def execute_testcase(testcase_filepath, data_repository, tc_context, runtype,
tc_parallel, queue, auto_defects, suite, jiraproj,
tc_onError_action, iter_ts_sys):
""" Executes the testcase (provided as a xml file)
- Takes a testcase xml file as input and executes each command in the testcase.
- Computes the testcase status based on the stepstatus and the impact value of the step
- Handles step failures as per the default/specific onError action/value
- Calls the function to report the testcase status
:Arguments:
1. testcase_filepath (string) = the full path of the testcase xml file
2. execution_dir (string) = the full path of the directory under which the
testcase execution directory will be created
(the results, logs for this testcase will be
stored in this testcase execution directory.)
"""
tc_status = True
tc_start_time = Utils.datetime_utils.get_current_timestamp()
tc_timestamp = str(tc_start_time)
print_info("[{0}] Testcase execution starts".format(tc_start_time))
get_testcase_details(testcase_filepath, data_repository, jiraproj)
# These lines are for creating testcase junit file
from_ts = False
if not 'wt_junit_object' in data_repository:
# not from testsuite
tc_junit_object = junit_class.Junit(
filename=data_repository['wt_name'],
timestamp=tc_timestamp,
name="customProject_independant_testcase_execution",
display="False")
if "jobid" in data_repository:
tc_junit_object.add_jobid(data_repository["jobid"])
del data_repository["jobid"]
tc_junit_object.create_testcase(
location=data_repository['wt_filedir'],
timestamp=tc_timestamp,
ts_timestamp=tc_timestamp,
name=data_repository['wt_name'],
testcasefile_path=data_repository['wt_testcase_filepath'],
display="False")
junit_requirements(testcase_filepath, tc_junit_object, tc_timestamp)
data_repository['wt_ts_timestamp'] = tc_timestamp
else:
tc_junit_object = data_repository['wt_junit_object']
tc_junit_object.create_testcase(
location="from testsuite",
timestamp=tc_timestamp,
ts_timestamp=data_repository['wt_ts_timestamp'],
classname=data_repository['wt_suite_name'],
name=data_repository['wt_name'],
testcasefile_path=data_repository['wt_testcase_filepath'])
from_ts = True
junit_requirements(testcase_filepath, tc_junit_object,
data_repository['wt_ts_timestamp'])
data_repository['wt_tc_timestamp'] = tc_timestamp
data_type = data_repository['wt_data_type']
# Adding resultsdir, logsdir, title as attributes to testcase_tag in the junit result file
# Need to remove these after making resultsdir, logsdir as part of properties tag in testcase
tc_junit_object.add_property(
"resultsdir", os.path.dirname(data_repository['wt_resultsdir']), "tc",
tc_timestamp)
tc_junit_object.add_property(
"logsdir", os.path.dirname(data_repository['wt_logsdir']), "tc",
tc_timestamp)
tc_junit_object.update_attr("title", data_repository['wt_title'], "tc",
tc_timestamp)
data_repository['wt_junit_object'] = tc_junit_object
data_repository['wt_junit_object'] = tc_junit_object
print_testcase_details_to_console(testcase_filepath, data_repository)
step_list = get_steps_list(testcase_filepath)
tc_state = Utils.xml_Utils.getChildTextbyParentTag(testcase_filepath,
'Details', 'State')
if tc_state is not False and tc_state is not None and \
tc_state.upper() == "DRAFT":
print_warning("Testcase is in 'Draft' state, it may have keywords "
"that have not been developed yet. Skipping the "
"testcase execution and it will be marked as 'ERROR'")
tc_status = "ERROR"
else:
if data_type.upper() == 'CUSTOM' and \
runtype.upper() == 'SEQUENTIAL_KEYWORDS':
tc_status = execute_custom(data_type, runtype,
custom_sequential_kw_driver,
data_repository, step_list)
elif data_type.upper() == 'CUSTOM' and \
runtype.upper() == 'PARALLEL_KEYWORDS':
tc_status = execute_custom(data_type, runtype,
custom_parallel_kw_driver,
data_repository, step_list)
elif data_type.upper() == 'ITERATIVE' and \
runtype.upper() == 'SEQUENTIAL_KEYWORDS':
print_info("iterative sequential")
system_list = get_system_list(data_repository['wt_datafile'],
iter_req=True) \
if iter_ts_sys is None else [iter_ts_sys]
