电子设计工程
電子設計工程
전자설계공정
ELECTRONIC DESIGN ENGINEERING
2012年
21期
34-36
,共3页
软件测试%自动化测试框架%关键字驱动%Watir
軟件測試%自動化測試框架%關鍵字驅動%Watir
연건측시%자동화측시광가%관건자구동%Watir
software testing%automated test framework%keyword driven%watir
由于在迭代开发模式中需要执行大量的回归测试,针对其测试项目重复率高的特点,提出了一种Web自动化回归测试框架来改进全手工的作业。通过对现有测试工具和测试脚本技术的对比研究,选择Watir作为驱动程序,设计了关键字驱动机制的测试框架WATF。实际使用WATF进行回归测试,和人工测试相比提高了75%的测试效率,大幅减少在回归测试上的人力投入。
由于在迭代開髮模式中需要執行大量的迴歸測試,針對其測試項目重複率高的特點,提齣瞭一種Web自動化迴歸測試框架來改進全手工的作業。通過對現有測試工具和測試腳本技術的對比研究,選擇Watir作為驅動程序,設計瞭關鍵字驅動機製的測試框架WATF。實際使用WATF進行迴歸測試,和人工測試相比提高瞭75%的測試效率,大幅減少在迴歸測試上的人力投入。
유우재질대개발모식중수요집행대량적회귀측시,침대기측시항목중복솔고적특점,제출료일충Web자동화회귀측시광가래개진전수공적작업。통과대현유측시공구화측시각본기술적대비연구,선택Watir작위구동정서,설계료관건자구동궤제적측시광가WATF。실제사용WATF진행회귀측시,화인공측시상비제고료75%적측시효솔,대폭감소재회귀측시상적인력투입。
In the process of iterative development, a large number of regression test eases need to be operated, due to high repetition rate in the test cases, a web automated regression test framework is proposed to improve manual testing. After intensively comparing and studying currently existing testing tool and test script techniques, Watir is chosen as the driver, and the keyword driven test framework-WATF is designed. By applying WATF to practical regression test, test efficiency has been improved 75% compared with manual testing, and human input has been considerably reduced simultaneously.