狠狠撸

test management testing test planning fundamental test process 褌械褋褌懈褉芯胁邪薪懈械 锌褉芯谐褉邪屑屑薪芯谐芯 test design 邪薪邪谢懈蟹 static analysis 锌褉懈械屑芯褔薪芯械 褌械褋褌懈褉芯胁邪薪懈械 懈薪褋褌褉褍屑械薪褌褘 褌械褋褌懈褉芯胁邪薪懈褟 acceptance test 锌褉芯褑械褋褋 褌械褋褌懈褉芯胁邪薪懈褟 statement coverage test techniques 谐褉邪薪懈褔薪褘械 褍褋谢芯胁懈褟 software testing 褍褉芯胁薪懈 褌械褋褌懈褉芯胁邪薪懈褟 褌械褏薪懈泻懈 褌械褋褌 写懈蟹邪泄薪邪 test analysis dynamic testing 褋褌邪褌懈褔械褋泻芯械 褌褋褌懈褉芯胁邪薪懈械 写懈薪邪屑懈褔械褋泻芯械 褌械褋褌懈褉芯胁邪薪懈械 static testing 锌芯谢褜蟹芯胁邪褌械谢褜褋泻懈械 褋褑械薪邪褉懈懈 锌械褉械褏芯写褘 屑械卸写褍 褋芯褋褌芯褟薪懈褟屑懈 斜械谢褘泄 褟褖懈泻 褌械褏薪懈泻懈 褔械褉薪芯谐芯 褟褖懈泻邪 褔械褉薪褘泄 褟褖懈泻 scrum iterative spiral model 惫-屑芯写械谢褜 胁芯写芯锌邪写薪邪褟 incremental software development lifecycle v-model white box techniques error bug-tracking system 邪褌褉懈斜褍褌褘 芯褌褔械褌邪 锌褉芯褌芯泻芯谢 褉械蟹褍谢褜褌邪褌芯胁 褌械褋褌懈 胁邪卸薪芯褋褌褜 褋褉芯褔薪芯褋褌褜 芯褌褔械褌 芯斜 芯褕懈斜泻械 priority 褋褌邪褌褍褋 芯褕懈斜泻懈 锌褉芯谐褉邪屑屑邪 泻褍褉褋邪 锌褉懈薪褑懈锌褘 褌械褋褌懈褉芯胁邪薪懈褟 pesticide paradox test principles early test 泻芯屑锌芯薪械薪褌薪芯械 褌械褋褌懈褉芯胁邪薪懈械 test levels test 懈薪褌械谐褉邪褑懈芯薪薪芯械 褌械褋褌懈褉芯胁邪薪 integration test system intgration test 褋懈褋褌械屑薪芯械 褌械褋褌懈褉芯胁邪薪懈械 system test 褌械褋褌懈褉芯胁邪薪懈械 褋懈褋褌械屑褘 component testing software test tes types.functional testing. nonfunctional testin 褋褌邪褌褍褋 芯褌褔械褌邪 black box 锌谢邪薪懈褉芯胁邪薪懈械 褌械褋褌 锌谢邪薪 褋褌褉褍泻褌褍褉邪 褌械褋褌 锌谢邪薪邪 褌械褋褌 泻械泄褋 test plan test case planning and control 锌谢邪薪懈褉芯胁邪薪懈械 懈 泻芯薪褌褉芯谢褜 implementation and execution 芯褑械薪泻邪 褉械蟹褍谢褜褌邪褌芯胁 褌械褋褌懈褉芯 exit criteria test process 胁褘锌芯谢薪械薪懈械 褌械褋褌邪 写懈蟹邪泄薪 functional testing gray-box white-box black-box test level test type grey-box exploratory testing error gessing 懈褋褋谢械写芯胁邪褌械谢褜褋泻芯械 褌械褋褌懈褉芯 褌械褏薪懈泻懈 褋械褉芯谐芯 褟褖懈泻邪 褋械褉褘泄 褟褖懈泻 cooperation test organization organising testing independence of testing 泻谢邪褋褋褘 褝泻胁懈胁邪谢械薪褌薪芯褋褌懈 branch coverage 褌械褋褌懈褉芯胁邪薪懈械 锌械褉械褏芯写芯胁 屑械卸 fundamental test processes test design techniques non-functional test functional test training course foundation level test analyst certification istqb 褉械谐褉械褋褋懈芯薪薪芯械 褌械褋褌懈褉芯胁邪薪懈 褌懈锌褘 褌械褋褌懈褉芯胁邪薪懈褟 褎褍薪泻褑懈芯薪邪谢褜薪芯械 褌械褋褌懈褉芯胁邪薪 薪械褎褍薪泻褑懈芯薪邪谢褜薪芯械 褌械褋褌懈褉芯胁 beta testing alfa/beta alfa testing regression testing non-functional testing 褌邪斜谢懈褑邪 锌褉懈薪褟褌懈褟 褉械褕械薪懈泄 review test monitoring 邪胁褌芯屑邪褌懈蟹邪褑懈褟 褌械褋褌懈褉芯胁邪薪懈 懈薪褋褌褉褍屑械薪褌褘 邪胁褌芯屑邪褌懈蟹邪褑懈懈 test automation tool 邪胁褌芯-褌械褋褌 test automation auto-test test tool test coverage 斜褘褋褌褉褘械 屑械褌芯写褘 褉邪蟹褉邪斜芯褌泻懈 泻邪褋泻邪写薪邪褟 屑芯写械谢懈 卸懈蟹薪械薪薪芯谐芯 褑懈泻谢邪 懈褌械褉邪褑懈芯薪薪邪褟 waterfall 褝写卸邪泄谢 懈薪泻褉械屑械薪褌邪谢褜薪邪褟 懈褌械褉邪褌懈胁薪邪褟 agile 褌械褋褌懈褉芯胁邪薪懈械 褍褋谢芯胁懈泄 test-design techniques black-box testing white-box testing design planning analysis test metrics test execution control 褌械褋褌 屑芯薪懈褌芯褉懈薪谐 testing tool 褌械褋褌 写懈蟹邪泄薪 bug-tracking 写芯泻褍屑械薪褌懈褉芯胁邪薪懈械 test-management 褌械褋褌 屑械薪械写卸屑械薪褌 documentation test-design analysis and design