# print len(system_list)
if len(system_list) == 0:
print_warning("Datatype is iterative but no systems found in "
"input datafile, when Datatype is iterative the "
"InputDataFile should have system(s) to "
"iterate upon")
tc_status = False
elif len(system_list) > 0:
tc_status = iterative_sequential_kw_driver.main(
step_list, data_repository, tc_status, system_list)
elif data_type.upper() == 'ITERATIVE' and \
runtype.upper() == 'PARALLEL_KEYWORDS':
print_info("iterative parallel")
system_list = get_system_list(data_repository['wt_datafile'],
iter_req=True) \
if iter_ts_sys is None else [iter_ts_sys]
# print len(system_list)
if len(system_list) == 0:
print_warning("DataType is iterative but no systems found in "
"input datafile, when DataType id iterative the "
"InputDataFile should have system(s) to "
"iterate upon")
tc_status = False
elif len(system_list) > 0:
tc_status = iterative_parallel_kw_driver.main(
step_list, data_repository, tc_status, system_list)
elif data_type.upper() == "HYBRID":
print_info("Hybrid")
system_list, system_node_list = get_system_list(
data_repository['wt_datafile'], node_req=True)
# call the hybrid driver here
hyb_drv_obj = hybrid_driver_class.HybridDriver(
step_list, data_repository, tc_status, system_list,
system_node_list)
tc_status = hyb_drv_obj.execute_hybrid_mode()
else:
print_warning("unsupported value provided for testcase data_type "
"or testsuite runtype")
tc_status = False
if tc_context.upper() == 'NEGATIVE':
if all([tc_status != 'EXCEPTION', tc_status != 'ERROR']):
print_debug(
"Test case status is: '{0}', flip status as context is negative"
.format(tc_status))
tc_status = not tc_status
if tc_status == False and tc_onError_action and tc_onError_action.upper(
) == 'ABORT_AS_ERROR':
print_info(
"Testcase status will be marked as ERROR as onError action is set to 'abort_as_error'"
)
tc_status = "ERROR"
check_and_create_defects(tc_status, auto_defects, data_repository,
tc_junit_object)
print("\n")
tc_end_time = Utils.datetime_utils.get_current_timestamp()
print_info("[{0}] Testcase execution completed".format(tc_end_time))
tc_duration = Utils.datetime_utils.get_time_delta(tc_start_time)
hms = Utils.datetime_utils.get_hms_for_seconds(tc_duration)
print_info("Testcase duration= {0}".format(hms))
tc_junit_object.update_count(tc_status, "1", "ts",
data_repository['wt_ts_timestamp'])
tc_junit_object.update_count("tests", "1", "ts",
data_repository['wt_ts_timestamp'])
tc_junit_object.update_count("tests", "1", "pj", "not appicable")
tc_junit_object.update_attr("status", str(tc_status), "tc", tc_timestamp)
tc_junit_object.update_attr("time", str(tc_duration), "tc", tc_timestamp)
tc_junit_object.add_testcase_message(tc_timestamp, tc_status)
# Adding resultsdir, logsdir, title as attributes to testcase_tag in the junit result file
# Need to remove these after making resultsdir, logsdir as part of properties tag in testcase
tc_junit_object.update_attr(
"resultsdir", os.path.dirname(data_repository['wt_resultsdir']), "tc",
tc_timestamp)
tc_junit_object.update_attr("logsdir",
os.path.dirname(data_repository['wt_logsdir']),
"tc", tc_timestamp)
report_testcase_result(tc_status, data_repository)
if not from_ts:
tc_junit_object.update_count(tc_status, "1", "pj", "not appicable")
tc_junit_object.update_count("suites", "1", "pj", "not appicable")
tc_junit_object.update_attr("status", str(tc_status), "ts",
data_repository['wt_ts_timestamp'])
tc_junit_object.update_attr("status", str(tc_status), "pj",
"not appicable")
tc_junit_object.update_attr("time", str(tc_duration), "ts",
data_repository['wt_ts_timestamp'])
tc_junit_object.update_attr("time", str(tc_duration), "pj",
"not appicable")
tc_junit_object.output_junit(data_repository['wt_resultsdir'])
# Save JUnit/HTML results of the Case in MongoDB server
if data_repository.get("db_obj") is not False:
tc_junit_xml = data_repository[
'wt_resultsdir'] + os.sep + tc_junit_object.filename + "_junit.xml"
data_repository.get("db_obj").add_html_result_to_mongodb(
tc_junit_xml)
else:
