Datasets:

msplits

/

human-eval-cobol

like 0

HumanEval/0

IDENTIFICATION DIVISION. PROGRAM-ID. HAS-CLOSE-ELEMENTS. ENVIRONMENT DIVISION. INPUT-OUTPUT SECTION. DATA DIVISION. LINKAGE SECTION. 01 LINKED-ITEMS. 05 L-NUMBERS OCCURS 100 TIMES INDEXED BY NI COMP-2. 05 L-THRESHOLD COMP-2. 05 RESULT PIC 9. * Check if in given list of numbers, are any two numbers closer to each other than * given threshold. * >>> has_close_elements([1.0, 2.0, 3.0], 0.5) * False * >>> has_close_elements([1.0, 2.8, 3.0, 4.0, 5.0, 2.0], 0.3) * True * * Complete the WORKING-STORAGE SECTION and the PROCEDURE DIVISION * Store the result in the RESULT variable and mark the end of your program with END PROGRAM WORKING-STORAGE SECTION.

has_close_elements

for idx, elem in enumerate(numbers): for idx2, elem2 in enumerate(numbers): if idx != idx2: distance = abs(elem - elem2) if distance < threshold: return True return False

[{'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. HAS-CLOSE-ELEMENTS-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "HAS-CLOSE-ELEMENTS.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC 9.\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n\n\n 01 LINKED-ITEMS.\n 05 L-NUMBERS OCCURS 100 TIMES INDEXED BY NI COMP-2.\n 05 L-THRESHOLD COMP-2.\n 05 RESULT PIC 9.\n\n PROCEDURE DIVISION.\n\n MOVE 1.0 TO L-NUMBERS(1)\n MOVE 2.0 TO L-NUMBERS(2)\n MOVE 3.9 TO L-NUMBERS(3)\n MOVE 4.0 TO L-NUMBERS(4)\n MOVE 5.0 TO L-NUMBERS(5)\n MOVE 2.2 TO L-NUMBERS(6)\n MOVE 0.3 TO L-THRESHOLD\n\n CALL "HAS-CLOSE-ELEMENTS" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n MOVE RESULT TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': 'True', 'type_': 'Bool'}}, {'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. HAS-CLOSE-ELEMENTS-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "HAS-CLOSE-ELEMENTS.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC 9.\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n\n\n 01 LINKED-ITEMS.\n 05 L-NUMBERS OCCURS 100 TIMES INDEXED BY NI COMP-2.\n 05 L-THRESHOLD COMP-2.\n 05 RESULT PIC 9.\n\n PROCEDURE DIVISION.\n\n MOVE 1.0 TO L-NUMBERS(1)\n MOVE 2.0 TO L-NUMBERS(2)\n MOVE 3.9 TO L-NUMBERS(3)\n MOVE 4.0 TO L-NUMBERS(4)\n MOVE 5.0 TO L-NUMBERS(5)\n MOVE 2.2 TO L-NUMBERS(6)\n MOVE 0.05 TO L-THRESHOLD\n\n CALL "HAS-CLOSE-ELEMENTS" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n MOVE RESULT TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': 'False', 'type_': 'Bool'}}, {'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. HAS-CLOSE-ELEMENTS-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "HAS-CLOSE-ELEMENTS.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC 9.\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n\n\n 01 LINKED-ITEMS.\n 05 L-NUMBERS OCCURS 100 TIMES INDEXED BY NI COMP-2.\n 05 L-THRESHOLD COMP-2.\n 05 RESULT PIC 9.\n\n PROCEDURE DIVISION.\n\n MOVE 1.0 TO L-NUMBERS(1)\n MOVE 2.0 TO L-NUMBERS(2)\n MOVE 5.9 TO L-NUMBERS(3)\n MOVE 4.0 TO L-NUMBERS(4)\n MOVE 5.0 TO L-NUMBERS(5)\n MOVE 0.95 TO L-THRESHOLD\n\n CALL "HAS-CLOSE-ELEMENTS" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n MOVE RESULT TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': 'True', 'type_': 'Bool'}}, {'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. HAS-CLOSE-ELEMENTS-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "HAS-CLOSE-ELEMENTS.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC 9.\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n\n\n 01 LINKED-ITEMS.\n 05 L-NUMBERS OCCURS 100 TIMES INDEXED BY NI COMP-2.\n 05 L-THRESHOLD COMP-2.\n 05 RESULT PIC 9.\n\n PROCEDURE DIVISION.\n\n MOVE 1.0 TO L-NUMBERS(1)\n MOVE 2.0 TO L-NUMBERS(2)\n MOVE 5.9 TO L-NUMBERS(3)\n MOVE 4.0 TO L-NUMBERS(4)\n MOVE 5.0 TO L-NUMBERS(5)\n MOVE 0.8 TO L-THRESHOLD\n\n CALL "HAS-CLOSE-ELEMENTS" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n MOVE RESULT TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': 'False', 'type_': 'Bool'}}, {'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. HAS-CLOSE-ELEMENTS-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "HAS-CLOSE-ELEMENTS.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC 9.\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n\n\n 01 LINKED-ITEMS.\n 05 L-NUMBERS OCCURS 100 TIMES INDEXED BY NI COMP-2.\n 05 L-THRESHOLD COMP-2.\n 05 RESULT PIC 9.\n\n PROCEDURE DIVISION.\n\n MOVE 1.0 TO L-NUMBERS(1)\n MOVE 2.0 TO L-NUMBERS(2)\n MOVE 3.0 TO L-NUMBERS(3)\n MOVE 4.0 TO L-NUMBERS(4)\n MOVE 5.0 TO L-NUMBERS(5)\n MOVE 2.0 TO L-NUMBERS(6)\n MOVE 0.1 TO L-THRESHOLD\n\n CALL "HAS-CLOSE-ELEMENTS" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n MOVE RESULT TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': 'True', 'type_': 'Bool'}}, {'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. HAS-CLOSE-ELEMENTS-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "HAS-CLOSE-ELEMENTS.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC 9.\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n\n\n 01 LINKED-ITEMS.\n 05 L-NUMBERS OCCURS 100 TIMES INDEXED BY NI COMP-2.\n 05 L-THRESHOLD COMP-2.\n 05 RESULT PIC 9.\n\n PROCEDURE DIVISION.\n\n MOVE 1.1 TO L-NUMBERS(1)\n MOVE 2.2 TO L-NUMBERS(2)\n MOVE 3.1 TO L-NUMBERS(3)\n MOVE 4.1 TO L-NUMBERS(4)\n MOVE 5.1 TO L-NUMBERS(5)\n MOVE 1.0 TO L-THRESHOLD\n\n CALL "HAS-CLOSE-ELEMENTS" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n MOVE RESULT TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': 'True', 'type_': 'Bool'}}, {'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. HAS-CLOSE-ELEMENTS-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "HAS-CLOSE-ELEMENTS.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC 9.\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n\n\n 01 LINKED-ITEMS.\n 05 L-NUMBERS OCCURS 100 TIMES INDEXED BY NI COMP-2.\n 05 L-THRESHOLD COMP-2.\n 05 RESULT PIC 9.\n\n PROCEDURE DIVISION.\n\n MOVE 1.1 TO L-NUMBERS(1)\n MOVE 2.2 TO L-NUMBERS(2)\n MOVE 3.1 TO L-NUMBERS(3)\n MOVE 4.1 TO L-NUMBERS(4)\n MOVE 5.1 TO L-NUMBERS(5)\n MOVE 0.5 TO L-THRESHOLD\n\n CALL "HAS-CLOSE-ELEMENTS" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n MOVE RESULT TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': 'False', 'type_': 'Bool'}}]

HumanEval/1

IDENTIFICATION DIVISION. PROGRAM-ID. SEPARATE-PAREN-GROUPS. ENVIRONMENT DIVISION. INPUT-OUTPUT SECTION. DATA DIVISION. LINKAGE SECTION. 01 LINKED-ITEMS. 05 L-PAREN-STRING PIC X(100). 05 RESULT OCCURS 100 TIMES INDEXED BY NI PIC X(100). * Input to this function is a string containing multiple groups of nested parentheses. Your goal is to * separate those group into separate strings and return the list of those. * Separate groups are balanced (each open brace is properly closed) and not nested within each other * Ignore any spaces in the input string. * >>> separate_paren_groups('( ) (( )) (( )( ))') * ['()', '(())', '(()())'] * * Complete the WORKING-STORAGE SECTION and the PROCEDURE DIVISION * Store the result in the RESULT variable and mark the end of your program with END PROGRAM WORKING-STORAGE SECTION.

separate_paren_groups

result = [] current_string = [] current_depth = 0 for c in paren_string: if c == '(': current_depth += 1 current_string.append(c) elif c == ')': current_depth -= 1 current_string.append(c) if current_depth == 0: result.append(''.join(current_string)) current_string.clear() return result

[{'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. SEPARATE-PAREN-GROUPS-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "SEPARATE-PAREN-GROUPS.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC X(100).\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n\n\n 01 LINKED-ITEMS.\n 05 L-PAREN-STRING PIC X(100).\n 05 RESULT OCCURS 100 TIMES INDEXED BY NI PIC X(100).\n\n PROCEDURE DIVISION.\n\n MOVE \'(()()) ((())) () ((())()())\' TO L-PAREN-STRING\n\n CALL "SEPARATE-PAREN-GROUPS" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n PERFORM VARYING NI FROM 1 BY 1 UNTIL NI > 100\n MOVE RESULT (NI) TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n END-PERFORM\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': "[\n '(()())', '((()))', '()', '((())()())'\n ]", 'type_': {'List': 'String'}}}, {'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. SEPARATE-PAREN-GROUPS-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "SEPARATE-PAREN-GROUPS.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC X(100).\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n\n\n 01 LINKED-ITEMS.\n 05 L-PAREN-STRING PIC X(100).\n 05 RESULT OCCURS 100 TIMES INDEXED BY NI PIC X(100).\n\n PROCEDURE DIVISION.\n\n MOVE \'() (()) ((())) (((())))\' TO L-PAREN-STRING\n\n CALL "SEPARATE-PAREN-GROUPS" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n PERFORM VARYING NI FROM 1 BY 1 UNTIL NI > 100\n MOVE RESULT (NI) TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n END-PERFORM\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': "[\n '()', '(())', '((()))', '(((())))'\n ]", 'type_': {'List': 'String'}}}, {'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. SEPARATE-PAREN-GROUPS-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "SEPARATE-PAREN-GROUPS.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC X(100).\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n\n\n 01 LINKED-ITEMS.\n 05 L-PAREN-STRING PIC X(100).\n 05 RESULT OCCURS 100 TIMES INDEXED BY NI PIC X(100).\n\n PROCEDURE DIVISION.\n\n MOVE \'(()(())((())))\' TO L-PAREN-STRING\n\n CALL "SEPARATE-PAREN-GROUPS" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n PERFORM VARYING NI FROM 1 BY 1 UNTIL NI > 100\n MOVE RESULT (NI) TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n END-PERFORM\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': "[\n '(()(())((())))'\n ]", 'type_': {'List': 'String'}}}, {'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. SEPARATE-PAREN-GROUPS-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "SEPARATE-PAREN-GROUPS.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC X(100).\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n\n\n 01 LINKED-ITEMS.\n 05 L-PAREN-STRING PIC X(100).\n 05 RESULT OCCURS 100 TIMES INDEXED BY NI PIC X(100).\n\n PROCEDURE DIVISION.\n\n MOVE \'( ) (( )) (( )( ))\' TO L-PAREN-STRING\n\n CALL "SEPARATE-PAREN-GROUPS" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n PERFORM VARYING NI FROM 1 BY 1 UNTIL NI > 100\n MOVE RESULT (NI) TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n END-PERFORM\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': "['()', '(())', '(()())']", 'type_': {'List': 'String'}}}]

HumanEval/2

IDENTIFICATION DIVISION. PROGRAM-ID. TRUNCATE-NUMBER. ENVIRONMENT DIVISION. INPUT-OUTPUT SECTION. DATA DIVISION. LINKAGE SECTION. 01 LINKED-ITEMS. 05 L-NUMBER COMP-2. 05 RESULT COMP-2. * Given a positive floating point number, it can be decomposed into * and integer part (largest integer smaller than given number) and decimals * (leftover part always smaller than 1). * * Return the decimal part of the number. * >>> truncate_number(3.5) * 0.5 * * Complete the WORKING-STORAGE SECTION and the PROCEDURE DIVISION * Store the result in the RESULT variable and mark the end of your program with END PROGRAM WORKING-STORAGE SECTION.

truncate_number

return number % 1.0

[{'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. TRUNCATE-NUMBER-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "TRUNCATE-NUMBER.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC X(15).\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n 01 PARTS-REPR.\n 05 DECIMAL-PART PIC X(9).\n 05 FRACTIONAL-PART PIC X(5).\n 01 FLOAT-REPR REDEFINES PARTS-REPR PIC S9(9)V9(5) SIGN LEADING.\n\n 01 LINKED-ITEMS.\n 05 L-NUMBER COMP-2.\n 05 RESULT COMP-2.\n\n PROCEDURE DIVISION.\n\n MOVE 3.5 TO L-NUMBER\n\n CALL "TRUNCATE-NUMBER" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n MOVE RESULT TO FLOAT-REPR\n STRING DECIMAL-PART "." FRACTIONAL-PART INTO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': '0.5', 'type_': 'Float'}}]

