A Structured Approach to Systems TestingQED Information Sciences, 1983 - 543 sayfa |
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27 sonuçtan 1-3 arası sonuçlar
Sayfa 1
... loss . The concern about a risk is related to the probability that a loss will occur . The risk situation always exists although the loss may not occur . For example , fire is a risk that is always present , but fires occur infrequently ...
... loss . The concern about a risk is related to the probability that a loss will occur . The risk situation always exists although the loss may not occur . For example , fire is a risk that is always present , but fires occur infrequently ...
Sayfa 50
... loss due to the identified problem . The calculation of the cost of a problem in an automated application is calculated using the following formula : FREQUENCY OF OCCURRENCE TIMES LOSS PER OCCURRENCE EQUALS ANNUAL LOSS EXPECTATION OF ...
... loss due to the identified problem . The calculation of the cost of a problem in an automated application is calculated using the following formula : FREQUENCY OF OCCURRENCE TIMES LOSS PER OCCURRENCE EQUALS ANNUAL LOSS EXPECTATION OF ...
Sayfa 51
... loss expectation to an organization of $ 100,000 or $ 1,000,000 , the test decision might be identical . Therefore ... loss must be performed . Task 3 - Determine the Acceptable Level of Problems The magnitude of testing is a factor of ...
... loss expectation to an organization of $ 100,000 or $ 1,000,000 , the test decision might be identical . Therefore ... loss must be performed . Task 3 - Determine the Acceptable Level of Problems The magnitude of testing is a factor of ...
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Sık kullanılan terimler ve kelime öbekleri
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