# send an email on TC failure(no need to send an email here when
# executing a single case).
if str(tc_status).upper() in ["FALSE", "ERROR", "EXCEPTION"]:
email_setting = None
# for first TC failure
if "any_failures" not in data_repository:
email_params = email.get_email_params("first_failure")
if all(value != "" for value in email_params[:3]):
email_setting = "first_failure"
data_repository['any_failures'] = True
# for further TC failures
if email_setting is None:
email_params = email.get_email_params("every_failure")
if all(value != "" for value in email_params[:3]):
email_setting = "every_failure"
if email_setting is not None:
email.compose_send_email(
"Test Case: ", data_repository['wt_testcase_filepath'],
data_repository['wt_logsdir'],
data_repository['wt_resultsdir'], tc_status, email_setting)
if 'wp_results_execdir' in data_repository:
# Create and replace existing Project junit file for each case
tc_junit_object.output_junit(data_repository['wp_results_execdir'],
print_summary=False)
else:
# Create and replace existing Suite junit file for each case
tc_junit_object.output_junit(data_repository['wt_results_execdir'],
print_summary=False)
if tc_parallel:
tc_impact = data_repository['wt_tc_impact']
if tc_impact.upper() == 'IMPACT':
msg = "Status of the executed test case impacts Testsuite result"
elif tc_impact.upper() == 'NOIMPACT':
msg = "Status of the executed test case does not impact Teststuie result"
print_debug(msg)
tc_name = Utils.file_Utils.getFileName(testcase_filepath)
# put result into multiprocessing queue and later retrieve in corresponding driver
queue.put(
(tc_status, tc_name, tc_impact, tc_duration, tc_junit_object))
# Save XML results of the Case in MongoDB server
if data_repository.get("db_obj") is not False:
data_repository.get("db_obj").add_xml_result_to_mongodb(
data_repository['wt_resultfile'])
# main need tc_status and data_repository values to unpack
return tc_status, data_repository
def execute_testcase(testcase_filepath,
data_repository,
tc_context,
runtype,
tc_parallel,
queue,
auto_defects,
suite,
jiraproj,
tc_onError_action,
iter_ts_sys,
steps_tag="Steps"):
""" Executes the testcase (provided as a xml file)
- Takes a testcase xml file as input and executes each command in the testcase.
- Computes the testcase status based on the stepstatus and the impact value of the step
- Handles step failures as per the default/specific onError action/value
- Calls the function to report the testcase status
:Arguments:
1. testcase_filepath (string) = the full path of the testcase xml file
2. execution_dir (string) = the full path of the directory under which the
testcase execution directory will be created
(the results, logs for this testcase will be
stored in this testcase execution directory.)