HumanEval/3

IDENTIFICATION DIVISION. PROGRAM-ID. BELOW-ZERO. ENVIRONMENT DIVISION. INPUT-OUTPUT SECTION. DATA DIVISION. LINKAGE SECTION. 01 LINKED-ITEMS. 05 L-OPERATIONS OCCURS 100 TIMES INDEXED BY NI PIC S9(10). 05 RESULT PIC 9. * You're given a list of deposit and withdrawal operations on a bank account that starts with * zero balance. Your task is to detect if at any point the balance of account fallls below zero, and * at that point function should return True. Otherwise it should return False. * >>> below_zero([1, 2, 3]) * False * >>> below_zero([1, 2, -4, 5]) * True * * Complete the WORKING-STORAGE SECTION and the PROCEDURE DIVISION * Store the result in the RESULT variable and mark the end of your program with END PROGRAM WORKING-STORAGE SECTION.

below_zero

balance = 0 for op in operations: balance += op if balance < 0: return True return False

[{'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. BELOW-ZERO-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "BELOW-ZERO.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC 9.\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n\n\n 01 LINKED-ITEMS.\n 05 L-OPERATIONS OCCURS 100 TIMES INDEXED BY NI PIC S9(10).\n 05 RESULT PIC 9.\n\n PROCEDURE DIVISION.\n\n MOVE 1 TO L-OPERATIONS(1)\n MOVE 2 TO L-OPERATIONS(2)\n MOVE -3 TO L-OPERATIONS(3)\n MOVE 1 TO L-OPERATIONS(4)\n MOVE 2 TO L-OPERATIONS(5)\n MOVE -3 TO L-OPERATIONS(6)\n\n CALL "BELOW-ZERO" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n MOVE RESULT TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': 'False', 'type_': 'Bool'}}, {'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. BELOW-ZERO-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "BELOW-ZERO.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC 9.\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n\n\n 01 LINKED-ITEMS.\n 05 L-OPERATIONS OCCURS 100 TIMES INDEXED BY NI PIC S9(10).\n 05 RESULT PIC 9.\n\n PROCEDURE DIVISION.\n\n MOVE 1 TO L-OPERATIONS(1)\n MOVE 2 TO L-OPERATIONS(2)\n MOVE -4 TO L-OPERATIONS(3)\n MOVE 5 TO L-OPERATIONS(4)\n MOVE 6 TO L-OPERATIONS(5)\n\n CALL "BELOW-ZERO" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n MOVE RESULT TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': 'True', 'type_': 'Bool'}}, {'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. BELOW-ZERO-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "BELOW-ZERO.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC 9.\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n\n\n 01 LINKED-ITEMS.\n 05 L-OPERATIONS OCCURS 100 TIMES INDEXED BY NI PIC S9(10).\n 05 RESULT PIC 9.\n\n PROCEDURE DIVISION.\n\n MOVE 1 TO L-OPERATIONS(1)\n MOVE -1 TO L-OPERATIONS(2)\n MOVE 2 TO L-OPERATIONS(3)\n MOVE -2 TO L-OPERATIONS(4)\n MOVE 5 TO L-OPERATIONS(5)\n MOVE -5 TO L-OPERATIONS(6)\n MOVE 4 TO L-OPERATIONS(7)\n MOVE -4 TO L-OPERATIONS(8)\n\n CALL "BELOW-ZERO" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n MOVE RESULT TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': 'False', 'type_': 'Bool'}}, {'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. BELOW-ZERO-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "BELOW-ZERO.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC 9.\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n\n\n 01 LINKED-ITEMS.\n 05 L-OPERATIONS OCCURS 100 TIMES INDEXED BY NI PIC S9(10).\n 05 RESULT PIC 9.\n\n PROCEDURE DIVISION.\n\n MOVE 1 TO L-OPERATIONS(1)\n MOVE -1 TO L-OPERATIONS(2)\n MOVE 2 TO L-OPERATIONS(3)\n MOVE -2 TO L-OPERATIONS(4)\n MOVE 5 TO L-OPERATIONS(5)\n MOVE -5 TO L-OPERATIONS(6)\n MOVE 4 TO L-OPERATIONS(7)\n MOVE -5 TO L-OPERATIONS(8)\n\n CALL "BELOW-ZERO" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n MOVE RESULT TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': 'True', 'type_': 'Bool'}}, {'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. BELOW-ZERO-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "BELOW-ZERO.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC 9.\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n\n\n 01 LINKED-ITEMS.\n 05 L-OPERATIONS OCCURS 100 TIMES INDEXED BY NI PIC S9(10).\n 05 RESULT PIC 9.\n\n PROCEDURE DIVISION.\n\n MOVE 1 TO L-OPERATIONS(1)\n MOVE -2 TO L-OPERATIONS(2)\n MOVE 2 TO L-OPERATIONS(3)\n MOVE -2 TO L-OPERATIONS(4)\n MOVE 5 TO L-OPERATIONS(5)\n MOVE -5 TO L-OPERATIONS(6)\n MOVE 4 TO L-OPERATIONS(7)\n MOVE -4 TO L-OPERATIONS(8)\n\n CALL "BELOW-ZERO" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n MOVE RESULT TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': 'True', 'type_': 'Bool'}}]

HumanEval/5

IDENTIFICATION DIVISION. PROGRAM-ID. INTERSPERSE. ENVIRONMENT DIVISION. INPUT-OUTPUT SECTION. DATA DIVISION. LINKAGE SECTION. 01 LINKED-ITEMS. 05 L-NUMBERS OCCURS 100 TIMES INDEXED BY NI PIC S9(10). 05 L-DELIMETER PIC S9(10). 05 RESULT OCCURS 100 TIMES INDEXED BY NJ PIC S9(10). * Insert a number 'delimeter' between every two consecutive elements of input list `numbers' * >>> intersperse([], 4) * [] * >>> intersperse([1, 2, 3], 4) * [1, 4, 2, 4, 3] * * Complete the WORKING-STORAGE SECTION and the PROCEDURE DIVISION * Store the result in the RESULT variable and mark the end of your program with END PROGRAM WORKING-STORAGE SECTION.

intersperse

if not numbers: return [] result = [] for n in numbers[:-1]: result.append(n) result.append(delimeter) result.append(numbers[-1]) return result

[{'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. INTERSPERSE-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "INTERSPERSE.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC S9(10) SIGN LEADING.\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n\n\n 01 LINKED-ITEMS.\n 05 L-NUMBERS OCCURS 100 TIMES INDEXED BY NI PIC S9(10).\n 05 L-DELIMETER PIC S9(10).\n 05 RESULT OCCURS 100 TIMES INDEXED BY NJ PIC S9(10).\n\n PROCEDURE DIVISION.\n\n MOVE 5 TO L-NUMBERS(1)\n MOVE 6 TO L-NUMBERS(2)\n MOVE 3 TO L-NUMBERS(3)\n MOVE 2 TO L-NUMBERS(4)\n MOVE 8 TO L-DELIMETER\n\n CALL "INTERSPERSE" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n PERFORM VARYING NJ FROM 1 BY 1 UNTIL NJ > 100\n MOVE RESULT (NJ) TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n END-PERFORM\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': '[5, 8, 6, 8, 3, 8, 2]', 'type_': {'List': 'Int'}}}, {'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. INTERSPERSE-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "INTERSPERSE.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC S9(10) SIGN LEADING.\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n\n\n 01 LINKED-ITEMS.\n 05 L-NUMBERS OCCURS 100 TIMES INDEXED BY NI PIC S9(10).\n 05 L-DELIMETER PIC S9(10).\n 05 RESULT OCCURS 100 TIMES INDEXED BY NJ PIC S9(10).\n\n PROCEDURE DIVISION.\n\n MOVE 2 TO L-NUMBERS(1)\n MOVE 2 TO L-NUMBERS(2)\n MOVE 2 TO L-NUMBERS(3)\n MOVE 2 TO L-DELIMETER\n\n CALL "INTERSPERSE" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n PERFORM VARYING NJ FROM 1 BY 1 UNTIL NJ > 100\n MOVE RESULT (NJ) TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n END-PERFORM\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': '[2, 2, 2, 2, 2]', 'type_': {'List': 'Int'}}}]

HumanEval/6

IDENTIFICATION DIVISION. PROGRAM-ID. PARSE-NESTED-PARENS. ENVIRONMENT DIVISION. INPUT-OUTPUT SECTION. DATA DIVISION. LINKAGE SECTION. 01 LINKED-ITEMS. 05 L-PAREN-STRING PIC X(100). 05 RESULT OCCURS 100 TIMES INDEXED BY NI PIC S9(10). * Input to this function is a string represented multiple groups for nested parentheses separated by spaces. * For each of the group, output the deepest level of nesting of parentheses. * E.g. (()()) has maximum two levels of nesting while ((())) has three. * * >>> parse_nested_parens('(()()) ((())) () ((())()())') * [2, 3, 1, 3] * * Complete the WORKING-STORAGE SECTION and the PROCEDURE DIVISION * Store the result in the RESULT variable and mark the end of your program with END PROGRAM WORKING-STORAGE SECTION.

parse_nested_parens

def parse_paren_group(s): depth = 0 max_depth = 0 for c in s: if c == '(': depth += 1 max_depth = max(depth, max_depth) else: depth -= 1 return max_depth return [parse_paren_group(x) for x in paren_string.split(' ') if x]

[{'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. PARSE-NESTED-PARENS-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "PARSE-NESTED-PARENS.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC S9(10) SIGN LEADING.\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n\n\n 01 LINKED-ITEMS.\n 05 L-PAREN-STRING PIC X(100).\n 05 RESULT OCCURS 100 TIMES INDEXED BY NI PIC S9(10).\n\n PROCEDURE DIVISION.\n\n MOVE \'(()()) ((())) () ((())()())\' TO L-PAREN-STRING\n\n CALL "PARSE-NESTED-PARENS" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n PERFORM VARYING NI FROM 1 BY 1 UNTIL NI > 100\n MOVE RESULT (NI) TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n END-PERFORM\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': '[2, 3, 1, 3]', 'type_': {'List': 'Int'}}}, {'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. PARSE-NESTED-PARENS-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "PARSE-NESTED-PARENS.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC S9(10) SIGN LEADING.\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n\n\n 01 LINKED-ITEMS.\n 05 L-PAREN-STRING PIC X(100).\n 05 RESULT OCCURS 100 TIMES INDEXED BY NI PIC S9(10).\n\n PROCEDURE DIVISION.\n\n MOVE \'() (()) ((())) (((())))\' TO L-PAREN-STRING\n\n CALL "PARSE-NESTED-PARENS" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n PERFORM VARYING NI FROM 1 BY 1 UNTIL NI > 100\n MOVE RESULT (NI) TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n END-PERFORM\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': '[1, 2, 3, 4]', 'type_': {'List': 'Int'}}}, {'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. PARSE-NESTED-PARENS-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "PARSE-NESTED-PARENS.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC S9(10) SIGN LEADING.\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n\n\n 01 LINKED-ITEMS.\n 05 L-PAREN-STRING PIC X(100).\n 05 RESULT OCCURS 100 TIMES INDEXED BY NI PIC S9(10).\n\n PROCEDURE DIVISION.\n\n MOVE \'(()(())((())))\' TO L-PAREN-STRING\n\n CALL "PARSE-NESTED-PARENS" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n PERFORM VARYING NI FROM 1 BY 1 UNTIL NI > 100\n MOVE RESULT (NI) TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n END-PERFORM\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': '[4]', 'type_': {'List': 'Int'}}}]

HumanEval/7

IDENTIFICATION DIVISION. PROGRAM-ID. FILTER-BY-SUBSTRING. ENVIRONMENT DIVISION. INPUT-OUTPUT SECTION. DATA DIVISION. LINKAGE SECTION. 01 LINKED-ITEMS. 05 L-STRINGS OCCURS 100 TIMES INDEXED BY NI PIC X(100). 05 L-SUBSTRING PIC X(100). 05 RESULT OCCURS 100 TIMES INDEXED BY NJ PIC X(100). * Filter an input list of strings only for ones that contain given substring * >>> filter_by_substring([], 'a') * [] * >>> filter_by_substring(['abc', 'bacd', 'cde', 'array'], 'a') * ['abc', 'bacd', 'array'] * * Complete the WORKING-STORAGE SECTION and the PROCEDURE DIVISION * Store the result in the RESULT variable and mark the end of your program with END PROGRAM WORKING-STORAGE SECTION.

filter_by_substring

return [x for x in strings if substring in x]

