def GetTotalErrors(self):
if (self.TotalErrors == 0):
self.TotalErrors = string_utilities._unicode(
file.LoadFile(conf.core_path + "templates/inc_rep_1." +
self.GetType()))
return (self.TotalErrors)
def GetTimeStat(self):
if (self.TimeStat == 0):
self.TimeStat = string_utilities._unicode(
file.LoadFile(conf.core_path + "templates/inc_3." +
self.GetType()))
return (self.TimeStat)
def GetTableFooter(self):
if (self.TableFooter == 0):
self.TableFooter = string_utilities._unicode(
file.LoadFile(conf.core_path + "templates/inc_2." +
self.GetType()))
return (self.TableFooter)
def GetReportRows( self ): return( string_utilities._unicode( file.LoadFile( conf.core_path + "templates/inc_4." + self.GetType() ) ) );
def GetIndividualErrors( self ): return( string_utilities._unicode( file.LoadFile( conf.core_path + "templates/inc_rep_2." + self.GetType() ) ) );
def GetTotalErrors( self ): if( self.TotalErrors == 0 ): self.TotalErrors = string_utilities._unicode( file.LoadFile( conf.core_path + "templates/inc_rep_1." + self.GetType() ) ); return( self.TotalErrors );
def GetTimeStat( self ): if( self.TimeStat == 0 ): self.TimeStat = string_utilities._unicode( file.LoadFile( conf.core_path + "templates/inc_3." + self.GetType() ) ); return( self.TimeStat );
def GetTableFooter( self ): if( self.TableFooter == 0 ): self.TableFooter = string_utilities._unicode( file.LoadFile( conf.core_path + "templates/inc_2." + self.GetType() ) ); return( self.TableFooter );
def RunTest( TestID , Manifest , ManifestPath ): CountManifest = Manifest.GetTagByName( "execution_count" ); if( CountManifest == None ): ExecutionCount = 1; else: ExecutionCount = CountManifest.GetAttributeValue( "value" , 1 ); if( Manifest.GetTagByName( "type" ).GetAttributeValue( "value" , "py" ) == "http" ): LogFile = string_utilities.StrToBytes( '' , 'utf-8' ); TestName = ":" + http_utilities.HTTPGetTestNameEx( TestID , Manifest ); TestStartTime = time.time(); for i in range( 0 , ExecutionCount ): LogFile = LogFile + http_utilities.HTTPRunTestEx( TestID , Manifest ); if( str( LogFile ).lower().find( "test passed" ) == -1 ): Suffix = ' ERROR'; else: Suffix = ' OK'; if( ExecutionCount > 1 ): PrintStr( ManifestPath + TestName + "[" + str( i ) + "]" + Suffix ); else: PrintStr( ManifestPath + TestName + Suffix ); TotalTime = time.time() - TestStartTime; elif( Manifest.GetTagByName( "type" ).GetAttributeValue( "value" , "py" ) == "https" ): LogFile = string_utilities.StrToBytes( '' , 'utf-8' ); TestName = ":" + http_utilities.HTTPSGetTestNameEx( TestID , Manifest ); TestStartTime = time.time(); for i in range( 0 , ExecutionCount ): LogFile = LogFile + http_utilities.HTTPSRunTestEx( TestID , Manifest ); if( str( LogFile ).lower().find( "test passed" ) == -1 ): Suffix = ' ERROR'; else: Suffix = ' OK'; if( ExecutionCount > 1 ): PrintStr( ManifestPath + TestName + "[" + str( i ) + "]" + Suffix ); else: PrintStr( ManifestPath + TestName + Suffix ); TotalTime = time.time() - TestStartTime; else: TestName = ''; LogFileName = file.GetRandomFileName(); if( Manifest.GetTagByName( "type" ).GetAttributeValue( "value" , "py" ) == "cmd" ): # запускаем в отдельном потоке автотест ThreadedAutotest = ThreadedCmdExecution( Manifest.GetTagByName( "cmd" ).GetAttributeValue( "value" ) , LogFileName ); else: # запускаем в отдельном потоке автотест ThreadedAutotest = ThreadedScriptExecution( ManifestPath.replace( ".xml" , ".py" ) , theLogFileName = LogFileName , theExecutionCount = ExecutionCount ); # стартуем поток ThreadedAutotest.start(); # засыпаем на величину таумаута