A Structured Approach to Systems TestingQED Information Sciences, 1983 - 543 sayfa |
Kitabın içinden
10 sonuçtan 1-3 arası sonuçlar
Sayfa 443
... basic ways to reduce the complexity of a program where v exceeds 10 is to recognize and remove subfunctions from the main control flow so they become separate subroutines or functions . It turns out that if a program is structured ...
... basic ways to reduce the complexity of a program where v exceeds 10 is to recognize and remove subfunctions from the main control flow so they become separate subroutines or functions . It turns out that if a program is structured ...
Sayfa 444
... COMPLEXITY , EXAMPLE 2 Although G1 through G3 have v = 5 ( Figures 107 through 109 ) , each of the subgraphs of G1 can be removed , whereas G3 cannot be reduced at all . If the graphs were highly complex , this would be crucial , since ...
... COMPLEXITY , EXAMPLE 2 Although G1 through G3 have v = 5 ( Figures 107 through 109 ) , each of the subgraphs of G1 can be removed , whereas G3 cannot be reduced at all . If the graphs were highly complex , this would be crucial , since ...
Sayfa 448
... essential complexity The example in the previous section illustrates the first step of the maintenance discipline : 2 ) " Evaluate the effect of a control flow change on essential complexity ; do not allow a well - structured program to ...
... essential complexity The example in the previous section illustrates the first step of the maintenance discipline : 2 ) " Evaluate the effect of a control flow change on essential complexity ; do not allow a well - structured program to ...
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ADEQUATE ADEQUATE ADEQUATE V/N RECOMMENDED amination analysis ance Compli application system audit trail automated Boundary Value Analysis Checklist complete compliance Confirm Control Flow Analysis correct cyclomatic complexity Data flow analysis defined design review determine documentation effectiveness of testing employee ensure evaluate example execution Fact finding FIGURE file integrity Functional Testing graph identified input Inspec installation phase interface ments method methodology modules needed normally objectives output paths peer review performed personnel PHASE TEST PROCESS problems procedures PROCESS TEST FACTOR production program phase project team RECOMMENDED TEST TEST records recovery regression testing requirements phase responsibility risk matrix SDLC software testing subphase systems development TECHNIQUE TEST TOOL techniques and tools test conditions test cost test data test phase test plan TEST PROCESS TEST test team TEST TECHNIQUE TEST TEST TEST TECHNIQUE test transactions TESTING TOOLS APPENDIX tion/ex updated V/N RECOMMENDED TEST Verify Volume testing walk-through