9581dfbad28

[ "MIT" ]

null

PROGCOB03.cob

cmsilveira/COBOL

280fbf9d395e2e1ae9ad39784818f9581dfbad28

[ "MIT" ]

null

IDENTIFICATION DIVISION. PROGRAM-ID. PROGCOB03. ************************************* * AREA DE COMENTARIOS - REMARKS * AUTHOR = CARLOS MATHEUS * DATA = 14/05/2021 * OBJECTIVE = RECEBER E IMPRIMIR A DATA DO SISTEMA * UTILIZAR VARIAVEIS NIVEL 01, 02, ... (ESTRUTURADA) ************************************* ENVIRONMENT DIVISION. DATA DIVISION. WORKING-STORAGE SECTION. 01 WRK-DATA. 02 WRK-ANO PIC 9(04) VALUE ZEROS. 02 WRK-MES PIC 9(02) VALUE ZEROS. 02 WRK-DIA PIC 9(02) VALUE ZEROS. PROCEDURE DIVISION. ACCEPT WRK-DATA FROM DATE YYYYMMDD. DISPLAY 'DATA: ' WRK-DIA '/' WRK-MES '/' WRK-ANO. STOP RUN.

35.272727

60

0.497423

33afdd6a9a0904b7ebb9f114889e08612f37e0a4

29,146

cob

COBOL

Source/T3DIICHAP12/jetski06.cob

TwTravel/3dGameGuru

50f204da32b7d3ddcbdb0daf140d503eac424153

[ "Unlicense" ]

null

Source/T3DIICHAP12/jetski06.cob

TwTravel/3dGameGuru

50f204da32b7d3ddcbdb0daf140d503eac424153

[ "Unlicense" ]

1

2019-12-10T15:47:15.000Z

Source/T3DIICHAP12/jetski06.cob

TwTravel/3dGameGuru

50f204da32b7d3ddcbdb0daf140d503eac424153

[ "Unlicense" ]

null

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35.761963

2,049

0.674604

60d0e4cda15447cb8de0ec85a5f25ed45a703677

16,566

cob

COBOL

Source/T3DIICHAP12/cube_flat_textured_02.cob

TwTravel/3dGameGuru

50f204da32b7d3ddcbdb0daf140d503eac424153

[ "Unlicense" ]

null

Source/T3DIICHAP12/cube_flat_textured_02.cob

TwTravel/3dGameGuru

50f204da32b7d3ddcbdb0daf140d503eac424153

[ "Unlicense" ]

1

2019-12-10T15:47:15.000Z

Source/T3DIICHAP13/cube_flat_textured_02.cob

TwTravel/3dGameGuru

50f204da32b7d3ddcbdb0daf140d503eac424153

[ "Unlicense" ]

null

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e0 fd f0 c1 8a c8 37 32 45 d8 49 85 8c d3 be 5a a7 aa 9c 9c 4b 15 91 81 8b 05 89 8d 37 32 4c bf 11 44 28 c4 7e 36 46 c0 aa 85 ad eb d8 1a 81 62 51 81 c3 00 8c f3 0f e7 e0 8b bb 7f 13 71 b3 df a1 bd fc e3 6a 82 21 a7 fd d2 11 7b 63 14 96 e6 bc 39 b0 a1 b1 0f 17 c1 1b ea 7b 29 8c d1 e7 62 01 92 6c ea 22 95 29 78 a8 41 3a 38 f0 a4 18 c1 d8 5f 8a 32 61 d0 45 d7 3b f5 78 6f 3c 7d 71 30 3f 4b 69 b1 74 79 88 df e8 c5 70 71 cf c6 e2 f0 aa ac 89 41 22 93 2a 0d 1b d4 b0 62 78 a4 2a 84 10 c4 f3 29 d2 2d 32 4c 21 3f 60 20 d5 1f 57 ea c5 14 37 a2 6d da 6b 02 7e c3 fa f0 e7 c3 d9 db d9 1a 60 7c 07 6c 1c 42 9f 2e f7 ff b3 6f 38 4f 90 5a 2c c3 58 c1 09 f2 c6 32 6d b0 4a 5a f3 01 a0 6a 5c 9e 81 7c 47 df dd 57 37 0b 9c 5d 85 50 68 aa bb 8d 76 c7 a0 7f a0 16 4b 6d e4 c7 61 83 0b b8 7a 70 64 43 97 15 54 10 3a 42 1a fc 65 21 7b 1f 32 04 1f 2b 4a 8f 1d 6a 3f c6 16 32 bf dd 63 9c b6 3b 31 cf c6 00 43 6d f7 8e f7 26 d3 9f 0f 37 a7 c5 23 63 e3 11 82 70 11 5c 3d 6a 1f d5 c2 3c 93 d8 7c 64 d4 42 5b 20 2c aa c8 af 7e bb d7 df 6e eb 97 07 78 05 2b 4b 20 9d 00 39 a8 e7 f7 06 e3 11 b0 b1 0b b8 fa e3 5f 8e 5d 49 f7 97 63 e8 31 2e 77 f7 e6 f3 35 fc d3 c0 ae bb 5b 60 95 f9 74 a5 b0 24 82 75 11 27 b8 db f5 f4 d5 14 68 01 46 ba b8 79 54 30 1e 0b 1b 46 08 94 d1 5b 10 86 d5 06 3c ea 10 17 3d c4 91 23 d8 08 39 1f 82 91 85 17 3f 7c 79 94 ff 3f c3 f5 e7 6b 08 36 29 5d 02 77 03 48 3c 88 1f f9 fe d8 fc 0f 5a 00 8f de PolH V0.08 Id 18619620 Parent 0 Size 00001010 Name Cube center 0 0 1 x axis 1 0 0 y axis 0 1 0 z axis 0 0 1 Transform 1 0 0 0 0 1 0 0 0 0 1 0 0 0 0 1 World Vertices 8 -1.000000 -1.000000 0.000000 -1.000000 -1.000000 2.000000 1.000000 -1.000000 0.000000 1.000000 -1.000000 2.000000 -1.000000 1.000000 0.000000 1.000000 1.000000 0.000000 1.000000 1.000000 2.000000 -1.000000 1.000000 2.000000 Texture Vertices 4 0.000000 0.000000 0.000000 1.000000 1.000000 0.000000 1.000000 1.000000 Faces 12 Face verts 3 flags 0 mat 0 <0,0> <1,1> <3,3> Face verts 3 flags 0 mat 0 <0,0> <3,3> <2,2> Face verts 3 flags 0 mat 0 <0,1> <2,3> <5,2> Face verts 3 flags 0 mat 0 <0,1> <5,2> <4,0> Face verts 3 flags 0 mat 0 <2,0> <3,1> <6,3> Face verts 3 flags 0 mat 0 <2,0> <6,3> <5,2> Face verts 3 flags 0 mat 0 <1,0> <7,1> <6,3> Face verts 3 flags 0 mat 0 <1,0> <6,3> <3,2> Face verts 3 flags 0 mat 0 <4,2> <5,0> <6,1> Face verts 3 flags 0 mat 0 <4,2> <6,1> <7,3> Face verts 3 flags 0 mat 0 <0,2> <4,0> <7,1> Face verts 3 flags 0 mat 0 <0,2> <7,1> <1,3> DrawFlags 0 Unit V0.01 Id 18619621 Parent 18619620 Size 00000009 Units 2 ObRQ V0.01 Id 18619625 Parent 18619620 Size 00000121 Object Radiosity Quality: 0 Object Radiosity Max Area: 0 Object Radiosity Min Area: 0 Object Radiosity Mesh Accuracy: 0 Mat1 V0.06 Id 18856532 Parent 18619620 Size 00000164 mat# 0 shader: phong facet: auto32 rgb 1,1,1 alpha 1 ka 0.1 ks 0.5 exp 0 ior 1 texture: 33D:\Source\T3dcodeII\warning01.bmp offset 0,0 repeats 1,1 flags 2 ShBx V0.03 Id 18856533 Parent 18856532 Size 00000569 Shader class: color Shader name: "texture map" (caligari texture) Number of parameters: 7 file name: string "D:\Source\T3dcodeII\warning01.bmp" S repeat: float 1 T repeat: float 1 S offset: float 0 T offset: float 0 animate: bool 0 filter: bool 0 Flags: 3 Shader class: transparency Shader name: "none" (none) Number of parameters: 0 Flags: 3 Shader class: reflectance Shader name: "matte" (matte) Number of parameters: 2 ambient factor: float 0.1 diffuse factor: float 1 Flags: 3 Shader class: displacement Shader name: "none" (none) Number of parameters: 0 Flags: 3 END V1.00 Id 0 Parent 0 Size 0

167.333333

14,137

0.673186

201f5ea43c4ea03980046c566e1bab84b2c245ff

2,585

cob

COBOL

prog004_folha_pgto.cob

ebasso/cobol-exemplos

dbe15b74769c994ceda82b48b2640fb208907d3c

[ "MIT" ]

null

prog004_folha_pgto.cob

ebasso/cobol-exemplos

dbe15b74769c994ceda82b48b2640fb208907d3c

[ "MIT" ]

null

prog004_folha_pgto.cob

ebasso/cobol-exemplos

dbe15b74769c994ceda82b48b2640fb208907d3c

[ "MIT" ]

null

****************************************************************** * Author: ENIO BASSO * Date: 2018-02-26 * Purpose: COBOL STUDY - TABLES 1 AND 2 DIMENSIONS * * Para programar sugiro: o OpenCobolIDE para o Visual Studio Code * * Compilo com o gnu-cobol usando a seguinte command line: * cobc -x -o bin/prog004_folha_pgto -std=default prog004_folha_pgto.cob && ./bin/prog004_folha_pgto ****************************************************************** IDENTIFICATION DIVISION. PROGRAM-ID. FOLHA-PGTO. DATA DIVISION. FILE SECTION. WORKING-STORAGE SECTION. 01 TAB-TRABALHADOR. 02 TRABALHADOR OCCURS 3 TIMES INDEXED BY TID. 03 NOME PIC X(5). 03 SALARIO PIC 9(5)V99. 03 DPTO PIC X(2) VALUES SPACES OCCURS 2 TIMES. 77 IDX PIC 9(1). PROCEDURE DIVISION. MAIN-PROCEDURE. MOVE "JOSEA1111111A1A4MARIA2222222A2 FABIO3333333A2A3" TO T -AB-TRABALHADOR. DISPLAY " ". DISPLAY "====TAB-TRABALHADOR====". DISPLAY "INITIAL VALUE". DISPLAY TAB-TRABALHADOR. MOVE 1 TO IDX. DISPLAY " ". DISPLAY "====00001-DISPLAY-TRABALHADOR====". PERFORM 00001-DISPLAY-TRABALHADOR UNTIL IDX > 3. DISPLAY " ". DISPLAY "====00002-DISPLAY-BY-SEARCH====". PERFORM 00002-DISPLAY-BY-SEARCH. DISPLAY " ". DISPLAY "====00003-REMOVE-TRABALHADOR====". PERFORM 00003-REMOVE-TRABALHADOR. STOP RUN. 00001-DISPLAY-TRABALHADOR. DISPLAY " ". DISPLAY "IDX=" IDX. DISPLAY "TRABALHADOR(IDX)=" TRABALHADOR(IDX). DISPLAY "NOME(IDX)=" NOME(IDX). DISPLAY "SALARIO(IDX)=" SALARIO(IDX). DISPLAY "DPTO(IDX,1)=" DPTO(IDX,1). DISPLAY "DPTO(IDX,2)=" DPTO(IDX,2). ADD 1 TO IDX. 00002-DISPLAY-BY-SEARCH. SET TID TO 1. SEARCH TRABALHADOR AT END DISPLAY "TRABALHADOR NOT FOUND" WHEN NOME(TID) = "MARIA" DISPLAY "'WHEN NOME(TID) = MARIA'" DISPLAY "TID=" TID DISPLAY "TRABALHADOR(TID)=" TRABALHADOR(TID) END-SEARCH. 00003-REMOVE-TRABALHADOR. SET TID TO 2. MOVE LOW-VALUES TO TRABALHADOR(TID) DISPLAY TAB-TRABALHADOR. END PROGRAM FOLHA-PGTO.

33.141026

105

0.498646

eb53995c242be6cbed57d1f94c5e9205e8241686

12,229

cbl

COBOL

COBOL-Samples/Global Auto Mart COBOL Sample/GAM_COBOL/GAM0VMM/GAM0VMM.cbl

vijay504/idz-utilities

ddb2ae6fb632fa02e0499dca2af84927f4ad41c8

[ "Apache-2.0" ]

null

COBOL-Samples/Global Auto Mart COBOL Sample/GAM_COBOL/GAM0VMM/GAM0VMM.cbl

vijay504/idz-utilities

ddb2ae6fb632fa02e0499dca2af84927f4ad41c8

[ "Apache-2.0" ]

null

COBOL-Samples/Global Auto Mart COBOL Sample/GAM_COBOL/GAM0VMM/GAM0VMM.cbl

vijay504/idz-utilities

ddb2ae6fb632fa02e0499dca2af84927f4ad41c8

[ "Apache-2.0" ]

null

****************************************************************** * * * MODULE NAME GAM0VMM.cbl * * * * STATEMENT IBM WebSphere Developer for System z * * 5724-L44 * * (c) Copyright IBM Corp. 2006 * * * * DISCLAIMER OF WARRANTIES * * You may copy, modify, and distribute these samples, or their * * modifications, in any form, internally or as part of your * * application or related documentation. These samples have not * * been tested under all conditions and are provided to you by * * IBM without obligation of support of any kind. IBM PROVIDES * * THESE SAMPLES "AS IS" SUBJECT TO ANY STATUTORY WARRANTIES THAT * * CANNOT BE EXCLUDED. IBM MAKES NO WARRANTIES OR CONDITIONS, * * EITHER EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO, THE * * IMPLIED WARRANTIES OR CONDITIONS OF MERCHANTABILITY, FITNESS * * FOR A PARTICULAR PURPOSE, AND NON-INFRINGEMENT REGARDING THESE * * SAMPLES OR TECHNICAL SUPPORT, IF ANY. * * You will indemnify IBM or third parties that provide IBM * * products ("Third Parties") from and against any third party * * claim arising out of the use, modification or distribution of * * these samples with your application. You may not use the same * * path name as the original files/modules. You must not alter or * * delete any copyright information in the Samples. * * * ****************************************************************** IDENTIFICATION DIVISION. PROGRAM-ID. GAM0VMM. ENVIRONMENT DIVISION. DATA DIVISION. FILE SECTION. WORKING-STORAGE SECTION. COPY GAM0BMT. 01 COMMAREA. 05 CA-MAKE-SELECTED PIC X. 05 CA-MODEL-SELECTED PIC X. 05 CA-LOCAL-BUILD PIC X. 05 CA-MAKE-LIST OCCURS 10. 10 CA-MAKE PIC X(20). 05 CA-MAKE-OUTPUT PIC X(60). 05 CA-MODEL-LIST OCCURS 12. 10 CA-MODEL PIC X(20). 05 CA-MODEL-OUTPUT PIC X(73). 05 CA-VIN-SELECTED PIC X(4). 05 CA-GAMMAKE PIC X(20). 05 CA-GAMMODEL PIC X(20). 05 CA-GAMNEXT PIC X. 05 CA-GAMPREV PIC X. 05 CA-GAMSTART PIC X. 05 CA-GAMCP PIC 9(4). 05 FILLER PIC X(410). 01 TEMP-INDEX PIC S9(2) COMP. 01 TEMP-MAKE PIC X(20). 01 TEMP-MODEL PIC X(20). 01 ERRCODE PIC S9(9) USAGE DISPLAY. EXEC SQL INCLUDE SQLCA END-EXEC. EXEC SQL DECLARE VALMAK CURSOR FOR SELECT DISTINCT MAKE FROM MAKE_MODEL END-EXEC. EXEC SQL DECLARE VALMOD CURSOR FOR SELECT MODEL FROM MAKE_MODEL WHERE MAKE = :CA-GAMMAKE END-EXEC. LINKAGE SECTION. COPY GAM0BCA. PROCEDURE DIVISION. INITIALIZE COMMAREA. INITIALIZE ERRCODE. MOVE "1" TO TEMP-INDEX. IF EIBCALEN = LENGTH OF DFHCOMMAREA MOVE DFHCOMMAREA TO COMMAREA ELSE EXEC CICS RETURN END-EXEC END-IF. IF CA-LOCAL-BUILD = "Y" EXEC SQL CONNECT TO SAMPLE END-EXEC END-IF. IF CA-MAKE-SELECTED = "N" EXEC SQL OPEN VALMAK END-EXEC PERFORM UNTIL SQLCODE NOT = 0 OR TEMP-INDEX > 10 EXEC SQL FETCH VALMAK INTO :TEMP-MAKE END-EXEC IF TEMP-MAKE NOT = " " AND SQLCODE = 0 MOVE TEMP-MAKE TO CA-MAKE(TEMP-INDEX) END-IF COMPUTE TEMP-INDEX = TEMP-INDEX + 1 END-PERFORM IF SQLCODE NOT = 0 AND SQLCODE NOT = 100 MOVE "THERE IS AN SQL ERROR" TO CA-MAKE-OUTPUT END-IF EXEC SQL CLOSE VALMAK END-EXEC ELSE EXEC SQL OPEN VALMOD END-EXEC PERFORM UNTIL SQLCODE NOT = 0 OR TEMP-INDEX > 12 EXEC SQL FETCH VALMOD INTO :TEMP-MODEL END-EXEC IF TEMP-MODEL NOT = " " AND SQLCODE = 0 MOVE TEMP-MODEL TO CA-MODEL(TEMP-INDEX) END-IF COMPUTE TEMP-INDEX = TEMP-INDEX + 1 END-PERFORM IF SQLCODE NOT = 0 AND SQLCODE NOT = 100 MOVE "THERE IS AN SQL ERROR" TO CA-MODEL-OUTPUT END-IF EXEC SQL CLOSE VALMOD END-EXEC END-IF. MOVE COMMAREA TO DFHCOMMAREA. EXEC CICS RETURN END-EXEC. GOBACK.

80.986755

80

0.202715

03d4810734cd78bec5ece2ca20a3535de439e743

8,291

cob

COBOL

CGPRG008.cob

miguelmorais7/Cobol-EXs

4edccadf22a09f951bfa2653d063beea17545845

[ "MIT" ]

null

CGPRG008.cob

miguelmorais7/Cobol-EXs

4edccadf22a09f951bfa2653d063beea17545845

[ "MIT" ]

null

CGPRG008.cob

miguelmorais7/Cobol-EXs

4edccadf22a09f951bfa2653d063beea17545845

[ "MIT" ]

null

IDENTIFICATION DIVISION. *=======================* PROGRAM-ID. CGPRG008. *AUTHOR. MIGUEL MORAIS. *DATE-WRITTEN. 08/10/2019. *--------------------------------------------------------------* * DISCIPLINA: PROGRAMACAO MAINFRAME *--------------------------------------------------------------* * OBJETIVO: RECEBER DADOS DA SYSIN(ACCEPT) * CALCULAR A MEDIA ARITMETICA BIMESTRAL * GRAVAR ARQUIVO FISICO SEQUENCIAL(WRITE) *--------------------------------------------------------------* *------------------> HISTORICO - MANUTENCAO <------------------* * VERSAO MES/ANO NR.DOC IDENT. DESCRICAO * ------ ------- ------ ------ ------------------------- * * V01 FEV/2013 010002 SISTEMA GERA ARQUIVO SEQUENCIAL * *--------------------------------------------------------------* ENVIRONMENT DIVISION. *====================* CONFIGURATION SECTION. *---------------------* SPECIAL-NAMES. DECIMAL-POINT IS COMMA CURRENCY SIGN IS "R$ " WITH PICTURE SYMBOL "$" . INPUT-OUTPUT SECTION. *---------------------* FILE-CONTROL. SELECT CADALU ASSIGN TO CADALUJ FILE STATUS IS WS-FS-ALU . DATA DIVISION. *=============* FILE SECTION. *------------* FD CADALU LABEL RECORD STANDARD RECORDING MODE F . 01 REG-CADALU PIC X(70) . WORKING-STORAGE SECTION. *-----------------------* 01 FILLER PIC X(35) VALUE '**** INICIO DA WORKING-STORAGE ****'. *-----> VARIAVEIS AUXILIARES UTILIZADA NO PROCESSAMENTO 01 WS-AREA-AUX. 05 WS-FIM PIC X(01). 05 WS-CTLIDO PIC 9(02). 05 WS-CTGRAV PIC 9(02). 05 WS-FS-ALU PIC X(02). 05 WS-MSG PIC X(30). 05 WS-FS-MSG PIC X(02). 05 WS-MEDIA PIC 9(02)V99. *-----> ENTRADA - DADOS VIA SYSIN (NO JCL DE EXECUCAO) 01 WS-REG-SYSIN. 05 WS-NUMERO-IN PIC 9(04). 05 WS-NOME-IN PIC X(20). 05 WS-SEXO-IN PIC X(01). 05 WS-IDADE-IN PIC 9(02). 05 WS-CURSO-IN PIC X(12). 05 WS-NOTA1-IN PIC 9(02)V99. 05 WS-NOTA2-IN PIC 9(02)V99. *-----> SAIDA - ARQ. FISICO SEQUENCIAL 01 WS-REG-CADALU. 05 WS-NUMERO-S PIC 9(04). 05 WS-NOME-S PIC X(20). 05 WS-SEXO-S PIC X(01). 05 WS-IDADE-S PIC 9(02). 05 WS-CURSO-S PIC X(12). 05 WS-NOTA1-S PIC 9(02)V99. 05 WS-NOTA2-S PIC 9(02)V99. 05 WS-MEDIA-S PIC 9(02)V99. 05 FILLER PIC X(19) VALUE SPACES. *-----> SAIDA - SYSOUT 01 WS-REG-SYSOUT. 05 WS-NUMERO-O PIC 9(04). 05 FILLER PIC X(01) VALUE SPACES. 05 WS-NOME-O PIC X(20). 05 FILLER PIC X(01) VALUE SPACES. 05 WS-SEXO-O PIC X(01). 05 FILLER PIC X(01) VALUE SPACES. 05 WS-IDADE-O PIC 9(02). 05 FILLER PIC X(01) VALUE SPACES. 05 WS-CURSO-O PIC X(12). 05 FILLER PIC X(01) VALUE SPACES. 05 WS-NOTA1-O PIC Z9,99. 05 FILLER PIC X(01) VALUE SPACES. 05 WS-NOTA2-O PIC Z9,99. 05 FILLER PIC X(01) VALUE SPACES. 05 WS-MEDIA-O PIC Z9,99. 01 WS-HIFEN PIC X(80) VALUE ALL '-'. 01 FILLER PIC X(35) VALUE '****** FIM DA WORKING-STORAGE *****'. * PROCEDURE DIVISION. *==================* *--------------------------------------------------------------* * PROCESSO PRINCIPAL *--------------------------------------------------------------* 000-RSPRG003. PERFORM 010-INICIAR PERFORM 030-PROCESSAR UNTIL WS-FIM = 'S' PERFORM 090-TERMINAR STOP RUN . *--------------------------------------------------------------* * PROCEDIMENTOS INICIAIS *--------------------------------------------------------------* 010-INICIAR. OPEN OUTPUT CADALU IF WS-FS-ALU NOT = '00' MOVE 'ERRO AO ABRIR O CADALU' TO WS-MSG MOVE WS-FS-ALU TO WS-FS-MSG GO TO 999-ERRO END-IF PERFORM 025-LER-SYSIN . *--------------------------------------------------------------* * LEITURA DADOS DA SYSIN *--------------------------------------------------------------* 025-LER-SYSIN. ACCEPT WS-REG-SYSIN FROM SYSIN IF WS-REG-SYSIN = ALL '9' MOVE 'S' TO WS-FIM ELSE ADD 1 TO WS-CTLIDO END-IF . *--------------------------------------------------------------* * PROCESSAR DADOS RECEBIDOS DA SYSIN ATE FIM DOS REGISTROS *--------------------------------------------------------------* 030-PROCESSAR. COMPUTE WS-MEDIA = (WS-NOTA1-IN + WS-NOTA2-IN) / 2 MOVE WS-REG-SYSIN TO WS-REG-CADALU MOVE WS-MEDIA TO WS-MEDIA-S WRITE REG-CADALU FROM WS-REG-CADALU IF WS-FS-ALU NOT = '00' MOVE 'ERRO NA GRAVACAO DO CADALUN' TO WS-MSG MOVE WS-FS-ALU TO WS-FS-MSG GO TO 999-ERRO ELSE ADD 1 TO WS-CTGRAV END-IF MOVE WS-NUMERO-S TO WS-NUMERO-O MOVE WS-NOME-S TO WS-NOME-O MOVE WS-SEXO-S TO WS-SEXO-O MOVE WS-IDADE-S TO WS-IDADE-O MOVE WS-CURSO-S TO WS-CURSO-O MOVE WS-NOTA1-S TO WS-NOTA1-O MOVE WS-NOTA2-S TO WS-NOTA2-O MOVE WS-MEDIA-S TO WS-MEDIA-O DISPLAY WS-REG-SYSOUT PERFORM 025-LER-SYSIN . *--------------------------------------------------------------* * PROCEDIMENTOS FINAIS *--------------------------------------------------------------* 090-TERMINAR. DISPLAY ' *========================================*' DISPLAY ' * TOTAIS DE CONTROLE - RSPRG003 *' DISPLAY ' *----------------------------------------*' DISPLAY ' * REGISTROS LIDOS - SYSIN = ' WS-CTLIDO DISPLAY ' * REGISTROS GRAVADOS - CADALU = ' WS-CTGRAV DISPLAY ' *========================================*' CLOSE CADALU IF WS-FS-ALU NOT = '00' MOVE 'ERRO AO FECHAR O CADALU' TO WS-MSG MOVE WS-FS-ALU TO WS-FS-MSG GO TO 999-ERRO END-IF DISPLAY ' *----------------------------------------*' DISPLAY ' * TERMINO NORMAL DO RSPRG003 *' DISPLAY ' *----------------------------------------*' . *--------------------------------------------------------------* * ROTINA DE ERRO *--------------------------------------------------------------* 999-ERRO. DISPLAY ' *----------------------------------------*' DISPLAY ' * PROGRAMA CANCELADO *' DISPLAY ' *----------------------------------------*' DISPLAY ' * MENSAGEM = ' WS-MSG DISPLAY ' * FILE STATUS = ' WS-FS-MSG DISPLAY ' *----------------------------------------*' DISPLAY ' * TERMINO ANORMAL DO RSPRG003 *' DISPLAY ' *----------------------------------------*' STOP RUN . *---------------> FIM DO PROGRAMA XXPRG002 <-------------------*

40.05314

70

0.343867

6da1192b2d1c4e3cf9f124e458b14d9348474652

915

cob

COBOL

Conditions/great.cob

gyani91/Cobol-Programming

fcebff4da2a7428f44c37470b5ac029b2aa9e48a

[ "MIT" ]

null

Conditions/great.cob

gyani91/Cobol-Programming

fcebff4da2a7428f44c37470b5ac029b2aa9e48a

[ "MIT" ]

null

Conditions/great.cob

gyani91/Cobol-Programming

fcebff4da2a7428f44c37470b5ac029b2aa9e48a

[ "MIT" ]

null

IDENTIFICATION DIVISION. PROGRAM-ID. GREATEST. ENVIRONMENT DIVISION. CONFIGURATION SECTION. SOURCE-COMPUTER. OBJECT-COMPUTER. DATA DIVISION. WORKING-STORAGE SECTION. 01 A PIC 9(3). 01 B PIC 9(3). 01 C PIC 9(3). PROCEDURE DIVISION. MAIN-PARA. DISPLAY "ENTER VALUE OF A". ACCEPT A. DISPLAY "ENTER VALUE OF B". ACCEPT B. DISPLAY "ENTER VALUE OF C". ACCEPT C. IF A IS GREATER THAN B IF A IS GREATER THAN C DISPLAY "THE GREATEST NUMBER IS ", A ELSE DISPLAY "THE GREATEST NUMBER IS ", C ELSE IF B IS GREATER THAN C DISPLAY "THE GREATEST NUMBER IS ", B ELSE DISPLAY "THE GREATEST NUMBER IS ", C STOP RUN.

28.59375

48

0.488525

6617ee7d376675bcee78ac3db24f83f42e45e414

567

cpy

COBOL

HospitalAppDemo/copybook/TRAILER.cpy

anuprakashm/HospitalAppDemo

1eeb7a5e42821b9c7328224847a826833c7b025d

[ "Apache-2.0" ]

null

HospitalAppDemo/copybook/TRAILER.cpy

anuprakashm/HospitalAppDemo

1eeb7a5e42821b9c7328224847a826833c7b025d

[ "Apache-2.0" ]

null

HospitalAppDemo/copybook/TRAILER.cpy

anuprakashm/HospitalAppDemo

1eeb7a5e42821b9c7328224847a826833c7b025d

[ "Apache-2.0" ]

null

01 WS-TRAILER-REC. 05 FILLER PIC X(1). 05 IN-RECORD-COUNT PIC 9(9). 05 FILLER PIC X(1). 05 IN-MEDICATION-CHARGES PIC S9(9)V99. 05 IN-PHARMACY-CHARGES PIC S9(7)V99. 05 IN-ANCILLARY-CHARGES PIC S9(5)V99.

70.875

80

0.259259

026d6bcbe3167f6cc3806324a5c96c17f6ae5bbd

762

cbl

COBOL

hie.yaml.cbl

korayal/haskell-language-server

28150bc867f2e5010173a4af05363eb48bfc35f2

[ "Apache-2.0" ]

null

hie.yaml.cbl

korayal/haskell-language-server

28150bc867f2e5010173a4af05363eb48bfc35f2

[ "Apache-2.0" ]

null

hie.yaml.cbl

korayal/haskell-language-server

28150bc867f2e5010173a4af05363eb48bfc35f2

[ "Apache-2.0" ]

null

# This is a sample hie.yaml file for opening haskell-language-server # in hie, using cabal as the build system. To use is, copy it to a # file called 'hie.yaml' cradle: cabal: - path: "./test/functional/" component: "haskell-language-server:func-test" - path: "./test/utils/" component: "haskell-language-server:hls-test-utils" - path: "./exe/Main.hs" component: "haskell-language-server:exe:haskell-language-server" - path: "./exe/Wrapper.hs" component: "haskell-language-server:exe:haskell-language-server-wrapper" - path: "./src" component: "lib:haskell-language-server" - path: "./ghcide/src" component: "ghcide:lib:ghcide" - path: "./ghcide/exe" component: "ghcide:exe:ghcide"

28.222222

78

0.654856

34918651288729318737e8adc36e2b44ed71a872

1,247

cbl

COBOL

Starac.cbl

Sparrrow2020/Infrasound-and-Glow-Worm-Attack-Defense

547311d97acc67cb9395f12a7d8b215d82ce5af7

[ "BSD-3-Clause" ]

null

Starac.cbl

Sparrrow2020/Infrasound-and-Glow-Worm-Attack-Defense

547311d97acc67cb9395f12a7d8b215d82ce5af7

[ "BSD-3-Clause" ]

null

Starac.cbl

Sparrrow2020/Infrasound-and-Glow-Worm-Attack-Defense

547311d97acc67cb9395f12a7d8b215d82ce5af7

[ "BSD-3-Clause" ]

null

#Mtdgfgrt^&+^&YHGTFCDERGBH-7567tyughfutyjghjvhggfydterydusjhfgvbnh+&urtghyfjbumvjjguiklbmjnbhvgvcfdcdXS#adsew$Rswbfgcvhfghbj_(JUHG^%mrgfhgyt^$%DDSnhjgyt756*&IU&*YH{+hgbfhgyt6K=MNyrtfgyrte*} &^334874*&YHUJHG&*Nhdjfhtyrut566784tyfht6#ESDCS-INJHNhgfbvgfhcgf^%raesdwer345GHBGHNBGVF^&*JHYUT%^(UIJNHJMNHBG%^RTFD)[IKN-IJHYsdfrgter5^&YUeytfhtgydgty^&3757*(*&LMdncbfghY^TFRD#$%W95768947568) %*UNJHYdfrte5*(OPSDeasT-OKMNUY^%etfgdter6&*&345GHnbhgj&^r86984756ty*UHJ=(*&UYHJNB)+irhfytgujvnhgbjmdfsretdrgfysahsgdetryfguyiknkhjnghjvhfgcb=(IOMJNHT^%$RED=POKMNJUY&^3546Kastrest%J=IMJH756749274837465+MKJUBYTGVF%a6s6e57*&^%RTFD$) %*ufghytugjbmnjh&*rtdgfyrthg^*(IJKMNHYGVF534657968746354TYheydgftrNHdfgcvdfgCDaswe#*iukmnhj(+otjhuygiuuhknjhmnjbhgnbufhvyftu=POeyrhggbnhvbfgVFasdxrsetd5r46&Ytasre534563456&*U): ^&Hjfbvgghfyr^8567yu8OI*etfhtyrutyfh^dafserwtfyGHBGVFashrtfydueirutyghjfN&^*&34556MJIrythgjfvnghbjvnhGFadre_otyuhgjbkhnjmbhgjvnbhbGVafsdera43546t7ryufhgt+oprtyKrastGyrfgvhvnhg[]bjnshh57tuhjubdgasfer+Imghtyughfyt{I(oPki)MKJ) &ythgjbty7r$%ERS(urituhjbmjhknjkfhgnbhgbvhfgy^65746-5769476LK76856475ty_09678=Kjgh&^538746551-_HMjdgfhvbgh^sre54agdfer$%REDS-+(ithgyyut756534er56=*&6475<768465274/86756%$#PL,(I*UYH78Lertser5w*13\|-%$8*MN64756ryt+ngh^%TR_mghf6r5

178.142857

230

0.855654

7d0d621304e99447f60eb833618dfecf69fdb209

12,041

ccp

COBOL

jlp_numeric/svd/svd_dicook.ccp

jlprieur/jlplib

6073d7a7eb76d916662b1f8a4eb54f345cf7c772

[ "MIT" ]

null

jlp_numeric/svd/svd_dicook.ccp

jlprieur/jlplib

6073d7a7eb76d916662b1f8a4eb54f345cf7c772

[ "MIT" ]

null

jlp_numeric/svd/svd_dicook.ccp

jlprieur/jlplib

6073d7a7eb76d916662b1f8a4eb54f345cf7c772

[ "MIT" ]

1

2020-07-09T00:20:49.000Z

// Copyright (C) 2009 foam // // This program is free software; you can redistribute it and/or modify // it under the terms of the GNU General Public License as published by // the Free Software Foundation; either version 2 of the License, or // (at your option) any later version. // // This program is distributed in the hope that it will be useful, // but WITHOUT ANY WARRANTY; without even the implied warranty of // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the // GNU General Public License for more details. // // You should have received a copy of the GNU General Public License // along with this program; if not, write to the Free Software // Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. // from http://www.public.iastate.edu/~dicook/JSS/paper/paper.html /************************************************************ * * * Permission is hereby granted to any individual or * * institution for use, copying, or redistribution of * * this code and associated documentation, provided * * that such code and documentation are not sold for * * profit and the following copyright notice is retained * * in the code and documentation: * * Copyright (c) held by Dianne Cook * * All Rights Reserved. * * * * Questions and comments are welcome, and I request * * that you share any modifications with me. * * * * Dianne Cook * * [email protected] * * * ************************************************************/ /* * svdcomp - SVD decomposition routine. * Takes an mxn matrix a and decomposes it into udv, where u,v are * left and right orthogonal transformation matrices, and d is a * diagonal matrix of singular values. * * This routine is adapted from svdecomp.c in XLISP-STAT 2.1 which is * code from Numerical Recipes adapted by Luke Tierney and David Betz. * * Input to dsvd is as follows: * a = mxn matrix to be decomposed, gets overwritten with u * m = row dimension of a * n = column dimension of a * w = returns the vector of singular values of a * v = returns the right orthogonal transformation matrix */ #include <stdio.h> #include <stdlib.h> #include <math.h> #include <algorithm> #include <list> #include "SVD.h" using namespace std; #define SIGN(a, b) ((b) >= 0.0 ? fabs(a) : -fabs(a)) #define MAX(x,y) ((x)>(y)?(x):(y)) /////////////////////////////////////////////////////// Vector<float> SVD(Matrix<float> &m) { Vector<float> w(m.GetRows()); Matrix<float> v(m.GetRows(),m.GetCols()); dsvd(m, m.GetRows(), m.GetCols(), w.GetRawData(), v); m.SortCols(w); return w; } /////////////////////////////////////////////////////// static double PYTHAG(double a, double b) { double at = fabs(a), bt = fabs(b), ct, result; if (at > bt) { ct = bt / at; result = at * sqrt(1.0 + ct * ct); } else if (bt > 0.0) { ct = at / bt; result = bt * sqrt(1.0 + ct * ct); } else result = 0.0; return(result); } int dsvd(Matrix<float> &a, int m, int n, float *w, Matrix<float> &v) { int flag, i, its, j, jj, k, l, nm; double c, f, h, s, x, y, z; double anorm = 0.0, g = 0.0, scale = 0.0; double *rv1; if (m < n) { fprintf(stderr, "#rows must be > #cols \n"); return(0); } rv1 = (double *)malloc((unsigned int) n*sizeof(double)); /* Householder reduction to bidiagonal form */ for (i = 0; i < n; i++) { /* left-hand reduction */ l = i + 1; rv1[i] = scale * g; g = s = scale = 0.0; if (i < m) { for (k = i; k < m; k++) scale += fabs((double)a[k][i]); if (scale) { for (k = i; k < m; k++) { a[k][i] = (float)((double)a[k][i]/scale); s += ((double)a[k][i] * (double)a[k][i]); } f = (double)a[i][i]; g = -SIGN(sqrt(s), f); h = f * g - s; a[i][i] = (float)(f - g); if (i != n - 1) { for (j = l; j < n; j++) { for (s = 0.0, k = i; k < m; k++) s += ((double)a[k][i] * (double)a[k][j]); f = s / h; for (k = i; k < m; k++) a[k][j] += (float)(f * (double)a[k][i]); } } for (k = i; k < m; k++) a[k][i] = (float)((double)a[k][i]*scale); } } w[i] = (float)(scale * g); /* right-hand reduction */ g = s = scale = 0.0; if (i < m && i != n - 1) { for (k = l; k < n; k++) scale += fabs((double)a[i][k]); if (scale) { for (k = l; k < n; k++) { a[i][k] = (float)((double)a[i][k]/scale); s += ((double)a[i][k] * (double)a[i][k]); } f = (double)a[i][l]; g = -SIGN(sqrt(s), f); h = f * g - s; a[i][l] = (float)(f - g); for (k = l; k < n; k++) rv1[k] = (double)a[i][k] / h; if (i != m - 1) { for (j = l; j < m; j++) { for (s = 0.0, k = l; k < n; k++) s += ((double)a[j][k] * (double)a[i][k]); for (k = l; k < n; k++) a[j][k] += (float)(s * rv1[k]); } } for (k = l; k < n; k++) a[i][k] = (float)((double)a[i][k]*scale); } } anorm = MAX(anorm, (fabs((double)w[i]) + fabs(rv1[i]))); } /* accumulate the right-hand transformation */ for (i = n - 1; i >= 0; i--) { if (i < n - 1) { if (g) { for (j = l; j < n; j++) v[j][i] = (float)(((double)a[i][j] / (double)a[i][l]) / g); /* double division to avoid underflow */ for (j = l; j < n; j++) { for (s = 0.0, k = l; k < n; k++) s += ((double)a[i][k] * (double)v[k][j]); for (k = l; k < n; k++) v[k][j] += (float)(s * (double)v[k][i]); } } for (j = l; j < n; j++) v[i][j] = v[j][i] = 0.0; } v[i][i] = 1.0; g = rv1[i]; l = i; } /* accumulate the left-hand transformation */ for (i = n - 1; i >= 0; i--) { l = i + 1; g = (double)w[i]; if (i < n - 1) for (j = l; j < n; j++) a[i][j] = 0.0; if (g) { g = 1.0 / g; if (i != n - 1) { for (j = l; j < n; j++) { for (s = 0.0, k = l; k < m; k++) s += ((double)a[k][i] * (double)a[k][j]); f = (s / (double)a[i][i]) * g; for (k = i; k < m; k++) a[k][j] += (float)(f * (double)a[k][i]); } } for (j = i; j < m; j++) a[j][i] = (float)((double)a[j][i]*g); } else { for (j = i; j < m; j++) a[j][i] = 0.0; } ++a[i][i]; } /* diagonalize the bidiagonal form */ for (k = n - 1; k >= 0; k--) { /* loop over singular values */ for (its = 0; its < 30; its++) { /* loop over allowed iterations */ flag = 1; for (l = k; l >= 0; l--) { /* test for splitting */ nm = l - 1; if (fabs(rv1[l]) + anorm == anorm) { flag = 0; break; } if (fabs((double)w[nm]) + anorm == anorm) break; } if (flag) { c = 0.0; s = 1.0; for (i = l; i <= k; i++) { f = s * rv1[i]; if (fabs(f) + anorm != anorm) { g = (double)w[i]; h = PYTHAG(f, g); w[i] = (float)h; h = 1.0 / h; c = g * h; s = (- f * h); for (j = 0; j < m; j++) { y = (double)a[j][nm]; z = (double)a[j][i]; a[j][nm] = (float)(y * c + z * s); a[j][i] = (float)(z * c - y * s); } } } } z = (double)w[k]; if (l == k) { /* convergence */ if (z < 0.0) { /* make singular value nonnegative */ w[k] = (float)(-z); for (j = 0; j < n; j++) v[j][k] = (-v[j][k]); } break; } if (its >= 30) { free((void*) rv1); fprintf(stderr, "No convergence after 30,000! iterations \n"); return(0); } /* shift from bottom 2 x 2 minor */ x = (double)w[l]; nm = k - 1; y = (double)w[nm]; g = rv1[nm]; h = rv1[k]; f = ((y - z) * (y + z) + (g - h) * (g + h)) / (2.0 * h * y); g = PYTHAG(f, 1.0); f = ((x - z) * (x + z) + h * ((y / (f + SIGN(g, f))) - h)) / x; /* next QR transformation */ c = s = 1.0; for (j = l; j <= nm; j++) { i = j + 1; g = rv1[i]; y = (double)w[i]; h = s * g; g = c * g; z = PYTHAG(f, h); rv1[j] = z; c = f / z; s = h / z; f = x * c + g * s; g = g * c - x * s; h = y * s; y = y * c; for (jj = 0; jj < n; jj++) { x = (double)v[jj][j]; z = (double)v[jj][i]; v[jj][j] = (float)(x * c + z * s); v[jj][i] = (float)(z * c - x * s); } z = PYTHAG(f, h); w[j] = (float)z; if (z) { z = 1.0 / z; c = f * z; s = h * z; } f = (c * g) + (s * y); x = (c * y) - (s * g); for (jj = 0; jj < m; jj++) { y = (double)a[jj][j]; z = (double)a[jj][i]; a[jj][j] = (float)(y * c + z * s); a[jj][i] = (float)(z * c - y * s); } } rv1[l] = 0.0; rv1[k] = f; w[k] = (float)x; } } free((void*) rv1); return(1); }

33.354571

79

0.326634

309885c8779ed249f80fe0bc5d37c6a6080bb61b

438

cbl

COBOL

src/test/resources/integration/call/simpleCalled.cbl

LoPoHa/cobol_truffle

a2be516ee60c56eea72ff4973029c9757c90bddf

[ "MIT" ]

2

2020-08-09T16:51:53.000Z

2021-01-30T15:02:50.000Z

src/test/resources/integration/call/simpleCalled.cbl

LoPoHa/cobol_truffle

a2be516ee60c56eea72ff4973029c9757c90bddf

[ "MIT" ]

38

2020-06-26T13:02:35.000Z

2020-09-06T13:28:30.000Z

src/test/resources/integration/call/simpleCalled.cbl

LoPoHa/cobol_truffle

a2be516ee60c56eea72ff4973029c9757c90bddf

[ "MIT" ]

1

2020-06-24T13:15:25.000Z

IDENTIFICATION DIVISION. PROGRAM-ID. SIMPLECALLED. * ENVIRONMENT DIVISION. * DATA DIVISION. LINKAGE SECTION. COPY BASICDEFINITIONS. * PROCEDURE DIVISION. * MAIN SECTION. * MOVE "HELLO WORLD" TO COPY-STRING. MOVE "12345678" TO COPY-NUMBER. * PROG-EX. EXIT PROGRAM. * END PROGRAM SIMPLECALLED.

20.857143

44

0.513699

5d92c4b5368c318d64b1d16a68d9e1687a140abd

2,233

cobol

COBOL

Task/Take-notes-on-the-command-line/COBOL/take-notes-on-the-command-line.cobol

LaudateCorpus1/RosettaCodeData

9ad63ea473a958506c041077f1d810c0c7c8c18d

[ "Info-ZIP" ]

1

2018-11-09T22:08:38.000Z

Task/Take-notes-on-the-command-line/COBOL/take-notes-on-the-command-line.cobol

seanwallawalla-forks/RosettaCodeData

9ad63ea473a958506c041077f1d810c0c7c8c18d

[ "Info-ZIP" ]

null

Task/Take-notes-on-the-command-line/COBOL/take-notes-on-the-command-line.cobol

seanwallawalla-forks/RosettaCodeData

9ad63ea473a958506c041077f1d810c0c7c8c18d

[ "Info-ZIP" ]

1

2018-11-09T22:08:40.000Z

IDENTIFICATION DIVISION. PROGRAM-ID. NOTES. ENVIRONMENT DIVISION. INPUT-OUTPUT SECTION. FILE-CONTROL. SELECT OPTIONAL notes ASSIGN TO "NOTES.TXT" ORGANIZATION LINE SEQUENTIAL FILE STATUS note-status. DATA DIVISION. FILE SECTION. FD notes. 01 note-record PIC X(256). LOCAL-STORAGE SECTION. 01 note-status PIC 99. 88 notes-ok VALUE 0 THRU 9. 01 date-now. 03 current-year PIC 9(4). 03 current-month PIC 99. 03 current-day PIC 99. 01 time-now. 03 current-hour PIC 99. 03 current-min PIC 99. 03 current-sec PIC 99. 01 args PIC X(256). PROCEDURE DIVISION. DECLARATIVES. note-error SECTION. USE AFTER STANDARD ERROR PROCEDURE ON notes. DISPLAY "Error using NOTES.TXT. Error code: " note-status . END DECLARATIVES. main. ACCEPT args FROM COMMAND-LINE * *> If there are no args, display contents of NOTES.TXT. IF args = SPACES OPEN INPUT notes PERFORM FOREVER * *> READ has no syntax highlighting, but END-READ does. * *> Go figure. READ notes AT END EXIT PERFORM NOT AT END DISPLAY FUNCTION TRIM(note-record) END-READ END-PERFORM ELSE OPEN EXTEND notes * *> Write date and time to file. ACCEPT date-now FROM DATE YYYYMMDD ACCEPT time-now FROM TIME STRING current-year "-" current-month "-" current-day " " current-hour ":" current-min ":" current-sec INTO note-record WRITE note-record * *> Write arguments to file as they were passed. STRING X"09", args INTO note-record WRITE note-record END-IF CLOSE notes GOBACK .

28.265823

73

0.481415

ba2677568b15acd913e50e71c5b4e92758926344

105,891

cbl

COBOL

cobol/testdata/local/test9001.cbl

Trisk3lion/mapa

19f47614f96dd0b14ff87fecc65e7bea082521ca

[ "MIT" ]

6

2020-06-18T08:47:41.000Z

2021-12-06T05:54:07.000Z

cobol/testdata/local/test9001.cbl

Trisk3lion/mapa

19f47614f96dd0b14ff87fecc65e7bea082521ca

[ "MIT" ]

3

2020-10-26T11:06:31.000Z

2022-03-29T18:59:04.000Z

cobol/testdata/local/test9001.cbl

Trisk3lion/mapa

19f47614f96dd0b14ff87fecc65e7bea082521ca

[ "MIT" ]