ThreadedAutotest.join( int( Manifest.GetTagByName( "timeout" ).GetAttributeValue( "value" ) ) ); if( ThreadedAutotest.isAlive() ): LogFile = string_utilities._unicode( "Timeout expires. ERROR" , 'utf-8' ); else: # продолжаем формировать файл отчета LogFile = file.LoadBinaryFile( conf.workspace_path + LogFileName ); if( Manifest.GetTagByName( "type" ).GetAttributeValue( "value" , "py" ) == 'unittest' ): if( str( LogFile ).lower().find( "failed" ) == -1 ): print( 'ERROR' ); else: print( 'OK' ); else: if( str( LogFile ).lower().find( "test passed" ) == -1 ): print( 'ERROR' ); else: print( 'OK' ); TotalTime = ThreadedAutotest.TotalTime; return( [ LogFile , TestName , TotalTime , TotalTime / float( ExecutionCount ) ] );
def RunTests():
# чистим директорию с логами
file.ClearDirectory(conf.tests_path + "../logs")
# Начинаем искать все манифесты
Manifests = utilities.GetManifests()
TestCounter = utilities.GetTestCount(Manifests)
ReportBuilder = log_builder.LogBuilder()
ReportBuilder.Set(
"table_header", {
"#test_count#":
str(TestCounter),
"#file#":
string_utilities._unicode(lang.GetString("file"), 'utf-8'),
"#avg_execution_time#":
string_utilities._unicode(lang.GetString("avg_execution_time"),
'utf-8'),
"#execution_time#":
string_utilities._unicode(lang.GetString("execution_time"),
'utf-8'),
"#result#":
string_utilities._unicode(lang.GetString("result"), 'utf-8'),
"#tester#":
string_utilities._unicode(lang.GetString("tester"), 'utf-8'),
"#testers_email#":
string_utilities._unicode(lang.GetString("testers_email"),
'utf-8'),
"#description#":
string_utilities._unicode(lang.GetString("description"), 'utf-8')
})
StartTime = time.time()
ReportBuilder.Set(
"time_stat", {
"#autotesting_start_time_label#":
string_utilities._unicode(
lang.GetString("autotesting_start_time_label")),
"#autotesting_start_time#":
time.strftime("%Y-%m-%d %H:%M:%S", time.gmtime(time.time()))
})
i = 0
Success = 0
Error = 0
TesterSuccess = {}
TesterError = {}
Testers = []
TestersEmails = []
# Пробегаем по всем найденным тестам и запускаем их
for ManifestPath in Manifests:
# загружаем манифест
Manifest = config_processor.SAXConfigProcessor()
Manifest.LoadConfig(ManifestPath)
if (utilities.NeedToRun(
str(Manifest.GetTagByName("label").GetAttributeValue("value")),
str(
Manifest.GetTagByName("author").GetAttributeValue(
"email"))) == 0):
continue
# чистим рабочую директорию
file.ClearDirectory(conf.workspace_path)
# тут просто подсвечиваем выполняемый автотест, чтобы не казалось что все зависло
utilities.PrintStr(ManifestPath)
SubTestsCount = 0
SubTestsCount = utilities.GetSubTestCount(Manifest)
for j in range(SubTestsCount):
# запускаем каждый подтест
if (utilities.TestIdInList(j, Manifest) == 0):
continue
Log = utilities.RunTest(j, Manifest, ManifestPath)
LogFile = Log[0]
TestName = Log[1]
if (Manifest.GetTagByName("type").GetAttributeValue(
"value", "py") == 'unittest'):
if (str(LogFile).lower().find("failed") == -1):
ErrorFlag = 1
else:
ErrorFlag = 0
else:
if (str(LogFile).lower().find("test passed") == -1):
ErrorFlag = 1
else:
ErrorFlag = 0
RowColor = log_builder.GetRowColor(i, ErrorFlag)
# формируем необходимые данные
if (not str(
Manifest.GetTagByName("author").GetAttributeValue("name"))
in TesterError.keys()):
TesterError[Manifest.GetTagByName("author").GetAttributeValue(
"name")] = 0
TesterSuccess[Manifest.GetTagByName(
"author").GetAttributeValue("name")] = 0
Testers.append(
Manifest.GetTagByName("author").GetAttributeValue("name"))
TestersEmails.append(
Manifest.GetTagByName("author").GetAttributeValue("email"))
if (ErrorFlag):