"""
tc_status = True
tc_start_time = Utils.datetime_utils.get_current_timestamp()
tc_timestamp = str(tc_start_time)
print_info("[{0}] Testcase execution starts".format(tc_start_time))
get_testcase_details(testcase_filepath, data_repository, jiraproj)
#get testwrapperfile details like testwrapperfile, data_type and runtype
testwrapperfile, j_data_type, j_runtype, setup_on_error_action = \
get_testwrapper_file_details(testcase_filepath, data_repository)
data_repository['wt_testwrapperfile'] = testwrapperfile
isRobotWrapperCase = check_robot_wrapper_case(testcase_filepath)
# These lines are for creating testcase junit file
from_ts = False
pj_junit_display = 'False'
if not 'wt_junit_object' in data_repository:
# not from testsuite
tc_junit_object = junit_class.Junit(
filename=data_repository['wt_name'],
timestamp=tc_timestamp,
name="customProject_independant_testcase_execution",
display=pj_junit_display)
if "jobid" in data_repository:
tc_junit_object.add_jobid(data_repository["jobid"])
del data_repository["jobid"]
tc_junit_object.create_testcase(
location=data_repository['wt_filedir'],
timestamp=tc_timestamp,
ts_timestamp=tc_timestamp,
name=data_repository['wt_name'],
testcasefile_path=data_repository['wt_testcase_filepath'])
junit_requirements(testcase_filepath, tc_junit_object, tc_timestamp)
data_repository['wt_ts_timestamp'] = tc_timestamp
else:
tag = "testcase" if steps_tag == "Steps" else steps_tag
tc_junit_object = data_repository['wt_junit_object']
#creates testcase based on tag given Setup/Steps/Cleanup
tc_junit_object.create_testcase(
location="from testsuite",
timestamp=tc_timestamp,
ts_timestamp=data_repository['wt_ts_timestamp'],
classname=data_repository['wt_suite_name'],
name=data_repository['wt_name'],
tag=tag,
testcasefile_path=data_repository['wt_testcase_filepath'])
from_ts = True
junit_requirements(testcase_filepath, tc_junit_object,
data_repository['wt_ts_timestamp'])
data_repository['wt_tc_timestamp'] = tc_timestamp
data_repository['tc_parallel'] = tc_parallel
data_type = data_repository['wt_data_type']
if not from_ts:
data_repository["war_parallel"] = False
# Adding resultsdir, logsdir, title as attributes to testcase_tag in the junit result file
# Need to remove these after making resultsdir, logsdir as part of properties tag in testcase
tc_junit_object.add_property(
"resultsdir", os.path.dirname(data_repository['wt_resultsdir']), "tc",
tc_timestamp)
tc_junit_object.update_attr("title", data_repository['wt_title'], "tc",
tc_timestamp)
data_repository['wt_junit_object'] = tc_junit_object
print_testcase_details_to_console(testcase_filepath, data_repository,
steps_tag)
# Prints the path of result summary file at the beginning of execution
if data_repository['war_file_type'] == "Case":
filename = os.path.basename(testcase_filepath)
html_filepath = os.path.join(
data_repository['wt_resultsdir'],
Utils.file_Utils.getNameOnly(filename)) + '.html'
print_info("HTML result file: {0}".format(html_filepath))
#get the list of steps in the given tag - Setup/Steps/Cleanup
step_list = common_execution_utils.get_step_list(testcase_filepath,
steps_tag, "step")
if not step_list:
print_warning("Warning! cannot get steps for execution")
tc_status = "ERROR"
if step_list and not len(step_list):
print_warning("step list is empty in {0} block".format(steps_tag))
tc_state = Utils.xml_Utils.getChildTextbyParentTag(testcase_filepath,
'Details', 'State')
if tc_state is not False and tc_state is not None and \
tc_state.upper() == "DRAFT":
print_warning("Testcase is in 'Draft' state, it may have keywords "
"that have not been developed yet. Skipping the "
"testcase execution and it will be marked as 'ERROR'")
tc_status = "ERROR"
elif isRobotWrapperCase is True and from_ts is False:
print_warning("Case which has robot_wrapper steps should be executed "
"as part of a Suite. Skipping the case execution and "
"it will be marked as 'ERROR'")
tc_status = "ERROR"
elif step_list:
setup_tc_status, cleanup_tc_status = True, True
#1.execute setup steps if testwrapperfile is present in testcase
#and not from testsuite execution
#2.execute setup steps if testwrapperfile is present in testcase
#and from testsuite execution and testwrapperfile is not defined in test suite.