5

2021-01-21T18:54:33.000Z

2022-01-18T23:01:31.000Z

PROCESS ADATA PROCESS ADV PROCESS AFP(VOLATILE) PROCESS AFP(NOVOLATILE) PROCESS APOST PROCESS QUOTE PROCESS ARCH(11) PROCESS ARITH(EXTEND) PROCESS ARITH(COMPAT) PROCESS AR(E) PROCESS AR(C) PROCESS ARITH(E) PROCESS ARITH(C) PROCESS AR(EXTEND) PROCESS AR(COMPAT) PROCESS AWO PROCESS BLOCK0 PROCESS BUF(100) PROCESS CBLCARD PROCESS CICS PROCESS CICS('OPTION') PROCESS CICS("OPTION") PROCESS NOCICS PROCESS CODEPAGE(1140) PROCESS CP(37) PROCESS COMPILE PROCESS NOCOMPILE PROCESS NOCOMPILE(S) PROCESS NOCOMPILE(E) PROCESS NOCOMPILE(W) PROCESS C PROCESS NOC PROCESS COPYLOC(SYSLIB) PROCESS COPYLOC(SYSLIB,DSN(SYS1.COPYLIB)) PROCESS COPYLOC(MYLIB,DSN(SYS1.COPYLIB)) PROCESS COPYLOC(SYSLIB,PATH('/etc/cobol/copy')) PROCESS COPYLOC(MYLIB,PATH('/etc/cobol/copy')) PROCESS COPYLOC(DSN(SYS1.COPYLIB)) PROCESS COPYLOC(PATH('/etc/cobol/copy')) PROCESS NOCOPYLOC PROCESS CPLC(SYSLIB) PROCESS CPLC(SYSLIB,DSN(SYS1.COPYLIB)) PROCESS CPLC(MYLIB,DSN(SYS1.COPYLIB)) PROCESS CPLC(SYSLIB,PATH('/etc/cobol/copy')) PROCESS CPLC(MYLIB,PATH('/etc/cobol/copy')) PROCESS CPLC(DSN(SYS1.COPYLIB)) PROCESS CPLC(PATH('/etc/cobol/copy')) PROCESS NOCPLC PROCESS COPYRIGHT('Craig Schneiderwent') PROCESS NOCOPYRIGHT PROCESS CPYR('Craig Schneiderwent') PROCESS NOCPYR PROCESS CURRENCY(€) PROCESS NOCURRENCY PROCESS CURR(€) PROCESS NOCURR PROCESS DATA(24) PROCESS DATA(31) PROCESS DBCS PROCESS NODBCS PROCESS D PROCESS DECK PROCESS NOD PROCESS NODECK PROCESS DEFINE(SPECIAL-CODE=1) PROCESS DEFINE(SPECIAL-CODE='X') PROCESS DEFINE(SPECIAL-CODE=B'1') PROCESS DEFINE(SPECIAL-CODE=B'0') PROCESS DEFINE(SPECIAL-CODE=X'BADF00D1') PROCESS DEFINE(SPECIAL-CODE,1) PROCESS DEFINE(SPECIAL-CODE,'X') PROCESS DEFINE(SPECIAL-CODE,B'1') PROCESS DEFINE(SPECIAL-CODE,B'0') PROCESS DEFINE(SPECIAL-CODE,X'BADF00D1') PROCESS DEFINE(SPECIAL-CODE) PROCESS NODIAGTRUNC PROCESS DIAGTRUNC PROCESS DTR PROCESS NODTR PROCESS DISPSIGN(COMPAT) PROCESS DISPSIGN(SEP) PROCESS DISPSIGN(C) PROCESS DISPSIGN(S) PROCESS DS(COMPAT) PROCESS DS(SEP) PROCESS DS(C) PROCESS DS(S) PROCESS DLL PROCESS NODLL PROCESS DUMP PROCESS NODUMP PROCESS DYNAM PROCESS NODYNAM PROCESS DYN PROCESS NODYN PROCESS NOEXPORTALL PROCESS EXPORTALL PROCESS NOEXP PROCESS EXP PROCESS FASTSRT PROCESS NOFASTSRT PROCESS FSRT PROCESS NOFSRT PROCESS FLAG(I) PROCESS FLAG(W) PROCESS FLAG(E) PROCESS FLAG(S) PROCESS FLAG(U) PROCESS FLAG(I,I) PROCESS FLAG(W,W) PROCESS FLAG(E,E) PROCESS FLAG(S,S) PROCESS FLAG(U,U) PROCESS F(I) PROCESS F(W) PROCESS F(E) PROCESS F(S) PROCESS F(U) PROCESS F(I,I) PROCESS F(W,W) PROCESS F(E,E) PROCESS F(S,S) PROCESS F(U,U) PROCESS NOFLAG PROCESS NOF PROCESS FLAGSTD(M) PROCESS FLAGSTD(I) PROCESS FLAGSTD(H) PROCESS FLAGSTD(M,D) PROCESS FLAGSTD(I,N) PROCESS FLAGSTD(H,S) PROCESS FLAGSTD(M,O) PROCESS FLAGSTD(I,O) PROCESS FLAGSTD(H,O) PROCESS FLAGSTD(M,D,O) PROCESS FLAGSTD(I,N,O) PROCESS FLAGSTD(H,S,O) PROCESS NOFLAGSTD PROCESS HGPR(PRESERVE) PROCESS HGPR(NOPRESERVE) PROCESS INITCHECK PROCESS INITCHECK(LAX) PROCESS INITCHECK(STRICT) PROCESS IC PROCESS IC(LAX) PROCESS IC(STRICT) PROCESS NOINITCHECK PROCESS NOIC PROCESS INITIAL PROCESS NOINITIAL PROCESS INLINE PROCESS NOINLINE PROCESS INL PROCESS NOINL PROCESS INTDATE(ANSI) PROCESS INTDATE(LILIAN) PROCESS INVDATA PROCESS INVD PROCESS NOINVDATA PROCESS NOINVD PROCESS INVDATA(CLEANSIGN) PROCESS INVDATA(NOCLEANSIGN) PROCESS INVDATA(FORCENUMCMP) PROCESS INVDATA(NOFORCENUMCMP) PROCESS INVDATA(CLEANSIGN,FORCENUMCMP) PROCESS INVDATA(CLEANSIGN,NOFORCENUMCMP) PROCESS INVDATA(NOCLEANSIGN,FORCENUMCMP) PROCESS INVDATA(NOCLEANSIGN,NOFORCENUMCMP) PROCESS INVDATA(CS) PROCESS INVDATA(NOCS) PROCESS INVDATA(FNC) PROCESS INVDATA(NOFNC) PROCESS INVDATA(CS,FNC) PROCESS INVDATA(CS,NOFNC) PROCESS INVDATA(NOCS,FNC) PROCESS INVDATA(NOCS,NOFNC) PROCESS INVDATA(CS,FORCENUMCMP) PROCESS INVDATA(CS,NOFORCENUMCMP) PROCESS INVDATA(NOCS,FORCENUMCMP) PROCESS INVDATA(NOCS,NOFORCENUMCMP) PROCESS INVDATA(CLEANSIGN,FNC) PROCESS INVDATA(CLEANSIGN,NOFNC) PROCESS INVDATA(NOCLEANSIGN,FNC) PROCESS INVDATA(NOCLEANSIGN,NOFNC) PROCESS INVD(CLEANSIGN) PROCESS INVD(NOCLEANSIGN) PROCESS INVD(FORCENUMCMP) PROCESS INVD(NOFORCENUMCMP) PROCESS INVD(CLEANSIGN,FORCENUMCMP) PROCESS INVD(CLEANSIGN,NOFORCENUMCMP) PROCESS INVD(NOCLEANSIGN,FORCENUMCMP) PROCESS INVD(NOCLEANSIGN,NOFORCENUMCMP) PROCESS INVD(CS) PROCESS INVD(NOCS) PROCESS INVD(FNC) PROCESS INVD(NOFNC) PROCESS INVD(CS,FNC) PROCESS INVD(CS,NOFNC) PROCESS INVD(NOCS,FNC) PROCESS INVD(NOCS,NOFNC) PROCESS INVD(CS,FORCENUMCMP) PROCESS INVD(CS,NOFORCENUMCMP) PROCESS INVD(NOCS,FORCENUMCMP) PROCESS INVD(NOCS,NOFORCENUMCMP) PROCESS INVD(CLEANSIGN,FNC) PROCESS INVD(CLEANSIGN,NOFNC) PROCESS INVD(NOCLEANSIGN,FNC) PROCESS INVD(NOCLEANSIGN,NOFNC) PROCESS LANGUAGE(EN) PROCESS LANGUAGE(UE) PROCESS LANGUAGE(JA) PROCESS LANGUAGE(JP) PROCESS LANG(EN) PROCESS LANG(UE) PROCESS LANG(JA) PROCESS LANG(JP) PROCESS LINECOUNT(0) PROCESS LC(255) PROCESS LIST PROCESS NOLIST PROCESS LP(32) PROCESS LP(64) PROCESS MAP PROCESS MAP(HEX) PROCESS MAP(DEC) PROCESS NOMAP PROCESS MAXPCF(0) PROCESS MAXPCF(999999) PROCESS NAME PROCESS NAME(ALIAS) PROCESS NAME(NOALIAS) PROCESS NONAME PROCESS NSYMBOL(NATIONAL) PROCESS NSYMBOL(DBCS) PROCESS NSYMBOL(NAT) PROCESS NS(NATIONAL) PROCESS NS(DBCS) PROCESS NS(NAT) PROCESS NUMBER PROCESS NONUMBER PROCESS NUM PROCESS NONUM PROCESS NUMCHECK PROCESS NUMCHECK(ZON) PROCESS NUMCHECK(ZON(ALPHNUM)) PROCESS NUMCHECK(ZON(NOALPHNUM)) PROCESS NUMCHECK(NOZON) PROCESS NUMCHECK(PAC) PROCESS NUMCHECK(NOPAC) PROCESS NUMCHECK(BIN) PROCESS NUMCHECK(NOBIN) PROCESS NUMCHECK(MSG) PROCESS NUMCHECK(ABD) PROCESS NUMCHECK(ZON,PAC) PROCESS NUMCHECK(ZON,NOPAC) PROCESS NUMCHECK(ZON,BIN) PROCESS NUMCHECK(ZON,NOBIN) PROCESS NUMCHECK(ZON,MSG) PROCESS NUMCHECK(ZON,ABD) PROCESS NUMCHECK(ZON(ALPHNUM),PAC) PROCESS NUMCHECK(ZON(ALPHNUM),NOPAC) PROCESS NUMCHECK(ZON(ALPHNUM),BIN) PROCESS NUMCHECK(ZON(ALPHNUM),NOBIN) PROCESS NUMCHECK(ZON(ALPHNUM),MSG) PROCESS NUMCHECK(ZON(ALPHNUM),ABD) PROCESS NUMCHECK(ZON(NOALPHNUM),PAC) PROCESS NUMCHECK(ZON(NOALPHNUM),NOPAC) PROCESS NUMCHECK(ZON(NOALPHNUM),BIN) PROCESS NUMCHECK(ZON(NOALPHNUM),NOBIN) PROCESS NUMCHECK(ZON(NOALPHNUM),MSG) PROCESS NUMCHECK(ZON(NOALPHNUM),ABD) PROCESS NUMCHECK(NOZON,PAC) PROCESS NUMCHECK(NOZON,NOPAC) PROCESS NUMCHECK(NOZON,BIN) PROCESS NUMCHECK(NOZON,NOBIN) PROCESS NUMCHECK(NOZON,MSG) PROCESS NUMCHECK(NOZON,ABD) PROCESS NUMCHECK(ZON,PAC,BIN) PROCESS NUMCHECK(ZON,PAC,NOBIN) PROCESS NUMCHECK(ZON,PAC,MSG) PROCESS NUMCHECK(ZON,PAC,ABD) PROCESS NUMCHECK(ZON,NOPAC,BIN) PROCESS NUMCHECK(ZON,NOPAC,NOBIN) PROCESS NUMCHECK(ZON,NOPAC,MSG) PROCESS NUMCHECK(ZON,NOPAC,ABD) PROCESS NUMCHECK(ZON(ALPHNUM),PAC,BIN) PROCESS NUMCHECK(ZON(ALPHNUM),PAC,NOBIN) PROCESS NUMCHECK(ZON(ALPHNUM),PAC,MSG) PROCESS NUMCHECK(ZON(ALPHNUM),PAC,ABD) PROCESS NUMCHECK(ZON(ALPHNUM),NOPAC,BIN) PROCESS NUMCHECK(ZON(ALPHNUM),NOPAC,NOBIN) PROCESS NUMCHECK(ZON(ALPHNUM),NOPAC,MSG) PROCESS NUMCHECK(ZON(ALPHNUM),NOPAC,ABD) PROCESS NUMCHECK(ZON(NOALPHNUM),PAC,BIN) PROCESS NUMCHECK(ZON(NOALPHNUM),PAC,NOBIN) PROCESS NUMCHECK(ZON(NOALPHNUM),PAC,MSG) PROCESS NUMCHECK(ZON(NOALPHNUM),PAC,ABD) PROCESS NUMCHECK(ZON(NOALPHNUM),NOPAC,BIN) PROCESS NUMCHECK(ZON(NOALPHNUM),NOPAC,NOBIN) PROCESS NUMCHECK(ZON(NOALPHNUM),NOPAC,MSG) PROCESS NUMCHECK(ZON(NOALPHNUM),NOPAC,ABD) PROCESS NUMCHECK(NOZON,PAC,BIN) PROCESS NUMCHECK(NOZON,PAC,NOBIN) PROCESS NUMCHECK(NOZON,PAC,MSG) PROCESS NUMCHECK(NOZON,PAC,ABD) PROCESS NUMCHECK(NOZON,NOPAC,BIN) PROCESS NUMCHECK(NOZON,NOPAC,NOBIN) PROCESS NUMCHECK(NOZON,NOPAC,MSG) PROCESS NUMCHECK(NOZON,NOPAC,ABD) PROCESS NUMCHECK(ZON,PAC,BIN,MSG) PROCESS NUMCHECK(ZON(ALPHNUM),PAC,BIN,MSG) PROCESS NUMCHECK(ZON(NOALPHNUM),PAC,BIN,MSG) PROCESS NUMCHECK(NOZON,PAC,BIN,MSG) PROCESS NUMCHECK(ZON,NOPAC,BIN,MSG) PROCESS NUMCHECK(ZON(ALPHNUM),NOPAC,BIN,MSG) PROCESS NUMCHECK(ZON(NOALPHNUM),NOPAC,BIN,MSG) PROCESS NUMCHECK(NOZON,NOPAC,BIN,MSG) PROCESS NUMCHECK(ZON,PAC,NOBIN,MSG) PROCESS NUMCHECK(ZON(ALPHNUM),PAC,NOBIN,MSG) PROCESS NUMCHECK(ZON(NOALPHNUM),PAC,NOBIN,MSG) PROCESS NUMCHECK(NOZON,PAC,NOBIN,MSG) PROCESS NUMCHECK(ZON,NOPAC,NOBIN,MSG) PROCESS NUMCHECK(ZON(ALPHNUM),NOPAC,NOBIN,MSG) PROCESS NUMCHECK(ZON(NOALPHNUM),NOPAC,NOBIN,MSG) PROCESS NUMCHECK(NOZON,NOPAC,NOBIN,MSG) PROCESS NUMCHECK(ZON,PAC,BIN,ABD) PROCESS NUMCHECK(ZON(ALPHNUM),PAC,BIN,ABD) PROCESS NUMCHECK(ZON(NOALPHNUM),PAC,BIN,ABD) PROCESS NUMCHECK(NOZON,PAC,BIN,ABD) PROCESS NUMCHECK(ZON,NOPAC,BIN,ABD) PROCESS NUMCHECK(ZON(ALPHNUM),NOPAC,BIN,ABD) PROCESS NUMCHECK(ZON(NOALPHNUM),NOPAC,BIN,ABD) PROCESS NUMCHECK(NOZON,NOPAC,BIN,ABD) PROCESS NUMCHECK(ZON,PAC,NOBIN,ABD) PROCESS NUMCHECK(ZON(ALPHNUM),PAC,NOBIN,ABD) PROCESS NUMCHECK(ZON(NOALPHNUM),PAC,NOBIN,ABD) PROCESS NUMCHECK(NOZON,PAC,NOBIN,ABD) PROCESS NUMCHECK(ZON,NOPAC,NOBIN,ABD) PROCESS NUMCHECK(ZON(ALPHNUM),NOPAC,NOBIN,ABD) PROCESS NUMCHECK(ZON(NOALPHNUM),NOPAC,NOBIN,ABD) PROCESS NUMCHECK(NOZON,NOPAC,NOBIN,ABD) PROCESS NUMCHECK(ZON(ALPHNUM,LAXREDEF)) PROCESS NUMCHECK(ZON(NOALPHNUM,LAXREDEF)) PROCESS NUMCHECK(ZON(ALPHNUM,LAXREDEF),PAC) PROCESS NUMCHECK(ZON(ALPHNUM,LAXREDEF),NOPAC) PROCESS NUMCHECK(ZON(ALPHNUM,LAXREDEF),BIN) PROCESS NUMCHECK(ZON(ALPHNUM,LAXREDEF),NOBIN) PROCESS NUMCHECK(ZON(ALPHNUM,LAXREDEF),MSG) PROCESS NUMCHECK(ZON(ALPHNUM,LAXREDEF),ABD) PROCESS NUMCHECK(ZON(NOALPHNUM,LAXREDEF),PAC) PROCESS NUMCHECK(ZON(NOALPHNUM,LAXREDEF),NOPAC) PROCESS NUMCHECK(ZON(NOALPHNUM,LAXREDEF),BIN) PROCESS NUMCHECK(ZON(NOALPHNUM,LAXREDEF),NOBIN) PROCESS NUMCHECK(ZON(NOALPHNUM,LAXREDEF),MSG) PROCESS NUMCHECK(ZON(NOALPHNUM,LAXREDEF),ABD) PROCESS NUMCHECK(ZON(ALPHNUM,LAXREDEF),PAC,BIN) PROCESS NUMCHECK(ZON(ALPHNUM,LAXREDEF),PAC,NOBIN) PROCESS NUMCHECK(ZON(ALPHNUM,LAXREDEF),PAC,MSG) PROCESS NUMCHECK(ZON(ALPHNUM,LAXREDEF),PAC,ABD) PROCESS NUMCHECK(ZON(ALPHNUM,LAXREDEF),NOPAC,BIN) PROCESS NUMCHECK(ZON(ALPHNUM,LAXREDEF),NOPAC,NOBIN) PROCESS NUMCHECK(ZON(ALPHNUM,LAXREDEF),NOPAC,MSG) PROCESS NUMCHECK(ZON(ALPHNUM,LAXREDEF),NOPAC,ABD) PROCESS NUMCHECK(ZON(NOALPHNUM,LAXREDEF),PAC,BIN) PROCESS NUMCHECK(ZON(NOALPHNUM,LAXREDEF),PAC,NOBIN) PROCESS NUMCHECK(ZON(NOALPHNUM,LAXREDEF),PAC,MSG) PROCESS NUMCHECK(ZON(NOALPHNUM,LAXREDEF),PAC,ABD) PROCESS NUMCHECK(ZON(NOALPHNUM,LAXREDEF),NOPAC,BIN) PROCESS NUMCHECK(ZON(NOALPHNUM,LAXREDEF),NOPAC,NOBIN) PROCESS NUMCHECK(ZON(NOALPHNUM,LAXREDEF),NOPAC,MSG) PROCESS NUMCHECK(ZON(NOALPHNUM,LAXREDEF),NOPAC,ABD) PROCESS NUMCHECK(ZON(ALPHNUM,LAXREDEF),PAC,BIN,MSG) PROCESS NUMCHECK(ZON(NOALPHNUM,LAXREDEF),PAC,BIN,MSG) PROCESS NUMCHECK(ZON(ALPHNUM,LAXREDEF),NOPAC,BIN,MSG) PROCESS NUMCHECK(ZON(NOALPHNUM,LAXREDEF),NOPAC,BIN,MSG) PROCESS NUMCHECK(ZON(ALPHNUM,LAXREDEF),PAC,NOBIN,MSG) PROCESS NUMCHECK(ZON(NOALPHNUM,LAXREDEF),PAC,NOBIN,MSG) PROCESS NUMCHECK(ZON(ALPHNUM,LAXREDEF),NOPAC,NOBIN,MSG) PROCESS NUMCHECK(ZON(NOALPHNUM,LAXREDEF),NOPAC,NOBIN,MSG) PROCESS NUMCHECK(ZON(ALPHNUM,LAXREDEF),PAC,BIN,ABD) PROCESS NUMCHECK(ZON(NOALPHNUM,LAXREDEF),PAC,BIN,ABD) PROCESS NUMCHECK(ZON(ALPHNUM,LAXREDEF),NOPAC,BIN,ABD) PROCESS NUMCHECK(ZON(NOALPHNUM,LAXREDEF),NOPAC,BIN,ABD) PROCESS NUMCHECK(ZON(ALPHNUM,LAXREDEF),PAC,NOBIN,ABD) PROCESS NUMCHECK(ZON(NOALPHNUM,LAXREDEF),PAC,NOBIN,ABD) PROCESS NUMCHECK(ZON(ALPHNUM,LAXREDEF),NOPAC,NOBIN,ABD) PROCESS NUMCHECK(ZON(NOALPHNUM,LAXREDEF),NOPAC,NOBIN,ABD) PROCESS NUMCHECK(ZON(ALPHNUM,STRICTREDEF)) PROCESS NUMCHECK(ZON(NOALPHNUM,STRICTREDEF)) PROCESS NUMCHECK(ZON(ALPHNUM,STRICTREDEF),PAC) PROCESS NUMCHECK(ZON(ALPHNUM,STRICTREDEF),NOPAC) PROCESS NUMCHECK(ZON(ALPHNUM,STRICTREDEF),BIN) PROCESS NUMCHECK(ZON(ALPHNUM,STRICTREDEF),NOBIN) PROCESS NUMCHECK(ZON(ALPHNUM,STRICTREDEF),MSG) PROCESS NUMCHECK(ZON(ALPHNUM,STRICTREDEF),ABD) PROCESS NUMCHECK(ZON(NOALPHNUM,STRICTREDEF),PAC) PROCESS NUMCHECK(ZON(NOALPHNUM,STRICTREDEF),NOPAC) PROCESS NUMCHECK(ZON(NOALPHNUM,STRICTREDEF),BIN) PROCESS NUMCHECK(ZON(NOALPHNUM,STRICTREDEF),NOBIN) PROCESS NUMCHECK(ZON(NOALPHNUM,STRICTREDEF),MSG) PROCESS NUMCHECK(ZON(NOALPHNUM,STRICTREDEF),ABD) PROCESS NUMCHECK(ZON(ALPHNUM,STRICTREDEF),PAC,BIN) PROCESS NUMCHECK(ZON(ALPHNUM,STRICTREDEF),PAC,NOBIN) PROCESS NUMCHECK(ZON(ALPHNUM,STRICTREDEF),PAC,MSG) PROCESS NUMCHECK(ZON(ALPHNUM,STRICTREDEF),PAC,ABD) PROCESS NUMCHECK(ZON(ALPHNUM,STRICTREDEF),NOPAC,BIN) PROCESS NUMCHECK(ZON(ALPHNUM,STRICTREDEF),NOPAC,NOBIN) PROCESS NUMCHECK(ZON(ALPHNUM,STRICTREDEF),NOPAC,MSG) PROCESS NUMCHECK(ZON(ALPHNUM,STRICTREDEF),NOPAC,ABD) PROCESS NUMCHECK(ZON(NOALPHNUM,STRICTREDEF),PAC,BIN) PROCESS NUMCHECK(ZON(NOALPHNUM,STRICTREDEF),PAC,NOBIN) PROCESS NUMCHECK(ZON(NOALPHNUM,STRICTREDEF),PAC,MSG) PROCESS NUMCHECK(ZON(NOALPHNUM,STRICTREDEF),PAC,ABD) PROCESS NUMCHECK(ZON(NOALPHNUM,STRICTREDEF),NOPAC,BIN) PROCESS NUMCHECK(ZON(NOALPHNUM,STRICTREDEF),NOPAC,NOBIN) PROCESS NUMCHECK(ZON(NOALPHNUM,STRICTREDEF),NOPAC,MSG) PROCESS NUMCHECK(ZON(NOALPHNUM,STRICTREDEF),NOPAC,ABD) PROCESS NUMCHECK(ZON(ALPHNUM,STRICTREDEF),PAC,BIN,MSG) PROCESS NUMCHECK(ZON(NOALPHNUM,STRICTREDEF),PAC,BIN,MSG) PROCESS NUMCHECK(ZON(ALPHNUM,STRICTREDEF),NOPAC,BIN,MSG) PROCESS NUMCHECK(ZON(NOALPHNUM,STRICTREDEF),NOPAC,BIN,MSG) PROCESS NUMCHECK(ZON(ALPHNUM,STRICTREDEF),PAC,NOBIN,MSG) PROCESS NUMCHECK(ZON(NOALPHNUM,STRICTREDEF),PAC,NOBIN,MSG) PROCESS NUMCHECK(ZON(ALPHNUM,STRICTREDEF),NOPAC,NOBIN,MSG) PROCESS NUMCHECK(ZON(NOALPHNUM,STRICTREDEF),NOPAC,NOBIN,MSG) PROCESS NUMCHECK(ZON(ALPHNUM,STRICTREDEF),PAC,BIN,ABD) PROCESS NUMCHECK(ZON(NOALPHNUM,STRICTREDEF),PAC,BIN,ABD) PROCESS NUMCHECK(ZON(ALPHNUM,STRICTREDEF),NOPAC,BIN,ABD) PROCESS NUMCHECK(ZON(NOALPHNUM,STRICTREDEF),NOPAC,BIN,ABD) PROCESS NUMCHECK(ZON(ALPHNUM,STRICTREDEF),PAC,NOBIN,ABD) PROCESS NUMCHECK(ZON(NOALPHNUM,STRICTREDEF),PAC,NOBIN,ABD) PROCESS NUMCHECK(ZON(ALPHNUM,STRICTREDEF),NOPAC,NOBIN,ABD) PROCESS NUMCHECK(ZON(NOALPHNUM,STRICTREDEF),NOPAC,NOBIN,ABD) PROCESS NUMCHECK(ZON(LAXREDEF)) PROCESS NUMCHECK(ZON(LAXREDEF),PAC) PROCESS NUMCHECK(ZON(LAXREDEF),NOPAC) PROCESS NUMCHECK(ZON(LAXREDEF),BIN) PROCESS NUMCHECK(ZON(LAXREDEF),NOBIN) PROCESS NUMCHECK(ZON(LAXREDEF),MSG) PROCESS NUMCHECK(ZON(LAXREDEF),ABD) PROCESS NUMCHECK(ZON(LAXREDEF),PAC,BIN) PROCESS NUMCHECK(ZON(LAXREDEF),PAC,NOBIN) PROCESS NUMCHECK(ZON(LAXREDEF),PAC,MSG) PROCESS NUMCHECK(ZON(LAXREDEF),PAC,ABD) PROCESS NUMCHECK(ZON(LAXREDEF),NOPAC,BIN) PROCESS NUMCHECK(ZON(LAXREDEF),NOPAC,NOBIN) PROCESS NUMCHECK(ZON(LAXREDEF),NOPAC,MSG) PROCESS NUMCHECK(ZON(LAXREDEF),NOPAC,ABD) PROCESS NUMCHECK(ZON(LAXREDEF),PAC,BIN,MSG) PROCESS NUMCHECK(ZON(LAXREDEF),NOPAC,BIN,MSG) PROCESS NUMCHECK(ZON(LAXREDEF),PAC,NOBIN,MSG) PROCESS NUMCHECK(ZON(LAXREDEF),NOPAC,NOBIN,MSG) PROCESS NUMCHECK(ZON(LAXREDEF),PAC,BIN,ABD) PROCESS NUMCHECK(ZON(LAXREDEF),NOPAC,BIN,ABD) PROCESS NUMCHECK(ZON(LAXREDEF),PAC,NOBIN,ABD) PROCESS NUMCHECK(ZON(LAXREDEF),NOPAC,NOBIN,ABD) PROCESS NUMCHECK(ZON(STRICTREDEF)) PROCESS NUMCHECK(ZON(STRICTREDEF),PAC) PROCESS NUMCHECK(ZON(STRICTREDEF),NOPAC) PROCESS NUMCHECK(ZON(STRICTREDEF),BIN) PROCESS NUMCHECK(ZON(STRICTREDEF),NOBIN) PROCESS NUMCHECK(ZON(STRICTREDEF),MSG) PROCESS NUMCHECK(ZON(STRICTREDEF),ABD) PROCESS NUMCHECK(ZON(STRICTREDEF),PAC,BIN) PROCESS NUMCHECK(ZON(STRICTREDEF),PAC,NOBIN) PROCESS NUMCHECK(ZON(STRICTREDEF),PAC,MSG) PROCESS NUMCHECK(ZON(STRICTREDEF),PAC,ABD) PROCESS NUMCHECK(ZON(STRICTREDEF),NOPAC,BIN) PROCESS NUMCHECK(ZON(STRICTREDEF),NOPAC,NOBIN) PROCESS NUMCHECK(ZON(STRICTREDEF),NOPAC,MSG) PROCESS NUMCHECK(ZON(STRICTREDEF),NOPAC,ABD) PROCESS NUMCHECK(ZON(STRICTREDEF),PAC,BIN,MSG) PROCESS NUMCHECK(ZON(STRICTREDEF),NOPAC,BIN,MSG) PROCESS NUMCHECK(ZON(STRICTREDEF),PAC,NOBIN,MSG) PROCESS NUMCHECK(ZON(STRICTREDEF),NOPAC,NOBIN,MSG) PROCESS NUMCHECK(ZON(STRICTREDEF),PAC,BIN,ABD) PROCESS NUMCHECK(ZON(STRICTREDEF),NOPAC,BIN,ABD) PROCESS NUMCHECK(ZON(STRICTREDEF),PAC,NOBIN,ABD) PROCESS NUMCHECK(ZON(STRICTREDEF),NOPAC,NOBIN,ABD) PROCESS NUMPROC(PFD) PROCESS NUMPROC(NOPFD) PROCESS NUMCHECK(ZON(ALPHNUM,LAX)) PROCESS NUMCHECK(ZON(NOALPHNUM,LAX)) PROCESS NUMCHECK(ZON(ALPHNUM,LAX),PAC) PROCESS NUMCHECK(ZON(ALPHNUM,LAX),NOPAC) PROCESS NUMCHECK(ZON(ALPHNUM,LAX),BIN) PROCESS NUMCHECK(ZON(ALPHNUM,LAX),NOBIN) PROCESS NUMCHECK(ZON(ALPHNUM,LAX),MSG) PROCESS NUMCHECK(ZON(ALPHNUM,LAX),ABD) PROCESS NUMCHECK(ZON(NOALPHNUM,LAX),PAC) PROCESS NUMCHECK(ZON(NOALPHNUM,LAX),NOPAC) PROCESS NUMCHECK(ZON(NOALPHNUM,LAX),BIN) PROCESS NUMCHECK(ZON(NOALPHNUM,LAX),NOBIN) PROCESS NUMCHECK(ZON(NOALPHNUM,LAX),MSG) PROCESS NUMCHECK(ZON(NOALPHNUM,LAX),ABD) PROCESS NUMCHECK(ZON(ALPHNUM,LAX),PAC,BIN) PROCESS NUMCHECK(ZON(ALPHNUM,LAX),PAC,NOBIN) PROCESS NUMCHECK(ZON(ALPHNUM,LAX),PAC,MSG) PROCESS NUMCHECK(ZON(ALPHNUM,LAX),PAC,ABD) PROCESS NUMCHECK(ZON(ALPHNUM,LAX),NOPAC,BIN) PROCESS NUMCHECK(ZON(ALPHNUM,LAX),NOPAC,NOBIN) PROCESS NUMCHECK(ZON(ALPHNUM,LAX),NOPAC,MSG) PROCESS NUMCHECK(ZON(ALPHNUM,LAX),NOPAC,ABD) PROCESS NUMCHECK(ZON(NOALPHNUM,LAX),PAC,BIN) PROCESS NUMCHECK(ZON(NOALPHNUM,LAX),PAC,NOBIN) PROCESS NUMCHECK(ZON(NOALPHNUM,LAX),PAC,MSG) PROCESS NUMCHECK(ZON(NOALPHNUM,LAX),PAC,ABD) PROCESS NUMCHECK(ZON(NOALPHNUM,LAX),NOPAC,BIN) PROCESS NUMCHECK(ZON(NOALPHNUM,LAX),NOPAC,NOBIN) PROCESS NUMCHECK(ZON(NOALPHNUM,LAX),NOPAC,MSG) PROCESS NUMCHECK(ZON(NOALPHNUM,LAX),NOPAC,ABD) PROCESS NUMCHECK(ZON(ALPHNUM,LAX),PAC,BIN,MSG) PROCESS NUMCHECK(ZON(NOALPHNUM,LAX),PAC,BIN,MSG) PROCESS NUMCHECK(ZON(ALPHNUM,LAX),NOPAC,BIN,MSG) PROCESS NUMCHECK(ZON(NOALPHNUM,LAX),NOPAC,BIN,MSG) PROCESS NUMCHECK(ZON(ALPHNUM,LAX),PAC,NOBIN,MSG) PROCESS NUMCHECK(ZON(NOALPHNUM,LAX),PAC,NOBIN,MSG) PROCESS NUMCHECK(ZON(ALPHNUM,LAX),NOPAC,NOBIN,MSG) PROCESS NUMCHECK(ZON(NOALPHNUM,LAX),NOPAC,NOBIN,MSG) PROCESS NUMCHECK(ZON(ALPHNUM,LAX),PAC,BIN,ABD) PROCESS NUMCHECK(ZON(NOALPHNUM,LAX),PAC,BIN,ABD) PROCESS NUMCHECK(ZON(ALPHNUM,LAX),NOPAC,BIN,ABD) PROCESS NUMCHECK(ZON(NOALPHNUM,LAX),NOPAC,BIN,ABD) PROCESS NUMCHECK(ZON(ALPHNUM,LAX),PAC,NOBIN,ABD) PROCESS NUMCHECK(ZON(NOALPHNUM,LAX),PAC,NOBIN,ABD) PROCESS NUMCHECK(ZON(ALPHNUM,LAX),NOPAC,NOBIN,ABD) PROCESS NUMCHECK(ZON(NOALPHNUM,LAX),NOPAC,NOBIN,ABD) PROCESS NUMCHECK(ZON(ALPHNUM,STRICT)) PROCESS NUMCHECK(ZON(NOALPHNUM,STRICT)) PROCESS NUMCHECK(ZON(ALPHNUM,STRICT),PAC) PROCESS NUMCHECK(ZON(ALPHNUM,STRICT),NOPAC) PROCESS NUMCHECK(ZON(ALPHNUM,STRICT),BIN) PROCESS NUMCHECK(ZON(ALPHNUM,STRICT),NOBIN) PROCESS NUMCHECK(ZON(ALPHNUM,STRICT),MSG) PROCESS NUMCHECK(ZON(ALPHNUM,STRICT),ABD) PROCESS NUMCHECK(ZON(NOALPHNUM,STRICT),PAC) PROCESS NUMCHECK(ZON(NOALPHNUM,STRICT),NOPAC) PROCESS NUMCHECK(ZON(NOALPHNUM,STRICT),BIN) PROCESS NUMCHECK(ZON(NOALPHNUM,STRICT),NOBIN) PROCESS NUMCHECK(ZON(NOALPHNUM,STRICT),MSG) PROCESS NUMCHECK(ZON(NOALPHNUM,STRICT),ABD) PROCESS NUMCHECK(ZON(ALPHNUM,STRICT),PAC,BIN) PROCESS NUMCHECK(ZON(ALPHNUM,STRICT),PAC,NOBIN) PROCESS NUMCHECK(ZON(ALPHNUM,STRICT),PAC,MSG) PROCESS NUMCHECK(ZON(ALPHNUM,STRICT),PAC,ABD) PROCESS NUMCHECK(ZON(ALPHNUM,STRICT),NOPAC,BIN) PROCESS NUMCHECK(ZON(ALPHNUM,STRICT),NOPAC,NOBIN) PROCESS NUMCHECK(ZON(ALPHNUM,STRICT),NOPAC,MSG) PROCESS NUMCHECK(ZON(ALPHNUM,STRICT),NOPAC,ABD) PROCESS NUMCHECK(ZON(NOALPHNUM,STRICT),PAC,BIN) PROCESS NUMCHECK(ZON(NOALPHNUM,STRICT),PAC,NOBIN) PROCESS NUMCHECK(ZON(NOALPHNUM,STRICT),PAC,MSG) PROCESS NUMCHECK(ZON(NOALPHNUM,STRICT),PAC,ABD) PROCESS NUMCHECK(ZON(NOALPHNUM,STRICT),NOPAC,BIN) PROCESS NUMCHECK(ZON(NOALPHNUM,STRICT),NOPAC,NOBIN) PROCESS NUMCHECK(ZON(NOALPHNUM,STRICT),NOPAC,MSG) PROCESS NUMCHECK(ZON(NOALPHNUM,STRICT),NOPAC,ABD) PROCESS NUMCHECK(ZON(ALPHNUM,STRICT),PAC,BIN,MSG) PROCESS NUMCHECK(ZON(NOALPHNUM,STRICT),PAC,BIN,MSG) PROCESS NUMCHECK(ZON(ALPHNUM,STRICT),NOPAC,BIN,MSG) PROCESS NUMCHECK(ZON(NOALPHNUM,STRICT),NOPAC,BIN,MSG) PROCESS NUMCHECK(ZON(ALPHNUM,STRICT),PAC,NOBIN,MSG) PROCESS NUMCHECK(ZON(NOALPHNUM,STRICT),PAC,NOBIN,MSG) PROCESS NUMCHECK(ZON(ALPHNUM,STRICT),NOPAC,NOBIN,MSG) PROCESS NUMCHECK(ZON(NOALPHNUM,STRICT),NOPAC,NOBIN,MSG) PROCESS NUMCHECK(ZON(ALPHNUM,STRICT),PAC,BIN,ABD) PROCESS NUMCHECK(ZON(NOALPHNUM,STRICT),PAC,BIN,ABD) PROCESS NUMCHECK(ZON(ALPHNUM,STRICT),NOPAC,BIN,ABD) PROCESS NUMCHECK(ZON(NOALPHNUM,STRICT),NOPAC,BIN,ABD) PROCESS NUMCHECK(ZON(ALPHNUM,STRICT),PAC,NOBIN,ABD) PROCESS NUMCHECK(ZON(NOALPHNUM,STRICT),PAC,NOBIN,ABD) PROCESS NUMCHECK(ZON(ALPHNUM,STRICT),NOPAC,NOBIN,ABD) PROCESS NUMCHECK(ZON(NOALPHNUM,STRICT),NOPAC,NOBIN,ABD) PROCESS NUMCHECK(ZON(LAX)) PROCESS NUMCHECK(ZON(LAX),PAC) PROCESS NUMCHECK(ZON(LAX),NOPAC) PROCESS NUMCHECK(ZON(LAX),BIN) PROCESS NUMCHECK(ZON(LAX),NOBIN) PROCESS NUMCHECK(ZON(LAX),MSG) PROCESS NUMCHECK(ZON(LAX),ABD) PROCESS NUMCHECK(ZON(LAX),PAC,BIN) PROCESS NUMCHECK(ZON(LAX),PAC,NOBIN) PROCESS NUMCHECK(ZON(LAX),PAC,MSG) PROCESS NUMCHECK(ZON(LAX),PAC,ABD) PROCESS NUMCHECK(ZON(LAX),NOPAC,BIN) PROCESS NUMCHECK(ZON(LAX),NOPAC,NOBIN) PROCESS NUMCHECK(ZON(LAX),NOPAC,MSG) PROCESS NUMCHECK(ZON(LAX),NOPAC,ABD) PROCESS NUMCHECK(ZON(LAX),PAC,BIN,MSG) PROCESS NUMCHECK(ZON(LAX),NOPAC,BIN,MSG) PROCESS NUMCHECK(ZON(LAX),PAC,NOBIN,MSG) PROCESS NUMCHECK(ZON(LAX),NOPAC,NOBIN,MSG) PROCESS NUMCHECK(ZON(LAX),PAC,BIN,ABD) PROCESS NUMCHECK(ZON(LAX),NOPAC,BIN,ABD) PROCESS NUMCHECK(ZON(LAX),PAC,NOBIN,ABD) PROCESS NUMCHECK(ZON(LAX),NOPAC,NOBIN,ABD) PROCESS NUMCHECK(ZON(STRICT)) PROCESS NUMCHECK(ZON(STRICT),PAC) PROCESS NUMCHECK(ZON(STRICT),NOPAC) PROCESS NUMCHECK(ZON(STRICT),BIN) PROCESS NUMCHECK(ZON(STRICT),NOBIN) PROCESS NUMCHECK(ZON(STRICT),MSG) PROCESS NUMCHECK(ZON(STRICT),ABD) PROCESS NUMCHECK(ZON(STRICT),PAC,BIN) PROCESS NUMCHECK(ZON(STRICT),PAC,NOBIN) PROCESS NUMCHECK(ZON(STRICT),PAC,MSG) PROCESS NUMCHECK(ZON(STRICT),PAC,ABD) PROCESS NUMCHECK(ZON(STRICT),NOPAC,BIN) PROCESS NUMCHECK(ZON(STRICT),NOPAC,NOBIN) PROCESS NUMCHECK(ZON(STRICT),NOPAC,MSG) PROCESS NUMCHECK(ZON(STRICT),NOPAC,ABD) PROCESS NUMCHECK(ZON(STRICT),PAC,BIN,MSG) PROCESS NUMCHECK(ZON(STRICT),NOPAC,BIN,MSG) PROCESS NUMCHECK(ZON(STRICT),PAC,NOBIN,MSG) PROCESS NUMCHECK(ZON(STRICT),NOPAC,NOBIN,MSG) PROCESS NUMCHECK(ZON(STRICT),PAC,BIN,ABD) PROCESS NUMCHECK(ZON(STRICT),NOPAC,BIN,ABD) PROCESS NUMCHECK(ZON(STRICT),PAC,NOBIN,ABD) PROCESS NUMCHECK(ZON(STRICT),NOPAC,NOBIN,ABD) PROCESS NUMCHECK(BIN(TRUNCBIN)) PROCESS NUMCHECK(ZON,BIN(TRUNCBIN)) PROCESS NUMCHECK(ZON(ALPHNUM),BIN(TRUNCBIN)) PROCESS NUMCHECK(ZON(NOALPHNUM),BIN(TRUNCBIN)) PROCESS NUMCHECK(NOZON,BIN(TRUNCBIN)) PROCESS NUMCHECK(ZON,PAC,BIN(TRUNCBIN)) PROCESS NUMCHECK(ZON,NOPAC,BIN(TRUNCBIN)) PROCESS NUMCHECK(ZON(ALPHNUM),PAC,BIN(TRUNCBIN)) PROCESS NUMCHECK(ZON(ALPHNUM),NOPAC,BIN(TRUNCBIN)) PROCESS NUMCHECK(ZON(NOALPHNUM),PAC,BIN(TRUNCBIN)) PROCESS NUMCHECK(ZON(NOALPHNUM),NOPAC,BIN(TRUNCBIN)) PROCESS NUMCHECK(NOZON,PAC,BIN(TRUNCBIN)) PROCESS NUMCHECK(NOZON,NOPAC,BIN(TRUNCBIN)) PROCESS NUMCHECK(ZON,PAC,BIN(TRUNCBIN),MSG) PROCESS NUMCHECK(ZON(ALPHNUM),PAC,BIN(TRUNCBIN),MSG) PROCESS NUMCHECK(ZON(NOALPHNUM),PAC,BIN(TRUNCBIN),MSG) PROCESS NUMCHECK(NOZON,PAC,BIN(TRUNCBIN),MSG) PROCESS NUMCHECK(ZON,NOPAC,BIN(TRUNCBIN),MSG) PROCESS NUMCHECK(ZON(ALPHNUM),NOPAC,BIN(TRUNCBIN),MSG) PROCESS NUMCHECK(ZON(NOALPHNUM),NOPAC,BIN(TRUNCBIN),MSG) PROCESS NUMCHECK(NOZON,NOPAC,BIN(TRUNCBIN),MSG) PROCESS NUMCHECK(ZON,PAC,BIN(TRUNCBIN),ABD) PROCESS NUMCHECK(ZON(ALPHNUM),PAC,BIN(TRUNCBIN),ABD) PROCESS NUMCHECK(ZON(NOALPHNUM),PAC,BIN(TRUNCBIN),ABD) PROCESS NUMCHECK(NOZON,PAC,BIN(TRUNCBIN),ABD) PROCESS NUMCHECK(ZON,NOPAC,BIN(TRUNCBIN),ABD) PROCESS NUMCHECK(ZON(ALPHNUM),NOPAC,BIN(TRUNCBIN),ABD) PROCESS NUMCHECK(ZON(NOALPHNUM),NOPAC,BIN(TRUNCBIN),ABD) PROCESS NUMCHECK(NOZON,NOPAC,BIN(TRUNCBIN),ABD) PROCESS NUMCHECK(ZON(ALPHNUM,LAX),BIN(TRUNCBIN)) PROCESS NUMCHECK(ZON(NOALPHNUM,LAX),BIN(TRUNCBIN)) PROCESS NUMCHECK(ZON(ALPHNUM,LAX),PAC,BIN(TRUNCBIN)) PROCESS NUMCHECK(ZON(ALPHNUM,LAX),NOPAC,BIN(TRUNCBIN)) PROCESS NUMCHECK(ZON(NOALPHNUM,LAX),PAC,BIN(TRUNCBIN)) PROCESS NUMCHECK(ZON(NOALPHNUM,LAX),NOPAC,BIN(TRUNCBIN)) PROCESS NUMCHECK(ZON(ALPHNUM,LAX),PAC,BIN(TRUNCBIN),MSG) PROCESS NUMCHECK(ZON(NOALPHNUM,LAX),PAC,BIN(TRUNCBIN),MSG) PROCESS NUMCHECK(ZON(ALPHNUM,LAX),NOPAC,BIN(TRUNCBIN),MSG) PROCESS NUMCHECK(ZON(NOALPHNUM,LAX),NOPAC,BIN(TRUNCBIN),MSG) PROCESS NUMCHECK(ZON(ALPHNUM,LAX),PAC,BIN(TRUNCBIN),ABD) PROCESS NUMCHECK(ZON(NOALPHNUM,LAX),PAC,BIN(TRUNCBIN),ABD) PROCESS NUMCHECK(ZON(ALPHNUM,LAX),NOPAC,BIN(TRUNCBIN),ABD) PROCESS NUMCHECK(ZON(NOALPHNUM,LAX),NOPAC,BIN(TRUNCBIN),ABD) PROCESS NUMCHECK(ZON(ALPHNUM,STRICT),BIN(TRUNCBIN)) PROCESS NUMCHECK(ZON(NOALPHNUM,STRICT),BIN(TRUNCBIN)) PROCESS NUMCHECK(ZON(ALPHNUM,STRICT),PAC,BIN(TRUNCBIN)) PROCESS NUMCHECK(ZON(ALPHNUM,STRICT),NOPAC,BIN(TRUNCBIN)) PROCESS NUMCHECK(ZON(NOALPHNUM,STRICT),PAC,BIN(TRUNCBIN)) PROCESS NUMCHECK(ZON(NOALPHNUM,STRICT),NOPAC,BIN(TRUNCBIN)) PROCESS NUMCHECK(ZON(ALPHNUM,STRICT),PAC,BIN(TRUNCBIN),MSG) PROCESS NUMCHECK(ZON(NOALPHNUM,STRICT),PAC,BIN(TRUNCBIN),MSG) PROCESS NUMCHECK(ZON(ALPHNUM,STRICT),NOPAC,BIN(TRUNCBIN),MSG) PROCESS NUMCHECK(ZON(NOALPHNUM,STRICT),NOPAC,BIN(TRUNCBIN),MSG) PROCESS NUMCHECK(ZON(ALPHNUM,STRICT),PAC,BIN(TRUNCBIN),ABD) PROCESS NUMCHECK(ZON(NOALPHNUM,STRICT),PAC,BIN(TRUNCBIN),ABD) PROCESS NUMCHECK(ZON(ALPHNUM,STRICT),NOPAC,BIN(TRUNCBIN),ABD) PROCESS NUMCHECK(ZON(NOALPHNUM,STRICT),NOPAC,BIN(TRUNCBIN),ABD) PROCESS NUMCHECK(ZON(LAX),BIN(TRUNCBIN)) PROCESS NUMCHECK(ZON(LAX),PAC,BIN(TRUNCBIN)) PROCESS NUMCHECK(ZON(LAX),NOPAC,BIN(TRUNCBIN)) PROCESS NUMCHECK(ZON(LAX),PAC,BIN(TRUNCBIN),MSG) PROCESS NUMCHECK(ZON(LAX),NOPAC,BIN(TRUNCBIN),MSG) PROCESS NUMCHECK(ZON(LAX),PAC,BIN(TRUNCBIN),ABD) PROCESS NUMCHECK(ZON(LAX),NOPAC,BIN(TRUNCBIN),ABD) PROCESS NUMCHECK(ZON(STRICT),BIN(TRUNCBIN)) PROCESS NUMCHECK(ZON(STRICT),PAC,BIN(TRUNCBIN)) PROCESS NUMCHECK(ZON(STRICT),NOPAC,BIN(TRUNCBIN)) PROCESS NUMCHECK(ZON(STRICT),PAC,BIN(TRUNCBIN),MSG) PROCESS NUMCHECK(ZON(STRICT),NOPAC,BIN(TRUNCBIN),MSG) PROCESS NUMCHECK(ZON(STRICT),PAC,BIN(TRUNCBIN),ABD) PROCESS NUMCHECK(ZON(STRICT),NOPAC,BIN(TRUNCBIN),ABD) PROCESS NUMCHECK(BIN(NOTRUNCBIN)) PROCESS NUMCHECK(ZON,BIN(NOTRUNCBIN)) PROCESS NUMCHECK(ZON(ALPHNUM),BIN(NOTRUNCBIN)) PROCESS NUMCHECK(ZON(NOALPHNUM),BIN(NOTRUNCBIN)) PROCESS NUMCHECK(NOZON,BIN(NOTRUNCBIN)) PROCESS NUMCHECK(ZON,PAC,BIN(NOTRUNCBIN)) PROCESS NUMCHECK(ZON,NOPAC,BIN(NOTRUNCBIN)) PROCESS NUMCHECK(ZON(ALPHNUM),PAC,BIN(NOTRUNCBIN)) PROCESS NUMCHECK(ZON(ALPHNUM),NOPAC,BIN(NOTRUNCBIN)) PROCESS NUMCHECK(ZON(NOALPHNUM),PAC,BIN(NOTRUNCBIN)) PROCESS NUMCHECK(ZON(NOALPHNUM),NOPAC,BIN(NOTRUNCBIN)) PROCESS NUMCHECK(NOZON,PAC,BIN(NOTRUNCBIN)) PROCESS NUMCHECK(NOZON,NOPAC,BIN(NOTRUNCBIN)) PROCESS NUMCHECK(ZON,PAC,BIN(NOTRUNCBIN),MSG) PROCESS NUMCHECK(ZON(ALPHNUM),PAC,BIN(NOTRUNCBIN),MSG) PROCESS NUMCHECK(ZON(NOALPHNUM),PAC,BIN(NOTRUNCBIN),MSG) PROCESS NUMCHECK(NOZON,PAC,BIN(NOTRUNCBIN),MSG) PROCESS NUMCHECK(ZON,NOPAC,BIN(NOTRUNCBIN),MSG) PROCESS NUMCHECK(ZON(ALPHNUM),NOPAC,BIN(NOTRUNCBIN),MSG) PROCESS NUMCHECK(ZON(NOALPHNUM),NOPAC,BIN(NOTRUNCBIN),MSG) PROCESS NUMCHECK(NOZON,NOPAC,BIN(NOTRUNCBIN),MSG) PROCESS NUMCHECK(ZON,PAC,BIN(NOTRUNCBIN),ABD) PROCESS NUMCHECK(ZON(ALPHNUM),PAC,BIN(NOTRUNCBIN),ABD) PROCESS NUMCHECK(ZON(NOALPHNUM),PAC,BIN(NOTRUNCBIN),ABD) PROCESS NUMCHECK(NOZON,PAC,BIN(NOTRUNCBIN),ABD) PROCESS NUMCHECK(ZON,NOPAC,BIN(NOTRUNCBIN),ABD) PROCESS NUMCHECK(ZON(ALPHNUM),NOPAC,BIN(NOTRUNCBIN),ABD) PROCESS NUMCHECK(ZON(NOALPHNUM),NOPAC,BIN(NOTRUNCBIN),ABD) PROCESS NUMCHECK(NOZON,NOPAC,BIN(NOTRUNCBIN),ABD) PROCESS NUMCHECK(ZON(ALPHNUM,LAX),BIN(NOTRUNCBIN)) PROCESS NUMCHECK(ZON(NOALPHNUM,LAX),BIN(NOTRUNCBIN)) PROCESS NUMCHECK(ZON(ALPHNUM,LAX),PAC,BIN(NOTRUNCBIN)) PROCESS NUMCHECK(ZON(ALPHNUM,LAX),NOPAC,BIN(NOTRUNCBIN)) PROCESS NUMCHECK(ZON(NOALPHNUM,LAX),PAC,BIN(NOTRUNCBIN)) PROCESS NUMCHECK(ZON(NOALPHNUM,LAX),NOPAC,BIN(NOTRUNCBIN)) PROCESS NUMCHECK(ZON(ALPHNUM,LAX),PAC,BIN(NOTRUNCBIN),MSG) PROCESS NUMCHECK(ZON(NOALPHNUM,LAX),PAC,BIN(NOTRUNCBIN),MSG) PROCESS NUMCHECK(ZON(ALPHNUM,LAX),NOPAC,BIN(NOTRUNCBIN),MSG) PROCESS NUMCHECK(ZON(NOALPHNUM,LAX),NOPAC,BIN(NOTRUNCBIN),MSG) PROCESS NUMCHECK(ZON(ALPHNUM,LAX),PAC,BIN(NOTRUNCBIN),ABD) PROCESS NUMCHECK(ZON(NOALPHNUM,LAX),PAC,BIN(NOTRUNCBIN),ABD) PROCESS NUMCHECK(ZON(ALPHNUM,LAX),NOPAC,BIN(NOTRUNCBIN),ABD) PROCESS NUMCHECK(ZON(NOALPHNUM,LAX),NOPAC,BIN(NOTRUNCBIN),ABD) PROCESS NUMCHECK(ZON(ALPHNUM,STRICT),BIN(NOTRUNCBIN)) PROCESS NUMCHECK(ZON(NOALPHNUM,STRICT),BIN(NOTRUNCBIN)) PROCESS NUMCHECK(ZON(ALPHNUM,STRICT),PAC,BIN(NOTRUNCBIN)) PROCESS NUMCHECK(ZON(ALPHNUM,STRICT),NOPAC,BIN(NOTRUNCBIN)) PROCESS NUMCHECK(ZON(NOALPHNUM,STRICT),PAC,BIN(NOTRUNCBIN)) PROCESS NUMCHECK(ZON(NOALPHNUM,STRICT),NOPAC,BIN(NOTRUNCBIN)) PROCESS NUMCHECK(ZON(ALPHNUM,STRICT),PAC,BIN(NOTRUNCBIN),MSG) PROCESS NUMCHECK(ZON(NOALPHNUM,STRICT),PAC,BIN(NOTRUNCBIN),MSG) PROCESS NUMCHECK(ZON(ALPHNUM,STRICT),NOPAC,BIN(NOTRUNCBIN),MSG) PROCESS NUMCHECK(ZON(NOALPHNUM,STRICT),NOPAC,BIN(NOTRUNCBIN),MSG) PROCESS NUMCHECK(ZON(ALPHNUM,STRICT),PAC,BIN(NOTRUNCBIN),ABD) PROCESS NUMCHECK(ZON(NOALPHNUM,STRICT),PAC,BIN(NOTRUNCBIN),ABD) PROCESS NUMCHECK(ZON(ALPHNUM,STRICT),NOPAC,BIN(NOTRUNCBIN),ABD) PROCESS NUMCHECK(ZON(NOALPHNUM,STRICT),NOPAC,BIN(NOTRUNCBIN),ABD) PROCESS NUMCHECK(ZON(LAX),BIN(NOTRUNCBIN)) PROCESS NUMCHECK(ZON(LAX),PAC,BIN(NOTRUNCBIN)) PROCESS NUMCHECK(ZON(LAX),NOPAC,BIN(NOTRUNCBIN)) PROCESS NUMCHECK(ZON(LAX),PAC,BIN(NOTRUNCBIN),MSG) PROCESS NUMCHECK(ZON(LAX),NOPAC,BIN(NOTRUNCBIN),MSG) PROCESS NUMCHECK(ZON(LAX),PAC,BIN(NOTRUNCBIN),ABD) PROCESS NUMCHECK(ZON(LAX),NOPAC,BIN(NOTRUNCBIN),ABD) PROCESS NUMCHECK(ZON(STRICT),BIN(NOTRUNCBIN)) PROCESS NUMCHECK(ZON(STRICT),PAC,BIN(NOTRUNCBIN)) PROCESS NUMCHECK(ZON(STRICT),NOPAC,BIN(NOTRUNCBIN)) PROCESS NUMCHECK(ZON(STRICT),PAC,BIN(NOTRUNCBIN),MSG) PROCESS NUMCHECK(ZON(STRICT),NOPAC,BIN(NOTRUNCBIN),MSG) PROCESS NUMCHECK(ZON(STRICT),PAC,BIN(NOTRUNCBIN),ABD) PROCESS NUMCHECK(ZON(STRICT),NOPAC,BIN(NOTRUNCBIN),ABD) PROCESS OBJECT PROCESS NOOBJECT PROCESS OBJ PROCESS NOOBJ PROCESS OFFSET PROCESS NOOFFSET PROCESS OFF PROCESS NOOFF PROCESS OPTFILE PROCESS OPTIMIZE(0) PROCESS OPTIMIZE(1) PROCESS OPTIMIZE(2) PROCESS OPT(0) PROCESS OPT(1) PROCESS OPT(2) PROCESS OUTDD(SYSOUT) PROCESS OUTDD(MOYA) PROCESS OUT(TALYN) PROCESS PARMCHECK PROCESS PARMCHECK(MSG) PROCESS PARMCHECK(ABD) PROCESS PARMCHECK(9999) PROCESS PARMCHECK(MSG,9999) PROCESS PARMCHECK(ABD,9999) PROCESS PC PROCESS PC(MSG) PROCESS PC(ABD) PROCESS PC(9999) PROCESS PC(MSG,9999) PROCESS PC(ABD,9999) PROCESS PGMNAME(COMPAT) PROCESS PGMNAME(LONGMIXED) PROCESS PGMNAME(LONGUPPER) PROCESS PGMNAME(CO) PROCESS PGMNAME(LM) PROCESS PGMNAME(M) PROCESS PGMNAME(MIXED) PROCESS PGMNAME(LU) PROCESS PGMNAME(U) PROCESS PGMNAME(UPPER) PROCESS PGMN(COMPAT) PROCESS PGMN(LONGMIXED) PROCESS PGMN(LONGUPPER) PROCESS PGMN(CO) PROCESS PGMN(LM) PROCESS PGMN(M) PROCESS PGMN(MIXED) PROCESS PGMN(LU) PROCESS PGMN(U) PROCESS PGMN(UPPER) PROCESS QUALIFY(COMPAT) PROCESS QUALIFY(EXTEND) PROCESS QUALIFY(C) PROCESS QUALIFY(E) PROCESS QUA(COMPAT) PROCESS QUA(EXTEND) PROCESS QUA(C) PROCESS QUA(E) PROCESS RENT PROCESS NORENT PROCESS RMODE(AUTO) PROCESS RMODE(24) PROCESS RMODE(ANY) PROCESS NORULES PROCESS RULES PROCESS RULES(ENDPERIOD) PROCESS RULES(NOENDPERIOD) PROCESS RULES(EVENPACK) PROCESS RULES(NOEVENPACK) PROCESS RULES(LAXPERF) PROCESS RULES(NOLAXPERF) PROCESS RULES(SLACKBYTES) PROCESS RULES(NOSLACKBYTES) PROCESS RULES(OMITODOMIN) PROCESS RULES(NOOMITODOMIN) PROCESS RULES(UNREF) PROCESS RULES(NOUNREFALL) PROCESS RULES(NOUNREFSOURCE) PROCESS RULES(ENDPERIOD,EVENPACK) PROCESS RULES(ENDPERIOD,NOEVENPACK) PROCESS RULES(ENDPERIOD,LAXPERF) PROCESS RULES(ENDPERIOD,NOLAXPERF) PROCESS RULES(ENDPERIOD,SLACKBYTES) PROCESS RULES(ENDPERIOD,NOSLACKBYTES) PROCESS RULES(ENDPERIOD,OMITODOMIN) PROCESS RULES(ENDPERIOD,NOOMITODOMIN) PROCESS RULES(ENDPERIOD,UNREF) PROCESS RULES(ENDPERIOD,NOUNREFALL) PROCESS RULES(ENDPERIOD,NOUNREFSOURCE) PROCESS RULES(ENDPERIOD,EVENPACK,LAXPERF) PROCESS RULES(ENDPERIOD,EVENPACK,NOLAXPERF) PROCESS RULES(ENDPERIOD,EVENPACK,SLACKBYTES) PROCESS RULES(ENDPERIOD,EVENPACK,NOSLACKBYTES) PROCESS RULES(ENDPERIOD,EVENPACK,OMITODOMIN) PROCESS RULES(ENDPERIOD,EVENPACK,NOOMITODOMIN) PROCESS RULES(ENDPERIOD,EVENPACK,UNREF) PROCESS RULES(ENDPERIOD,EVENPACK,NOUNREFALL) PROCESS RULES(ENDPERIOD,EVENPACK,NOUNREFSOURCE) PROCESS RULES(ENDPERIOD,EVENPACK,LAXPERF,SLACKBYTES) PROCESS RULES(ENDPERIOD,EVENPACK,LAXPERF,NOSLACKBYTES) PROCESS RULES(ENDPERIOD,EVENPACK,LAXPERF,OMITODOMIN) PROCESS RULES(ENDPERIOD,EVENPACK,LAXPERF,NOOMITODOMIN) PROCESS RULES(ENDPERIOD,EVENPACK,LAXPERF,UNREF) PROCESS RULES(ENDPERIOD,EVENPACK,LAXPERF,NOUNREFALL) PROCESS RULES(ENDPERIOD,EVENPACK,LAXPERF,NOUNREFSOURCE) PROCESS RULES(NOENDPERIOD,EVENPACK) PROCESS RULES(NOENDPERIOD,NOEVENPACK) PROCESS RULES(NOENDPERIOD,LAXPERF) PROCESS RULES(NOENDPERIOD,NOLAXPERF) PROCESS RULES(NOENDPERIOD,SLACKBYTES) PROCESS RULES(NOENDPERIOD,NOSLACKBYTES) PROCESS RULES(NOENDPERIOD,OMITODOMIN) PROCESS RULES(NOENDPERIOD,NOOMITODOMIN) PROCESS RULES(NOENDPERIOD,UNREF) PROCESS RULES(NOENDPERIOD,NOUNREFALL) PROCESS RULES(NOENDPERIOD,NOUNREFSOURCE) PROCESS RULES(NOENDPERIOD,EVENPACK,LAXPERF) PROCESS RULES(NOENDPERIOD,EVENPACK,NOLAXPERF) PROCESS RULES(NOENDPERIOD,EVENPACK,SLACKBYTES) PROCESS RULES(NOENDPERIOD,EVENPACK,NOSLACKBYTES) PROCESS RULES(NOENDPERIOD,EVENPACK,OMITODOMIN) PROCESS RULES(NOENDPERIOD,EVENPACK,NOOMITODOMIN) PROCESS RULES(NOENDPERIOD,EVENPACK,UNREF) PROCESS RULES(NOENDPERIOD,EVENPACK,NOUNREFALL) PROCESS RULES(NOENDPERIOD,EVENPACK,NOUNREFSOURCE) PROCESS RULES(NOENDPERIOD,EVENPACK,LAXPERF,SLACKBYTES) PROCESS RULES(NOENDPERIOD,EVENPACK,LAXPERF,NOSLACKBYTES) PROCESS RULES(NOENDPERIOD,EVENPACK,LAXPERF,OMITODOMIN) PROCESS RULES(NOENDPERIOD,EVENPACK,LAXPERF,NOOMITODOMIN) PROCESS RULES(NOENDPERIOD,EVENPACK,LAXPERF,UNREF) PROCESS RULES(NOENDPERIOD,EVENPACK,LAXPERF,NOUNREFALL) PROCESS RULES(NOENDPERIOD,EVENPACK,LAXPERF,NOUNREFSOURCE) PROCESS RULES(NOENDPERIOD,NOEVENPACK,LAXPERF) PROCESS RULES(NOENDPERIOD,NOEVENPACK,NOLAXPERF) PROCESS RULES(NOENDPERIOD,NOEVENPACK,SLACKBYTES) PROCESS RULES(NOENDPERIOD,NOEVENPACK,NOSLACKBYTES) PROCESS RULES(NOENDPERIOD,NOEVENPACK,OMITODOMIN) PROCESS RULES(NOENDPERIOD,NOEVENPACK,NOOMITODOMIN) PROCESS RULES(NOENDPERIOD,NOEVENPACK,UNREF) PROCESS RULES(NOENDPERIOD,NOEVENPACK,NOUNREFALL) PROCESS RULES(NOENDPERIOD,NOEVENPACK,NOUNREFSOURCE) PROCESS RULES(NOENDPERIOD,NOEVENPACK,LAXPERF,SLACKBYTES) PROCESS RULES(NOENDPERIOD,NOEVENPACK,LAXPERF,NOSLACKBYTES) PROCESS RULES(NOENDPERIOD,NOEVENPACK,LAXPERF,OMITODOMIN) PROCESS RULES(NOENDPERIOD,NOEVENPACK,LAXPERF,NOOMITODOMIN) PROCESS RULES(NOENDPERIOD,NOEVENPACK,LAXPERF,UNREF) PROCESS RULES(NOENDPERIOD,NOEVENPACK,LAXPERF,NOUNREFALL) PROCESS RULES(NOENDPERIOD,NOEVENPACK,LAXPERF,NOUNREFSOURCE) PROCESS RULES(NOENDPERIOD,NOEVENPACK,NOLAXPERF,SLACKBYTES) PROCESS RULES(NOENDPERIOD,NOEVENPACK,NOLAXPERF,NOSLACKBYTES) PROCESS RULES(NOENDPERIOD,NOEVENPACK,NOLAXPERF,OMITODOMIN) PROCESS RULES(NOENDPERIOD,NOEVENPACK,NOLAXPERF,NOOMITODOMIN) PROCESS RULES(NOENDPERIOD,NOEVENPACK,NOLAXPERF,UNREF) PROCESS RULES(NOENDPERIOD,NOEVENPACK,NOLAXPERF,NOUNREFALL) PROCESS RULES(NOENDPERIOD,NOEVENPACK,NOLAXPERF,NOUNREFSOURCE) PROCESS RULES(EVENPACK,LAXPERF) PROCESS RULES(EVENPACK,NOLAXPERF) PROCESS RULES(EVENPACK,SLACKBYTES) PROCESS RULES(EVENPACK,NOSLACKBYTES) PROCESS RULES(EVENPACK,OMITODOMIN) PROCESS RULES(EVENPACK,NOOMITODOMIN) PROCESS RULES(EVENPACK,UNREF) PROCESS RULES(EVENPACK,NOUNREFALL) PROCESS RULES(EVENPACK,NOUNREFSOURCE) PROCESS RULES(EVENPACK,LAXPERF,SLACKBYTES) PROCESS RULES(EVENPACK,LAXPERF,NOSLACKBYTES) PROCESS RULES(EVENPACK,LAXPERF,OMITODOMIN) PROCESS RULES(EVENPACK,LAXPERF,NOOMITODOMIN) PROCESS RULES(EVENPACK,LAXPERF,UNREF) PROCESS RULES(EVENPACK,LAXPERF,NOUNREFALL) PROCESS RULES(EVENPACK,LAXPERF,NOUNREFSOURCE) PROCESS RULES(EVENPACK,LAXPERF) PROCESS RULES(EVENPACK,NOLAXPERF) PROCESS RULES(EVENPACK,SLACKBYTES) PROCESS RULES(EVENPACK,NOSLACKBYTES) PROCESS RULES(EVENPACK,OMITODOMIN) PROCESS RULES(EVENPACK,NOOMITODOMIN) PROCESS RULES(EVENPACK,UNREF) PROCESS RULES(EVENPACK,NOUNREFALL) PROCESS RULES(EVENPACK,NOUNREFSOURCE) PROCESS RULES(EVENPACK,LAXPERF,SLACKBYTES) PROCESS RULES(EVENPACK,LAXPERF,NOSLACKBYTES) PROCESS RULES(EVENPACK,LAXPERF,OMITODOMIN) PROCESS RULES(EVENPACK,LAXPERF,NOOMITODOMIN) PROCESS RULES(EVENPACK,LAXPERF,UNREF) PROCESS RULES(EVENPACK,LAXPERF,NOUNREFALL) PROCESS RULES(EVENPACK,LAXPERF,NOUNREFSOURCE) PROCESS RULES(NOEVENPACK,LAXPERF) PROCESS RULES(NOEVENPACK,NOLAXPERF) PROCESS RULES(NOEVENPACK,SLACKBYTES) PROCESS RULES(NOEVENPACK,NOSLACKBYTES) PROCESS RULES(NOEVENPACK,OMITODOMIN) PROCESS RULES(NOEVENPACK,NOOMITODOMIN) PROCESS RULES(NOEVENPACK,UNREF) PROCESS RULES(NOEVENPACK,NOUNREFALL) PROCESS RULES(NOEVENPACK,NOUNREFSOURCE) PROCESS RULES(NOEVENPACK,LAXPERF,SLACKBYTES) PROCESS RULES(NOEVENPACK,LAXPERF,NOSLACKBYTES) PROCESS RULES(NOEVENPACK,LAXPERF,OMITODOMIN) PROCESS RULES(NOEVENPACK,LAXPERF,NOOMITODOMIN) PROCESS RULES(NOEVENPACK,LAXPERF,UNREF) PROCESS RULES(NOEVENPACK,LAXPERF,NOUNREFALL) PROCESS RULES(NOEVENPACK,LAXPERF,NOUNREFSOURCE) PROCESS RULES(NOEVENPACK,NOLAXPERF,SLACKBYTES) PROCESS RULES(NOEVENPACK,NOLAXPERF,NOSLACKBYTES) PROCESS RULES(NOEVENPACK,NOLAXPERF,OMITODOMIN) PROCESS RULES(NOEVENPACK,NOLAXPERF,NOOMITODOMIN) PROCESS RULES(NOEVENPACK,NOLAXPERF,UNREF) PROCESS RULES(NOEVENPACK,NOLAXPERF,NOUNREFALL) PROCESS RULES(NOEVENPACK,NOLAXPERF,NOUNREFSOURCE) PROCESS RULES(ENDP) PROCESS RULES(NOENDP) PROCESS RULES(EVENP) PROCESS RULES(NOEVENP) PROCESS RULES(LXPRF) PROCESS RULES(NOLXPRF) PROCESS RULES(SLCKB) PROCESS RULES(NOSLCKB) PROCESS RULES(OOM) PROCESS RULES(NOOOM) PROCESS RULES(UNREF) PROCESS RULES(NOUNRA) PROCESS RULES(NOUNRS) PROCESS RULES(ENDP,EVENP) PROCESS RULES(ENDP,NOEVENP) PROCESS RULES(ENDP,LXPRF) PROCESS RULES(ENDP,NOLXPRF) PROCESS RULES(ENDP,SLCKB) PROCESS RULES(ENDP,NOSLCKB) PROCESS RULES(ENDP,OOM) PROCESS RULES(ENDP,NOOOM) PROCESS RULES(ENDP,UNREF) PROCESS RULES(ENDP,NOUNRA) PROCESS RULES(ENDP,NOUNRS) PROCESS RULES(ENDP,EVENP,LXPRF) PROCESS RULES(ENDP,EVENP,NOLXPRF) PROCESS RULES(ENDP,EVENP,SLCKB) PROCESS RULES(ENDP,EVENP,NOSLCKB) PROCESS RULES(ENDP,EVENP,OOM) PROCESS RULES(ENDP,EVENP,NOOOM) PROCESS RULES(ENDP,EVENP,UNREF) PROCESS RULES(ENDP,EVENP,NOUNRA) PROCESS RULES(ENDP,EVENP,NOUNRS) PROCESS RULES(ENDP,EVENP,LXPRF,SLCKB) PROCESS RULES(ENDP,EVENP,LXPRF,NOSLCKB) PROCESS RULES(ENDP,EVENP,LXPRF,OOM) PROCESS RULES(ENDP,EVENP,LXPRF,NOOOM) PROCESS RULES(ENDP,EVENP,LXPRF,UNREF) PROCESS RULES(ENDP,EVENP,LXPRF,NOUNRA) PROCESS RULES(ENDP,EVENP,LXPRF,NOUNRS) PROCESS RULES(ENDP,EVENP,LXPRF,SLCKB,OOM) PROCESS RULES(ENDP,EVENP,LXPRF,SLCKB,NOOOM) PROCESS RULES(ENDP,EVENP,LXPRF,SLCKB,UNREF) PROCESS RULES(ENDP,EVENP,LXPRF,SLCKB,NOUNRA) PROCESS RULES(ENDP,EVENP,LXPRF,SLCKB,NOUNRS) PROCESS RULES(ENDP,EVENP,LXPRF,SLCKB,OOM,UNREF) PROCESS RULES(ENDP,EVENP,LXPRF,SLCKB,OOM,NOUNRA) PROCESS RULES(ENDP,EVENP,LXPRF,SLCKB,OOM,NOUNRS) PROCESS RULES(NOENDP,EVENP,LXPRF) PROCESS RULES(NOENDP,EVENP,NOLXPRF) PROCESS RULES(NOENDP,EVENP,SLCKB) PROCESS RULES(NOENDP,EVENP,NOSLCKB) PROCESS RULES(NOENDP,EVENP,OOM) PROCESS RULES(NOENDP,EVENP,NOOOM) PROCESS RULES(NOENDP,EVENP,UNREF) PROCESS RULES(NOENDP,EVENP,NOUNRA) PROCESS RULES(NOENDP,EVENP,NOUNRS) PROCESS RULES(NOENDP,EVENP,LXPRF,SLCKB) PROCESS RULES(NOENDP,EVENP,LXPRF,NOSLCKB) PROCESS RULES(NOENDP,EVENP,LXPRF,OOM) PROCESS RULES(NOENDP,EVENP,LXPRF,NOOOM) PROCESS RULES(NOENDP,EVENP,LXPRF,UNREF) PROCESS RULES(NOENDP,EVENP,LXPRF,NOUNRA) PROCESS RULES(NOENDP,EVENP,LXPRF,NOUNRS) PROCESS RULES(NOENDP,EVENP,LXPRF,SLCKB,OOM) PROCESS RULES(NOENDP,EVENP,LXPRF,SLCKB,NOOOM) PROCESS RULES(NOENDP,EVENP,LXPRF,SLCKB,UNREF) PROCESS RULES(NOENDP,EVENP,LXPRF,SLCKB,NOUNRA) PROCESS RULES(NOENDP,EVENP,LXPRF,SLCKB,NOUNRS) PROCESS RULES(NOENDP,EVENP,LXPRF,SLCKB,OOM,UNREF) PROCESS RULES(NOENDP,EVENP,LXPRF,SLCKB,OOM,NOUNRA) PROCESS RULES(NOENDP,EVENP,LXPRF,SLCKB,OOM,NOUNRS) PROCESS RULES(NOENDP,NOEVENP,LXPRF) PROCESS RULES(NOENDP,NOEVENP,NOLXPRF) PROCESS RULES(NOENDP,NOEVENP,SLCKB) PROCESS RULES(NOENDP,NOEVENP,NOSLCKB) PROCESS RULES(NOENDP,NOEVENP,OOM) PROCESS RULES(NOENDP,NOEVENP,NOOOM) PROCESS RULES(NOENDP,NOEVENP,UNREF) PROCESS RULES(NOENDP,NOEVENP,NOUNRA) PROCESS RULES(NOENDP,NOEVENP,NOUNRS) PROCESS RULES(NOENDP,NOEVENP,LXPRF,SLCKB) PROCESS RULES(NOENDP,NOEVENP,LXPRF,NOSLCKB) PROCESS RULES(NOENDP,NOEVENP,LXPRF,OOM) PROCESS RULES(NOENDP,NOEVENP,LXPRF,NOOOM) PROCESS RULES(NOENDP,NOEVENP,LXPRF,UNREF) PROCESS RULES(NOENDP,NOEVENP,LXPRF,NOUNRA) PROCESS RULES(NOENDP,NOEVENP,LXPRF,NOUNRS) PROCESS RULES(NOENDP,NOEVENP,LXPRF,SLCKB,OOM) PROCESS RULES(NOENDP,NOEVENP,LXPRF,SLCKB,NOOOM) PROCESS RULES(NOENDP,NOEVENP,LXPRF,SLCKB,UNREF) PROCESS RULES(NOENDP,NOEVENP,LXPRF,SLCKB,NOUNRA) PROCESS RULES(NOENDP,NOEVENP,LXPRF,SLCKB,NOUNRS) PROCESS RULES(NOENDP,NOEVENP,LXPRF,SLCKB,OOM,UNREF) PROCESS RULES(NOENDP,NOEVENP,LXPRF,SLCKB,OOM,NOUNRA) PROCESS RULES(NOENDP,NOEVENP,LXPRF,SLCKB,OOM,NOUNRS) PROCESS RULES(NOENDP,NOEVENP,NOLXPRF,SLCKB) PROCESS RULES(NOENDP,NOEVENP,NOLXPRF,NOSLCKB) PROCESS RULES(NOENDP,NOEVENP,NOLXPRF,OOM) PROCESS RULES(NOENDP,NOEVENP,NOLXPRF,NOOOM) PROCESS RULES(NOENDP,NOEVENP,NOLXPRF,UNREF) PROCESS RULES(NOENDP,NOEVENP,NOLXPRF,NOUNRA) PROCESS RULES(NOENDP,NOEVENP,NOLXPRF,NOUNRS) PROCESS RULES(NOENDP,NOEVENP,NOLXPRF,SLCKB,OOM) PROCESS RULES(NOENDP,NOEVENP,NOLXPRF,SLCKB,NOOOM) PROCESS RULES(NOENDP,NOEVENP,NOLXPRF,SLCKB,UNREF) PROCESS RULES(NOENDP,NOEVENP,NOLXPRF,SLCKB,NOUNRA) PROCESS RULES(NOENDP,NOEVENP,NOLXPRF,SLCKB,NOUNRS) PROCESS RULES(NOENDP,NOEVENP,NOLXPRF,SLCKB,OOM,UNREF) PROCESS RULES(NOENDP,NOEVENP,NOLXPRF,SLCKB,OOM,NOUNRA) PROCESS RULES(NOENDP,NOEVENP,NOLXPRF,SLCKB,OOM,NOUNRS) PROCESS RULES(NOENDP,NOEVENP,NOLXPRF,NOSLCKB,OOM) PROCESS RULES(NOENDP,NOEVENP,NOLXPRF,NOSLCKB,NOOOM) PROCESS RULES(NOENDP,NOEVENP,NOLXPRF,NOSLCKB,UNREF) PROCESS RULES(NOENDP,NOEVENP,NOLXPRF,NOSLCKB,NOUNRA) PROCESS RULES(NOENDP,NOEVENP,NOLXPRF,NOSLCKB,NOUNRS) PROCESS RULES(NOENDP,NOEVENP,NOLXPRF,NOSLCKB,OOM,UNREF) PROCESS RULES(NOENDP,NOEVENP,NOLXPRF,NOSLCKB,OOM,NOUNRA) PROCESS RULES(NOENDP,NOEVENP,NOLXPRF,NOSLCKB,OOM,NOUNRS) PROCESS RULES(NOENDP,NOEVENP,NOLXPRF,NOSLCKB,NOOOM,UNREF) PROCESS RULES(NOENDP,NOEVENP,NOLXPRF,NOSLCKB,NOOOM,NOUNRA) PROCESS RULES(NOENDP,NOEVENP,NOLXPRF,NOSLCKB,NOOOM,NOUNRS) PROCESS RULES(EVENP,LXPRF) PROCESS RULES(EVENP,NOLXPRF) PROCESS RULES(EVENP,SLCKB) PROCESS RULES(EVENP,NOSLCKB) PROCESS RULES(EVENP,OOM) PROCESS RULES(EVENP,NOOOM) PROCESS RULES(EVENP,UNREF) PROCESS RULES(EVENP,NOUNRA) PROCESS RULES(EVENP,NOUNRS) PROCESS RULES(EVENP,LXPRF,SLCKB) PROCESS RULES(EVENP,LXPRF,NOSLCKB) PROCESS RULES(EVENP,LXPRF,OOM) PROCESS RULES(EVENP,LXPRF,NOOOM) PROCESS RULES(EVENP,LXPRF,UNREF) PROCESS RULES(EVENP,LXPRF,NOUNRA) PROCESS RULES(EVENP,LXPRF,NOUNRS) PROCESS RULES(EVENP,LXPRF,SLCKB,OOM) PROCESS RULES(EVENP,LXPRF,SLCKB,NOOOM) PROCESS RULES(EVENP,LXPRF,SLCKB,UNREF) PROCESS RULES(EVENP,LXPRF,SLCKB,NOUNRA) PROCESS RULES(EVENP,LXPRF,SLCKB,NOUNRS) PROCESS RULES(EVENP,LXPRF,SLCKB,OOM,UNREF) PROCESS RULES(EVENP,LXPRF,SLCKB,OOM,NOUNRA) PROCESS RULES(EVENP,LXPRF,SLCKB,OOM,NOUNRS) PROCESS RULES(LXPRF,SLCKB) PROCESS RULES(LXPRF,NOSLCKB) PROCESS RULES(LXPRF,OOM) PROCESS RULES(LXPRF,NOOOM) PROCESS RULES(LXPRF,UNREF) PROCESS RULES(LXPRF,NOUNRA) PROCESS RULES(LXPRF,NOUNRS) PROCESS RULES(LXPRF,SLCKB,OOM) PROCESS RULES(LXPRF,SLCKB,NOOOM) PROCESS RULES(LXPRF,SLCKB,UNREF) PROCESS RULES(LXPRF,SLCKB,NOUNRA) PROCESS RULES(LXPRF,SLCKB,NOUNRS) PROCESS RULES(LXPRF,SLCKB,OOM,UNREF) PROCESS RULES(LXPRF,SLCKB,OOM,NOUNRA) PROCESS RULES(LXPRF,SLCKB,OOM,NOUNRS) PROCESS RULES(SLCKB,OOM) PROCESS RULES(SLCKB,NOOOM) PROCESS RULES(SLCKB,UNREF) PROCESS RULES(SLCKB,NOUNRA) PROCESS RULES(SLCKB,NOUNRS) PROCESS RULES(SLCKB,OOM,UNREF) PROCESS RULES(SLCKB,OOM,NOUNRA) PROCESS RULES(SLCKB,OOM,NOUNRS) PROCESS RULES(OOM,UNREF) PROCESS RULES(OOM,NOUNRA) PROCESS RULES(OOM,NOUNRS) PROCESS RULES(NOEVENP,LXPRF) PROCESS RULES(NOEVENP,NOLXPRF) PROCESS RULES(NOEVENP,SLCKB) PROCESS RULES(NOEVENP,NOSLCKB) PROCESS RULES(NOEVENP,OOM) PROCESS RULES(NOEVENP,NOOOM) PROCESS RULES(NOEVENP,UNREF) PROCESS RULES(NOEVENP,NOUNRA) PROCESS RULES(NOEVENP,NOUNRS) PROCESS RULES(NOEVENP,LXPRF,SLCKB) PROCESS RULES(NOEVENP,LXPRF,NOSLCKB) PROCESS RULES(NOEVENP,LXPRF,OOM) PROCESS RULES(NOEVENP,LXPRF,NOOOM) PROCESS RULES(NOEVENP,LXPRF,UNREF) PROCESS RULES(NOEVENP,LXPRF,NOUNRA) PROCESS RULES(NOEVENP,LXPRF,NOUNRS) PROCESS RULES(NOEVENP,LXPRF,SLCKB,OOM) PROCESS RULES(NOEVENP,LXPRF,SLCKB,NOOOM) PROCESS RULES(NOEVENP,LXPRF,SLCKB,UNREF) PROCESS RULES(NOEVENP,LXPRF,SLCKB,NOUNRA) PROCESS RULES(NOEVENP,LXPRF,SLCKB,NOUNRS) PROCESS RULES(NOEVENP,LXPRF,SLCKB,OOM,UNREF) PROCESS RULES(NOEVENP,LXPRF,SLCKB,OOM,NOUNRA) PROCESS RULES(NOEVENP,LXPRF,SLCKB,OOM,NOUNRS) PROCESS RULES(NOEVENP,NOLXPRF,SLCKB) PROCESS RULES(NOEVENP,NOLXPRF,NOSLCKB) PROCESS RULES(NOEVENP,NOLXPRF,OOM) PROCESS RULES(NOEVENP,NOLXPRF,NOOOM) PROCESS RULES(NOEVENP,NOLXPRF,UNREF) PROCESS RULES(NOEVENP,NOLXPRF,NOUNRA) PROCESS RULES(NOEVENP,NOLXPRF,NOUNRS) PROCESS RULES(NOEVENP,NOLXPRF,SLCKB,OOM) PROCESS RULES(NOEVENP,NOLXPRF,SLCKB,NOOOM) PROCESS RULES(NOEVENP,NOLXPRF,SLCKB,UNREF) PROCESS RULES(NOEVENP,NOLXPRF,SLCKB,NOUNRA) PROCESS RULES(NOEVENP,NOLXPRF,SLCKB,NOUNRS) PROCESS RULES(NOEVENP,NOLXPRF,SLCKB,OOM,UNREF) PROCESS RULES(NOEVENP,NOLXPRF,SLCKB,OOM,NOUNRA) PROCESS RULES(NOEVENP,NOLXPRF,SLCKB,OOM,NOUNRS) PROCESS RULES(NOEVENP,NOLXPRF,NOSLCKB,OOM) PROCESS RULES(NOEVENP,NOLXPRF,NOSLCKB,NOOOM) PROCESS RULES(NOEVENP,NOLXPRF,NOSLCKB,UNREF) PROCESS RULES(NOEVENP,NOLXPRF,NOSLCKB,NOUNRA) PROCESS RULES(NOEVENP,NOLXPRF,NOSLCKB,NOUNRS) PROCESS RULES(NOEVENP,NOLXPRF,NOSLCKB,OOM,UNREF) PROCESS RULES(NOEVENP,NOLXPRF,NOSLCKB,OOM,NOUNRA) PROCESS RULES(NOEVENP,NOLXPRF,NOSLCKB,OOM,NOUNRS) PROCESS RULES(NOEVENP,NOLXPRF,NOSLCKB,NOOOM,UNREF) PROCESS RULES(NOEVENP,NOLXPRF,NOSLCKB,NOOOM,NOUNRA) PROCESS RULES(NOEVENP,NOLXPRF,NOSLCKB,NOOOM,NOUNRS) PROCESS RULES(NOLXPRF,SLCKB) PROCESS RULES(NOLXPRF,NOSLCKB) PROCESS RULES(NOLXPRF,OOM) PROCESS