def runTest(testName):
global exitCode, DIR_REPORT, exitMsg
exitCode = 0
DIR_REPORT = os.path.join(DIR_REPORT, testName)
util_core.mkdir(DIR_REPORT)
util_core.clearDirectory(DIR_REPORT, recursive)
# Check if file is already reachable using the file name given.
try:
initDriver()
logging.debug('\nTEST:\tName=%s' % (testName))
logging.debug('Processing: %s' % (testName))
testPath = os.path.join(DIR_TEST, testName+'.'+EXT_TEST)
testObject = util_core.loadTestfile(testPath)
logging.info("TEST:\tTest File Loaded! %s" % testName)
util_core.displayTest(testObject)
executeTest(testName, testObject)
exitMsg = 'Test processed with overall status: %s' % (exitCode)
except:
exitCode = PYSEL_SEV1
logging.critical("ERROR!")
logging.error(traceback.format_exc())
finally:
quitDriver()
endSummary(DIR_REPORT)
return exitCode
def create_exec(testObject):
execObject = testObject
os.system("clear")
_displayBanner("EXEC", Style.BRIGHT + Fore.RED)
print "\nCurrent Test:"
util_core.displayTest(testObject)
print "\nPlease Enter the Range of Steps to execute:"
startIndex = max(int(raw_input("Enter number of first step: ")) - 1, 0)
endIndex = min(int(raw_input("Enter number of last step: ")), len(testObject["steps"]))
numSteps = endIndex - startIndex
execObject["steps"] = testObject["steps"][startIndex:numSteps]
os.system("clear")
_displayBanner("EXEC", Style.BRIGHT + Fore.RED)
print "\nCurrent Test:"
util_core.displayTest(execObject)
choices = ["execute"]
choice = _promptChoice(choices)
testSteps = testObject.get("steps")
if choice and choice == "execute":
for step in testSteps:
status = _execStep(step)
return testObject
def runTest(testName):
global exitCode, DIR_REPORT, exitMsg
exitCode = 0
DIR_REPORT = os.path.join(DIR_REPORT, testName)
util_core.mkdir(DIR_REPORT)
util_core.clearDirectory(DIR_REPORT, recursive)
# Check if file is already reachable using the file name given.
try:
initDriver()
logging.debug('\nTEST:\tName=%s' % (testName))
logging.debug('Processing: %s' % (testName))
testPath = os.path.join(DIR_TEST, testName + '.' + EXT_TEST)
testObject = util_core.loadTestfile(testPath)
logging.info("TEST:\tTest File Loaded! %s" % testName)
util_core.displayTest(testObject)
executeTest(testName, testObject)
exitMsg = 'Test processed with overall status: %s' % (exitCode)
except:
exitCode = PYSEL_SEV1
logging.critical("ERROR!")
logging.error(traceback.format_exc())
finally:
quitDriver()
endSummary(DIR_REPORT)
return exitCode
def create_exec(testObject):
execObject = testObject
os.system('clear')
_displayBanner("EXEC", Style.BRIGHT + Fore.RED)
print "\nCurrent Test:"
util_core.displayTest(testObject)
print "\nPlease Enter the Range of Steps to execute:"
startIndex = max(int(raw_input("Enter number of first step: ")) - 1, 0)
endIndex = min(int(raw_input("Enter number of last step: ")),
len(testObject["steps"]))
numSteps = endIndex - startIndex
execObject["steps"] = testObject["steps"][startIndex:numSteps]
os.system('clear')
_displayBanner("EXEC", Style.BRIGHT + Fore.RED)
print "\nCurrent Test:"
util_core.displayTest(execObject)
choices = ["execute"]
choice = _promptChoice(choices)
testSteps = testObject.get('steps')
if choice and choice == "execute":
for step in testSteps:
status = _execStep(step)
return testObject
def create_review(testObject):
defaultObject = testObject
while True:
os.system("clear")
_displayBanner("REVIEW", Style.BRIGHT + Fore.CYAN)
_displayHelp("review")
print "\nCurrent Test:"
util_core.displayTest(testObject)
choices = ["delete", "commit"]
choice = _promptChoice(choices)
if not choice:
return defaultObject
if choice == "commit":
return testObject
if choice == "delete":
stepDel = int(raw_input("Enter Step to Delete: ")) - 1
try:
del testObject["steps"][stepDel]
except Exception, e:
raiseError("Error deleteing step (%s)" % stepDel, e)
def create_review(testObject):
defaultObject = testObject
while True:
os.system('clear')
_displayBanner("REVIEW", Style.BRIGHT + Fore.CYAN)
_displayHelp("review")
print "\nCurrent Test:"
util_core.displayTest(testObject)
choices = ["delete", "commit"]
choice = _promptChoice(choices)
if not choice:
return defaultObject
if choice == "commit":
return testObject
if choice == "delete":
stepDel = int(raw_input("Enter Step to Delete: ")) - 1
try:
del testObject["steps"][stepDel]
except Exception, e:
raiseError("Error deleteing step (%s)" % stepDel, e)
