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cout<<fun1.value()<<Fun::i<<fun2.value(); cout<<Fun::i<<fun1.value()<<fun2.value(); cout<<fun1.value()<<fun2.value()<<Fun::i; cout<<fun2.value()<<Fun::i<<fun1.value();
identify risks,perform qualitative risk analysis,perform quantitative risk analysis,plan risk responses identify risks,risk assessment。and risk planning identify risks,risk mitigation,and risk management identify risks,risk elimination,and risk mitigation
cout<<fun1.value()<<Fun:: i<<fun2.value(); cout<<Fun::i<<fun1.value()<<fun2.value(); cout<<fun1. value()<<fun2.value()<<Fun:: i; cout<<fun2.value()<<Fun:: i<<fun 1.value();
would identify will identify would have identified will have identified
故障(Faul 陷阱(Tra 终止(Abor 中断(Interrup
eliminate most risks during the planning phase of the project identify project risks identify impacts of various risks plan suitable responses
故障(Faul 陷阱(Tra 中止(Abor 中断(Interrup
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would identify will identify would have identified will have identified
cout<<fun1.value()<<Fun::i<<fun2.value(); cout<<Fun::i<<fun1.value()<<fun2.value(); cout<<fun1.value()<<fun2.value()<<Fun::i; cout<<fun2.value()<<Fun::i<<fun1.value();
故障(Faul 中断(Interrup 终止(Abro 陷阱(Tra
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正确性就是用每千行代码的故障(faul数来度量 软件完整性是指软件功能与需求符合的程度 软件维护的工作量比开发阶段的工作量小 可用性与用户的操作效率和主观评价有关
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eliminate most risks during the planning phase of the project identify project risks identify impacts of various risks plan suitable responses
故障(Faul 陷阱(Tra 终止(Abro 中断(Interrup
cout<<fun1.value()<<Fun::i<<fun2.value(); cout<<Fun::i<<fun1.value()<<fun2.value(); count<<fun.value()<<fun2.value()<<Fun::i; cout<<fun2.value()<<Fun::i<<fun1.value();
故障(Faul 陷阱(Tra 中止(Abor 中断(Interrup
cout<<fun1.value()<<Fun:: i<<fun2.value(); cout<<Fun::i<<fun1.value()<<fun2.value(); cout<<fun1. value()<<fun2.value()<<Fun:: i; cout<<fun2.value()<<Fun:: i<<fun 1.value();
cout<<fun1.value()<<Fun::i<<fun2.value(); cout<<Fun::i<<fun1.value()<<fun2.value(); count<<fun.value()<<fun2.value()<<Fun::i; cout<<fun2.value()<<Fun::i<<fun1.value();