RULES(NOLXPRF,NOOOM) PROCESS RULES(NOLXPRF,UNREF) PROCESS RULES(NOLXPRF,NOUNRA) PROCESS RULES(NOLXPRF,NOUNRS) PROCESS RULES(NOLXPRF,SLCKB,OOM) PROCESS RULES(NOLXPRF,SLCKB,NOOOM) PROCESS RULES(NOLXPRF,SLCKB,UNREF) PROCESS RULES(NOLXPRF,SLCKB,NOUNRA) PROCESS RULES(NOLXPRF,SLCKB,NOUNRS) PROCESS RULES(NOLXPRF,SLCKB,OOM,UNREF) PROCESS RULES(NOLXPRF,SLCKB,OOM,NOUNRA) PROCESS RULES(NOLXPRF,SLCKB,OOM,NOUNRS) PROCESS RULES(NOLXPRF,NOSLCKB,OOM) PROCESS RULES(NOLXPRF,NOSLCKB,NOOOM) PROCESS RULES(NOLXPRF,NOSLCKB,UNREF) PROCESS RULES(NOLXPRF,NOSLCKB,NOUNRA) PROCESS RULES(NOLXPRF,NOSLCKB,NOUNRS) PROCESS RULES(NOLXPRF,NOSLCKB,OOM,UNREF) PROCESS RULES(NOLXPRF,NOSLCKB,OOM,NOUNRA) PROCESS RULES(NOLXPRF,NOSLCKB,OOM,NOUNRS) PROCESS RULES(NOLXPRF,NOSLCKB,NOOOM,UNREF) PROCESS RULES(NOLXPRF,NOSLCKB,NOOOM,NOUNRA) PROCESS RULES(NOLXPRF,NOSLCKB,NOOOM,NOUNRS) PROCESS RULES(NOSLCKB,OOM) PROCESS RULES(NOSLCKB,NOOOM) PROCESS RULES(NOSLCKB,UNREF) PROCESS RULES(NOSLCKB,NOUNRA) PROCESS RULES(NOSLCKB,NOUNRS) PROCESS RULES(NOSLCKB,OOM,UNREF) PROCESS RULES(NOSLCKB,OOM,NOUNRA) PROCESS RULES(NOSLCKB,OOM,NOUNRS) PROCESS RULES(NOSLCKB,NOOOM,UNREF) PROCESS RULES(NOSLCKB,NOOOM,NOUNRA) PROCESS RULES(NOSLCKB,NOOOM,NOUNRS) PROCESS RULES(NOOOM,UNREF) PROCESS RULES(NOOOM,NOUNRA) PROCESS RULES(NOOOM,NOUNRS) PROCESS RULES(LAXREDEF) PROCESS RULES(NOLAXREDEF) PROCESS RULES(ENDPERIOD,LAXREDEF) PROCESS RULES(NOENDPERIOD,LAXREDEF) PROCESS RULES(EVENPACK,LAXREDEF) PROCESS RULES(NOEVENPACK,LAXREDEF) PROCESS RULES(LAXPERF,LAXREDEF) PROCESS RULES(NOLAXPERF,LAXREDEF) PROCESS RULES(SLACKBYTES,LAXREDEF) PROCESS RULES(NOSLACKBYTES,LAXREDEF) PROCESS RULES(OMITODOMIN,LAXREDEF) PROCESS RULES(NOOMITODOMIN,LAXREDEF) PROCESS RULES(UNREF,LAXREDEF) PROCESS RULES(NOUNREFALL,LAXREDEF) PROCESS RULES(NOUNREFSOURCE,LAXREDEF) PROCESS RULES(ENDPERIOD,EVENPACK,LAXREDEF) PROCESS RULES(ENDPERIOD,NOEVENPACK,LAXREDEF) PROCESS RULES(ENDPERIOD,LAXPERF,LAXREDEF) PROCESS RULES(ENDPERIOD,NOLAXPERF,LAXREDEF) PROCESS RULES(ENDPERIOD,SLACKBYTES,LAXREDEF) PROCESS RULES(ENDPERIOD,NOSLACKBYTES,LAXREDEF) PROCESS RULES(ENDPERIOD,OMITODOMIN,LAXREDEF) PROCESS RULES(ENDPERIOD,NOOMITODOMIN,LAXREDEF) PROCESS RULES(ENDPERIOD,UNREF,LAXREDEF) PROCESS RULES(ENDPERIOD,NOUNREFALL,LAXREDEF) PROCESS RULES(ENDPERIOD,NOUNREFSOURCE,LAXREDEF) PROCESS RULES(ENDPERIOD,EVENPACK,LAXPERF,LAXREDEF) PROCESS RULES(ENDPERIOD,EVENPACK,NOLAXPERF,LAXREDEF) PROCESS RULES(ENDPERIOD,EVENPACK,SLACKBYTES,LAXREDEF) PROCESS RULES(ENDPERIOD,EVENPACK,NOSLACKBYTES,LAXREDEF) PROCESS RULES(ENDPERIOD,EVENPACK,OMITODOMIN,LAXREDEF) PROCESS RULES(ENDPERIOD,EVENPACK,NOOMITODOMIN,LAXREDEF) PROCESS RULES(ENDPERIOD,EVENPACK,UNREF,LAXREDEF) PROCESS RULES(ENDPERIOD,EVENPACK,NOUNREFALL,LAXREDEF) PROCESS RULES(ENDPERIOD,EVENPACK,NOUNREFSOURCE,LAXREDEF) PROCESS RULES(ENDPERIOD,EVENPACK,LAXPERF,SLACKBYTES,LAXREDEF) PROCESS RULES(ENDPERIOD,EVENPACK,LAXPERF,NOSLACKBYTES,LAXREDEF) PROCESS RULES(ENDPERIOD,EVENPACK,LAXPERF,OMITODOMIN,LAXREDEF) PROCESS RULES(ENDPERIOD,EVENPACK,LAXPERF,NOOMITODOMIN,LAXREDEF) PROCESS RULES(ENDPERIOD,EVENPACK,LAXPERF,UNREF,LAXREDEF) PROCESS RULES(ENDPERIOD,EVENPACK,LAXPERF,NOUNREFALL,LAXREDEF) PROCESS RULES(ENDPERIOD,EVENPACK,LAXPERF,NOUNREFSOURCE,LAXREDEF) PROCESS RULES(NOENDPERIOD,EVENPACK,LAXREDEF) PROCESS RULES(NOENDPERIOD,NOEVENPACK,LAXREDEF) PROCESS RULES(NOENDPERIOD,LAXPERF,LAXREDEF) PROCESS RULES(NOENDPERIOD,NOLAXPERF,LAXREDEF) PROCESS RULES(NOENDPERIOD,SLACKBYTES,LAXREDEF) PROCESS RULES(NOENDPERIOD,NOSLACKBYTES,LAXREDEF) PROCESS RULES(NOENDPERIOD,OMITODOMIN,LAXREDEF) PROCESS RULES(NOENDPERIOD,NOOMITODOMIN,LAXREDEF) PROCESS RULES(NOENDPERIOD,UNREF,LAXREDEF) PROCESS RULES(NOENDPERIOD,NOUNREFALL,LAXREDEF) PROCESS RULES(NOENDPERIOD,NOUNREFSOURCE,LAXREDEF) PROCESS RULES(NOENDPERIOD,EVENPACK,LAXPERF,LAXREDEF) PROCESS RULES(NOENDPERIOD,EVENPACK,NOLAXPERF,LAXREDEF) PROCESS RULES(NOENDPERIOD,EVENPACK,SLACKBYTES,LAXREDEF) PROCESS RULES(NOENDPERIOD,EVENPACK,NOSLACKBYTES,LAXREDEF) PROCESS RULES(NOENDPERIOD,EVENPACK,OMITODOMIN,LAXREDEF) PROCESS RULES(NOENDPERIOD,EVENPACK,NOOMITODOMIN,LAXREDEF) PROCESS RULES(NOENDPERIOD,EVENPACK,UNREF,LAXREDEF) PROCESS RULES(NOENDPERIOD,EVENPACK,NOUNREFALL,LAXREDEF) PROCESS RULES(NOENDPERIOD,EVENPACK,NOUNREFSOURCE,LAXREDEF) PROCESS RULES(NOENDPERIOD,EVENPACK,LAXPERF,SLACKBYTES,LAXREDEF) PROCESS RULES(NOENDPERIOD,EVENPACK,LAXPERF,NOSLACKBYTES,LAXREDEF) PROCESS RULES(NOENDPERIOD,EVENPACK,LAXPERF,OMITODOMIN,LAXREDEF) PROCESS RULES(NOENDPERIOD,EVENPACK,LAXPERF,NOOMITODOMIN,LAXREDEF) PROCESS RULES(NOENDPERIOD,EVENPACK,LAXPERF,UNREF,LAXREDEF) PROCESS RULES(NOENDPERIOD,EVENPACK,LAXPERF,NOUNREFALL,LAXREDEF) PROCESS RULES(NOENDPERIOD,NOEVENPACK,LAXPERF,LAXREDEF) PROCESS RULES(NOENDPERIOD,NOEVENPACK,NOLAXPERF,LAXREDEF) PROCESS RULES(NOENDPERIOD,NOEVENPACK,SLACKBYTES,LAXREDEF) PROCESS RULES(NOENDPERIOD,NOEVENPACK,NOSLACKBYTES,LAXREDEF) PROCESS RULES(NOENDPERIOD,NOEVENPACK,OMITODOMIN,LAXREDEF) PROCESS RULES(NOENDPERIOD,NOEVENPACK,NOOMITODOMIN,LAXREDEF) PROCESS RULES(NOENDPERIOD,NOEVENPACK,UNREF,LAXREDEF) PROCESS RULES(NOENDPERIOD,NOEVENPACK,NOUNREFALL,LAXREDEF) PROCESS RULES(NOENDPERIOD,NOEVENPACK,NOUNREFSOURCE,LAXREDEF) PROCESS RULES(NOENDPERIOD,NOEVENPACK,LAXPERF,SLACKBYTES,LAXREDEF) PROCESS RULES(NOENDPERIOD,NOEVENPACK,LAXPERF,OMITODOMIN,LAXREDEF) PROCESS RULES(NOENDPERIOD,NOEVENPACK,LAXPERF,UNREF,LAXREDEF) PROCESS RULES(NOENDPERIOD,NOEVENPACK,LAXPERF,NOUNREFALL,LAXREDEF) PROCESS RULES(NOENDPERIOD,NOEVENPACK,NOLAXPERF,UNREF,LAXREDEF) PROCESS RULES(EVENPACK,LAXPERF,LAXREDEF) PROCESS RULES(EVENPACK,NOLAXPERF,LAXREDEF) PROCESS RULES(EVENPACK,SLACKBYTES,LAXREDEF) PROCESS RULES(EVENPACK,NOSLACKBYTES,LAXREDEF) PROCESS RULES(EVENPACK,OMITODOMIN,LAXREDEF) PROCESS RULES(EVENPACK,NOOMITODOMIN,LAXREDEF) PROCESS RULES(EVENPACK,UNREF,LAXREDEF) PROCESS RULES(EVENPACK,NOUNREFALL,LAXREDEF) PROCESS RULES(EVENPACK,NOUNREFSOURCE,LAXREDEF) PROCESS RULES(EVENPACK,LAXPERF,SLACKBYTES,LAXREDEF) PROCESS RULES(EVENPACK,LAXPERF,NOSLACKBYTES,LAXREDEF) PROCESS RULES(EVENPACK,LAXPERF,OMITODOMIN,LAXREDEF) PROCESS RULES(EVENPACK,LAXPERF,NOOMITODOMIN,LAXREDEF) PROCESS RULES(EVENPACK,LAXPERF,UNREF,LAXREDEF) PROCESS RULES(EVENPACK,LAXPERF,NOUNREFALL,LAXREDEF) PROCESS RULES(EVENPACK,LAXPERF,NOUNREFSOURCE,LAXREDEF) PROCESS RULES(EVENPACK,LAXPERF,LAXREDEF) PROCESS RULES(EVENPACK,NOLAXPERF,LAXREDEF) PROCESS RULES(EVENPACK,SLACKBYTES,LAXREDEF) PROCESS RULES(EVENPACK,NOSLACKBYTES,LAXREDEF) PROCESS RULES(EVENPACK,OMITODOMIN,LAXREDEF) PROCESS RULES(EVENPACK,NOOMITODOMIN,LAXREDEF) PROCESS RULES(EVENPACK,UNREF,LAXREDEF) PROCESS RULES(EVENPACK,NOUNREFALL,LAXREDEF) PROCESS RULES(EVENPACK,NOUNREFSOURCE,LAXREDEF) PROCESS RULES(EVENPACK,LAXPERF,SLACKBYTES,LAXREDEF) PROCESS RULES(EVENPACK,LAXPERF,NOSLACKBYTES,LAXREDEF) PROCESS RULES(EVENPACK,LAXPERF,OMITODOMIN,LAXREDEF) PROCESS RULES(EVENPACK,LAXPERF,NOOMITODOMIN,LAXREDEF) PROCESS RULES(EVENPACK,LAXPERF,UNREF,LAXREDEF) PROCESS RULES(EVENPACK,LAXPERF,NOUNREFALL,LAXREDEF) PROCESS RULES(EVENPACK,LAXPERF,NOUNREFSOURCE,LAXREDEF) PROCESS RULES(NOEVENPACK,LAXPERF,LAXREDEF) PROCESS RULES(NOEVENPACK,NOLAXPERF,LAXREDEF) PROCESS RULES(NOEVENPACK,SLACKBYTES,LAXREDEF) PROCESS RULES(NOEVENPACK,NOSLACKBYTES,LAXREDEF) PROCESS RULES(NOEVENPACK,OMITODOMIN,LAXREDEF) PROCESS RULES(NOEVENPACK,NOOMITODOMIN,LAXREDEF) PROCESS RULES(NOEVENPACK,UNREF,LAXREDEF) PROCESS RULES(NOEVENPACK,NOUNREFALL,LAXREDEF) PROCESS RULES(NOEVENPACK,NOUNREFSOURCE,LAXREDEF) PROCESS RULES(NOEVENPACK,LAXPERF,SLACKBYTES,LAXREDEF) PROCESS RULES(NOEVENPACK,LAXPERF,NOSLACKBYTES,LAXREDEF) PROCESS RULES(NOEVENPACK,LAXPERF,OMITODOMIN,LAXREDEF) PROCESS RULES(NOEVENPACK,LAXPERF,NOOMITODOMIN,LAXREDEF) PROCESS RULES(NOEVENPACK,LAXPERF,UNREF,LAXREDEF) PROCESS RULES(NOEVENPACK,LAXPERF,NOUNREFALL,LAXREDEF) PROCESS RULES(NOEVENPACK,LAXPERF,NOUNREFSOURCE,LAXREDEF) PROCESS RULES(NOEVENPACK,NOLAXPERF,SLACKBYTES,LAXREDEF) PROCESS RULES(NOEVENPACK,NOLAXPERF,NOSLACKBYTES,LAXREDEF) PROCESS RULES(NOEVENPACK,NOLAXPERF,OMITODOMIN,LAXREDEF) PROCESS RULES(NOEVENPACK,NOLAXPERF,NOOMITODOMIN,LAXREDEF) PROCESS RULES(NOEVENPACK,NOLAXPERF,UNREF,LAXREDEF) PROCESS RULES(NOEVENPACK,NOLAXPERF,NOUNREFALL,LAXREDEF) PROCESS RULES(NOEVENPACK,NOLAXPERF,NOUNREFSOURCE,LAXREDEF) PROCESS RULES(ENDP,LAXREDEF) PROCESS RULES(NOENDP,LAXREDEF) PROCESS RULES(EVENP,LAXREDEF) PROCESS RULES(NOEVENP,LAXREDEF) PROCESS RULES(LXPRF,LAXREDEF) PROCESS RULES(NOLXPRF,LAXREDEF) PROCESS RULES(SLCKB,LAXREDEF) PROCESS RULES(NOSLCKB,LAXREDEF) PROCESS RULES(OOM,LAXREDEF) PROCESS RULES(NOOOM,LAXREDEF) PROCESS RULES(UNREF,LAXREDEF) PROCESS RULES(NOUNRA,LAXREDEF) PROCESS RULES(NOUNRS,LAXREDEF) PROCESS RULES(ENDP,EVENP,LAXREDEF) PROCESS RULES(ENDP,NOEVENP,LAXREDEF) PROCESS RULES(ENDP,LXPRF,LAXREDEF) PROCESS RULES(ENDP,NOLXPRF,LAXREDEF) PROCESS RULES(ENDP,SLCKB,LAXREDEF) PROCESS RULES(ENDP,NOSLCKB,LAXREDEF) PROCESS RULES(ENDP,OOM,LAXREDEF) PROCESS RULES(ENDP,NOOOM,LAXREDEF) PROCESS RULES(ENDP,UNREF,LAXREDEF) PROCESS RULES(ENDP,NOUNRA,LAXREDEF) PROCESS RULES(ENDP,NOUNRS,LAXREDEF) PROCESS RULES(ENDP,EVENP,LXPRF,LAXREDEF) PROCESS RULES(ENDP,EVENP,NOLXPRF,LAXREDEF) PROCESS RULES(ENDP,EVENP,SLCKB,LAXREDEF) PROCESS RULES(ENDP,EVENP,NOSLCKB,LAXREDEF) PROCESS RULES(ENDP,EVENP,OOM,LAXREDEF) PROCESS RULES(ENDP,EVENP,NOOOM,LAXREDEF) PROCESS RULES(ENDP,EVENP,UNREF,LAXREDEF) PROCESS RULES(ENDP,EVENP,NOUNRA,LAXREDEF) PROCESS RULES(ENDP,EVENP,NOUNRS,LAXREDEF) PROCESS RULES(ENDP,EVENP,LXPRF,SLCKB,LAXREDEF) PROCESS RULES(ENDP,EVENP,LXPRF,NOSLCKB,LAXREDEF) PROCESS RULES(ENDP,EVENP,LXPRF,OOM,LAXREDEF) PROCESS RULES(ENDP,EVENP,LXPRF,NOOOM,LAXREDEF) PROCESS RULES(ENDP,EVENP,LXPRF,UNREF,LAXREDEF) PROCESS RULES(ENDP,EVENP,LXPRF,NOUNRA,LAXREDEF) PROCESS RULES(ENDP,EVENP,LXPRF,NOUNRS,LAXREDEF) PROCESS RULES(ENDP,EVENP,LXPRF,SLCKB,OOM,LAXREDEF) PROCESS RULES(ENDP,EVENP,LXPRF,SLCKB,NOOOM,LAXREDEF) PROCESS RULES(ENDP,EVENP,LXPRF,SLCKB,UNREF,LAXREDEF) PROCESS RULES(ENDP,EVENP,LXPRF,SLCKB,NOUNRA,LAXREDEF) PROCESS RULES(ENDP,EVENP,LXPRF,SLCKB,NOUNRS,LAXREDEF) PROCESS RULES(ENDP,EVENP,LXPRF,SLCKB,OOM,UNREF,LAXREDEF) PROCESS RULES(ENDP,EVENP,LXPRF,SLCKB,OOM,NOUNRA,LAXREDEF) PROCESS RULES(ENDP,EVENP,LXPRF,SLCKB,OOM,NOUNRS,LAXREDEF) PROCESS RULES(NOENDP,EVENP,LXPRF,LAXREDEF) PROCESS RULES(NOENDP,EVENP,NOLXPRF,LAXREDEF) PROCESS RULES(NOENDP,EVENP,SLCKB,LAXREDEF) PROCESS RULES(NOENDP,EVENP,NOSLCKB,LAXREDEF) PROCESS RULES(NOENDP,EVENP,OOM,LAXREDEF) PROCESS RULES(NOENDP,EVENP,NOOOM,LAXREDEF) PROCESS RULES(NOENDP,EVENP,UNREF,LAXREDEF) PROCESS RULES(NOENDP,EVENP,NOUNRA,LAXREDEF) PROCESS RULES(NOENDP,EVENP,NOUNRS,LAXREDEF) PROCESS RULES(NOENDP,EVENP,LXPRF,SLCKB,LAXREDEF) PROCESS RULES(NOENDP,EVENP,LXPRF,NOSLCKB,LAXREDEF) PROCESS RULES(NOENDP,EVENP,LXPRF,OOM,LAXREDEF) PROCESS RULES(NOENDP,EVENP,LXPRF,NOOOM,LAXREDEF) PROCESS RULES(NOENDP,EVENP,LXPRF,UNREF,LAXREDEF) PROCESS RULES(NOENDP,EVENP,LXPRF,NOUNRA,LAXREDEF) PROCESS RULES(NOENDP,EVENP,LXPRF,NOUNRS,LAXREDEF) PROCESS RULES(NOENDP,EVENP,LXPRF,SLCKB,OOM,LAXREDEF) PROCESS RULES(NOENDP,EVENP,LXPRF,SLCKB,NOOOM,LAXREDEF) PROCESS RULES(NOENDP,EVENP,LXPRF,SLCKB,UNREF,LAXREDEF) PROCESS RULES(NOENDP,EVENP,LXPRF,SLCKB,NOUNRA,LAXREDEF) PROCESS RULES(NOENDP,EVENP,LXPRF,SLCKB,NOUNRS,LAXREDEF) PROCESS RULES(NOENDP,EVENP,LXPRF,SLCKB,OOM,UNREF,LAXREDEF) PROCESS RULES(NOENDP,EVENP,LXPRF,SLCKB,OOM,NOUNRA,LAXREDEF) PROCESS RULES(NOENDP,EVENP,LXPRF,SLCKB,OOM,NOUNRS,LAXREDEF) PROCESS RULES(NOENDP,NOEVENP,LXPRF,LAXREDEF) PROCESS RULES(NOENDP,NOEVENP,NOLXPRF,LAXREDEF) PROCESS RULES(NOENDP,NOEVENP,SLCKB,LAXREDEF) PROCESS RULES(NOENDP,NOEVENP,NOSLCKB,LAXREDEF) PROCESS RULES(NOENDP,NOEVENP,OOM,LAXREDEF) PROCESS RULES(NOENDP,NOEVENP,NOOOM,LAXREDEF) PROCESS RULES(NOENDP,NOEVENP,UNREF,LAXREDEF) PROCESS RULES(NOENDP,NOEVENP,NOUNRA,LAXREDEF) PROCESS RULES(NOENDP,NOEVENP,NOUNRS,LAXREDEF) PROCESS RULES(NOENDP,NOEVENP,LXPRF,SLCKB,LAXREDEF) PROCESS RULES(NOENDP,NOEVENP,LXPRF,NOSLCKB,LAXREDEF) PROCESS RULES(NOENDP,NOEVENP,LXPRF,OOM,LAXREDEF) PROCESS RULES(NOENDP,NOEVENP,LXPRF,NOOOM,LAXREDEF) PROCESS RULES(NOENDP,NOEVENP,LXPRF,UNREF,LAXREDEF) PROCESS RULES(NOENDP,NOEVENP,LXPRF,NOUNRA,LAXREDEF) PROCESS RULES(NOENDP,NOEVENP,LXPRF,NOUNRS,LAXREDEF) PROCESS RULES(NOENDP,NOEVENP,LXPRF,SLCKB,OOM,LAXREDEF) PROCESS RULES(NOENDP,NOEVENP,LXPRF,SLCKB,NOOOM,LAXREDEF) PROCESS RULES(NOENDP,NOEVENP,LXPRF,SLCKB,UNREF,LAXREDEF) PROCESS RULES(NOENDP,NOEVENP,LXPRF,SLCKB,NOUNRA,LAXREDEF) PROCESS RULES(NOENDP,NOEVENP,LXPRF,SLCKB,NOUNRS,LAXREDEF) PROCESS RULES(NOENDP,NOEVENP,LXPRF,SLCKB,OOM,UNREF,LAXREDEF) PROCESS RULES(NOENDP,NOEVENP,LXPRF,SLCKB,OOM,NOUNRA,LAXREDEF) PROCESS RULES(NOENDP,NOEVENP,LXPRF,SLCKB,OOM,NOUNRS,LAXREDEF) PROCESS RULES(NOENDP,NOEVENP,NOLXPRF,SLCKB,LAXREDEF) PROCESS RULES(NOENDP,NOEVENP,NOLXPRF,NOSLCKB,LAXREDEF) PROCESS RULES(NOENDP,NOEVENP,NOLXPRF,OOM,LAXREDEF) PROCESS RULES(NOENDP,NOEVENP,NOLXPRF,NOOOM,LAXREDEF) PROCESS RULES(NOENDP,NOEVENP,NOLXPRF,UNREF,LAXREDEF) PROCESS RULES(NOENDP,NOEVENP,NOLXPRF,NOUNRA,LAXREDEF) PROCESS RULES(NOENDP,NOEVENP,NOLXPRF,NOUNRS,LAXREDEF) PROCESS RULES(NOENDP,NOEVENP,NOLXPRF,SLCKB,OOM,LAXREDEF) PROCESS RULES(NOENDP,NOEVENP,NOLXPRF,SLCKB,NOOOM,LAXREDEF) PROCESS RULES(NOENDP,NOEVENP,NOLXPRF,SLCKB,UNREF,LAXREDEF) PROCESS RULES(NOENDP,NOEVENP,NOLXPRF,SLCKB,NOUNRA,LAXREDEF) PROCESS RULES(NOENDP,NOEVENP,NOLXPRF,SLCKB,NOUNRS,LAXREDEF) PROCESS RULES(NOENDP,NOEVENP,NOLXPRF,SLCKB,OOM,UNREF,LAXREDEF) PROCESS RULES(NOENDP,NOEVENP,NOLXPRF,SLCKB,OOM,NOUNRA,LAXREDEF) PROCESS RULES(NOENDP,NOEVENP,NOLXPRF,SLCKB,OOM,NOUNRS,LAXREDEF) PROCESS RULES(NOENDP,NOEVENP,NOLXPRF,NOSLCKB,OOM,LAXREDEF) PROCESS RULES(NOENDP,NOEVENP,NOLXPRF,NOSLCKB,NOOOM,LAXREDEF) PROCESS RULES(NOENDP,NOEVENP,NOLXPRF,NOSLCKB,UNREF,LAXREDEF) PROCESS RULES(NOENDP,NOEVENP,NOLXPRF,NOSLCKB,NOUNRA,LAXREDEF) PROCESS RULES(NOENDP,NOEVENP,NOLXPRF,NOSLCKB,NOUNRS,LAXREDEF) PROCESS RULES(NOENDP,NOEVENP,NOLXPRF,NOSLCKB,OOM,UNREF,LAXREDEF) PROCESS RULES(NOENDP,NOEVENP,NOLXPRF,NOSLCKB,OOM,NOUNRA,LAXREDEF) PROCESS RULES(NOENDP,NOEVENP,NOLXPRF,NOSLCKB,OOM,NOUNRS,LAXREDEF) PROCESS RULES(EVENP,LXPRF,LAXREDEF) PROCESS RULES(EVENP,NOLXPRF,LAXREDEF) PROCESS RULES(EVENP,SLCKB,LAXREDEF) PROCESS RULES(EVENP,NOSLCKB,LAXREDEF) PROCESS RULES(EVENP,OOM,LAXREDEF) PROCESS RULES(EVENP,NOOOM,LAXREDEF) PROCESS RULES(EVENP,UNREF,LAXREDEF) PROCESS RULES(EVENP,NOUNRA,LAXREDEF) PROCESS RULES(EVENP,NOUNRS,LAXREDEF) PROCESS RULES(EVENP,LXPRF,SLCKB,LAXREDEF) PROCESS RULES(EVENP,LXPRF,NOSLCKB,LAXREDEF) PROCESS RULES(EVENP,LXPRF,OOM,LAXREDEF) PROCESS RULES(EVENP,LXPRF,NOOOM,LAXREDEF) PROCESS RULES(EVENP,LXPRF,UNREF,LAXREDEF) PROCESS RULES(EVENP,LXPRF,NOUNRA,LAXREDEF) PROCESS RULES(EVENP,LXPRF,NOUNRS,LAXREDEF) PROCESS RULES(EVENP,LXPRF,SLCKB,OOM,LAXREDEF) PROCESS RULES(EVENP,LXPRF,SLCKB,NOOOM,LAXREDEF) PROCESS RULES(EVENP,LXPRF,SLCKB,UNREF,LAXREDEF) PROCESS RULES(EVENP,LXPRF,SLCKB,NOUNRA,LAXREDEF) PROCESS RULES(EVENP,LXPRF,SLCKB,NOUNRS,LAXREDEF) PROCESS RULES(EVENP,LXPRF,SLCKB,OOM,UNREF,LAXREDEF) PROCESS RULES(EVENP,LXPRF,SLCKB,OOM,NOUNRA,LAXREDEF) PROCESS RULES(EVENP,LXPRF,SLCKB,OOM,NOUNRS,LAXREDEF) PROCESS RULES(LXPRF,SLCKB,LAXREDEF) PROCESS RULES(LXPRF,NOSLCKB,LAXREDEF) PROCESS RULES(LXPRF,OOM,LAXREDEF) PROCESS RULES(LXPRF,NOOOM,LAXREDEF) PROCESS RULES(LXPRF,UNREF,LAXREDEF) PROCESS RULES(LXPRF,NOUNRA,LAXREDEF) PROCESS RULES(LXPRF,NOUNRS,LAXREDEF) PROCESS RULES(LXPRF,SLCKB,OOM,LAXREDEF) PROCESS RULES(LXPRF,SLCKB,NOOOM,LAXREDEF) PROCESS RULES(LXPRF,SLCKB,UNREF,LAXREDEF) PROCESS RULES(LXPRF,SLCKB,NOUNRA,LAXREDEF) PROCESS RULES(LXPRF,SLCKB,NOUNRS,LAXREDEF) PROCESS RULES(LXPRF,SLCKB,OOM,UNREF,LAXREDEF) PROCESS RULES(LXPRF,SLCKB,OOM,NOUNRA,LAXREDEF) PROCESS RULES(LXPRF,SLCKB,OOM,NOUNRS,LAXREDEF) PROCESS RULES(SLCKB,OOM,LAXREDEF) PROCESS RULES(SLCKB,NOOOM,LAXREDEF) PROCESS RULES(SLCKB,UNREF,LAXREDEF) PROCESS RULES(SLCKB,NOUNRA,LAXREDEF) PROCESS RULES(SLCKB,NOUNRS,LAXREDEF) PROCESS RULES(SLCKB,OOM,UNREF,LAXREDEF) PROCESS RULES(SLCKB,OOM,NOUNRA,LAXREDEF) PROCESS RULES(SLCKB,OOM,NOUNRS,LAXREDEF) PROCESS RULES(OOM,UNREF,LAXREDEF) PROCESS RULES(OOM,NOUNRA,LAXREDEF) PROCESS RULES(OOM,NOUNRS,LAXREDEF) PROCESS RULES(NOEVENP,LXPRF,LAXREDEF) PROCESS RULES(NOEVENP,NOLXPRF,LAXREDEF) PROCESS RULES(NOEVENP,SLCKB,LAXREDEF) PROCESS RULES(NOEVENP,NOSLCKB,LAXREDEF) PROCESS RULES(NOEVENP,OOM,LAXREDEF) PROCESS RULES(NOEVENP,NOOOM,LAXREDEF) PROCESS RULES(NOEVENP,UNREF,LAXREDEF) PROCESS RULES(NOEVENP,NOUNRA,LAXREDEF) PROCESS RULES(NOEVENP,NOUNRS,LAXREDEF) PROCESS RULES(NOEVENP,LXPRF,SLCKB,LAXREDEF) PROCESS RULES(NOEVENP,LXPRF,NOSLCKB,LAXREDEF) PROCESS RULES(NOEVENP,LXPRF,OOM,LAXREDEF) PROCESS RULES(NOEVENP,LXPRF,NOOOM,LAXREDEF) PROCESS RULES(NOEVENP,LXPRF,UNREF,LAXREDEF) PROCESS RULES(NOEVENP,LXPRF,NOUNRA,LAXREDEF) PROCESS RULES(NOEVENP,LXPRF,NOUNRS,LAXREDEF) PROCESS RULES(NOEVENP,LXPRF,SLCKB,OOM,LAXREDEF) PROCESS RULES(NOEVENP,LXPRF,SLCKB,NOOOM,LAXREDEF) PROCESS RULES(NOEVENP,LXPRF,SLCKB,UNREF,LAXREDEF) PROCESS RULES(NOEVENP,LXPRF,SLCKB,NOUNRA,LAXREDEF) PROCESS RULES(NOEVENP,LXPRF,SLCKB,NOUNRS,LAXREDEF) PROCESS RULES(NOEVENP,LXPRF,SLCKB,OOM,UNREF,LAXREDEF) PROCESS RULES(NOEVENP,LXPRF,SLCKB,OOM,NOUNRA,LAXREDEF) PROCESS RULES(NOEVENP,LXPRF,SLCKB,OOM,NOUNRS,LAXREDEF) PROCESS RULES(NOEVENP,NOLXPRF,SLCKB,LAXREDEF) PROCESS RULES(NOEVENP,NOLXPRF,NOSLCKB,LAXREDEF) PROCESS RULES(NOEVENP,NOLXPRF,OOM,LAXREDEF) PROCESS RULES(NOEVENP,NOLXPRF,NOOOM,LAXREDEF) PROCESS RULES(NOEVENP,NOLXPRF,UNREF,LAXREDEF) PROCESS RULES(NOEVENP,NOLXPRF,NOUNRA,LAXREDEF) PROCESS RULES(NOEVENP,NOLXPRF,NOUNRS,LAXREDEF) PROCESS RULES(NOEVENP,NOLXPRF,SLCKB,OOM,LAXREDEF) PROCESS RULES(NOEVENP,NOLXPRF,SLCKB,NOOOM,LAXREDEF) PROCESS RULES(NOEVENP,NOLXPRF,SLCKB,UNREF,LAXREDEF) PROCESS RULES(NOEVENP,NOLXPRF,SLCKB,NOUNRA,LAXREDEF) PROCESS RULES(NOEVENP,NOLXPRF,SLCKB,NOUNRS,LAXREDEF) PROCESS RULES(NOEVENP,NOLXPRF,SLCKB,OOM,UNREF,LAXREDEF) PROCESS RULES(NOEVENP,NOLXPRF,SLCKB,OOM,NOUNRA,LAXREDEF) PROCESS RULES(NOEVENP,NOLXPRF,SLCKB,OOM,NOUNRS,LAXREDEF) PROCESS RULES(NOEVENP,NOLXPRF,NOSLCKB,OOM,LAXREDEF) PROCESS RULES(NOEVENP,NOLXPRF,NOSLCKB,NOOOM,LAXREDEF) PROCESS RULES(NOEVENP,NOLXPRF,NOSLCKB,UNREF,LAXREDEF) PROCESS RULES(NOEVENP,NOLXPRF,NOSLCKB,NOUNRA,LAXREDEF) PROCESS RULES(NOEVENP,NOLXPRF,NOSLCKB,NOUNRS,LAXREDEF) PROCESS RULES(NOEVENP,NOLXPRF,NOSLCKB,OOM,UNREF,LAXREDEF) PROCESS RULES(NOEVENP,NOLXPRF,NOSLCKB,OOM,NOUNRA,LAXREDEF) PROCESS RULES(NOEVENP,NOLXPRF,NOSLCKB,OOM,NOUNRS,LAXREDEF) PROCESS RULES(NOEVENP,NOLXPRF,NOSLCKB,NOOOM,UNREF,LAXREDEF) PROCESS RULES(NOEVENP,NOLXPRF,NOSLCKB,NOOOM,NOUNRA,LAXREDEF) PROCESS RULES(NOEVENP,NOLXPRF,NOSLCKB,NOOOM,NOUNRS,LAXREDEF) PROCESS RULES(NOLXPRF,SLCKB,LAXREDEF) PROCESS RULES(NOLXPRF,NOSLCKB,LAXREDEF) PROCESS RULES(NOLXPRF,OOM,LAXREDEF) PROCESS RULES(NOLXPRF,NOOOM,LAXREDEF) PROCESS RULES(NOLXPRF,UNREF,LAXREDEF) PROCESS RULES(NOLXPRF,NOUNRA,LAXREDEF) PROCESS RULES(NOLXPRF,NOUNRS,LAXREDEF) PROCESS RULES(NOLXPRF,SLCKB,OOM,LAXREDEF) PROCESS RULES(NOLXPRF,SLCKB,NOOOM,LAXREDEF) PROCESS RULES(NOLXPRF,SLCKB,UNREF,LAXREDEF) PROCESS RULES(NOLXPRF,SLCKB,NOUNRA,LAXREDEF) PROCESS RULES(NOLXPRF,SLCKB,NOUNRS,LAXREDEF) PROCESS RULES(NOLXPRF,SLCKB,OOM,UNREF,LAXREDEF) PROCESS RULES(NOLXPRF,SLCKB,OOM,NOUNRA,LAXREDEF) PROCESS RULES(NOLXPRF,SLCKB,OOM,NOUNRS,LAXREDEF) PROCESS RULES(NOLXPRF,NOSLCKB,OOM,LAXREDEF) PROCESS RULES(NOLXPRF,NOSLCKB,NOOOM,LAXREDEF) PROCESS RULES(NOLXPRF,NOSLCKB,UNREF,LAXREDEF) PROCESS RULES(NOLXPRF,NOSLCKB,NOUNRA,LAXREDEF) PROCESS RULES(NOLXPRF,NOSLCKB,NOUNRS,LAXREDEF) PROCESS RULES(NOLXPRF,NOSLCKB,OOM,UNREF,LAXREDEF) PROCESS RULES(NOLXPRF,NOSLCKB,OOM,NOUNRA,LAXREDEF) PROCESS RULES(NOLXPRF,NOSLCKB,OOM,NOUNRS,LAXREDEF) PROCESS RULES(NOLXPRF,NOSLCKB,NOOOM,UNREF,LAXREDEF) PROCESS RULES(NOLXPRF,NOSLCKB,NOOOM,NOUNRA,LAXREDEF) PROCESS RULES(NOLXPRF,NOSLCKB,NOOOM,NOUNRS,LAXREDEF) PROCESS RULES(NOSLCKB,OOM,LAXREDEF) PROCESS RULES(NOSLCKB,NOOOM,LAXREDEF) PROCESS RULES(NOSLCKB,UNREF,LAXREDEF) PROCESS RULES(NOSLCKB,NOUNRA,LAXREDEF) PROCESS RULES(NOSLCKB,NOUNRS,LAXREDEF) PROCESS RULES(NOSLCKB,OOM,UNREF,LAXREDEF) PROCESS RULES(NOSLCKB,OOM,NOUNRA,LAXREDEF) PROCESS RULES(NOSLCKB,OOM,NOUNRS,LAXREDEF) PROCESS RULES(NOSLCKB,NOOOM,UNREF,LAXREDEF) PROCESS RULES(NOSLCKB,NOOOM,NOUNRA,LAXREDEF) PROCESS RULES(NOSLCKB,NOOOM,NOUNRS,LAXREDEF) PROCESS RULES(NOOOM,UNREF,LAXREDEF) PROCESS RULES(NOOOM,NOUNRA,LAXREDEF) PROCESS RULES(NOOOM,NOUNRS,LAXREDEF) PROCESS RULES(ENDPERIOD,NOLAXREDEF) PROCESS RULES(NOENDPERIOD,NOLAXREDEF) PROCESS RULES(EVENPACK,NOLAXREDEF) PROCESS RULES(NOEVENPACK,NOLAXREDEF) PROCESS RULES(LAXPERF,NOLAXREDEF) PROCESS RULES(NOLAXPERF,NOLAXREDEF) PROCESS RULES(SLACKBYTES,NOLAXREDEF) PROCESS RULES(NOSLACKBYTES,NOLAXREDEF) PROCESS RULES(OMITODOMIN,NOLAXREDEF) PROCESS RULES(NOOMITODOMIN,NOLAXREDEF) PROCESS RULES(UNREF,NOLAXREDEF) PROCESS RULES(NOUNREFALL,NOLAXREDEF) PROCESS RULES(NOUNREFSOURCE,NOLAXREDEF) PROCESS RULES(ENDPERIOD,EVENPACK,NOLAXREDEF) PROCESS RULES(ENDPERIOD,NOEVENPACK,NOLAXREDEF) PROCESS RULES(ENDPERIOD,LAXPERF,NOLAXREDEF) PROCESS RULES(ENDPERIOD,NOLAXPERF,NOLAXREDEF) PROCESS RULES(ENDPERIOD,SLACKBYTES,NOLAXREDEF) PROCESS RULES(ENDPERIOD,NOSLACKBYTES,NOLAXREDEF) PROCESS RULES(ENDPERIOD,OMITODOMIN,NOLAXREDEF) PROCESS RULES(ENDPERIOD,NOOMITODOMIN,NOLAXREDEF) PROCESS RULES(ENDPERIOD,UNREF,NOLAXREDEF) PROCESS RULES(ENDPERIOD,NOUNREFALL,NOLAXREDEF) PROCESS RULES(ENDPERIOD,NOUNREFSOURCE,NOLAXREDEF) PROCESS RULES(ENDPERIOD,EVENPACK,LAXPERF,NOLAXREDEF) PROCESS RULES(ENDPERIOD,EVENPACK,NOLAXPERF,NOLAXREDEF) PROCESS RULES(ENDPERIOD,EVENPACK,SLACKBYTES,NOLAXREDEF) PROCESS RULES(ENDPERIOD,EVENPACK,NOSLACKBYTES,NOLAXREDEF) PROCESS RULES(ENDPERIOD,EVENPACK,OMITODOMIN,NOLAXREDEF) PROCESS RULES(ENDPERIOD,EVENPACK,NOOMITODOMIN,NOLAXREDEF) PROCESS RULES(ENDPERIOD,EVENPACK,UNREF,NOLAXREDEF) PROCESS RULES(ENDPERIOD,EVENPACK,NOUNREFALL,NOLAXREDEF) PROCESS RULES(ENDPERIOD,EVENPACK,NOUNREFSOURCE,NOLAXREDEF) PROCESS RULES(ENDPERIOD,EVENPACK,LAXPERF,SLACKBYTES,NOLAXREDEF) PROCESS RULES(ENDPERIOD,EVENPACK,LAXPERF,NOSLACKBYTES,NOLAXREDEF) PROCESS RULES(ENDPERIOD,EVENPACK,LAXPERF,OMITODOMIN,NOLAXREDEF) PROCESS RULES(ENDPERIOD,EVENPACK,LAXPERF,NOOMITODOMIN,NOLAXREDEF) PROCESS RULES(ENDPERIOD,EVENPACK,LAXPERF,UNREF,NOLAXREDEF) PROCESS RULES(ENDPERIOD,EVENPACK,LAXPERF,NOUNREFALL,NOLAXREDEF) PROCESS RULES(NOENDPERIOD,EVENPACK,NOLAXREDEF) PROCESS RULES(NOENDPERIOD,NOEVENPACK,NOLAXREDEF) PROCESS RULES(NOENDPERIOD,LAXPERF,NOLAXREDEF) PROCESS RULES(NOENDPERIOD,NOLAXPERF,NOLAXREDEF) PROCESS RULES(NOENDPERIOD,SLACKBYTES,NOLAXREDEF) PROCESS RULES(NOENDPERIOD,NOSLACKBYTES,NOLAXREDEF) PROCESS RULES(NOENDPERIOD,OMITODOMIN,NOLAXREDEF) PROCESS RULES(NOENDPERIOD,NOOMITODOMIN,NOLAXREDEF) PROCESS RULES(NOENDPERIOD,UNREF,NOLAXREDEF) PROCESS RULES(NOENDPERIOD,NOUNREFALL,NOLAXREDEF) PROCESS RULES(NOENDPERIOD,NOUNREFSOURCE,NOLAXREDEF) PROCESS RULES(NOENDPERIOD,EVENPACK,LAXPERF,NOLAXREDEF) PROCESS RULES(NOENDPERIOD,EVENPACK,NOLAXPERF,NOLAXREDEF) PROCESS RULES(NOENDPERIOD,EVENPACK,SLACKBYTES,NOLAXREDEF) PROCESS RULES(NOENDPERIOD,EVENPACK,NOSLACKBYTES,NOLAXREDEF) PROCESS RULES(NOENDPERIOD,EVENPACK,OMITODOMIN,NOLAXREDEF) PROCESS RULES(NOENDPERIOD,EVENPACK,NOOMITODOMIN,NOLAXREDEF) PROCESS RULES(NOENDPERIOD,EVENPACK,UNREF,NOLAXREDEF) PROCESS RULES(NOENDPERIOD,EVENPACK,NOUNREFALL,NOLAXREDEF) PROCESS RULES(NOENDPERIOD,EVENPACK,NOUNREFSOURCE,NOLAXREDEF) PROCESS RULES(NOENDPERIOD,EVENPACK,LAXPERF,SLACKBYTES,NOLAXREDEF) PROCESS RULES(NOENDPERIOD,EVENPACK,LAXPERF,OMITODOMIN,NOLAXREDEF) PROCESS RULES(NOENDPERIOD,EVENPACK,LAXPERF,UNREF,NOLAXREDEF) PROCESS RULES(NOENDPERIOD,EVENPACK,LAXPERF,NOUNREFALL,NOLAXREDEF) PROCESS RULES(NOENDPERIOD,NOEVENPACK,LAXPERF,NOLAXREDEF) PROCESS RULES(NOENDPERIOD,NOEVENPACK,NOLAXPERF,NOLAXREDEF) PROCESS RULES(NOENDPERIOD,NOEVENPACK,SLACKBYTES,NOLAXREDEF) PROCESS RULES(NOENDPERIOD,NOEVENPACK,NOSLACKBYTES,NOLAXREDEF) PROCESS RULES(NOENDPERIOD,NOEVENPACK,OMITODOMIN,NOLAXREDEF) PROCESS RULES(NOENDPERIOD,NOEVENPACK,NOOMITODOMIN,NOLAXREDEF) PROCESS RULES(NOENDPERIOD,NOEVENPACK,UNREF,NOLAXREDEF) PROCESS RULES(NOENDPERIOD,NOEVENPACK,NOUNREFALL,NOLAXREDEF) PROCESS RULES(NOENDPERIOD,NOEVENPACK,NOUNREFSOURCE,NOLAXREDEF) PROCESS RULES(NOENDPERIOD,NOEVENPACK,LAXPERF,UNREF,NOLAXREDEF) PROCESS RULES(NOENDPERIOD,NOEVENPACK,NOLAXPERF,UNREF,NOLAXREDEF) PROCESS RULES(EVENPACK,LAXPERF,NOLAXREDEF) PROCESS RULES(EVENPACK,NOLAXPERF,NOLAXREDEF) PROCESS RULES(EVENPACK,SLACKBYTES,NOLAXREDEF) PROCESS RULES(EVENPACK,NOSLACKBYTES,NOLAXREDEF) PROCESS RULES(EVENPACK,OMITODOMIN,NOLAXREDEF) PROCESS RULES(EVENPACK,NOOMITODOMIN,NOLAXREDEF) PROCESS RULES(EVENPACK,UNREF,NOLAXREDEF) PROCESS RULES(EVENPACK,NOUNREFALL,NOLAXREDEF) PROCESS RULES(EVENPACK,NOUNREFSOURCE,NOLAXREDEF) PROCESS RULES(EVENPACK,LAXPERF,SLACKBYTES,NOLAXREDEF) PROCESS RULES(EVENPACK,LAXPERF,NOSLACKBYTES,NOLAXREDEF) PROCESS RULES(EVENPACK,LAXPERF,OMITODOMIN,NOLAXREDEF) PROCESS RULES(EVENPACK,LAXPERF,NOOMITODOMIN,NOLAXREDEF) PROCESS RULES(EVENPACK,LAXPERF,UNREF,NOLAXREDEF) PROCESS RULES(EVENPACK,LAXPERF,NOUNREFALL,NOLAXREDEF) PROCESS RULES(EVENPACK,LAXPERF,NOUNREFSOURCE,NOLAXREDEF) PROCESS RULES(EVENPACK,LAXPERF,NOLAXREDEF) PROCESS RULES(EVENPACK,NOLAXPERF,NOLAXREDEF) PROCESS RULES(EVENPACK,SLACKBYTES,NOLAXREDEF) PROCESS RULES(EVENPACK,NOSLACKBYTES,NOLAXREDEF) PROCESS RULES(EVENPACK,OMITODOMIN,NOLAXREDEF) PROCESS RULES(EVENPACK,NOOMITODOMIN,NOLAXREDEF) PROCESS RULES(EVENPACK,UNREF,NOLAXREDEF) PROCESS RULES(EVENPACK,NOUNREFALL,NOLAXREDEF) PROCESS RULES(EVENPACK,NOUNREFSOURCE,NOLAXREDEF) PROCESS RULES(EVENPACK,LAXPERF,SLACKBYTES,NOLAXREDEF) PROCESS RULES(EVENPACK,LAXPERF,NOSLACKBYTES,NOLAXREDEF) PROCESS RULES(EVENPACK,LAXPERF,OMITODOMIN,NOLAXREDEF) PROCESS RULES(EVENPACK,LAXPERF,NOOMITODOMIN,NOLAXREDEF) PROCESS RULES(EVENPACK,LAXPERF,UNREF,NOLAXREDEF) PROCESS RULES(EVENPACK,LAXPERF,NOUNREFALL,NOLAXREDEF) PROCESS RULES(EVENPACK,LAXPERF,NOUNREFSOURCE,NOLAXREDEF) PROCESS RULES(NOEVENPACK,LAXPERF,NOLAXREDEF) PROCESS RULES(NOEVENPACK,NOLAXPERF,NOLAXREDEF) PROCESS RULES(NOEVENPACK,SLACKBYTES,NOLAXREDEF) PROCESS RULES(NOEVENPACK,NOSLACKBYTES,NOLAXREDEF) PROCESS RULES(NOEVENPACK,OMITODOMIN,NOLAXREDEF) PROCESS RULES(NOEVENPACK,NOOMITODOMIN,NOLAXREDEF) PROCESS RULES(NOEVENPACK,UNREF,NOLAXREDEF) PROCESS RULES(NOEVENPACK,NOUNREFALL,NOLAXREDEF) PROCESS RULES(NOEVENPACK,NOUNREFSOURCE,NOLAXREDEF) PROCESS RULES(NOEVENPACK,LAXPERF,SLACKBYTES,NOLAXREDEF) PROCESS RULES(NOEVENPACK,LAXPERF,NOSLACKBYTES,NOLAXREDEF) PROCESS RULES(NOEVENPACK,LAXPERF,OMITODOMIN,NOLAXREDEF) PROCESS RULES(NOEVENPACK,LAXPERF,NOOMITODOMIN,NOLAXREDEF) PROCESS RULES(NOEVENPACK,LAXPERF,UNREF,NOLAXREDEF) PROCESS RULES(NOEVENPACK,LAXPERF,NOUNREFALL,NOLAXREDEF) PROCESS RULES(NOEVENPACK,LAXPERF,NOUNREFSOURCE,NOLAXREDEF) PROCESS RULES(NOEVENPACK,NOLAXPERF,SLACKBYTES,NOLAXREDEF) PROCESS RULES(NOEVENPACK,NOLAXPERF,NOSLACKBYTES,NOLAXREDEF) PROCESS RULES(NOEVENPACK,NOLAXPERF,OMITODOMIN,NOLAXREDEF) PROCESS RULES(NOEVENPACK,NOLAXPERF,NOOMITODOMIN,NOLAXREDEF) PROCESS RULES(NOEVENPACK,NOLAXPERF,UNREF,NOLAXREDEF) PROCESS RULES(NOEVENPACK,NOLAXPERF,NOUNREFALL,NOLAXREDEF) PROCESS RULES(NOEVENPACK,NOLAXPERF,NOUNREFSOURCE,NOLAXREDEF) PROCESS RULES(ENDP,NOLAXREDEF) PROCESS RULES(NOENDP,NOLAXREDEF) PROCESS RULES(EVENP,NOLAXREDEF) PROCESS RULES(NOEVENP,NOLAXREDEF) PROCESS RULES(LXPRF,NOLAXREDEF) PROCESS RULES(NOLXPRF,NOLAXREDEF) PROCESS RULES(SLCKB,NOLAXREDEF) PROCESS RULES(NOSLCKB,NOLAXREDEF) PROCESS RULES(OOM,NOLAXREDEF) PROCESS RULES(NOOOM,NOLAXREDEF) PROCESS RULES(UNREF,NOLAXREDEF) PROCESS RULES(NOUNRA,NOLAXREDEF) PROCESS RULES(NOUNRS,NOLAXREDEF) PROCESS RULES(ENDP,EVENP,NOLAXREDEF) PROCESS RULES(ENDP,NOEVENP,NOLAXREDEF) PROCESS RULES(ENDP,LXPRF,NOLAXREDEF) PROCESS RULES(ENDP,NOLXPRF,NOLAXREDEF) PROCESS RULES(ENDP,SLCKB,NOLAXREDEF) PROCESS RULES(ENDP,NOSLCKB,NOLAXREDEF) PROCESS RULES(ENDP,OOM,NOLAXREDEF) PROCESS RULES(ENDP,NOOOM,NOLAXREDEF) PROCESS RULES(ENDP,UNREF,NOLAXREDEF) PROCESS RULES(ENDP,NOUNRA,NOLAXREDEF) PROCESS RULES(ENDP,NOUNRS,NOLAXREDEF) PROCESS RULES(ENDP,EVENP,LXPRF,NOLAXREDEF) PROCESS RULES(ENDP,EVENP,NOLXPRF,NOLAXREDEF) PROCESS RULES(ENDP,EVENP,SLCKB,NOLAXREDEF) PROCESS RULES(ENDP,EVENP,NOSLCKB,NOLAXREDEF) PROCESS RULES(ENDP,EVENP,OOM,NOLAXREDEF) PROCESS RULES(ENDP,EVENP,NOOOM,NOLAXREDEF) PROCESS RULES(ENDP,EVENP,UNREF,NOLAXREDEF) PROCESS RULES(ENDP,EVENP,NOUNRA,NOLAXREDEF) PROCESS RULES(ENDP,EVENP,NOUNRS,NOLAXREDEF) PROCESS RULES(ENDP,EVENP,LXPRF,SLCKB,NOLAXREDEF) PROCESS RULES(ENDP,EVENP,LXPRF,NOSLCKB,NOLAXREDEF) PROCESS RULES(ENDP,EVENP,LXPRF,OOM,NOLAXREDEF) PROCESS RULES(ENDP,EVENP,LXPRF,NOOOM,NOLAXREDEF) PROCESS RULES(ENDP,EVENP,LXPRF,UNREF,NOLAXREDEF) PROCESS RULES(ENDP,EVENP,LXPRF,NOUNRA,NOLAXREDEF) PROCESS RULES(ENDP,EVENP,LXPRF,NOUNRS,NOLAXREDEF) PROCESS RULES(ENDP,EVENP,LXPRF,SLCKB,OOM,NOLAXREDEF) PROCESS RULES(ENDP,EVENP,LXPRF,SLCKB,NOOOM,NOLAXREDEF) PROCESS RULES(ENDP,EVENP,LXPRF,SLCKB,UNREF,NOLAXREDEF) PROCESS RULES(ENDP,EVENP,LXPRF,SLCKB,NOUNRA,NOLAXREDEF) PROCESS RULES(ENDP,EVENP,LXPRF,SLCKB,NOUNRS,NOLAXREDEF) PROCESS RULES(ENDP,EVENP,LXPRF,SLCKB,OOM,UNREF,NOLAXREDEF) PROCESS RULES(ENDP,EVENP,LXPRF,SLCKB,OOM,NOUNRA,NOLAXREDEF) PROCESS RULES(ENDP,EVENP,LXPRF,SLCKB,OOM,NOUNRS,NOLAXREDEF) PROCESS RULES(NOENDP,EVENP,LXPRF,NOLAXREDEF) PROCESS RULES(NOENDP,EVENP,NOLXPRF,NOLAXREDEF) PROCESS RULES(NOENDP,EVENP,SLCKB,NOLAXREDEF) PROCESS RULES(NOENDP,EVENP,NOSLCKB,NOLAXREDEF) PROCESS RULES(NOENDP,EVENP,OOM,NOLAXREDEF) PROCESS RULES(NOENDP,EVENP,NOOOM,NOLAXREDEF) PROCESS RULES(NOENDP,EVENP,UNREF,NOLAXREDEF) PROCESS RULES(NOENDP,EVENP,NOUNRA,NOLAXREDEF) PROCESS RULES(NOENDP,EVENP,NOUNRS,NOLAXREDEF) PROCESS RULES(NOENDP,EVENP,LXPRF,SLCKB,NOLAXREDEF) PROCESS RULES(NOENDP,EVENP,LXPRF,NOSLCKB,NOLAXREDEF) PROCESS RULES(NOENDP,EVENP,LXPRF,OOM,NOLAXREDEF) PROCESS RULES(NOENDP,EVENP,LXPRF,NOOOM,NOLAXREDEF) PROCESS RULES(NOENDP,EVENP,LXPRF,UNREF,NOLAXREDEF) PROCESS RULES(NOENDP,EVENP,LXPRF,NOUNRA,NOLAXREDEF) PROCESS RULES(NOENDP,EVENP,LXPRF,NOUNRS,NOLAXREDEF) PROCESS RULES(NOENDP,EVENP,LXPRF,SLCKB,OOM,NOLAXREDEF) PROCESS RULES(NOENDP,EVENP,LXPRF,SLCKB,NOOOM,NOLAXREDEF) PROCESS RULES(NOENDP,EVENP,LXPRF,SLCKB,UNREF,NOLAXREDEF) PROCESS RULES(NOENDP,EVENP,LXPRF,SLCKB,NOUNRA,NOLAXREDEF) PROCESS RULES(NOENDP,EVENP,LXPRF,SLCKB,NOUNRS,NOLAXREDEF) PROCESS RULES(NOENDP,EVENP,LXPRF,SLCKB,OOM,UNREF,NOLAXREDEF) PROCESS RULES(NOENDP,EVENP,LXPRF,SLCKB,OOM,NOUNRA,NOLAXREDEF) PROCESS RULES(NOENDP,EVENP,LXPRF,SLCKB,OOM,NOUNRS,NOLAXREDEF) PROCESS RULES(NOENDP,NOEVENP,LXPRF,NOLAXREDEF) PROCESS RULES(NOENDP,NOEVENP,NOLXPRF,NOLAXREDEF) PROCESS RULES(NOENDP,NOEVENP,SLCKB,NOLAXREDEF) PROCESS RULES(NOENDP,NOEVENP,NOSLCKB,NOLAXREDEF) PROCESS RULES(NOENDP,NOEVENP,OOM,NOLAXREDEF) PROCESS RULES(NOENDP,NOEVENP,NOOOM,NOLAXREDEF) PROCESS RULES(NOENDP,NOEVENP,UNREF,NOLAXREDEF) PROCESS RULES(NOENDP,NOEVENP,NOUNRA,NOLAXREDEF) PROCESS RULES(NOENDP,NOEVENP,NOUNRS,NOLAXREDEF) PROCESS RULES(NOENDP,NOEVENP,LXPRF,SLCKB,NOLAXREDEF) PROCESS RULES(NOENDP,NOEVENP,LXPRF,NOSLCKB,NOLAXREDEF) PROCESS RULES(NOENDP,NOEVENP,LXPRF,OOM,NOLAXREDEF) PROCESS RULES(NOENDP,NOEVENP,LXPRF,NOOOM,NOLAXREDEF) PROCESS RULES(NOENDP,NOEVENP,LXPRF,UNREF,NOLAXREDEF) PROCESS RULES(NOENDP,NOEVENP,LXPRF,NOUNRA,NOLAXREDEF) PROCESS RULES(NOENDP,NOEVENP,LXPRF,NOUNRS,NOLAXREDEF) PROCESS RULES(NOENDP,NOEVENP,LXPRF,SLCKB,OOM,NOLAXREDEF) PROCESS RULES(NOENDP,NOEVENP,LXPRF,SLCKB,NOOOM,NOLAXREDEF) PROCESS RULES(NOENDP,NOEVENP,LXPRF,SLCKB,UNREF,NOLAXREDEF) PROCESS RULES(NOENDP,NOEVENP,LXPRF,SLCKB,NOUNRA,NOLAXREDEF) PROCESS RULES(NOENDP,NOEVENP,LXPRF,SLCKB,NOUNRS,NOLAXREDEF) PROCESS RULES(NOENDP,NOEVENP,LXPRF,SLCKB,OOM,UNREF,NOLAXREDEF) PROCESS RULES(NOENDP,NOEVENP,LXPRF,SLCKB,OOM,NOUNRA,NOLAXREDEF) PROCESS RULES(NOENDP,NOEVENP,LXPRF,SLCKB,OOM,NOUNRS,NOLAXREDEF) PROCESS RULES(NOENDP,NOEVENP,NOLXPRF,SLCKB,NOLAXREDEF) PROCESS RULES(NOENDP,NOEVENP,NOLXPRF,NOSLCKB,NOLAXREDEF) PROCESS RULES(NOENDP,NOEVENP,NOLXPRF,OOM,NOLAXREDEF) PROCESS RULES(NOENDP,NOEVENP,NOLXPRF,NOOOM,NOLAXREDEF) PROCESS RULES(NOENDP,NOEVENP,NOLXPRF,UNREF,NOLAXREDEF) PROCESS RULES(NOENDP,NOEVENP,NOLXPRF,NOUNRA,NOLAXREDEF) PROCESS RULES(NOENDP,NOEVENP,NOLXPRF,NOUNRS,NOLAXREDEF) PROCESS RULES(NOENDP,NOEVENP,NOLXPRF,SLCKB,OOM,NOLAXREDEF) PROCESS RULES(NOENDP,NOEVENP,NOLXPRF,SLCKB,NOOOM,NOLAXREDEF) PROCESS RULES(NOENDP,NOEVENP,NOLXPRF,SLCKB,UNREF,NOLAXREDEF) PROCESS RULES(NOENDP,NOEVENP,NOLXPRF,SLCKB,NOUNRA,NOLAXREDEF) PROCESS RULES(NOENDP,NOEVENP,NOLXPRF,SLCKB,NOUNRS,NOLAXREDEF) PROCESS RULES(NOENDP,NOEVENP,NOLXPRF,SLCKB,OOM,UNREF,NOLAXREDEF) PROCESS RULES(NOENDP,NOEVENP,NOLXPRF,SLCKB,OOM,NOUNRA,NOLAXREDEF) PROCESS RULES(NOENDP,NOEVENP,NOLXPRF,SLCKB,OOM,NOUNRS,NOLAXREDEF) PROCESS RULES(NOENDP,NOEVENP,NOLXPRF,NOSLCKB,OOM,NOLAXREDEF) PROCESS RULES(NOENDP,NOEVENP,NOLXPRF,NOSLCKB,NOOOM,NOLAXREDEF) PROCESS RULES(NOENDP,NOEVENP,NOLXPRF,NOSLCKB,UNREF,NOLAXREDEF) PROCESS RULES(NOENDP,NOEVENP,NOLXPRF,NOSLCKB,NOUNRA,NOLAXREDEF) PROCESS RULES(NOENDP,NOEVENP,NOLXPRF,NOSLCKB,NOUNRS,NOLAXREDEF) PROCESS RULES(EVENP,LXPRF,NOLAXREDEF) PROCESS RULES(EVENP,NOLXPRF,NOLAXREDEF) PROCESS RULES(EVENP,SLCKB,NOLAXREDEF) PROCESS RULES(EVENP,NOSLCKB,NOLAXREDEF) PROCESS RULES(EVENP,OOM,NOLAXREDEF) PROCESS RULES(EVENP,NOOOM,NOLAXREDEF) PROCESS RULES(EVENP,UNREF,NOLAXREDEF) PROCESS RULES(EVENP,NOUNRA,NOLAXREDEF) PROCESS RULES(EVENP,NOUNRS,NOLAXREDEF) PROCESS RULES(EVENP,LXPRF,SLCKB,NOLAXREDEF) PROCESS RULES(EVENP,LXPRF,NOSLCKB,NOLAXREDEF) PROCESS RULES(EVENP,LXPRF,OOM,NOLAXREDEF) PROCESS RULES(EVENP,LXPRF,NOOOM,NOLAXREDEF) PROCESS RULES(EVENP,LXPRF,UNREF,NOLAXREDEF) PROCESS RULES(EVENP,LXPRF,NOUNRA,NOLAXREDEF) PROCESS RULES(EVENP,LXPRF,NOUNRS,NOLAXREDEF) PROCESS RULES(EVENP,LXPRF,SLCKB,OOM,NOLAXREDEF) PROCESS RULES(EVENP,LXPRF,SLCKB,NOOOM,NOLAXREDEF) PROCESS RULES(EVENP,LXPRF,SLCKB,UNREF,NOLAXREDEF) PROCESS RULES(EVENP,LXPRF,SLCKB,NOUNRA,NOLAXREDEF) PROCESS RULES(EVENP,LXPRF,SLCKB,NOUNRS,NOLAXREDEF) PROCESS RULES(EVENP,LXPRF,SLCKB,OOM,UNREF,NOLAXREDEF) PROCESS RULES(EVENP,LXPRF,SLCKB,OOM,NOUNRA,NOLAXREDEF) PROCESS RULES(EVENP,LXPRF,SLCKB,OOM,NOUNRS,NOLAXREDEF) PROCESS RULES(LXPRF,SLCKB,NOLAXREDEF) PROCESS RULES(LXPRF,NOSLCKB,NOLAXREDEF) PROCESS RULES(LXPRF,OOM,NOLAXREDEF) PROCESS RULES(LXPRF,NOOOM,NOLAXREDEF) PROCESS RULES(LXPRF,UNREF,NOLAXREDEF) PROCESS RULES(LXPRF,NOUNRA,NOLAXREDEF) PROCESS RULES(LXPRF,NOUNRS,NOLAXREDEF) PROCESS RULES(LXPRF,SLCKB,OOM,NOLAXREDEF) PROCESS RULES(LXPRF,SLCKB,NOOOM,NOLAXREDEF) PROCESS RULES(LXPRF,SLCKB,UNREF,NOLAXREDEF) PROCESS RULES(LXPRF,SLCKB,NOUNRA,NOLAXREDEF) PROCESS RULES(LXPRF,SLCKB,NOUNRS,NOLAXREDEF) PROCESS RULES(LXPRF,SLCKB,OOM,UNREF,NOLAXREDEF) PROCESS RULES(LXPRF,SLCKB,OOM,NOUNRA,NOLAXREDEF) PROCESS RULES(LXPRF,SLCKB,OOM,NOUNRS,NOLAXREDEF) PROCESS RULES(SLCKB,OOM,NOLAXREDEF) PROCESS RULES(SLCKB,NOOOM,NOLAXREDEF) PROCESS RULES(SLCKB,UNREF,NOLAXREDEF) PROCESS RULES(SLCKB,NOUNRA,NOLAXREDEF) PROCESS RULES(SLCKB,NOUNRS,NOLAXREDEF) PROCESS RULES(SLCKB,OOM,UNREF,NOLAXREDEF) PROCESS RULES(SLCKB,OOM,NOUNRA,NOLAXREDEF) PROCESS RULES(SLCKB,OOM,NOUNRS,NOLAXREDEF) PROCESS RULES(OOM,UNREF,NOLAXREDEF) PROCESS RULES(OOM,NOUNRA,NOLAXREDEF) PROCESS RULES(OOM,NOUNRS,NOLAXREDEF) PROCESS RULES(NOEVENP,LXPRF,NOLAXREDEF) PROCESS RULES(NOEVENP,NOLXPRF,NOLAXREDEF) PROCESS RULES(NOEVENP,SLCKB,NOLAXREDEF) PROCESS RULES(NOEVENP,NOSLCKB,NOLAXREDEF) PROCESS RULES(NOEVENP,OOM,NOLAXREDEF) PROCESS RULES(NOEVENP,NOOOM,NOLAXREDEF) PROCESS RULES(NOEVENP,UNREF,NOLAXREDEF) PROCESS RULES(NOEVENP,NOUNRA,NOLAXREDEF) PROCESS RULES(NOEVENP,NOUNRS,NOLAXREDEF) PROCESS RULES(NOEVENP,LXPRF,SLCKB,NOLAXREDEF) PROCESS RULES(NOEVENP,LXPRF,NOSLCKB,NOLAXREDEF) PROCESS RULES(NOEVENP,LXPRF,OOM,NOLAXREDEF) PROCESS RULES(NOEVENP,LXPRF,NOOOM,NOLAXREDEF) PROCESS RULES(NOEVENP,LXPRF,UNREF,NOLAXREDEF) PROCESS RULES(NOEVENP,LXPRF,NOUNRA,NOLAXREDEF) PROCESS RULES(NOEVENP,LXPRF,NOUNRS,NOLAXREDEF) PROCESS RULES(NOEVENP,LXPRF,SLCKB,OOM,NOLAXREDEF) PROCESS RULES(NOEVENP,LXPRF,SLCKB,NOOOM,NOLAXREDEF) PROCESS RULES(NOEVENP,LXPRF,SLCKB,UNREF,NOLAXREDEF) PROCESS RULES(NOEVENP,LXPRF,SLCKB,NOUNRA,NOLAXREDEF) PROCESS RULES(NOEVENP,LXPRF,SLCKB,NOUNRS,NOLAXREDEF) PROCESS RULES(NOEVENP,LXPRF,SLCKB,OOM,UNREF,NOLAXREDEF) PROCESS RULES(NOEVENP,LXPRF,SLCKB,OOM,NOUNRA,NOLAXREDEF) PROCESS RULES(NOEVENP,LXPRF,SLCKB,OOM,NOUNRS,NOLAXREDEF) PROCESS RULES(NOEVENP,NOLXPRF,SLCKB,NOLAXREDEF) PROCESS RULES(NOEVENP,NOLXPRF,NOSLCKB,NOLAXREDEF) PROCESS RULES(NOEVENP,NOLXPRF,OOM,NOLAXREDEF) PROCESS RULES(NOEVENP,NOLXPRF,NOOOM,NOLAXREDEF) PROCESS RULES(NOEVENP,NOLXPRF,UNREF,NOLAXREDEF) PROCESS RULES(NOEVENP,NOLXPRF,NOUNRA,NOLAXREDEF) PROCESS RULES(NOEVENP,NOLXPRF,NOUNRS,NOLAXREDEF) PROCESS RULES(NOEVENP,NOLXPRF,SLCKB,OOM,NOLAXREDEF) PROCESS RULES(NOEVENP,NOLXPRF,SLCKB,NOOOM,NOLAXREDEF) PROCESS RULES(NOEVENP,NOLXPRF,SLCKB,UNREF,NOLAXREDEF) PROCESS RULES(NOEVENP,NOLXPRF,SLCKB,NOUNRA,NOLAXREDEF) PROCESS RULES(NOEVENP,NOLXPRF,SLCKB,NOUNRS,NOLAXREDEF) PROCESS RULES(NOEVENP,NOLXPRF,SLCKB,OOM,UNREF,NOLAXREDEF) PROCESS RULES(NOEVENP,NOLXPRF,SLCKB,OOM,NOUNRA,NOLAXREDEF) PROCESS RULES(NOEVENP,NOLXPRF,SLCKB,OOM,NOUNRS,NOLAXREDEF) PROCESS RULES(NOEVENP,NOLXPRF,NOSLCKB,OOM,NOLAXREDEF) PROCESS RULES(NOEVENP,NOLXPRF,NOSLCKB,NOOOM,NOLAXREDEF) PROCESS RULES(NOEVENP,NOLXPRF,NOSLCKB,UNREF,NOLAXREDEF) PROCESS RULES(NOEVENP,NOLXPRF,NOSLCKB,NOUNRA,NOLAXREDEF) PROCESS RULES(NOEVENP,NOLXPRF,NOSLCKB,NOUNRS,NOLAXREDEF) PROCESS RULES(NOEVENP,NOLXPRF,NOSLCKB,OOM,UNREF,NOLAXREDEF) PROCESS RULES(NOEVENP,NOLXPRF,NOSLCKB,OOM,NOUNRA,NOLAXREDEF) PROCESS RULES(NOEVENP,NOLXPRF,NOSLCKB,OOM,NOUNRS,NOLAXREDEF) PROCESS RULES(NOEVENP,NOLXPRF,NOSLCKB,NOOOM,UNREF,NOLAXREDEF) PROCESS RULES(NOEVENP,NOLXPRF,NOSLCKB,NOOOM,NOUNRA,NOLAXREDEF) PROCESS RULES(NOEVENP,NOLXPRF,NOSLCKB,NOOOM,NOUNRS,NOLAXREDEF) PROCESS RULES(NOLXPRF,SLCKB,NOLAXREDEF) PROCESS RULES(NOLXPRF,NOSLCKB,NOLAXREDEF) PROCESS RULES(NOLXPRF,OOM,NOLAXREDEF) PROCESS RULES(NOLXPRF,NOOOM,NOLAXREDEF) PROCESS RULES(NOLXPRF,UNREF,NOLAXREDEF) PROCESS RULES(NOLXPRF,NOUNRA,NOLAXREDEF) PROCESS RULES(NOLXPRF,NOUNRS,NOLAXREDEF) PROCESS RULES(NOLXPRF,SLCKB,OOM,NOLAXREDEF) PROCESS RULES(NOLXPRF,SLCKB,NOOOM,NOLAXREDEF) PROCESS RULES(NOLXPRF,SLCKB,UNREF,NOLAXREDEF) PROCESS RULES(NOLXPRF,SLCKB,NOUNRA,NOLAXREDEF) PROCESS RULES(NOLXPRF,SLCKB,NOUNRS,NOLAXREDEF) PROCESS RULES(NOLXPRF,SLCKB,OOM,UNREF,NOLAXREDEF) PROCESS RULES(NOLXPRF,SLCKB,OOM,NOUNRA,NOLAXREDEF) PROCESS RULES(NOLXPRF,SLCKB,OOM,NOUNRS,NOLAXREDEF) PROCESS RULES(NOLXPRF,NOSLCKB,OOM,NOLAXREDEF) PROCESS RULES(NOLXPRF,NOSLCKB,NOOOM,NOLAXREDEF) PROCESS RULES(NOLXPRF,NOSLCKB,UNREF,NOLAXREDEF) PROCESS RULES(NOLXPRF,NOSLCKB,NOUNRA,NOLAXREDEF) PROCESS RULES(NOLXPRF,NOSLCKB,NOUNRS,NOLAXREDEF) PROCESS RULES(NOLXPRF,NOSLCKB,OOM,UNREF,NOLAXREDEF) PROCESS RULES(NOLXPRF,NOSLCKB,OOM,NOUNRA,NOLAXREDEF) PROCESS RULES(NOLXPRF,NOSLCKB,OOM,NOUNRS,NOLAXREDEF) PROCESS RULES(NOLXPRF,NOSLCKB,NOOOM,UNREF,NOLAXREDEF) PROCESS RULES(NOLXPRF,NOSLCKB,NOOOM,NOUNRA,NOLAXREDEF) PROCESS RULES(NOLXPRF,NOSLCKB,NOOOM,NOUNRS,NOLAXREDEF) PROCESS RULES(NOSLCKB,OOM,NOLAXREDEF) PROCESS RULES(NOSLCKB,NOOOM,NOLAXREDEF) PROCESS RULES(NOSLCKB,UNREF,NOLAXREDEF) PROCESS RULES(NOSLCKB,NOUNRA,NOLAXREDEF) PROCESS RULES(NOSLCKB,NOUNRS,NOLAXREDEF) PROCESS RULES(NOSLCKB,OOM,UNREF,NOLAXREDEF) PROCESS RULES(NOSLCKB,OOM,NOUNRA,NOLAXREDEF) PROCESS RULES(NOSLCKB,OOM,NOUNRS,NOLAXREDEF) PROCESS RULES(NOSLCKB,NOOOM,UNREF,NOLAXREDEF) PROCESS RULES(NOSLCKB,NOOOM,NOUNRA,NOLAXREDEF) PROCESS RULES(NOSLCKB,NOOOM,NOUNRS,NOLAXREDEF) PROCESS RULES(NOOOM,UNREF,NOLAXREDEF) PROCESS RULES(NOOOM,NOUNRA,NOLAXREDEF) PROCESS RULES(NOOOM,NOUNRS,NOLAXREDEF) PROCESS SEQUENCE PROCESS SEQ PROCESS NOSEQUENCE PROCESS NOSEQ PROCESS SERVICE('Zed Zed Plural Zed Alpha') PROCESS SERV('Remember the Cant') PROCESS NOSERVICE PROCESS NOSERV PROCESS SOURCE PROCESS S PROCESS SOURCE(DEC) PROCESS SOURCE(HEX) PROCESS S(DEC) PROCESS S(HEX) PROCESS NOSOURCE PROCESS NOS PROCESS SPACE(1) PROCESS SPACE(2) PROCESS SPACE(3) PROCESS SQL PROCESS SQL('ANSI') PROCESS SQL("SQL99") PROCESS NOSQL PROCESS SQLCCSID PROCESS SQLC PROCESS NOSQLCCSID PROCESS NOSQLC PROCESS SQLIMS PROCESS SQLIMS('aString') PROCESS SQLIMS("aString") PROCESS NOSQLIMS PROCESS SSRANGE PROCESS SSRANGE(NOZLEN) PROCESS SSRANGE(ZLEN) PROCESS SSRANGE(ABD) PROCESS SSRANGE(MSG) PROCESS SSRANGE(NOZLEN,ABD) PROCESS SSRANGE(NOZLEN,MSG) PROCESS SSRANGE(ZLEN,ABD) PROCESS SSRANGE(ZLEN,MSG) PROCESS NOSSRANGE PROCESS SSR PROCESS SSR(NOZLEN) PROCESS SSR(ZLEN) PROCESS SSR(ABD) PROCESS SSR(MSG) PROCESS SSR(NOZLEN,ABD) PROCESS SSR(NOZLEN,MSG) PROCESS SSR(ZLEN,ABD) PROCESS SSR(ZLEN,MSG) PROCESS NOSSR PROCESS STGOPT PROCESS NOSTGOPT PROCESS SO PROCESS NOSO PROCESS SUPPRESS PROCESS NOSUPPRESS PROCESS SUPP PROCESS NOSUPP PROCESS TERMINAL PROCESS NOTERMINAL PROCESS TERM PROCESS NOTERM PROCESS TEST PROCESS TEST(HOOK) PROCESS TEST(NOHOOK) PROCESS TEST(HOOK,NOSEPARATE) PROCESS TEST(NOHOOK,NOSEPARATE) PROCESS TEST(HOOK,SEPARATE) PROCESS TEST(NOHOOK,SEPARATE) PROCESS TEST(HOOK,EJPD) PROCESS TEST(NOHOOK,EJPD) PROCESS TEST(HOOK,NOSEPARATE,EJPD) PROCESS TEST(NOHOOK,NOSEPARATE,EJPD) PROCESS TEST(HOOK,SEPARATE,EJPD) PROCESS TEST(NOHOOK,SEPARATE,EJPD) PROCESS TEST(HOOK,NOEJPD) PROCESS TEST(NOHOOK,NOEJPD) PROCESS TEST(HOOK,NOSEPARATE,NOEJPD) PROCESS TEST(NOHOOK,NOSEPARATE,NOEJPD) PROCESS TEST(HOOK,SEPARATE,NOEJPD) PROCESS TEST(NOHOOK,SEPARATE,NOEJPD) PROCESS TEST(DWARF) PROCESS TEST(NODWARF) PROCESS TEST(DWARF,NOSEPARATE) PROCESS TEST(NODWARF,NOSEPARATE) PROCESS TEST(DWARF,SEPARATE) PROCESS TEST(NODWARF,SEPARATE) PROCESS TEST(DWARF,EJPD) PROCESS TEST(NODWARF,EJPD) PROCESS TEST(DWARF,NOSEPARATE,EJPD) PROCESS TEST(NODWARF,NOSEPARATE,EJPD) PROCESS TEST(DWARF,SEPARATE,EJPD) PROCESS TEST(NODWARF,SEPARATE,EJPD) PROCESS TEST(DWARF,NOEJPD) PROCESS TEST(NODWARF,NOEJPD) PROCESS TEST(DWARF,NOSEPARATE,NOEJPD) PROCESS TEST(NODWARF,NOSEPARATE,NOEJPD) PROCESS TEST(DWARF,SEPARATE,NOEJPD) PROCESS TEST(NODWARF,SEPARATE,NOEJPD) PROCESS TEST(DWARF,SEPARATE(DSNAME)) PROCESS TEST(NODWARF,SEPARATE(DSNAME)) PROCESS TEST(DWARF,SEPARATE(DSNAME),EJPD) PROCESS TEST(NODWARF,SEPARATE(DSNAME),EJPD) PROCESS TEST(DWARF,SEPARATE(DSNAME),NOEJPD) PROCESS TEST(NODWARF,SEPARATE(DSNAME),NOEJPD) PROCESS TEST(DWARF,SEPARATE(DSNAME),SOURCE) PROCESS TEST(NODWARF,SEPARATE(DSNAME),SOURCE) PROCESS TEST(DWARF,SEPARATE(DSNAME),EJPD,SOURCE) PROCESS TEST(NODWARF,SEPARATE(DSNAME),EJPD,SOURCE) PROCESS TEST(DWARF,SEPARATE(DSNAME),NOEJPD,SOURCE) PROCESS TEST(NODWARF,SEPARATE(DSNAME),NOEJPD,SOURCE) PROCESS TEST(DWARF,SEPARATE(DSNAME),NOSOURCE) PROCESS TEST(NODWARF,SEPARATE(DSNAME),NOSOURCE) PROCESS TEST(DWARF,SEPARATE(DSNAME),EJPD,NOSOURCE) PROCESS TEST(NODWARF,SEPARATE(DSNAME),EJPD,NOSOURCE) PROCESS TEST(DWARF,SEPARATE(DSNAME),NOEJPD,NOSOURCE) PROCESS TEST(NODWARF,SEPARATE(DSNAME),NOEJPD,NOSOURCE) PROCESS TEST(DWARF,SEPARATE(NODSNAME)) PROCESS TEST(NODWARF,SEPARATE(NODSNAME)) PROCESS TEST(DWARF,SEPARATE(NODSNAME),EJPD) PROCESS TEST(NODWARF,SEPARATE(NODSNAME),EJPD) PROCESS TEST(DWARF,SEPARATE(NODSNAME),NOEJPD) PROCESS TEST(NODWARF,SEPARATE(NODSNAME),NOEJPD) PROCESS TEST(DWARF,SEPARATE(NODSNAME),SOURCE) PROCESS TEST(NODWARF,SEPARATE(NODSNAME),SOURCE) PROCESS TEST(DWARF,SEPARATE(NODSNAME),EJPD,SOURCE) PROCESS TEST(NODWARF,SEPARATE(NODSNAME),EJPD,SOURCE) PROCESS TEST(DWARF,SEPARATE(NODSNAME),NOEJPD,SOURCE) PROCESS TEST(NODWARF,SEPARATE(NODSNAME),NOEJPD,SOURCE) PROCESS TEST(DWARF,SEPARATE(NODSNAME),NOSOURCE) PROCESS TEST(NODWARF,SEPARATE(NODSNAME),NOSOURCE) PROCESS TEST(DWARF,SEPARATE(NODSNAME),EJPD,NOSOURCE) PROCESS TEST(NODWARF,SEPARATE(NODSNAME),EJPD,NOSOURCE) PROCESS TEST(DWARF,SEPARATE(NODSNAME),NOEJPD,NOSOURCE) PROCESS TEST(NODWARF,SEPARATE(NODSNAME),NOEJPD,NOSOURCE) PROCESS TEST(NOSEPARATE) PROCESS TEST(SEPARATE) PROCESS TEST(EJPD) PROCESS TEST(NOSEPARATE,EJPD) PROCESS TEST(SEPARATE,EJPD) PROCESS TEST(NOEJPD) PROCESS TEST(SEPARATE(DSNAME)) PROCESS TEST(SEPARATE(DSNAME),EJPD) PROCESS TEST(SEPARATE(DSNAME),NOEJPD) PROCESS TEST(SEPARATE(DSNAME),SOURCE) PROCESS TEST(SEPARATE(DSNAME),EJPD,SOURCE) PROCESS TEST(SEPARATE(DSNAME),NOEJPD,SOURCE) PROCESS TEST(SEPARATE(DSNAME),NOSOURCE) PROCESS TEST(SEPARATE(DSNAME),EJPD,NOSOURCE) PROCESS TEST(SEPARATE(DSNAME),NOEJPD,NOSOURCE) PROCESS TEST(SEPARATE(NODSNAME)) PROCESS TEST(SEPARATE(NODSNAME),EJPD) PROCESS TEST(SEPARATE(NODSNAME),NOEJPD) PROCESS TEST(SEPARATE(NODSNAME),SOURCE) PROCESS TEST(SEPARATE(NODSNAME),EJPD,SOURCE) PROCESS TEST(SEPARATE(NODSNAME),NOEJPD,SOURCE) PROCESS TEST(SEPARATE(NODSNAME),NOSOURCE) PROCESS TEST(SEPARATE(NODSNAME),EJPD,NOSOURCE) PROCESS TEST(SEPARATE(NODSNAME),NOEJPD,NOSOURCE) PROCESS TEST(SOURCE) PROCESS TEST(NOSOURCE) PROCESS TEST(EJPD,SOURCE) PROCESS TEST(NOEJPD,SOURCE) PROCESS TEST(EJPD,NOSOURCE) PROCESS TEST(NOEJPD,NOSOURCE) PROCESS THREAD PROCESS NOTHREAD PROCESS TRUNC(STD) PROCESS TRUNC(OPT) PROCESS TRUNC(BIN) PROCESS TUNE(8) PROCESS TUNE(13) PROCESS VBREF PROCESS NOVBREF PROCESS VLR(STANDARD) PROCESS VLR(COMPAT) PROCESS VLR(S) PROCESS VLR(C) PROCESS VSAMOPENFS(COMPAT) PROCESS VSAMOPENFS(SUCC) PROCESS VSAMOPENFS(C) PROCESS VSAMOPENFS(S) PROCESS VS(COMPAT) PROCESS VS(SUCC) PROCESS VS(C) PROCESS VS(S) PROCESS WORD(CICS) PROCESS NOWORD PROCESS WD(MOYA) PROCESS NOWD PROCESS XMLPARSE(XMLSS) PROCESS XMLPARSE(COMPAT) PROCESS XMLPARSE(X) PROCESS XMLPARSE(C) PROCESS XP(XMLSS) PROCESS XP(COMPAT) PROCESS XP(X) PROCESS XP(C) PROCESS XREF PROCESS XREF(FULL) PROCESS XREF(SHORT) PROCESS X PROCESS X(FULL) PROCESS X(SHORT) PROCESS NOXREF PROCESS NOX PROCESS ZONECHECK(MSG) PROCESS ZONECHECK(ABD) PROCESS ZC(MSG) PROCESS ZC(ABD) PROCESS NOZONECHECK PROCESS NOZC PROCESS ZONEDATA(PFD) PROCESS ZONEDATA(MIG) PROCESS ZONEDATA(NOPFD) PROCESS ZD(PFD) PROCESS ZD(MIG) PROCESS ZD(NOPFD) PROCESS ZWB PROCESS NOZWB ID Division. Program-ID. CBLOPTS1. Procedure Division. GOBACK.