[{'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. FILTER-BY-SUBSTRING-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "FILTER-BY-SUBSTRING.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC X(100).\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n\n\n 01 LINKED-ITEMS.\n 05 L-STRINGS OCCURS 100 TIMES INDEXED BY NI PIC X(100).\n 05 L-SUBSTRING PIC X(100).\n 05 RESULT OCCURS 100 TIMES INDEXED BY NJ PIC X(100).\n\n PROCEDURE DIVISION.\n\n MOVE \'xxx\' TO L-STRINGS(1)\n MOVE \'asd\' TO L-STRINGS(2)\n MOVE \'xxy\' TO L-STRINGS(3)\n MOVE \'john doe\' TO L-STRINGS(4)\n MOVE \'xxxAAA\' TO L-STRINGS(5)\n MOVE \'xxx\' TO L-STRINGS(6)\n MOVE \'xxx\' TO L-SUBSTRING\n\n CALL "FILTER-BY-SUBSTRING" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n PERFORM VARYING NJ FROM 1 BY 1 UNTIL NJ > 100\n MOVE RESULT (NJ) TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n END-PERFORM\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': "['xxx', 'xxxAAA', 'xxx']", 'type_': {'List': 'String'}}}, {'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. FILTER-BY-SUBSTRING-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "FILTER-BY-SUBSTRING.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC X(100).\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n\n\n 01 LINKED-ITEMS.\n 05 L-STRINGS OCCURS 100 TIMES INDEXED BY NI PIC X(100).\n 05 L-SUBSTRING PIC X(100).\n 05 RESULT OCCURS 100 TIMES INDEXED BY NJ PIC X(100).\n\n PROCEDURE DIVISION.\n\n MOVE \'xxx\' TO L-STRINGS(1)\n MOVE \'asd\' TO L-STRINGS(2)\n MOVE \'aaaxxy\' TO L-STRINGS(3)\n MOVE \'john doe\' TO L-STRINGS(4)\n MOVE \'xxxAAA\' TO L-STRINGS(5)\n MOVE \'xxx\' TO L-STRINGS(6)\n MOVE \'xx\' TO L-SUBSTRING\n\n CALL "FILTER-BY-SUBSTRING" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n PERFORM VARYING NJ FROM 1 BY 1 UNTIL NJ > 100\n MOVE RESULT (NJ) TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n END-PERFORM\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': "['xxx', 'aaaxxy', 'xxxAAA', 'xxx']", 'type_': {'List': 'String'}}}, {'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. FILTER-BY-SUBSTRING-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "FILTER-BY-SUBSTRING.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC X(100).\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n\n\n 01 LINKED-ITEMS.\n 05 L-STRINGS OCCURS 100 TIMES INDEXED BY NI PIC X(100).\n 05 L-SUBSTRING PIC X(100).\n 05 RESULT OCCURS 100 TIMES INDEXED BY NJ PIC X(100).\n\n PROCEDURE DIVISION.\n\n MOVE \'grunt\' TO L-STRINGS(1)\n MOVE \'trumpet\' TO L-STRINGS(2)\n MOVE \'prune\' TO L-STRINGS(3)\n MOVE \'gruesome\' TO L-STRINGS(4)\n MOVE \'run\' TO L-SUBSTRING\n\n CALL "FILTER-BY-SUBSTRING" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n PERFORM VARYING NJ FROM 1 BY 1 UNTIL NJ > 100\n MOVE RESULT (NJ) TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n END-PERFORM\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': "['grunt', 'prune']", 'type_': {'List': 'String'}}}]

HumanEval/8

IDENTIFICATION DIVISION. PROGRAM-ID. SUM-PRODUCT. ENVIRONMENT DIVISION. INPUT-OUTPUT SECTION. DATA DIVISION. LINKAGE SECTION. 01 LINKED-ITEMS. 05 L-NUMBERS OCCURS 100 TIMES INDEXED BY NI PIC S9(10). 05 RESULT OCCURS 100 TIMES INDEXED BY NJ PIC S9(10). * For a given list of integers, return a tuple consisting of a sum and a product of all the integers in a list. * Empty sum should be equal to 0 and empty product should be equal to 1. * >>> sum_product([]) * (0, 1) * >>> sum_product([1, 2, 3, 4]) * (10, 24) * * Complete the WORKING-STORAGE SECTION and the PROCEDURE DIVISION * Store the result in the RESULT variable and mark the end of your program with END PROGRAM WORKING-STORAGE SECTION.

sum_product

sum_value = 0 prod_value = 1 for n in numbers: sum_value += n prod_value *= n return sum_value, prod_value

[{'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. SUM-PRODUCT-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "SUM-PRODUCT.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC S9(10) SIGN LEADING.\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n\n\n 01 LINKED-ITEMS.\n 05 L-NUMBERS OCCURS 100 TIMES INDEXED BY NI PIC S9(10).\n 05 RESULT OCCURS 100 TIMES INDEXED BY NJ PIC S9(10).\n\n PROCEDURE DIVISION.\n\n MOVE 1 TO L-NUMBERS(1)\n MOVE 1 TO L-NUMBERS(2)\n MOVE 1 TO L-NUMBERS(3)\n\n CALL "SUM-PRODUCT" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n PERFORM VARYING NJ FROM 1 BY 1 UNTIL NJ > 100\n MOVE RESULT (NJ) TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n END-PERFORM\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': '[3, 1]', 'type_': {'List': 'Int'}}}, {'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. SUM-PRODUCT-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "SUM-PRODUCT.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC S9(10) SIGN LEADING.\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n\n\n 01 LINKED-ITEMS.\n 05 L-NUMBERS OCCURS 100 TIMES INDEXED BY NI PIC S9(10).\n 05 RESULT OCCURS 100 TIMES INDEXED BY NJ PIC S9(10).\n\n PROCEDURE DIVISION.\n\n MOVE 100 TO L-NUMBERS(1)\n MOVE 0 TO L-NUMBERS(2)\n\n CALL "SUM-PRODUCT" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n PERFORM VARYING NJ FROM 1 BY 1 UNTIL NJ > 100\n MOVE RESULT (NJ) TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n END-PERFORM\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': '[100, 0]', 'type_': {'List': 'Int'}}}, {'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. SUM-PRODUCT-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "SUM-PRODUCT.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC S9(10) SIGN LEADING.\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n\n\n 01 LINKED-ITEMS.\n 05 L-NUMBERS OCCURS 100 TIMES INDEXED BY NI PIC S9(10).\n 05 RESULT OCCURS 100 TIMES INDEXED BY NJ PIC S9(10).\n\n PROCEDURE DIVISION.\n\n MOVE 3 TO L-NUMBERS(1)\n MOVE 5 TO L-NUMBERS(2)\n MOVE 7 TO L-NUMBERS(3)\n\n CALL "SUM-PRODUCT" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n PERFORM VARYING NJ FROM 1 BY 1 UNTIL NJ > 100\n MOVE RESULT (NJ) TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n END-PERFORM\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': '[15, 105]', 'type_': {'List': 'Int'}}}, {'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. SUM-PRODUCT-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "SUM-PRODUCT.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC S9(10) SIGN LEADING.\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n\n\n 01 LINKED-ITEMS.\n 05 L-NUMBERS OCCURS 100 TIMES INDEXED BY NI PIC S9(10).\n 05 RESULT OCCURS 100 TIMES INDEXED BY NJ PIC S9(10).\n\n PROCEDURE DIVISION.\n\n MOVE 10 TO L-NUMBERS(1)\n\n CALL "SUM-PRODUCT" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n PERFORM VARYING NJ FROM 1 BY 1 UNTIL NJ > 100\n MOVE RESULT (NJ) TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n END-PERFORM\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': '[10, 10]', 'type_': {'List': 'Int'}}}]

HumanEval/9

IDENTIFICATION DIVISION. PROGRAM-ID. ROLLING-MAX. ENVIRONMENT DIVISION. INPUT-OUTPUT SECTION. DATA DIVISION. LINKAGE SECTION. 01 LINKED-ITEMS. 05 L-NUMBERS OCCURS 100 TIMES INDEXED BY NI PIC S9(10). 05 RESULT OCCURS 100 TIMES INDEXED BY NJ PIC S9(10). * From a given list of integers, generate a list of rolling maximum element found until given moment * in the sequence. * >>> rolling_max([1, 2, 3, 2, 3, 4, 2]) * [1, 2, 3, 3, 3, 4, 4] * * Complete the WORKING-STORAGE SECTION and the PROCEDURE DIVISION * Store the result in the RESULT variable and mark the end of your program with END PROGRAM WORKING-STORAGE SECTION.

rolling_max

running_max = None result = [] for n in numbers: if running_max is None: running_max = n else: running_max = max(running_max, n) result.append(running_max) return result

[{'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. ROLLING-MAX-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "ROLLING-MAX.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC S9(10) SIGN LEADING.\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n\n\n 01 LINKED-ITEMS.\n 05 L-NUMBERS OCCURS 100 TIMES INDEXED BY NI PIC S9(10).\n 05 RESULT OCCURS 100 TIMES INDEXED BY NJ PIC S9(10).\n\n PROCEDURE DIVISION.\n\n MOVE 1 TO L-NUMBERS(1)\n MOVE 2 TO L-NUMBERS(2)\n MOVE 3 TO L-NUMBERS(3)\n MOVE 4 TO L-NUMBERS(4)\n\n CALL "ROLLING-MAX" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n PERFORM VARYING NJ FROM 1 BY 1 UNTIL NJ > 100\n MOVE RESULT (NJ) TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n END-PERFORM\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': '[1, 2, 3, 4]', 'type_': {'List': 'Int'}}}, {'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. ROLLING-MAX-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "ROLLING-MAX.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC S9(10) SIGN LEADING.\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n\n\n 01 LINKED-ITEMS.\n 05 L-NUMBERS OCCURS 100 TIMES INDEXED BY NI PIC S9(10).\n 05 RESULT OCCURS 100 TIMES INDEXED BY NJ PIC S9(10).\n\n PROCEDURE DIVISION.\n\n MOVE 4 TO L-NUMBERS(1)\n MOVE 3 TO L-NUMBERS(2)\n MOVE 2 TO L-NUMBERS(3)\n MOVE 1 TO L-NUMBERS(4)\n\n CALL "ROLLING-MAX" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n PERFORM VARYING NJ FROM 1 BY 1 UNTIL NJ > 100\n MOVE RESULT (NJ) TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n END-PERFORM\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': '[4, 4, 4, 4]', 'type_': {'List': 'Int'}}}, {'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. ROLLING-MAX-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "ROLLING-MAX.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC S9(10) SIGN LEADING.\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n\n\n 01 LINKED-ITEMS.\n 05 L-NUMBERS OCCURS 100 TIMES INDEXED BY NI PIC S9(10).\n 05 RESULT OCCURS 100 TIMES INDEXED BY NJ PIC S9(10).\n\n PROCEDURE DIVISION.\n\n MOVE 3 TO L-NUMBERS(1)\n MOVE 2 TO L-NUMBERS(2)\n MOVE 3 TO L-NUMBERS(3)\n MOVE 100 TO L-NUMBERS(4)\n MOVE 3 TO L-NUMBERS(5)\n\n CALL "ROLLING-MAX" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n PERFORM VARYING NJ FROM 1 BY 1 UNTIL NJ > 100\n MOVE RESULT (NJ) TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n END-PERFORM\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': '[3, 3, 3, 100, 100]', 'type_': {'List': 'Int'}}}]

HumanEval/11

IDENTIFICATION DIVISION. PROGRAM-ID. STRING-XOR. ENVIRONMENT DIVISION. INPUT-OUTPUT SECTION. DATA DIVISION. LINKAGE SECTION. 01 LINKED-ITEMS. 05 L-A PIC X(100). 05 L-B PIC X(100). 05 RESULT PIC X(100). * Input are two strings a and b consisting only of 1s and 0s. * Perform binary XOR on these inputs and return result also as a string. * >>> string_xor('010', '110') * '100' * * Complete the WORKING-STORAGE SECTION and the PROCEDURE DIVISION * Store the result in the RESULT variable and mark the end of your program with END PROGRAM WORKING-STORAGE SECTION.

string_xor

def xor(i, j): if i == j: return '0' else: return '1' return ''.join(xor(x, y) for x, y in zip(a, b))

[{'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. STRING-XOR-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "STRING-XOR.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC X(100).\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n\n\n 01 LINKED-ITEMS.\n 05 L-A PIC X(100).\n 05 L-B PIC X(100).\n 05 RESULT PIC X(100).\n\n PROCEDURE DIVISION.\n\n MOVE \'111000\' TO L-A\n MOVE \'101010\' TO L-B\n\n CALL "STRING-XOR" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n MOVE RESULT TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': "'010010'", 'type_': 'String'}}, {'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. STRING-XOR-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "STRING-XOR.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC X(100).\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n\n\n 01 LINKED-ITEMS.\n 05 L-A PIC X(100).\n 05 L-B PIC X(100).\n 05 RESULT PIC X(100).\n\n PROCEDURE DIVISION.\n\n MOVE \'1\' TO L-A\n MOVE \'1\' TO L-B\n\n CALL "STRING-XOR" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n MOVE RESULT TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': "'0'", 'type_': 'String'}}, {'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. STRING-XOR-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "STRING-XOR.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC X(100).\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n\n\n 01 LINKED-ITEMS.\n 05 L-A PIC X(100).\n 05 L-B PIC X(100).\n 05 RESULT PIC X(100).\n\n PROCEDURE DIVISION.\n\n MOVE \'0101\' TO L-A\n MOVE \'0000\' TO L-B\n\n CALL "STRING-XOR" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n MOVE RESULT TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': "'0101'", 'type_': 'String'}}]

HumanEval/12

IDENTIFICATION DIVISION. PROGRAM-ID. LONGEST. ENVIRONMENT DIVISION. INPUT-OUTPUT SECTION. DATA DIVISION. LINKAGE SECTION. 01 LINKED-ITEMS. 05 L-STRINGS OCCURS 100 TIMES INDEXED BY NI PIC X(100). 05 RESULT PIC X(100). * Out of list of strings, return the longest one. Return the first one in case of multiple * strings of the same length. Return '' in case the input list is empty. * >>> longest([]) * * >>> longest(['a', 'b', 'c']) * 'a' * >>> longest(['a', 'bb', 'ccc']) * 'ccc' * * Complete the WORKING-STORAGE SECTION and the PROCEDURE DIVISION * Store the result in the RESULT variable and mark the end of your program with END PROGRAM WORKING-STORAGE SECTION.

longest

if not strings: return None maxlen = max(len(x) for x in strings) for s in strings: if len(s) == maxlen: return s

[{'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. LONGEST-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "LONGEST.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC X(100).\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n\n\n 01 LINKED-ITEMS.\n 05 L-STRINGS OCCURS 100 TIMES INDEXED BY NI PIC X(100).\n 05 RESULT PIC X(100).\n\n PROCEDURE DIVISION.\n\n MOVE \'x\' TO L-STRINGS(1)\n MOVE \'y\' TO L-STRINGS(2)\n MOVE \'z\' TO L-STRINGS(3)\n\n CALL "LONGEST" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n MOVE RESULT TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': "'x'", 'type_': 'String'}}, {'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. LONGEST-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "LONGEST.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC X(100).\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n\n\n 01 LINKED-ITEMS.\n 05 L-STRINGS OCCURS 100 TIMES INDEXED BY NI PIC X(100).\n 05 RESULT PIC X(100).\n\n PROCEDURE DIVISION.\n\n MOVE \'x\' TO L-STRINGS(1)\n MOVE \'yyy\' TO L-STRINGS(2)\n MOVE \'zzzz\' TO L-STRINGS(3)\n MOVE \'www\' TO L-STRINGS(4)\n MOVE \'kkkk\' TO L-STRINGS(5)\n MOVE \'abc\' TO L-STRINGS(6)\n\n CALL "LONGEST" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n MOVE RESULT TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': "'zzzz'", 'type_': 'String'}}]