def create_import(testObject):
defaultObject = testObject
importData = {"steps": []}
while True:
os.system("clear")
_displayBanner("IMPORT", Style.BRIGHT + Fore.BLUE)
_displayHelp("import")
print "\nCurrent Import Data:"
util_core.displayTest(importData)
choices = ["open", "setRange", "importData"]
choice = _promptChoice(choices)
if not choice:
return defaultObject
# OPEN: display available files for import
if choice == "open":
testList = util_core.getTestList(TEST_BASE_DIR)
util_core.drawTestTable(testList)
testIndex = int(raw_input("Enter Number of test to import: ")) - 1
print Fore.YELLOW + "Loading Test.." + Style.RESET_ALL
try:
testPath = testList[testIndex]
importData = util_core.loadTestfile(testPath)
except Exception, e:
raiseError("Error loading test", e)
# SETRANGE: Prunes the steps of importData to the range specified
if choice == "setRange":
startIndex = max(int(raw_input("Enter number of first step to include (start step): ")) - 1, 0)
endIndex = min(
int(raw_input("Enter number of last step to include (end step): ")), len(importData["steps"])
)
numSteps = endIndex - startIndex
importData["steps"] = importData["steps"][startIndex:numSteps]
# IMPORTDATA: Imports the test above or below a particular test number
if choice == "importData":
os.system("clear")
_displayBanner("IMPORT", Style.BRIGHT + Fore.BLUE)
print "\nCurrent Test:"
util_core.displayTest(testObject)
print "\nCurrent Import Data:"
util_core.displayTest(importData)
posChoices = ["before", "after"]
choice = _promptChoice(posChoices, lType="Insert_Position")
if choice:
try:
importIndex = int(raw_input("Enter Index to insert import data %s: " % choice))
if choice == "before":
importIndex = max(importIndex - 1, 0)
stepInserts = importData["steps"]
for stepInsert in reversed(stepInserts):
testObject["steps"].insert(importIndex, stepInsert)
os.system("clear")
_displayBanner("IMPORT", Style.BRIGHT + Fore.BLUE)
print Fore.GREEN + "Import Successful!"
print "\nCurrent Test:"
util_core.displayTest(testObject)
comChoices = ["commit"]
comChoice = _promptChoice(comChoices)
if comChoice and comChoice == "commit":
return testObject
except Exception, e:
raiseError("Error importing test!", e)
def create_import(testObject):
defaultObject = testObject
importData = {"steps": []}
while True:
os.system('clear')
_displayBanner("IMPORT", Style.BRIGHT + Fore.BLUE)
_displayHelp("import")
print "\nCurrent Import Data:"
util_core.displayTest(importData)
choices = ["open", "setRange", "importData"]
choice = _promptChoice(choices)
if not choice:
return defaultObject
# OPEN: display available files for import
if choice == "open":
testList = util_core.getTestList(TEST_BASE_DIR)
util_core.drawTestTable(testList)
testIndex = int(raw_input("Enter Number of test to import: ")) - 1
print Fore.YELLOW + "Loading Test.." + Style.RESET_ALL
try:
testPath = testList[testIndex]
importData = util_core.loadTestfile(testPath)
except Exception, e:
raiseError("Error loading test", e)
# SETRANGE: Prunes the steps of importData to the range specified
if choice == "setRange":
startIndex = max(
int(
raw_input(
"Enter number of first step to include (start step): ")
) - 1, 0)
endIndex = min(
int(
raw_input(
"Enter number of last step to include (end step): ")),
len(importData["steps"]))
numSteps = endIndex - startIndex
importData["steps"] = importData["steps"][startIndex:numSteps]
# IMPORTDATA: Imports the test above or below a particular test number
if choice == "importData":
os.system("clear")
_displayBanner("IMPORT", Style.BRIGHT + Fore.BLUE)
print "\nCurrent Test:"
util_core.displayTest(testObject)
print "\nCurrent Import Data:"
util_core.displayTest(importData)
posChoices = ["before", "after"]
choice = _promptChoice(posChoices, lType="Insert_Position")
if choice:
try:
importIndex = int(
raw_input("Enter Index to insert import data %s: " %
choice))
if choice == "before":
importIndex = max(importIndex - 1, 0)
stepInserts = importData["steps"]
for stepInsert in reversed(stepInserts):
testObject["steps"].insert(importIndex, stepInsert)
os.system("clear")
_displayBanner("IMPORT", Style.BRIGHT + Fore.BLUE)
print Fore.GREEN + "Import Successful!"
print "\nCurrent Test:"
util_core.displayTest(testObject)
comChoices = ["commit"]
comChoice = _promptChoice(comChoices)
if comChoice and comChoice == "commit":
return testObject
except Exception, e:
raiseError("Error importing test!", e)