47.272768

72

0.711222

4a0b84efce77897d51b3fe297d21c1a9600d2d32

644

cob

COBOL

samples/mysql/showdb.cob

jmptrader/CobolScript

dcf0e957c1b7cb7731116e5a56439d92d8aa2ca1

[ "MIT" ]

158

2015-02-13T19:41:43.000Z

2022-03-19T20:41:56.000Z

samples/mysql/showdb.cob

jmptrader/CobolScript

dcf0e957c1b7cb7731116e5a56439d92d8aa2ca1

[ "MIT" ]

5

2015-06-21T19:08:54.000Z

2020-12-16T15:18:56.000Z

samples/mysql/showdb.cob

jmptrader/CobolScript

dcf0e957c1b7cb7731116e5a56439d92d8aa2ca1

[ "MIT" ]

31

2015-01-14T21:25:04.000Z

2022-03-15T22:20:02.000Z

data division. linkage section. 01 global. 01 require. procedure division. local mysql. perform require using "mysql" giving mysql. local options. move object to options. move "root" to user in options. move "" to password in options. local connection. perform createConnection in mysql using options giving connection. perform query in connection using "show databases" showdbs. showdbs section using err, rows, fields. if err then display err stop run end-if. local k. local n. move length in rows to n. local row. perform varying k from 1 to n move rows(k) to row display Database in row end-perform. stop run.

644

0.745342

eab5a7e80fb2e4f52b37bd98d67b0ae85686684a

1,700

cbl

COBOL

src/test/resources/io/proleap/cobol/preprocessor/fixed/IdentificationDivisionMultiline.cbl

stawi/cobol85parser

1e3426b401a6a81d5f19d5e8737856e53f10bce6

[ "MIT" ]

81

2018-03-29T23:39:01.000Z

2022-03-07T11:23:10.000Z

src/test/resources/io/proleap/cobol/preprocessor/fixed/IdentificationDivisionMultiline.cbl

stawi/cobol85parser

1e3426b401a6a81d5f19d5e8737856e53f10bce6

[ "MIT" ]

64

2017-03-27T11:15:15.000Z

2018-03-09T18:10:43.000Z

src/test/resources/io/proleap/cobol/preprocessor/fixed/IdentificationDivisionMultiline.cbl

stawi/cobol85parser

1e3426b401a6a81d5f19d5e8737856e53f10bce6

[ "MIT" ]

44

2019-01-03T11:48:54.000Z

2021-12-21T09:46:42.000Z

000100 IDENTIFICATION DIVISION. 12345678 000200 PROGRAM-ID. 12345678 000300 CONFIGSECTION. 12345678 000400 AUTHOR. 12345678 000500 SOMEAUTH. 12345678 000500 SOMEAUTH2. 12345678 000600 INSTALLATION. 12345678 000700 SOMEINSTALL. 12345678 000700 SOMEINSTALL2. 12345678 000800 DATE-COMPILED. 12345678 000900 SOMECOMPILED. 12345678 000900 SOMECOMPILED2. 12345678 001000 DATE-WRITTEN. 12345678 001100 SOMEWRITTEN. 12345678 001100 SOMEWRITTEN2. 12345678 001200 SECURITY. 12345678 001300 SOMESEC. 12345678 001300 SOMESEC2. 12345678 001400 REMARKS. 12345678 001500 SOMEREM. 12345678 001500 SOMEREM2. 12345678

80.952381

80

0.301176

8884ea1191daada3f88b13173ebbc4206dcd21e4

378

cob

COBOL

11_string_handling_02.cob

tseiiti/cobol

c1817d7e254c3a7dfc73a3b21c7f4263c4984f7b

[ "MIT" ]

null

11_string_handling_02.cob

tseiiti/cobol

c1817d7e254c3a7dfc73a3b21c7f4263c4984f7b

[ "MIT" ]

null

11_string_handling_02.cob

tseiiti/cobol

c1817d7e254c3a7dfc73a3b21c7f4263c4984f7b

[ "MIT" ]

null

identification division. program-id. string_handling_02. data division. working-storage section. 01 ws-string pic x(15) value 'abcdacdadeaaaff'. procedure division. display 'old string : ' ws-string. inspect ws-string replacing all 'a' by 'x'. display 'new string : ' ws-string. stop run.

27

54

0.584656

a44a2caebd9721fcca9482c60f3348d5e61778d5

546

cob

COBOL

12_table_processing_06.cob

tseiiti/cobol

c1817d7e254c3a7dfc73a3b21c7f4263c4984f7b

[ "MIT" ]

null

12_table_processing_06.cob

tseiiti/cobol

c1817d7e254c3a7dfc73a3b21c7f4263c4984f7b

[ "MIT" ]

null

12_table_processing_06.cob

tseiiti/cobol

c1817d7e254c3a7dfc73a3b21c7f4263c4984f7b

[ "MIT" ]

null

identification division. program-id. table_processing_06. data division. working-storage section. 01 ws-table. 05 ws-a pic x(1) occurs 18 times indexed by i. 01 ws-srch pic a(1) value 'm'. procedure division. move 'abcdefghijklmnopqr' to ws-table. set i to 1. search ws-a at end display 'm not found in table' when ws-a(i) = ws-srch display 'letter m found in table' end-search. stop run.

27.3

55

0.534799

b2501c6401013302070e12900e1b3b73048a7384

6,411

cbl

COBOL

cbl/covid010.cbl

wscevpc/Cobol

1c131133b04b42eb10f500980e5fc0c03306feb6

[ "MIT" ]

null

cbl/covid010.cbl

wscevpc/Cobol

1c131133b04b42eb10f500980e5fc0c03306feb6

[ "MIT" ]

null

cbl/covid010.cbl

wscevpc/Cobol

1c131133b04b42eb10f500980e5fc0c03306feb6

[ "MIT" ]

null

****************************************************************** * Author: CCastellan * Date: 31/05/2020 * Purpose: Learn Cobol - Covid summary report from / https://api.covid19api.com/summary ****************************************************************** IDENTIFICATION DIVISION. PROGRAM-ID. pandemic_rpt. *----------------------------------------------------------------- ENVIRONMENT DIVISION. * CONFIGURATION SECTION. SPECIAL-NAMES. DECIMAL-POINT IS COMMA. * INPUT-OUTPUT SECTION. FILE-CONTROL. SELECT OPTIONAL arquivo_covid ASSIGN TO "c.csvw" ORGANIZATION IS LINE SEQUENTIAL ACCESS MODE IS SEQUENTIAL. *----------------------------------------------------------------- DATA DIVISION. * FILE SECTION. * FD arquivo_covid. 01 fd_record. 05 rec pic X(196). * WORKING-STORAGE SECTION. * 01 Header_1. 05 FILLER PIC X(059) value spaces. 05 FILLER PIC X(008) value "New". 05 FILLER PIC X(025) value "Total". 05 FILLER PIC X(029) value "Total". 05 FILLER PIC X(005) value "Total". * 01 Header_2. 05 FILLER PIC X(008) value spaces. 05 FILLER PIC X(012) value "Country Code". 05 FILLER PIC X(038) value " - Country". 05 FILLER PIC X(007) value "Cases". 05 FILLER PIC X(015) value "New Cases". 05 FILLER PIC X(011) value "Fatality". 05 FILLER PIC X(014) value "Fatality". 05 FILLER PIC X(015) value "Recover". 05 FILLER PIC X(015) value "Recover". 05 FILLER PIC X(004) value "Date". * 01 Header_3. 05 FILLER PIC X(144) value all "=". * 01 Line_1. 05 ln_country. 10 ln_country_code PIC X(002). 10 FILLER PIC X(003) value " - ". 10 country_ln PIC X(045). 05 ln_new_cases PIC ZZZZ.ZZZ.ZZ9. 05 ln_total_cases PIC ZZZZ.ZZZ.ZZ9. 05 ln_fatalidades PIC ZZZZ.ZZZ.ZZ9. 05 ln_total_fatalidades PIC ZZZZ.ZZZ.ZZ9. 05 ln_recuperados PIC ZZZZ.ZZZ.ZZ9. 05 ln_total_recuperados PIC ZZZZ.ZZZ.ZZ9. 05 FILLER PIC X(003) value spaces. 05 ln_date. 10 ln_day PIC 9(002). 10 FILLER PIC X(001) value "/". 10 ln_month PIC 9(002). 10 FILLER PIC X(001) value "/". 10 ln_year PIC 9(004). 10 FILLER PIC X(001) value " ". 10 ln_hour PIC 9(002). 10 FILLER PIC X(001) value ":". 10 ln_minute PIC 9(002). 10 FILLER PIC X(001) value ":". 10 ln_second PIC 9(002). * 01 ws_eof_sw PIC X(001) value "n". 88 eof_sw value "y". 88 not_eof_sw value "n". * 01 ws_rec. 05 country_rec. 10 rec_country PIC X(045) VALUE SPACES. 10 rec_country_code PIC X(002). 10 rec_slug PIC X(045). 05 rec_new_cases PIC ZZZZ.ZZZ.ZZ9. 05 rec_total_cases PIC ZZZZ.ZZZ.ZZ9. 05 rec_fatalidades PIC ZZZZ.ZZZ.ZZ9. 05 rec_total_fatalidades PIC ZZZZ.ZZZ.ZZ9. 05 rec_recuperados PIC ZZZZ.ZZZ.ZZ9. 05 rec_total_recuperados PIC ZZZZ.ZZZ.ZZ9. 05 rec_date. 10 rec_year PIC 9(004). 10 FILLER PIC X(001) value "/". 10 rec_month PIC 9(002). 10 FILLER PIC X(001) value "/". 10 rec_day PIC 9(002). 10 rec_t PIC X(001). 10 rec_hour PIC 9(002). 10 FILLER PIC X(001) value ":". 10 rec_minute PIC 9(002). 10 FILLER PIC X(001) value ":". 10 rec_second PIC 9(002). 10 rec_z PIC X(001). *----------------------------------------------------------------- PROCEDURE DIVISION. * MAIN-PROCEDURE. OPEN INPUT arquivo_covid. DISPLAY Header_1. DISPLAY Header_2. DISPLAY Header_3. PERFORM LER. PERFORM processar_arquivo UNTIL eof_sw. CLOSE arquivo_covid. STOP RUN. * processar_arquivo. DISPLAY Line_1. PERFORM LER. * LER. READ arquivo_covid AT END move "y" to ws_eof_sw. UNSTRING rec DELIMITED BY ';' INTO rec_country rec_country_code rec_slug rec_new_cases rec_total_cases rec_fatalidades rec_total_fatalidades rec_recuperados rec_total_recuperados rec_date END-UNSTRING. move rec_country to country_ln. move rec_country_code to ln_country_code. move rec_new_cases to ln_new_cases. move rec_total_cases to ln_total_cases. move rec_fatalidades to ln_fatalidades. move rec_total_fatalidades to ln_total_fatalidades. move rec_recuperados to ln_recuperados. move rec_total_recuperados to ln_total_recuperados. move rec_year to ln_year. move rec_month to ln_month. move rec_day to ln_day. move rec_hour to ln_hour. move rec_minute to ln_minute. move rec_second to ln_second. * END PROGRAM pandemic_rpt.

37.934911

72

0.436905

bcb464a09ffc489d7eda5b301567b7270097dfef

810

cpy

COBOL

cpy/CSS00500.cpy

abrignoli/COBSOFT

9b8d567465ba40ece8efc985209adc14263cbad1

[ "MIT" ]

3

2019-03-17T18:36:33.000Z

2020-08-12T21:21:55.000Z

cpy/CSS00500.cpy

abrignoli/COBSOFT

9b8d567465ba40ece8efc985209adc14263cbad1

[ "MIT" ]

null

cpy/CSS00500.cpy

abrignoli/COBSOFT

9b8d567465ba40ece8efc985209adc14263cbad1

[ "MIT" ]

null

select pd00500 assign to disk wid-pd00500 organization is indexed access mode is dynamic record key is f00500-chave = f00500-cd-empresa f00500-cd-filial f00500-id-bairro alternate key is f00500-chave-1 = f00500-cd-empresa f00500-cd-filial f00500-id-municipio f00500-cd-bairro lock mode is manual file status is ws-resultado-acesso.

42.631579

94

0.334568

39bda266fb384dbd70b3edbe655744cb6290fd29

11,047

cbl

COBOL

cics-genapp/base/src/COBOL/LGUPOL01.cbl

jbyibm/dbb-pipeline-public

d6db8f96bb9aee85026c4b585896e53e3764fd19

[ "Apache-2.0" ]

1

2021-09-02T20:19:02.000Z

cics-genapp/base/src/COBOL/LGUPOL01.cbl

jbyibm/dbb-pipeline

3e2fdf8c7135220b85bba2036419721818d36e1b

[ "Apache-2.0" ]

null

cics-genapp/base/src/COBOL/LGUPOL01.cbl

jbyibm/dbb-pipeline

3e2fdf8c7135220b85bba2036419721818d36e1b

[ "Apache-2.0" ]

null

****************************************************************** * * * LICENSED MATERIALS - PROPERTY OF IBM * * * * "RESTRICTED MATERIALS OF IBM" * * * * CB12 * * * * (C) COPYRIGHT IBM CORP. 2011, 2013 ALL RIGHTS RESERVED * * * * US GOVERNMENT USERS RESTRICTED RIGHTS - USE, DUPLICATION, * * OR DISCLOSURE RESTRICTED BY GSA ADP SCHEDULE * * CONTRACT WITH IBM CORPORATION * * * * * * UPDATE policy details * * * * Business logic * * * * * * * ****************************************************************** IDENTIFICATION DIVISION. PROGRAM-ID. LGUPOL01. ENVIRONMENT DIVISION. CONFIGURATION SECTION. * DATA DIVISION. WORKING-STORAGE SECTION. *----------------------------------------------------------------* * Common defintions * *----------------------------------------------------------------* * Run time (debug) infomation for this invocation 01 WS-HEADER. 03 WS-EYECATCHER PIC X(16) VALUE 'LGUPOL01------WS'. 03 WS-TRANSID PIC X(4). 03 WS-TERMID PIC X(4). 03 WS-TASKNUM PIC 9(7). 03 WS-FILLER PIC X. 03 WS-ADDR-DFHCOMMAREA USAGE is POINTER. 03 WS-CALEN PIC S9(4) COMP. * Variables for time/date processing 01 WS-ABSTIME PIC S9(8) COMP VALUE +0. 01 WS-TIME PIC X(8) VALUE SPACES. 01 WS-DATE PIC X(10) VALUE SPACES. 01 WS-POLICY-LENGTHS. 03 WS-CUSTOMER-LEN PIC S9(4) COMP VALUE +72. 03 WS-POLICY-LEN PIC S9(4) COMP VALUE +72. 03 WS-ENDOW-LEN PIC S9(4) COMP VALUE +52. 03 WS-HOUSE-LEN PIC S9(4) COMP VALUE +58. 03 WS-MOTOR-LEN PIC S9(4) COMP VALUE +65. 03 WS-FULL-ENDOW-LEN PIC S9(4) COMP VALUE +124. 03 WS-FULL-HOUSE-LEN PIC S9(4) COMP VALUE +130. 03 WS-FULL-MOTOR-LEN PIC S9(4) COMP VALUE +137. 03 WS-SUMRY-ENDOW-LEN PIC S9(4) COMP VALUE +25. * Error Message structure 01 ERROR-MSG. 03 EM-DATE PIC X(8) VALUE SPACES. 03 FILLER PIC X VALUE SPACES. 03 EM-TIME PIC X(6) VALUE SPACES. 03 FILLER PIC X(9) VALUE ' LGUPOL01'. 03 EM-VARIABLE. 05 FILLER PIC X(6) VALUE ' CNUM='. 05 EM-CUSNUM PIC X(10) VALUE SPACES. 05 FILLER PIC X(6) VALUE ' PNUM='. 05 EM-POLNUM PIC X(10) VALUE SPACES. 05 EM-SQLREQ PIC X(16) VALUE SPACES. 05 FILLER PIC X(9) VALUE ' SQLCODE='. 05 EM-SQLRC PIC +9(5) USAGE DISPLAY. 01 CA-ERROR-MSG. 03 FILLER PIC X(9) VALUE 'COMMAREA='. 03 CA-DATA PIC X(90) VALUE SPACES. *----------------------------------------------------------------* *----------------------------------------------------------------* * Definitions required for data manipulation * *----------------------------------------------------------------* * Fields to be used to calculate minimum commarea length required * (for Endowment this does not allow for VARCHAR) 01 WS-COMMAREA-LENGTHS. 03 WS-CA-HEADER-LEN PIC S9(4) COMP VALUE +28. 03 WS-REQUIRED-CA-LEN PIC S9(4) COMP VALUE +0. * Define a WS-VARYing length character string to contain actual * amount of data that will be updated in Varchar field 01 WS-VARY-FIELD. 49 WS-VARY-LEN PIC S9(4) COMP. 49 WS-VARY-CHAR PIC X(3900). 01 LGUPDB01 PIC X(8) VALUE 'LGUPDB01'. * Indicator variables for columns which could return nulls * if these are not specified and SQL FETCH tries to return * null value for a listed column it will FAIL with SQLCODE= 77 IND-BROKERID PIC S9(4) COMP. 77 IND-BROKERSREF PIC S9(4) COMP. 77 IND-PAYMENT PIC S9(4) COMP. *----------------------------------------------------------------* ****************************************************************** * L I N K A G E S E C T I O N ****************************************************************** LINKAGE SECTION. 01 DFHCOMMAREA. COPY LGCMAREA. ****************************************************************** * P R O C E D U R E S ****************************************************************** PROCEDURE DIVISION. *----------------------------------------------------------------* MAINLINE SECTION. *----------------------------------------------------------------* * Common code * *----------------------------------------------------------------* * initialize working storage variables INITIALIZE WS-HEADER. * set up general variable MOVE EIBTRNID TO WS-TRANSID. MOVE EIBTRMID TO WS-TERMID. MOVE EIBTASKN TO WS-TASKNUM. *----------------------------------------------------------------* * Check commarea and obtain required details * *----------------------------------------------------------------* * If NO commarea received issue an ABEND IF EIBCALEN IS EQUAL TO ZERO MOVE ' NO COMMAREA RECEIVED' TO EM-VARIABLE PERFORM WRITE-ERROR-MESSAGE EXEC CICS ABEND ABCODE('LGCA') NODUMP END-EXEC END-IF * initialize commarea return code to zero MOVE '00' TO CA-RETURN-CODE MOVE EIBCALEN TO WS-CALEN. SET WS-ADDR-DFHCOMMAREA TO ADDRESS OF DFHCOMMAREA. * and save in error msg field incase required MOVE CA-CUSTOMER-NUM TO EM-CUSNUM MOVE CA-POLICY-NUM TO EM-POLNUM *----------------------------------------------------------------* * Check which policy type is being requested * * and chec commarea length * *----------------------------------------------------------------* EVALUATE CA-REQUEST-ID WHEN '01UEND' ADD WS-CA-HEADER-LEN TO WS-REQUIRED-CA-LEN ADD WS-FULL-ENDOW-LEN TO WS-REQUIRED-CA-LEN IF EIBCALEN IS LESS THAN WS-REQUIRED-CA-LEN MOVE '98' TO CA-RETURN-CODE EXEC CICS RETURN END-EXEC END-IF WHEN '01UHOU' ADD WS-CA-HEADER-LEN TO WS-REQUIRED-CA-LEN ADD WS-FULL-HOUSE-LEN TO WS-REQUIRED-CA-LEN IF EIBCALEN IS LESS THAN WS-REQUIRED-CA-LEN MOVE '98' TO CA-RETURN-CODE EXEC CICS RETURN END-EXEC END-IF WHEN '01UMOT' ADD WS-CA-HEADER-LEN TO WS-REQUIRED-CA-LEN ADD WS-FULL-MOTOR-LEN TO WS-REQUIRED-CA-LEN IF EIBCALEN IS LESS THAN WS-REQUIRED-CA-LEN MOVE '98' TO CA-RETURN-CODE EXEC CICS RETURN END-EXEC END-IF WHEN OTHER MOVE '99' TO CA-RETURN-CODE END-EVALUATE PERFORM UPDATE-POLICY-DB2-INFO. * Return to caller END-PROGRAM. EXEC CICS RETURN END-EXEC. MAINLINE-EXIT. EXIT. *----------------------------------------------------------------* *================================================================* *================================================================* UPDATE-POLICY-DB2-INFO. EXEC CICS LINK Program(LGUPDB01) Commarea(DFHCOMMAREA) LENGTH(32500) END-EXEC. EXIT. *================================================================* * Procedure to write error message to Queues * * message will include Date, Time, Program Name, Customer * * Number, Policy Number and SQLCODE. * *================================================================* WRITE-ERROR-MESSAGE. * Save SQLCODE in message * Obtain and format current time and date EXEC CICS ASKTIME ABSTIME(WS-ABSTIME) END-EXEC EXEC CICS FORMATTIME ABSTIME(WS-ABSTIME) MMDDYYYY(WS-DATE) TIME(WS-TIME) END-EXEC MOVE WS-DATE TO EM-DATE MOVE WS-TIME TO EM-TIME * Write output message to TDQ EXEC CICS LINK PROGRAM('LGSTSQ') COMMAREA(ERROR-MSG) LENGTH(LENGTH OF ERROR-MSG) END-EXEC. * Write 90 bytes or as much as we have of commarea to TDQ IF EIBCALEN > 0 THEN IF EIBCALEN < 91 THEN MOVE DFHCOMMAREA(1:EIBCALEN) TO CA-DATA EXEC CICS LINK PROGRAM('LGSTSQ') COMMAREA(CA-ERROR-MSG) LENGTH(LENGTH OF CA-ERROR-MSG) END-EXEC ELSE MOVE DFHCOMMAREA(1:90) TO CA-DATA EXEC CICS LINK PROGRAM('LGSTSQ') COMMAREA(CA-ERROR-MSG) LENGTH(LENGTH OF CA-ERROR-MSG) END-EXEC END-IF END-IF. EXIT.

45.27459

72

0.368335

612484b663db0a1d1e734fe6019c4b2af919a232

1,640

cbl

COBOL

problem2.cbl

cobolcoder/euler-cobol

37b69d399cb931ab45b437ef51c17faab8abf9cd

[ "MIT" ]

null

problem2.cbl

cobolcoder/euler-cobol

37b69d399cb931ab45b437ef51c17faab8abf9cd

[ "MIT" ]

null

problem2.cbl

cobolcoder/euler-cobol

37b69d399cb931ab45b437ef51c17faab8abf9cd

[ "MIT" ]

null

****************************************************************** * Author: COBOL CODER * Date: * Purpose: By considering the terms in the Fibonacci sequence * whose values do not exceed four million, find the sum of the * even-valued terms. * Tectonics: cobc ****************************************************************** IDENTIFICATION DIVISION. PROGRAM-ID. PROBLEM-2. DATA DIVISION. FILE SECTION. WORKING-STORAGE SECTION. 01 WS-MAX-TERM PIC 9(07) VALUE 4000000. 01 WS-TERM-1 PIC 9(07) VALUE 1. 01 WS-TERM-2 PIC 9(07) VALUE 2. 01 WS-NEXT-TERM PIC 9(07) VALUE 2. 01 WS-EVEN-DIV PIC 9(09) VALUE 0. 01 WS-RMDR-TERM PIC 9(09) VALUE 0. 01 WS-SUM-EVEN PIC 9(09) VALUE 0. 01 WS-RSLT PIC Z(09). PROCEDURE DIVISION. MAIN-PROCEDURE. DISPLAY "WORKING ON PROJECT EULER PROBLEM 2". DISPLAY "EVEN FIBONACCI NUMBERS". PERFORM UNTIL WS-TERM-2 >= WS-MAX-TERM DIVIDE WS-TERM-2 BY 2 GIVING WS-EVEN-DIV REMAINDER WS-RMDR-TERM IF WS-RMDR-TERM = 0 ADD WS-TERM-2 TO WS-SUM-EVEN GIVING WS-SUM-EVEN END-IF ADD WS-TERM-1 TO WS-TERM-2 GIVING WS-NEXT-TERM MOVE WS-TERM-2 TO WS-TERM-1 MOVE WS-NEXT-TERM TO WS-TERM-2 END-PERFORM. MOVE WS-SUM-EVEN TO WS-RSLT. DISPLAY "THE RESULT IS: " WS-RSLT. STOP RUN. END PROGRAM PROBLEM-2.

34.166667

72

0.482317

ecee18b191625b6a870dd3c26a17ab3c729c347b

1,037

cpy

COBOL

bika/lims/skins/bika/update_version_on_edit.cpy

hocinebendou/bika.gsoc

85bc0c587de7f52073ae0e89bddbc77bf875f295

[ "MIT" ]

null

bika/lims/skins/bika/update_version_on_edit.cpy

hocinebendou/bika.gsoc

85bc0c587de7f52073ae0e89bddbc77bf875f295

[ "MIT" ]

null

bika/lims/skins/bika/update_version_on_edit.cpy

hocinebendou/bika.gsoc

85bc0c587de7f52073ae0e89bddbc77bf875f295

[ "MIT" ]

null

## Script (Python) "update_version_on_edit" ##title=Edit Content ##bind container=container ##bind context=context ##bind namespace= ##bind script=script ##bind subpath=traverse_subpath ##parameters= ## from Products.CMFCore.utils import getToolByName from Products.CMFEditions import CMFEditionsMessageFactory as _ from Products.CMFEditions.utilities import isObjectChanged, maybeSaveVersion from Products.CMFEditions.interfaces.IModifier import FileTooLargeToVersionError putils = getToolByName(context, 'plone_utils') REQUEST = context.REQUEST comment = REQUEST.get('cmfeditions_version_comment', '') force = REQUEST.get('cmfeditions_save_new_version', None) is not None if not (isObjectChanged(context) or force): return state.set(status='success') try: maybeSaveVersion(context, comment=comment, force=force) except FileTooLargeToVersionError: putils.addPortalMessage( _("Versioning for this file has been disabled because it is too large"), type="warn" ) return state.set(status='success')

31.424242

80

0.783992

c1826de43bcf0ad621fa88ef51d6f7e7f4e2c5ce

10,678

cbl

COBOL

Tarefa_1_EM.cbl

erzsebete/COBOL-Airport

5dfd8bfcb0e2802d3fd6c3cf329cab3bb74228b6

[ "MIT" ]

null

Tarefa_1_EM.cbl

erzsebete/COBOL-Airport

5dfd8bfcb0e2802d3fd6c3cf329cab3bb74228b6

[ "MIT" ]

null

Tarefa_1_EM.cbl

erzsebete/COBOL-Airport

5dfd8bfcb0e2802d3fd6c3cf329cab3bb74228b6

[ "MIT" ]

null

****************************************************************** * Author: Elisabete Monteiro * Date: Abril/2021 ****************************************************************** IDENTIFICATION DIVISION. PROGRAM-ID. TAREFA8. DATA DIVISION. WORKING-STORAGE SECTION. 77 HORAPARTIDA PIC 9(02) VALUES ZEROS. 77 MINUTOPARTIDA PIC 9(02) VALUES ZEROS. 77 HORADURACAO PIC 9(02) VALUES ZEROS. 77 MINUTODURACAO PIC 9(02) VALUES ZEROS. 77 HORACHEGADA PIC 9(02) VALUES ZEROS. 77 MINUTOCHEGADA PIC 9(02) VALUES ZEROS. 77 SIM PIC 9(01) VALUES ZEROS. 77 RESPOSTA PIC A(03) VALUES SPACES. PROCEDURE DIVISION. *-------------------CABECALHO AEROPORTO--------------------------- *-------------LINHA 1--------- DISPLAY "0" AT 0303 FOREGROUND-COLOR 6 HIGHLIGHT. DISPLAY "0" AT 0304 FOREGROUND-COLOR 6 HIGHLIGHT. DISPLAY "0" AT 0308 FOREGROUND-COLOR 6 HIGHLIGHT. DISPLAY "0" AT 0309 FOREGROUND-COLOR 6 HIGHLIGHT. DISPLAY "0" AT 0310 FOREGROUND-COLOR 6 HIGHLIGHT. DISPLAY "0" AT 0313 FOREGROUND-COLOR 6 HIGHLIGHT. DISPLAY "0" AT 0314 FOREGROUND-COLOR 6 HIGHLIGHT. DISPLAY "0" AT 0315 FOREGROUND-COLOR 6 HIGHLIGHT. DISPLAY "0" AT 0320 FOREGROUND-COLOR 6 HIGHLIGHT. DISPLAY "0" AT 0321 FOREGROUND-COLOR 6 HIGHLIGHT. DISPLAY "0" AT 0325 FOREGROUND-COLOR 6 HIGHLIGHT. DISPLAY "0" AT 0326 FOREGROUND-COLOR 6 HIGHLIGHT. DISPLAY "0" AT 0327 FOREGROUND-COLOR 6 HIGHLIGHT. DISPLAY "0" AT 0332 FOREGROUND-COLOR 6 HIGHLIGHT. DISPLAY "0" AT 0333 FOREGROUND-COLOR 6 HIGHLIGHT. DISPLAY "0" AT 0337 FOREGROUND-COLOR 6 HIGHLIGHT. DISPLAY "0" AT 0338 FOREGROUND-COLOR 6 HIGHLIGHT. DISPLAY "0" AT 0339 FOREGROUND-COLOR 6 HIGHLIGHT. DISPLAY "0" AT 0342 FOREGROUND-COLOR 6 HIGHLIGHT. DISPLAY "0" AT 0343 FOREGROUND-COLOR 6 HIGHLIGHT. DISPLAY "0" AT 0344 FOREGROUND-COLOR 6 HIGHLIGHT. DISPLAY "0" AT 0345 FOREGROUND-COLOR 6 HIGHLIGHT. DISPLAY "0" AT 0346 FOREGROUND-COLOR 6 HIGHLIGHT. DISPLAY "0" AT 0349 FOREGROUND-COLOR 6 HIGHLIGHT. DISPLAY "0" AT 0350 FOREGROUND-COLOR 6 HIGHLIGHT. *---------------LINHA 2 ---------------- DISPLAY "0" AT 0402 FOREGROUND-COLOR 6 HIGHLIGHT. DISPLAY "0" AT 0405 FOREGROUND-COLOR 6 HIGHLIGHT. DISPLAY "0" AT 0408 FOREGROUND-COLOR 6 HIGHLIGHT. DISPLAY "0" AT 0413 FOREGROUND-COLOR 6 HIGHLIGHT. DISPLAY "0" AT 0416 FOREGROUND-COLOR 6 HIGHLIGHT. DISPLAY "0" AT 0419 FOREGROUND-COLOR 6 HIGHLIGHT. DISPLAY "0" AT 0422 FOREGROUND-COLOR 6 HIGHLIGHT. DISPLAY "0" AT 0425 FOREGROUND-COLOR 6 HIGHLIGHT. DISPLAY "0" AT 0428 FOREGROUND-COLOR 6 HIGHLIGHT. DISPLAY "0" AT 0431 FOREGROUND-COLOR 6 HIGHLIGHT. DISPLAY "0" AT 0434 FOREGROUND-COLOR 6 HIGHLIGHT. DISPLAY "0" AT 0437 FOREGROUND-COLOR 6 HIGHLIGHT. DISPLAY "0" AT 0440 FOREGROUND-COLOR 6 HIGHLIGHT. DISPLAY "0" AT 0444 FOREGROUND-COLOR 6 HIGHLIGHT. DISPLAY "0" AT 0448 FOREGROUND-COLOR 6 HIGHLIGHT. DISPLAY "0" AT 0451 FOREGROUND-COLOR 6 HIGHLIGHT. *---------------LINHA 3 ---------------- DISPLAY "0" AT 0502 FOREGROUND-COLOR 6 HIGHLIGHT. DISPLAY "0" AT 0503 FOREGROUND-COLOR 6 HIGHLIGHT. DISPLAY "0" AT 0504 FOREGROUND-COLOR 6 HIGHLIGHT. DISPLAY "0" AT 0505 FOREGROUND-COLOR 6 HIGHLIGHT. DISPLAY "0" AT 0508 FOREGROUND-COLOR 6 HIGHLIGHT. DISPLAY "0" AT 0509 FOREGROUND-COLOR 6 HIGHLIGHT. DISPLAY "0" AT 0510 FOREGROUND-COLOR 6 HIGHLIGHT. DISPLAY "0" AT 0513 FOREGROUND-COLOR 6 HIGHLIGHT. DISPLAY "0" AT 0514 FOREGROUND-COLOR 6 HIGHLIGHT. DISPLAY "0" AT 0515 FOREGROUND-COLOR 6 HIGHLIGHT. DISPLAY "0" AT 0519 FOREGROUND-COLOR 6 HIGHLIGHT. DISPLAY "0" AT 0522 FOREGROUND-COLOR 6 HIGHLIGHT. DISPLAY "0" AT 0525 FOREGROUND-COLOR 6 HIGHLIGHT. DISPLAY "0" AT 0526 FOREGROUND-COLOR 6 HIGHLIGHT. DISPLAY "0" AT 0527 FOREGROUND-COLOR 6 HIGHLIGHT. DISPLAY "0" AT 0531 FOREGROUND-COLOR 6 HIGHLIGHT. DISPLAY "0" AT 0534 FOREGROUND-COLOR 6 HIGHLIGHT. DISPLAY "0" AT 0537 FOREGROUND-COLOR 6 HIGHLIGHT. DISPLAY "0" AT 0538 FOREGROUND-COLOR 6 HIGHLIGHT. DISPLAY "0" AT 0539 FOREGROUND-COLOR 6 HIGHLIGHT. DISPLAY "0" AT 0544 FOREGROUND-COLOR 6 HIGHLIGHT. DISPLAY "0" AT 0548 FOREGROUND-COLOR 6 HIGHLIGHT. DISPLAY "0" AT 0551 FOREGROUND-COLOR 6 HIGHLIGHT. *---------------LINHA 4 ---------------- DISPLAY "0" AT 0602 FOREGROUND-COLOR 6 HIGHLIGHT. DISPLAY "0" AT 0605 FOREGROUND-COLOR 6 HIGHLIGHT. DISPLAY "0" AT 0608 FOREGROUND-COLOR 6 HIGHLIGHT. DISPLAY "0" AT 0613 FOREGROUND-COLOR 6 HIGHLIGHT. DISPLAY "0" AT 0616 FOREGROUND-COLOR 6 HIGHLIGHT. DISPLAY "0" AT 0619 FOREGROUND-COLOR 6 HIGHLIGHT. DISPLAY "0" AT 0622 FOREGROUND-COLOR 6 HIGHLIGHT. DISPLAY "0" AT 0625 FOREGROUND-COLOR 6 HIGHLIGHT. DISPLAY "0" AT 0631 FOREGROUND-COLOR 6 HIGHLIGHT. DISPLAY "0" AT 0634 FOREGROUND-COLOR 6 HIGHLIGHT. DISPLAY "0" AT 0637 FOREGROUND-COLOR 6 HIGHLIGHT. DISPLAY "0" AT 0640 FOREGROUND-COLOR 6 HIGHLIGHT. DISPLAY "0" AT 0644 FOREGROUND-COLOR 6 HIGHLIGHT. DISPLAY "0" AT 0648 FOREGROUND-COLOR 6 HIGHLIGHT. DISPLAY "0" AT 0651 FOREGROUND-COLOR 6 HIGHLIGHT. *---------------LINHA 5 ---------------- DISPLAY "0" AT 0702 FOREGROUND-COLOR 6 HIGHLIGHT. DISPLAY "0" AT 0705 FOREGROUND-COLOR 6 HIGHLIGHT. DISPLAY "0" AT 0708 FOREGROUND-COLOR 6 HIGHLIGHT. DISPLAY "0" AT 0709 FOREGROUND-COLOR 6 HIGHLIGHT. DISPLAY "0" AT 0710 FOREGROUND-COLOR 6 HIGHLIGHT. DISPLAY "0" AT 0713 FOREGROUND-COLOR 6 HIGHLIGHT. DISPLAY "0" AT 0716 FOREGROUND-COLOR 6 HIGHLIGHT. DISPLAY "0" AT 0720 FOREGROUND-COLOR 6 HIGHLIGHT. DISPLAY "0" AT 0721 FOREGROUND-COLOR 6 HIGHLIGHT. DISPLAY "0" AT 0725 FOREGROUND-COLOR 6 HIGHLIGHT. DISPLAY "0" AT 0732 FOREGROUND-COLOR 6 HIGHLIGHT. DISPLAY "0" AT 0733 FOREGROUND-COLOR 6 HIGHLIGHT. DISPLAY "0" AT 0737 FOREGROUND-COLOR 6 HIGHLIGHT. DISPLAY "0" AT 0740 FOREGROUND-COLOR 6 HIGHLIGHT. DISPLAY "0" AT 0744 FOREGROUND-COLOR 6 HIGHLIGHT. DISPLAY "0" AT 0749 FOREGROUND-COLOR 6 HIGHLIGHT. DISPLAY "0" AT 0750 FOREGROUND-COLOR 6 HIGHLIGHT. *--------------------- CALCULO DO HORARIO ------------------------ CALCULARVOO. DISPLAY "PARTIDA" AT 1108 FOREGROUND-COLOR 3 HIGHLIGHT. DISPLAY "HORAS:" AT 1308 FOREGROUND-COLOR 6 HIGHLIGHT. DISPLAY "MINUTOS:" AT 1325 FOREGROUND-COLOR 6 HIGHLIGHT. DISPLAY "DURACAO DO VOO" AT 1608 FOREGROUND-COLOR 3 HIGHLIGHT. DISPLAY "HORAS:" AT 1808 FOREGROUND-COLOR 6 HIGHLIGHT. DISPLAY "MINUTOS:" AT 1825 FOREGROUND-COLOR 6 HIGHLIGHT. LER-HORAPARTIDA. ACCEPT HORAPARTIDA AT 1316. IF (HORAPARTIDA > 23) THEN GO LER-HORAPARTIDA END-IF. LER-MINUTOPARTIDA. ACCEPT MINUTOPARTIDA AT 1334. IF (MINUTOPARTIDA > 59) THEN GO LER-MINUTOPARTIDA END-IF. LER-HORADURACAO. ACCEPT HORADURACAO AT 1816. IF (HORADURACAO > 23) THEN GO LER-HORADURACAO END-IF. LER-MINUTODURACAO. ACCEPT MINUTODURACAO AT 1834. IF (MINUTODURACAO > 59) THEN GO LER-HORADURACAO END-IF. COMPUTE HORACHEGADA = (HORAPARTIDA + HORADURACAO) COMPUTE MINUTOCHEGADA = (MINUTOPARTIDA + MINUTODURACAO) IF (MINUTOCHEGADA > 59) THEN COMPUTE MINUTOCHEGADA = (MINUTOCHEGADA - 60) COMPUTE HORACHEGADA = (HORACHEGADA + 1) COMPUTE SIM = 1 END-IF. IF (HORACHEGADA > 23) COMPUTE HORACHEGADA = (HORACHEGADA - 24) END-IF. IF (SIM = 1) DISPLAY "CHEGADA NO DIA SEGUINTE" AT 2108 FOREGROUND-COLOR 5 HIGHLIGHT ELSE DISPLAY "CHEGADA" AT 2108 FOREGROUND-COLOR 5 HIGHLIGHT END-IF. DISPLAY "HORAS:" AT 2308 FOREGROUND-COLOR 5 HIGHLIGHT. DISPLAY "MINUTOS" AT 2325 FOREGROUND-COLOR 5 HIGHLIGHT. DISPLAY HORACHEGADA AT 2316. DISPLAY MINUTOCHEGADA AT 2334. DISPLAY "CALCULAR CHEGADA DE NOVO VOO? (SIM/NAO)" AT 2608 FOREGROUND-COLOR 1 HIGHLIGHT. ACCEPT RESPOSTA AT 2648. IF (RESPOSTA = "SIM" or "Sim" or "sim") GO CALCULARVOO END-IF. STOP RUN. END PROGRAM TAREFA8.