HumanEval/13

IDENTIFICATION DIVISION. PROGRAM-ID. GREATEST-COMMON-DIVISOR. ENVIRONMENT DIVISION. INPUT-OUTPUT SECTION. DATA DIVISION. LINKAGE SECTION. 01 LINKED-ITEMS. 05 L-A PIC S9(10). 05 L-B PIC S9(10). 05 RESULT PIC S9(10). * Return a greatest common divisor of two integers a and b * >>> greatest_common_divisor(3, 5) * 1 * >>> greatest_common_divisor(25, 15) * 5 * * Complete the WORKING-STORAGE SECTION and the PROCEDURE DIVISION * Store the result in the RESULT variable and mark the end of your program with END PROGRAM WORKING-STORAGE SECTION.

greatest_common_divisor

while b: a, b = b, a % b return a

[{'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. GREATEST-COMMON-DIVISOR-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "GREATEST-COMMON-DIVISOR.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC S9(10) SIGN LEADING.\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n\n\n 01 LINKED-ITEMS.\n 05 L-A PIC S9(10).\n 05 L-B PIC S9(10).\n 05 RESULT PIC S9(10).\n\n PROCEDURE DIVISION.\n\n MOVE 3 TO L-A\n MOVE 7 TO L-B\n\n CALL "GREATEST-COMMON-DIVISOR" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n MOVE RESULT TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': '1', 'type_': 'Int'}}, {'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. GREATEST-COMMON-DIVISOR-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "GREATEST-COMMON-DIVISOR.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC S9(10) SIGN LEADING.\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n\n\n 01 LINKED-ITEMS.\n 05 L-A PIC S9(10).\n 05 L-B PIC S9(10).\n 05 RESULT PIC S9(10).\n\n PROCEDURE DIVISION.\n\n MOVE 10 TO L-A\n MOVE 15 TO L-B\n\n CALL "GREATEST-COMMON-DIVISOR" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n MOVE RESULT TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': '5', 'type_': 'Int'}}, {'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. GREATEST-COMMON-DIVISOR-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "GREATEST-COMMON-DIVISOR.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC S9(10) SIGN LEADING.\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n\n\n 01 LINKED-ITEMS.\n 05 L-A PIC S9(10).\n 05 L-B PIC S9(10).\n 05 RESULT PIC S9(10).\n\n PROCEDURE DIVISION.\n\n MOVE 49 TO L-A\n MOVE 14 TO L-B\n\n CALL "GREATEST-COMMON-DIVISOR" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n MOVE RESULT TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': '7', 'type_': 'Int'}}, {'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. GREATEST-COMMON-DIVISOR-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "GREATEST-COMMON-DIVISOR.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC S9(10) SIGN LEADING.\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n\n\n 01 LINKED-ITEMS.\n 05 L-A PIC S9(10).\n 05 L-B PIC S9(10).\n 05 RESULT PIC S9(10).\n\n PROCEDURE DIVISION.\n\n MOVE 144 TO L-A\n MOVE 60 TO L-B\n\n CALL "GREATEST-COMMON-DIVISOR" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n MOVE RESULT TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': '12', 'type_': 'Int'}}]

HumanEval/14

IDENTIFICATION DIVISION. PROGRAM-ID. ALL-PREFIXES. ENVIRONMENT DIVISION. INPUT-OUTPUT SECTION. DATA DIVISION. LINKAGE SECTION. 01 LINKED-ITEMS. 05 L-STRING PIC X(100). 05 RESULT OCCURS 100 TIMES INDEXED BY NI PIC X(100). * Return list of all prefixes from shortest to longest of the input string * >>> all_prefixes('abc') * ['a', 'ab', 'abc'] * * Complete the WORKING-STORAGE SECTION and the PROCEDURE DIVISION * Store the result in the RESULT variable and mark the end of your program with END PROGRAM WORKING-STORAGE SECTION.

all_prefixes

result = [] for i in range(len(string)): result.append(string[:i+1]) return result

[{'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. ALL-PREFIXES-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "ALL-PREFIXES.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC X(100).\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n\n\n 01 LINKED-ITEMS.\n 05 L-STRING PIC X(100).\n 05 RESULT OCCURS 100 TIMES INDEXED BY NI PIC X(100).\n\n PROCEDURE DIVISION.\n\n MOVE \'\' TO L-STRING\n\n CALL "ALL-PREFIXES" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n PERFORM VARYING NI FROM 1 BY 1 UNTIL NI > 100\n MOVE RESULT (NI) TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n END-PERFORM\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': '[]', 'type_': {'List': 'String'}}}, {'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. ALL-PREFIXES-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "ALL-PREFIXES.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC X(100).\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n\n\n 01 LINKED-ITEMS.\n 05 L-STRING PIC X(100).\n 05 RESULT OCCURS 100 TIMES INDEXED BY NI PIC X(100).\n\n PROCEDURE DIVISION.\n\n MOVE \'asdfgh\' TO L-STRING\n\n CALL "ALL-PREFIXES" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n PERFORM VARYING NI FROM 1 BY 1 UNTIL NI > 100\n MOVE RESULT (NI) TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n END-PERFORM\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': "['a', 'as', 'asd', 'asdf', 'asdfg', 'asdfgh']", 'type_': {'List': 'String'}}}, {'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. ALL-PREFIXES-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "ALL-PREFIXES.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC X(100).\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n\n\n 01 LINKED-ITEMS.\n 05 L-STRING PIC X(100).\n 05 RESULT OCCURS 100 TIMES INDEXED BY NI PIC X(100).\n\n PROCEDURE DIVISION.\n\n MOVE \'WWW\' TO L-STRING\n\n CALL "ALL-PREFIXES" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n PERFORM VARYING NI FROM 1 BY 1 UNTIL NI > 100\n MOVE RESULT (NI) TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n END-PERFORM\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': "['W', 'WW', 'WWW']", 'type_': {'List': 'String'}}}]

HumanEval/15

IDENTIFICATION DIVISION. PROGRAM-ID. STRING-SEQUENCE. ENVIRONMENT DIVISION. INPUT-OUTPUT SECTION. DATA DIVISION. LINKAGE SECTION. 01 LINKED-ITEMS. 05 L-N PIC S9(10). 05 RESULT PIC X(100). * Return a string containing space-delimited numbers starting from 0 upto n inclusive. * >>> string_sequence(0) * '0' * >>> string_sequence(5) * '0 1 2 3 4 5' * * Complete the WORKING-STORAGE SECTION and the PROCEDURE DIVISION * Store the result in the RESULT variable and mark the end of your program with END PROGRAM WORKING-STORAGE SECTION.

string_sequence

return ' '.join([str(x) for x in range(n + 1)])

[{'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. STRING-SEQUENCE-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "STRING-SEQUENCE.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC X(100).\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n\n\n 01 LINKED-ITEMS.\n 05 L-N PIC S9(10).\n 05 RESULT PIC X(100).\n\n PROCEDURE DIVISION.\n\n MOVE 0 TO L-N\n\n CALL "STRING-SEQUENCE" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n MOVE RESULT TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': "'0'", 'type_': 'String'}}, {'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. STRING-SEQUENCE-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "STRING-SEQUENCE.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC X(100).\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n\n\n 01 LINKED-ITEMS.\n 05 L-N PIC S9(10).\n 05 RESULT PIC X(100).\n\n PROCEDURE DIVISION.\n\n MOVE 3 TO L-N\n\n CALL "STRING-SEQUENCE" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n MOVE RESULT TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': "'0 1 2 3'", 'type_': 'String'}}, {'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. STRING-SEQUENCE-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "STRING-SEQUENCE.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC X(100).\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n\n\n 01 LINKED-ITEMS.\n 05 L-N PIC S9(10).\n 05 RESULT PIC X(100).\n\n PROCEDURE DIVISION.\n\n MOVE 10 TO L-N\n\n CALL "STRING-SEQUENCE" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n MOVE RESULT TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': "'0 1 2 3 4 5 6 7 8 9 10'", 'type_': 'String'}}]

HumanEval/16

IDENTIFICATION DIVISION. PROGRAM-ID. COUNT-DISTINCT-CHARACTERS. ENVIRONMENT DIVISION. INPUT-OUTPUT SECTION. DATA DIVISION. LINKAGE SECTION. 01 LINKED-ITEMS. 05 L-STRING PIC X(100). 05 RESULT PIC S9(10). * Given a string, find out how many distinct characters (regardless of case) does it consist of * >>> count_distinct_characters('xyzXYZ') * 3 * >>> count_distinct_characters('Jerry') * 4 * * Complete the WORKING-STORAGE SECTION and the PROCEDURE DIVISION * Store the result in the RESULT variable and mark the end of your program with END PROGRAM WORKING-STORAGE SECTION.

count_distinct_characters

return len(set(string.lower()))

[{'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. COUNT-DISTINCT-CHARACTERS-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "COUNT-DISTINCT-CHARACTERS.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC S9(10) SIGN LEADING.\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n\n\n 01 LINKED-ITEMS.\n 05 L-STRING PIC X(100).\n 05 RESULT PIC S9(10).\n\n PROCEDURE DIVISION.\n\n MOVE \'\' TO L-STRING\n\n CALL "COUNT-DISTINCT-CHARACTERS" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n MOVE RESULT TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': '0', 'type_': 'Int'}}, {'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. COUNT-DISTINCT-CHARACTERS-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "COUNT-DISTINCT-CHARACTERS.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC S9(10) SIGN LEADING.\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n\n\n 01 LINKED-ITEMS.\n 05 L-STRING PIC X(100).\n 05 RESULT PIC S9(10).\n\n PROCEDURE DIVISION.\n\n MOVE \'abcde\' TO L-STRING\n\n CALL "COUNT-DISTINCT-CHARACTERS" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n MOVE RESULT TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': '5', 'type_': 'Int'}}, {'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. COUNT-DISTINCT-CHARACTERS-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "COUNT-DISTINCT-CHARACTERS.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC S9(10) SIGN LEADING.\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n\n\n 01 LINKED-ITEMS.\n 05 L-STRING PIC X(100).\n 05 RESULT PIC S9(10).\n\n PROCEDURE DIVISION.\n\n MOVE \'aaaaAAAAaaaa\' TO L-STRING\n\n CALL "COUNT-DISTINCT-CHARACTERS" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n MOVE RESULT TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': '1', 'type_': 'Int'}}, {'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. COUNT-DISTINCT-CHARACTERS-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "COUNT-DISTINCT-CHARACTERS.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC S9(10) SIGN LEADING.\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n\n\n 01 LINKED-ITEMS.\n 05 L-STRING PIC X(100).\n 05 RESULT PIC S9(10).\n\n PROCEDURE DIVISION.\n\n MOVE \'Jerry jERRY JeRRRY\' TO L-STRING\n\n CALL "COUNT-DISTINCT-CHARACTERS" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n MOVE RESULT TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': '5', 'type_': 'Int'}}]

HumanEval/17

IDENTIFICATION DIVISION. PROGRAM-ID. PARSE-MUSIC. ENVIRONMENT DIVISION. INPUT-OUTPUT SECTION. DATA DIVISION. LINKAGE SECTION. 01 LINKED-ITEMS. 05 L-MUSIC-STRING PIC X(100). 05 RESULT OCCURS 100 TIMES INDEXED BY NI PIC S9(10). * Input to this function is a string representing musical notes in a special ASCII format. * Your task is to parse this string and return list of integers corresponding to how many beats does each * not last. * * Here is a legend: * 'o' - whole note, lasts four beats * 'o|' - half note, lasts two beats * '.|' - quater note, lasts one beat * * >>> parse_music('o o| .| o| o| .| .| .| .| o o') * [4, 2, 1, 2, 2, 1, 1, 1, 1, 4, 4] * * Complete the WORKING-STORAGE SECTION and the PROCEDURE DIVISION * Store the result in the RESULT variable and mark the end of your program with END PROGRAM WORKING-STORAGE SECTION.

parse_music

note_map = {'o': 4, 'o|': 2, '.|': 1} return [note_map[x] for x in music_string.split(' ') if x]