Error = Error + 1
TesterError[Manifest.GetTagByName("author").GetAttributeValue(
"name")] = TesterError[Manifest.GetTagByName(
"author").GetAttributeValue("name")] + 1
else:
Success = Success + 1
TesterSuccess[Manifest.GetTagByName(
"author").GetAttributeValue(
"name")] = TesterSuccess[Manifest.GetTagByName(
"author").GetAttributeValue("name")] + 1
Data = {
"#row_id#": str(i),
"#row_color#": RowColor,
"#test_id#": "%(#)05d" % {
"#": i
},
"#script_path#": os.path.basename(ManifestPath) + TestName
}
LogFileName = file.GetRandomFileName()
LogFilePath = "./logs/" + LogFileName + ".html"
LogOpenProtocol = ''
if (LogFilePath.find(':') != -1):
LogOpenProtocol = 'file://'
Data["#test_log_file_name#"] = ReportBuilder.GetLogFileName()
if ("-blank" in sys.argv):
LogTarget = 'target="_blank"'
else:
LogTarget = ''
LogFile = string_utilities.ProcessLog(LogFile)
if (utilities.ApplyHTMLFormatToLog(Manifest)):
LogFile = LogFile.replace("\n", "<br>").replace(" ", " ")
if ("-external" in sys.argv):
if (ErrorFlag == 1):
Data[
"#log#"] = 'ERROR [<a href="' + LogOpenProtocol + LogFilePath + '" ' + LogTarget + '>log</a>]'
else:
Data[
"#log#"] = 'TEST PASSED [<a href="' + LogOpenProtocol + LogFilePath + '" ' + LogTarget + '>log</a>]'
else:
Data["#log#"] = LogFile
Data["#tester#"] = Manifest.GetTagByName(
"author").GetAttributeValue("name")
Data["#email#"] = Manifest.GetTagByName(
"author").GetAttributeValue("email")
Data["#dsc#"] = Manifest.GetTagByName(
"description").GetAttributeValue("value")
Data["#total_execution_time#"] = str(Log[2])
Data["#avg_execution_time#"] = str(Log[3])
if ("-external" in sys.argv):
file.WriteFile(
LogFilePath,
string_utilities.MassiveReplace(
file.LoadFile(conf.core_path +
"templates/separate_log_1." +
ReportBuilder.GetType()), Data))
file.WriteFile(LogFilePath, LogFile)
file.WriteBinaryFile(
LogFilePath,
string_utilities.StrToBytes(
string_utilities.MassiveReplace(
file.LoadFile(conf.core_path +
"templates/separate_log_2." +
ReportBuilder.GetType()), Data)))
ReportBuilder.Set("report_row", Data)
i = i + 1
Data = {
"#total_statistics#":
string_utilities._unicode(lang.GetString("total_statistics"), 'utf-8'),
"#total_tests#":
string_utilities._unicode(lang.GetString("total_tests"), 'utf-8'),
"#total_error_tests#":
string_utilities._unicode(lang.GetString("total_error_tests"),
'utf-8'),
"#total_success_tests#":
string_utilities._unicode(lang.GetString("total_success_tests"),
'utf-8'),
"#per_tester_statistics#":
string_utilities._unicode(lang.GetString("per_tester_statistics"),
'utf-8'),
"#total_tests_count#":
str(i),
"#total_error_tests_count#":
str(Error),
"#total_success_tests_count#":
str(Success)
}
if (i == 0):
# тестов нет
Data["#prs_error#"] = str(0.0 / 1.0)
Data["#prs_success#"] = str(100.0 / 1.0)
else:
Data["#prs_error#"] = str(Error / (i * 1.0) * 100.0)
Data["#prs_success#"] = str(Success / (i * 1.0) * 100.0)
ReportBuilder.Set("total_errors", Data)
for TesterName in Testers:
ReportBuilder.Set(
"individual_errors", {
"#tester_name#":
TesterName,
"#tester_error_count#":
str(TesterError[TesterName]),
"#tester_success_count#":
str(TesterSuccess[TesterName]),
"#tester_error#":
string_utilities._unicode(lang.GetString("tester_error"),
'utf-8'),
"#tester_success#":
string_utilities._unicode(lang.GetString("tester_success"),
'utf-8')
})
ReportBuilder.Set(
"time_stat", {
"#autotesting_end_time_label#":
string_utilities._unicode(
lang.GetString("autotesting_end_time_label"), 'utf-8'),
"#autotesting_end_time#":
time.strftime("%Y-%m-%d %H:%M:%S", time.gmtime(time.time())),
"#autotesting_time_label#":
