NBS Minimal BASIC Test Programs: Version 2, User's Manual, Volume 13 |
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Page 3
26 5.1 Simple PRINTing of string constants . 26 . 5.2 END and STOP .... 26 5.3 PRINTing and simple assignment ( LET ) 27 5.3.1 String variables and TAB .... 27 5.3.2 Numeric constants and variables . 28 5.4 Control Statements and REM .
26 5.1 Simple PRINTing of string constants . 26 . 5.2 END and STOP .... 26 5.3 PRINTing and simple assignment ( LET ) 27 5.3.1 String variables and TAB .... 27 5.3.2 Numeric constants and variables . 28 5.4 Control Statements and REM .
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49 5.15.8 Ordering Strings ..... 49 5. 15.9 Mismatch of Types in Assignment .. 49 6 Tables of Summary Information about the Test Programs ...... .. 50 6.1 Group Structure of the Minimal BASIC Test Programs . 51 .
49 5.15.8 Ordering Strings ..... 49 5. 15.9 Mismatch of Types in Assignment .. 49 6 Tables of Summary Information about the Test Programs ...... .. 50 6.1 Group Structure of the Minimal BASIC Test Programs . 51 .
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... string manipulation , file handling , exception handling , array manipulation . The current expectation is for ANSI adoption of this standard sometime in 1982 . It is probable that such a standard for a full version of BASIC would ...
... string manipulation , file handling , exception handling , array manipulation . The current expectation is for ANSI adoption of this standard sometime in 1982 . It is probable that such a standard for a full version of BASIC would ...
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In particular , Minimal BASIC has no facilities for file handling , string manipulation , or array manipulation and has only rudimentary control structures . Although BASIC was originally designed for interactive use , the standard does ...
In particular , Minimal BASIC has no facilities for file handling , string manipulation , or array manipulation and has only rudimentary control structures . Although BASIC was originally designed for interactive use , the standard does ...
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Many of these choices , especially those concerning numeric precision , string and numeric overflow , and uninitialized variables , can have a marked effect on the result of executing even standard programs .
Many of these choices , especially those concerning numeric precision , string and numeric overflow , and uninitialized variables , can have a marked effect on the result of executing even standard programs .
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20 PRINT 40 PRINT SECTION ACCEPT THE PROGRAM ACCOMPANIED BY DOCUMENTATION ACCURACY ACTUAL ALLOWING ANSI STANDARD APPROPRIATE ERROR MESSAGE ARGUMENT ARRAY ASSIGNED BASIC TEST PROGRAMS BEGIN TEST CHARACTERS COLUMN COMPUTED CONSTANTS CONTAINING CONTROL DATA DIGITS DISPLAYED END PROGRAM FILE END TEST ENTER ERROR EVALUATION EXACT EXECUTION EXPECTED FOLLOWING FUNCTION GOSUB GOTO IDENTIFYING THE EXCEPTION implementation INFORMATIVE TEST INPUT INPUT-REPLY ITEM LINE LOOP MEASURE MESSAGE IDENTIFYING MINIMAL BASIC TEST NBS MINIMAL BASIC NEGATIVE NON-STANDARD FEATURE NOTE NUMERIC EXPRESSIONS OCCUR OK OK OK operations ORDER OUTPUT OVERFLOW PASS THIS TEST POSITIVE PRINT 40 PRINT PRINT END PROGRAM PRINT PROGRAM FILE PRINT THIS SECTION PRINT TO PASS PROCESSOR PROGRAM NUMBER PROGRAM TESTS READ REFERENCE REFS REJECT THE PROGRAM REPORTED RESULT RETURN RND FUNCTION SECTION TESTS SPACE STATEMENT STRING SUBSCRIPT SUPPLIED TERMINATE TEST FAILED TEST OK TEST PASSED TYPE UNDERFLOW VALUE VARIABLE ZERO ОК ОК ОК