[{'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. PARSE-MUSIC-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "PARSE-MUSIC.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC S9(10) SIGN LEADING.\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n\n\n 01 LINKED-ITEMS.\n 05 L-MUSIC-STRING PIC X(100).\n 05 RESULT OCCURS 100 TIMES INDEXED BY NI PIC S9(10).\n\n PROCEDURE DIVISION.\n\n MOVE \'\' TO L-MUSIC-STRING\n\n CALL "PARSE-MUSIC" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n PERFORM VARYING NI FROM 1 BY 1 UNTIL NI > 100\n MOVE RESULT (NI) TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n END-PERFORM\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': '[]', 'type_': {'List': 'Int'}}}, {'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. PARSE-MUSIC-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "PARSE-MUSIC.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC S9(10) SIGN LEADING.\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n\n\n 01 LINKED-ITEMS.\n 05 L-MUSIC-STRING PIC X(100).\n 05 RESULT OCCURS 100 TIMES INDEXED BY NI PIC S9(10).\n\n PROCEDURE DIVISION.\n\n MOVE \'o o o o\' TO L-MUSIC-STRING\n\n CALL "PARSE-MUSIC" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n PERFORM VARYING NI FROM 1 BY 1 UNTIL NI > 100\n MOVE RESULT (NI) TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n END-PERFORM\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': '[4, 4, 4, 4]', 'type_': {'List': 'Int'}}}, {'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. PARSE-MUSIC-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "PARSE-MUSIC.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC S9(10) SIGN LEADING.\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n\n\n 01 LINKED-ITEMS.\n 05 L-MUSIC-STRING PIC X(100).\n 05 RESULT OCCURS 100 TIMES INDEXED BY NI PIC S9(10).\n\n PROCEDURE DIVISION.\n\n MOVE \'.| .| .| .|\' TO L-MUSIC-STRING\n\n CALL "PARSE-MUSIC" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n PERFORM VARYING NI FROM 1 BY 1 UNTIL NI > 100\n MOVE RESULT (NI) TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n END-PERFORM\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': '[1, 1, 1, 1]', 'type_': {'List': 'Int'}}}, {'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. PARSE-MUSIC-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "PARSE-MUSIC.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC S9(10) SIGN LEADING.\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n\n\n 01 LINKED-ITEMS.\n 05 L-MUSIC-STRING PIC X(100).\n 05 RESULT OCCURS 100 TIMES INDEXED BY NI PIC S9(10).\n\n PROCEDURE DIVISION.\n\n MOVE \'o| o| .| .| o o o o\' TO L-MUSIC-STRING\n\n CALL "PARSE-MUSIC" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n PERFORM VARYING NI FROM 1 BY 1 UNTIL NI > 100\n MOVE RESULT (NI) TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n END-PERFORM\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': '[2, 2, 1, 1, 4, 4, 4, 4]', 'type_': {'List': 'Int'}}}, {'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. PARSE-MUSIC-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "PARSE-MUSIC.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC S9(10) SIGN LEADING.\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n\n\n 01 LINKED-ITEMS.\n 05 L-MUSIC-STRING PIC X(100).\n 05 RESULT OCCURS 100 TIMES INDEXED BY NI PIC S9(10).\n\n PROCEDURE DIVISION.\n\n MOVE \'o| .| o| .| o o| o o|\' TO L-MUSIC-STRING\n\n CALL "PARSE-MUSIC" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n PERFORM VARYING NI FROM 1 BY 1 UNTIL NI > 100\n MOVE RESULT (NI) TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n END-PERFORM\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': '[2, 1, 2, 1, 4, 2, 4, 2]', 'type_': {'List': 'Int'}}}]

HumanEval/18

IDENTIFICATION DIVISION. PROGRAM-ID. HOW-MANY-TIMES. ENVIRONMENT DIVISION. INPUT-OUTPUT SECTION. DATA DIVISION. LINKAGE SECTION. 01 LINKED-ITEMS. 05 L-STRING PIC X(100). 05 L-SUBSTRING PIC X(100). 05 RESULT PIC S9(10). * Find how many times a given substring can be found in the original string. Count overlaping cases. * >>> how_many_times('', 'a') * 0 * >>> how_many_times('aaa', 'a') * 3 * >>> how_many_times('aaaa', 'aa') * 3 * * Complete the WORKING-STORAGE SECTION and the PROCEDURE DIVISION * Store the result in the RESULT variable and mark the end of your program with END PROGRAM WORKING-STORAGE SECTION.

how_many_times

times = 0 for i in range(len(string) - len(substring) + 1): if string[i:i+len(substring)] == substring: times += 1 return times

[{'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. HOW-MANY-TIMES-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "HOW-MANY-TIMES.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC S9(10) SIGN LEADING.\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n\n\n 01 LINKED-ITEMS.\n 05 L-STRING PIC X(100).\n 05 L-SUBSTRING PIC X(100).\n 05 RESULT PIC S9(10).\n\n PROCEDURE DIVISION.\n\n MOVE \'\' TO L-STRING\n MOVE \'x\' TO L-SUBSTRING\n\n CALL "HOW-MANY-TIMES" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n MOVE RESULT TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': '0', 'type_': 'Int'}}, {'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. HOW-MANY-TIMES-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "HOW-MANY-TIMES.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC S9(10) SIGN LEADING.\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n\n\n 01 LINKED-ITEMS.\n 05 L-STRING PIC X(100).\n 05 L-SUBSTRING PIC X(100).\n 05 RESULT PIC S9(10).\n\n PROCEDURE DIVISION.\n\n MOVE \'xyxyxyx\' TO L-STRING\n MOVE \'x\' TO L-SUBSTRING\n\n CALL "HOW-MANY-TIMES" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n MOVE RESULT TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': '4', 'type_': 'Int'}}, {'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. HOW-MANY-TIMES-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "HOW-MANY-TIMES.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC S9(10) SIGN LEADING.\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n\n\n 01 LINKED-ITEMS.\n 05 L-STRING PIC X(100).\n 05 L-SUBSTRING PIC X(100).\n 05 RESULT PIC S9(10).\n\n PROCEDURE DIVISION.\n\n MOVE \'cacacacac\' TO L-STRING\n MOVE \'cac\' TO L-SUBSTRING\n\n CALL "HOW-MANY-TIMES" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n MOVE RESULT TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': '4', 'type_': 'Int'}}, {'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. HOW-MANY-TIMES-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "HOW-MANY-TIMES.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC S9(10) SIGN LEADING.\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n\n\n 01 LINKED-ITEMS.\n 05 L-STRING PIC X(100).\n 05 L-SUBSTRING PIC X(100).\n 05 RESULT PIC S9(10).\n\n PROCEDURE DIVISION.\n\n MOVE \'john doe\' TO L-STRING\n MOVE \'john\' TO L-SUBSTRING\n\n CALL "HOW-MANY-TIMES" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n MOVE RESULT TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': '1', 'type_': 'Int'}}]

HumanEval/19

IDENTIFICATION DIVISION. PROGRAM-ID. SORT-NUMBERS. ENVIRONMENT DIVISION. INPUT-OUTPUT SECTION. DATA DIVISION. LINKAGE SECTION. 01 LINKED-ITEMS. 05 L-NUMBERS PIC X(100). 05 RESULT PIC X(100). * Input is a space-delimited string of numberals from 'zero' to 'nine'. * Valid choices are 'zero', 'one', 'two', 'three', 'four', 'five', 'six', 'seven', 'eight' and 'nine'. * Return the string with numbers sorted from smallest to largest * >>> sort_numbers('three one five') * 'one three five' * * Complete the WORKING-STORAGE SECTION and the PROCEDURE DIVISION * Store the result in the RESULT variable and mark the end of your program with END PROGRAM WORKING-STORAGE SECTION.

sort_numbers

value_map = { 'zero': 0, 'one': 1, 'two': 2, 'three': 3, 'four': 4, 'five': 5, 'six': 6, 'seven': 7, 'eight': 8, 'nine': 9 } return ' '.join(sorted([x for x in numbers.split(' ') if x], key=lambda x: value_map[x]))

[{'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. SORT-NUMBERS-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "SORT-NUMBERS.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC X(100).\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n\n\n 01 LINKED-ITEMS.\n 05 L-NUMBERS PIC X(100).\n 05 RESULT PIC X(100).\n\n PROCEDURE DIVISION.\n\n MOVE \'\' TO L-NUMBERS\n\n CALL "SORT-NUMBERS" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n MOVE RESULT TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': "''", 'type_': 'String'}}, {'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. SORT-NUMBERS-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "SORT-NUMBERS.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC X(100).\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n\n\n 01 LINKED-ITEMS.\n 05 L-NUMBERS PIC X(100).\n 05 RESULT PIC X(100).\n\n PROCEDURE DIVISION.\n\n MOVE \'three\' TO L-NUMBERS\n\n CALL "SORT-NUMBERS" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n MOVE RESULT TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': "'three'", 'type_': 'String'}}, {'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. SORT-NUMBERS-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "SORT-NUMBERS.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC X(100).\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n\n\n 01 LINKED-ITEMS.\n 05 L-NUMBERS PIC X(100).\n 05 RESULT PIC X(100).\n\n PROCEDURE DIVISION.\n\n MOVE \'three five nine\' TO L-NUMBERS\n\n CALL "SORT-NUMBERS" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n MOVE RESULT TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': "'three five nine'", 'type_': 'String'}}, {'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. SORT-NUMBERS-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "SORT-NUMBERS.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC X(100).\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n\n\n 01 LINKED-ITEMS.\n 05 L-NUMBERS PIC X(100).\n 05 RESULT PIC X(100).\n\n PROCEDURE DIVISION.\n\n MOVE \'five zero four seven nine eight\' TO L-NUMBERS\n\n CALL "SORT-NUMBERS" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n MOVE RESULT TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': "'zero four five seven eight nine'", 'type_': 'String'}}, {'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. SORT-NUMBERS-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "SORT-NUMBERS.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC X(100).\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n\n\n 01 LINKED-ITEMS.\n 05 L-NUMBERS PIC X(100).\n 05 RESULT PIC X(100).\n\n PROCEDURE DIVISION.\n\n MOVE \'six five four three two one zero\' TO L-NUMBERS\n\n CALL "SORT-NUMBERS" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n MOVE RESULT TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': "'zero one two three four five six'", 'type_': 'String'}}]

HumanEval/20

IDENTIFICATION DIVISION. PROGRAM-ID. FIND-CLOSEST-ELEMENTS. ENVIRONMENT DIVISION. INPUT-OUTPUT SECTION. DATA DIVISION. LINKAGE SECTION. 01 LINKED-ITEMS. 05 L-NUMBERS OCCURS 100 TIMES INDEXED BY NI COMP-2. 05 RESULT OCCURS 100 TIMES INDEXED BY NJ COMP-2. * From a supplied list of numbers (of length at least two) select and return two that are the closest to each * other and return them in order (smaller number, larger number). * >>> find_closest_elements([1.0, 2.0, 3.0, 4.0, 5.0, 2.2]) * (2.0, 2.2) * >>> find_closest_elements([1.0, 2.0, 3.0, 4.0, 5.0, 2.0]) * (2.0, 2.0) * * Complete the WORKING-STORAGE SECTION and the PROCEDURE DIVISION * Store the result in the RESULT variable and mark the end of your program with END PROGRAM WORKING-STORAGE SECTION.

find_closest_elements

closest_pair = None distance = None for idx, elem in enumerate(numbers): for idx2, elem2 in enumerate(numbers): if idx != idx2: if distance is None: distance = abs(elem - elem2) closest_pair = tuple(sorted([elem, elem2])) else: new_distance = abs(elem - elem2) if new_distance < distance: distance = new_distance closest_pair = tuple(sorted([elem, elem2])) return closest_pair