string_utilities._unicode(lang.GetString("autotesting_time_label"),
'utf-8'),
"#autotesting_time#":
time.strftime("%H:%M:%S", time.gmtime(time.time() - StartTime))
})
# осуществляем финальную чистку рабочей директории
file.ClearDirectory(conf.workspace_path)
ReportBuilder.Compile()
utilities.ProcessShowLogCommand(ReportBuilder)
utilities.SendLogsByEmail(ReportBuilder, TestersEmails)
utilities.SendLogsByFtp(ReportBuilder)
print("done")
def RunTest(TestID, Manifest, ManifestPath):
CountManifest = Manifest.GetTagByName("execution_count")
if (CountManifest == None):
ExecutionCount = 1
else:
ExecutionCount = CountManifest.GetAttributeValue("value", 1)
if (Manifest.GetTagByName("type").GetAttributeValue("value",
"py") == "http"):
LogFile = string_utilities.StrToBytes('', 'utf-8')
TestName = ":" + http_utilities.HTTPGetTestNameEx(TestID, Manifest)
TestStartTime = time.time()
for i in range(0, ExecutionCount):
LogFile = LogFile + http_utilities.HTTPRunTestEx(TestID, Manifest)
if (str(LogFile).lower().find("test passed") == -1):
Suffix = ' ERROR'
else:
Suffix = ' OK'
if (ExecutionCount > 1):
PrintStr(ManifestPath + TestName + "[" + str(i) + "]" + Suffix)
else:
PrintStr(ManifestPath + TestName + Suffix)
TotalTime = time.time() - TestStartTime
elif (Manifest.GetTagByName("type").GetAttributeValue("value",
"py") == "https"):
LogFile = string_utilities.StrToBytes('', 'utf-8')
TestName = ":" + http_utilities.HTTPSGetTestNameEx(TestID, Manifest)
TestStartTime = time.time()
for i in range(0, ExecutionCount):
LogFile = LogFile + http_utilities.HTTPSRunTestEx(
TestID, Manifest)
if (str(LogFile).lower().find("test passed") == -1):
Suffix = ' ERROR'
else:
Suffix = ' OK'
if (ExecutionCount > 1):
PrintStr(ManifestPath + TestName + "[" + str(i) + "]" + Suffix)
else:
PrintStr(ManifestPath + TestName + Suffix)
TotalTime = time.time() - TestStartTime
else:
TestName = ''
LogFileName = file.GetRandomFileName()
if (Manifest.GetTagByName("type").GetAttributeValue("value",
"py") == "cmd"):
# запускаем в отдельном потоке автотест
ThreadedAutotest = ThreadedCmdExecution(
Manifest.GetTagByName("cmd").GetAttributeValue("value"),
LogFileName)
else:
# запускаем в отдельном потоке автотест
ThreadedAutotest = ThreadedScriptExecution(
ManifestPath.replace(".xml", ".py"),
theLogFileName=LogFileName,
theExecutionCount=ExecutionCount)
# стартуем поток
ThreadedAutotest.start()
# засыпаем на величину таумаута
ThreadedAutotest.join(
int(Manifest.GetTagByName("timeout").GetAttributeValue("value")))
if (ThreadedAutotest.isAlive()):
LogFile = string_utilities._unicode("Timeout expires. ERROR",
'utf-8')
else:
# продолжаем формировать файл отчета
LogFile = file.LoadBinaryFile(conf.workspace_path + LogFileName)
if (Manifest.GetTagByName("type").GetAttributeValue(
"value", "py") == 'unittest'):
if (str(LogFile).lower().find("failed") == -1):
print('ERROR')
else:
print('OK')
else:
if (str(LogFile).lower().find("test passed") == -1):
print('ERROR')
else:
print('OK')
TotalTime = ThreadedAutotest.TotalTime
return ([LogFile, TestName, TotalTime, TotalTime / float(ExecutionCount)])
def GetReportRows(self):
return (string_utilities._unicode(
file.LoadFile(conf.core_path + "templates/inc_4." +
self.GetType())))
def GetIndividualErrors(self):
return (string_utilities._unicode(
file.LoadFile(conf.core_path + "templates/inc_rep_2." +
self.GetType())))
def RunTests():
# чистим директорию с логами
file.ClearDirectory( conf.tests_path + "../logs" );
# Начинаем искать все манифесты
Manifests = utilities.GetManifests();
