def beforeSubCaseStart(self, subCaseName):
VAR.CurCase.CaseName = subCaseName
VAR.CurCase.CaseResult = TestRunner.ResultPass
VAR.CurCase.LoopPassTotal = TestRunner.LoopPassTotal
VAR.CurCase.LoopFailTotal = TestRunner.LoopFailTotal
VAR.CurCase.StartTime = time.strftime("%Y-%m-%d %H:%M:%S")
LogPrint.addCaseLog()
def _inner(*args, **kwargs):
if isPublish:
pass
params_str = getParams(args, kwargs, func)
LogPrint.PRINTI('----->' + func.__name__ + '(%s)' % params_str)
ret = func(*args, **kwargs)
LogPrint.PRINTI('<-----' + func.__name__ + '(%s)' % str(ret))
return ret
def run(self, testCaseModule):
try:
scriptFilePath = '.'.join(
[testCaseModule.__module__.replace('.', '/'), 'py'])
LogPrint.PRINTI('Prepare to Start: %s' % scriptFilePath)
if VAR.CurProject.IsHandleDevice == 'true':
from autotest.core.conf import AnalyseConfig
AnalyseConfig.collectTestDevice()
testCase = testCaseModule()
subTestCaseList = getattr(testCase, "TestCaseList")
if not subTestCaseList:
raise NoTestCaseException(
'has no testcase in TestCaseList, please check it.')
except:
LogPrint.PRINTTRAC()
return
# 让用户可以在脚本中以self.data.xx获取脚本配置文件中的数据
setattr(testCase, "data", VAR.CurCase.Config)
# 开始子用例测试
for subTestCaseName in subTestCaseList:
# 用例开始前准备工作
self.beforeSubCaseStart(subTestCaseName)
# 检查用例是否存在且有效
subTestCase = self._checkSubTestCaseExist(testCase,
subTestCaseName)
if subTestCase is None:
VAR.CurCase.CaseResult = TestRunner.ResultUnavailable
else:
# 获取用例循环次数，并开始执行用例
loopTimes = self._getSubCaseLoopTimes(subTestCaseName)
for loopId in range(1, loopTimes + 1):
self.printHeaderAndFooter(subTestCaseName,
'Loop_%s Start' % loopId)
VAR.CurCase.CurLoopTime = loopId
if self._runSetup(testCase, subTestCaseName):
if self._runTest(subTestCase):
VAR.CurCase.LoopPassTotal += 1
else:
VAR.CurCase.CaseResult = TestRunner.ResultFail
else:
VAR.CurCase.CaseResult = TestRunner.ResultFail
self._runTeardown(testCase, subTestCaseName)
self.printHeaderAndFooter(subTestCaseName,
'Loop_%s End' % loopId)
VAR.CurCase.EndTime = time.strftime("%Y-%m-%d %H:%M:%S")
self._changeProjectVAR()
# 将用例执行结果写入数据库
self._writeCaseResult()
# 用例结束后的复位操作
self.afterSubCaseEnd(subTestCaseName)
def execute(self, sql):
try:
self.cursor.execute(sql)
self.conn.commit()
except:
LogPrint.PRINTTRAC()
self.conn.rollback()
def _run(self):
VAR.CurProject.StartTime = time.strftime('%Y-%m-%d %H:%M:%S')
# 开始记录工程执行日志
LogPrint.addProjectLog()
if VAR.CurProject.RunMode == TestProject.FIXTURE_MODE:
TestSuit().runFixtureMode()
elif VAR.CurProject.RunMode == TestProject.RANDOM_MODE:
TestSuit().runRandomMode()
VAR.CurProject.EndTime = time.strftime('%Y-%m-%d %H:%M:%S')
TestResultDB().addProjectResult()
from autotest.core.output.Report import Report
Report().output()
printProjectSummary()
# 结束记录工程执行日志
LogPrint.removeProjectLog()
# 结束重置VAR信息
resetProjectVar()
def _checkSubTestCaseExist(self, testCase, subTestCaseName):
try:
self.printHeaderAndFooter(subTestCaseName, 'Start')
subTestCase = getattr(testCase, subTestCaseName, None)
if subTestCase is None:
raise NoSuchCaseException('has no such case: %s' %
subTestCaseName)
except NoSuchCaseException:
LogPrint.PRINTTRAC()
return subTestCase
def _runTeardown(self, testCase, subTestCaseName):
try:
self.printHeaderAndFooter(subTestCaseName, 'Teardown Start')
testCase.teardownStart()
testCase.teardown()
testCase.teardownEnd()
self.printHeaderAndFooter(subTestCaseName, 'Teardown Passed')
except:
LogPrint.PRINTTRAC()
self.printHeaderAndFooter(subTestCaseName, 'Teardown Failed')
def _runTest(self, subTestCase):
try:
self.printHeaderAndFooter(subTestCase.__name__, 'Test Start')
subTestCase()
self.printHeaderAndFooter(subTestCase.__name__, 'Test Passed')
return True
except:
LogPrint.PRINTTRAC()
self.printHeaderAndFooter(subTestCase.__name__, 'Test Failed')
return False
def _runSetup(self, testCase, subTestCaseName):
try:
self.printHeaderAndFooter(subTestCaseName, 'Setup Start')
testCase.setupStart()
testCase.setup()
testCase.setupEnd()
self.printHeaderAndFooter(subTestCaseName, 'Setup Passed')
return True
except:
LogPrint.PRINTTRAC()
self.printHeaderAndFooter(subTestCaseName, 'Setup Failed')
return False
def printProjectSummary():
endTime = time.mktime(time.strptime(VAR.CurProject.EndTime, '%Y-%m-%d %H:%M:%S'))
startTime = time.mktime(time.strptime(VAR.CurProject.StartTime, '%Y-%m-%d %H:%M:%S'))
s = '\n测试结束！\n运行时间: {time}min\n共计执行用例数量：{count}\n执行成功用例数量：{Pass}' \
'\n执行失败用例数量：{fail}\n无效用例数量：{unavailable}\n未执行用例数量：{notrun}\n'
summary = s.format(
time=round((endTime - startTime) / 60, 2),
count=VAR.CurProject.Total,
Pass=VAR.CurProject.Pass,
fail=VAR.CurProject.Fail,
unavailable=VAR.CurProject.Unavailable,
notrun=VAR.CurProject.NotRun
)
LogPrint.PRINTI(summary)
def TeardownStep(msg):
LogPrint.PRINTI("环境恢复: " + str(msg))
def CheckPoint(msg):
LogPrint.PRINTI("检测点: " + str(msg))
def TestStep(msg):
LogPrint.PRINTI("测试步骤: " + str(msg))
def SetupStep(msg):
LogPrint.PRINTI("预置条件: " + str(msg))
def afterSubCaseEnd(self, subCaseName):
LogPrint.PRINTI('Test Case End: %s' % subCaseName)
LogPrint.removeCaseLog()
VAR.CurCase.CurLoopTime = 0
VAR.CurCase.CaseName = None
VAR.CurCase.CaseResult = TestRunner.ResultNotRun
def printHeaderAndFooter(self, testCaseName, msg):
LogPrint.PRINTI(''.join([self.PrintHeader, testCaseName, ': ', msg]))