[{'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. FIND-CLOSEST-ELEMENTS-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "FIND-CLOSEST-ELEMENTS.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC X(15).\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n 01 PARTS-REPR.\n 05 DECIMAL-PART PIC X(9).\n 05 FRACTIONAL-PART PIC X(5).\n 01 FLOAT-REPR REDEFINES PARTS-REPR PIC S9(9)V9(5) SIGN LEADING.\n\n 01 LINKED-ITEMS.\n 05 L-NUMBERS OCCURS 100 TIMES INDEXED BY NI COMP-2.\n 05 RESULT OCCURS 100 TIMES INDEXED BY NJ COMP-2.\n\n PROCEDURE DIVISION.\n\n MOVE 1.0 TO L-NUMBERS(1)\n MOVE 2.0 TO L-NUMBERS(2)\n MOVE 3.9 TO L-NUMBERS(3)\n MOVE 4.0 TO L-NUMBERS(4)\n MOVE 5.0 TO L-NUMBERS(5)\n MOVE 2.2 TO L-NUMBERS(6)\n\n CALL "FIND-CLOSEST-ELEMENTS" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n PERFORM VARYING NJ FROM 1 BY 1 UNTIL NJ > 100\n MOVE RESULT (NJ) TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n END-PERFORM\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': '(3.9, 4.0)', 'type_': {'List': 'Float'}}}, {'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. FIND-CLOSEST-ELEMENTS-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "FIND-CLOSEST-ELEMENTS.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC X(15).\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n 01 PARTS-REPR.\n 05 DECIMAL-PART PIC X(9).\n 05 FRACTIONAL-PART PIC X(5).\n 01 FLOAT-REPR REDEFINES PARTS-REPR PIC S9(9)V9(5) SIGN LEADING.\n\n 01 LINKED-ITEMS.\n 05 L-NUMBERS OCCURS 100 TIMES INDEXED BY NI COMP-2.\n 05 RESULT OCCURS 100 TIMES INDEXED BY NJ COMP-2.\n\n PROCEDURE DIVISION.\n\n MOVE 1.0 TO L-NUMBERS(1)\n MOVE 2.0 TO L-NUMBERS(2)\n MOVE 5.9 TO L-NUMBERS(3)\n MOVE 4.0 TO L-NUMBERS(4)\n MOVE 5.0 TO L-NUMBERS(5)\n\n CALL "FIND-CLOSEST-ELEMENTS" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n PERFORM VARYING NJ FROM 1 BY 1 UNTIL NJ > 100\n MOVE RESULT (NJ) TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n END-PERFORM\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': '(5.0, 5.9)', 'type_': {'List': 'Float'}}}, {'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. FIND-CLOSEST-ELEMENTS-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "FIND-CLOSEST-ELEMENTS.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC X(15).\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n 01 PARTS-REPR.\n 05 DECIMAL-PART PIC X(9).\n 05 FRACTIONAL-PART PIC X(5).\n 01 FLOAT-REPR REDEFINES PARTS-REPR PIC S9(9)V9(5) SIGN LEADING.\n\n 01 LINKED-ITEMS.\n 05 L-NUMBERS OCCURS 100 TIMES INDEXED BY NI COMP-2.\n 05 RESULT OCCURS 100 TIMES INDEXED BY NJ COMP-2.\n\n PROCEDURE DIVISION.\n\n MOVE 1.0 TO L-NUMBERS(1)\n MOVE 2.0 TO L-NUMBERS(2)\n MOVE 3.0 TO L-NUMBERS(3)\n MOVE 4.0 TO L-NUMBERS(4)\n MOVE 5.0 TO L-NUMBERS(5)\n MOVE 2.2 TO L-NUMBERS(6)\n\n CALL "FIND-CLOSEST-ELEMENTS" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n PERFORM VARYING NJ FROM 1 BY 1 UNTIL NJ > 100\n MOVE RESULT (NJ) TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n END-PERFORM\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': '(2.0, 2.2)', 'type_': {'List': 'Float'}}}, {'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. FIND-CLOSEST-ELEMENTS-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "FIND-CLOSEST-ELEMENTS.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC X(15).\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n 01 PARTS-REPR.\n 05 DECIMAL-PART PIC X(9).\n 05 FRACTIONAL-PART PIC X(5).\n 01 FLOAT-REPR REDEFINES PARTS-REPR PIC S9(9)V9(5) SIGN LEADING.\n\n 01 LINKED-ITEMS.\n 05 L-NUMBERS OCCURS 100 TIMES INDEXED BY NI COMP-2.\n 05 RESULT OCCURS 100 TIMES INDEXED BY NJ COMP-2.\n\n PROCEDURE DIVISION.\n\n MOVE 1.0 TO L-NUMBERS(1)\n MOVE 2.0 TO L-NUMBERS(2)\n MOVE 3.0 TO L-NUMBERS(3)\n MOVE 4.0 TO L-NUMBERS(4)\n MOVE 5.0 TO L-NUMBERS(5)\n MOVE 2.0 TO L-NUMBERS(6)\n\n CALL "FIND-CLOSEST-ELEMENTS" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n PERFORM VARYING NJ FROM 1 BY 1 UNTIL NJ > 100\n MOVE RESULT (NJ) TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n END-PERFORM\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': '(2.0, 2.0)', 'type_': {'List': 'Float'}}}, {'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. FIND-CLOSEST-ELEMENTS-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "FIND-CLOSEST-ELEMENTS.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC X(15).\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n 01 PARTS-REPR.\n 05 DECIMAL-PART PIC X(9).\n 05 FRACTIONAL-PART PIC X(5).\n 01 FLOAT-REPR REDEFINES PARTS-REPR PIC S9(9)V9(5) SIGN LEADING.\n\n 01 LINKED-ITEMS.\n 05 L-NUMBERS OCCURS 100 TIMES INDEXED BY NI COMP-2.\n 05 RESULT OCCURS 100 TIMES INDEXED BY NJ COMP-2.\n\n PROCEDURE DIVISION.\n\n MOVE 1.1 TO L-NUMBERS(1)\n MOVE 2.2 TO L-NUMBERS(2)\n MOVE 3.1 TO L-NUMBERS(3)\n MOVE 4.1 TO L-NUMBERS(4)\n MOVE 5.1 TO L-NUMBERS(5)\n\n CALL "FIND-CLOSEST-ELEMENTS" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n PERFORM VARYING NJ FROM 1 BY 1 UNTIL NJ > 100\n MOVE RESULT (NJ) TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n END-PERFORM\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': '(2.2, 3.1)', 'type_': {'List': 'Float'}}}]

HumanEval/21

IDENTIFICATION DIVISION. PROGRAM-ID. RESCALE-TO-UNIT. ENVIRONMENT DIVISION. INPUT-OUTPUT SECTION. DATA DIVISION. LINKAGE SECTION. 01 LINKED-ITEMS. 05 L-NUMBERS OCCURS 100 TIMES INDEXED BY NI COMP-2. 05 RESULT OCCURS 100 TIMES INDEXED BY NJ COMP-2. * Given list of numbers (of at least two elements), apply a linear transform to that list, * such that the smallest number will become 0 and the largest will become 1 * >>> rescale_to_unit([1.0, 2.0, 3.0, 4.0, 5.0]) * [0.0, 0.25, 0.5, 0.75, 1.0] * * Complete the WORKING-STORAGE SECTION and the PROCEDURE DIVISION * Store the result in the RESULT variable and mark the end of your program with END PROGRAM WORKING-STORAGE SECTION.

rescale_to_unit

min_number = min(numbers) max_number = max(numbers) return [(x - min_number) / (max_number - min_number) for x in numbers]

[{'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. RESCALE-TO-UNIT-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "RESCALE-TO-UNIT.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC X(15).\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n 01 PARTS-REPR.\n 05 DECIMAL-PART PIC X(9).\n 05 FRACTIONAL-PART PIC X(5).\n 01 FLOAT-REPR REDEFINES PARTS-REPR PIC S9(9)V9(5) SIGN LEADING.\n\n 01 LINKED-ITEMS.\n 05 L-NUMBERS OCCURS 100 TIMES INDEXED BY NI COMP-2.\n 05 RESULT OCCURS 100 TIMES INDEXED BY NJ COMP-2.\n\n PROCEDURE DIVISION.\n\n MOVE 2.0 TO L-NUMBERS(1)\n MOVE 49.9 TO L-NUMBERS(2)\n\n CALL "RESCALE-TO-UNIT" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n PERFORM VARYING NJ FROM 1 BY 1 UNTIL NJ > 100\n MOVE RESULT (NJ) TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n END-PERFORM\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': '[0.0, 1.0]', 'type_': {'List': 'Float'}}}, {'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. RESCALE-TO-UNIT-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "RESCALE-TO-UNIT.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC X(15).\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n 01 PARTS-REPR.\n 05 DECIMAL-PART PIC X(9).\n 05 FRACTIONAL-PART PIC X(5).\n 01 FLOAT-REPR REDEFINES PARTS-REPR PIC S9(9)V9(5) SIGN LEADING.\n\n 01 LINKED-ITEMS.\n 05 L-NUMBERS OCCURS 100 TIMES INDEXED BY NI COMP-2.\n 05 RESULT OCCURS 100 TIMES INDEXED BY NJ COMP-2.\n\n PROCEDURE DIVISION.\n\n MOVE 100.0 TO L-NUMBERS(1)\n MOVE 49.9 TO L-NUMBERS(2)\n\n CALL "RESCALE-TO-UNIT" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n PERFORM VARYING NJ FROM 1 BY 1 UNTIL NJ > 100\n MOVE RESULT (NJ) TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n END-PERFORM\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': '[1.0, 0.0]', 'type_': {'List': 'Float'}}}, {'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. RESCALE-TO-UNIT-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "RESCALE-TO-UNIT.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC X(15).\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n 01 PARTS-REPR.\n 05 DECIMAL-PART PIC X(9).\n 05 FRACTIONAL-PART PIC X(5).\n 01 FLOAT-REPR REDEFINES PARTS-REPR PIC S9(9)V9(5) SIGN LEADING.\n\n 01 LINKED-ITEMS.\n 05 L-NUMBERS OCCURS 100 TIMES INDEXED BY NI COMP-2.\n 05 RESULT OCCURS 100 TIMES INDEXED BY NJ COMP-2.\n\n PROCEDURE DIVISION.\n\n MOVE 1.0 TO L-NUMBERS(1)\n MOVE 2.0 TO L-NUMBERS(2)\n MOVE 3.0 TO L-NUMBERS(3)\n MOVE 4.0 TO L-NUMBERS(4)\n MOVE 5.0 TO L-NUMBERS(5)\n\n CALL "RESCALE-TO-UNIT" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n PERFORM VARYING NJ FROM 1 BY 1 UNTIL NJ > 100\n MOVE RESULT (NJ) TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n END-PERFORM\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': '[0.0, 0.25, 0.5, 0.75, 1.0]', 'type_': {'List': 'Float'}}}, {'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. RESCALE-TO-UNIT-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "RESCALE-TO-UNIT.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC X(15).\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n 01 PARTS-REPR.\n 05 DECIMAL-PART PIC X(9).\n 05 FRACTIONAL-PART PIC X(5).\n 01 FLOAT-REPR REDEFINES PARTS-REPR PIC S9(9)V9(5) SIGN LEADING.\n\n 01 LINKED-ITEMS.\n 05 L-NUMBERS OCCURS 100 TIMES INDEXED BY NI COMP-2.\n 05 RESULT OCCURS 100 TIMES INDEXED BY NJ COMP-2.\n\n PROCEDURE DIVISION.\n\n MOVE 2.0 TO L-NUMBERS(1)\n MOVE 1.0 TO L-NUMBERS(2)\n MOVE 5.0 TO L-NUMBERS(3)\n MOVE 3.0 TO L-NUMBERS(4)\n MOVE 4.0 TO L-NUMBERS(5)\n\n CALL "RESCALE-TO-UNIT" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n PERFORM VARYING NJ FROM 1 BY 1 UNTIL NJ > 100\n MOVE RESULT (NJ) TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n END-PERFORM\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': '[0.25, 0.0, 1.0, 0.5, 0.75]', 'type_': {'List': 'Float'}}}, {'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. RESCALE-TO-UNIT-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "RESCALE-TO-UNIT.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC X(15).\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n 01 PARTS-REPR.\n 05 DECIMAL-PART PIC X(9).\n 05 FRACTIONAL-PART PIC X(5).\n 01 FLOAT-REPR REDEFINES PARTS-REPR PIC S9(9)V9(5) SIGN LEADING.\n\n 01 LINKED-ITEMS.\n 05 L-NUMBERS OCCURS 100 TIMES INDEXED BY NI COMP-2.\n 05 RESULT OCCURS 100 TIMES INDEXED BY NJ COMP-2.\n\n PROCEDURE DIVISION.\n\n MOVE 12.0 TO L-NUMBERS(1)\n MOVE 11.0 TO L-NUMBERS(2)\n MOVE 15.0 TO L-NUMBERS(3)\n MOVE 13.0 TO L-NUMBERS(4)\n MOVE 14.0 TO L-NUMBERS(5)\n\n CALL "RESCALE-TO-UNIT" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n PERFORM VARYING NJ FROM 1 BY 1 UNTIL NJ > 100\n MOVE RESULT (NJ) TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n END-PERFORM\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': '[0.25, 0.0, 1.0, 0.5, 0.75]', 'type_': {'List': 'Float'}}}]

HumanEval/23

IDENTIFICATION DIVISION. PROGRAM-ID. STRLEN. ENVIRONMENT DIVISION. INPUT-OUTPUT SECTION. DATA DIVISION. LINKAGE SECTION. 01 LINKED-ITEMS. 05 L-STRING PIC X(100). 05 RESULT PIC S9(10). * Return length of given string. Ignore leading and trailing spaces. * >>> strlen('') * 0 * >>> strlen('abc') * 3 * * Complete the WORKING-STORAGE SECTION and the PROCEDURE DIVISION * Store the result in the RESULT variable and mark the end of your program with END PROGRAM WORKING-STORAGE SECTION.

strlen

return len(string)

[{'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. STRLEN-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "STRLEN.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC S9(10) SIGN LEADING.\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n\n\n 01 LINKED-ITEMS.\n 05 L-STRING PIC X(100).\n 05 RESULT PIC S9(10).\n\n PROCEDURE DIVISION.\n\n MOVE \'\' TO L-STRING\n\n CALL "STRLEN" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n MOVE RESULT TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': '0', 'type_': 'Int'}}, {'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. STRLEN-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "STRLEN.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC S9(10) SIGN LEADING.\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n\n\n 01 LINKED-ITEMS.\n 05 L-STRING PIC X(100).\n 05 RESULT PIC S9(10).\n\n PROCEDURE DIVISION.\n\n MOVE \'x\' TO L-STRING\n\n CALL "STRLEN" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n MOVE RESULT TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': '1', 'type_': 'Int'}}, {'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. STRLEN-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "STRLEN.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC S9(10) SIGN LEADING.\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n\n\n 01 LINKED-ITEMS.\n 05 L-STRING PIC X(100).\n 05 RESULT PIC S9(10).\n\n PROCEDURE DIVISION.\n\n MOVE \'asdasnakj\' TO L-STRING\n\n CALL "STRLEN" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n MOVE RESULT TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': '9', 'type_': 'Int'}}]

HumanEval/24

IDENTIFICATION DIVISION. PROGRAM-ID. LARGEST-DIVISOR. ENVIRONMENT DIVISION. INPUT-OUTPUT SECTION. DATA DIVISION. LINKAGE SECTION. 01 LINKED-ITEMS. 05 L-N PIC S9(10). 05 RESULT PIC S9(10). * For a given number n, find the largest number that divides n evenly, smaller than n * >>> largest_divisor(15) * 5 * * Complete the WORKING-STORAGE SECTION and the PROCEDURE DIVISION * Store the result in the RESULT variable and mark the end of your program with END PROGRAM WORKING-STORAGE SECTION.