TestCounter = utilities.GetTestCount( Manifests );
ReportBuilder = log_builder.LogBuilder();
ReportBuilder.Set( "table_header" , { "#test_count#" : str( TestCounter ) , "#file#" : string_utilities._unicode( lang.GetString( "file" ) , 'utf-8' ) , "#avg_execution_time#" : string_utilities._unicode( lang.GetString( "avg_execution_time" ) , 'utf-8' ) , "#execution_time#" : string_utilities._unicode( lang.GetString( "execution_time" ) , 'utf-8' ) , "#result#" : string_utilities._unicode( lang.GetString( "result" ) , 'utf-8' ) , "#tester#" : string_utilities._unicode( lang.GetString( "tester" ) , 'utf-8' ) , "#testers_email#" : string_utilities._unicode( lang.GetString( "testers_email" ) , 'utf-8' ) , "#description#" : string_utilities._unicode( lang.GetString( "description" ) , 'utf-8' ) } );
StartTime = time.time();
ReportBuilder.Set( "time_stat" , { "#autotesting_start_time_label#" : string_utilities._unicode( lang.GetString( "autotesting_start_time_label" ) ) , "#autotesting_start_time#" : time.strftime( "%Y-%m-%d %H:%M:%S" , time.gmtime( time.time() ) ) } );
i = 0;Success = 0;Error = 0;
TesterSuccess = {};TesterError = {};Testers = [];TestersEmails = [];
# Пробегаем по всем найденным тестам и запускаем их
for ManifestPath in Manifests:
# загружаем манифест
Manifest = config_processor.SAXConfigProcessor();
Manifest.LoadConfig( ManifestPath );
if( utilities.NeedToRun( str( Manifest.GetTagByName( "label" ).GetAttributeValue( "value" ) ) , str( Manifest.GetTagByName( "author" ).GetAttributeValue( "email" ) ) ) == 0 ):
continue;
# чистим рабочую директорию
file.ClearDirectory( conf.workspace_path );
# тут просто подсвечиваем выполняемый автотест, чтобы не казалось что все зависло
utilities.PrintStr( ManifestPath );
SubTestsCount = 0;
SubTestsCount = utilities.GetSubTestCount( Manifest );
for j in range( SubTestsCount ):
# запускаем каждый подтест
if( utilities.TestIdInList( j , Manifest ) == 0 ):
continue;
Log = utilities.RunTest( j , Manifest , ManifestPath );
LogFile = Log[ 0 ];
TestName = Log[ 1 ];
if( Manifest.GetTagByName( "type" ).GetAttributeValue( "value" , "py" ) == 'unittest' ):
if( str( LogFile ).lower().find( "failed" ) == -1 ):
ErrorFlag = 1;
else:
ErrorFlag = 0;
else:
if( str( LogFile ).lower().find( "test passed" ) == -1 ):
ErrorFlag = 1;
else:
ErrorFlag = 0;
RowColor = log_builder.GetRowColor( i , ErrorFlag );
# формируем необходимые данные
if( not str( Manifest.GetTagByName( "author" ).GetAttributeValue( "name" ) ) in TesterError.keys() ):
TesterError[ Manifest.GetTagByName( "author" ).GetAttributeValue( "name" ) ] = 0;
TesterSuccess[ Manifest.GetTagByName( "author" ).GetAttributeValue( "name" ) ] = 0;
Testers.append( Manifest.GetTagByName( "author" ).GetAttributeValue( "name" ) );
TestersEmails.append( Manifest.GetTagByName( "author" ).GetAttributeValue( "email" ) );
if( ErrorFlag ):
Error = Error + 1;
TesterError[ Manifest.GetTagByName( "author" ).GetAttributeValue( "name" ) ] = TesterError[ Manifest.GetTagByName( "author" ).GetAttributeValue( "name" ) ] + 1;
else:
Success = Success + 1;
TesterSuccess[ Manifest.GetTagByName( "author" ).GetAttributeValue( "name" ) ] = TesterSuccess[ Manifest.GetTagByName( "author" ).GetAttributeValue( "name" ) ] + 1;
Data = { "#row_id#" : str( i ) , "#row_color#" : RowColor , "#test_id#" : "%(#)05d" % { "#" : i } , "#script_path#" : os.path.basename( ManifestPath ) + TestName };
LogFileName = file.GetRandomFileName();
LogFilePath = "./logs/" + LogFileName + ".html";
LogOpenProtocol = '';
if( LogFilePath.find( ':' ) != -1 ):
LogOpenProtocol = 'file://';