34.895425

72

0.507586

dd060b01694e0718127f51a62726f8eb24a068b1

34,830

cbl

COBOL

HospitalAppDemo/cobol/TRMTUPDT.cbl

anuprakashm/HospitalAppDemo

1eeb7a5e42821b9c7328224847a826833c7b025d

[ "Apache-2.0" ]

null

HospitalAppDemo/cobol/TRMTUPDT.cbl

anuprakashm/HospitalAppDemo

1eeb7a5e42821b9c7328224847a826833c7b025d

[ "Apache-2.0" ]

null

HospitalAppDemo/cobol/TRMTUPDT.cbl

anuprakashm/HospitalAppDemo

1eeb7a5e42821b9c7328224847a826833c7b025d

[ "Apache-2.0" ]

null

IDENTIFICATION DIVISION. * My comment PROGRAM-ID. TRMTUPDT. AUTHOR. JON SAYLES. INSTALLATION. COBOL DEVELOPMENT CENTER. DATE-WRITTEN. 01/01/08. DATE-COMPILED. 01/01/08. SECURITY. NON-CONFIDENTIAL. ENVIRONMENT DIVISION. CONFIGURATION SECTION. SOURCE-COMPUTER. IBM-390. OBJECT-COMPUTER. IBM-390. INPUT-OUTPUT SECTION. FILE-CONTROL. SELECT SYSOUT ASSIGN TO UT-S-SYSOUT ORGANIZATION IS SEQUENTIAL. SELECT TRMTSRCH-FILE ASSIGN TO UT-S-TRMTSRCH ACCESS MODE IS SEQUENTIAL FILE STATUS IS OFCODE. SELECT PATMSTR ASSIGN to PATMSTR ORGANIZATION is INDEXED ACCESS MODE is RANDOM RECORD KEY is PATIENT-KEY FILE STATUS is PATMSTR-STATUS. DATA DIVISION. FILE SECTION. FD SYSOUT RECORDING MODE IS F LABEL RECORDS ARE STANDARD RECORD CONTAINS 130 CHARACTERS BLOCK CONTAINS 0 RECORDS DATA RECORD IS SYSOUT-Rec. 01 SYSOUT-REC PIC X(130). ****** THIS FILE IS PASSED IN FROM THE SORTED TREATMENT DATA ****** IT CONSISTS OF ALL SCRUBBED DAILY TREATMENT RECORDS ENTERED ****** THERE ARE TWO RECORD FORMATS - DETAIL AND TRAILER RECS ****** OUT OF BALANCE CONDITIONS SHOULD CAUSE THE JOB TO ABEND ****** THIS FILE IS WRITTEN FOR ALL TREATMENT RECORDS THAT PASS ****** THE PROGRAM'S SEARCH ROUTINES ****** THE TRAILER RECORD SHOULD ONLY CARRY THE NUMBER OF ****** RECORDS IN THE FILE ON TO THE NEXT JOB STEP FD TRMTSRCH-FILE RECORDING MODE IS F LABEL RECORDS ARE STANDARD BLOCK CONTAINS 0 RECORDS RECORD CONTAINS 1101 CHARACTERS DATA RECORD IS INPATIENT-TREATMENT-REC-SRCH. 01 INPATIENT-TREATMENT-REC-SRCH PIC X(1101). FD PATMSTR RECORD CONTAINS 2964 CHARACTERS DATA RECORD IS PATIENT-MASTER-REC. 01 PATMSTR-REC. 05 PATIENT-KEY PIC X(06). 05 FILLER PIC X(2958). ** QSAM FILE WORKING-STORAGE SECTION. 01 FILE-STATUS-CODES. 05 IFCODE PIC X(2). 88 CODE-READ VALUE SPACES. 88 NO-MORE-DATA VALUE "10". 05 OFCODE PIC X(2). 88 CODE-WRITE VALUE SPACES. 05 EFCODE PIC X(2). 88 CODE-WRITE VALUE SPACES. 05 RFCODE PIC X(2). 88 CODE-WRITE VALUE SPACES. 05 DFCODE PIC X(2). 88 DIAG-READ VALUE SPACES. 88 NO-MORE-DIAG VALUE "10". 05 PATMSTR-STATUS PIC X(2). 88 RECORD-FOUND VALUE "00". 88 PATMSTR-NOT-FOUND VALUE "23". 05 TRTMNT-CODE PIC X(2). 88 CODE-WRITE VALUE SPACES. COPY TREATMNT. 01 WS-TRAILER-REC. 05 FILLER PIC X(1). 05 IN-RECORD-COUNT PIC 9(9). 05 FILLER PIC X(1). 05 IN-MEDICATION-CHARGES PIC S9(9)V99. 05 IN-PHARMACY-CHARGES PIC S9(7)V99. 05 IN-ANCILLARY-CHARGES PIC S9(5)V99. 05 IN-LABTEST-CHARGES PIC S9(9)V99. 05 IN-LAB-ANCILLARY-CHARGES PIC S9(7)V99. 05 IN-VENIPUNCTURE-CHARGES PIC S9(7)V99. 01 WS-OUTPUT-REC. 05 PATIENT-NBR-O PIC 9(6). 05 FILLER PIC X(2) VALUE SPACES. 05 PATIENT-NAME-O PIC X(20). 05 PATIENT-PHONE-O PIC X(10). 05 FILLER PIC X(2) VALUE SPACES. 05 PATIENT-TYPE-O PIC X(2). 05 BED-IDENTITY-O PIC ZZZ9. 05 FILLER PIC X(2) VALUE SPACES. 05 CURR-DATE-O PIC X(6). 05 FILLER PIC X(2) VALUE SPACES. 05 PATIENT-AMT-PER-DAY-O PIC $$,$$9.99. 05 FILLER PIC X(2) VALUE SPACES. 05 INS-COVERAGE-PERC-O PIC 999. 05 FILLER PIC X(2) VALUE SPACES. 05 INS-TYPE-O PIC X(4). 05 HOSPITAL-STAY-LTH-O PIC 999. 05 FILLER PIC X(7) VALUE SPACES. ** VSAM FILE COPY PATMSTR. 77 INS-COVERAGE-PERC PIC 9(3) VALUE 10. 77 WS-DATE PIC 9(6). 01 MORE-TRANSRCH-SW PIC X(1) VALUE SPACE. 88 NO-MORE-TRANSRCH-RECS VALUE "N". 88 MORE-TRANSRCH-RECS VALUE " ". 01 COUNTERS-AND-ACCUMULATORS. 05 RECORDS-READ PIC S9(7) COMP. 05 RECORDS-WRITTEN PIC S9(7) COMP. 05 ERROR-RECS PIC S9(7) COMP. 05 NBR-INPATIENTS PIC S9(7) COMP. 05 NBR-OUTPATIENTS PIC S9(7) COMP. 05 NBR-HMO PIC S9(4) COMP. 05 NBR-STATE-FED PIC S9(4) COMP. 05 NBR-NO-COVERAGE PIC S9(4) COMP. 05 PAT-TOTAL-AMT-NET PIC S9(7)V99 COMP-3. 05 TOTAL-AMT-GROSS PIC S9(7)V99 COMP-3. 05 TOTAL-AMT-NET PIC S9(7)V99 COMP-3. 05 ROW-SUB PIC 9(02) VALUE ZERO. 05 PAT-SUB PIC 9(02) VALUE ZERO. 05 CALC-CALL-RET-CODE PIC S9(4) COMP. 05 WS-LABTEST-CHARGES PIC 9(9)V99 COMP-3. 05 WS-MEDICATION-CHARGES PIC S9(9)V99 COMP-3. 05 WS-PHARMACY-CHARGES PIC S9(7)V99 COMP-3. 05 WS-ANCILLARY-CHARGES PIC S9(5)V99 COMP-3. 05 WS-VENIPUNCTURE-CHARGES PIC S9(5)V99 COMP-3. 05 HOLD-PHYSICIAN-ID PIC X(8). 05 HOLD-PATIENT-ID PIC X(8). 05 HOLD-LAB-TEST-ID PIC X(8). 05 HOLD-SHORT-DESC-ID PIC X(30). 05 HOLD-FIELD PIC X(255). 05 HOLD-TALLY PIC 9(4) COMP. 05 HOLD-TALLY-END PIC 9(4) COMP. 05 CURRENT-NEW-DIAG PIC 9(4) COMP. 05 MORE-TABLE-ROWS PIC X(1). 88 NO-MORE-LABS VALUE "N". 05 CURRENT-ROW-SW PIC X(1). 88 CURRENT-ROW VALUE "Y". 05 HOLD-DIAGNOSTIC-CODE-PRIMARY PIC X(05). 05 HOLD-DIAGNOSTIC-CODE-SECONDARY PIC X(05). 05 HOLD-DIAGNOSTIC-CODE-TERTIARY PIC X(05). COPY ABENDREC. PROCEDURE DIVISION. PERFORM 000-HOUSEKEEPING THRU 000-EXIT. PERFORM 100-MAINLINE THRU 100-EXIT UNTIL NO-MORE-TRANSRCH-RECS OR TRAILER-REC. PERFORM 400-APPLY-UPDATES THRU 400-EXIT. PERFORM 900-CLEANUP THRU 900-EXIT. MOVE ZERO TO RETURN-CODE. GOBACK. 000-HOUSEKEEPING. MOVE "000-HOUSEKEEPING" TO PARA-NAME. DISPLAY "HOUSEKEEPING". * Code your statement here to OPEN files ACCEPT WS-DATE FROM DATE. OPEN INPUT TRMTSRCH-FILE. OPEN I-O PATMSTR. OPEN OUTPUT SYSOUT. * Remember to move "NO" to IFCODE if the input file is AT END READ TRMTSRCH-FILE INTO INPATIENT-TREATMENT-REC AT END MOVE 'N' TO MORE-TRANSRCH-SW GO TO 000-EXIT END-READ INITIALIZE COUNTERS-AND-ACCUMULATORS, WS-TRAILER-REC. ADD +1 TO RECORDS-READ. MOVE 1 TO ROW-SUB. MOVE PATIENT-ID IN INPATIENT-TREATMENT-REC TO HOLD-PATIENT-ID. 000-EXIT. EXIT. 100-MAINLINE. MOVE "100-MAINLINE" TO PARA-NAME. *** PROCESS ONE UNIQUE PATIENT (MULTIPLE TREATMENT RECORDS) MOVE "Y" TO MORE-TABLE-ROWS. MOVE ZERO TO WS-LABTEST-CHARGES, WS-VENIPUNCTURE-CHARGES. MOVE ZERO TO WS-PHARMACY-CHARGES, WS-ANCILLARY-CHARGES. PERFORM 200-CALCULATE-TRMT-CHARGES-RTN THRU 200-EXIT. * Code your statements here to read the input file * Remember to move "NO" to IFCODE if the input file is AT END 100-EXIT. EXIT. 200-CALCULATE-TRMT-CHARGES-RTN. ****** Total up one Treatment rec MOVE "200-CALCULATE-TRMT-CHARGES-RTN" TO PARA-NAME. ADD MEDICATION-COST TO WS-MEDICATION-CHARGES. ADD PHARMACY-COST TO WS-PHARMACY-CHARGES. ADD ANCILLARY-CHARGE TO WS-ANCILLARY-CHARGES. MOVE "Y" TO MORE-TABLE-ROWS. PERFORM 250-PROCESS-LAB-CHARGES-TABLE THRU 250-EXIT VARYING ROW-SUB FROM 1 BY 1 UNTIL NO-MORE-LABS or ROW-SUB = 12. READ TRMTSRCH-FILE INTO INPATIENT-TREATMENT-REC AT END MOVE 'N' TO MORE-TRANSRCH-SW GO TO 000-EXIT END-READ IF MORE-TRANSRCH-RECS ADD +1 TO RECORDS-READ IF HOLD-PATIENT-ID = PATIENT-ID IN INPATIENT-TREATMENT-REC NEXT SENTENCE ELSE PERFORM 400-APPLY-UPDATES THRU 400-EXIT MOVE PATIENT-ID IN INPATIENT-TREATMENT-REC TO HOLD-PATIENT-ID. 200-EXIT. EXIT. 250-PROCESS-LAB-CHARGES-TABLE. MOVE "250-PROCESS-LAB-CHARGES-TABLE" TO PARA-NAME. IF LAB-TEST-ID IN LAB-CHARGES(ROW-SUB) = SPACES MOVE "N" TO MORE-TABLE-ROWS GO TO 250-EXIT. *** ADD TO HOLD-WS-VALUES ADD TEST-COST(ROW-SUB) TO WS-LABTEST-CHARGES, IN-LABTEST-CHARGES. ADD VENIPUNCTURE-COST IN LAB-CHARGES(ROW-SUB) TO WS-VENIPUNCTURE-CHARGES IN-VENIPUNCTURE-CHARGES. MOVE DIAG-CDE(ROW-SUB) TO HOLD-DIAGNOSTIC-CODE-PRIMARY. PERFORM 300-RECONCILE-DIAG-CODES-HOLD THRU 300-EXIT. 250-EXIT. EXIT. 300-RECONCILE-DIAG-CODES-HOLD. MOVE "300-RECONCILE-DIAG-CODES-HOLD" TO PARA-NAME. IF DIAG-CDE(ROW-SUB) EQUAL TO HOLD-DIAGNOSTIC-CODE-PRIMARY OR HOLD-DIAGNOSTIC-CODE-SECONDARY OR HOLD-DIAGNOSTIC-CODE-TERTIARY GO TO 300-EXIT. IF DIAG-CDE(ROW-SUB) NOT = HOLD-DIAGNOSTIC-CODE-PRIMARY AND HOLD-DIAGNOSTIC-CODE-SECONDARY = SPACES MOVE DIAG-CDE(ROW-SUB) TO HOLD-DIAGNOSTIC-CODE-SECONDARY GO TO 300-EXIT. IF DIAG-CDE(ROW-SUB) NOT = DIAGNOSTIC-CODE-SECONDARY AND HOLD-DIAGNOSTIC-CODE-TERTIARY = SPACES MOVE DIAG-CDE(ROW-SUB) TO HOLD-DIAGNOSTIC-CODE-TERTIARY GO TO 300-EXIT. 300-EXIT. EXIT. 400-APPLY-UPDATES. MOVE "400-APPLY-UPDATES" TO PARA-NAME. MOVE ZERO TO CURRENT-NEW-DIAG. MOVE HOLD-PATIENT-ID TO PATIENT-KEY. READ PATMSTR INTO PATIENT-MASTER-REC. IF PATMSTR-STATUS = "23" MOVE INPATIENT-TREATMENT-REC-SRCH TO SYSOUT-REC WRITE SYSOUT-REC GO TO 400-EXIT. ADD WS-ANCILLARY-CHARGES, WS-MEDICATION-CHARGES, WS-PHARMACY-CHARGES TO PATIENT-TOT-AMT. PERFORM 425-POSITION-PAT-TABLE-IDX THRU 425-EXIT. ADD WS-LABTEST-CHARGES, WS-VENIPUNCTURE-CHARGES GIVING TEST-CHARGES (PAT-SUB). PERFORM 500-RECONCILE-DIAGNOSTIC-CODES THRU 500-EXIT. MOVE HOLD-LAB-TEST-ID TO LAB-TEST-S-ID(PAT-SUB). MOVE HOLD-SHORT-DESC-ID TO TEST-SHORT-S-DESC(PAT-SUB). MOVE WS-DATE TO LAB-TEST-DATE(PAT-SUB). REWRITE PATMSTR-REC FROM PATIENT-MASTER-REC INVALID KEY MOVE "** PROBLEM REWRITING PATMSTR" TO ABEND-REASON GO TO 1000-ABEND-RTN END-REWRITE. 400-EXIT. EXIT. 425-POSITION-PAT-TABLE-IDX. MOVE "250-PROCESS-LAB-CHARGES-TABLE" TO PARA-NAME. IF LAB-TEST-S-ID(PAT-SUB) = SPACES MOVE "Y" TO CURRENT-ROW-SW GO TO 425-EXIT. 425-EXIT. EXIT. 500-RECONCILE-DIAGNOSTIC-CODES. MOVE "300-RECONCILE-DIAGNOSTIC-CODES" TO PARA-NAME. IF DIAG-CDE(ROW-SUB) EQUAL TO DIAGNOSTIC-CODE-PRIMARY OR DIAGNOSTIC-CODE-SECONDARY OR DIAGNOSTIC-CODE-TERTIARY GO TO 500-EXIT. IF DIAG-CDE(ROW-SUB) NOT EQUAL TO DIAGNOSTIC-CODE-PRIMARY AND DIAGNOSTIC-CODE-SECONDARY = SPACES MOVE DIAG-CDE(ROW-SUB) TO DIAGNOSTIC-CODE-SECONDARY GO TO 500-EXIT. IF DIAG-CDE(ROW-SUB) NOT EQUAL TO DIAGNOSTIC-CODE-SECONDARY AND DIAGNOSTIC-CODE-TERTIARY = SPACES MOVE DIAG-CDE(ROW-SUB) TO DIAGNOSTIC-CODE-TERTIARY GO TO 500-EXIT. IF DIAGNOSTIC-CODE-TERTIARY = SPACES MOVE DIAG-CDE(ROW-SUB) TO DIAGNOSTIC-CODE-TERTIARY GO TO 500-EXIT ELSE MOVE "NEW PATIENT DIAGNOSTIC CODES:" TO PATIENT-ADMIT-COMMENTS. EVALUATE CURRENT-NEW-DIAG WHEN 0 MOVE DIAG-CDE(ROW-SUB) TO PATIENT-ADMIT-COMMENTS(30:5) WHEN 1 MOVE DIAG-CDE(ROW-SUB) TO PATIENT-ADMIT-COMMENTS(37:5) WHEN 2 MOVE DIAG-CDE(ROW-SUB) TO PATIENT-ADMIT-COMMENTS(44:5) WHEN 3 MOVE DIAG-CDE(ROW-SUB) TO PATIENT-ADMIT-COMMENTS(51:5) WHEN 4 MOVE DIAG-CDE(ROW-SUB) TO PATIENT-ADMIT-COMMENTS(58:5) WHEN 5 MOVE DIAG-CDE(ROW-SUB) TO PATIENT-ADMIT-COMMENTS(65:5) END-EVALUATE. 500-EXIT. EXIT. 700-CLOSE-FILES. MOVE "700-CLOSE-FILES" TO PARA-NAME. * Code the statement to close all files CLOSE TRMTSRCH-FILE, SYSOUT, PATMSTR. 700-EXIT. EXIT. 900-CLEANUP. MOVE "999-CLEANUP" TO PARA-NAME. * Final file-handling edits and trailer record handling IF NOT TRAILER-REC MOVE "** INVALID FILE - NO TRAILER REC" TO ABEND-REASON GO TO 1000-ABEND-RTN. MOVE INPATIENT-TREATMENT-REC-SRCH TO WS-TRAILER-REC. * ADD +1 TO RECORDS-READ. IF RECORDS-READ NOT EQUAL TO IN-RECORD-COUNT MOVE "** INVALID FILE - # RECORDS OUT OF BALANCE" TO ABEND-REASON WRITE SYSOUT-REC FROM ABEND-REC. * GO TO 1000-ABEND-RTN. MOVE "T" TO RECORD-TYPE. MOVE RECORDS-WRITTEN TO IN-RECORD-COUNT. WRITE SYSOUT-REC FROM WS-TRAILER-REC. * Code the statement to close all files PERFORM 700-CLOSE-FILES THRU 700-EXIT. DISPLAY "** RECORDS READ **". DISPLAY RECORDS-READ. DISPLAY "** RECORD-IN EXPECTED **". DISPLAY IN-RECORD-COUNT. DISPLAY "** RECORDS WRITTEN **". DISPLAY RECORDS-WRITTEN. * Code the statement to Display a successful end-of-job msg DISPLAY "******** NORMAL END OF JOB TRMTUPDT ********". 900-EXIT. EXIT. 1000-ABEND-RTN. WRITE SYSOUT-REC FROM ABEND-REC. PERFORM 700-CLOSE-FILES THRU 700-EXIT. DISPLAY "*** ABNORMAL END OF JOB-TRTMTSRCH ***" UPON CONSOLE. divide zero-val into one-val.

80.812065

80

0.238846

327b2fe3cbd75decd7be8d2345f54890a26b579b

1,944

ccp

COBOL

Procedural Planet E01/Assets/TerrianFace.ccp

Thatboyclay/Procedural-Planets

736524c20351f0ec02acef799100b0acbffd428c

[ "MIT" ]

null

Procedural Planet E01/Assets/TerrianFace.ccp

Thatboyclay/Procedural-Planets

736524c20351f0ec02acef799100b0acbffd428c

[ "MIT" ]

null

Procedural Planet E01/Assets/TerrianFace.ccp

Thatboyclay/Procedural-Planets

736524c20351f0ec02acef799100b0acbffd428c

[ "MIT" ]

null

//In progress C# to C++ conversion #include <> #include <> UCLASS() class AActor : public TerrainFace { GENERATE_BODY() public: StaticMesh* mesh; UPROPERTY(EditAnywhere, Category="ProceduralTerrain") int resolution; FVector3 localUp; FVector3 axisA; FVector3 axisB; public TerrainFace(StaticMesh mesh, int resolution, FVector3 localUp) { this.mesh = mesh; this.resolution = resolution; this.localUp = localUp; axisA = new FVector3(localUp.y, localUp.z, localUp.x); axisB = FVector3.Cross(localUp, axisA); } public void ConstructMesh() { FVector3[] vertices = new FVector3[resolution * resolution]; int[] triangles = new int[(resolution - 1) * (resolution - 1) * 6]; int triIndex = 0; for (int y = 0; y < resolution; y++) { for (int x = 0; x < resolution; x++) { int i = x + y * resolution; FVector2 percent = new Vector2(x, y) / (resolution - 1); FVector3 pointOnUnitCube = localUp + (percent.x - .5f) * 2 * axisA + (percent.y - .5f) * 2 * axisB; FVector3 pointOnUnitSphere = pointOnUnitCube.normalized; vertices[i] = pointOnUnitSphere; if (x != resolution - 1 && y != resolution - 1) { triangles[triIndex] = i; triangles[triIndex + 1] = i + resolution + 1; triangles[triIndex + 2] = i + resolution; triangles[triIndex + 3] = i; triangles[triIndex + 4] = i + 1; triangles[triIndex + 5] = i + resolution + 1; triIndex += 6; } } } mesh.Clear(); mesh.vertices = vertices; mesh.triangles = triangles; mesh.RecalculateNormals(); } }

29.014925

115

0.51286

a52e5ec7a0dfea3ff2c76b4912589db0e393c211

325

cbl

COBOL

hello.cbl

takahiro47/cobol_exercise

4054045e4bf0b9b5b7e1bb847febf7f08a84dd28

[ "MIT" ]

null

hello.cbl

takahiro47/cobol_exercise

4054045e4bf0b9b5b7e1bb847febf7f08a84dd28

[ "MIT" ]

null

hello.cbl

takahiro47/cobol_exercise

4054045e4bf0b9b5b7e1bb847febf7f08a84dd28

[ "MIT" ]

1

2019-11-13T18:06:04.000Z

*> 見出し部 IDENTIFICATION DIVISION. PROGRAM-ID. HELLO. *> 環境部 ENVIRONMENT DIVISION. *> データ部 DATA DIVISION. WORKING-STORAGE SECTION. 01 MY-DATA1 PIC X(20). *> PIC=領域を描く *> 手続き部 PROCEDURE DIVISION. MAIN SECTION. MOVE "HELLO WORLD!!" TO MY-DATA1. DISPLAY MY-DATA1. DISPLAY MY-DATA1. STOP RUN. *> 最後に止める

15.47619

39

0.670769

804190123523059beff417670c39a1add466df24

28,607

cobol

COBOL

Task/24-game/COBOL/24-game.cobol

LaudateCorpus1/RosettaCodeData

9ad63ea473a958506c041077f1d810c0c7c8c18d

[ "Info-ZIP" ]

1

2018-11-09T22:08:38.000Z

Task/24-game/COBOL/24-game.cobol

seanwallawalla-forks/RosettaCodeData

9ad63ea473a958506c041077f1d810c0c7c8c18d

[ "Info-ZIP" ]

null

Task/24-game/COBOL/24-game.cobol

seanwallawalla-forks/RosettaCodeData

9ad63ea473a958506c041077f1d810c0c7c8c18d

[ "Info-ZIP" ]

1

2018-11-09T22:08:40.000Z

>>SOURCE FORMAT FREE *> This code is dedicated to the public domain *> This is GNUCobol 2.0 identification division. program-id. twentyfour. environment division. configuration section. repository. function all intrinsic. data division. working-storage section. 01 p pic 999. 01 p1 pic 999. 01 p-max pic 999 value 38. 01 program-syntax pic x(494) value *>statement = expression; '001 001 000 n' & '002 000 004 =' & '003 005 000 n' & '004 000 002 ;' *>expression = term, {('+'|'-') term,}; & '005 005 000 n' & '006 000 016 =' & '007 017 000 n' & '008 000 015 {' & '009 011 013 (' & '010 001 000 t' & '011 013 000 |' & '012 002 000 t' & '013 000 009 )' & '014 017 000 n' & '015 000 008 }' & '016 000 006 ;' *>term = factor, {('*'|'/') factor,}; & '017 017 000 n' & '018 000 028 =' & '019 029 000 n' & '020 000 027 {' & '021 023 025 (' & '022 003 000 t' & '023 025 000 |' & '024 004 000 t' & '025 000 021 )' & '026 029 000 n' & '027 000 020 }' & '028 000 018 ;' *>factor = ('(' expression, ')' | digit,); & '029 029 000 n' & '030 000 038 =' & '031 035 037 (' & '032 005 000 t' & '033 005 000 n' & '034 006 000 t' & '035 037 000 |' & '036 000 000 n' & '037 000 031 )' & '038 000 030 ;'. 01 filler redefines program-syntax. 03 p-entry occurs 038. 05 p-address pic 999. 05 filler pic x. 05 p-definition pic 999. 05 p-alternate redefines p-definition pic 999. 05 filler pic x. 05 p-matching pic 999. 05 filler pic x. 05 p-symbol pic x. 01 t pic 999. 01 t-len pic 99 value 6. 01 terminal-symbols pic x(210) value '01 + ' & '01 - ' & '01 * ' & '01 / ' & '01 ( ' & '01 ) '. 01 filler redefines terminal-symbols. 03 terminal-symbol-entry occurs 6. 05 terminal-symbol-len pic 99. 05 filler pic x. 05 terminal-symbol pic x(32). 01 nt pic 999. 01 nt-lim pic 99 value 5. 01 nonterminal-statements pic x(294) value "000 ....,....,....,....,....,....,....,....,....," & "001 statement = expression; " & "005 expression = term, {('+'|'-') term,}; " & "017 term = factor, {('*'|'/') factor,}; " & "029 factor = ('(' expression, ')' | digit,); " & "036 digit; ". 01 filler redefines nonterminal-statements. 03 nonterminal-statement-entry occurs 5. 05 nonterminal-statement-number pic 999. 05 filler pic x. 05 nonterminal-statement pic x(45). 01 indent pic x(64) value all '| '. 01 interpreter-stack. 03 r pic 99. *> previous top of stack 03 s pic 99. *> current top of stack 03 s-max pic 99 value 32. 03 s-entry occurs 32. 05 filler pic x(2) value 'p='. 05 s-p pic 999. *> callers return address 05 filler pic x(4) value ' sc='. 05 s-start-control pic 999. *> sequence start address 05 filler pic x(4) value ' ec='. 05 s-end-control pic 999. *> sequence end address 05 filler pic x(4) value ' al='. 05 s-alternate pic 999. *> the next alternate 05 filler pic x(3) value ' r='. 05 s-result pic x. *> S success, F failure, N no result 05 filler pic x(3) value ' c='. 05 s-count pic 99. *> successes in a sequence 05 filler pic x(3) value ' x='. 05 s-repeat pic 99. *> repeats in a {} sequence 05 filler pic x(4) value ' nt='. 05 s-nt pic 99. *> current nonterminal 01 language-area. 03 l pic 99. 03 l-lim pic 99. 03 l-len pic 99 value 1. 03 nd pic 9. 03 number-definitions. 05 n occurs 4 pic 9. 03 nu pic 9. 03 number-use. 05 u occurs 4 pic x. 03 statement. 05 c occurs 32. 07 c9 pic 9. 01 number-validation. 03 p4 pic 99. 03 p4-lim pic 99 value 24. 03 permutations-4 pic x(96) value '1234' & '1243' & '1324' & '1342' & '1423' & '1432' & '2134' & '2143' & '2314' & '2341' & '2413' & '2431' & '3124' & '3142' & '3214' & '3241' & '3423' & '3432' & '4123' & '4132' & '4213' & '4231' & '4312' & '4321'. 03 filler redefines permutations-4. 05 permutation-4 occurs 24 pic x(4). 03 current-permutation-4 pic x(4). 03 cpx pic 9. 03 od1 pic 9. 03 od2 pic 9. 03 odx pic 9. 03 od-lim pic 9 value 4. 03 operator-definitions pic x(4) value '+-*/'. 03 current-operators pic x(3). 03 co3 pic 9. 03 rpx pic 9. 03 rpx-lim pic 9 value 4. 03 valid-rpn-forms pic x(28) value 'nnonono' & 'nnnonoo' & 'nnnoono' & 'nnnnooo'. 03 filler redefines valid-rpn-forms. 05 rpn-form occurs 4 pic x(7). 03 current-rpn-form pic x(7). 01 calculation-area. 03 osx pic 99. 03 operator-stack pic x(32). 03 oqx pic 99. 03 oqx1 pic 99. 03 output-queue pic x(32). 03 work-number pic s9999. 03 top-numerator pic s9999 sign leading separate. 03 top-denominator pic s9999 sign leading separate. 03 rsx pic 9. 03 result-stack occurs 8. 05 numerator pic s9999. 05 denominator pic s9999. 01 error-found pic x. 01 divide-by-zero-error pic x. *> diagnostics 01 NL pic x value x'0A'. 01 NL-flag pic x value space. 01 display-level pic x value '0'. 01 loop-lim pic 9999 value 1500. 01 loop-count pic 9999 value 0. 01 message-area value spaces. 03 message-level pic x. 03 message-value pic x(128). *> input and examples 01 instruction pic x(32) value spaces. 01 tsx pic 99. 01 tsx-lim pic 99 value 14. 01 test-statements. 03 filler pic x(32) value '1234;1 + 2 + 3 + 4'. 03 filler pic x(32) value '1234;1 * 2 * 3 * 4'. 03 filler pic x(32) value '1234;((1)) * (((2 * 3))) * 4'. 03 filler pic x(32) value '1234;((1)) * ((2 * 3))) * 4'. 03 filler pic x(32) value '1234;(1 + 2 + 3 + 4'. 03 filler pic x(32) value '1234;)1 + 2 + 3 + 4'. 03 filler pic x(32) value '1234;1 * * 2 * 3 * 4'. 03 filler pic x(32) value '5679;6 - (5 - 7) * 9'. 03 filler pic x(32) value '1268;((1 * (8 * 6) / 2))'. 03 filler pic x(32) value '4583;-5-3+(8*4)'. 03 filler pic x(32) value '4583;8 * 4 - 5 - 3'. 03 filler pic x(32) value '4583;8 * 4 - (5 + 3)'. 03 filler pic x(32) value '1223;1 * 3 / (2 - 2)'. 03 filler pic x(32) value '2468;(6 * 8) / 4 / 2'. 01 filler redefines test-statements. 03 filler occurs 14. 05 test-numbers pic x(4). 05 filler pic x. 05 test-statement pic x(27). procedure division. start-twentyfour. display 'start twentyfour' perform generate-numbers display 'type h <enter> to see instructions' accept instruction perform until instruction = spaces or 'q' evaluate true when instruction = 'h' perform display-instructions when instruction = 'n' perform generate-numbers when instruction(1:1) = 'm' move instruction(2:4) to number-definitions perform validate-number if divide-by-zero-error = space and 24 * top-denominator = top-numerator display number-definitions ' is solved by ' output-queue(1:oqx) else display number-definitions ' is not solvable' end-if when instruction = 'd0' or 'd1' or 'd2' or 'd3' move instruction(2:1) to display-level when instruction = 'e' display 'examples:' perform varying tsx from 1 by 1 until tsx > tsx-lim move spaces to statement move test-numbers(tsx) to number-definitions move test-statement(tsx) to statement perform evaluate-statement perform show-result end-perform when other move instruction to statement perform evaluate-statement perform show-result end-evaluate move spaces to instruction display 'instruction? ' with no advancing accept instruction end-perform display 'exit twentyfour' stop run . generate-numbers. perform with test after until divide-by-zero-error = space and 24 * top-denominator = top-numerator compute n(1) = random(seconds-past-midnight) * 10 *> seed perform varying nd from 1 by 1 until nd > 4 compute n(nd) = random() * 10 perform until n(nd) <> 0 compute n(nd) = random() * 10 end-perform end-perform perform validate-number end-perform display NL 'numbers:' with no advancing perform varying nd from 1 by 1 until nd > 4 display space n(nd) with no advancing end-perform display space . validate-number. perform varying p4 from 1 by 1 until p4 > p4-lim move permutation-4(p4) to current-permutation-4 perform varying od1 from 1 by 1 until od1 > od-lim move operator-definitions(od1:1) to current-operators(1:1) perform varying od2 from 1 by 1 until od2 > od-lim move operator-definitions(od2:1) to current-operators(2:1) perform varying odx from 1 by 1 until odx > od-lim move operator-definitions(odx:1) to current-operators(3:1) perform varying rpx from 1 by 1 until rpx > rpx-lim move rpn-form(rpx) to current-rpn-form move 0 to cpx co3 move spaces to output-queue move 7 to oqx perform varying oqx1 from 1 by 1 until oqx1 > oqx if current-rpn-form(oqx1:1) = 'n' add 1 to cpx move current-permutation-4(cpx:1) to nd move n(nd) to output-queue(oqx1:1) else add 1 to co3 move current-operators(co3:1) to output-queue(oqx1:1) end-if end-perform end-perform perform evaluate-rpn if divide-by-zero-error = space and 24 * top-denominator = top-numerator exit paragraph end-if end-perform end-perform end-perform end-perform . display-instructions. display '1) Type h <enter> to repeat these instructions.' display '2) The program will display four randomly-generated' display ' single-digit numbers and will then prompt you to enter' display ' an arithmetic expression followed by <enter> to sum' display ' the given numbers to 24.' display ' The four numbers may contain duplicates and the entered' display ' expression must reference all the generated numbers and duplicates.' display ' Warning: the program converts the entered infix expression' display ' to a reverse polish notation (rpn) expression' display ' which is then interpreted from RIGHT to LEFT.' display ' So, for instance, 8*4 - 5 - 3 will not sum to 24.' display '3) Type n <enter> to generate a new set of four numbers.' display ' The program will ensure the generated numbers are solvable.' display '4) Type m#### <enter> (e.g. m1234) to create a fixed set of numbers' display ' for testing purposes.' display ' The program will test the solvability of the entered numbers.' display ' For example, m1234 is solvable and m9999 is not solvable.' display '5) Type d0, d1, d2 or d3 followed by <enter> to display none or' display ' increasingly detailed diagnostic information as the program evaluates' display ' the entered expression.' display '6) Type e <enter> to see a list of example expressions and results' display '7) Type <enter> or q <enter> to exit the program' . show-result. if error-found = 'y' or divide-by-zero-error = 'y' exit paragraph end-if display 'statement in RPN is' space output-queue evaluate true when top-numerator = 0 when top-denominator = 0 when 24 * top-denominator <> top-numerator display 'result (' top-numerator '/' top-denominator ') is not 24' when other display 'result is 24' end-evaluate . evaluate-statement. compute l-lim = length(trim(statement)) display NL 'numbers:' space n(1) space n(2) space n(3) space n(4) move number-definitions to number-use display 'statement is' space statement move 1 to l move 0 to loop-count move space to error-found move 0 to osx oqx move spaces to output-queue move 1 to p move 1 to nt move 0 to s perform increment-s perform display-start-nonterminal perform increment-p *>=================================== *> interpret ebnf *>=================================== perform until s = 0 or error-found = 'y' evaluate true when p-symbol(p) = 'n' and p-definition(p) = 000 *> a variable perform test-variable if s-result(s) = 'S' perform increment-l end-if perform increment-p when p-symbol(p) = 'n' and p-address(p) <> p-definition(p) *> nonterminal reference move p to s-p(s) move p-definition(p) to p when p-symbol(p) = 'n' and p-address(p) = p-definition(p) *> nonterminal definition perform increment-s perform display-start-nonterminal perform increment-p when p-symbol(p) = '=' *> nonterminal control move p to s-start-control(s) move p-matching(p) to s-end-control(s) perform increment-p when p-symbol(p) = ';' *> end nonterminal perform display-end-control perform display-end-nonterminal perform decrement-s if s > 0 evaluate true when s-result(r) = 'S' perform set-success when s-result(r) = 'F' perform set-failure end-evaluate move s-p(s) to p perform increment-p perform display-continue-nonterminal end-if when p-symbol(p) = '{' *> start repeat sequence perform increment-s perform display-start-control move p to s-start-control(s) move p-alternate(p) to s-alternate(s) move p-matching(p) to s-end-control(s) move 0 to s-count(s) perform increment-p when p-symbol(p) = '}' *> end repeat sequence perform display-end-control evaluate true when s-result(s) = 'S' *> repeat the sequence perform display-repeat-control perform set-nothing add 1 to s-repeat(s) move s-start-control(s) to p perform increment-p when other perform decrement-s evaluate true when s-result(r) = 'N' and s-repeat(r) = 0 *> no result perform increment-p when s-result(r) = 'N' and s-repeat(r) > 0 *> no result after success perform set-success perform increment-p when other *> fail the sequence perform increment-p end-evaluate end-evaluate when p-symbol(p) = '(' *> start sequence perform increment-s perform display-start-control move p to s-start-control(s) move p-alternate(p) to s-alternate(s) move p-matching(p) to s-end-control(s) move 0 to s-count(s) perform increment-p when p-symbol(p) = ')' *> end sequence perform display-end-control perform decrement-s evaluate true when s-result(r) = 'S' *> success perform set-success perform increment-p when s-result(r) = 'N' *> no result perform set-failure perform increment-p when other *> fail the sequence perform set-failure perform increment-p end-evaluate when p-symbol(p) = '|' *> alternate evaluate true when s-result(s) = 'S' *> exit the sequence perform display-skip-alternate move s-end-control(s) to p when other perform display-take-alternate move p-alternate(p) to s-alternate(s) *> the next alternate perform increment-p perform set-nothing end-evaluate when p-symbol(p) = 't' *> terminal move p-definition(p) to t move terminal-symbol-len(t) to t-len perform display-terminal evaluate true when statement(l:t-len) = terminal-symbol(t)(1:t-len) *> successful match perform set-success perform display-recognize-terminal perform process-token move t-len to l-len perform increment-l perform increment-p when s-alternate(s) <> 000 *> we are in an alternate sequence move s-alternate(s) to p when other *> fail the sequence perform set-failure move s-end-control(s) to p end-evaluate when other *> end control perform display-control-failure *> shouldnt happen end-evaluate end-perform evaluate true *> at end of evaluation when error-found = 'y' continue when l <= l-lim *> not all tokens parsed display 'error: invalid statement' perform statement-error when number-use <> spaces display 'error: not all numbers were used: ' number-use move 'y' to error-found end-evaluate . increment-l. evaluate true when l > l-lim *> end of statement continue when other add l-len to l perform varying l from l by 1 until c(l) <> space or l > l-lim continue end-perform move 1 to l-len if l > l-lim perform end-tokens end-if end-evaluate . increment-p. evaluate true when p >= p-max display 'at' space p ' parse overflow' space 's=<' s space s-entry(s) '>' move 'y' to error-found when other add 1 to p perform display-statement end-evaluate . increment-s. evaluate true when s >= s-max display 'at' space p ' stack overflow ' space 's=<' s space s-entry(s) '>' move 'y' to error-found when other move s to r add 1 to s initialize s-entry(s) move 'N' to s-result(s) move p to s-p(s) move nt to s-nt(s) end-evaluate . decrement-s. if s > 0 move s to r subtract 1 from s if s > 0 move s-nt(s) to nt end-if end-if . set-failure. move 'F' to s-result(s) if s-count(s) > 0 display 'sequential parse failure' perform statement-error end-if . set-success. move 'S' to s-result(s) add 1 to s-count(s) . set-nothing. move 'N' to s-result(s) move 0 to s-count(s) . statement-error. display statement move spaces to statement move '^ syntax error' to statement(l:) display statement move 'y' to error-found . *>===================== *> twentyfour semantics *>===================== test-variable. *> check validity perform varying nd from 1 by 1 until nd > 4 or c(l) = n(nd) continue end-perform *> check usage perform varying nu from 1 by 1 until nu > 4 or c(l) = u(nu) continue end-perform evaluate true when l > l-lim perform set-failure when c9(l) not numeric perform set-failure when nd > 4 display 'invalid number' perform statement-error when nu > 4 display 'number already used' perform statement-error when other move space to u(nu) perform set-success add 1 to oqx move c(l) to output-queue(oqx:1) end-evaluate . *> ================================== *> Dijkstra Shunting-Yard Algorithm *> to convert infix to rpn *> ================================== process-token. evaluate true when c(l) = '(' add 1 to osx move c(l) to operator-stack(osx:1) when c(l) = ')' perform varying osx from osx by -1 until osx < 1 or operator-stack(osx:1) = '(' add 1 to oqx move operator-stack(osx:1) to output-queue(oqx:1) end-perform if osx < 1 display 'parenthesis error' perform statement-error exit paragraph end-if subtract 1 from osx when (c(l) = '+' or '-') and (operator-stack(osx:1) = '*' or '/') *> lesser operator precedence add 1 to oqx move operator-stack(osx:1) to output-queue(oqx:1) move c(l) to operator-stack(osx:1) when other *> greater operator precedence add 1 to osx move c(l) to operator-stack(osx:1) end-evaluate . end-tokens. *> 1) copy stacked operators to the output-queue perform varying osx from osx by -1 until osx < 1 or operator-stack(osx:1) = '(' add 1 to oqx move operator-stack(osx:1) to output-queue(oqx:1) end-perform if osx > 0 display 'parenthesis error' perform statement-error exit paragraph end-if *> 2) evaluate the rpn statement perform evaluate-rpn if divide-by-zero-error = 'y' display 'divide by zero error' end-if . evaluate-rpn. move space to divide-by-zero-error move 0 to rsx *> stack depth perform varying oqx1 from 1 by 1 until oqx1 > oqx if output-queue(oqx1:1) >= '1' and <= '9' *> push current data onto the stack add 1 to rsx move top-numerator to numerator(rsx) move top-denominator to denominator(rsx) move output-queue(oqx1:1) to top-numerator move 1 to top-denominator else *> apply the operation evaluate true when output-queue(oqx1:1) = '+' compute top-numerator = top-numerator * denominator(rsx) + top-denominator * numerator(rsx) compute top-denominator = top-denominator * denominator(rsx) when output-queue(oqx1:1) = '-' compute top-numerator = top-denominator * numerator(rsx) - top-numerator * denominator(rsx) compute top-denominator = top-denominator * denominator(rsx) when output-queue(oqx1:1) = '*' compute top-numerator = top-numerator * numerator(rsx) compute top-denominator = top-denominator * denominator(rsx) when output-queue(oqx1:1) = '/' compute work-number = numerator(rsx) * top-denominator compute top-denominator = denominator(rsx) * top-numerator if top-denominator = 0 move 'y' to divide-by-zero-error exit paragraph end-if move work-number to top-numerator end-evaluate *> pop the stack subtract 1 from rsx end-if end-perform . *>==================== *> diagnostic displays *>==================== display-start-nonterminal. perform varying nt from nt-lim by -1 until nt < 1 or p-definition(p) = nonterminal-statement-number(nt) continue end-perform if nt > 0 move '1' to NL-flag string '1' indent(1:s + s) 'at ' s space p ' start ' trim(nonterminal-statement(nt)) into message-area perform display-message move nt to s-nt(s) end-if . display-continue-nonterminal. move s-nt(s) to nt string '1' indent(1:s + s) 'at ' s space p space p-symbol(p) ' continue ' trim(nonterminal-statement(nt)) ' with result ' s-result(s) into message-area perform display-message . display-end-nonterminal. move s-nt(s) to nt move '2' to NL-flag string '1' indent(1:s + s) 'at ' s space p ' end ' trim(nonterminal-statement(nt)) ' with result ' s-result(s) into message-area perform display-message . display-start-control. string '2' indent(1:s + s) 'at ' s space p ' start ' p-symbol(p) ' in ' trim(nonterminal-statement(nt)) into message-area perform display-message . display-repeat-control. string '2' indent(1:s + s) 'at ' s space p ' repeat ' p-symbol(p) ' in ' trim(nonterminal-statement(nt)) ' with result ' s-result(s) into message-area perform display-message . display-end-control. string '2' indent(1:s + s) 'at ' s space p ' end ' p-symbol(p) ' in ' trim(nonterminal-statement(nt)) ' with result ' s-result(s) into message-area perform display-message . display-take-alternate. string '2' indent(1:s + s) 'at ' s space p ' take alternate' ' in ' trim(nonterminal-statement(nt)) into message-area perform display-message . display-skip-alternate. string '2' indent(1:s + s) 'at ' s space p ' skip alternate' ' in ' trim(nonterminal-statement(nt)) into message-area perform display-message . display-terminal. string '1' indent(1:s + s) 'at ' s space p ' compare ' statement(l:t-len) ' to ' terminal-symbol(t)(1:t-len) ' in ' trim(nonterminal-statement(nt)) into message-area perform display-message . display-recognize-terminal. string '1' indent(1:s + s) 'at ' s space p ' recognize terminal: ' c(l) ' in ' trim(nonterminal-statement(nt)) into message-area perform display-message . display-recognize-variable. string '1' indent(1:s + s) 'at ' s space p ' recognize digit: ' c(l) ' in ' trim(nonterminal-statement(nt)) into message-area perform display-message . display-statement. compute p1 = p - s-start-control(s) string '3' indent(1:s + s) 'at ' s space p ' statement: ' s-start-control(s) '/' p1 space p-symbol(p) space s-result(s) ' in ' trim(nonterminal-statement(nt)) into message-area perform display-message . display-control-failure. display loop-count space indent(1:s + s) 'at' space p ' control failure' ' in ' trim(nonterminal-statement(nt)) display loop-count space indent(1:s + s) ' ' 'p=<' p p-entry(p) '>' display loop-count space indent(1:s + s) ' ' 's=<' s space s-entry(s) '>' display loop-count space indent(1:s + s) ' ' 'l=<' l space c(l)'>' perform statement-error . display-message. if display-level = 1 move space to NL-flag end-if evaluate true when loop-count > loop-lim *> loop control display 'display count exceeds ' loop-lim stop run when message-level <= display-level evaluate true when NL-flag = '1' display NL loop-count space trim(message-value) when NL-flag = '2' display loop-count space trim(message-value) NL when other display loop-count space trim(message-value) end-evaluate end-evaluate add 1 to loop-count move spaces to message-area move space to NL-flag . end program twentyfour.

33.89455

137

0.547698

3da47d3761394789ba2aed1c16151678ea930a1c

3,896

cobol

COBOL

Task/99-Bottles-of-Beer/COBOL/99-bottles-of-beer-2.cobol

LaudateCorpus1/RosettaCodeData

9ad63ea473a958506c041077f1d810c0c7c8c18d

[ "Info-ZIP" ]

1

2018-11-09T22:08:38.000Z

Task/99-Bottles-of-Beer/COBOL/99-bottles-of-beer-2.cobol

seanwallawalla-forks/RosettaCodeData

9ad63ea473a958506c041077f1d810c0c7c8c18d

[ "Info-ZIP" ]

null

Task/99-Bottles-of-Beer/COBOL/99-bottles-of-beer-2.cobol

seanwallawalla-forks/RosettaCodeData

9ad63ea473a958506c041077f1d810c0c7c8c18d

[ "Info-ZIP" ]

1

2018-11-09T22:08:40.000Z

identification division. program-id. ninety-nine. environment division. data division. working-storage section. 01 counter pic 99. 88 no-bottles-left value 0. 88 one-bottle-left value 1. 01 parts-of-counter redefines counter. 05 tens pic 9. 05 digits pic 9. 01 after-ten-words. 05 filler pic x(7) value spaces. 05 filler pic x(7) value "Twenty". 05 filler pic x(7) value "Thirty". 05 filler pic x(7) value "Forty". 05 filler pic x(7) value "Fifty". 05 filler pic x(7) value "Sixty". 05 filler pic x(7) value "Seventy". 05 filler pic x(7) value "Eighty". 05 filler pic x(7) value "Ninety". 05 filler pic x(7) value spaces. 01 after-ten-array redefines after-ten-words. 05 atens occurs 10 times pic x(7). 01 digit-words. 05 filler pic x(9) value "One". 05 filler pic x(9) value "Two". 05 filler pic x(9) value "Three". 05 filler pic x(9) value "Four". 05 filler pic x(9) value "Five". 05 filler pic x(9) value "Six". 05 filler pic x(9) value "Seven". 05 filler pic x(9) value "Eight". 05 filler pic x(9) value "Nine". 05 filler pic x(9) value "Ten". 05 filler pic x(9) value "Eleven". 05 filler pic x(9) value "Twelve". 05 filler pic x(9) value "Thirteen". 05 filler pic x(9) value "Fourteen". 05 filler pic x(9) value "Fifteen". 05 filler pic x(9) value "Sixteen". 05 filler pic x(9) value "Seventeen". 05 filler pic x(9) value "Eighteen". 05 filler pic x(9) value "Nineteen". 05 filler pic x(9) value spaces. 01 digit-array redefines digit-words. 05 adigits occurs 20 times pic x(9). 01 number-name pic x(15). 01 stringified pic x(30). 01 outline pic x(50). 01 other-numbers. 03 n pic 999. 03 r pic 999. procedure division. 100-main section. 100-setup. perform varying counter from 99 by -1 until no-bottles-left move spaces to outline perform 100-show-number string stringified delimited by "|", space, "of beer on the wall" into outline end-string display outline end-display move spaces to outline string stringified delimited by "|", space, "of beer" into outline end-string display outline end-display move spaces to outline move "Take" to outline if one-bottle-left string outline delimited by space, space, "it" delimited by size, space, "|" into outline end-string else string outline delimited by space, space, "one" delimited by size, space, "|" into outline end-string end-if string outline delimited by "|", "down and pass it round" delimited by size into outline end-string display outline end-display move spaces to outline subtract 1 from counter giving counter end-subtract perform 100-show-number string stringified delimited by "|", space, "of beer on the wall" into outline end-string display outline end-display add 1 to counter giving counter end-add display space end-display end-perform. display "No more bottles of beer on the wall" display "No more bottles of beer" display "Go to the store and buy some more" display "Ninety-Nine bottles of beer on the wall" stop run. 100-show-number. if no-bottles-left move "No more|" to stringified else if counter < 20 string function trim( adigits( counter ) ), "|" into stringified else if counter < 100 move spaces to number-name string atens( tens ) delimited by space, space delimited by size, adigits( digits ) delimited by space into number-name end-string move function trim( number-name) to stringified divide counter by 10 giving n remainder r end-divide if r not = zero inspect stringified replacing first space by "-" end-if inspect stringified replacing first space by "|" end-if end-if end-if. if one-bottle-left string stringified delimited by "|", space, "bottle|" delimited by size into stringified end-string else string stringified delimited by "|", space, "bottles|" delimited by size into stringified end-string end-if. 100-end. end-program.

31.674797

134

0.718172

e660326764a1b2c0f0d0e69beeae8af123a73595

262

cob

COBOL

COBOL/helloworld.cob

dgisolfi/CMPT331-Gisolfi

cec565f48881cc69f7771e18e3550778c3e933ba

[ "MIT" ]

3

2018-08-30T16:41:20.000Z

2020-04-19T03:48:19.000Z

COBOL/helloworld.cob

dgisolfi/CMPT331-Gisolfi

cec565f48881cc69f7771e18e3550778c3e933ba

[ "MIT" ]

1

2018-09-21T15:13:18.000Z

COBOL/helloworld.cob

dgisolfi/CMPT331-Gisolfi

cec565f48881cc69f7771e18e3550778c3e933ba

[ "MIT" ]

2

2018-09-21T00:42:49.000Z

2020-01-14T03:18:07.000Z

---- helloworld.cob ------------------------- * Sample COBOL program IDENTIFICATION DIVISION. PROGRAM-ID. hello-world. PROCEDURE DIVISION. DISPLAY "Hello World!". STOP RUN. ----------------------------------------

32.75

46

0.431298

2c9c5a7989bbcb029d95d767e498c2ed0f0f3178

2,302

cob

COBOL

test/prog416.cob

msharov/cobcy

1c2362eed77abf142d53e77de54ad1e757369f95

[ "MIT" ]

9

2016-06-28T00:57:49.000Z

2021-10-05T17:50:52.000Z

test/prog416.cob

msharov/cobcy

1c2362eed77abf142d53e77de54ad1e757369f95

[ "MIT" ]

5

2016-09-26T07:41:49.000Z

2021-02-05T21:01:14.000Z

test/prog416.cob

msharov/cobcy

1c2362eed77abf142d53e77de54ad1e757369f95

[ "MIT" ]

3

2017-08-30T17:47:59.000Z

2021-10-05T18:01:20.000Z

IDENTIFICATION DIVISION. * PROGRAM-ID. PROG416. * ********************************************************* * * * 1. DATE-WRITTEN. 08/01/90. * * * * 2. THIS PROGRAM DISPLAYS ON THE PRINTER * * A VALUE COMPUTED FROM A DIVIDE OPERATION. * * * * 3. THE QUOTIENT IS PLACED INTO A DIFFERENT FIELD * * * * 4. THE DIVIDE OPERATION AND DISPLAY WILL BE DONE TWICE* * A) TRY #1 - QUOTIENT IS NOT ROUNDED OFF. * * B) TRY #2 - QUOTIENT IS ROUNDED OFF. * * * ********************************************************* * * ENVIRONMENT DIVISION. * CONFIGURATION SECTION. * SPECIAL-NAMES. * PRINTER IS PRINTER-DISPLAY. * * DATA DIVISION. * * **************************************************** * * WORKING-STORAGE SECTION. * * **************************************************** * * 01 W005-DIVISOR PIC 9 VALUE 3. * 01 W005-DIVIDEND PIC 9 VALUE 5. * 01 W005-QUOTIENT PIC 9. * * PROCEDURE DIVISION. * PRINT-COMPUTED-VALUE. DIVIDE W005-DIVIDEND BY W005-DIVISOR GIVING W005-QUOTIENT. DISPLAY "PROGRAM PROG414: THE QUOTIENT OF 5 / 3 UNROUNDED IS: " UPON PRINTER-DISPLAY. DISPLAY W005-QUOTIENT UPON PRINTER-DISPLAY. DIVIDE W005-DIVIDEND BY W005-DIVISOR GIVING W005-QUOTIENT ROUNDED. DISPLAY "PROGRAM PROG414: THE QUOTIENT OF 5 / 3 ROUNDED IS: " UPON PRINTER-DISPLAY. DISPLAY W005-QUOTIENT UPON PRINTER-DISPLAY. STOP RUN.

38.366667

74

0.338401

884ad6a67908932edf6f24c35a1bf5728b07548b

40,563

cbl

COBOL

Source/ZFAM000.cbl

walmartlabs/zFAM

f57e36adec60c0c03d2fb86cd944b2ce0c43f8f5

[ "Apache-2.0" ]

21

2018-04-17T15:37:29.000Z

2021-09-26T20:19:16.000Z

Source/ZFAM000.cbl

wizardofzos/zFAM

f57e36adec60c0c03d2fb86cd944b2ce0c43f8f5

[ "Apache-2.0" ]

null

Source/ZFAM000.cbl

wizardofzos/zFAM

f57e36adec60c0c03d2fb86cd944b2ce0c43f8f5

[ "Apache-2.0" ]

