NBS Minimal BASIC Test Programs: Version 2, User's Manual, Volume 13U.S. Department of Commerce, National Bureau of Standards, 1980 |
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Page 30
... measure how much accuracy the implementation actually provides . It does this both by comparing some numbers in the manner described above for 7 , 8 , and 9 decimal digits , and also by using an algorithm to compute any reasonable ...
... measure how much accuracy the implementation actually provides . It does this both by comparing some numbers in the manner described above for 7 , 8 , and 9 decimal digits , and also by using an algorithm to compute any reasonable ...
Page 31
... measure precisely the accuracy of its operations . Such a measurement involves calculations which must use the very facilities being measured . six own The criterion for passing or failing is based on the concept that an implementation ...
... measure precisely the accuracy of its operations . Such a measurement involves calculations which must use the very facilities being measured . six own The criterion for passing or failing is based on the concept that an implementation ...
Page 42
... measure at least roughly the quality of implementation . 5.12.1 Precise Functions : ABS , INT , SGN These three ... measure , which gives an estimate of the degree of accuracy achieved , again relative to a six - digit machine . The ...
... measure at least roughly the quality of implementation . 5.12.1 Precise Functions : ABS , INT , SGN These three ... measure , which gives an estimate of the degree of accuracy achieved , again relative to a six - digit machine . The ...
Page 43
... measure should become . As a rough guide , the error measures should all be < 10 ^ ( 6 - d ) , where d is the number of significant decimal digits supported by the implementation ( this is determined in the standard tests for numeric ...
... measure should become . As a rough guide , the error measures should all be < 10 ^ ( 6 - d ) , where d is the number of significant decimal digits supported by the implementation ( this is determined in the standard tests for numeric ...
Page 44
... measure the quality of implementation , you can run the programs with a RANDOMIZE statement in the beginning and then observe how often the test passes or fails . Note that , if you use RANDOMIZE , these programs should fail a certain ...
... measure the quality of implementation , you can run the programs with a RANDOMIZE statement in the beginning and then observe how often the test passes or fails . Note that , if you use RANDOMIZE , these programs should fail a certain ...
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Common terms and phrases
15 PRINT 20 PRINT 40 PRINT SECTION ACCEPT THE PROGRAM ACCOMPANIED BY DOCUMENTATION ACCURATELY DESCRIBING ANSI STANDARD 7.2 APPROPRIATE ERROR MESSAGE ARGUMENT ASSIGNED BASIC TEST PROGRAMS COMPUTED DATA DESCRIBING THE FEATURE'S DETAILED CRITERIA DIM-STATEMENT DISPLAYED DIVISION BY ZERO END END TEST END PROGRAM FILE EXRAD FEATURE OF MINIMAL FEATURE'S INTERPRETATION FOR-STATEMENT GOSUB GOTO IDENTIFYING THE EXCEPTION implementation INFORMATIVE TEST PASSED INPUT INPUT-REPLY LINE NUMBER LINE-NUMBERS MACHINE INFINITY MESSAGE IDENTIFYING MINIMAL BASIC TEST NBS MINIMAL BASIC NON-STANDARD FEATURE NUMERIC EXPRESSIONS OK OK OK ON-GOTO OPTION BASE PASS THIS TEST PRINT 40 PRINT PRINT BEGIN TEST PRINT END PROGRAM PRINT END TEST PRINT FOR DETAILED PRINT PROGRAM FILE PRINT THIS PROGRAM PRINT THIS SECTION PRINT TO PASS PROCESSOR PROGRAM TESTS PROGRAMS USER'S MANUAL QUOTED STRINGS READ REFS REJECT THE PROGRAM REM SUBROUTINE RND FUNCTION SECTION TESTS SIGNIFICAND STATEMENT TEST IS INFORMATIVE TEST OK TEST PROGRAMS USER'S UNDERFLOW USER-DEFINED FUNCTION