Data[ "#test_log_file_name#" ] = ReportBuilder.GetLogFileName();
if( "-blank" in sys.argv ):
LogTarget = 'target="_blank"';
else:
LogTarget = '';
LogFile = string_utilities.ProcessLog( LogFile );
if( utilities.ApplyHTMLFormatToLog( Manifest ) ):
LogFile = LogFile.replace( "\n" , "<br>" ).replace( " " , " " );
if( "-external" in sys.argv ):
if( ErrorFlag == 1 ):
Data[ "#log#" ] = 'ERROR [<a href="' + LogOpenProtocol + LogFilePath + '" ' + LogTarget + '>log</a>]';
else:
Data[ "#log#" ] = 'TEST PASSED [<a href="' + LogOpenProtocol + LogFilePath + '" ' + LogTarget + '>log</a>]';
else:
Data[ "#log#" ] = LogFile;
Data[ "#tester#" ] = Manifest.GetTagByName( "author" ).GetAttributeValue( "name" );
Data[ "#email#" ] = Manifest.GetTagByName( "author" ).GetAttributeValue( "email" );
Data[ "#dsc#" ] = Manifest.GetTagByName( "description" ).GetAttributeValue( "value" );
Data[ "#total_execution_time#" ] = str( Log[ 2 ] );
Data[ "#avg_execution_time#" ] = str( Log[ 3 ] );
if( "-external" in sys.argv ):
file.WriteFile( LogFilePath , string_utilities.MassiveReplace( file.LoadFile( conf.core_path + "templates/separate_log_1." + ReportBuilder.GetType() ) , Data ) );
file.WriteFile( LogFilePath , LogFile );
file.WriteBinaryFile( LogFilePath , string_utilities.StrToBytes( string_utilities.MassiveReplace( file.LoadFile( conf.core_path + "templates/separate_log_2." + ReportBuilder.GetType() ) , Data ) ) );
ReportBuilder.Set( "report_row" , Data );
i = i + 1;
Data = { "#total_statistics#" : string_utilities._unicode( lang.GetString( "total_statistics" ) , 'utf-8' ) , "#total_tests#" : string_utilities._unicode( lang.GetString( "total_tests" ) , 'utf-8' ) , "#total_error_tests#" : string_utilities._unicode( lang.GetString( "total_error_tests" ) , 'utf-8' ) , "#total_success_tests#" : string_utilities._unicode( lang.GetString( "total_success_tests" ) , 'utf-8' ) , "#per_tester_statistics#" : string_utilities._unicode( lang.GetString( "per_tester_statistics" ) , 'utf-8' ) , "#total_tests_count#" : str( i ) , "#total_error_tests_count#" : str( Error ) , "#total_success_tests_count#" : str( Success ) };
if( i == 0 ):
# тестов нет
Data[ "#prs_error#" ] = str( 0.0 / 1.0 );
Data[ "#prs_success#" ] = str( 100.0 / 1.0 );
else:
Data[ "#prs_error#" ] = str( Error / ( i * 1.0 ) * 100.0 );
Data[ "#prs_success#" ] = str( Success / ( i * 1.0 ) * 100.0 );
ReportBuilder.Set( "total_errors" , Data );
for TesterName in Testers:
ReportBuilder.Set( "individual_errors" , { "#tester_name#" : TesterName , "#tester_error_count#" : str( TesterError[ TesterName ] ) , "#tester_success_count#" : str( TesterSuccess[ TesterName ] ) , "#tester_error#" : string_utilities._unicode( lang.GetString( "tester_error" ) , 'utf-8' ) , "#tester_success#" : string_utilities._unicode( lang.GetString( "tester_success" ) , 'utf-8' ) } );
ReportBuilder.Set( "time_stat" , { "#autotesting_end_time_label#" : string_utilities._unicode( lang.GetString( "autotesting_end_time_label" ) , 'utf-8' ) , "#autotesting_end_time#" : time.strftime( "%Y-%m-%d %H:%M:%S" , time.gmtime( time.time() ) ) , "#autotesting_time_label#" : string_utilities._unicode( lang.GetString( "autotesting_time_label" ) , 'utf-8' ) , "#autotesting_time#" : time.strftime( "%H:%M:%S" , time.gmtime( time.time() - StartTime ) ) } );
# осуществляем финальную чистку рабочей директории
file.ClearDirectory( conf.workspace_path );
ReportBuilder.Compile();
utilities.ProcessShowLogCommand( ReportBuilder );
utilities.SendLogsByEmail( ReportBuilder , TestersEmails );
utilities.SendLogsByFtp( ReportBuilder );
print( "done" );