9

2016-12-02T16:08:12.000Z

2017-10-27T04:07:02.000Z

CBL CICS(SP) IDENTIFICATION DIVISION. PROGRAM-ID. ZFAM000. AUTHOR. Rich Jackson and Randy Frerking. ***************************************************************** * * * z/OS File Access Manager. * * * * This program executes as a background transaction to expire * * messages from a zFAM table. * * * * There will be a task started by zECSPLT for each ZCxx * * URIMAP entry. * * * * * * Date UserID Description * * ---------- -------- ---------------------------------------- * * * ***************************************************************** ENVIRONMENT DIVISION. DATA DIVISION. WORKING-STORAGE SECTION. ***************************************************************** * DEFINE LOCAL VARIABLES * ***************************************************************** 01 CURRENT-ABS PIC S9(15) COMP-3 VALUE 0. 01 CREATED-ABS PIC S9(15) COMP-3 VALUE 0. 01 RELATIVE-TIME PIC S9(15) COMP-3 VALUE 0. 01 ONE-YEAR PIC S9(15) COMP-3 VALUE 31536000. 01 ONE-DAY PIC S9(15) COMP-3 VALUE 86400. 01 TWELVE PIC S9(02) COMP-3 VALUE 12. 01 TEN PIC S9(02) COMP-3 VALUE 10. 01 ONE PIC S9(02) COMP-3 VALUE 1. 01 FIVE-HUNDRED PIC S9(04) COMP-3 VALUE 500. 01 ONE-HUNDRED PIC S9(04) COMP-3 VALUE 100. 01 RECORD-COUNT PIC S9(04) COMP-3 VALUE 0. 01 DELETE-COUNT PIC S9(04) COMP-3 VALUE 0. 01 RESET-COUNT PIC S9(04) COMP-3 VALUE 0. 01 FIVE-TWELVE PIC S9(08) COMP VALUE 512. 01 TWO-FIFTY-SIX PIC S9(08) COMP VALUE 256. 01 NINTY-SIX PIC S9(08) COMP VALUE 96. 01 NINES PIC S9(04) COMP VALUE 9999. 01 BINARY-ONE PIC S9(04) COMP VALUE 1. ***************************************************************** * Trace parameters * ***************************************************************** 01 T_LEN PIC S9(04) COMP VALUE 8. 01 T_46 PIC S9(04) COMP VALUE 46. 01 T_46_M PIC X(08) VALUE SPACES. 01 T_RES PIC X(08) VALUE 'ZFAM000 '. ***************************************************************** * faEXPIRE control file resources - start * ***************************************************************** 01 FX-FCT PIC X(08) VALUE 'FAEXPIRE'. 01 FX-RESP PIC S9(08) COMP VALUE ZEROES. 01 FX-LENGTH PIC S9(04) COMP VALUE ZEROES. 01 FX-RECORD. 02 FX-KEY PIC X(04). 02 FX-ABSTIME PIC S9(15) COMP-3 VALUE ZEROES. 02 FX-INTERVAL PIC S9(07) COMP-3 VALUE 86400. 02 FX-RESTART PIC S9(07) COMP-3 VALUE 86400. 02 FX-DATE PIC X(10). 02 FILLER PIC X(01) VALUE SPACES. 02 FX-TIME PIC X(08). 02 FILLER PIC X(01) VALUE SPACES. 02 FX-APPLID PIC X(08). 02 FILLER PIC X(01) VALUE SPACES. 02 FX-TASKID PIC 9(06). 02 FILLER PIC X(01) VALUE SPACES. 02 FILLER PIC X(14). ***************************************************************** * faEXPIRE control file resources - end * ***************************************************************** 01 RET-MILLISECONDS PIC S9(15) VALUE ZEROES COMP-3. 01 FILLER. 02 RET-SEC-MS. 03 RET-SECONDS PIC 9(10) VALUE ZEROES. 03 FILLER PIC 9(03) VALUE ZEROES. 02 FILLER REDEFINES RET-SEC-MS. 03 RET-TIME PIC 9(13). 01 USERID PIC X(08) VALUE SPACES. 01 APPLID PIC X(08) VALUE SPACES. 01 SYSID PIC X(04) VALUE SPACES. 01 ST-CODE PIC X(02) VALUE SPACES. 01 EOF PIC X(01) VALUE SPACES. 01 SLASH PIC X(01) VALUE '/'. 01 FA-PARM. 02 FA-TRANID PIC X(04) VALUE SPACES. 02 FA-KEY PIC X(255) VALUE LOW-VALUES. 01 FA-LENGTH PIC S9(04) COMP VALUE 20. 01 ZFAM-DC. 02 DC-TRANID PIC X(04) VALUE 'FA##'. 02 FILLER PIC X(02) VALUE 'DC'. 02 FILLER PIC X(42) VALUE SPACES. 01 FA-EXPIRE-ENQ. 02 FILLER PIC X(08) VALUE 'CICSGRS_'. 02 FILLER PIC X(08) VALUE 'ZFAM000_'. 02 FA-ENQ-TRANID PIC X(04) VALUE SPACES. 01 FK-FCT. 02 FK-TRANID PIC X(04) VALUE SPACES. 02 FILLER PIC X(04) VALUE 'KEY '. 01 FF-FCT. 02 FF-TRANID PIC X(04) VALUE SPACES. 02 FILLER PIC X(04) VALUE 'FILE'. 01 FK-RESP PIC S9(08) COMP VALUE ZEROES. 01 FK-LENGTH PIC S9(04) COMP VALUE ZEROES. 01 FF-LENGTH PIC S9(04) COMP VALUE ZEROES. 01 DELETE-LENGTH PIC S9(04) COMP VALUE 8. COPY ZFAMFKC. 01 FC-READ PIC X(06) VALUE 'READ '. 01 FC-DELETE PIC X(06) VALUE 'DELETE'. 01 CSSL PIC X(04) VALUE '@tdq@'. 01 TD-LENGTH PIC S9(04) COMP VALUE ZEROES. 01 TD-EXPIRE. 02 TD-TRAN-ID PIC X(04) VALUE SPACES. 02 FILLER PIC X(01) VALUE SPACES. 02 FILLER PIC X(08) VALUE 'zFAM000 '. 02 TD-CURRENT-DATE PIC X(10). 02 FILLER PIC X(01) VALUE SPACES. 02 TD-CURRENT-TIME PIC X(08). 02 FILLER PIC X(01) VALUE SPACES. 02 FILLER PIC X(09) VALUE 'Created: '. 02 TD-CREATED-DATE PIC X(10). 02 FILLER PIC X(01) VALUE SPACES. 02 TD-CREATED-TIME PIC X(08). 02 FILLER PIC X(01) VALUE SPACES. 02 FILLER PIC X(05) VALUE 'TTL: '. 02 TD-RETENTION-TYPE PIC X(01). 02 FILLER PIC X(01) VALUE SPACES. 02 TD-RETENTION PIC 9(05). 02 FILLER PIC X(01) VALUE SPACES. 02 FILLER PIC X(05) VALUE 'Key: '. 02 TD-KEY PIC X(44). 01 TD-ERROR. 02 ER-TRAN PIC X(04). 02 FILLER PIC X(01) VALUE SPACES. 02 ER-DATE PIC X(10). 02 FILLER PIC X(01) VALUE SPACES. 02 ER-TIME PIC X(08). 02 FILLER PIC X(01) VALUE SPACES. 02 ER-DS PIC X(08) VALUE SPACES. 02 FILLER PIC X(04) VALUE SPACES. 02 FILLER PIC X(07) VALUE 'EIBFN: '. 02 ER-FN PIC X(06) VALUE SPACES. 02 FILLER PIC X(10) VALUE ' EIBRESP: '. 02 ER-RESP PIC 9(08) VALUE ZEROES. 02 FILLER PIC X(11) VALUE ' EIBRESP2: '. 02 ER-RESP2 PIC 9(04) VALUE ZEROES. 02 FILLER PIC X(12) VALUE ' Paragraph: '. 02 ER-PARAGRAPH PIC X(08) VALUE SPACES. 02 FILLER PIC X(12) VALUE SPACES. ***************************************************************** * Deplicate resources. * ***************************************************************** 01 URI-MAP PIC X(08) VALUE SPACES. 01 URI-PATH PIC X(255) VALUE SPACES. 01 URI-ZEXPIRE PIC X(09) VALUE 'zExpire/*'. 01 RESOURCES PIC X(10) VALUE '/resources'. 01 DEPLICATE PIC X(10) VALUE '/deplicate'. 01 HTTP-STATUS-200 PIC S9(04) COMP VALUE 200. 01 HTTP-STATUS-201 PIC S9(04) COMP VALUE 201. 01 NUMBER-OF-SPACES PIC S9(08) COMP VALUE ZEROES. 01 NUMBER-OF-NULLS PIC S9(08) COMP VALUE ZEROES. 01 WEB-METHOD PIC S9(08) COMP VALUE ZEROES. 01 WEB-SCHEME PIC S9(08) COMP VALUE ZEROES. 01 WEB-HOST-LENGTH PIC S9(08) COMP VALUE 120. 01 WEB-HTTPMETHOD-LENGTH PIC S9(08) COMP VALUE 10. 01 WEB-HTTPVERSION-LENGTH PIC S9(08) COMP VALUE 15. 01 WEB-PATH-LENGTH PIC S9(08) COMP VALUE 256. 01 WEB-QUERYSTRING-LENGTH PIC S9(08) COMP VALUE 256. 01 WEB-REQUESTTYPE PIC S9(08) COMP VALUE ZEROES. 01 WEB-PORT PIC S9(08) COMP VALUE ZEROES. 01 WEB-PORT-NUMBER PIC 9(05) VALUE ZEROES. 01 WEB-HTTPMETHOD PIC X(10) VALUE SPACES. 01 WEB-HTTP-PUT PIC X(10) VALUE 'PUT'. 01 WEB-HTTP-GET PIC X(10) VALUE 'GET'. 01 WEB-HTTP-POST PIC X(10) VALUE 'POST'. 01 WEB-HTTP-DELETE PIC X(10) VALUE 'DELETE'. 01 WEB-HTTPVERSION PIC X(15) VALUE SPACES. 01 WEB-HOST PIC X(120) VALUE SPACES. 01 WEB-QUERYSTRING PIC X(256) VALUE SPACES. 01 ACTIVE-SINGLE PIC X(02) VALUE 'A1'. 01 ACTIVE-ACTIVE PIC X(02) VALUE 'AA'. 01 ACTIVE-STANDBY PIC X(02) VALUE 'AS'. 01 DC-CONTROL. 02 FILLER PIC X(06). 02 DC-TYPE PIC X(02) VALUE SPACES. 02 DC-CRLF PIC X(02). 02 THE-OTHER-DC PIC X(160) VALUE SPACES. 02 FILLER PIC X(02). 01 DC-LENGTH PIC S9(08) COMP VALUE ZEROES. 01 DC-TOKEN PIC X(16) VALUE SPACES. 01 THE-OTHER-DC-LENGTH PIC S9(08) COMP VALUE 160. 01 TWO PIC S9(08) COMP VALUE 2. 01 SESSION-TOKEN PIC 9(18) COMP VALUE ZEROES. 01 URL-SCHEME-NAME PIC X(16) VALUE SPACES. 01 URL-SCHEME PIC S9(08) COMP VALUE ZEROES. 01 URL-PORT PIC S9(08) COMP VALUE ZEROES. 01 URL-HOST-NAME PIC X(80) VALUE SPACES. 01 URL-HOST-NAME-LENGTH PIC S9(08) COMP VALUE 80. 01 WEB-STATUS-CODE PIC S9(04) COMP VALUE 00. 01 WEB-STATUS-LENGTH PIC S9(08) COMP VALUE 96. 01 WEB-STATUS-TEXT. 02 WEB-STATUS-ABS PIC 9(15) VALUE ZEROES. 02 FILLER PIC X(81) VALUE SPACES. 01 WEB-PATH PIC X(512) VALUE SPACES. 01 CONVERSE-LENGTH PIC S9(08) COMP VALUE 96. 01 CONVERSE-RESPONSE PIC X(96) VALUE SPACES. COPY ZFAMFFC. LINKAGE SECTION. 01 DFHCOMMAREA PIC X(01). PROCEDURE DIVISION. ***************************************************************** * Main process. * ***************************************************************** PERFORM 1000-RETRIEVE THRU 1000-EXIT. PERFORM 2000-START-BROWSE THRU 2000-EXIT. PERFORM 3000-READ-NEXT THRU 3000-EXIT WITH TEST AFTER UNTIL EOF EQUAL 'Y'. PERFORM 8000-RESTART THRU 8000-EXIT. PERFORM 9000-RETURN THRU 9000-EXIT. ***************************************************************** * Retrieve information for zFAM table expiration task. * ***************************************************************** 1000-RETRIEVE. EXEC CICS ASSIGN APPLID(APPLID) END-EXEC. EXEC CICS HANDLE ABEND LABEL(9100-ABEND) NOHANDLE END-EXEC. MOVE LENGTH OF FA-PARM TO FA-LENGTH. EXEC CICS RETRIEVE INTO(FA-PARM) LENGTH(FA-LENGTH) NOHANDLE END-EXEC. MOVE FA-KEY TO FK-KEY. MOVE FA-TRANID TO FK-TRANID FF-TRANID DC-TRANID. MOVE EIBTRNID TO FA-ENQ-TRANID. EXEC CICS ASKTIME ABSTIME(CURRENT-ABS) NOHANDLE END-EXEC. IF FA-KEY EQUAL LOW-VALUES PERFORM 1100-CONTROL THRU 1100-EXIT. 1000-EXIT. EXIT. ***************************************************************** * Read faEXPIRE control file when a 'resume' key is not * * provided on the RETRIEVE command. Issue an ENQ to serialize * * the expiration proces. * ***************************************************************** 1100-CONTROL. PERFORM 1200-ENQ THRU 1200-EXIT. MOVE EIBTRNID TO FX-KEY. MOVE LENGTH OF FX-RECORD TO FX-LENGTH. EXEC CICS READ FILE (FX-FCT) RIDFLD (FX-KEY) INTO (FX-RECORD) LENGTH (FX-LENGTH) RESP (FX-RESP) UPDATE NOHANDLE END-EXEC. IF FX-RESP EQUAL DFHRESP(NOTFND) PERFORM 1300-WRITE THRU 1300-EXIT. IF FX-RESP EQUAL DFHRESP(NORMAL) PERFORM 1400-UPDATE THRU 1400-EXIT. 1100-EXIT. EXIT. ***************************************************************** * Issue ENQ to serialize the expiration process. * ***************************************************************** 1200-ENQ. EXEC CICS ENQ RESOURCE(FA-EXPIRE-ENQ) LENGTH(LENGTH OF FA-EXPIRE-ENQ) NOHANDLE NOSUSPEND TASK END-EXEC. IF EIBRESP EQUAL DFHRESP(ENQBUSY) PERFORM 8000-RESTART THRU 8000-EXIT PERFORM 9000-RETURN THRU 9000-EXIT. 1200-EXIT. EXIT. ***************************************************************** * Issue WRITE to faEXPIRE control file with default information.* ***************************************************************** 1300-WRITE. MOVE EIBTRNID TO FX-KEY. MOVE LENGTH OF FX-RECORD TO FX-LENGTH. EXEC CICS FORMATTIME ABSTIME (CURRENT-ABS) TIME (FX-TIME) YYYYMMDD(FX-DATE) TIMESEP DATESEP NOHANDLE END-EXEC. MOVE CURRENT-ABS TO FX-ABSTIME. MOVE APPLID TO FX-APPLID. MOVE EIBTASKN TO FX-TASKID. EXEC CICS WRITE FILE (FX-FCT) RIDFLD (FX-KEY) FROM (FX-RECORD) LENGTH (FX-LENGTH) NOHANDLE END-EXEC. IF EIBRESP EQUAL DFHRESP(DUPREC) PERFORM 8000-RESTART THRU 8000-EXIT PERFORM 9000-RETURN THRU 9000-EXIT. 1300-EXIT. EXIT. ***************************************************************** * Update faEXPIRE record. * ***************************************************************** 1400-UPDATE. MOVE EIBTRNID TO FX-KEY. MOVE LENGTH OF FX-RECORD TO FX-LENGTH. EXEC CICS FORMATTIME ABSTIME (CURRENT-ABS) TIME (FX-TIME) YYYYMMDD(FX-DATE) TIMESEP DATESEP NOHANDLE END-EXEC. MOVE FX-INTERVAL TO RET-SECONDS. MOVE RET-TIME TO RET-MILLISECONDS. SUBTRACT FX-ABSTIME FROM CURRENT-ABS GIVING RELATIVE-TIME. IF RELATIVE-TIME LESS THAN RET-MILLISECONDS PERFORM 8000-RESTART THRU 8000-EXIT PERFORM 9000-RETURN THRU 9000-EXIT. MOVE CURRENT-ABS TO FX-ABSTIME. MOVE APPLID TO FX-APPLID. MOVE EIBTASKN TO FX-TASKID. EXEC CICS REWRITE FILE (FX-FCT) FROM (FX-RECORD) LENGTH(FX-LENGTH) NOHANDLE END-EXEC. 1400-EXIT. EXIT. ***************************************************************** * Issue STARTBR on the zFAM key store. * ***************************************************************** 2000-START-BROWSE. MOVE LOW-VALUES TO FK-KEY. MOVE LENGTH OF FK-RECORD TO FK-LENGTH. EXEC CICS STARTBR FILE (FK-FCT) RIDFLD(FK-KEY) RESP (FK-RESP) NOHANDLE GTEQ END-EXEC. IF FK-RESP NOT EQUAL DFHRESP(NORMAL) MOVE '2000' TO ER-PARAGRAPH PERFORM 9920-LOG-ERROR THRU 9920-EXIT PERFORM 9000-RETURN THRU 9000-EXIT. 2000-EXIT. EXIT. ***************************************************************** * Read the key store (FK), which contains the internal key to * * the file/data store. * ***************************************************************** 3000-READ-NEXT. MOVE LENGTH OF FK-RECORD TO FK-LENGTH. EXEC CICS READNEXT FILE (FK-FCT) INTO (FK-RECORD) RIDFLD(FK-KEY) LENGTH(FK-LENGTH) RESP (FK-RESP) NOHANDLE END-EXEC. IF FK-RESP EQUAL DFHRESP(NOTFND) OR FK-RESP EQUAL DFHRESP(ENDFILE) MOVE 'Y' TO EOF ELSE IF FK-RESP NOT EQUAL DFHRESP(NORMAL) MOVE '3000' TO ER-PARAGRAPH PERFORM 9920-LOG-ERROR THRU 9920-EXIT PERFORM 8000-RESTART THRU 8000-EXIT PERFORM 9000-RETURN THRU 9000-EXIT. IF FK-RESP EQUAL DFHRESP(NORMAL) IF FK-ECR EQUAL 'Y' PERFORM 3100-PROCESS-ECR THRU 3100-EXIT. IF FK-RESP EQUAL DFHRESP(NORMAL) IF FK-ECR NOT EQUAL 'Y' PERFORM 4000-READ-FILE THRU 4000-EXIT. 3000-EXIT. EXIT. ***************************************************************** * Check Event Control Record for expiration. * * ECRs do not contain entries in the FILE store. * * The ABSTIME in the KEY store is used by ECR for expiration * * and for Basic Mode row level locking. * ***************************************************************** 3100-PROCESS-ECR. IF FK-RETENTION-TYPE EQUAL 'D' MULTIPLY FK-RETENTION BY ONE-DAY GIVING RET-SECONDS. IF FK-RETENTION-TYPE EQUAL 'Y' MULTIPLY FK-RETENTION BY ONE-YEAR GIVING RET-SECONDS. MOVE RET-TIME TO RET-MILLISECONDS. SUBTRACT FK-ABS FROM CURRENT-ABS GIVING RELATIVE-TIME. MOVE '3100' TO T_46_M. PERFORM 8888-TRACE THRU 8888-EXIT. IF RELATIVE-TIME GREATER THAN RET-MILLISECONDS PERFORM 5000-DEPLICATE THRU 5000-EXIT. 3100-EXIT. EXIT. ***************************************************************** * Read FAxx file record. * * Since there can be multiple segments for a single zFAM * * record, only check the first record and make decisions * * accordingly. * * When restarting after a resume time interval, the last record * * key will be returned on the RETRIEVE command. Use this key * * to resume processing. * ***************************************************************** 4000-READ-FILE. MOVE LOW-VALUES TO FF-KEY-16. MOVE FK-FF-KEY TO FF-KEY. MOVE BINARY-ONE TO FF-SEGMENT. MOVE LENGTH OF FF-RECORD TO FF-LENGTH. EXEC CICS READ FILE(FF-FCT) RIDFLD(FF-KEY-16) INTO (FF-RECORD) LENGTH(FF-LENGTH) NOHANDLE END-EXEC. IF EIBRESP NOT EQUAL DFHRESP(NORMAL) MOVE 'Y' TO EOF PERFORM 8000-RESTART THRU 8000-EXIT PERFORM 9000-RETURN THRU 9000-EXIT. IF FF-RETENTION-TYPE EQUAL 'D' MULTIPLY FF-RETENTION BY ONE-DAY GIVING RET-SECONDS. IF FF-RETENTION-TYPE EQUAL 'Y' MULTIPLY FF-RETENTION BY ONE-YEAR GIVING RET-SECONDS. MOVE RET-TIME TO RET-MILLISECONDS. SUBTRACT FF-ABS FROM CURRENT-ABS GIVING RELATIVE-TIME. MOVE '4000' TO T_46_M. PERFORM 8888-TRACE THRU 8888-EXIT. IF RELATIVE-TIME GREATER THAN RET-MILLISECONDS PERFORM 5000-DEPLICATE THRU 5000-EXIT. 4000-EXIT. EXIT. ***************************************************************** * Deplicate request to the other Data Center. * * Delete *FILE and *KEY records only when eligible to expire * * at both Data Centers, otherwise update this record with the * * other ABSTIME. * * * * If we don't contact the partner Data Center successfully, no * * worries. The expiration process on the partner Data Center * * will perform the delete during expiration process. * * * ***************************************************************** 5000-DEPLICATE. PERFORM 7000-GET-URL THRU 7000-EXIT. IF EIBRESP EQUAL DFHRESP(NORMAL) IF DC-TYPE EQUAL ACTIVE-ACTIVE OR DC-TYPE EQUAL ACTIVE-STANDBY PERFORM 7100-WEB-OPEN THRU 7100-EXIT. IF EIBRESP EQUAL DFHRESP(NORMAL) IF DC-TYPE EQUAL ACTIVE-ACTIVE OR DC-TYPE EQUAL ACTIVE-STANDBY MOVE DFHVALUE(DELETE) TO WEB-METHOD PERFORM 7200-WEB-CONVERSE THRU 7200-EXIT. IF EIBRESP EQUAL DFHRESP(NORMAL) IF DC-TYPE EQUAL ACTIVE-ACTIVE OR DC-TYPE EQUAL ACTIVE-STANDBY PERFORM 7300-WEB-CLOSE THRU 7300-EXIT. IF EIBRESP EQUAL DFHRESP(NORMAL) OR EIBRESP EQUAL DFHRESP(LENGERR) IF WEB-STATUS-CODE EQUAL HTTP-STATUS-201 AND WEB-STATUS-ABS NUMERIC PERFORM 5100-UPDATE-ABS THRU 5100-EXIT ELSE PERFORM 9900-LOG-EXPIRATION THRU 9900-EXIT PERFORM 5200-DELETE THRU 5200-EXIT. 5000-EXIT. EXIT. ***************************************************************** * Update ABS in the local zFAM record. * ***************************************************************** 5100-UPDATE-ABS. MOVE LENGTH OF FF-RECORD TO FF-LENGTH. EXEC CICS READ FILE(FF-FCT) RIDFLD(FF-KEY-16) INTO (FF-RECORD) LENGTH(FF-LENGTH) UPDATE NOHANDLE END-EXEC. IF EIBRESP EQUAL DFHRESP(NORMAL) PERFORM 5110-REWRITE THRU 5110-EXIT. 5100-EXIT. EXIT. ***************************************************************** * Issue REWRITE with ABS from partner site. * ***************************************************************** 5110-REWRITE. MOVE WEB-STATUS-ABS TO FF-ABS. EXEC CICS REWRITE FILE(FF-FCT) FROM (FF-RECORD) LENGTH(FF-LENGTH) NOHANDLE END-EXEC. EXEC CICS SYNCPOINT NOHANDLE END-EXEC. ADD ONE TO RESET-COUNT. IF RESET-COUNT GREATER THAN FIVE-HUNDRED PERFORM 8100-RESTART THRU 8100-EXIT PERFORM 9000-RETURN THRU 9000-EXIT. 5110-EXIT. EXIT. ***************************************************************** * Delete the local zFAM record. * ***************************************************************** 5200-DELETE. IF FK-ECR NOT EQUAL 'Y' PERFORM 5210-DELETE THRU 5210-EXIT WITH TEST AFTER VARYING FF-SEGMENT FROM 1 BY 1 UNTIL FF-SEGMENT GREATER THAN FF-SEGMENTS OR EIBRESP NOT EQUAL DFHRESP(NORMAL). EXEC CICS DELETE FILE(FK-FCT) RIDFLD(FK-KEY) NOHANDLE END-EXEC. ADD ONE TO RECORD-COUNT. IF RECORD-COUNT GREATER THAN TEN PERFORM 5220-SYNCPOINT THRU 5220-EXIT. ADD ONE TO DELETE-COUNT. IF DELETE-COUNT GREATER THAN FIVE-HUNDRED PERFORM 8100-RESTART THRU 8100-EXIT PERFORM 9000-RETURN THRU 9000-EXIT. 5200-EXIT. EXIT. ***************************************************************** * Issue DELETE for every segment. * ***************************************************************** 5210-DELETE. EXEC CICS DELETE FILE(FF-FCT) RIDFLD(FF-KEY-16) NOHANDLE END-EXEC. 5210-EXIT. EXIT. ***************************************************************** * Issue SYNCPOINT every TEN records. * ***************************************************************** 5220-SYNCPOINT. MOVE ZEROES TO RECORD-COUNT. EXEC CICS SYNCPOINT NOHANDLE END-EXEC. EXEC CICS DELAY INTERVAL(0) NOHANDLE END-EXEC. 5220-EXIT. EXIT. ***************************************************************** * Get URL for deplication process. * * URL must be in the following format: * * http://hostname:port * ***************************************************************** 7000-GET-URL. EXEC CICS DOCUMENT CREATE DOCTOKEN(DC-TOKEN) TEMPLATE(ZFAM-DC) NOHANDLE END-EXEC. MOVE LENGTH OF DC-CONTROL TO DC-LENGTH. IF EIBRESP EQUAL DFHRESP(NORMAL) EXEC CICS DOCUMENT RETRIEVE DOCTOKEN(DC-TOKEN) INTO (DC-CONTROL) LENGTH (DC-LENGTH) MAXLENGTH(DC-LENGTH) DATAONLY NOHANDLE END-EXEC. IF EIBRESP EQUAL DFHRESP(NORMAL) AND DC-LENGTH GREATER THAN TEN SUBTRACT TWELVE FROM DC-LENGTH GIVING THE-OTHER-DC-LENGTH EXEC CICS WEB PARSE URL(THE-OTHER-DC) URLLENGTH(THE-OTHER-DC-LENGTH) SCHEMENAME(URL-SCHEME-NAME) HOST(URL-HOST-NAME) HOSTLENGTH(URL-HOST-NAME-LENGTH) PORTNUMBER(URL-PORT) NOHANDLE END-EXEC. IF EIBRESP NOT EQUAL DFHRESP(NORMAL) OR DC-LENGTH LESS THAN TEN OR DC-LENGTH EQUAL TEN MOVE ACTIVE-SINGLE TO DC-TYPE. 7000-EXIT. EXIT. ***************************************************************** * Open WEB connection with the other Data Center zFAM. * ***************************************************************** 7100-WEB-OPEN. IF URL-SCHEME-NAME EQUAL 'HTTPS' MOVE DFHVALUE(HTTPS) TO URL-SCHEME ELSE MOVE DFHVALUE(HTTP) TO URL-SCHEME. EXEC CICS WEB OPEN HOST(URL-HOST-NAME) HOSTLENGTH(URL-HOST-NAME-LENGTH) PORTNUMBER(URL-PORT) SCHEME(URL-SCHEME) SESSTOKEN(SESSION-TOKEN) NOHANDLE END-EXEC. 7100-EXIT. EXIT. ***************************************************************** * Converse with the other Data Center zFAM. * * The first element of the path, which for normal processing is * * /resources, must be changed to /deplicate. * ***************************************************************** 7200-WEB-CONVERSE. MOVE NINTY-SIX TO WEB-STATUS-LENGTH. MOVE NINTY-SIX TO CONVERSE-LENGTH. MOVE FIVE-TWELVE TO WEB-PATH-LENGTH. MOVE ZEROES TO NUMBER-OF-NULLS. MOVE ZEROES TO NUMBER-OF-SPACES. MOVE FA-TRANID TO URI-MAP. MOVE 'D' TO URI-MAP(5:1). EXEC CICS INQUIRE URIMAP(URI-MAP) PATH(URI-PATH) NOHANDLE END-EXEC. STRING URI-PATH SLASH FK-KEY DELIMITED BY '*' INTO WEB-PATH. INSPECT WEB-PATH TALLYING NUMBER-OF-NULLS FOR ALL LOW-VALUES. SUBTRACT NUMBER-OF-NULLS FROM WEB-PATH-LENGTH. INSPECT WEB-PATH TALLYING NUMBER-OF-SPACES FOR ALL SPACES. SUBTRACT NUMBER-OF-SPACES FROM WEB-PATH-LENGTH. MOVE DEPLICATE TO WEB-PATH(1:10). EXEC CICS WEB CONVERSE SESSTOKEN(SESSION-TOKEN) PATH(WEB-PATH) PATHLENGTH(WEB-PATH-LENGTH) METHOD(WEB-METHOD) MEDIATYPE(FF-MEDIA) INTO(CONVERSE-RESPONSE) TOLENGTH(CONVERSE-LENGTH) MAXLENGTH(CONVERSE-LENGTH) STATUSCODE(WEB-STATUS-CODE) STATUSLEN (WEB-STATUS-LENGTH) STATUSTEXT(WEB-STATUS-TEXT) NOOUTCONVERT NOHANDLE END-EXEC. 7200-EXIT. EXIT. ***************************************************************** * Close WEB connection with the other Data Center zFAM. * ***************************************************************** 7300-WEB-CLOSE. EXEC CICS WEB CLOSE SESSTOKEN(SESSION-TOKEN) NOHANDLE END-EXEC. 7300-EXIT. EXIT. ***************************************************************** * Restart (ICE chain). * * 24 hour interval for normal processing * ***************************************************************** 8000-RESTART. MOVE LENGTH OF FA-PARM TO FA-LENGTH. MOVE LOW-VALUES TO FA-KEY. EXEC CICS START TRANSID(EIBTRNID) INTERVAL(240000) FROM (FA-PARM) LENGTH (FA-LENGTH) NOHANDLE END-EXEC. 8000-EXIT. EXIT. ***************************************************************** * Restart (ICE chain). * * 02 second interval when reset count exceeds 500 hundred. * ***************************************************************** 8100-RESTART. MOVE LENGTH OF FA-PARM TO FA-LENGTH. MOVE FK-KEY TO FA-KEY. EXEC CICS START TRANSID(EIBTRNID) INTERVAL(0002) FROM (FA-PARM) LENGTH (FA-LENGTH) NOHANDLE END-EXEC. 8100-EXIT. EXIT. ***************************************************************** * Issue TRACE. * ***************************************************************** 8888-TRACE. EXEC CICS ENTER TRACENUM(T_46) FROM(T_46_M) FROMLENGTH(T_LEN) RESOURCE(T_RES) NOHANDLE END-EXEC. 8888-EXIT. EXIT. ***************************************************************** * Return to CICS * ***************************************************************** 9000-RETURN. EXEC CICS RETURN END-EXEC. 9000-EXIT. EXIT. ***************************************************************** * Task abended. Restart and Return. * ***************************************************************** 9100-ABEND. PERFORM 8000-RESTART THRU 8000-EXIT. PERFORM 9000-RETURN THRU 9000-EXIT. 9100-EXIT. EXIT. ***************************************************************** * Write expiration messages to CSSL. * ***************************************************************** 9900-LOG-EXPIRATION. PERFORM 9950-ABS THRU 9950-EXIT. EXEC CICS FORMATTIME ABSTIME(CURRENT-ABS) TIME(TD-CURRENT-TIME) YYYYMMDD(TD-CURRENT-DATE) TIMESEP DATESEP NOHANDLE END-EXEC. IF FK-ECR EQUAL 'Y' MOVE FK-RETENTION TO TD-RETENTION MOVE FK-RETENTION-TYPE TO TD-RETENTION-TYPE MOVE FK-ABS TO CREATED-ABS. IF FK-ECR NOT EQUAL 'Y' MOVE FF-RETENTION TO TD-RETENTION MOVE FF-RETENTION-TYPE TO TD-RETENTION-TYPE MOVE FF-ABS TO CREATED-ABS. EXEC CICS FORMATTIME ABSTIME(CREATED-ABS) TIME(TD-CREATED-TIME) YYYYMMDD(TD-CREATED-DATE) TIMESEP DATESEP NOHANDLE END-EXEC. MOVE EIBTRNID TO TD-TRAN-ID. MOVE FK-KEY TO TD-KEY. MOVE LENGTH OF TD-EXPIRE TO TD-LENGTH. EXEC CICS WRITEQ TD QUEUE(CSSL) FROM(TD-EXPIRE) LENGTH(TD-LENGTH) NOHANDLE END-EXEC. 9900-EXIT. EXIT. ***************************************************************** * Write error messages to CSSL. * ***************************************************************** 9920-LOG-ERROR. PERFORM 9950-ABS THRU 9950-EXIT. EXEC CICS FORMATTIME ABSTIME(CURRENT-ABS) TIME(TD-CURRENT-TIME) YYYYMMDD(TD-CURRENT-DATE) TIMESEP DATESEP NOHANDLE END-EXEC. MOVE EIBTRNID TO ER-TRAN. MOVE EIBFN TO ER-FN. MOVE EIBDS TO ER-DS. MOVE EIBRESP TO ER-RESP. MOVE EIBRESP2 TO ER-RESP2. MOVE LENGTH OF TD-ERROR TO TD-LENGTH. EXEC CICS WRITEQ TD QUEUE(CSSL) FROM(TD-ERROR) LENGTH(TD-LENGTH) NOHANDLE END-EXEC. 9920-EXIT. EXIT. ***************************************************************** * Get Absolute time. * ***************************************************************** 9950-ABS. EXEC CICS ASKTIME ABSTIME(CURRENT-ABS) NOHANDLE END-EXEC. 9950-EXIT. EXIT. ***************************************************************** * Get URL for replication process. * * URL must be in the following format: * * http://domain-name.wal-mart.com:55123 * ***************************************************************** 9999-GET-URL. MOVE LENGTH OF THE-OTHER-DC TO THE-OTHER-DC-LENGTH. EXEC CICS DOCUMENT CREATE DOCTOKEN(DC-TOKEN) TEMPLATE(ZFAM-DC) NOHANDLE END-EXEC. EXEC CICS DOCUMENT RETRIEVE DOCTOKEN(DC-TOKEN) INTO (THE-OTHER-DC) LENGTH (THE-OTHER-DC-LENGTH) MAXLENGTH(THE-OTHER-DC-LENGTH) DATAONLY NOHANDLE END-EXEC. IF EIBRESP EQUAL DFHRESP(NORMAL) AND THE-OTHER-DC-LENGTH GREATER THAN TWO SUBTRACT TWO FROM THE-OTHER-DC-LENGTH. EXEC CICS WEB PARSE URL(THE-OTHER-DC) URLLENGTH(THE-OTHER-DC-LENGTH) SCHEMENAME(URL-SCHEME-NAME) HOST(URL-HOST-NAME) HOSTLENGTH(URL-HOST-NAME-LENGTH) PORTNUMBER(URL-PORT) NOHANDLE END-EXEC. 9999-EXIT. EXIT.

39.535088

72

0.384661

8efd8a0eb70c912defbaef4f7115cb8278c1ad65

120

cbl

COBOL

src/test/resources/io/proleap/cobol/preprocessor/copy/linkage/variable/CopyLinkage.cbl

stawi/cobol85parser

1e3426b401a6a81d5f19d5e8737856e53f10bce6

[ "MIT" ]

81

2018-03-29T23:39:01.000Z

2022-03-07T11:23:10.000Z

src/test/resources/io/proleap/cobol/preprocessor/copy/linkage/variable/CopyLinkage.cbl

stawi/cobol85parser

1e3426b401a6a81d5f19d5e8737856e53f10bce6

[ "MIT" ]

64

2017-03-27T11:15:15.000Z

2018-03-09T18:10:43.000Z

src/test/resources/io/proleap/cobol/preprocessor/copy/linkage/variable/CopyLinkage.cbl

stawi/cobol85parser

1e3426b401a6a81d5f19d5e8737856e53f10bce6

[ "MIT" ]

44

2019-01-03T11:48:54.000Z

2021-12-21T09:46:42.000Z

000100 Identification Division. 000200 Program-ID. 000300 HELLOWORLD. 000400 Procedure Division. 000500 COPY LINKAGE.

24

31

0.825

7721c1d3b2e7c7903878140302eeef1ddaf99ceb

145

cpy

COBOL

deps/cpy/samples/foreach.cpy

cau991/ssdb

126d3d45004d8b7deadfe315a2acbec5a2088538

[ "BSD-3-Clause" ]

6,719

2015-01-01T13:04:27.000Z

2022-03-29T12:31:15.000Z

deps/cpy/samples/foreach.cpy

cau991/ssdb

126d3d45004d8b7deadfe315a2acbec5a2088538

[ "BSD-3-Clause" ]

730

2015-01-04T03:17:13.000Z

2022-03-26T09:35:40.000Z

deps/cpy/samples/foreach.cpy

cau991/ssdb

126d3d45004d8b7deadfe315a2acbec5a2088538

[ "BSD-3-Clause" ]

1,352

2015-01-04T01:32:54.000Z

2022-03-16T11:12:42.000Z

arr = [10, 11, 12]; foreach(arr as k=>v){ print k, v; } # output: # d = { 'a': 1, 'b': 2, 'c': 3, }; foreach(d as k=>v){ print k, v; }

8.055556

21

0.427586

76056f86a6206da59335477fa94293e0eae0f5ed

434

cpy

COBOL

cpy/CSF00600.cpy

abrignoli/COBSOFT

9b8d567465ba40ece8efc985209adc14263cbad1

[ "MIT" ]

3

2019-03-17T18:36:33.000Z

2020-08-12T21:21:55.000Z

cpy/CSF00600.cpy

abrignoli/COBSOFT

9b8d567465ba40ece8efc985209adc14263cbad1

[ "MIT" ]

null

cpy/CSF00600.cpy

abrignoli/COBSOFT

9b8d567465ba40ece8efc985209adc14263cbad1

[ "MIT" ]

null

fd pd00600. 01 f00600-logradouro. 03 f00600-cd-empresa pic 9(03). 03 f00600-cd-filial pic 9(04). 03 f00600-id-logradouro pic 9(09). 03 f00600-cep pic 9(08). 03 f00600-nome-logradouro pic x(55). 03 f00600-id-bairro pic 9(09).

36.166667

61

0.380184

c818d641f784176b40a84a37c8e7082079e7eb4e

115

cpy

COBOL

test/transaction.cpy

georgekap1an/tuxpp

eb62d765b029c63c35a35375fb040227c7e7d96b

[ "MIT" ]

null

test/transaction.cpy

georgekap1an/tuxpp

eb62d765b029c63c35a35375fb040227c7e7d96b

[ "MIT" ]

null

test/transaction.cpy

georgekap1an/tuxpp

eb62d765b029c63c35a35375fb040227c7e7d96b

[ "MIT" ]

null

01 TRANSACTION. 02 DESC PIC X(80). 02 TRAN_DATE PIC X(8). 02 AMOUNT PIC S9(9) COMP-2.

28.75

34

0.521739

fcdb7fdce249666f938cc643d78668a1c9e1e1ba

5,747

cob

COBOL

FAKPHON.cob

dinodev76/COB-FAKER

984e44a309d8d52a7a376a647f049d0a40cd75fb

[ "MIT" ]

1

2020-08-17T20:18:48.000Z

FAKPHON.cob

dinodev76/COB-FAKER

984e44a309d8d52a7a376a647f049d0a40cd75fb

[ "MIT" ]

null

FAKPHON.cob

dinodev76/COB-FAKER

984e44a309d8d52a7a376a647f049d0a40cd75fb

[ "MIT" ]

null

*========================== COB-FAKER ===========================* * Authors: Brian D Pead * * License: MIT * * Date Version Description * ---- ------- ----------- * 2020-02-11 1.0.1 Add TELEPHONE numbers *================================================================* IDENTIFICATION DIVISION. *======================== PROGRAM-ID. FAKPHON. ENVIRONMENT DIVISION. *===================== CONFIGURATION SECTION. *---------------------- SOURCE-COMPUTER. IBM-Z15. * IBM-Z15 DEBUGGING MODE. INPUT-OUTPUT SECTION. *--------------------- FILE-CONTROL. / DATA DIVISION. *============== FILE SECTION. *------------- WORKING-STORAGE SECTION. *------------------------ COPY FAKERWS1. 01 W-POINTER PIC S9(4) COMP. 01 W-HASH PIC X(01) VALUE '#'. 01 W-PERCENT PIC X(01) VALUE '%'. 01 W-FAKRAND-PROG PIC X(8) VALUE 'FAKRAND'. 01 W-FAKRAND-PARAMETER. COPY FAKRANDL. COPY FAKPHONW. / LINKAGE SECTION. *---------------- 01 L-PARAMETER. COPY FAKERLNK. / PROCEDURE DIVISION USING L-PARAMETER. *================== MAIN. *----- PERFORM SUB-1000-START-UP THRU SUB-1000-EXIT PERFORM SUB-2000-PROCESS THRU SUB-2000-EXIT PERFORM SUB-3000-SHUT-DOWN THRU SUB-3000-EXIT . MAIN-EXIT. GOBACK. / SUB-1000-START-UP. *------------------ IF W-NOT-FIRST-CALL GO TO SUB-1000-EXIT END-IF SET W-NOT-FIRST-CALL TO TRUE MOVE FUNCTION WHEN-COMPILED TO W-COMPILED-DATE DISPLAY 'FAKPHON compiled on ' W-COMPILED-DATE-YYYY '/' W-COMPILED-DATE-MM '/' W-COMPILED-DATE-DD ' at ' W-COMPILED-TIME-HH ':' W-COMPILED-TIME-MM ':' W-COMPILED-TIME-SS . SUB-1000-EXIT. EXIT. / SUB-2000-PROCESS. *----------------- MOVE 0 TO FAKER-INFO-CNT SET FI-DX TO FAKER-INFO-CNT MOVE LOW-VALUES TO FAKER-INFO-OCCS PERFORM SUB-9010-TELEPHONE THRU SUB-9010-EXIT SET FAKER-INFO-CNT TO FI-DX MOVE W-FAKER-RESULT TO FAKER-RESULT PERFORM SUB-2100-SEPARATE-FIELDS THRU SUB-2100-EXIT . SUB-2000-EXIT. EXIT. / SUB-2100-SEPARATE-FIELDS. *------------------------- IF FAKER-RESULT(1 : 1) = '(' MOVE 2 TO W-POINTER ELSE MOVE 1 TO W-POINTER END-IF UNSTRING FAKER-RESULT DELIMITED ')' OR '-' OR ' X' INTO FAKER-TELEPHONE-AREA-CODE FAKER-TELEPHONE-PREFIX FAKER-TELEPHONE-SUFFIX FAKER-TELEPHONE-EXTENSION POINTER W-POINTER . SUB-2100-EXIT. EXIT. / SUB-3000-SHUT-DOWN. *------------------- D IF FAKER-RESPONSE-GOOD D DISPLAY 'FAKPHON completed successfully' D ELSE D DISPLAY 'FAKPHON ended with error ' D FAKER-RESPONSE-CODE D ': ' D FAKER-RESPONSE-MSG D END-IF . SUB-3000-EXIT. EXIT. / SUB-9010-TELEPHONE. *------------------- PERFORM SUB-9901-CALL-FAKRAND THRU SUB-9901-EXIT COMPUTE W-RANDOM-SUB = FAKRAND-RANDOM-NO * TELEPHONE-NUMBER-FORMAT-CNT + 1 SET FI-DX UP BY 1 MOVE 'TELEPHONE' TO FAKER-TABLE(FI-DX) MOVE FAKRAND-RANDOM-NO TO FAKER-RANDOM-NO-SUB(FI-DX) MOVE W-RANDOM-SUB TO FAKER-TABLE-ENTRY(FI-DX) MOVE TELEPHONE-NUMBER-FORMAT(W-RANDOM-SUB) TO W-FAKER-RESULT PERFORM SUB-9810-REPLACE-DIGIT THRU SUB-9810-EXIT VARYING W-SUB-D FROM 1 BY 1 UNTIL W-SUB-D > LENGTH OF TELEPHONE-NUMBER-FORMAT . SUB-9010-EXIT. EXIT. / SUB-9810-REPLACE-DIGIT. *----------------------- IF W-FAKER-RESULT(W-SUB-D : 1) NOT = W-HASH AND W-PERCENT GO TO SUB-9810-EXIT END-IF PERFORM SUB-9901-CALL-FAKRAND THRU SUB-9901-EXIT IF W-FAKER-RESULT(W-SUB-D : 1) = W-PERCENT COMPUTE W-RANDOM-DIG = FAKRAND-RANDOM-NO * 9 + 1 ELSE COMPUTE W-RANDOM-DIG = FAKRAND-RANDOM-NO * 10 END-IF MOVE W-RANDOM-DIG TO W-FAKER-RESULT(W-SUB-D : 1) . SUB-9810-EXIT. EXIT. / SUB-9901-CALL-FAKRAND. *---------------------- CALL W-FAKRAND-PROG USING W-FAKRAND-PARAMETER . SUB-9901-EXIT. EXIT.

28.310345

72

0.385418

0d0c9a343c8318f8b86f80d861edd191e6145ac8

4,729

cpy

COBOL

tools/ssdb_cli/util.cpy

noobpwnftw/ssdb

81d0cce881f065380a9ad17800fb54f8647de8cb

[ "BSD-3-Clause" ]

1

2019-01-27T12:18:33.000Z

tools/ssdb_cli/util.cpy

noobpwnftw/ssdb

81d0cce881f065380a9ad17800fb54f8647de8cb

[ "BSD-3-Clause" ]

null

tools/ssdb_cli/util.cpy

noobpwnftw/ssdb

81d0cce881f065380a9ad17800fb54f8647de8cb

[ "BSD-3-Clause" ]

1

2020-04-12T14:34:21.000Z

16.769504

86

0.596743

65feb75713156b99baaf9273d834e2d1ca995bb9

6,664

cobol

COBOL

Task/Stack/COBOL/stack-5.cobol

LaudateCorpus1/RosettaCodeData

9ad63ea473a958506c041077f1d810c0c7c8c18d

[ "Info-ZIP" ]

1

2018-11-09T22:08:38.000Z

Task/Stack/COBOL/stack-5.cobol

seanwallawalla-forks/RosettaCodeData

9ad63ea473a958506c041077f1d810c0c7c8c18d

[ "Info-ZIP" ]

null

Task/Stack/COBOL/stack-5.cobol

seanwallawalla-forks/RosettaCodeData

9ad63ea473a958506c041077f1d810c0c7c8c18d

[ "Info-ZIP" ]

1

2018-11-09T22:08:40.000Z

IDENTIFICATION DIVISION. PROGRAM-ID. push. DATA DIVISION. LOCAL-STORAGE SECTION. COPY p. COPY node. LINKAGE SECTION. COPY stack. 01 node-info-any PICTURE X ANY LENGTH. PROCEDURE DIVISION USING stack node-info-any. ALLOCATE node CALL "pointerp" USING BY REFERENCE ADDRESS OF node BY REFERENCE p END-CALL IF nil CALL "stack-overflow-error" END-CALL ELSE MOVE node-info-any TO info OF node SET link OF node TO head OF stack SET head OF stack TO ADDRESS OF node END-IF GOBACK. END PROGRAM push. IDENTIFICATION DIVISION. PROGRAM-ID. pop. DATA DIVISION. LOCAL-STORAGE SECTION. COPY p. COPY node. LINKAGE SECTION. COPY stack. COPY node-info. PROCEDURE DIVISION USING stack node-info. CALL "empty" USING BY REFERENCE stack BY REFERENCE p END-CALL IF t CALL "stack-underflow-error" END-CALL ELSE SET ADDRESS OF node TO head OF stack SET head OF stack TO link OF node MOVE info OF node TO node-info END-IF FREE ADDRESS OF node GOBACK. END PROGRAM pop. IDENTIFICATION DIVISION. PROGRAM-ID. empty. DATA DIVISION. LOCAL-STORAGE SECTION. LINKAGE SECTION. COPY stack. COPY p. PROCEDURE DIVISION USING stack p. CALL "pointerp" USING BY CONTENT head OF stack BY REFERENCE p END-CALL IF t SET t TO FALSE ELSE SET t TO TRUE END-IF GOBACK. END PROGRAM empty. IDENTIFICATION DIVISION. PROGRAM-ID. head. DATA DIVISION. LOCAL-STORAGE SECTION. COPY p. COPY node. LINKAGE SECTION. COPY stack. COPY node-info. PROCEDURE DIVISION USING stack node-info. CALL "empty" USING BY REFERENCE stack BY REFERENCE p END-CALL IF t CALL "stack-underflow-error" END-CALL ELSE SET ADDRESS OF node TO head OF stack MOVE info OF node TO node-info END-IF GOBACK. END PROGRAM head. IDENTIFICATION DIVISION. PROGRAM-ID. peek. DATA DIVISION. LOCAL-STORAGE SECTION. LINKAGE SECTION. COPY stack. COPY node-info. PROCEDURE DIVISION USING stack node-info. CALL "head" USING BY CONTENT stack BY REFERENCE node-info END-CALL GOBACK. END PROGRAM peek. IDENTIFICATION DIVISION. PROGRAM-ID. pointerp. DATA DIVISION. LINKAGE SECTION. 01 test-pointer USAGE IS POINTER. COPY p. PROCEDURE DIVISION USING test-pointer p. IF test-pointer EQUAL NULL SET nil TO TRUE ELSE SET t TO TRUE END-IF GOBACK. END PROGRAM pointerp. IDENTIFICATION DIVISION. PROGRAM-ID. stack-overflow-error. PROCEDURE DIVISION. DISPLAY "stack-overflow-error" END-DISPLAY STOP RUN. END PROGRAM stack-overflow-error. IDENTIFICATION DIVISION. PROGRAM-ID. stack-underflow-error. PROCEDURE DIVISION. DISPLAY "stack-underflow-error" END-DISPLAY STOP RUN. END PROGRAM stack-underflow-error. IDENTIFICATION DIVISION. PROGRAM-ID. copy-stack. DATA DIVISION. LOCAL-STORAGE SECTION. COPY p. COPY node-info. LINKAGE SECTION. COPY stack. COPY stack REPLACING stack BY new-stack. PROCEDURE DIVISION USING stack new-stack. CALL "empty" USING BY REFERENCE stack BY REFERENCE p END-CALL IF nil CALL "pop" USING BY REFERENCE stack BY REFERENCE node-info END-CALL CALL "copy-stack" USING BY REFERENCE stack BY REFERENCE new-stack END-CALL CALL "push" USING BY REFERENCE stack BY REFERENCE node-info END-CALL CALL "push" USING BY REFERENCE new-stack BY REFERENCE node-info END-CALL END-IF GOBACK. END PROGRAM copy-stack. IDENTIFICATION DIVISION. PROGRAM-ID. reverse-stack. DATA DIVISION. LOCAL-STORAGE SECTION. COPY p. COPY node-info. LINKAGE SECTION. COPY stack. COPY stack REPLACING stack BY new-stack. PROCEDURE DIVISION USING stack new-stack. CALL "empty" USING BY REFERENCE stack BY REFERENCE p END-CALL IF nil CALL "pop" USING BY REFERENCE stack BY REFERENCE node-info END-CALL CALL "push" USING BY REFERENCE new-stack BY REFERENCE node-info END-CALL CALL "reverse-stack" USING BY REFERENCE stack BY REFERENCE new-stack END-CALL CALL "push" USING BY REFERENCE stack BY REFERENCE node-info END-CALL END-IF GOBACK. END PROGRAM reverse-stack. IDENTIFICATION DIVISION. PROGRAM-ID. traverse-stack. DATA DIVISION. LOCAL-STORAGE SECTION. COPY p. COPY node-info. COPY stack REPLACING stack BY new-stack. LINKAGE SECTION. COPY stack. PROCEDURE DIVISION USING stack. CALL "copy-stack" USING BY REFERENCE stack BY REFERENCE new-stack END-CALL CALL "empty" USING BY REFERENCE new-stack BY REFERENCE p END-CALL IF nil CALL "head" USING BY CONTENT new-stack BY REFERENCE node-info END-CALL DISPLAY node-info END-DISPLAY CALL "peek" USING BY CONTENT new-stack BY REFERENCE node-info END-CALL DISPLAY node-info END-DISPLAY CALL "pop" USING BY REFERENCE new-stack BY REFERENCE node-info END-CALL DISPLAY node-info END-DISPLAY CALL "traverse-stack" USING BY REFERENCE new-stack END-CALL END-IF GOBACK. END PROGRAM traverse-stack.

26.870968

52

0.538115

debb179aa2c6199b3cd6888d6d34b690ea57eb4f

5,994

cbl

COBOL

cobol/testdata/local/testantlr330.cbl

Trisk3lion/mapa

19f47614f96dd0b14ff87fecc65e7bea082521ca

[ "MIT" ]

6

2020-06-18T08:47:41.000Z

2021-12-06T05:54:07.000Z

cobol/testdata/local/testantlr330.cbl

Trisk3lion/mapa

19f47614f96dd0b14ff87fecc65e7bea082521ca

[ "MIT" ]

3

2020-10-26T11:06:31.000Z

2022-03-29T18:59:04.000Z

cobol/testdata/local/testantlr330.cbl

Trisk3lion/mapa

19f47614f96dd0b14ff87fecc65e7bea082521ca

[ "MIT" ]

5

2021-01-21T18:54:33.000Z

2022-01-18T23:01:31.000Z

000001 Identification Division. 00000001 000002 Program-ID. testantlr330. 00000002 000003 Data Division. 00000003 000004 Working-Storage Section. 00000004 000005 01 CONSTANTS. 00000005 000006 05 MYNAME PIC X(012) VALUE 'testantlr330'. 00000006 000007 00000007 000008* 00000008 000009 01 SOME-DATA. 00000009 000010 05 SD-001 PIC X(008). 00000010 000011 05 SD-002. 00000011 000012 10 SD-002-A PIC X(001). 00000012 000013 10 SD-002-B PIC X(001). 00000013 000014 05 SD-003 PIC X(008). 00000014 000015 00000015 000016 01 WS-BUF PIC X(100). 00000016 000017 00000017 000018 77 WS-COUNT PIC 9(008) COMP-5 VALUE 0. 00000018 000019 00000019 000020 Procedure Division. 00000020 000021 DISPLAY MYNAME ' Begin' 00000021 000022 00000022 000023 XML GENERATE WS-BUF FROM SOME-DATA END-XML 00000023 000024 00000024 000025 XML GENERATE 00000025 000026 WS-BUF FROM SOME-DATA 00000026 000027 COUNT WS-COUNT 00000027 000028 ENCODING 37 00000028 000029 XML-DECLARATION 00000029 000030 ATTRIBUTES 00000030 000031 NAMESPACE 'AEIOU' 00000031 000032 NAMESPACE-PREFIX 'ZZ9PLURALZA' 00000032 000033 NAME SD-001 'ARTHUR' 00000033 000034 SD-002 'DENT' 00000034 000035 TYPE SD-003 ELEMENT SD-002-A ATTRIBUTE SD-002-B CONTENT 00000035 000036 SUPPRESS EVERY NONNUMERIC ELEMENT WHEN LOW-VALUES 00000036 000037 EVERY NUMERIC ELEMENT 00000037 000038 WHEN LOW-VALUES OR HIGH-VALUES 00000038 000039 ON EXCEPTION PERFORM 1000-para 00000039 000040 NOT ON EXCEPTION CALL 'CEE3ABD' 00000040 000041 END-XML 00000041 000042 00000042 000043 XML GENERATE 00000043 000044 WS-BUF FROM SOME-DATA 00000044 000045 COUNT IN WS-COUNT 00000045 000046 WITH ENCODING 37 00000046 000047 WITH XML-DECLARATION 00000047 000048 WITH ATTRIBUTES 00000048 000049 NAMESPACE IS 'AEIOU' 00000049 000050 NAMESPACE-PREFIX IS 'ZZ9PLURALZA' 00000050 000051 NAME OF SD-001 IS 'ARTHUR' 00000051 000052 SD-002 IS 'DENT' 00000052 000053 TYPE OF SD-003 IS ELEMENT 00000053 000054 SD-002-A IS ATTRIBUTE 00000054 000055 SD-002-B IS CONTENT 00000055 000056 SUPPRESS EVERY NONNUMERIC ELEMENT WHEN LOW-VALUES 00000056 000057 SD-001 WHEN ZERO OR ZEROES OR ZEROS 00000057 000058 EVERY NUMERIC ELEMENT 00000058 000059 WHEN LOW-VALUES OR HIGH-VALUES 00000059 000060 SD-003 WHEN HIGH-VALUES 00000060 000061 ON EXCEPTION PERFORM 1000-para 00000061 000062 NOT ON EXCEPTION CALL 'CEE3ABD' 00000062 000063 END-XML 00000063 000064 00000064 000065 00000065 000066 DISPLAY MYNAME ' End' 00000066 000067 00000067 000068 GOBACK 00000068 000069 . 00000069 000070 00000070 000071 1000-para. 00000071 000072 00000072 000073 . 00000073 000074 00000074

79.92

80

0.350517

0a98a36a05467106659af57f30d23005c1cb16e0

3,565

cbl

COBOL

cobol/testdata/local/test9012.cbl

Trisk3lion/mapa

19f47614f96dd0b14ff87fecc65e7bea082521ca

[ "MIT" ]

6

2020-06-18T08:47:41.000Z

2021-12-06T05:54:07.000Z

cobol/testdata/local/test9012.cbl

Trisk3lion/mapa

19f47614f96dd0b14ff87fecc65e7bea082521ca

[ "MIT" ]

3

2020-10-26T11:06:31.000Z

2022-03-29T18:59:04.000Z

cobol/testdata/local/test9012.cbl

Trisk3lion/mapa

19f47614f96dd0b14ff87fecc65e7bea082521ca

[ "MIT" ]

5

2021-01-21T18:54:33.000Z

2022-01-18T23:01:31.000Z

000100 IDENTIFICATION DIVISION. SM2024.2 000200 PROGRAM-ID. SM2024.2 000300 SM202A. SM2024.2 003000 ENVIRONMENT DIVISION. SM2024.2 003100 CONFIGURATION SECTION. SM2024.2 003200 SOURCE-COMPUTER. SM2024.2 003300 XXXXX082. SM2024.2 003400 OBJECT-COMPUTER. SM2024.2 003500 XXXXX083. SM2024.2 004200 DATA DIVISION. SM2024.2 005800 WORKING-STORAGE SECTION. SM2024.2 005900 01 COUNTER-16 PICTURE 9 VALUE 1. SM2024.2 006000 01 TOTAL-AREA. SM2024.2 006100 02 AREA-1 PICTURE AAAAA. SM2024.2 006200 02 AREA-2 PICTURE XXXXB. SM2024.2 006300 02 AREA-3 PICTURE XXXXX. SM2024.2 006400 02 AREA-4 PICTURE ZZZZZ. SM2024.2 006500 01 MISLEADING-DATA. SM2024.2 006600 02 FALSE-DATA-1 PICTURE AAAAA VALUE "FALSE". SM2024.2 006700 02 FALSE-DATA-2 PICTURE XXXXX VALUE " TENT". SM2024.2 006800 02 FALSE-DATA-3 PICTURE XXXXX VALUE "- 5 =". SM2024.2 006900 02 FALSE-DATA-4 PICTURE 99999 VALUE 00012. SM2024.2 007000 01 QUALIFIED-DATA. SM2024.2 007100 02 TRUE-Q-02. SM2024.2 007200 03 TRUE-Q-03. SM2024.2 007300 04 TRUE-Q-04 PICTURE A(5) VALUE "TRUE ". SM2024.2 007400 03 FALSE-Q-03. SM2024.2 007500 04 TRUE-Q-04 PICTURE A(5) VALUE "FIGHT". SM2024.2 007600 02 FALSE-Q-02. SM2024.2 007700 03 TRUE-Q-03. SM2024.2 007800 04 TRUE-Q-04 PICTURE A(5) VALUE "DRIVE". SM2024.2 007900 03 FALSE-Q-03. SM2024.2 008000 04 TRUE-Q-04 PICTURE A(5) VALUE "THROW". SM2024.2 022800 PROCEDURE DIVISION. SM2024.2 048200 COPY-TEST-17. SM2024.2 050000 COPY K2PRA SM2024.2 050100 REPLACING FALSE-DATA-1 BY TRUE-Q-04 OF TRUE-Q-03 SM2024.2 050200 IN TRUE-Q-02 SM2024.2 050300 COPY-WRITE-16 BY COPY-WRITE-17 SM2024.2 050400 FALSE-DATA-2 BY " TWO FIVE " SM2024.2 050500 FALSE-DATA-3 BY Z (2, 1, 1) SM2024.2 050600 FALSE-DATA-4 BY +000004.99. SM2024.2 024000 TERMINATE-CALL. SM2024.2 024100 STOP RUN. SM2024.2

77.5

80

0.378121

db8b85f9742e2b66ac5a80d7200737901870c554

37

cpy

COBOL

cobol/testdata/local/testantlr051.cpy

Trisk3lion/mapa

19f47614f96dd0b14ff87fecc65e7bea082521ca

[ "MIT" ]

6

2020-06-18T08:47:41.000Z

2021-12-06T05:54:07.000Z

cobol/testdata/local/testantlr051.cpy

Trisk3lion/mapa

19f47614f96dd0b14ff87fecc65e7bea082521ca

[ "MIT" ]

3

2020-10-26T11:06:31.000Z

2022-03-29T18:59:04.000Z

cobol/testdata/local/testantlr051.cpy

Trisk3lion/mapa

19f47614f96dd0b14ff87fecc65e7bea082521ca

[ "MIT" ]

5

2021-01-21T18:54:33.000Z

2022-01-18T23:01:31.000Z

>>DEFINE B B'1' OVERRIDE

12.333333

35

0.459459

9f1d271b7e3042cb2029ac4cd74e64ee3cc5616d

404

cbl

COBOL

src/test/resources/io/proleap/cobol/preprocessor/fixed/InlineCommentNoWs.cbl

stawi/cobol85parser

1e3426b401a6a81d5f19d5e8737856e53f10bce6

[ "MIT" ]

81

2018-03-29T23:39:01.000Z

2022-03-07T11:23:10.000Z

src/test/resources/io/proleap/cobol/preprocessor/fixed/InlineCommentNoWs.cbl

stawi/cobol85parser

1e3426b401a6a81d5f19d5e8737856e53f10bce6

[ "MIT" ]

64

2017-03-27T11:15:15.000Z

2018-03-09T18:10:43.000Z

src/test/resources/io/proleap/cobol/preprocessor/fixed/InlineCommentNoWs.cbl

stawi/cobol85parser

1e3426b401a6a81d5f19d5e8737856e53f10bce6

[ "MIT" ]

44

2019-01-03T11:48:54.000Z

2021-12-21T09:46:42.000Z

000100 IDENTIFICATION DIVISION. 12345678 000100 PROGRAM-ID. INLINE-COMMENT. 12345678 000100 PROCEDURE DIVISION. 12345678 000100 *>DISPLAY SOME-TEXT. 12345678 000100 DISPLAY SOME-TEXT-2. 12345678

80.8

80

0.40099

173a074583ea786f3deb17a75d37ead64d4eef45

30

cpy

COBOL

src/test/resources/io/proleap/cobol/preprocessor/copy/literalpath/variable/copybooks/somedir/CopyBook2.cpy

stawi/cobol85parser

1e3426b401a6a81d5f19d5e8737856e53f10bce6

[ "MIT" ]

81

2018-03-29T23:39:01.000Z

2022-03-07T11:23:10.000Z

src/test/resources/io/proleap/cobol/preprocessor/copy/literalpath/variable/copybooks/somedir/CopyBook2.cpy

stawi/cobol85parser

1e3426b401a6a81d5f19d5e8737856e53f10bce6

[ "MIT" ]

64

2017-03-27T11:15:15.000Z

2018-03-09T18:10:43.000Z

src/test/resources/io/proleap/cobol/preprocessor/copy/literalpath/variable/copybooks/somedir/CopyBook2.cpy

stawi/cobol85parser

1e3426b401a6a81d5f19d5e8737856e53f10bce6

[ "MIT" ]

44

2019-01-03T11:48:54.000Z

2021-12-21T09:46:42.000Z

001000 DISPLAY "hello world 2"

30

0.8

d12762d3e7e7d63054c886001ca87752f753ed24

2,771

cob

COBOL

COBOL/Cipher.cob

dgisolfi/CaesarCiphersCMPT331

d74f6542127e8b0fe3fe60f98ac7d27e916f9f57

[ "MIT" ]

null

COBOL/Cipher.cob

dgisolfi/CaesarCiphersCMPT331

d74f6542127e8b0fe3fe60f98ac7d27e916f9f57

[ "MIT" ]

null

COBOL/Cipher.cob

dgisolfi/CaesarCiphersCMPT331

d74f6542127e8b0fe3fe60f98ac7d27e916f9f57

[ "MIT" ]

null

IDENTIFICATION DIVISION. PROGRAM-ID. Cipher. ENVIRONMENT DIVISION. DATA DIVISION. *> Define all Global Variables WORKING-STORAGE SECTION. 01 str PIC x(3). 01 og PIC x(3). 01 encrypted PIC x(3). 01 offset PIC 99. 01 Counter PIC 99. 01 i PIC 9(3). 01 c PIC x(1). *> Have no idea what im diving but the manuel says to do it PROCEDURE DIVISION. *> Subprogram (Basically my MAIN) Begin. *> Assign the original values and default key SET str TO "HAL"; SET og TO str; SET offset TO 3; *> For comparison DISPLAY FUNCTION CONCATENATE("Original ------> " str) *> Run Encrypt on the defualt PERFORM Encrypt. SET encrypted TO str; *> Using the encrypted version, decrypt PERFORM Decrypt. *> To solve run through the subprogram 26 times SET Counter TO 0; SET offset TO 0; DISPLAY "Solve:" PERFORM Solve UNTIL Counter = 26. STOP RUN. Encrypt. MOVE Function Upper-case(og) to og *> If the offset is 26, cycle back to 0 IF offset >= 26 MOVE FUNCTION MOD(offset, 26) to offset END-IF *> This is basically a For loop I had to read the manual to find this.... PERFORM VARYING i FROM 1 BY 1 UNTIL i > FUNCTION LENGTH(og) *> Get rid of extra spaces IF og(i:1) IS NOT EQUAL TO SPACE *> For each char in OG(original) Add the offset MOVE og (i:1) to c IF (FUNCTION ORD(c) + offset) <= FUNCTION ORD("Z") MOVE FUNCTION CHAR(FUNCTION ORD(c) + offset) to str (i:1) ELSE MOVE FUNCTION CHAR(FUNCTION ORD("A") + ((FUNCTION ORD(c) + offset) - 1) - FUNCTION ORD("Z")) to str (i:1) END-IF END-IF END-PERFORM *> Show the User the diff DISPLAY FUNCTION CONCATENATE("Encrypted " og " -> " str " with Key:" offset). Decrypt. MOVE Function Upper-case(str) to str IF offset >= 26 MOVE FUNCTION MOD(offset, 26) to offset END-IF PERFORM VARYING i FROM 1 BY 1 UNTIL i > FUNCTION LENGTH(str) IF str(i:1) IS NOT EQUAL TO SPACE MOVE str (i:1) to c IF (FUNCTION ORD(c) - offset) >= FUNCTION ORD("A") MOVE FUNCTION CHAR(FUNCTION ORD(c) - offset) to str (i:1) ELSE MOVE FUNCTION CHAR(FUNCTION ORD("Z") - ((offset - 1) - (FUNCTION ORD(c) - FUNCTION ORD("A")))) to str (i:1) END-IF END-IF END-PERFORM DISPLAY FUNCTION CONCATENATE("Decrypted " encrypted " -> " str " with Key:" offset). Solve. ADD 1 TO Counter; ADD 1 TO offset; PERFORM Encrypt. STOP RUN.

31.488636

88

0.566582

e34a9a366e4689979a29df8cb47366f78fadd76d

205

cbl

COBOL

COBOLFinalProject/COBOLFinalProject/Program1.cbl

10thTARDIS/COBOL_Projects_Spring_2017

f056f335ba0a5baf1b2b426c0d96dd5a94293435

[ "MIT" ]

null

COBOLFinalProject/COBOLFinalProject/Program1.cbl

10thTARDIS/COBOL_Projects_Spring_2017

f056f335ba0a5baf1b2b426c0d96dd5a94293435

[ "MIT" ]

null

COBOLFinalProject/COBOLFinalProject/Program1.cbl

10thTARDIS/COBOL_Projects_Spring_2017

f056f335ba0a5baf1b2b426c0d96dd5a94293435

[ "MIT" ]

null

program-id. Program1 as "COBOLFinalProject.Program1". data division. working-storage section. procedure division. goback. end program Program1.

18.636364

60

0.57561

2a431f67e93830d4cffbc651c56609efdf41a205

8,482

cbl

COBOL

src/Cobol/GETSCORE.cbl

cicsdev/cics-java-liberty-loans-and-scoring

f021051e77288c7919e7ea54e084da11ebbe4b17

[ "Apache-2.0" ]

null

src/Cobol/GETSCORE.cbl

cicsdev/cics-java-liberty-loans-and-scoring

f021051e77288c7919e7ea54e084da11ebbe4b17

[ "Apache-2.0" ]

null

src/Cobol/GETSCORE.cbl

cicsdev/cics-java-liberty-loans-and-scoring

f021051e77288c7919e7ea54e084da11ebbe4b17

[ "Apache-2.0" ]

null

PROCESS NODYNAM,RENT,APOST,CICS,TRUNC(OPT) *----------------------------------------------------------------* * Licensed Materials - Property of IBM * * SAMPLE * * (c) Copyright IBM Corp. 2019 All Rights Reserved * * US Government Users Restricted Rights - Use, duplication or * * disclosure restricted by GSA ADP Schedule Contract with * * IBM Corp * *----------------------------------------------------------------* ****************************************************************** * * * Module Name GETSCORE.CBL * * * * LOANS and SCORING sample - SCORING application * * * * This program expects to be invoked with an HTTP POST request * * containing a JSON message and it needs to have a valid JWT in * * Authorization header. It returns a JSON message with a score * ****************************************************************** IDENTIFICATION DIVISION. PROGRAM-ID. GETSCORE. * ENVIRONMENT DIVISION. * DATA DIVISION. * WORKING-STORAGE SECTION. * * SCOREREQ copybook COPY SCOREREQ REPLACING SCORE-REQ BY WS-SCORE-REQ. * * SCOREREP copybook COPY SCOREREP REPLACING SCORE-REP BY WS-SCORE-REP. * * JWTCLAIM copybook COPY JWTCLAIM REPLACING JWT-CLAIMS BY WS-JWT-CLAIMS. * * JWTTOKEN copybook COPY JWTTOKEN REPLACING JWT-TOKEN BY WS-JWT-TOKEN. * * Working storage definitions 01 WS-STORAGE. 03 LINK-RESP PIC 9(8) COMP VALUE ZERO. 03 LINK-RESP2 PIC 9(8) COMP VALUE ZERO. 03 READ-RESP PIC 9(8) COMP VALUE ZERO. 03 READ-RESP2 PIC 9(8) COMP VALUE ZERO. 03 WS-HTTP-REQUEST PIC X(80) VALUE SPACES. 03 WS-HTTP-REQUEST-LEN PIC S9(8) USAGE BINARY VALUE ZERO. 03 WS-HTTP-RESPONSE PIC X(80) VALUE SPACES. 03 WS-HTTP-RESPONSE-LEN PIC S9(8) USAGE BINARY VALUE ZERO. 03 WS-MEDIATYPE PIC X(56) VALUE 'application/json'. 03 WS-AUTHBEARER PIC X(13) VALUE 'Authorization'. 03 WS-HTTP-ERROR-LEN PIC S9(8) USAGE BINARY VALUE 70. 03 WS-HTTP-ERROR. 05 FILLER PIC X(8) VALUE '{"msg":"'. 05 HTTP-ERROR-MSG PIC X(60) VALUE ZEROES. 05 FILLER PIC X(2) VALUE '"}'. 03 WS-BAD-REQ-CODE PIC S9(4) USAGE BINARY VALUE 400. 03 WS-BAD-REQ PIC X(11) VALUE 'BAD REQUEST'. 03 WS-INT-ERR-CODE PIC S9(4) USAGE BINARY VALUE 500. 03 WS-INT-ERR PIC X(14) VALUE 'INTERNAL ERROR'. 03 WS-ERR-CODE PIC S9(4) USAGE BINARY VALUE ZEROES. 03 WS-ERR-MSG PIC X(14) VALUE SPACES. 03 WS-ERR-MSG-LEN PIC S9(8) USAGE BINARY VALUE ZEROES. 01 ERROR-MESSAGE. 03 ERROR-DFLT PIC X(17) VALUE 'ERROR LINKING TO '. 03 ERROR-PROG PIC X(8) DISPLAY. 03 FILLER PIC X(7) VALUE '. RESP:'. 03 ERROR-RESP PIC 9(8) DISPLAY. 03 FILLER PIC X(7) VALUE ' RESP2:'. 03 ERROR-RESP2 PIC 9(8) DISPLAY. * Names of various CICS constructs 77 LIBERTY-CHANNEL PIC X(16) VALUE 'L2LCHANNEL'. 77 LIBERTY-PROGRAM PIC X(8) VALUE 'CNSMJWT'. 77 CONT-JWT-REQ PIC X(16) VALUE 'JWT-REQ'. 77 CONT-JWT-REP PIC X(16) VALUE 'JWT-REP'. * PROCEDURE DIVISION USING DFHEIBLK. * MAIN-PROCESSING SECTION. INITIALIZE WS-SCORE-REQ. INITIALIZE WS-SCORE-REP. INITIALIZE WS-JWT-TOKEN. INITIALIZE WS-JWT-CLAIMS. MOVE LENGTH OF JWT-STRING TO JWT-STRING-LEN. * Receive JWT from HTTP header Authorization EXEC CICS WEB READ HTTPHEADER(WS-AUTHBEARER) NAMELENGTH(LENGTH OF WS-AUTHBEARER) VALUE(JWT-STRING) VALUELENGTH(JWT-STRING-LEN) RESP(READ-RESP) RESP2(READ-RESP2) END-EXEC. IF READ-RESP EQUAL DFHRESP(NOTFND) THEN MOVE READ-RESP TO ERROR-RESP MOVE READ-RESP2 TO ERROR-RESP2 MOVE 'NO JWT IN HEADER' TO ERROR-DFLT MOVE SPACES TO ERROR-PROG MOVE ERROR-MESSAGE TO HTTP-ERROR-MSG MOVE WS-BAD-REQ TO WS-ERR-MSG MOVE LENGTH OF WS-BAD-REQ TO WS-ERR-MSG-LEN MOVE WS-BAD-REQ-CODE TO WS-ERR-CODE PERFORM ERR-RESPONSE END-IF. * Put JWT in container EXEC CICS PUT CONTAINER(CONT-JWT-REQ) CHANNEL(LIBERTY-CHANNEL) FROM(WS-JWT-TOKEN) END-EXEC. * Link to CNSMJWT program passing channel EXEC CICS LINK PROGRAM(LIBERTY-PROGRAM) CHANNEL(LIBERTY-CHANNEL) RESP(LINK-RESP) RESP2(LINK-RESP2) END-EXEC. * Perform basic response checking from LINK, report error. IF LINK-RESP NOT EQUAL DFHRESP(NORMAL) THEN MOVE LIBERTY-PROGRAM TO ERROR-PROG MOVE LINK-RESP TO ERROR-RESP MOVE LINK-RESP2 TO ERROR-RESP2 MOVE ERROR-MESSAGE TO HTTP-ERROR-MSG MOVE WS-INT-ERR TO WS-ERR-MSG MOVE LENGTH OF WS-INT-ERR TO WS-ERR-MSG-LEN MOVE WS-INT-ERR-CODE TO WS-ERR-CODE PERFORM ERR-RESPONSE END-IF. * Get output container from the channel EXEC CICS GET CONTAINER(CONT-JWT-REP) CHANNEL(LIBERTY-CHANNEL) INTO(WS-JWT-CLAIMS) END-EXEC. IF VALIDATE-RETURN-CODE NOT EQUAL 0 THEN MOVE 'INVALID JWT' TO HTTP-ERROR-MSG MOVE WS-BAD-REQ TO WS-ERR-MSG MOVE LENGTH OF WS-BAD-REQ TO WS-ERR-MSG-LEN MOVE WS-BAD-REQ-CODE TO WS-ERR-CODE PERFORM ERR-RESPONSE END-IF. * Receive JSON from HTTP request EXEC CICS WEB RECEIVE INTO(WS-HTTP-REQUEST) LENGTH(WS-HTTP-REQUEST-LEN) MAXLENGTH(80) NOTRUNCATE END-EXEC. JSON PARSE WS-HTTP-REQUEST(1:WS-HTTP-REQUEST-LEN) INTO WS-SCORE-REQ ON EXCEPTION MOVE 'INVALID JSON' TO HTTP-ERROR-MSG MOVE WS-BAD-REQ TO WS-ERR-MSG MOVE LENGTH OF WS-BAD-REQ TO WS-ERR-MSG-LEN MOVE WS-BAD-REQ-CODE TO WS-ERR-CODE PERFORM ERR-RESPONSE END-JSON. * DISPLAY '[SCORING] USER=' SUBJECT 'WITH ROLE=' ROLE ' HAS CALLED THE SCORING APP'. * MOVE CUSTNO OF WS-SCORE-REQ TO CUSTNO OF WS-SCORE-REP. MOVE AMOUNT OF WS-SCORE-REQ TO AMOUNT OF WS-SCORE-REP. MOVE DURATION OF WS-SCORE-REQ TO DURATION OF WS-SCORE-REP. MOVE 75 TO SCORE OF WS-SCORE-REP. JSON GENERATE WS-HTTP-RESPONSE FROM WS-SCORE-REP COUNT WS-HTTP-RESPONSE-LEN ON EXCEPTION DISPLAY JSON-CODE ' ' JSON-STATUS END-JSON. EXEC CICS WEB SEND FROM(WS-HTTP-RESPONSE) FROMLENGTH(WS-HTTP-RESPONSE-LEN) MEDIATYPE(WS-MEDIATYPE) END-EXEC. * Return control to CICS (end transaction). EXEC CICS RETURN END-EXEC. * GOBACK. *================================================================* * Procedure that sends an error message * *================================================================* ERR-RESPONSE. EXEC CICS WEB SEND FROM(WS-HTTP-ERROR) FROMLENGTH(WS-HTTP-ERROR-LEN) MEDIATYPE(WS-MEDIATYPE) STATUSCODE(WS-ERR-CODE) STATUSTEXT(WS-ERR-MSG) STATUSLEN(WS-ERR-MSG-LEN) SRVCONVERT END-EXEC. EXEC CICS RETURN END-EXEC. EXIT.