largest_divisor

for i in reversed(range(n)): if n % i == 0: return i

[{'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. LARGEST-DIVISOR-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "LARGEST-DIVISOR.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC S9(10) SIGN LEADING.\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n\n\n 01 LINKED-ITEMS.\n 05 L-N PIC S9(10).\n 05 RESULT PIC S9(10).\n\n PROCEDURE DIVISION.\n\n MOVE 3 TO L-N\n\n CALL "LARGEST-DIVISOR" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n MOVE RESULT TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': '1', 'type_': 'Int'}}, {'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. LARGEST-DIVISOR-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "LARGEST-DIVISOR.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC S9(10) SIGN LEADING.\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n\n\n 01 LINKED-ITEMS.\n 05 L-N PIC S9(10).\n 05 RESULT PIC S9(10).\n\n PROCEDURE DIVISION.\n\n MOVE 7 TO L-N\n\n CALL "LARGEST-DIVISOR" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n MOVE RESULT TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': '1', 'type_': 'Int'}}, {'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. LARGEST-DIVISOR-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "LARGEST-DIVISOR.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC S9(10) SIGN LEADING.\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n\n\n 01 LINKED-ITEMS.\n 05 L-N PIC S9(10).\n 05 RESULT PIC S9(10).\n\n PROCEDURE DIVISION.\n\n MOVE 10 TO L-N\n\n CALL "LARGEST-DIVISOR" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n MOVE RESULT TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': '5', 'type_': 'Int'}}, {'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. LARGEST-DIVISOR-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "LARGEST-DIVISOR.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC S9(10) SIGN LEADING.\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n\n\n 01 LINKED-ITEMS.\n 05 L-N PIC S9(10).\n 05 RESULT PIC S9(10).\n\n PROCEDURE DIVISION.\n\n MOVE 100 TO L-N\n\n CALL "LARGEST-DIVISOR" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n MOVE RESULT TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': '50', 'type_': 'Int'}}, {'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. LARGEST-DIVISOR-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "LARGEST-DIVISOR.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC S9(10) SIGN LEADING.\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n\n\n 01 LINKED-ITEMS.\n 05 L-N PIC S9(10).\n 05 RESULT PIC S9(10).\n\n PROCEDURE DIVISION.\n\n MOVE 49 TO L-N\n\n CALL "LARGEST-DIVISOR" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n MOVE RESULT TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': '7', 'type_': 'Int'}}]

HumanEval/25

IDENTIFICATION DIVISION. PROGRAM-ID. FACTORIZE. ENVIRONMENT DIVISION. INPUT-OUTPUT SECTION. DATA DIVISION. LINKAGE SECTION. 01 LINKED-ITEMS. 05 L-N PIC S9(10). 05 RESULT OCCURS 100 TIMES INDEXED BY NI PIC S9(10). * Return list of prime factors of given integer in the order from smallest to largest. * Each of the factors should be listed number of times corresponding to how many times it appeares in factorization. * Input number should be equal to the product of all factors * >>> factorize(8) * [2, 2, 2] * >>> factorize(25) * [5, 5] * >>> factorize(70) * [2, 5, 7] * * Complete the WORKING-STORAGE SECTION and the PROCEDURE DIVISION * Store the result in the RESULT variable and mark the end of your program with END PROGRAM WORKING-STORAGE SECTION.

factorize

import math fact = [] i = 2 while i <= int(math.sqrt(n) + 1): if n % i == 0: fact.append(i) n //= i else: i += 1 if n > 1: fact.append(n) return fact

[{'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. FACTORIZE-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "FACTORIZE.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC S9(10) SIGN LEADING.\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n\n\n 01 LINKED-ITEMS.\n 05 L-N PIC S9(10).\n 05 RESULT OCCURS 100 TIMES INDEXED BY NI PIC S9(10).\n\n PROCEDURE DIVISION.\n\n MOVE 2 TO L-N\n\n CALL "FACTORIZE" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n PERFORM VARYING NI FROM 1 BY 1 UNTIL NI > 100\n MOVE RESULT (NI) TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n END-PERFORM\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': '[2]', 'type_': {'List': 'Int'}}}, {'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. FACTORIZE-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "FACTORIZE.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC S9(10) SIGN LEADING.\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n\n\n 01 LINKED-ITEMS.\n 05 L-N PIC S9(10).\n 05 RESULT OCCURS 100 TIMES INDEXED BY NI PIC S9(10).\n\n PROCEDURE DIVISION.\n\n MOVE 4 TO L-N\n\n CALL "FACTORIZE" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n PERFORM VARYING NI FROM 1 BY 1 UNTIL NI > 100\n MOVE RESULT (NI) TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n END-PERFORM\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': '[2, 2]', 'type_': {'List': 'Int'}}}, {'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. FACTORIZE-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "FACTORIZE.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC S9(10) SIGN LEADING.\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n\n\n 01 LINKED-ITEMS.\n 05 L-N PIC S9(10).\n 05 RESULT OCCURS 100 TIMES INDEXED BY NI PIC S9(10).\n\n PROCEDURE DIVISION.\n\n MOVE 8 TO L-N\n\n CALL "FACTORIZE" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n PERFORM VARYING NI FROM 1 BY 1 UNTIL NI > 100\n MOVE RESULT (NI) TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n END-PERFORM\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': '[2, 2, 2]', 'type_': {'List': 'Int'}}}]

HumanEval/26

IDENTIFICATION DIVISION. PROGRAM-ID. REMOVE-DUPLICATES. ENVIRONMENT DIVISION. INPUT-OUTPUT SECTION. DATA DIVISION. LINKAGE SECTION. 01 LINKED-ITEMS. 05 L-NUMBERS OCCURS 100 TIMES INDEXED BY NI PIC S9(10). 05 RESULT OCCURS 100 TIMES INDEXED BY NJ PIC S9(10). * From a list of integers, remove all elements that occur more than once. * Keep order of elements left the same as in the input. * >>> remove_duplicates([1, 2, 3, 2, 4]) * [1, 3, 4] * * Complete the WORKING-STORAGE SECTION and the PROCEDURE DIVISION * Store the result in the RESULT variable and mark the end of your program with END PROGRAM WORKING-STORAGE SECTION.

remove_duplicates

import collections c = collections.Counter(numbers) return [n for n in numbers if c[n] <= 1]

[{'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. REMOVE-DUPLICATES-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "REMOVE-DUPLICATES.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC S9(10) SIGN LEADING.\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n\n\n 01 LINKED-ITEMS.\n 05 L-NUMBERS OCCURS 100 TIMES INDEXED BY NI PIC S9(10).\n 05 RESULT OCCURS 100 TIMES INDEXED BY NJ PIC S9(10).\n\n PROCEDURE DIVISION.\n\n MOVE 1 TO L-NUMBERS(1)\n MOVE 2 TO L-NUMBERS(2)\n MOVE 3 TO L-NUMBERS(3)\n MOVE 4 TO L-NUMBERS(4)\n\n CALL "REMOVE-DUPLICATES" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n PERFORM VARYING NJ FROM 1 BY 1 UNTIL NJ > 100\n MOVE RESULT (NJ) TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n END-PERFORM\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': '[1, 2, 3, 4]', 'type_': {'List': 'Int'}}}, {'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. REMOVE-DUPLICATES-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "REMOVE-DUPLICATES.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC S9(10) SIGN LEADING.\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n\n\n 01 LINKED-ITEMS.\n 05 L-NUMBERS OCCURS 100 TIMES INDEXED BY NI PIC S9(10).\n 05 RESULT OCCURS 100 TIMES INDEXED BY NJ PIC S9(10).\n\n PROCEDURE DIVISION.\n\n MOVE 1 TO L-NUMBERS(1)\n MOVE 2 TO L-NUMBERS(2)\n MOVE 3 TO L-NUMBERS(3)\n MOVE 2 TO L-NUMBERS(4)\n MOVE 4 TO L-NUMBERS(5)\n MOVE 3 TO L-NUMBERS(6)\n MOVE 5 TO L-NUMBERS(7)\n\n CALL "REMOVE-DUPLICATES" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n PERFORM VARYING NJ FROM 1 BY 1 UNTIL NJ > 100\n MOVE RESULT (NJ) TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n END-PERFORM\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': '[1, 4, 5]', 'type_': {'List': 'Int'}}}]

HumanEval/27

IDENTIFICATION DIVISION. PROGRAM-ID. FLIP-CASE. ENVIRONMENT DIVISION. INPUT-OUTPUT SECTION. DATA DIVISION. LINKAGE SECTION. 01 LINKED-ITEMS. 05 L-STRING PIC X(100). 05 RESULT PIC X(100). * For a given string, flip lowercase characters to uppercase and uppercase to lowercase. * >>> flip_case('Hello') * 'hELLO' * * Complete the WORKING-STORAGE SECTION and the PROCEDURE DIVISION * Store the result in the RESULT variable and mark the end of your program with END PROGRAM WORKING-STORAGE SECTION.

flip_case

return string.swapcase()

[{'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. FLIP-CASE-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "FLIP-CASE.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC X(100).\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n\n\n 01 LINKED-ITEMS.\n 05 L-STRING PIC X(100).\n 05 RESULT PIC X(100).\n\n PROCEDURE DIVISION.\n\n MOVE \'\' TO L-STRING\n\n CALL "FLIP-CASE" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n MOVE RESULT TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': "''", 'type_': 'String'}}, {'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. FLIP-CASE-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "FLIP-CASE.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC X(100).\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n\n\n 01 LINKED-ITEMS.\n 05 L-STRING PIC X(100).\n 05 RESULT PIC X(100).\n\n PROCEDURE DIVISION.\n\n MOVE \'Hello!\' TO L-STRING\n\n CALL "FLIP-CASE" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n MOVE RESULT TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': "'hELLO!'", 'type_': 'String'}}, {'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. FLIP-CASE-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "FLIP-CASE.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC X(100).\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n\n\n 01 LINKED-ITEMS.\n 05 L-STRING PIC X(100).\n 05 RESULT PIC X(100).\n\n PROCEDURE DIVISION.\n\n MOVE \'These violent delights have violent ends\' TO L-STRING\n\n CALL "FLIP-CASE" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n MOVE RESULT TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': "'tHESE VIOLENT DELIGHTS HAVE VIOLENT ENDS'", 'type_': 'String'}}]

HumanEval/28

IDENTIFICATION DIVISION. PROGRAM-ID. CONCATENATE. ENVIRONMENT DIVISION. INPUT-OUTPUT SECTION. DATA DIVISION. LINKAGE SECTION. 01 LINKED-ITEMS. 05 L-STRINGS OCCURS 100 TIMES INDEXED BY NI PIC X(100). 05 RESULT PIC X(100). * Concatenate list of strings into a single string * >>> concatenate([]) * '' * >>> concatenate(['a', 'b', 'c']) * 'abc' * * Complete the WORKING-STORAGE SECTION and the PROCEDURE DIVISION * Store the result in the RESULT variable and mark the end of your program with END PROGRAM WORKING-STORAGE SECTION.

concatenate

return ''.join(strings)

[{'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. CONCATENATE-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "CONCATENATE.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC X(100).\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n\n\n 01 LINKED-ITEMS.\n 05 L-STRINGS OCCURS 100 TIMES INDEXED BY NI PIC X(100).\n 05 RESULT PIC X(100).\n\n PROCEDURE DIVISION.\n\n MOVE \'x\' TO L-STRINGS(1)\n MOVE \'y\' TO L-STRINGS(2)\n MOVE \'z\' TO L-STRINGS(3)\n\n CALL "CONCATENATE" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n MOVE RESULT TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': "'xyz'", 'type_': 'String'}}, {'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. CONCATENATE-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "CONCATENATE.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC X(100).\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n\n\n 01 LINKED-ITEMS.\n 05 L-STRINGS OCCURS 100 TIMES INDEXED BY NI PIC X(100).\n 05 RESULT PIC X(100).\n\n PROCEDURE DIVISION.\n\n MOVE \'x\' TO L-STRINGS(1)\n MOVE \'y\' TO L-STRINGS(2)\n MOVE \'z\' TO L-STRINGS(3)\n MOVE \'w\' TO L-STRINGS(4)\n MOVE \'k\' TO L-STRINGS(5)\n\n CALL "CONCATENATE" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n MOVE RESULT TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': "'xyzwk'", 'type_': 'String'}}]

HumanEval/29

IDENTIFICATION DIVISION. PROGRAM-ID. FILTER-BY-PREFIX. ENVIRONMENT DIVISION. INPUT-OUTPUT SECTION. DATA DIVISION. LINKAGE SECTION. 01 LINKED-ITEMS. 05 L-STRINGS OCCURS 100 TIMES INDEXED BY NI PIC X(100). 05 L-PREFIX PIC X(100). 05 RESULT OCCURS 100 TIMES INDEXED BY NJ PIC X(100). * Filter an input list of strings only for ones that start with a given prefix. * >>> filter_by_prefix([], 'a') * [] * >>> filter_by_prefix(['abc', 'bcd', 'cde', 'array'], 'a') * ['abc', 'array'] * * Complete the WORKING-STORAGE SECTION and the PROCEDURE DIVISION * Store the result in the RESULT variable and mark the end of your program with END PROGRAM WORKING-STORAGE SECTION.

filter_by_prefix

return [x for x in strings if x.startswith(prefix)]

[{'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. FILTER-BY-PREFIX-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "FILTER-BY-PREFIX.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC X(100).\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n\n\n 01 LINKED-ITEMS.\n 05 L-STRINGS OCCURS 100 TIMES INDEXED BY NI PIC X(100).\n 05 L-PREFIX PIC X(100).\n 05 RESULT OCCURS 100 TIMES INDEXED BY NJ PIC X(100).\n\n PROCEDURE DIVISION.\n\n MOVE \'xxx\' TO L-STRINGS(1)\n MOVE \'asd\' TO L-STRINGS(2)\n MOVE \'xxy\' TO L-STRINGS(3)\n MOVE \'john doe\' TO L-STRINGS(4)\n MOVE \'xxxAAA\' TO L-STRINGS(5)\n MOVE \'xxx\' TO L-STRINGS(6)\n MOVE \'xxx\' TO L-PREFIX\n\n CALL "FILTER-BY-PREFIX" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n PERFORM VARYING NJ FROM 1 BY 1 UNTIL NJ > 100\n MOVE RESULT (NJ) TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n END-PERFORM\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': "['xxx', 'xxxAAA', 'xxx']", 'type_': {'List': 'String'}}}]