44.408377

72

0.494105

8168efaa507bf98b3b58968765d2b2a6b9bb8aba

1,249

cob

COBOL

AdventOfCode2021/d01a.cob

GaloisGirl/Coding

24870ff58c3e5c155547276f7a6fd3e613f60b5e

[ "MIT" ]

13

2020-12-11T23:07:24.000Z

2021-12-27T23:58:22.000Z

AdventOfCode2021/d01a.cob

GaloisGirl/Coding

24870ff58c3e5c155547276f7a6fd3e613f60b5e

[ "MIT" ]

1

2020-12-20T22:16:33.000Z

2021-08-17T16:54:08.000Z

AdventOfCode2021/d01a.cob

GaloisGirl/Coding

24870ff58c3e5c155547276f7a6fd3e613f60b5e

[ "MIT" ]

2

2020-12-20T22:02:08.000Z

2021-12-23T14:42:07.000Z

IDENTIFICATION DIVISION. PROGRAM-ID. AOC-2021-01-1. AUTHOR. ANNA KOSIERADZKA. ENVIRONMENT DIVISION. INPUT-OUTPUT SECTION. FILE-CONTROL. SELECT INPUTFILE ASSIGN TO "d01.input" ORGANIZATION IS LINE SEQUENTIAL. DATA DIVISION. FILE SECTION. FD INPUTFILE. 01 INPUTRECORD PIC X(4). WORKING-STORAGE SECTION. 01 FILE-STATUS PIC 9 VALUE 0. 01 WS-MEASURE PIC 9(4). 01 WS-PREV-MEASURE PIC 9(4) VALUE 9999. 01 WS-NUM PIC 9(4) VALUE 0. PROCEDURE DIVISION. 001-MAIN. OPEN INPUT INPUTFILE. PERFORM 002-READ UNTIL FILE-STATUS = 1. CLOSE INPUTFILE. DISPLAY WS-NUM. STOP RUN. 002-READ. READ INPUTFILE AT END MOVE 1 TO FILE-STATUS NOT AT END PERFORM 003-PROCESS-RECORD END-READ. 003-PROCESS-RECORD. COMPUTE WS-MEASURE = FUNCTION NUMVAL(INPUTRECORD) IF WS-MEASURE > WS-PREV-MEASURE THEN ADD 1 TO WS-NUM END-IF COMPUTE WS-PREV-MEASURE = WS-MEASURE.

29.046512

72

0.514011

e4b590af6eac2c36f10e1b9911ab0c0b74f5e48d

5,754

cob

COBOL

deps/gnucobol-2.2/tests/testsuite.src/numeric-display.cob

6un9-h0-Dan/cobaul

11115a7a77924d6e1642f847c613efb25f217e56

[ "MIT" ]

184

2020-04-15T14:28:37.000Z

2020-09-22T15:57:55.000Z

deps/gnucobol-2.2/tests/testsuite.src/numeric-display.cob

6un9-h0-Dan/cobaul

11115a7a77924d6e1642f847c613efb25f217e56

[ "MIT" ]

3

2020-09-22T05:09:36.000Z

2020-09-22T11:56:00.000Z

deps/gnucobol-2.2/tests/testsuite.src/numeric-display.cob

6un9-h0-Dan/cobaul

11115a7a77924d6e1642f847c613efb25f217e56

[ "MIT" ]

5

2020-04-21T19:50:23.000Z

2020-09-22T10:58:02.000Z

*> This file is part of GnuCOBOL. *> *> The GnuCOBOL compiler is free software: you can redistribute *> it and/or modify it under the terms of the GNU General Public *> License as published by the Free Software Foundation, either *> version 3 of the License, or (at your option) any later *> version. *> *> GnuCOBOL is distributed in the hope that it will be useful, *> but WITHOUT ANY WARRANTY; without even the implied warranty of *> MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the *> GNU General Public License for more details. *> *> You should have received a copy of the GNU General Public *> License along with GnuCOBOL. *> If not, see <http://www.gnu.org/licenses/>. IDENTIFICATION DIVISION. PROGRAM-ID. prog. DATA DIVISION. WORKING-STORAGE SECTION. 01 X-P1 PIC 9(1) VALUE 1 @USAGE@. 01 X-P2 PIC 9(2) VALUE 12 @USAGE@. 01 X-P3 PIC 9(3) VALUE 123 @USAGE@. 01 X-P4 PIC 9(4) VALUE 1234 @USAGE@. 01 X-P5 PIC 9(5) VALUE 12345 @USAGE@. 01 X-P6 PIC 9(6) VALUE 123456 @USAGE@. 01 X-P7 PIC 9(7) VALUE 1234567 @USAGE@. 01 X-P8 PIC 9(8) VALUE 12345678 @USAGE@. 01 X-P9 PIC 9(9) VALUE 123456789 @USAGE@. 01 X-P10 PIC 9(10) VALUE 1234567890 @USAGE@. 01 X-P11 PIC 9(11) VALUE 12345678901 @USAGE@. 01 X-P12 PIC 9(12) VALUE 123456789012 @USAGE@. 01 X-P13 PIC 9(13) VALUE 1234567890123 @USAGE@. 01 X-P14 PIC 9(14) VALUE 12345678901234 @USAGE@. 01 X-P15 PIC 9(15) VALUE 123456789012345 @USAGE@. 01 X-P16 PIC 9(16) VALUE 1234567890123456 @USAGE@. 01 X-P17 PIC 9(17) VALUE 12345678901234567 @USAGE@. 01 X-P18 PIC 9(18) VALUE 123456789012345678 @USAGE@. 01 X-N1 PIC S9(1) VALUE -1 @USAGE@. 01 X-N2 PIC S9(2) VALUE -12 @USAGE@. 01 X-N3 PIC S9(3) VALUE -123 @USAGE@. 01 X-N4 PIC S9(4) VALUE -1234 @USAGE@. 01 X-N5 PIC S9(5) VALUE -12345 @USAGE@. 01 X-N6 PIC S9(6) VALUE -123456 @USAGE@. 01 X-N7 PIC S9(7) VALUE -1234567 @USAGE@. 01 X-N8 PIC S9(8) VALUE -12345678 @USAGE@. 01 X-N9 PIC S9(9) VALUE -123456789 @USAGE@. 01 X-N10 PIC S9(10) VALUE -1234567890 @USAGE@. 01 X-N11 PIC S9(11) VALUE -12345678901 @USAGE@. 01 X-N12 PIC S9(12) VALUE -123456789012 @USAGE@. 01 X-N13 PIC S9(13) VALUE -1234567890123 @USAGE@. 01 X-N14 PIC S9(14) VALUE -12345678901234 @USAGE@. 01 X-N15 PIC S9(15) VALUE -123456789012345 @USAGE@. 01 X-N16 PIC S9(16) VALUE -1234567890123456 @USAGE@. 01 X-N17 PIC S9(17) VALUE -12345678901234567 @USAGE@. 01 X-N18 PIC S9(18) VALUE -123456789012345678 @USAGE@. PROCEDURE DIVISION. DISPLAY X-P1 END-DISPLAY. DISPLAY X-P2 END-DISPLAY. DISPLAY X-P3 END-DISPLAY. DISPLAY X-P4 END-DISPLAY. DISPLAY X-P5 END-DISPLAY. DISPLAY X-P6 END-DISPLAY. DISPLAY X-P7 END-DISPLAY. DISPLAY X-P8 END-DISPLAY. DISPLAY X-P9 END-DISPLAY. DISPLAY X-P10 END-DISPLAY. DISPLAY X-P11 END-DISPLAY. DISPLAY X-P12 END-DISPLAY. DISPLAY X-P13 END-DISPLAY. DISPLAY X-P14 END-DISPLAY. DISPLAY X-P15 END-DISPLAY. DISPLAY X-P16 END-DISPLAY. DISPLAY X-P17 END-DISPLAY. DISPLAY X-P18 END-DISPLAY. DISPLAY X-N1 END-DISPLAY. DISPLAY X-N2 END-DISPLAY. DISPLAY X-N3 END-DISPLAY. DISPLAY X-N4 END-DISPLAY. DISPLAY X-N5 END-DISPLAY. DISPLAY X-N6 END-DISPLAY. DISPLAY X-N7 END-DISPLAY. DISPLAY X-N8 END-DISPLAY. DISPLAY X-N9 END-DISPLAY. DISPLAY X-N10 END-DISPLAY. DISPLAY X-N11 END-DISPLAY. DISPLAY X-N12 END-DISPLAY. DISPLAY X-N13 END-DISPLAY. DISPLAY X-N14 END-DISPLAY. DISPLAY X-N15 END-DISPLAY. DISPLAY X-N16 END-DISPLAY. DISPLAY X-N17 END-DISPLAY. DISPLAY X-N18 END-DISPLAY. STOP RUN.

34.45509

72

0.427181

fde2df9b4a19187345bcec32b53a14ef9265f9b8

115

cbl

COBOL

src/test/resources/io/proleap/cobol/asg/procedure/release/ReleaseStatement.cbl

stawi/cobol85parser

1e3426b401a6a81d5f19d5e8737856e53f10bce6

[ "MIT" ]

81

2018-03-29T23:39:01.000Z

2022-03-07T11:23:10.000Z

src/test/resources/io/proleap/cobol/asg/procedure/release/ReleaseStatement.cbl

stawi/cobol85parser

1e3426b401a6a81d5f19d5e8737856e53f10bce6

[ "MIT" ]

64

2017-03-27T11:15:15.000Z

2018-03-09T18:10:43.000Z

src/test/resources/io/proleap/cobol/asg/procedure/release/ReleaseStatement.cbl

stawi/cobol85parser

1e3426b401a6a81d5f19d5e8737856e53f10bce6

[ "MIT" ]

44

2019-01-03T11:48:54.000Z

2021-12-21T09:46:42.000Z

IDENTIFICATION DIVISION. PROGRAM-ID. RELEASESTMT. PROCEDURE DIVISION. RELEASE SOMERECORD1 FROM SOMECONTENT1.

28.75

42

0.808696

dcceb2a0e8aaf46c4200e6a71678fad8526fa50e

1,110

cbl

COBOL

2003/Cobol/Muhammad Quwais Safutra/showsum.cbl

TrojanIsHere/SKILLS

5b6cfc75f9fb171c6baf0f614904a1f77bce72b6

[ "MIT" ]

null

2003/Cobol/Muhammad Quwais Safutra/showsum.cbl

TrojanIsHere/SKILLS

5b6cfc75f9fb171c6baf0f614904a1f77bce72b6

[ "MIT" ]

null

2003/Cobol/Muhammad Quwais Safutra/showsum.cbl

TrojanIsHere/SKILLS

5b6cfc75f9fb171c6baf0f614904a1f77bce72b6

[ "MIT" ]

null

identification division. program-id. showsum. data division. working-storage section. 01 sum-result pic z(36). 01 the-vars. 03 COW-vars OCCURS 99 times. 05 COW-varname pic x(99). 05 COW-varvalue pic x(99). linkage section. 01 received-values. 05 query-values occurs 10 times. 10 query-value-name pic x(90). 10 query-value pic x(90). procedure division using received-values. COMPUTE sum-result = function numval(query-value(1)) + function numval(query-value(2)). MOVE "number1" to COW-varname(1). MOVE query-value(1) to COW-varvalue(1). MOVE "number2" to COW-varname(2). MOVE query-value(2) to COW-varvalue(2). MOVE "number3" to COW-varname(3). MOVE function trim(sum-result) to COW-varvalue(3). call 'template' using the-vars "showsum.cow". goback. end program showsum.

35.806452

61

0.522523

671ff570d7a06d84fefe40fbdc3b1207bcd0c521

1,469

cob

COBOL

Media-Notas.cob

fernando-datageo/COBOL

ec6a67bde4714fff97375bdb1d72f7105d7b8d5b

[ "MIT" ]

null

Media-Notas.cob

fernando-datageo/COBOL

ec6a67bde4714fff97375bdb1d72f7105d7b8d5b

[ "MIT" ]

null

Media-Notas.cob

fernando-datageo/COBOL

ec6a67bde4714fff97375bdb1d72f7105d7b8d5b

[ "MIT" ]

null

IDENTIFICATION DIVISION. PROGRAM-ID. PROGCOB07. ********************************************* * AREA DE COMENTARIOS - REMARKS * AUTHOR = LUIS FERNANDO LAZANHA * OBJETIVO: RECEBER 02 NOTAS, MEDIA E STATUS * UTILIZAR COMANDO IF/ELSE/END-IF * DATA = 26/06/2021 ********************************************* ENVIRONMENT DIVISION. CONFIGURATION SECTION. SPECIAL-NAMES. DECIMAL-POINT IS COMMA. DATA DIVISION. WORKING-STORAGE SECTION. 77 WRK-NOTA1 PIC 9(02)V9 VALUE ZEROS. 77 WRK-NOTA2 PIC 9(02)V9 VALUE ZEROS. 77 WRK-MEDIA PIC 9(02)V9 VALUE ZEROS. PROCEDURE DIVISION. DISPLAY 'DIGITE A NOTA 1: ' ACCEPT WRK-NOTA1. DISPLAY 'DIGITE A NOTA 2: ' ACCEPT WRK-NOTA2. DISPLAY 'NOTA 1: ' WRK-NOTA1. DISPLAY 'NOTA 2: ' WRK-NOTA2. ******************************************* COMPUTE WRK-MEDIA = (WRK-NOTA1 + WRK-NOTA2)/2. DISPLAY 'MEDIA FINAL: ' WRK-MEDIA EVALUATE WRK-MEDIA WHEN 10 DISPLAY 'APROVADO COM EXCELENCIA' WHEN 6 THRU 9,99 DISPLAY 'APROVADO' WHEN 2 THRU 5,99 DISPLAY 'RECUPERACAO' WHEN OTHER DISPLAY 'REPROVADO' END-EVALUATE. STOP RUN.

34.97619

57

0.461538

0cfb2b771b04bfc1f63464c2d26889f9b24db673

1,251

cbl

COBOL

comp_test/comp_test.cbl

shamrice/COBOL-Examples

9078f516d14fcd7ffa93fa9cdd9f557c4196afa9

[ "MIT" ]

null

comp_test/comp_test.cbl

shamrice/COBOL-Examples

9078f516d14fcd7ffa93fa9cdd9f557c4196afa9

[ "MIT" ]

null

comp_test/comp_test.cbl

shamrice/COBOL-Examples

9078f516d14fcd7ffa93fa9cdd9f557c4196afa9

[ "MIT" ]

null

****************************************************************** * author: Erik Eriksen * date: 2021-05-15 * purpose: testing converting comp to display values. * tectonics: cobc ****************************************************************** identification division. program-id. comp-conversion-test. data division. file section. working-storage section. 01 ws-comp-val pic 999 comp. 01 ws-disp-val pic 999. 01 ws-dyn-disp-val pic zz9. 01 ws-input pic 999. procedure division. main-procedure. move 12 to ws-comp-val multiply ws-comp-val by 2 giving ws-comp-val display "COMP: " ws-comp-val move ws-comp-val to ws-disp-val display "DISP:" ws-disp-val move ws-comp-val to ws-dyn-disp-val display "DYNA:" ws-dyn-disp-val display "INPUT: " with no advancing accept ws-input display "INPUT: " ws-input move ws-input to ws-comp-val display "COMP: " ws-comp-val stop run. end program comp-conversion-test.

29.093023

72

0.466027

f02942fab0ed2ae6643d27d424b34c0a65446bc7

235

cobol

COBOL

helloworlds/helloworld.cobol

RayanePereira/diversos-hello-world

594580ffb6c313bc2a3fa16c0693cdc11030d0ed

[ "MIT" ]

1

2022-02-25T15:28:09.000Z

helloworlds/helloworld.cobol

RayanePereira/diversos-hello-world

594580ffb6c313bc2a3fa16c0693cdc11030d0ed

[ "MIT" ]

null

helloworlds/helloworld.cobol

RayanePereira/diversos-hello-world

594580ffb6c313bc2a3fa16c0693cdc11030d0ed

[ "MIT" ]

null

* Hello World in COBOL ******************************* IDENTIFICATION DIVISION. PROGRAM-ID. HELLO. ENVIRONMENT DIVISION. DATA DIVISION. PROCEDURE DIVISION. MAIN SECTION. DISPLAY "Hello World!" STOP RUN. *******************************

19.583333

31

0.578723

d90fb13cd5ee7bb7f20d24776fdbb7127a682458

299

cbl

COBOL

third_party/universal-ctags/ctags/Units/parser-cobol-to-review.r/HelloWorldFree.d/input.cbl

f110/wing

31b259f723b57a6481252a4b8b717fcee6b01ff4

[ "MIT" ]

1

2020-03-24T16:08:43.000Z

third_party/universal-ctags/ctags/Units/parser-cobol-to-review.r/HelloWorldFree.d/input.cbl

f110/wing

31b259f723b57a6481252a4b8b717fcee6b01ff4

[ "MIT" ]

null

third_party/universal-ctags/ctags/Units/parser-cobol-to-review.r/HelloWorldFree.d/input.cbl

f110/wing

31b259f723b57a6481252a4b8b717fcee6b01ff4

[ "MIT" ]

1

2021-04-26T09:00:06.000Z

IDENTIFICATION DIVISION. PROGRAM-ID. YOUR-PROGRAM-NAME. ENVIRONMENT DIVISION. CONFIGURATION SECTION. INPUT-OUTPUT SECTION. DATA DIVISION. FILE SECTION. WORKING-STORAGE SECTION. PROCEDURE DIVISION. MAIN-PROCEDURE. DISPLAY "Hello world" DISPLAY 'HAHA' STOP RUN. END PROGRAM YOUR-PROGRAM-NAME.

19.933333

30

0.792642

ad418d487be6f3e86d04f93390faeeacec4bb44d

1,217

cbl

COBOL

Ejercicios temas/3/M061_UD03_SEV2.cbl

jesuscuesta/Cobol

ac53314cd88d21ebe0ba20df423570621ed5ec3d

[ "MIT" ]

null

Ejercicios temas/3/M061_UD03_SEV2.cbl

jesuscuesta/Cobol

ac53314cd88d21ebe0ba20df423570621ed5ec3d

[ "MIT" ]

null

Ejercicios temas/3/M061_UD03_SEV2.cbl

jesuscuesta/Cobol

ac53314cd88d21ebe0ba20df423570621ed5ec3d

[ "MIT" ]

1

2019-11-13T17:49:21.000Z

123456 IDENTIFICATION DIVISION. PROGRAM-ID. UD3E2. REMARKS. UNIDAD 3 EJERCICIO 2. ENVIRONMENT DIVISION. CONFIGURATION SECTION. SPECIAL-NAMES. DECIMAL-POINT IS COMMA. 123456* DATA DIVISION. WORKING-STORAGE SECTION. * DeclaraciOn de la variables 77 NOMBREMES PIC X(10). 77 DIAMES PIC 99. 77 SALARIO PIC 99999V99. 77 TEMPSINDEC PIC 99. 77 TEMPCONDEC PIC 99V999. 123456* PROCEDURE DIVISION. INICIO. 123456* * Se inicializan las variables con valores MOVE 'Septiembre' TO NOMBREMES. MOVE 21 TO DIAMES. MOVE 1235,80 TO SALARIO. MOVE 25 TO TEMPSINDEC. MOVE 25,824 TO TEMPCONDEC. * * Se limpia toda la pantalla DISPLAY ' ' LINE 1 COLUMN 1 ERASE EOS. * Se muestran los valores DISPLAY NOMBREMES LINE 10 COLUMN 10. DISPLAY DIAMES LINE 12 COLUMN 10. DISPLAY SALARIO LINE 14 COLUMN 10. DISPLAY TEMPSINDEC LINE 16 COLUMN 10 . DISPLAY TEMPCONDEC LINE 18 COLUMN 10. * STOP RUN.

31.205128

51

0.556286

1890505126e46399d7486824eeea67c0ff0031b1

467

cpy

COBOL

ccb2lr/src/test/resources/groupAllContacts.cpy

venkateshprasad123/wb

f685b1d30ebc0b9e36bb1113bfe05de01c5dba57

[ "Apache-2.0" ]

3

2021-09-29T01:20:11.000Z

2022-01-12T00:31:31.000Z

ccb2lr/src/test/resources/groupAllContacts.cpy

venkateshprasad123/wb

f685b1d30ebc0b9e36bb1113bfe05de01c5dba57

[ "Apache-2.0" ]

16

2021-09-27T01:23:47.000Z

2022-03-25T18:32:46.000Z

ccb2lr/src/test/resources/groupAllContacts.cpy

venkateshprasad123/wb

f685b1d30ebc0b9e36bb1113bfe05de01c5dba57

[ "Apache-2.0" ]

1

2022-01-12T00:27:08.000Z

01 MAILING-RECORD. 05 COMPANY-NAME PIC X(30). 05 ALL-CONTACTS. 10 CONTACTS OCCURS 3 TIMES. 15 FULLNAME OCCURS 3 TIMES. 20 P-LAST-NAME PIC X(15). 20 P-FIRST-NAME PIC X(8). 05 ADDRESS PIC X(15). 05 CITY PIC X(15). 05 STATE PIC XX. 05 ZIP PIC 9(5).

38.916667

51

0.372591

1e8b47186197e58675f6c38bc72239784abe53cc

115

cobol

COBOL

Task/Literals-Integer/COBOL/literals-integer-1.cobol

LaudateCorpus1/RosettaCodeData

9ad63ea473a958506c041077f1d810c0c7c8c18d

[ "Info-ZIP" ]

1

2018-11-09T22:08:38.000Z

Task/Literals-Integer/COBOL/literals-integer-1.cobol

seanwallawalla-forks/RosettaCodeData

9ad63ea473a958506c041077f1d810c0c7c8c18d

[ "Info-ZIP" ]

null

Task/Literals-Integer/COBOL/literals-integer-1.cobol

seanwallawalla-forks/RosettaCodeData

9ad63ea473a958506c041077f1d810c0c7c8c18d

[ "Info-ZIP" ]

1

2018-11-09T22:08:40.000Z

display B#10 ", " O#01234567 ", " -0123456789 ", " H#0123456789ABCDEF ", " X#0123456789ABCDEF ", " 1;2;3;4

38.333333

63

0.582609

3d24cd14fb07f77298555496e045398649cb17a7

96

cobol

COBOL

Task/Hello-world-Standard-error/COBOL/hello-world-standard-error.cobol

LaudateCorpus1/RosettaCodeData

9ad63ea473a958506c041077f1d810c0c7c8c18d

[ "Info-ZIP" ]

1

2018-11-09T22:08:38.000Z

Task/Hello-world-Standard-error/COBOL/hello-world-standard-error.cobol

seanwallawalla-forks/RosettaCodeData

9ad63ea473a958506c041077f1d810c0c7c8c18d

[ "Info-ZIP" ]

null

Task/Hello-world-Standard-error/COBOL/hello-world-standard-error.cobol

seanwallawalla-forks/RosettaCodeData

9ad63ea473a958506c041077f1d810c0c7c8c18d

[ "Info-ZIP" ]

1

2018-11-09T22:08:40.000Z

program-id. ehello. procedure division. display "Goodbye, world!" upon syserr. stop run.

19.2

41

0.708333

1bb4bfc015c81cdf7a00331a3f415d9c5acc44b9

9,396

cbl

COBOL

covid19/TOTCNTRY.cbl

asmCcoder/mainframeadventures

92186b8740915092588b9e958db374222179d294

[ "MIT" ]

5

2020-07-28T16:35:00.000Z

2020-12-20T12:37:56.000Z

covid19/TOTCNTRY.cbl

dinosv/mainframeadventures

92186b8740915092588b9e958db374222179d294

[ "MIT" ]

null

covid19/TOTCNTRY.cbl

dinosv/mainframeadventures

92186b8740915092588b9e958db374222179d294

[ "MIT" ]

2

2021-03-16T15:22:23.000Z

2022-02-01T21:48:00.000Z

//TOTCNTRY JOB (COBOL),'COVID19',CLASS=A,MSGCLASS=H,MSGLEVEL=(0,0) 00000100 //COMPLINK EXEC COBUCL 00000200 //COB.SYSLIB DD DISP=SHR,DSNAME=SYS1.COBLIB 00000300 // DD DISP=SHR,DSNAME=SYS1.LINKLIB 00000400 //COB.SYSPUNCH DD DUMMY 00000500 //COB.SYSIN DD * 00000600 ******************************************************************00000700 * PROGRAM DESCRIPTION: 00000800 * Reads COVID19.DATA.DAILY 00000901 * And for each country, aggregates the total number of 00001001 * cases and deaths 00001101 * Then data is written into COVID19.DATA.TOTCNTRY 00001201 ******************************************************************00001300 IDENTIFICATION DIVISION. 00001400 PROGRAM-ID. 'TOTCNTRY'. 00001500 AUTHOR. 'DAVID ASTA'. 00001600 INSTALLATION. 'MVS 3.8J TK4-'. 00001700 DATE-WRITTEN. '14/07/2020'. 00001800 DATE-COMPILED. 00001900 REMARKS. 'V1R1M0'. 00002000 ******************************************************************00002100 ENVIRONMENT DIVISION. 00002201 ******************************************************************00002301 INPUT-OUTPUT SECTION. 00002401 FILE-CONTROL. 00002501 SELECT DAILY-FILE ASSIGN DA-S-DAYFIL. 00002601 SELECT TOTCNTRY-FILE ASSIGN DA-S-TOTCTR. 00002702 ******************************************************************00002801 DATA DIVISION. 00002901 ******************************************************************00003001 FILE SECTION. 00003101 ********************************** 00003201 FD DAILY-FILE 00003301 ******************* 00003401 LABEL RECORDS ARE STANDARD 00003501 BLOCK CONTAINS 0 RECORDS 00003601 RECORD CONTAINS 80 CHARACTERS. 00003701 01 DAILY-RECORD. 00003801 05 DAY-DATE. 00003901 10 DAY-DATE-YYYY PIC X(04). 00004001 10 DAY-DATE-MM PIC X(02). 00004101 10 DAT-DATE-DD PIC X(02). 00004201 05 DAY-CASES PIC 9(08). 00004301 05 DAY-DEATHS PIC 9(08). 00004401 05 DAY-COUNTRYCODE PIC A(03). 00004501 05 DAY-COUNTRYNAME PIC X(40). 00004601 05 FILLER PIC X(13). 00004701 ******************* 00004802 FD TOTCNTRY-FILE 00004902 ******************* 00005002 RECORDING MODE F 00005102 LABEL RECORDS ARE STANDARD 00005202 BLOCK CONTAINS 0 RECORDS 00005302 RECORD CONTAINS 59 CHARACTERS. 00005402 01 TOT-RECORD PIC X(59). 00005502 ********************************** 00005601 WORKING-STORAGE SECTION. 00005701 ********************************** 00005801 01 SWITCHES. 00005901 05 END-OF-FILE PIC X VALUE 'N'. 00006002 88 EOF VALUE 'Y'. 00006102 01 WS-TOTALS-RECORD. 00006202 05 WS-TOT-COUNTRYCODE PIC A(03). 00006302 05 WS-TOT-CASES PIC 9(08). 00006402 05 WS-TOT-DEATHS PIC 9(08). 00006502 05 WS-TOT-COUNTRYNAME PIC X(40). 00006603 ******************************************************************00006701 PROCEDURE DIVISION. 00006801 ******************************************************************00006901 0000-MAIN. 00007001 OPEN INPUT DAILY-FILE, 00007102 OUTPUT TOTCNTRY-FILE. 00007202 PERFORM 1000-READ-DAILY-DATA THRU 1000-EXIT 00007302 UNTIL EOF. 00007402 WRITE TOT-RECORD FROM WS-TOTALS-RECORD. 00007503 CLOSE DAILY-FILE, 00007602 TOTCNTRY-FILE. 00007702 0000-EXIT. 00007801 STOP RUN. 00007901 ********************************** 00008001 1000-READ-DAILY-DATA. 00008102 ********************************** 00008202 READ DAILY-FILE 00008302 AT END MOVE 'Y' TO END-OF-FILE. 00008402 IF NOT EOF THEN 00008502 PERFORM 2000-PROCESS-DAILY-DATA THRU 2000-EXIT. 00008602 1000-EXIT. 00008702 EXIT. 00008802 ********************************** 00008902 2000-PROCESS-DAILY-DATA. 00009002 ********************************** 00009101 IF DAY-COUNTRYNAME = WS-TOT-COUNTRYNAME THEN 00009202 ADD DAY-CASES TO WS-TOT-CASES 00009302 ADD DAY-DEATHS TO WS-TOT-DEATHS 00009402 ELSE 00009501 PERFORM 2001-RECORD-TOTALS-DATA THRU 2001-EXIT 00009603 MOVE DAY-CASES TO WS-TOT-CASES 00009702 MOVE DAY-DEATHS TO WS-TOT-DEATHS 00009802 MOVE DAY-COUNTRYCODE TO WS-TOT-COUNTRYCODE 00009903 MOVE DAY-COUNTRYNAME TO WS-TOT-COUNTRYNAME. 00010003 2000-EXIT. 00010102 EXIT. 00010201 ********************************** 00010302 2001-RECORD-TOTALS-DATA. 00010402 ********************************** 00010502 IF WS-TOT-COUNTRYCODE IS ALPHABETIC THEN 00010603 WRITE TOT-RECORD FROM WS-TOTALS-RECORD. 00010703 2001-EXIT. 00010802 EXIT. 00010902 ******************************************************************00011001 /* 00011100 //LKED.SYSLIB DD DISP=SHR,DSNAME=SYS1.COBLIB 00011200 // DD DISP=SHR,DSNAME=SYS1.LINKLIB 00011300 // DD DISP=SHR,DSNAME=COVID19.LINKLIB 00011400 //LKED.SYSLMOD DD DISP=SHR,DSNAME=COVID19.LINKLIB(TOTCNTRY) 00011500 // 00011600

80.307692

80

0.298638

581e28449476e40b09446c6d32f6cb24fed22cfd

6,108

cbl

COBOL

cobol/testdata/local/testantlr132.cbl

Trisk3lion/mapa

19f47614f96dd0b14ff87fecc65e7bea082521ca

[ "MIT" ]

6

2020-06-18T08:47:41.000Z

2021-12-06T05:54:07.000Z

cobol/testdata/local/testantlr132.cbl

Trisk3lion/mapa

19f47614f96dd0b14ff87fecc65e7bea082521ca

[ "MIT" ]

3

2020-10-26T11:06:31.000Z

2022-03-29T18:59:04.000Z

cobol/testdata/local/testantlr132.cbl

Trisk3lion/mapa

19f47614f96dd0b14ff87fecc65e7bea082521ca

[ "MIT" ]

5

2021-01-21T18:54:33.000Z

2022-01-18T23:01:31.000Z

000001 Identification Division. 000002 Program-ID. testantlr132. 000003 Data Division. 000004 Working-Storage Section. 000005 01 CONSTANTS. 000006 05 MYNAME PIC X(012) VALUE 'testantlr132'. 000007 000008 01 SWITCHES. 000009 05 SD-001-TRUTH-SW PIC X(008). 000010 88 SD-001-TRUTH VALUE 'ZAPHOD'. 000011 000012* 000013 01 SOME-DATA. 000014 05 SD-001 PIC X(008). 000015 05 SD-002. 000016 10 SD-002-A PIC X(001). 000017 10 SD-002-B PIC X(001). 000018 05 SD-003 PIC X(008). 000019 000020 01 WS-BUF PIC X(100). 000021 000022 77 WS-COUNT PIC 9(008) COMP-5 VALUE 0. 000023 000024 Procedure Division. 000025 DISPLAY MYNAME ' Begin' 000026 000027 JSON GENERATE WS-BUF FROM SOME-DATA END-JSON 000028 000029 JSON GENERATE 000030 WS-BUF FROM SOME-DATA 000031 COUNT WS-COUNT 000032 NAME SD-001 'ARTHUR' 000033 SD-002 'DENT' 000034 SUPPRESS 000035 SD-001 000036 SD-002 000037 ON EXCEPTION CALL 'CEE3ABD' END-CALL 000038 NOT ON EXCEPTION PERFORM 1000-para 000039 END-JSON 000040 000041 JSON GENERATE 000042 WS-BUF FROM SOME-DATA 000043 COUNT IN WS-COUNT 000044 NAME OF SD-001 IS 'ARTHUR' 000045 SD-002 IS 'DENT' 000046 SUPPRESS SD-001 SD-003 000047 ON EXCEPTION CALL 'CEE3ABD' END-CALL 000048 NOT ON EXCEPTION PERFORM 1000-para 000049 END-JSON 000050 000051 JSON GENERATE 000052 WS-BUF FROM SOME-DATA 000053 COUNT IN WS-COUNT 000054 NAME OF SD-001 IS 'ARTHUR' 000055 SD-002 IS 'DENT' 000056 SUPPRESS EVERY NUMERIC WHEN ZEROES 000057 ON EXCEPTION CALL 'CEE3ABD' END-CALL 000058 NOT ON EXCEPTION PERFORM 1000-para 000059 END-JSON 000060 000061 JSON GENERATE 000062 WS-BUF FROM SOME-DATA 000063 COUNT IN WS-COUNT 000064 NAME OF SD-001 IS 'ARTHUR' 000065 SD-002 IS 'DENT' 000066 SUPPRESS 000067 EVERY NUMERIC WHEN ZEROES 000068 EVERY NONNUMERIC WHEN SPACES 000069 EVERY NONNUMERIC WHEN LOW-VALUES 000070 EVERY WHEN HIGH-VALUES OR HIGH-VALUE 000071 ON EXCEPTION CALL 'CEE3ABD' END-CALL 000072 NOT ON EXCEPTION PERFORM 1000-para 000073 END-JSON 000074 000075 JSON GENERATE 000076 WS-BUF FROM SOME-DATA 000077 COUNT WS-COUNT 000078 NAME SD-001 'ARTHUR' 000079 SD-002 'DENT' 000080 SUPPRESS 000081 SD-001 WHEN SPACES 000082 SD-002 WHEN LOW-VALUES 000083 ON EXCEPTION CALL 'CEE3ABD' END-CALL 000084 NOT ON EXCEPTION PERFORM 1000-para 000085 END-JSON 000086 000087 JSON GENERATE 000088 WS-BUF FROM SOME-DATA 000089 COUNT WS-COUNT 000090 NAME SD-001 'ARTHUR' 000091 SD-002 'DENT' 000092 SUPPRESS 000093 SD-001 000094 SD-002 000095 CONVERTING SD-001 TO JSON BOOLEAN USING SD-001-TRUTH 000096 ON EXCEPTION CALL 'CEE3ABD' END-CALL 000097 NOT ON EXCEPTION PERFORM 1000-para 000098 END-JSON 000099 000100 JSON GENERATE 000101 WS-BUF FROM SOME-DATA 000102 COUNT WS-COUNT 000103 NAME SD-001 'ARTHUR' 000104 SD-002 'DENT' 000105 SUPPRESS 000106 SD-001 000107 SD-002 000108 CONVERTING SD-001 JSON BOOLEAN USING SD-001-TRUTH 000109 ON EXCEPTION CALL 'CEE3ABD' END-CALL 000110 NOT ON EXCEPTION PERFORM 1000-para 000111 END-JSON 000112 000113 JSON GENERATE 000114 WS-BUF FROM SOME-DATA 000115 COUNT WS-COUNT 000116 NAME SD-001 'ARTHUR' 000117 SD-002 'DENT' 000118 SUPPRESS 000119 SD-001 000120 SD-002 000121 CONVERTING SD-001 BOOLEAN USING SD-001-TRUTH 000122 ON EXCEPTION CALL 'CEE3ABD' END-CALL 000123 NOT ON EXCEPTION PERFORM 1000-para 000124 END-JSON 000125 000126 JSON GENERATE 000127 WS-BUF FROM SOME-DATA 000128 COUNT WS-COUNT 000129 NAME SD-001 'ARTHUR' 000130 SD-002 'DENT' 000131 SUPPRESS 000132 SD-001 000133 SD-002 000134 CONVERTING SD-001 BOOLEAN SD-001-TRUTH 000135 ON EXCEPTION CALL 'CEE3ABD' END-CALL 000136 NOT ON EXCEPTION PERFORM 1000-para 000137 END-JSON 000138 000139 JSON GENERATE 000140 WS-BUF FROM SOME-DATA 000141 COUNT WS-COUNT 000142 NAME SD-001 'ARTHUR' 000143 SD-002 'DENT' 000144 SUPPRESS 000145 SD-001 000146 SD-002 000147 CONVERTING SD-001 TO JSON BOOL USING SD-001-TRUTH 000148 ON EXCEPTION CALL 'CEE3ABD' END-CALL 000149 NOT ON EXCEPTION PERFORM 1000-para 000150 END-JSON 000151 000152 JSON GENERATE 000153 WS-BUF FROM SOME-DATA 000154 COUNT WS-COUNT 000155 NAME SD-001 'ARTHUR' 000156 SD-002 'DENT' 000157 SUPPRESS 000158 SD-001 000159 SD-002 000160 CONVERTING SD-001 TO JSON BOOLEAN USING 'FPREFECT' 000161 ON EXCEPTION CALL 'CEE3ABD' END-CALL 000162 NOT ON EXCEPTION PERFORM 1000-para 000163 END-JSON 000164 000165 JSON GENERATE 000166 WS-BUF FROM SOME-DATA 000167 COUNT WS-COUNT 000168 NAME SD-001 'ARTHUR' 000169 SD-002 'DENT' 000170 SUPPRESS 000171 SD-001 000172 SD-002 000173 CONVERTING 000174 SD-001 TO JSON BOOLEAN USING 'FPREFECT' 000175 ALSO SD-002 BOOL '&&' 000176 ON EXCEPTION CALL 'CEE3ABD' END-CALL 000177 NOT ON EXCEPTION PERFORM 1000-para 000178 END-JSON 000179 000180 000181 DISPLAY MYNAME ' End' 000182 000183 GOBACK 000184 . 000185 000186 1000-para. 000187 000188 . 000189

32.147368

68

0.612639

49985e529a13b1497e9472e529fb2f69dd210cdc

324

cbl

COBOL

cobol/testdata/local/testantlr260.cbl

Trisk3lion/mapa

19f47614f96dd0b14ff87fecc65e7bea082521ca

[ "MIT" ]

6

2020-06-18T08:47:41.000Z

2021-12-06T05:54:07.000Z

cobol/testdata/local/testantlr260.cbl

Trisk3lion/mapa

19f47614f96dd0b14ff87fecc65e7bea082521ca

[ "MIT" ]

3

2020-10-26T11:06:31.000Z

2022-03-29T18:59:04.000Z

cobol/testdata/local/testantlr260.cbl

Trisk3lion/mapa

19f47614f96dd0b14ff87fecc65e7bea082521ca

[ "MIT" ]

5

2021-01-21T18:54:33.000Z

2022-01-18T23:01:31.000Z

BASIS testantlr101.cbl 00000001 INSERT 000001 00000002 REPLACE testantlr101 BY testantlr060. 00000003 DELETE 000019-000021,000022 00000004

64.8

80

0.373457

5a238883e89a4e83d7b4852b9b7fc1db6c6a0a14

122

cpy

COBOL

cobol/testdata/local/testantlr158a.cpy

Trisk3lion/mapa

19f47614f96dd0b14ff87fecc65e7bea082521ca

[ "MIT" ]

6

2020-06-18T08:47:41.000Z

2021-12-06T05:54:07.000Z

cobol/testdata/local/testantlr158a.cpy

Trisk3lion/mapa

19f47614f96dd0b14ff87fecc65e7bea082521ca

[ "MIT" ]

3

2020-10-26T11:06:31.000Z

2022-03-29T18:59:04.000Z

cobol/testdata/local/testantlr158a.cpy

Trisk3lion/mapa

19f47614f96dd0b14ff87fecc65e7bea082521ca

[ "MIT" ]

5

2021-01-21T18:54:33.000Z

2022-01-18T23:01:31.000Z

000001 CONSTANTS. 000002 05 MYNAME PIC X(012) VALUE 'testantlr058'. 000003 05 ONE PIC S9(004) COMP VALUE +1.

30.5

54

0.672131

641fb6d22c771f6ba2fd595ae120c734e758ccb9

20,289

cbl

COBOL

sample/SLICKP1.cbl

t2kxorg/cobol-control-flow

66b9622c00df6641642309d976694ce7a7b2bf81

[ "CC0-1.0" ]

7

2020-07-16T12:49:59.000Z

2021-12-21T09:59:42.000Z

sample/SLICKP1.cbl

t2kxorg/cobol-control-flow

66b9622c00df6641642309d976694ce7a7b2bf81

[ "CC0-1.0" ]

30

2020-07-10T21:08:40.000Z

2022-03-14T17:33:52.000Z

sample/SLICKP1.cbl

t2kxorg/cobol-control-flow

66b9622c00df6641642309d976694ce7a7b2bf81

[ "CC0-1.0" ]

5

2021-01-27T17:10:47.000Z

2022-03-25T07:00:05.000Z

CBL XOPTS(COBOL2) IDENTIFICATION DIVISION. PROGRAM-ID. SLICKP1. AUTHOR. Ira M. Slick. ****************************************************************** *DESCRIPTION: Add Account * ****************************************************************** ENVIRONMENT DIVISION. CONFIGURATION SECTION. SOURCE-COMPUTER. IBM-PC. OBJECT-COMPUTER. IBM-PC. DATA DIVISION. WORKING-STORAGE SECTION. COPY SLICKCOM. COPY SLICKM1. COPY DFHAID. COPY ACCTFILE. 01 WS-MAP-FIELDS. 03 WS-NAME-LAST PIC X(16) VALUE SPACE. 03 WS-NAME-FIRST PIC X(16) VALUE SPACE. 03 WS-NAME-INITIAL PIC X(01) VALUE SPACE. 03 WS-ADDRESS PIC X(64) VALUE SPACE. 03 WS-CITY PIC X(24) VALUE SPACE. 03 WS-STATE PIC X(02) VALUE SPACE. 03 WS-ZIP PIC 9(05) VALUE ZERO. 03 WS-ZIP-EX PIC 9(04) VALUE ZERO. 03 WS-TEL-1A PIC 9(03) VALUE ZERO. 03 WS-TEL-1B PIC 9(03) VALUE ZERO. 03 WS-TEL-1C PIC 9(04) VALUE ZERO. 03 WS-TEL-2A PIC 9(03) VALUE ZERO. 03 WS-TEL-2B PIC 9(03) VALUE ZERO. 03 WS-TEL-2C PIC 9(04) VALUE ZERO. 03 WS-SIZE-OF-HOME PIC 9(04) VALUE ZERO. 03 WS-SIZE-OF-TANK PIC 9(04) VALUE ZERO. 03 WS-UNIT-PRICE PIC 9(05) VALUE ZERO. 03 WS-LAST-AID PIC X(01) VALUE SPACE. 01 TEMP-DATE. 03 TEMP-YY PIC 9(02) VALUE ZERO. 03 TEMP-MM PIC 9(02) VALUE ZERO. 03 TEMP-DD PIC 9(02) VALUE ZERO. 01 ACCOUNT-ADDED-MESSAGE. 03 FILLER PIC X(08) VALUE 'Account '. 03 A-A-ACCOUNT-ID PIC 9(04) VALUE ZERO. 03 FILLER PIC X(07) VALUE ' added.'. 01 WS-EXIT PIC X(11) VALUE 'Slick ended'. LINKAGE SECTION. 01 DFHCOMMAREA. 03 FILLER PIC X(01) OCCURS 1 TO 4096 TIMES DEPENDING ON EIBCALEN. PROCEDURE DIVISION. 000-START-PROCESSING. MOVE DFHCOMMAREA TO SLICK-COMM. MOVE LOW-VALUES TO SLICKM1I. IF COMM-INIT PERFORM 000-INITIALIZATION ELSE MOVE COMM-SAVE TO WS-MAP-FIELDS PERFORM 000-RECEIVE-MAP. IF COMM-NEXT-TRAN = EIBTRNID MOVE WS-MAP-FIELDS TO COMM-SAVE PERFORM 000-SEND-MAP EXEC CICS RETURN TRANSID (COMM-NEXT-TRAN) COMMAREA (SLICK-COMM) END-EXEC ELSE SET COMM-INIT TO TRUE IF COMM-QUIT EXEC CICS SEND TEXT FROM (WS-EXIT) LENGTH (11) FREEKB ERASE END-EXEC EXEC CICS RETURN END-EXEC ELSE EXEC CICS RETURN TRANSID (COMM-NEXT-TRAN) COMMAREA (SLICK-COMM) IMMEDIATE END-EXEC. 000-INITIALIZATION. MOVE EIBTRNID TO COMM-NEXT-TRAN. MOVE SPACE TO COMM-INIT-FLAG. 000-SEND-MAP. MOVE COMM-DISPLAY-DATE TO M1DATEO. MOVE COMM-MESSAGE TO M1MSGO. MOVE SPACE TO COMM-MESSAGE. IF NOT BAD-DATA MOVE -1 TO M1LASTL. EXEC CICS SEND MAP ('SLICKM1') CURSOR ERASE END-EXEC. IF M1MSGO NOT = SPACE PERFORM 000-ALARM. 000-RECEIVE-MAP. IF EIBAID = DFHPF11 MOVE 'Transaction cancelled.' TO COMM-MESSAGE SET COMM-MENU TO TRUE ELSE IF EIBAID = DFHPF12 OR EIBAID = DFHPF24 SET COMM-QUIT TO TRUE ELSE PERFORM 000-PROCESS-FIELDS MOVE EIBAID TO WS-LAST-AID. 000-PROCESS-FIELDS. EXEC CICS RECEIVE MAP ('SLICKM1') RESP (COMM-RESP) END-EXEC. PERFORM 000-VALIDATE-MAP-FIELDS. SET MAP-RECEIVED TO TRUE. IF EIBAID = DFHENTER NEXT SENTENCE ELSE IF EIBAID NOT = DFHPF1 MOVE 'Invalid Key.' TO COMM-MESSAGE ELSE IF BAD-DATA MOVE 'Enter required field(s).' TO COMM-MESSAGE ELSE IF WS-LAST-AID NOT = DFHPF1 OR MAP-CHANGED MOVE 'Hit PF1 to confirm request.' TO COMM-MESSAGE ELSE PERFORM 000-ADD-ACCOUNT. 000-VALIDATE-MAP-FIELDS. * Unit Cost (Required) IF M1UNITL = ZERO MOVE WS-UNIT-PRICE TO NUM-5 MOVE DOLLARS-5 TO D-5 MOVE CENTS-5 TO C-5 MOVE DC-5 TO M1UNITI ELSE SET MAP-CHANGED TO TRUE MOVE 5 TO WS-FIELD-SIZE MOVE M1UNITI TO CH-ARRAY PERFORM 000-MONEY-FIELD MOVE CH-ARRAY TO WS-UNIT-PRICE MOVE DC-5 TO M1UNITI. IF WS-UNIT-PRICE = ZERO SET BAD-DATA TO TRUE MOVE -1 TO M1UNITL. * Tank Size (Required) IF M1TANKL = ZERO MOVE WS-SIZE-OF-TANK TO M1TANKI ELSE SET MAP-CHANGED TO TRUE MOVE 4 TO WS-FIELD-SIZE MOVE M1TANKI TO CH-ARRAY PERFORM 000-NUM-FIELD MOVE CH-ARRAY TO WS-SIZE-OF-TANK MOVE CH-ARRAY TO M1TANKI. IF WS-SIZE-OF-TANK = ZERO SET BAD-DATA TO TRUE MOVE -1 TO M1TANKL. * Home Size (Required) IF M1HOMEL = ZERO MOVE WS-SIZE-OF-HOME TO M1HOMEI ELSE SET MAP-CHANGED TO TRUE MOVE 4 TO WS-FIELD-SIZE MOVE M1HOMEI TO CH-ARRAY PERFORM 000-NUM-FIELD MOVE CH-ARRAY TO WS-SIZE-OF-HOME MOVE CH-ARRAY TO M1HOMEI. IF WS-SIZE-OF-HOME = ZERO SET BAD-DATA TO TRUE MOVE -1 TO M1HOMEL. * Office Telephone (Optional) IF M1TEL2CL = ZERO MOVE WS-TEL-2C TO M1TEL2CI ELSE SET MAP-CHANGED TO TRUE MOVE 3 TO WS-FIELD-SIZE MOVE M1TEL2CI TO CH-ARRAY PERFORM 000-NUM-FIELD MOVE CH-ARRAY TO WS-TEL-2C MOVE CH-ARRAY TO M1TEL2CI. * Office Telephone Exchange (Optional) IF M1TEL2BL = ZERO MOVE WS-TEL-2B TO M1TEL2BI ELSE SET MAP-CHANGED TO TRUE MOVE 3 TO WS-FIELD-SIZE MOVE M1TEL2BI TO CH-ARRAY PERFORM 000-NUM-FIELD MOVE CH-ARRAY TO WS-TEL-2B MOVE CH-ARRAY TO M1TEL2BI. * Office Telephone Area Code (Optional) IF M1TEL2AL = ZERO MOVE WS-TEL-2A TO M1TEL2AI ELSE SET MAP-CHANGED TO TRUE MOVE 3 TO WS-FIELD-SIZE MOVE M1TEL2AI TO CH-ARRAY PERFORM 000-NUM-FIELD MOVE CH-ARRAY TO WS-TEL-2A MOVE CH-ARRAY TO M1TEL2AI. * Home Telephone (Required) IF M1TEL1CL = ZERO MOVE WS-TEL-1C TO M1TEL1CI ELSE SET MAP-CHANGED TO TRUE MOVE 4 TO WS-FIELD-SIZE MOVE M1TEL1CI TO CH-ARRAY PERFORM 000-NUM-FIELD MOVE CH-ARRAY TO WS-TEL-1C MOVE CH-ARRAY TO M1TEL1CI. * Home Telephone Exchange (Required) IF M1TEL1BL = ZERO MOVE WS-TEL-1B TO M1TEL1BI ELSE SET MAP-CHANGED TO TRUE MOVE 3 TO WS-FIELD-SIZE MOVE M1TEL1BI TO CH-ARRAY PERFORM 000-NUM-FIELD MOVE CH-ARRAY TO WS-TEL-1B MOVE CH-ARRAY TO M1TEL1BI. IF WS-TEL-1B = ZERO SET BAD-DATA TO TRUE MOVE -1 TO M1TEL1BL. * Home Telephone Area Code (Required) IF M1TEL1AL = ZERO MOVE WS-TEL-1A TO M1TEL1AI ELSE SET MAP-CHANGED TO TRUE MOVE 3 TO WS-FIELD-SIZE MOVE M1TEL1AI TO CH-ARRAY PERFORM 000-NUM-FIELD MOVE CH-ARRAY TO WS-TEL-1A MOVE CH-ARRAY TO M1TEL1AI. IF WS-TEL-1A = ZERO SET BAD-DATA TO TRUE MOVE -1 TO M1TEL1AL. * Extended Zip Code (Optional) IF M1ZIPXL = ZERO MOVE WS-ZIP-EX TO M1ZIPXI ELSE SET MAP-CHANGED TO TRUE MOVE 4 TO WS-FIELD-SIZE MOVE M1ZIPXI TO CH-ARRAY PERFORM 000-NUM-FIELD MOVE CH-ARRAY TO WS-ZIP-EX MOVE CH-ARRAY TO M1ZIPXI. * Zip Code (Required) IF M1ZIPL = ZERO MOVE WS-ZIP TO M1ZIPI ELSE SET MAP-CHANGED TO TRUE MOVE 5 TO WS-FIELD-SIZE MOVE M1ZIPI TO CH-ARRAY PERFORM 000-NUM-FIELD MOVE CH-ARRAY TO WS-ZIP MOVE CH-ARRAY TO M1ZIPI. IF WS-ZIP = ZERO SET BAD-DATA TO TRUE MOVE -1 TO M1ZIPL. * State Name (Required) IF M1STATEL = ZERO MOVE WS-STATE TO M1STATEI ELSE INSPECT M1STATEI REPLACING ALL '_' BY ' ' SET MAP-CHANGED TO TRUE MOVE M1STATEI TO WS-STATE. IF WS-STATE = SPACE SET BAD-DATA TO TRUE MOVE ALL '_' TO M1STATEI MOVE -1 TO M1STATEL. * City (Required) IF M1CITYL = ZERO MOVE WS-CITY TO M1CITYI ELSE INSPECT M1CITYI REPLACING ALL '_' BY ' ' SET MAP-CHANGED TO TRUE MOVE M1CITYI TO WS-CITY. IF WS-CITY = SPACE SET BAD-DATA TO TRUE MOVE ALL '_' TO M1CITYI MOVE -1 TO M1CITYL. * Address (Required) IF M1ADDRL = ZERO MOVE WS-ADDRESS TO M1ADDRI ELSE INSPECT M1ADDRI REPLACING ALL '_' BY ' ' SET MAP-CHANGED TO TRUE MOVE M1ADDRI TO WS-ADDRESS. IF WS-ADDRESS = SPACE SET BAD-DATA TO TRUE MOVE ALL '_' TO M1ADDRI MOVE -1 TO M1ADDRL. * Middle Initial (Optional) IF M1INITL = ZERO MOVE WS-NAME-INITIAL TO M1INITI ELSE INSPECT M1INITI REPLACING ALL '_' BY ' ' SET MAP-CHANGED TO TRUE MOVE M1INITI TO WS-NAME-INITIAL. IF WS-NAME-INITIAL = SPACE MOVE ALL '_' TO M1INITI. * First Name (Required) IF M1FIRSTL = ZERO MOVE WS-NAME-FIRST TO M1FIRSTI ELSE INSPECT M1FIRSTI REPLACING ALL '_' BY ' ' SET MAP-CHANGED TO TRUE MOVE M1FIRSTI TO WS-NAME-FIRST. IF WS-NAME-FIRST = SPACE SET BAD-DATA TO TRUE MOVE ALL '_' TO M1FIRSTI MOVE -1 TO M1FIRSTL. * Last Name (Required) IF M1LASTL = ZERO MOVE WS-NAME-LAST TO M1LASTI ELSE INSPECT M1LASTI REPLACING ALL '_' BY ' ' SET MAP-CHANGED TO TRUE MOVE M1LASTI TO WS-NAME-LAST. IF WS-NAME-LAST = SPACE SET BAD-DATA TO TRUE MOVE ALL '_' TO M1LASTI MOVE -1 TO M1LASTL. 000-ADD-ACCOUNT. COMPUTE COMM-ACCOUNT-ID = COMM-MAX-ACCOUNT-ID + 1. MOVE ZERO TO A-S-RECORD-NUMBER. PERFORM 000-CHECK-FOR-DUPLICATE VARYING A-S-ACCOUNT-ID FROM COMM-MIN-ACCOUNT-ID BY 1 UNTIL A-S-ACCOUNT-ID = COMM-ACCOUNT-ID OR A-S-NAME-LAST = M1LASTI AND A-S-ADDRESS = M1ADDRI. IF A-S-ACCOUNT-ID < COMM-ACCOUNT-ID MOVE 'Duplicate account data.' TO COMM-MESSAGE PERFORM 000-ALARM ELSE MOVE WS-NAME-LAST TO A-S-NAME-LAST MOVE WS-NAME-FIRST TO A-S-NAME-FIRST MOVE WS-NAME-INITIAL TO A-S-NAME-INITIAL MOVE WS-ADDRESS TO A-S-ADDRESS MOVE WS-CITY TO A-S-CITY MOVE WS-STATE TO A-S-STATE MOVE WS-ZIP TO A-S-ZIP MOVE WS-ZIP-EX TO A-S-ZIP-EX MOVE WS-TEL-1A TO A-S-TEL-1A MOVE WS-TEL-1B TO A-S-TEL-1B MOVE WS-TEL-1C TO A-S-TEL-1C MOVE WS-TEL-2A TO A-S-TEL-2A MOVE WS-TEL-2B TO A-S-TEL-2B MOVE WS-TEL-2C TO A-S-TEL-2C MOVE WS-SIZE-OF-TANK TO A-S-SIZE-OF-TANK MOVE WS-SIZE-OF-HOME TO A-S-SIZE-OF-HOME MOVE WS-UNIT-PRICE TO A-S-UNIT-PRICE COMPUTE A-S-ESTIMATED-USAGE = (WS-SIZE-OF-HOME * 2) / 3 COMPUTE A-S-ESTIMATED-COST = (A-S-ESTIMATED-USAGE * WS-UNIT-PRICE) COMPUTE A-S-BUDGET-AMOUNT = (((A-S-ESTIMATED-COST / 12) + 50) / 1000) * 1000 MOVE COMM-TRAN-DATE TO A-S-START-OF-CONTRACT MOVE ZERO TO A-S-END-OF-CONTRACT MOVE ZERO TO A-S-MAINTENANCE-ENTRIES MOVE ZERO TO A-S-LAST-MAINTENANCE MOVE ZERO TO A-S-DELIVERY-ENTRIES MOVE ZERO TO A-S-LAST-DELIVERY MOVE ZERO TO A-S-PAYMENT-ENTRIES MOVE ZERO TO A-S-LAST-PAYMENT MOVE COMM-TRAN-DATE TO TEMP-DATE ADD 1 TO TEMP-MM IF TEMP-MM = 12 MOVE 1 TO TEMP-MM ADD 1 TO TEMP-YY ELSE ADD 1 TO TEMP-MM END-IF IF TEMP-DD > 28 MOVE 28 TO TEMP-DD END-IF MOVE TEMP-DATE TO A-S-PAYMENT-DUE MOVE ZERO TO A-S-BALANCE EXEC CICS WRITE FILE ('ACCTFILE') FROM (ACCOUNT-STATISTICS-RECORD) RIDFLD (A-S-KEY) LENGTH (ACCTFILE-LENGTH) KEYLENGTH (ACCTFILE-KEYLENGTH) RESP (ACCTFILE-RESP) RESP2 (ACCTFILE-RESP2) END-EXEC IF ACCTFILE-RESP NOT = DFHRESP(NORMAL) MOVE 'SE13' TO COMM-ABCODE EXEC CICS ABEND ABCODE (COMM-ABCODE) NODUMP END-EXEC ELSE EXEC CICS READ FILE ('ACCTFILE') INTO (ACCOUNT-CONTROL-RECORD) RIDFLD (A-C-KEY) LENGTH (ACCTFILE-LENGTH) KEYLENGTH (ACCTFILE-KEYLENGTH) RESP (ACCTFILE-RESP) RESP2 (ACCTFILE-RESP2) UPDATE END-EXEC MOVE A-S-ACCOUNT-ID TO A-C-MAX-ACCOUNT-ID EXEC CICS REWRITE FILE ('ACCTFILE') FROM (ACCOUNT-CONTROL-RECORD) LENGTH (ACCTFILE-LENGTH) RESP (ACCTFILE-RESP) RESP2 (ACCTFILE-RESP2) END-EXEC IF ACCTFILE-RESP NOT = DFHRESP(NORMAL) MOVE 'SE12' TO COMM-ABCODE EXEC CICS ABEND ABCODE (COMM-ABCODE) NODUMP END-EXEC ELSE MOVE A-S-ACCOUNT-ID TO COMM-MAX-ACCOUNT-ID MOVE A-S-ACCOUNT-ID TO A-A-ACCOUNT-ID MOVE ACCOUNT-ADDED-MESSAGE TO COMM-MESSAGE SET COMM-MENU TO TRUE. 000-CHECK-FOR-DUPLICATE. EXEC CICS READ FILE ('ACCTFILE') INTO (ACCOUNT-STATISTICS-RECORD) RIDFLD (A-S-KEY) LENGTH (ACCTFILE-LENGTH) KEYLENGTH (ACCTFILE-KEYLENGTH) RESP (ACCTFILE-RESP) RESP2 (ACCTFILE-RESP2) END-EXEC. IF ACCTFILE-RESP NOT = DFHRESP(NORMAL) MOVE 'SE11' TO COMM-ABCODE EXEC CICS ABEND ABCODE (COMM-ABCODE) NODUMP END-EXEC. 000-ALARM. EXEC CICS SEND CONTROL FREEKB ALARM END-EXEC. COPY SLICKNUM.

36.956284

73

0.390113

fa998b7e19409bb70a860ac4325428bfdd0077ff

1,397

cob

COBOL

languages/cobol/cobol24/ch12/chapt12e.cob

sergev/vak-opensource

e1912b83dabdbfab2baee5e7a9a40c3077349381

[ "Apache-2.0" ]

34

2016-10-29T19:50:34.000Z

2022-02-12T21:27:43.000Z

languages/cobol/cobol24/ch12/chapt12e.cob

sergev/vak-opensource

e1912b83dabdbfab2baee5e7a9a40c3077349381

[ "Apache-2.0" ]

null

languages/cobol/cobol24/ch12/chapt12e.cob

sergev/vak-opensource

e1912b83dabdbfab2baee5e7a9a40c3077349381

[ "Apache-2.0" ]

19

2017-06-19T23:04:00.000Z

2021-11-13T15:00:41.000Z

000010 @OPTIONS MAIN,TEST 000020 Identification Division. 000030 Program-Id. Chapt12e. 000044 Environment Division. 000050 Configuration Section. 000051 Source-Computer. IBM-PC. 000055 Object-Computer. IBM-PC. 000056 Data Division. 000057 Working-Storage Section. 000067 01 State-Table-Area. 000068 03 State-Table-Data. 000077 05 Filler Pic X(37) Value "ALBirmingham Alabama". 000087 05 Filler Pic X(37) Value "ALMontgomery Alabama". 000097 05 Filler Pic X(37) Value "AZPhoenix Arizona". 000107 05 Filler Pic X(37) Value "AZTucson Arizona". 000199 03 State-Table Redefines State-Table-Data. 000200 05 State-Table-Occurrences Occurs 4 Times 000201 Indexed By Table-Index 000202 Ascending Key State-Abbrev City-Name. 000203 10 State-Abbrev Pic XX. 000204 10 City-Name Pic X(15). 000205 10 State-Name Pic X(20). 000206 Procedure Division. 000207 Chapt12e-Start. 000216 Search All State-Table-Occurrences 000218 At End Display "State Not Found" 000219 When State-Abbrev (Table-Index) = "AZ" 000220 And City-Name (Table-Index) = "Phoenix" 000221 Display "State = " 000222 State-Name (Table-Index) 000223 End-Search 000224 Stop Run 000344 .

41.088235

69

0.64209

454e11d7ad1453a86b59e2578ccaa4b7635c49b4

8,235

cob

COBOL

languages/cobol/cobol24/ch19/chapt19x.cob

sergev/vak-opensource

e1912b83dabdbfab2baee5e7a9a40c3077349381

[ "Apache-2.0" ]

34

2016-10-29T19:50:34.000Z

2022-02-12T21:27:43.000Z

languages/cobol/cobol24/ch19/chapt19x.cob

sergev/vak-opensource

e1912b83dabdbfab2baee5e7a9a40c3077349381

[ "Apache-2.0" ]

null

languages/cobol/cobol24/ch19/chapt19x.cob

sergev/vak-opensource

e1912b83dabdbfab2baee5e7a9a40c3077349381

[ "Apache-2.0" ]

19

2017-06-19T23:04:00.000Z

2021-11-13T15:00:41.000Z

000010 @OPTIONS MAIN,TEST 000020 Identification Division. 000030 Program-Id. Chapt19x. 000031* Chapter 19 Exercise Answer 000043 Environment Division. 000050 Configuration Section. 000055 Source-Computer. IBM-PC. 000056 Object-Computer. IBM-PC. 000061 Input-Output Section. 000062 File-Control. 000063 Select Report-File Assign To Printer. 000066 Select Dealer-File Assign To "Dealer.Dat" 000067 Organization Indexed 000068 Access Sequential 000069 Record Key Dealer-Number 000070 Alternate Record Key Dealer-Name Of Dealer-Record 000071 File Status Dealer-Status. 000072 Select Sort-File Assign To Sort-Work. 000076 Data Division. 000077 File Section. 000078 Fd Report-File. 000079 01 Report-Record Pic X(80). 000093 Fd Dealer-File. 000094 01 Dealer-Record. 000095 03 Dealer-Number Pic X(8). 000096 03 Dealer-Name. 000097 05 Last-Name Pic X(25). 000098 05 First-Name Pic X(15). 000099 05 Middle-Name Pic X(10). 000100 03 Address-Line-1 Pic X(50). 000101 03 Address-Line-2 Pic X(50). 000102 03 City Pic X(40). 000103 03 State-Or-Country Pic X(20). 000104 03 Postal-Code Pic X(15). 000105 03 Home-Phone Pic X(20). 000106 03 Work-Phone Pic X(20). 000107 03 Other-Phone Pic X(20). 000108 03 Start-Date Pic 9(8). 000109 03 Last-Rent-Paid-Date Pic 9(8). 000110 03 Next-Rent-Due-Date Pic 9(8). 000111 03 Rent-Amount Pic 9(4)v99. 000112 03 Consignment-Percent Pic 9(3). 000113 03 Last-Sold-Amount Pic S9(7)v99. 000114 03 Last-Sold-Date Pic 9(8). 000115 03 Sold-To-Date Pic S9(7)v99. 000116 03 Commission-To-Date Pic S9(7)v99. 000117 03 Filler Pic X(15). 000127 Sd Sort-File. 000137 01 Sort-Record. 000138* It Is Not Necessary To Duplicate The Entire Dealer File In The Sort, 000139* As We Are Going To Only Use A Few Fields. This Will Make The Sort Faster. 000141 03 Dealer-Name. 000142 05 Last-Name Pic X(25). 000143 05 First-Name Pic X(15). 000144 05 Middle-Name Pic X(10). 000145 03 Last-Rent-Paid-Date Pic 9(8). 000146 03 Next-Rent-Due-Date Pic 9(8). 000147 03 Rent-Amount Pic 9(4)v99. 000148 Working-Storage Section. 000206 01 Dealer-Status Pic XX Value Zeros. 000207 88 Dealer-Success Value "00" Thru "09". 000209 01 Heading-Line-1. 000210 03 Filler Pic X(12) Value "Created by:". 000211 03 Filler Pic X(8) Value "CHAPT19X". 000212 03 Filler Pic X(11) Value Spaces. 000213 03 Filler Pic X(23) Value "Dealer File Rent Report". 000214 03 Filler Pic X(10) Value Spaces. 000215 03 Filler Pic X(5) Value "Page". 000216 03 Page-No Pic Z(4)9 Value Zeros. 000217 01 Heading-Line-2. 000218 03 Filler Pic X(12) Value "Created on:". 000219 03 Date-MM Pic 99. 000220 03 Filler Pic X Value "/". 000221 03 Date-DD Pic 99. 000222 03 Filler Pic X Value "/". 000223 03 Date-YY Pic 99. 000224 01 Heading-Line-3. 000225 03 Filler Pic X(12) Value "At:". 000226 03 Time-HH Pic 99. 000227 03 Filler Pic X Value ":". 000228 03 Time-MM Pic 99. 000229 03 Filler Pic X Value ":". 000230 03 Time-SS Pic 99. 000231 01 Heading-Line-4. 000232 03 Filler Pic X(41) Value Spaces. 000233 03 Filler Pic X(27) Value "Last Rent Next Rent". 000234 03 Filler Pic X(4) Value "Rent". 000235 01 Heading-Line-5. 000236 03 Filler Pic X(44) Value "Name". 000237 03 Filler Pic X(29) Value "Paid Due Amount". 000238 01 Detail-Line. 000239 03 Detail-Name Pic X(40) Value Spaces. 000240 03 Filler Pic X Value Spaces. 000241 03 Last-Rent-Paid-Date Pic 99/99/9999. 000242 03 Filler Pic X Value Spaces. 000243 03 Next-Rent-Due-Date Pic 99/99/9999. 000244 03 Filler Pic X Value Spaces. 000245 03 Rent-Amount Pic $$$,$$$.99. 000246 01 Line-Count Pic 99 Value 99. 000247 01 Page-Count Pic 9(4) Value Zeros. 000248 01 Max-Lines Pic 99 Value 60. 000249 01 Date-And-Time-Area. 000250 03 Work-Date Pic 9(6). 000251 03 Work-Date-X Redefines Work-Date. 000252 05 Date-YY Pic 99. 000253 05 Date-MM Pic 99. 000254 05 Date-DD Pic 99. 000255 03 Work-Time Pic 9(8). 000256 03 Work-Time-X Redefines Work-Time. 000257 05 Time-HH Pic 99. 000258 05 Time-MM Pic 99. 000259 05 Time-SS Pic 99. 000260 05 Filler Pic XX. 000261 01 Done-Flag Pic X Value Spaces. 000262 88 All-Done Value "Y". 000263 Procedure Division. 000264 Declaratives. 000265 Dealer-File-Error Section. 000266 Use After Standard Error Procedure On Dealer-File 000267 . 000268 Dealer-Error-Paragraph. 000269 Display "Error on Dealer File " Dealer-Status 000270 . 000271 End Declaratives. 000272 Chapt19x-Start. 000273 Display "Begin Process Chapt19x" 000274 Sort Sort-File Descending Key Rent-Amount Of Sort-Record 000275 Input Procedure Sort-In 000276 Output Procedure Print-Report 000277 Stop Run 000278 . 000279 Sort-In. 000280 Open Input Dealer-File 000281* No Need To Do A "Start", We Have A Sort! 000282 Perform Until Not Dealer-Success 000283 Read Dealer-File 000284 At End Continue 000285 Not At End 000286* No Need To Release It To The Sort If Its Not $40.00 Or More. 000287 If Rent-Amount Of Dealer-Record >= 40 000288 Move Corresponding Dealer-Record To Sort-Record 000289 Release Sort-Record 000290 End-If 000291 End-Read 000292 End-Perform 000293 Close Dealer-File 000294 . 000295 Print-Report. 000296 Open Output Report-File 000297 Perform Fill-Initial-Headings 000298 Perform Until All-Done 000299 Return Sort-File 000300 At End Set All-Done To True 000301 Not At End 000302 Perform Print-This-Record 000303 End-Return 000304 End-Perform 000305 Close Report-File 000306 . 000319 Print-This-Record. 000320 Perform Format-Name 000321 Move Corresponding Sort-Record To Detail-Line 000322 If Line-Count >= Max-Lines 000323 Perform Heading-Routine 000324 End-If 000325 Write Report-Record From Detail-Line After 1 000326 Add 1 To Line-Count 000327 . 000328 Heading-Routine. 000329 Add 1 To Page-Count 000330 Move Page-Count To Page-No 000331 If Page-Count = 1 000332 Write Report-Record From Heading-Line-1 After Zero 000333 Else 000334 Write Report-Record From Heading-Line-1 After Page 000335 End-If 000336 Write Report-Record From Heading-Line-2 After 1 000337 Write Report-Record From Heading-Line-3 After 1 000338 Write Report-Record From Heading-Line-4 After 2 000339 Write Report-Record From Heading-Line-5 After 1 000340 Write Report-Record From Heading-Line-5 Before 2 000341 Move 7 To Line-Count 000342 . 000343 Format-Name. 000344 Move Spaces To Detail-Name 000345 String First-Name Of Sort-Record Delimited By Space 000346 " " Delimited By Size 000347 Middle-Name Of Sort-Record Delimited By Space 000348 " " Delimited By Size 000349 Last-Name Of Sort-Record Delimited By Space 000350 Into Detail-Name 000351 End-String 000352 . 000353 Fill-Initial-Headings. 000354 Accept Work-Date From Date 000355 Accept Work-Time From Time 000356 Move Corresponding Work-Date-X To 000357 Heading-Line-2 000358 Move Corresponding Work-Time-X To 000359 Heading-Line-3 000360 .

40.767327

82

0.629265

c865129a2480970ae7845a395c04b70fd79053ba

1,223

cbl

COBOL

extra/COBOL/COBOL-4/cobol-master/PerformExample.cbl

jfitz/code-stat

dd2a13177f3ef03ab42123ef3cfcbbd062a2ae26

[ "MIT" ]

null

extra/COBOL/COBOL-4/cobol-master/PerformExample.cbl

jfitz/code-stat

dd2a13177f3ef03ab42123ef3cfcbbd062a2ae26

[ "MIT" ]

null

extra/COBOL/COBOL-4/cobol-master/PerformExample.cbl

jfitz/code-stat

dd2a13177f3ef03ab42123ef3cfcbbd062a2ae26

[ "MIT" ]

null

IDENTIFICATION DIVISION. PROGRAM-ID. PerformExample. AUTHOR. jiuweigui. * Example of jumping around using Perform DATA DIVISION. WORKING-STORAGE SECTION. 01 UserInitials PIC x(10). 01 A PIC 999 VALUE 30. 01 B PIC 999 VALUE 20. 01 Result PIC 999999. 01 Formatted PIC Z(10).Z(2). PROCEDURE DIVISION. FirstStage. DISPLAY "------------------". DISPLAY "This is the first stage of the program.". DISPLAY "...and next we're at???". DISPLAY "------------------". PERFORM ThirdStage. DISPLAY "------------------". DISPLAY "Previous one was Third Stage and now we're at 1st.". DISPLAY "Alas we've ran out lines..". DISPLAY "------------------". STOP RUN. SecondStage. DISPLAY "You have reached Second Stage.". DISPLAY "Please enter your initials:". ACCEPT UserInitials DISPLAY "Hello ", UserInitials. DISPLAY "I wonder what's the next destination...". ThirdStage. DISPLAY "You've reached the third stage (instead of second).". DISPLAY "Here we like maths.". MULTIPLY A BY B GIVING Result. MOVE Result TO Formatted. DISPLAY "We multiplied 30 with 20 and got ", Formatted. DISPLAY "Next we'll jump to the Second Stage..". DISPLAY "--------------------------". PERFORM SecondStage.

27.177778

63

0.655765

0b36a5e4a101f6916509d65a90ec285e896447ed

437

cpy

COBOL

cpy/CSF00500.cpy

abrignoli/COBSOFT

9b8d567465ba40ece8efc985209adc14263cbad1

[ "MIT" ]

3

2019-03-17T18:36:33.000Z

2020-08-12T21:21:55.000Z

cpy/CSF00500.cpy

abrignoli/COBSOFT

9b8d567465ba40ece8efc985209adc14263cbad1

[ "MIT" ]

null

cpy/CSF00500.cpy

abrignoli/COBSOFT

9b8d567465ba40ece8efc985209adc14263cbad1

[ "MIT" ]

null

fd pd00500. 01 f00500-bairro. 03 f00500-cd-empresa pic 9(03). 03 f00500-cd-filial pic 9(04). 03 f00500-id-bairro pic 9(09). 03 f00500-cd-bairro pic 9(10). 03 f00500-nome-bairro pic x(55). 03 f00500-id-municipio pic 9(09).

33.615385

61

0.368421

9d5f9173be0ae7eb48c286e7e561f38faaeb31a4

1,156

cob

COBOL

example15.cob

ursinn/COBOL-Hello

21ed6efac6199c3f0d53dbc2157d633a54daf400

[ "Unlicense" ]

null

example15.cob

ursinn/COBOL-Hello

21ed6efac6199c3f0d53dbc2157d633a54daf400

[ "Unlicense" ]

1

2021-02-13T16:55:08.000Z

example15.cob

ursinn/cobol-hello

c6ee308d2066233c110d781044a5ff0e45d4547a

[ "Unlicense" ]

null

>>SOURCE FORMAT FREE IDENTIFICATION DIVISION. PROGRAM-ID. exampel15. AUTHOR. Ursin Filli DATE-WRITTEN. May 1st 2020 ENVIRONMENT DIVISION. DATA DIVISION. FILE SECTION. WORKING-STORAGE SECTION. 01 Table1. 02 Friend PIC X(15) OCCURS 4 TIMES. 01 CustTable. 02 CustName OCCURS 5 TIMES. 03 FName PIC X(15). 03 LName PIC X(15). 01 OrderTable. 02 Product OCCURS 2 TIMES INDEXED BY I. 03 ProdName PIC X(10). 03 ProdSize OCCURS 3 TIMES INDEXED BY J. 04 SizeType PIC A. PROCEDURE DIVISION. SET I J TO 1 Move 'Blue Shirt' TO Product(I) MOVE 'S' To ProdSize(I,J) SET J UP BY 1 MOVE 'M' To ProdSize(I,J) SET J DOWN BY 1 MOVE 'Blue ShirtSMLRed Shirt SML' TO OrderTable PERFORM GetProduct VARYING I FROM 1 BY 1 UNTIL I>2. GO TO LookUp. GetProduct. DISPLAY Product(I) PERFORM GetSizes VARYING J FROM 1 BY 1 UNTIL J>3. GetSizes. DISPLAY ProdSize(I,J). LookUp. SET I TO 1. SEARCH Product AT END DISPLAY 'Product Not Found' WHEN ProdName(I) = 'Red Shirt' DISPLAY 'Red Shirt Found' END-SEARCH. STOP RUN.

22.666667

56

0.642734

d1f132b972be2cb5a35d00c5a2e1c944eb952bc3

1,645

cob

COBOL

blinmaker.cob

wasamasa/nostalgia

01ac1d528add761ad91fcee380771de68893a33b

[ "Unlicense" ]

null

blinmaker.cob

wasamasa/nostalgia

01ac1d528add761ad91fcee380771de68893a33b

[ "Unlicense" ]

null

blinmaker.cob

wasamasa/nostalgia

01ac1d528add761ad91fcee380771de68893a33b

[ "Unlicense" ]

null

identification division. program-id. blinmaker. data division. working-storage section. 77 eggs_amount pic 999. 77 eggs_min pic 999 value 1. 77 milk_amount pic 99999. 77 milk_min pic 99999 value 200. *> milliliter 77 flour_amount pic 99999. 77 flour_min pic 99999 value 100. *> grams 77 smallest pic 99999. 77 blin_amount pic zzzzz. 77 eggs_needed pic zzzzz. 77 milk_needed pic zzzzz. 77 flour_needed pic zzzzz. procedure division. main. display 'Hello Boris!'. display 'Blinmaker is starting up..'. display 'How many eggs you have?' accept eggs_amount. display 'How much milk you have?' accept milk_amount. display 'How much flour you have?' accept flour_amount. if eggs_amount < eggs_min or milk_amount < milk_min or flour_amount < flour_min display 'no blin today :(' else compute flour_amount = flour_amount / flour_min compute milk_amount = milk_amount / milk_min compute smallest = function min(eggs_amount, milk_amount, flour_amount) compute blin_amount = smallest * 4 display ' ' display 'You can make ' function trim(blin_amount) ' of blins' display ' ' multiply smallest by eggs_min giving eggs_needed display 'You will need ' function trim(eggs_needed) ' eggs' multiply smallest by flour_min giving flour_needed display 'You will need ' function trim(flour_needed) ' grams flour' multiply smallest by milk_min giving milk_needed display 'You will need ' function trim(milk_needed) 'ml milk' display ' ' display 'Blinmaker shutting down..' end-if. goback. end program blinmaker.

32.254902

82

0.713678

9242707d01c93d0826b6afc634a591b09b354576

5,949

cob

COBOL

FAKER.cob

dinodev76/COB-FAKER

984e44a309d8d52a7a376a647f049d0a40cd75fb

[ "MIT" ]

1

2020-08-17T20:18:48.000Z

FAKER.cob

dinodev76/COB-FAKER

984e44a309d8d52a7a376a647f049d0a40cd75fb

[ "MIT" ]

null

FAKER.cob

dinodev76/COB-FAKER

984e44a309d8d52a7a376a647f049d0a40cd75fb

[ "MIT" ]

null

*========================== COB-FAKER ===========================* * Authors: Brian D Pead * * License: MIT * * Date Version Description * ---- ------- ----------- * 2020-02-08 1.0 First release * 2020-02-11 1.0.1 Add BANK and PHONE numbers *================================================================* IDENTIFICATION DIVISION. *======================== PROGRAM-ID. FAKER. ENVIRONMENT DIVISION. *===================== CONFIGURATION SECTION. *---------------------- SOURCE-COMPUTER. IBM-Z15. * IBM-Z15 DEBUGGING MODE. INPUT-OUTPUT SECTION. *--------------------- FILE-CONTROL. / DATA DIVISION. *============== FILE SECTION. *------------- WORKING-STORAGE SECTION. *------------------------ 01 W-FAKER-PROVIDER PIC X(12). 01 W-FAKRAND-PROG PIC X(08) VALUE 'FAKRAND'. 01 W-FAKADDR-PROG PIC X(08) VALUE 'FAKADDR'. 01 W-FAKBANK-PROG PIC X(08) VALUE 'FAKBANK'. 01 W-FAKCOMP-PROG PIC X(08) VALUE 'FAKCOMP'. 01 W-FAKPERS-PROG PIC X(08) VALUE 'FAKPERS'. 01 W-FAKPHON-PROG PIC X(08) VALUE 'FAKPHON'. 01 W-FAKTXID-PROG PIC X(08) VALUE 'FAKTXID'. 01 FILLER PIC X(01) VALUE 'Y'. 88 W-FIRST-CALL VALUE 'Y'. 88 W-NOT-FIRST-CALL VALUE 'N'. 01 W-COMPILED-DATE. 05 W-COMPILED-DATE-YYYY PIC X(04). 05 W-COMPILED-DATE-MM PIC X(02). 05 W-COMPILED-DATE-DD PIC X(02). 05 W-COMPILED-TIME-HH PIC X(02). 05 W-COMPILED-TIME-MM PIC X(02). 05 W-COMPILED-TIME-SS PIC X(02). 05 FILLER PIC X(07). 01 W-FAKRAND-PARAMETER. COPY FAKRANDL. / LINKAGE SECTION. *---------------- 01 L-PARAMETER. COPY FAKERLNK. / PROCEDURE DIVISION USING L-PARAMETER. *================== MAIN. *----- PERFORM SUB-1000-START-UP THRU SUB-1000-EXIT PERFORM SUB-2000-PROCESS THRU SUB-2000-EXIT PERFORM SUB-3000-SHUT-DOWN THRU SUB-3000-EXIT . MAIN-EXIT. GOBACK. / SUB-1000-START-UP. *------------------ SET FAKER-RESPONSE-GOOD TO TRUE MOVE SPACES TO FAKER-RESPONSE-MSG FAKER-RESULT FAKER-RESULT-FIELDS MOVE 0 TO FAKER-INFO-CNT MOVE LOW-VALUES TO FAKER-INFO-OCCS IF FAKER-SEED-NO > 0 OR FAKER-SEED-TEXT NOT = SPACES PERFORM SUB-9100-CALL-FAKRAND THRU SUB-9100-EXIT END-IF IF W-NOT-FIRST-CALL GO TO SUB-1000-EXIT END-IF SET W-NOT-FIRST-CALL TO TRUE MOVE FUNCTION WHEN-COMPILED TO W-COMPILED-DATE DISPLAY 'FAKER compiled on ' W-COMPILED-DATE-YYYY '/' W-COMPILED-DATE-MM '/' W-COMPILED-DATE-DD ' at ' W-COMPILED-TIME-HH ':' W-COMPILED-TIME-MM ':' W-COMPILED-TIME-SS . SUB-1000-EXIT. EXIT. / SUB-2000-PROCESS. *----------------- UNSTRING FAKER-PROVIDER-FUNCTION DELIMITED '-' INTO W-FAKER-PROVIDER EVALUATE W-FAKER-PROVIDER WHEN 'ADDRESS' CALL W-FAKADDR-PROG USING L-PARAMETER WHEN 'BANK' CALL W-FAKBANK-PROG USING L-PARAMETER WHEN 'COMPANY' CALL W-FAKCOMP-PROG USING L-PARAMETER WHEN 'PERSON' CALL W-FAKPERS-PROG USING L-PARAMETER WHEN 'TAXID' CALL W-FAKTXID-PROG USING L-PARAMETER WHEN 'TELEPHONE' CALL W-FAKPHON-PROG USING L-PARAMETER WHEN OTHER SET FAKER-UNKNOWN-PROVIDER TO TRUE STRING 'Unknown FAKER provider "' W-FAKER-PROVIDER '"' DELIMITED SIZE INTO FAKER-RESPONSE-MSG END-EVALUATE . SUB-2000-EXIT. EXIT. / SUB-3000-SHUT-DOWN. *------------------- D IF FAKER-RESPONSE-GOOD D DISPLAY 'FAKER completed successfully' D ELSE D DISPLAY 'FAKER ended with error ' D FAKER-RESPONSE-CODE D ': ' D FAKER-RESPONSE-MSG D END-IF . SUB-3000-EXIT. EXIT. / SUB-9100-CALL-FAKRAND. *---------------------- MOVE FAKER-SEED-NO TO FAKRAND-SEED-NO MOVE FAKER-SEED-TEXT TO FAKRAND-SEED-TEXT CALL W-FAKRAND-PROG USING W-FAKRAND-PARAMETER MOVE 0 TO FAKER-SEED-NO MOVE SPACES TO FAKER-SEED-TEXT . SUB-9100-EXIT. EXIT.

31.812834

73

0.381072

c60619ab0745e77fad7b070006f3b2485c3d6382

544

cpy

COBOL

CopyBooks/FAKRANDL.cpy

dinodev76/COB-FAKER

984e44a309d8d52a7a376a647f049d0a40cd75fb

[ "MIT" ]

1

2020-08-17T20:18:48.000Z

CopyBooks/FAKRANDL.cpy

dinodev76/COB-FAKER

984e44a309d8d52a7a376a647f049d0a40cd75fb

[ "MIT" ]

null

CopyBooks/FAKRANDL.cpy

dinodev76/COB-FAKER

984e44a309d8d52a7a376a647f049d0a40cd75fb

[ "MIT" ]

null

*========================== COB-FAKER ===========================* * Authors: Brian D Pead * * License: MIT * * Date Version Description * ---- ------- ----------- * 2020-02-08 1.0 First release *================================================================* 05 FAKRAND-SEED-NO PIC 9(09) COMP VALUE 0. 05 FAKRAND-SEED-TEXT PIC X(80) VALUE SPACES. 05 FAKRAND-RANDOM-NO PIC V9(09) COMP.

34

73

0.316176

3ef1c27184a3cabdefbc97bcf6949c64483144b6

1,974

cbl

COBOL

euler/euler015.cbl

dennisdjensen/Sketchbook

efb4c7df592ba4fe84e9cdcb0883c93823d04bf5

[ "0BSD" ]

2

2017-04-26T19:30:58.000Z

2020-04-12T16:34:23.000Z

euler/euler015.cbl

dennisdjensen/sketchbook

efb4c7df592ba4fe84e9cdcb0883c93823d04bf5

[ "0BSD" ]

null

euler/euler015.cbl

dennisdjensen/sketchbook

efb4c7df592ba4fe84e9cdcb0883c93823d04bf5

[ "0BSD" ]

null

* Author: Dennis Decker Jensen * Date: 5 July 2015 * Purpose: Calculate length of lattice paths in 20x20 grid * Tectonics: cobc -x euler015.cbl * Method: * This is combinatorics. Use formula from 1991. * In a grid from (0, 0) to (a, b) the number of lattice paths * are the binomial coefficient (a+b)Ca. * nCk = n!/(n-k)!k! * This is of course related to the Pascal pyramid, which * can almost directly be seen in a lattice. * There is a simpler algorithm for computing it, but * I chose to eliminate manually the common factors. * For 20x20 grid this becomes 40C20 * = 40!/20!20! * = 40*39*...*21/20! * = 37 * 33 * 31 * 29 * 26 * 5 * 2 * 23 * 21 * Function Product is not implemented yet in OpenCobol 1.1, * nor in GnuCOBOL 2.0+ as far as I can tell. identification division. program-id. euler015. ****************************************************************** data division. working-storage section. 01 lattice-path-count pic 9(18) comp value 1. 01 i pic 9 comp. 01 binomial-coefficent-remains. 05 remains pic X(27) values "37 33 31 29 26 23 21 05 02". 05 factors redefines remains pic X(3) occurs 9 times. 01 factor-num pic 9(2) comp. ****************************************************************** procedure division. main-procedure. perform varying i from 1 by 1 until i > 9 move function numval(factors(i)) to factor-num multiply factor-num by lattice-path-count end-perform display "The number of lattice paths in a 20x20 grid is " lattice-path-count. stop run. end program euler015.

45.906977

72

0.503546

ff0cd5418b94136b0f1dad2b39bb3c8387f92236

2,475

cbl

COBOL

z86842/cbl/cbl0002.cbl

kevingabayan/cobol-programming-course

22abf22df4bc079dbf8d31dde1965ff00268c466

[ "CC-BY-4.0" ]

null

z86842/cbl/cbl0002.cbl

kevingabayan/cobol-programming-course

22abf22df4bc079dbf8d31dde1965ff00268c466

[ "CC-BY-4.0" ]

null

z86842/cbl/cbl0002.cbl

kevingabayan/cobol-programming-course

22abf22df4bc079dbf8d31dde1965ff00268c466

[ "CC-BY-4.0" ]

null

*----------------------- IDENTIFICATION DIVISION. *----------------------- PROGRAM-ID. CBL0002 AUTHOR. Otto B. Fun. *-------------------- ENVIRONMENT DIVISION. *-------------------- INPUT-OUTPUT SECTION. FILE-CONTROL. SELECT PRINT-LINE ASSIGN TO PRTLINE. SELECT ACCT-REC ASSIGN TO ACCTREC. *------------- DATA DIVISION. *------------- FILE SECTION. FD PRINT-LINE RECORDING MODE F. 01 PRINT-REC. 05 ACCT-NO-O PIC X(8). 05 ACCT-LIMIT-O PIC $$,$$$,$$9.99. 05 ACCT-BALANCE-O PIC $$,$$$,$$9.99. 05 LAST-NAME-O PIC X(20). 05 FIRST-NAME-O PIC X(15). 05 COMMENTS-O PIC X(50). * FD ACCT-REC RECORDING MODE F. 01 ACCT-FIELDS. 05 ACCT-NO PIC X(8). 05 ACCT-LIMIT PIC S9(7)V99 COMP-3. 05 ACCT-BALANCE PIC S9(7)V99 COMP-3. 05 LAST-NAME PIC X(20). 05 FIRST-NAME PIC X(15). 05 CLIENT-ADDR. 10 STREET-ADDR PIC X(25). 10 CITY-COUNTY PIC X(20). 10 USA-STATE PIC X(15). 05 RESERVED PIC X(7). 05 COMMENTS PIC X(50). * WORKING-STORAGE SECTION. 01 FLAGS. 05 LASTREC PIC X VALUE SPACE. *------------------ PROCEDURE DIVISION. *------------------ OPEN-FILES. OPEN INPUT ACCT-REC. OPEN OUTPUT PRINT-LINE. * READ-NEXT-RECORD. PERFORM READ-RECORD PERFORM UNTIL LASTREC = 'Y' PERFORM WRITE-RECORD PERFORM READ-RECORD END-PERFORM . * CLOSE-STOP. CLOSE ACCT-REC. CLOSE PRINT-LINE. GOBACK. * READ-RECORD. READ ACCT-REC AT END MOVE 'Y' TO LASTREC END-READ. * WRITE-RECORD. MOVE ACCT-NO TO ACCT-NO-O. MOVE ACCT-LIMIT TO ACCT-LIMIT-O. MOVE ACCT-BALANCE TO ACCT-BALANCE-O. MOVE LAST-NAME TO LAST-NAME-O. MOVE FIRST-NAME TO FIRST-NAME-O. MOVE COMMENTS TO COMMENTS-O. WRITE PRINT-REX. *

32.142857

55

0.408889

40ea4ac01b5c584bfe43f15d133318d4b497dd04

971

cobol

COBOL

Task/Leap-year/COBOL/leap-year-1.cobol

LaudateCorpus1/RosettaCodeData

9ad63ea473a958506c041077f1d810c0c7c8c18d

[ "Info-ZIP" ]

1

2018-11-09T22:08:38.000Z

Task/Leap-year/COBOL/leap-year-1.cobol

seanwallawalla-forks/RosettaCodeData

9ad63ea473a958506c041077f1d810c0c7c8c18d

[ "Info-ZIP" ]

null

Task/Leap-year/COBOL/leap-year-1.cobol

seanwallawalla-forks/RosettaCodeData

9ad63ea473a958506c041077f1d810c0c7c8c18d

[ "Info-ZIP" ]

1

2018-11-09T22:08:40.000Z

IDENTIFICATION DIVISION. PROGRAM-ID. leap-year. DATA DIVISION. WORKING-STORAGE SECTION. 01 examples VALUE "19001994199619972000". 03 year PIC 9(4) OCCURS 5 TIMES INDEXED BY year-index. 01 remainders. 03 400-rem PIC 9(4). 03 100-rem PIC 9(4). 03 4-rem PIC 9(4). PROCEDURE DIVISION. PERFORM VARYING year-index FROM 1 BY 1 UNTIL 5 < year-index MOVE FUNCTION MOD(year (year-index), 400) TO 400-rem MOVE FUNCTION MOD(year (year-index), 100) TO 100-rem MOVE FUNCTION MOD(year (year-index), 4) TO 4-rem IF 400-rem = 0 OR ((100-rem NOT = 0) AND 4-rem = 0) DISPLAY year (year-index) " is a leap year." ELSE DISPLAY year (year-index) " is not a leap year." END-IF END-PERFORM GOBACK .

32.366667

70

0.506694

a6698c9480ab14782cb7707a2f34055775ef6225

726

cobol

COBOL

Task/Greatest-element-of-a-list/COBOL/greatest-element-of-a-list-2.cobol

LaudateCorpus1/RosettaCodeData

9ad63ea473a958506c041077f1d810c0c7c8c18d

[ "Info-ZIP" ]

1

2018-11-09T22:08:38.000Z

Task/Greatest-element-of-a-list/COBOL/greatest-element-of-a-list-2.cobol

seanwallawalla-forks/RosettaCodeData

9ad63ea473a958506c041077f1d810c0c7c8c18d

[ "Info-ZIP" ]

null

Task/Greatest-element-of-a-list/COBOL/greatest-element-of-a-list-2.cobol

seanwallawalla-forks/RosettaCodeData

9ad63ea473a958506c041077f1d810c0c7c8c18d

[ "Info-ZIP" ]

1

2018-11-09T22:08:40.000Z

IDENTIFICATION DIVISION. FUNCTION-ID. greatest-elt. DATA DIVISION. LOCAL-STORAGE SECTION. 01 idx USAGE INDEX. 01 Table-Len CONSTANT 50. LINKAGE SECTION. 01 num-table-area. 03 num-table PIC 9(8) OCCURS Table-Len TIMES. 01 max-elt PIC 9(8). PROCEDURE DIVISION USING VALUE num-table-area RETURNING max-elt. PERFORM VARYING idx FROM 1 BY 1 UNTIL idx > Table-Len IF num-table (idx) > max-elt MOVE num-table (idx) TO max-elt END-IF END-PERFORM GOBACK . END FUNCTION greatest-elt.

27.923077

71

0.501377

aa6aa85b9bb43135c5c265a9808615214c03ce4d

2,090

cob

COBOL

AdventOfCode2021/d09a.cob

GaloisGirl/Coding

24870ff58c3e5c155547276f7a6fd3e613f60b5e

[ "MIT" ]

13

2020-12-11T23:07:24.000Z

2021-12-27T23:58:22.000Z

AdventOfCode2021/d09a.cob

GaloisGirl/Coding

24870ff58c3e5c155547276f7a6fd3e613f60b5e

[ "MIT" ]

1

2020-12-20T22:16:33.000Z

2021-08-17T16:54:08.000Z

AdventOfCode2021/d09a.cob

GaloisGirl/Coding

24870ff58c3e5c155547276f7a6fd3e613f60b5e

[ "MIT" ]

2

2020-12-20T22:02:08.000Z

2021-12-23T14:42:07.000Z

IDENTIFICATION DIVISION. PROGRAM-ID. AOC-2021-09-1. AUTHOR. ANNA KOSIERADZKA. ENVIRONMENT DIVISION. INPUT-OUTPUT SECTION. FILE-CONTROL. SELECT INPUTFILE ASSIGN TO "d09.input" ORGANIZATION IS LINE SEQUENTIAL. DATA DIVISION. FILE SECTION. FD INPUTFILE. 01 INPUTRECORD PIC X(100). WORKING-STORAGE SECTION. 01 FILE-STATUS PIC 9 VALUE 0. 01 WS-MAP OCCURS 0 TO 100 TIMES DEPENDING ON M. 05 WS-POINT PIC 9 OCCURS 100 TIMES. 01 WS-RESULT PIC 9(6) VALUE 0. 77 M PIC 9(3) VALUE 100. 77 N PIC 9(3) VALUE 100. 77 I PIC 9(3) VALUE 1. 77 J PIC 9(3) VALUE 1. 77 IS-LOW PIC 9. PROCEDURE DIVISION. 001-MAIN. OPEN INPUT INPUTFILE. PERFORM 002-READ UNTIL FILE-STATUS = 1. CLOSE INPUTFILE. PERFORM 004-COUNT-LOWS. DISPLAY WS-RESULT. STOP RUN. 002-READ. READ INPUTFILE AT END MOVE 1 TO FILE-STATUS NOT AT END PERFORM 003-PROCESS-RECORD END-READ. 003-PROCESS-RECORD. MOVE INPUTRECORD TO WS-MAP(I). ADD 1 TO I. 004-COUNT-LOWS. PERFORM VARYING I FROM 1 BY 1 UNTIL I > M PERFORM VARYING J FROM 1 BY 1 UNTIL J > N MOVE 1 TO IS-LOW IF I > 1 AND WS-POINT(I - 1, J) <= WS-POINT(I, J) THEN MOVE 0 TO IS-LOW END-IF IF J > 1 AND WS-POINT(I, J - 1) <= WS-POINT(I, J) THEN MOVE 0 TO IS-LOW END-IF IF I < M AND WS-POINT(I + 1, J) <= WS-POINT(I, J) THEN MOVE 0 TO IS-LOW END-IF IF J < N AND WS-POINT(I, J + 1) <= WS-POINT(I, J) THEN MOVE 0 TO IS-LOW END-IF IF IS-LOW = 1 THEN COMPUTE WS-RESULT = WS-RESULT + WS-POINT(I, J) + 1 END-IF END-PERFORM END-PERFORM.

31.19403

69

0.486124

37e56b2a9a3ae797841d1156a08694200c96f4aa

307

cbl

COBOL

hie.yaml.cbl

theGhostJW/implicit-hie

33b4185cafdf092197a898113d499e4395d08434

[ "BSD-3-Clause" ]

168

2020-05-01T03:02:57.000Z

2022-03-31T08:03:20.000Z

hie.yaml.cbl

theGhostJW/implicit-hie

33b4185cafdf092197a898113d499e4395d08434

[ "BSD-3-Clause" ]

39

2020-05-03T15:38:44.000Z

2022-03-25T19:51:29.000Z

hie.yaml.cbl

theGhostJW/implicit-hie

33b4185cafdf092197a898113d499e4395d08434

[ "BSD-3-Clause" ]

14

2020-05-19T18:45:03.000Z

2021-09-19T04:00:04.000Z

# Rename this file to hie.yaml to open this project in HIE and use Cabal as build system cradle: cabal: - path: "src" component: "lib:implicit-hie" - path: "app/Main.hs" component: "implicit-hie:exe:gen-hie" - path: "test" component: "implicit-hie:test:implicit-hie-test"

23.615385

88

0.648208

ebde96d7773d2e48ccbff3f6f9219543c0df66f9

566

cbl

COBOL

src/test/resources/io/proleap/cobol/preprocessor/fixed/ExecSqlEmptyLine.cbl

stawi/cobol85parser

1e3426b401a6a81d5f19d5e8737856e53f10bce6

[ "MIT" ]

81

2018-03-29T23:39:01.000Z

2022-03-07T11:23:10.000Z

src/test/resources/io/proleap/cobol/preprocessor/fixed/ExecSqlEmptyLine.cbl

stawi/cobol85parser

1e3426b401a6a81d5f19d5e8737856e53f10bce6

[ "MIT" ]

64

2017-03-27T11:15:15.000Z

2018-03-09T18:10:43.000Z

src/test/resources/io/proleap/cobol/preprocessor/fixed/ExecSqlEmptyLine.cbl

stawi/cobol85parser

1e3426b401a6a81d5f19d5e8737856e53f10bce6

[ "MIT" ]

44

2019-01-03T11:48:54.000Z

2021-12-21T09:46:42.000Z

000100 Identification Division. 12345678 000100 Program-ID. ExecSqlEmptyLine. 12345678 000100 Data Division. 12345678 000100 Working-Storage Section. 12345678 000100 EXEC SQL 12345678 000100 12345678 000100 END-EXEC. 12345678

80.857143

80

0.339223

4f45cb20245e3cde068399603245dc7877b5e6f1

343

cbl

COBOL

src/test/resources/io/proleap/cobol/asg/procedure/gotostmt/GoToStatement.cbl

stawi/cobol85parser

1e3426b401a6a81d5f19d5e8737856e53f10bce6

[ "MIT" ]

81

2018-03-29T23:39:01.000Z

2022-03-07T11:23:10.000Z

src/test/resources/io/proleap/cobol/asg/procedure/gotostmt/GoToStatement.cbl

stawi/cobol85parser

1e3426b401a6a81d5f19d5e8737856e53f10bce6

[ "MIT" ]

64

2017-03-27T11:15:15.000Z

2018-03-09T18:10:43.000Z

src/test/resources/io/proleap/cobol/asg/procedure/gotostmt/GoToStatement.cbl

stawi/cobol85parser

1e3426b401a6a81d5f19d5e8737856e53f10bce6

[ "MIT" ]

44

2019-01-03T11:48:54.000Z

2021-12-21T09:46:42.000Z

IDENTIFICATION DIVISION. PROGRAM-ID. GOTOSTMT. DATA DIVISION. WORKING-STORAGE SECTION. 01 SOMEDATA1 PIC 9. PROCEDURE DIVISION. SOMEPROC1. GO TO SOMEPROC2. SOMEPROC2. GO TO SOMEPROC3 SOMEPROC4 SOMEPROC5 DEPENDING ON SOMEDATA1. SOMEPROC3. Display "Proc3". SOMEPROC4. Display "Proc4". SOMEPROC5. GO MORE-LABELS.

20.176471

63

0.725948

eb78d4c68bc213d03b7fa0baf6d408261e99910e

54

cob

COBOL

16_book_pd_02.cob

tseiiti/cobol

c1817d7e254c3a7dfc73a3b21c7f4263c4984f7b

[ "MIT" ]

null

16_book_pd_02.cob

tseiiti/cobol

c1817d7e254c3a7dfc73a3b21c7f4263c4984f7b

[ "MIT" ]

null

16_book_pd_02.cob

tseiiti/cobol

c1817d7e254c3a7dfc73a3b21c7f4263c4984f7b

[ "MIT" ]

null

*abriu o arquivo open input student.

18

30

0.537037

4f75d75c1698eacf9adc11e450c46c6b6de1803e

98

ccp

COBOL

main.ccp

XanIves/hello_world

8d35ab9a5d9e69d9b0e3ad13ac9aec29c01a92cc

[ "MIT" ]

null

main.ccp

XanIves/hello_world

8d35ab9a5d9e69d9b0e3ad13ac9aec29c01a92cc

[ "MIT" ]

null

main.ccp

XanIves/hello_world

8d35ab9a5d9e69d9b0e3ad13ac9aec29c01a92cc

[ "MIT" ]

null

//hello world #include <iostream> int main(){ std::cout << "Hello World" << '\n'; return 0; }

14

37

0.581633

d7c36d5f52fef4766fe0f632d4d74adb7bd6eb5f

132

cob

COBOL

Blob_Lib/assimp-5.2.3/assimp/test/models/COB/dwarf_ascii.cob

antholuo/Blob_Traffic

5d6acf88044e9abc63c0ff356714179eaa4b75bf

[ "MIT" ]

null

Blob_Lib/assimp-5.2.3/assimp/test/models/COB/dwarf_ascii.cob

antholuo/Blob_Traffic

5d6acf88044e9abc63c0ff356714179eaa4b75bf

[ "MIT" ]

null

Blob_Lib/assimp-5.2.3/assimp/test/models/COB/dwarf_ascii.cob

antholuo/Blob_Traffic

5d6acf88044e9abc63c0ff356714179eaa4b75bf

[ "MIT" ]

null

version https://git-lfs.github.com/spec/v1 oid sha256:aec0b7094e61fd6d4f5ad008e7d5dcefbdb2359263f717c53752db677e257b19 size 2263260

33

75

0.886364

a4b9c54833e6c3b8b69dd30952c5d7fdf8eaa183

2,187

cpy

COBOL

Copybooks/EBC2ASC.cpy

dinodev76/GC-Utilities

52bcad43128b038e8aaaa49f13f9b5e31589b075

[ "MIT" ]

null

Copybooks/EBC2ASC.cpy

dinodev76/GC-Utilities

52bcad43128b038e8aaaa49f13f9b5e31589b075

[ "MIT" ]

null

Copybooks/EBC2ASC.cpy

dinodev76/GC-Utilities

52bcad43128b038e8aaaa49f13f9b5e31589b075

[ "MIT" ]

null

*========================= EBC2ASC.cpy ==========================* * Authors: Brian D Pead * * License: MIT * * Date Version Description * ---- ------- ----------- * 2020-02-08 1.0 First release *================================================================* 01 W-EBCDIC-TO-ASCII-TABLE. 05 FILLER-00-0F PIC X(32) VALUE '00010203EC09CA7FE2D2D30B0C0D0E0F'. 05 FILLER-10-1F PIC X(32) VALUE '10111213EFC508CB1819DCD81C1D1E1F'. 05 FILLER-20-2F PIC X(32) VALUE 'B7B8B9BBC40A171BCCCDCFD0D1050607'. 05 FILLER-30-3F PIC X(32) VALUE 'D9DA16DDDEDFE004E3E5E9EB14159E1A'. 05 FILLER-40-4F PIC X(32) VALUE '20C9838485A0F28687A4D52E3C282BB3'. 05 FILLER-50-5F PIC X(32) VALUE '268288898AA18C8B8DE121242A293B5E'. 05 FILLER-60-6F PIC X(32) VALUE '2D2FB28EB4B5B68F80A57C2C255F3E3F'. 05 FILLER-70-7F PIC X(32) VALUE 'BA90BCBDBEF3C0C1C2603A2340273D22'. 05 FILLER-80-8F PIC X(32) VALUE 'C3616263646566676869AEAFC6C7C8F1'. 05 FILLER-90-9F PIC X(32) VALUE 'F86A6B6C6D6E6F707172A6A791CE92A9'. 05 FILLER-A0-AF PIC X(32) VALUE 'E67E737475767778797AADA8D45BD6D7'. 05 FILLER-B0-BF PIC X(32) VALUE * [ ] '9B9C9DFA9FB1B0ACABFC5B5DE45DBFE7'. 05 FILLER-C0-CF PIC X(32) VALUE '7B414243444546474849E8939495A2ED'. 05 FILLER-D0-DF PIC X(32) VALUE '7D4A4B4C4D4E4F505152EE968197A398'. 05 FILLER-E0-EF PIC X(32) VALUE '5CF0535455565758595AFDF599F7F6F9'. 05 FILLER-F0-FF PIC X(32) VALUE '30313233343536373839DBFB9AF4EAFF'.

48.6

73

0.449017

b3caa470cfe4c3ae074c69b448f75921458940d3

3,261

cbl

COBOL

report_writer/report_test.cbl

shamrice/COBOL-Examples

9078f516d14fcd7ffa93fa9cdd9f557c4196afa9

[ "MIT" ]

null

report_writer/report_test.cbl

shamrice/COBOL-Examples

9078f516d14fcd7ffa93fa9cdd9f557c4196afa9

[ "MIT" ]

null

report_writer/report_test.cbl

shamrice/COBOL-Examples

9078f516d14fcd7ffa93fa9cdd9f557c4196afa9

[ "MIT" ]

null

****************************************************************** * Author: Erik Eriksen * Date: 2021-01-13 * Purpose: Report writer test application. * Tectonics: cobc ****************************************************************** IDENTIFICATION DIVISION. PROGRAM-ID. report-test. environment division. input-output section. file-control. select fd-test-input-file assign to "input.txt" organization is line sequential. select fd-report-file assign to "report.txt". DATA DIVISION. FILE SECTION. fd fd-test-input-file. 01 f-test-record. 05 f-test-student-id pic 9(6). 05 f-test-student-name pic x(20). 05 f-test-major pic xxx. 05 f-test-num-courses pic 99. fd fd-report-file report is r-test-report. WORKING-STORAGE SECTION. 01 ws-eof-sw pic a value 'N'. 88 ws-eof value 'Y'. 88 ws-not-eof value 'N'. report section. rd r-test-report page limit is 66 heading is 1 first detail 6 last detail 42 footing 52. 01 report-header type report heading. 05 line 1 column 44 pic x(21) value "Customer Order Report". 05 line 2. 10 column 100 pic x(4) value "PAGE". 10 column 105 pic zz9 source page-counter. 01 report-line type detail line plus 1. 05 column 4 pic 9(6) source f-test-student-id. 05 column 15 pic x(20) source f-test-student-name. 05 column 40 pic xxx source f-test-major. 05 column 46 pic 99 source f-test-num-courses. PROCEDURE DIVISION. main-procedure. display "Starting test report program." move 'N' to ws-eof-sw open input fd-test-input-file output fd-report-file display "Init test report." initiate r-test-report perform until ws-eof read fd-test-input-file at end set ws-eof to true end-read display "Generate report line." generate report-line end-perform display "Terminate report." terminate r-test-report close fd-test-input-file fd-report-file display "Done." goback. populate-input-file. open extend fd-test-input-file * move 3345 to ws-student-id * move "Test Name2" to ws-student-name * move "PHY" to ws-major * move 12 to ws-num-courses * move ws-student-record to f-test-record write f-test-record close fd-test-input-file exit paragraph. END PROGRAM report-test.

29.116071

72

0.457528

79e8f2d2da264f0d2daff2df1f79adbbf221fc24

2,098

cob

COBOL

tools/oracle11g/public/sqlca.cob

xylsxyls/xueyelingshuan

61eb1c7c4f76c3eaf4cf26e4b2b37b6ed2abc5b9

[ "MIT" ]

3

2019-11-26T05:33:47.000Z

2020-05-18T06:49:41.000Z

tools/oracle11g/public/sqlca.cob

xylsxyls/xueyelingshuan

61eb1c7c4f76c3eaf4cf26e4b2b37b6ed2abc5b9

[ "MIT" ]

null

tools/oracle11g/public/sqlca.cob

xylsxyls/xueyelingshuan

61eb1c7c4f76c3eaf4cf26e4b2b37b6ed2abc5b9

[ "MIT" ]

1

2020-06-03T03:27:27.000Z

* * ***************************************************************** * * * S Q L C A * * (This file in ANSI format. Do NOT bse it). * * * * MODIFIED * * Clare 12/06/84 - Ch SQLCA to not be an EXTERNAL. * ***************************************************************** 01 SQLCA. 05 SQLCAID PIC X(8). 05 SQLCABC PIC S9(9) COMPUTATIONAL. 05 SQLCODE PIC S9(9) COMPUTATIONAL. 05 SQLERRM. 49 SQLERRML PIC S9(4) COMPUTATIONAL. 49 SQLERRMC PIC X(70). 05 SQLERRP PIC X(8). 05 SQLERRD OCCURS 6 TIMES PIC S9(9) COMPUTATIONAL. 05 SQLWARN. 10 SQLWARN0 PIC X(1). 10 SQLWARN1 PIC X(1). 10 SQLWARN2 PIC X(1). 10 SQLWARN3 PIC X(1). 10 SQLWARN4 PIC X(1). 10 SQLWARN5 PIC X(1). 10 SQLWARN6 PIC X(1). 10 SQLWARN7 PIC X(1). 05 SQLEXT PIC X(8).

67.677419

73

0.193041

164c15bbdc7ded00b380c32ebec127a88b466a91

5,010

cobol

COBOL

Task/IBAN/COBOL/iban.cobol

LaudateCorpus1/RosettaCodeData

9ad63ea473a958506c041077f1d810c0c7c8c18d

[ "Info-ZIP" ]

1

2018-11-09T22:08:38.000Z

Task/IBAN/COBOL/iban.cobol

seanwallawalla-forks/RosettaCodeData

9ad63ea473a958506c041077f1d810c0c7c8c18d

[ "Info-ZIP" ]

null

Task/IBAN/COBOL/iban.cobol

seanwallawalla-forks/RosettaCodeData

9ad63ea473a958506c041077f1d810c0c7c8c18d

[ "Info-ZIP" ]

1

2018-11-09T22:08:40.000Z

IDENTIFICATION DIVISION. PROGRAM-ID. iban-main. DATA DIVISION. WORKING-STORAGE SECTION. 01 iban PIC X(50). 01 iban-flag PIC X. 88 is-valid VALUE "Y", FALSE "N". PROCEDURE DIVISION. main-line. MOVE "GB82 WEST 1234 5698 7654 32" TO iban PERFORM display-validity MOVE "GB82 TEST 1234 5698 7654 32" TO iban PERFORM display-validity GOBACK . display-validity. CALL "validate-iban" USING CONTENT iban, REFERENCE iban-flag IF is-valid DISPLAY FUNCTION TRIM(iban) " is valid." ELSE DISPLAY FUNCTION TRIM(iban) " is not valid." END-IF . END PROGRAM iban-main. IDENTIFICATION DIVISION. PROGRAM-ID. validate-iban. DATA DIVISION. WORKING-STORAGE SECTION. 01 country-lengths-area VALUE "AD24AE23AL28AT20AZ28BA20BE16" & "BG22BH22BR29CH21CR21CY28CZ24DE22DK18DO28EE20ES24FI18FO18F" & "R27GB22GE22GI23GL18GR27GT28HR21HU28IE22IL23IS26IT27KW30KZ" & "20LB28LI21LT20LU20LV21MC27MD24ME22MK19MR27MT31MU30NL18NO1" & "5PK24PL28PS29PT25RO24RS22SA24SE24SI19SK24SM27TN24TR26VG24" . 03 country-lengths OCCURS 64 TIMES INDEXED BY country-lengths-idx. 05 country-code PIC XX. 05 country-len PIC 99. 01 offset PIC 99. 01 i PIC 99. 01 len PIC 99. LINKAGE SECTION. 01 iban PIC X(50). 01 valid-flag PIC X. 88 is-valid VALUE "Y", FALSE "N". PROCEDURE DIVISION USING iban, valid-flag. MOVE FUNCTION UPPER-CASE(iban) TO iban CALL "remove-spaces" USING iban *> Check if country-code and length are correct INITIALIZE len INSPECT iban TALLYING len FOR CHARACTERS BEFORE SPACE SET country-lengths-idx TO 1 SEARCH country-lengths AT END SET is-valid TO FALSE GOBACK WHEN country-code (country-lengths-idx) = iban (1:2) IF country-len (country-lengths-idx) NOT = len SET is-valid TO FALSE GOBACK END-IF END-SEARCH CALL "create-iban-number" USING CONTENT len, REFERENCE iban *> Mod 97 number formed. IF FUNCTION MOD(iban, 97) = 1 SET is-valid TO TRUE ELSE SET is-valid TO FALSE END-IF . IDENTIFICATION DIVISION. PROGRAM-ID. remove-spaces. DATA DIVISION. WORKING-STORAGE SECTION. 01 i PIC 99. 01 offset PIC 99. LINKAGE SECTION. 01 str PIC X(50). PROCEDURE DIVISION USING str. INITIALIZE offset PERFORM VARYING i FROM 1 BY 1 UNTIL i > 50 EVALUATE TRUE WHEN str (i:1) = SPACE ADD 1 TO offset WHEN offset NOT = ZERO MOVE str (i:1) TO str (i - offset:1) END-EVALUATE END-PERFORM MOVE SPACES TO str (50 - offset + 1:) . END PROGRAM remove-spaces. IDENTIFICATION DIVISION. PROGRAM-ID. create-iban-number. DATA DIVISION. WORKING-STORAGE SECTION. 01 first-four PIC X(4). 01 iban-num PIC X(50). 01 digit-num PIC 99 VALUE 1. 01 i PIC 99. 01 letter-num PIC 99. LINKAGE SECTION. 01 len PIC 99. 01 iban PIC X(50). PROCEDURE DIVISION USING len, iban. *> Move characters into final positions. MOVE iban (1:4) TO first-four MOVE iban (5:) TO iban MOVE first-four TO iban (len - 3:) *> Convert letters to numbers. INITIALIZE iban-num, digit-num ALL TO VALUE PERFORM VARYING i FROM 1 BY 1 UNTIL i > len OR iban (i:1) = SPACE IF iban (i:1) IS NUMERIC MOVE iban (i:1) TO iban-num (digit-num:1) ADD 1 TO digit-num ELSE COMPUTE letter-num = FUNCTION ORD(iban (i:1)) - FUNCTION ORD("A") + 10 MOVE letter-num TO iban-num (digit-num:2) ADD 2 TO digit-num END-IF END-PERFORM MOVE iban-num TO iban . END PROGRAM create-iban-number. END PROGRAM validate-iban.

30.925926

72

0.487824

9adfe242f6966a2171566065239355ec2dcfdd15

330

cobol

COBOL

Task/Terminal-control-Ringing-the-terminal-bell/COBOL/terminal-control-ringing-the-terminal-bell-2.cobol

LaudateCorpus1/RosettaCodeData

9ad63ea473a958506c041077f1d810c0c7c8c18d

[ "Info-ZIP" ]

1

2018-11-09T22:08:38.000Z

Task/Terminal-control-Ringing-the-terminal-bell/COBOL/terminal-control-ringing-the-terminal-bell-2.cobol

seanwallawalla-forks/RosettaCodeData

9ad63ea473a958506c041077f1d810c0c7c8c18d

[ "Info-ZIP" ]

null

Task/Terminal-control-Ringing-the-terminal-bell/COBOL/terminal-control-ringing-the-terminal-bell-2.cobol

seanwallawalla-forks/RosettaCodeData

9ad63ea473a958506c041077f1d810c0c7c8c18d

[ "Info-ZIP" ]

1

2018-11-09T22:08:40.000Z

IDENTIFICATION DIVISION. PROGRAM-ID. mf-bell. DATA DIVISION. WORKING-STORAGE SECTION. 01 bell-code PIC X USAGE COMP-X VALUE 22. 01 dummy-param PIC X. PROCEDURE DIVISION. CALL X"AF" USING bell-code, dummy-param GOBACK .

23.571429

62

0.515152

c4423f98744fbd625b74283b946dc8a0a5687098

562

cobol

COBOL

Task/String-concatenation/COBOL/string-concatenation-3.cobol

LaudateCorpus1/RosettaCodeData

9ad63ea473a958506c041077f1d810c0c7c8c18d

[ "Info-ZIP" ]

1

2018-11-09T22:08:38.000Z

Task/String-concatenation/COBOL/string-concatenation-3.cobol

seanwallawalla-forks/RosettaCodeData

9ad63ea473a958506c041077f1d810c0c7c8c18d

[ "Info-ZIP" ]

null

Task/String-concatenation/COBOL/string-concatenation-3.cobol

seanwallawalla-forks/RosettaCodeData

9ad63ea473a958506c041077f1d810c0c7c8c18d

[ "Info-ZIP" ]

1

2018-11-09T22:08:40.000Z

* *> Using a '&'. 01 Long-Str-Val PIC X(200) VALUE "Lorem ipsum dolor sit " & "amet, consectetuer adipiscing elit, sed diam nonummy " & "nibh euismod tincidunt ut laoreet dolore magna aliquam " & "erat volutpat.". * *> Using a '-' in column 7. Note the first two literals have no * *> closing quotes. 01 Another-Long-Str PIC X(200) VALUE " Ut wisi enim ad minim - "veniam, quis nostrud exerci tation ullamcorper suscipit - "lobortis nisl ut aliquip ex ea commodo consequat".

46.833333

70

0.608541

b98144bf254ad468f61f356e421bcb843d2de402

6,285

cbl

COBOL

src/Cobol/LINK2TXN.cbl

cicsdev/cics-java-liberty-restapp-ext

ed9dc0f8376c88501bfd9aa9c8a676bc1eef6b12

[ "Apache-2.0" ]

1

2022-01-21T18:57:32.000Z

src/Cobol/LINK2TXN.cbl

cicsdev/cics-java-liberty-restapp-ext

ed9dc0f8376c88501bfd9aa9c8a676bc1eef6b12

[ "Apache-2.0" ]

1

2017-11-25T21:57:08.000Z

src/Cobol/LINK2TXN.cbl

cicsdev/cics-java-liberty-restapp-ext

ed9dc0f8376c88501bfd9aa9c8a676bc1eef6b12

[ "Apache-2.0" ]

1

2022-01-21T18:57:35.000Z

PROCESS NODYNAM,RENT,APOST,CICS,TRUNC(OPT) ***************************************************************** * Licensed Materials - Property of IBM * * SAMPLE * * Copyright IBM Corp. 2017 All Rights Reserved * * Government Users Restricted Rights - Use, duplication or * disclosure restricted by GSA ADP Schedule Contract with * IBM Corp. * ***************************************************************** * * Simple terminal program to investigate * behaviour of Link to Liberty. * Write to a TSQ, call L2L program passing action from terminal, * then also rollback or commit depending on action. * Transaction may also be abended in Linked Java method. * * To simplify the code, this program has minimal error-handling * logic, except on the LINK to Liberty call itself. * ***************************************************************** IDENTIFICATION DIVISION. PROGRAM-ID. LINK2TXN. DATE-WRITTEN. November 2017. * ENVIRONMENT DIVISION. * DATA DIVISION. * WORKING-STORAGE SECTION. * * Working storage definitions 01 WS-STORAGE. 03 WS-TERMINAL-INPUT PIC X(80) VALUE SPACES. 03 WS-PARAMETER-INPUT PIC X(80) VALUE SPACES. 03 WS-RECEIVE-LENGTH PIC 9(4) COMP VALUE ZERO. 03 WS-TRANID-LEN PIC S9(8) COMP-4 VALUE ZERO. 03 WS-TRANID-POS PIC S9(8) COMP-4 VALUE ZERO. 03 WS-TRANID PIC X(4) VALUE SPACES. 03 WS-ACTION PIC X(10) VALUE SPACES. 03 WS-ACTION-LEN PIC S9(8) COMP-4 VALUE ZERO. 03 LINK-RESP PIC 9(8) COMP VALUE ZERO. 03 LINK-RESP2 PIC 9(8) COMP VALUE ZERO. * Message to write to TSQ 01 TSQ-MESSAGE. 03 FILLER PIC X(14) VALUE 'WRITTEN FROM: '. 03 TSQ-PROGRAM PIC X(8) VALUE 'LINK2TXN'. 03 FILLER PIC X(10) VALUE ' BY TASK: '. 03 TSQ-TASK-ID PIC 9(8) DISPLAY. 03 FILLER PIC X(16) VALUE ' FOR ACTION: '. 03 TSQ-ACTION PIC X(10) VALUE SPACES. * Message to display on normal completion. 01 RESPONSE-MESSAGE. 03 FILLER PIC X(12) VALUE 'TRANSACTION '. 03 RESP-TRAN PIC X(4). 03 FILLER PIC X(6) VALUE ' TASK '. 03 RESP-TASK PIC 9(8) DISPLAY. 03 FILLER PIC X(8) VALUE ' ACTION '. 03 RESP-ACTION PIC X(10). 03 FILLER PIC X(8) VALUE 'COMPLETE'. * Error message to display if Link to Liberty fails. 01 ERROR-MESSAGE. 03 FILLER PIC X(17) VALUE 'ERROR LINKING TO '. 03 ERROR-PROG PIC X(8) DISPLAY. 03 FILLER PIC X(7) VALUE '. RESP:'. 03 ERROR-RESP PIC 9(8) DISPLAY. 03 FILLER PIC X(7) VALUE ' RESP2:'. 03 ERROR-RESP2 PIC 9(8) DISPLAY. * Various constants, eg CICS resource names. 77 LIBERTY-CHANNEL PIC X(16) VALUE 'L2LCHANNEL'. 77 LIBERTY-PROGRAM PIC X(8) VALUE 'L2LTRAN'. 77 CONT-ACTION PIC X(16) VALUE 'ACTION'. * * PROCEDURE DIVISION USING DFHEIBLK. * MAIN-PROCESSING SECTION. * Receive data from terminal MOVE LENGTH OF WS-TERMINAL-INPUT TO WS-RECEIVE-LENGTH. EXEC CICS RECEIVE INTO(WS-TERMINAL-INPUT) LENGTH(WS-RECEIVE-LENGTH) END-EXEC. * Fold input to uppercase if not already done by CICS MOVE FUNCTION UPPER-CASE(WS-TERMINAL-INPUT) TO WS-TERMINAL-INPUT. * Perform very basic parsing of terminal input data: * 1) Find length of tranid in case it's less than 4. INSPECT EIBTRNID TALLYING WS-TRANID-LEN FOR CHARACTERS BEFORE INITIAL SPACE. * 2) Find tranid in terminal input INSPECT WS-TERMINAL-INPUT(1:WS-RECEIVE-LENGTH) TALLYING WS-TRANID-POS FOR CHARACTERS BEFORE INITIAL EIBTRNID(1:WS-TRANID-LEN) * 3) Find action in remainder of string after tranid UNSTRING WS-TERMINAL-INPUT(1 + WS-TRANID-POS: WS-RECEIVE-LENGTH - WS-TRANID-POS) DELIMITED BY ALL SPACE INTO WS-TRANID WS-ACTION. * Write an item to a TSQ to demonstrate recoverability. * If the transaction abends, the write will be rolled back. MOVE EIBTASKN TO TSQ-TASK-ID. MOVE WS-ACTION TO TSQ-ACTION. EXEC CICS WRITEQ TS QUEUE(LIBERTY-PROGRAM) FROM(TSQ-MESSAGE) END-EXEC. * Write the action container, may have trailing blanks. EXEC CICS PUT CONTAINER(CONT-ACTION) CHAR CHANNEL(LIBERTY-CHANNEL) FROM(WS-ACTION) END-EXEC. * Link to Liberty J2EE program passing channel. EXEC CICS LINK PROGRAM(LIBERTY-PROGRAM) CHANNEL(LIBERTY-CHANNEL) RESP(LINK-RESP) RESP2(LINK-RESP2) END-EXEC. * Perform basic response checking from LINK, report error. IF LINK-RESP NOT EQUAL DFHRESP(NORMAL) THEN * Roll back the transaction if an error occurred. EXEC CICS SYNCPOINT ROLLBACK END-EXEC * Send error message to terminal and return. MOVE LIBERTY-PROGRAM TO ERROR-PROG MOVE LINK-RESP TO ERROR-RESP MOVE LINK-RESP2 TO ERROR-RESP2 * Send the response data to the terminal. EXEC CICS SEND TEXT FROM(ERROR-MESSAGE) ERASE FREEKB END-EXEC ELSE * Fill in response message MOVE EIBTRNID TO RESP-TRAN MOVE EIBTASKN TO RESP-TASK MOVE WS-ACTION TO RESP-ACTION * Send the complete response message to the terminal. EXEC CICS SEND TEXT FROM(RESPONSE-MESSAGE) ERASE FREEKB END-EXEC END-IF. * Return control to CICS, this will commit. EXEC CICS RETURN END-EXEC. * GOBACK.

39.778481

71

0.544471