HumanEval/30

IDENTIFICATION DIVISION. PROGRAM-ID. GET-POSITIVE. ENVIRONMENT DIVISION. INPUT-OUTPUT SECTION. DATA DIVISION. LINKAGE SECTION. 01 LINKED-ITEMS. 05 L-L OCCURS 100 TIMES INDEXED BY NI PIC S9(10). 05 RESULT OCCURS 100 TIMES INDEXED BY NJ PIC S9(10). * Return only positive numbers in the list. * >>> get_positive([-1, 2, -4, 5, 6]) * [2, 5, 6] * >>> get_positive([5, 3, -5, 2, -3, 3, 9, 0, 123, 1, -10]) * [5, 3, 2, 3, 9, 123, 1] * * Complete the WORKING-STORAGE SECTION and the PROCEDURE DIVISION * Store the result in the RESULT variable and mark the end of your program with END PROGRAM WORKING-STORAGE SECTION.

get_positive

return [e for e in l if e > 0]

[{'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. GET-POSITIVE-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "GET-POSITIVE.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC S9(10) SIGN LEADING.\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n\n\n 01 LINKED-ITEMS.\n 05 L-L OCCURS 100 TIMES INDEXED BY NI PIC S9(10).\n 05 RESULT OCCURS 100 TIMES INDEXED BY NJ PIC S9(10).\n\n PROCEDURE DIVISION.\n\n MOVE -1 TO L-L(1)\n MOVE -2 TO L-L(2)\n MOVE 4 TO L-L(3)\n MOVE 5 TO L-L(4)\n MOVE 6 TO L-L(5)\n\n CALL "GET-POSITIVE" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n PERFORM VARYING NJ FROM 1 BY 1 UNTIL NJ > 100\n MOVE RESULT (NJ) TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n END-PERFORM\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': '[4, 5, 6]', 'type_': {'List': 'Int'}}}, {'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. GET-POSITIVE-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "GET-POSITIVE.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC S9(10) SIGN LEADING.\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n\n\n 01 LINKED-ITEMS.\n 05 L-L OCCURS 100 TIMES INDEXED BY NI PIC S9(10).\n 05 RESULT OCCURS 100 TIMES INDEXED BY NJ PIC S9(10).\n\n PROCEDURE DIVISION.\n\n MOVE 5 TO L-L(1)\n MOVE 3 TO L-L(2)\n MOVE -5 TO L-L(3)\n MOVE 2 TO L-L(4)\n MOVE 3 TO L-L(5)\n MOVE 3 TO L-L(6)\n MOVE 9 TO L-L(7)\n MOVE 0 TO L-L(8)\n MOVE 123 TO L-L(9)\n MOVE 1 TO L-L(10)\n MOVE -10 TO L-L(11)\n\n CALL "GET-POSITIVE" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n PERFORM VARYING NJ FROM 1 BY 1 UNTIL NJ > 100\n MOVE RESULT (NJ) TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n END-PERFORM\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': '[5, 3, 2, 3, 3, 9, 123, 1]', 'type_': {'List': 'Int'}}}, {'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. GET-POSITIVE-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "GET-POSITIVE.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC S9(10) SIGN LEADING.\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n\n\n 01 LINKED-ITEMS.\n 05 L-L OCCURS 100 TIMES INDEXED BY NI PIC S9(10).\n 05 RESULT OCCURS 100 TIMES INDEXED BY NJ PIC S9(10).\n\n PROCEDURE DIVISION.\n\n MOVE -1 TO L-L(1)\n MOVE -2 TO L-L(2)\n\n CALL "GET-POSITIVE" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n PERFORM VARYING NJ FROM 1 BY 1 UNTIL NJ > 100\n MOVE RESULT (NJ) TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n END-PERFORM\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': '[]', 'type_': {'List': 'Int'}}}]

HumanEval/31

IDENTIFICATION DIVISION. PROGRAM-ID. IS-PRIME. ENVIRONMENT DIVISION. INPUT-OUTPUT SECTION. DATA DIVISION. LINKAGE SECTION. 01 LINKED-ITEMS. 05 L-N PIC S9(10). 05 RESULT PIC 9. * Return true if a given number is prime, and false otherwise. * >>> is_prime(6) * False * >>> is_prime(101) * True * >>> is_prime(11) * True * >>> is_prime(13441) * True * >>> is_prime(61) * True * >>> is_prime(4) * False * >>> is_prime(1) * False * * Complete the WORKING-STORAGE SECTION and the PROCEDURE DIVISION * Store the result in the RESULT variable and mark the end of your program with END PROGRAM WORKING-STORAGE SECTION.

is_prime

if n < 2: return False for k in range(2, n - 1): if n % k == 0: return False return True

[{'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. IS-PRIME-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "IS-PRIME.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC 9.\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n\n\n 01 LINKED-ITEMS.\n 05 L-N PIC S9(10).\n 05 RESULT PIC 9.\n\n PROCEDURE DIVISION.\n\n MOVE 6 TO L-N\n\n CALL "IS-PRIME" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n MOVE RESULT TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': 'False', 'type_': 'Bool'}}, {'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. IS-PRIME-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "IS-PRIME.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC 9.\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n\n\n 01 LINKED-ITEMS.\n 05 L-N PIC S9(10).\n 05 RESULT PIC 9.\n\n PROCEDURE DIVISION.\n\n MOVE 101 TO L-N\n\n CALL "IS-PRIME" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n MOVE RESULT TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': 'True', 'type_': 'Bool'}}, {'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. IS-PRIME-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "IS-PRIME.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC 9.\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n\n\n 01 LINKED-ITEMS.\n 05 L-N PIC S9(10).\n 05 RESULT PIC 9.\n\n PROCEDURE DIVISION.\n\n MOVE 11 TO L-N\n\n CALL "IS-PRIME" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n MOVE RESULT TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': 'True', 'type_': 'Bool'}}, {'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. IS-PRIME-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "IS-PRIME.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC 9.\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n\n\n 01 LINKED-ITEMS.\n 05 L-N PIC S9(10).\n 05 RESULT PIC 9.\n\n PROCEDURE DIVISION.\n\n MOVE 13441 TO L-N\n\n CALL "IS-PRIME" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n MOVE RESULT TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': 'True', 'type_': 'Bool'}}, {'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. IS-PRIME-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "IS-PRIME.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC 9.\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n\n\n 01 LINKED-ITEMS.\n 05 L-N PIC S9(10).\n 05 RESULT PIC 9.\n\n PROCEDURE DIVISION.\n\n MOVE 61 TO L-N\n\n CALL "IS-PRIME" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n MOVE RESULT TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': 'True', 'type_': 'Bool'}}, {'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. IS-PRIME-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "IS-PRIME.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC 9.\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n\n\n 01 LINKED-ITEMS.\n 05 L-N PIC S9(10).\n 05 RESULT PIC 9.\n\n PROCEDURE DIVISION.\n\n MOVE 4 TO L-N\n\n CALL "IS-PRIME" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n MOVE RESULT TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': 'False', 'type_': 'Bool'}}, {'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. IS-PRIME-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "IS-PRIME.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC 9.\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n\n\n 01 LINKED-ITEMS.\n 05 L-N PIC S9(10).\n 05 RESULT PIC 9.\n\n PROCEDURE DIVISION.\n\n MOVE 1 TO L-N\n\n CALL "IS-PRIME" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n MOVE RESULT TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': 'False', 'type_': 'Bool'}}, {'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. IS-PRIME-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "IS-PRIME.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC 9.\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n\n\n 01 LINKED-ITEMS.\n 05 L-N PIC S9(10).\n 05 RESULT PIC 9.\n\n PROCEDURE DIVISION.\n\n MOVE 5 TO L-N\n\n CALL "IS-PRIME" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n MOVE RESULT TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': 'True', 'type_': 'Bool'}}, {'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. IS-PRIME-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "IS-PRIME.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC 9.\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n\n\n 01 LINKED-ITEMS.\n 05 L-N PIC S9(10).\n 05 RESULT PIC 9.\n\n PROCEDURE DIVISION.\n\n MOVE 11 TO L-N\n\n CALL "IS-PRIME" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n MOVE RESULT TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': 'True', 'type_': 'Bool'}}, {'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. IS-PRIME-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "IS-PRIME.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC 9.\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n\n\n 01 LINKED-ITEMS.\n 05 L-N PIC S9(10).\n 05 RESULT PIC 9.\n\n PROCEDURE DIVISION.\n\n MOVE 17 TO L-N\n\n CALL "IS-PRIME" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n MOVE RESULT TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': 'True', 'type_': 'Bool'}}]

HumanEval/34

IDENTIFICATION DIVISION. PROGRAM-ID. UNIQUE. ENVIRONMENT DIVISION. INPUT-OUTPUT SECTION. DATA DIVISION. LINKAGE SECTION. 01 LINKED-ITEMS. 05 L-L OCCURS 100 TIMES INDEXED BY NI PIC S9(10). 05 RESULT OCCURS 100 TIMES INDEXED BY NJ PIC S9(10). * Return sorted unique elements in a list * >>> unique([5, 3, 5, 2, 3, 3, 9, 0, 123]) * [0, 2, 3, 5, 9, 123] * * Complete the WORKING-STORAGE SECTION and the PROCEDURE DIVISION * Store the result in the RESULT variable and mark the end of your program with END PROGRAM WORKING-STORAGE SECTION.

unique

return sorted(list(set(l)))

[{'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. UNIQUE-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "UNIQUE.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC S9(10) SIGN LEADING.\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n\n\n 01 LINKED-ITEMS.\n 05 L-L OCCURS 100 TIMES INDEXED BY NI PIC S9(10).\n 05 RESULT OCCURS 100 TIMES INDEXED BY NJ PIC S9(10).\n\n PROCEDURE DIVISION.\n\n MOVE 5 TO L-L(1)\n MOVE 3 TO L-L(2)\n MOVE 5 TO L-L(3)\n MOVE 2 TO L-L(4)\n MOVE 3 TO L-L(5)\n MOVE 3 TO L-L(6)\n MOVE 9 TO L-L(7)\n MOVE 0 TO L-L(8)\n MOVE 123 TO L-L(9)\n\n CALL "UNIQUE" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n PERFORM VARYING NJ FROM 1 BY 1 UNTIL NJ > 100\n MOVE RESULT (NJ) TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n END-PERFORM\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': '[0, 2, 3, 5, 9, 123]', 'type_': {'List': 'Int'}}}]

HumanEval/35

IDENTIFICATION DIVISION. PROGRAM-ID. MAX-ELEMENT. ENVIRONMENT DIVISION. INPUT-OUTPUT SECTION. DATA DIVISION. LINKAGE SECTION. 01 LINKED-ITEMS. 05 L-L OCCURS 100 TIMES INDEXED BY NI PIC S9(10). 05 RESULT PIC S9(10). * Return maximum element in the list. * >>> max_element([1, 2, 3]) * 3 * >>> max_element([5, 3, -5, 2, -3, 3, 9, 0, 123, 1, -10]) * 123 * * Complete the WORKING-STORAGE SECTION and the PROCEDURE DIVISION * Store the result in the RESULT variable and mark the end of your program with END PROGRAM WORKING-STORAGE SECTION.

max_element

m = l[0] for e in l: if e > m: m = e return m

[{'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. MAX-ELEMENT-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "MAX-ELEMENT.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC S9(10) SIGN LEADING.\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n\n\n 01 LINKED-ITEMS.\n 05 L-L OCCURS 100 TIMES INDEXED BY NI PIC S9(10).\n 05 RESULT PIC S9(10).\n\n PROCEDURE DIVISION.\n\n MOVE 1 TO L-L(1)\n MOVE 2 TO L-L(2)\n MOVE 3 TO L-L(3)\n\n CALL "MAX-ELEMENT" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n MOVE RESULT TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': '3', 'type_': 'Int'}}, {'test': ' IDENTIFICATION DIVISION.\n PROGRAM-ID. MAX-ELEMENT-CALL.\n\n ENVIRONMENT DIVISION.\n\n INPUT-OUTPUT SECTION.\n\n FILE-CONTROL.\n\n SELECT OUTPUT-FILE ASSIGN TO "MAX-ELEMENT.TXT"\n ORGANIZATION IS LINE SEQUENTIAL\n STATUS IS OUTPUT-FILE-STATUS.\n \n DATA DIVISION.\n\n FILE SECTION.\n FD OUTPUT-FILE.\n 01 OUTPUT-RECORD PIC S9(10) SIGN LEADING.\n\n WORKING-STORAGE SECTION.\n\n 01 OUTPUT-FILE-STATUS PIC X(02).\n\n\n\n 01 LINKED-ITEMS.\n 05 L-L OCCURS 100 TIMES INDEXED BY NI PIC S9(10).\n 05 RESULT PIC S9(10).\n\n PROCEDURE DIVISION.\n\n MOVE 5 TO L-L(1)\n MOVE 3 TO L-L(2)\n MOVE -5 TO L-L(3)\n MOVE 2 TO L-L(4)\n MOVE -3 TO L-L(5)\n MOVE 3 TO L-L(6)\n MOVE 9 TO L-L(7)\n MOVE 0 TO L-L(8)\n MOVE 124 TO L-L(9)\n MOVE 1 TO L-L(10)\n MOVE -10 TO L-L(11)\n\n CALL "MAX-ELEMENT" USING LINKED-ITEMS\n \n OPEN OUTPUT OUTPUT-FILE\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR OPENING OUTPUT FILE"\n STOP RUN\n END-IF\n\n MOVE RESULT TO OUTPUT-RECORD\n WRITE OUTPUT-RECORD\n\n\n IF OUTPUT-FILE-STATUS NOT = "00"\n DISPLAY "ERROR WRITING TO OUTPUT FILE"\n STOP RUN\n END-IF\n\n CLOSE OUTPUT-FILE\n .\n ', 'result': {'value': '124', 'type_': 'Int'}}]