if (testwrapperfile and not from_ts) or (testwrapperfile and \
from_ts and not data_repository.has_key('suite_testwrapper_file')):
setup_step_list = common_execution_utils.get_step_list(
testwrapperfile, "Setup", "step")
if not len(setup_step_list):
print_warning(
"step list is empty in {0} block".format("Setup"))
print_info("****** SETUP STEPS EXECUTION STARTS *******")
data_repository['wt_step_type'] = 'setup'
#to consider relative paths provided from wrapperfile instead of testcase file
original_tc_filepath = data_repository['wt_testcase_filepath']
data_repository['wt_testcase_filepath'] = testwrapperfile
setup_tc_status = execute_steps(j_data_type, j_runtype, \
data_repository, setup_step_list, tc_junit_object, iter_ts_sys)
#reset to original testcase filepath
data_repository['wt_testcase_filepath'] = original_tc_filepath
data_repository['wt_step_type'] = 'step'
print_info("setup_tc_status : {0}".format(setup_tc_status))
print_info("****** SETUP STEPS EXECUTION ENDS *******")
if setup_on_error_action == 'next' or \
(setup_on_error_action == 'abort' \
and isinstance(setup_tc_status, bool) and setup_tc_status):
if steps_tag == "Steps":
print_info("****** TEST STEPS EXECUTION STARTS *******")
data_repository['wt_step_type'] = 'step'
tc_status = execute_steps(data_type, runtype, \
data_repository, step_list, tc_junit_object, iter_ts_sys)
if steps_tag == "Steps":
print_info("****** TEST STEPS EXECUTION ENDS *******")
else:
print_error("Test steps are not executed as setup steps failed to execute,"\
"setup status : {0}".format(setup_tc_status))
print_error("Steps in cleanup will be executed on besteffort")
tc_status = "ERROR"
#1.execute cleanup steps if testwrapperfile is present in testcase
#and not from testsuite execution
#2.execute cleanup steps if testwrapperfile is present in testcase
#and from testsuite execution and testwrapperfile is not defined in test suite.
if (testwrapperfile and not from_ts) or (testwrapperfile and \
from_ts and not data_repository.has_key('suite_testwrapper_file')):
cleanup_step_list = common_execution_utils.get_step_list(
testwrapperfile, "Cleanup", "step")
if not len(cleanup_step_list):
print_warning(
"step list is empty in {0} block".format("Cleanup"))
print_info("****** CLEANUP STEPS EXECUTION STARTS *******")
data_repository['wt_step_type'] = 'cleanup'
original_tc_filepath = data_repository['wt_testcase_filepath']
#to consider relative paths provided from wrapperfile instead of testcase file
data_repository['wt_testcase_filepath'] = testwrapperfile
cleanup_tc_status = execute_steps(j_data_type, j_runtype, \
data_repository, cleanup_step_list, tc_junit_object, iter_ts_sys)
#reset to original testcase filepath
data_repository['wt_testcase_filepath'] = original_tc_filepath
data_repository['wt_step_type'] = 'step'
print_info("cleanup_tc_status : {0}".format(cleanup_tc_status))
print_info("****** CLEANUP STEPS EXECUTION ENDS *******")
if tc_context.upper() == 'NEGATIVE':
if all([tc_status != 'EXCEPTION', tc_status != 'ERROR']):
print_debug(
"Test case status is: '{0}', flip status as context is "
"negative".format(tc_status))
tc_status = not tc_status
if step_list and isinstance(tc_status, bool) and isinstance(cleanup_tc_status, bool) \
and tc_status and cleanup_tc_status:
tc_status = True
#set tc status to WARN if only cleanup fails
elif step_list and isinstance(
tc_status, bool) and tc_status and cleanup_tc_status != True:
print_warning("setting tc status to WARN as cleanup failed")
tc_status = "WARN"
if step_list and tc_status == False and tc_onError_action and tc_onError_action.upper(
) == 'ABORT_AS_ERROR':
print_info("Testcase status will be marked as ERROR as onError "
"action is set to 'abort_as_error'")
tc_status = "ERROR"
defectsdir = data_repository['wt_defectsdir']
check_and_create_defects(tc_status, auto_defects, data_repository,
tc_junit_object)
print_info("\n")
tc_end_time = Utils.datetime_utils.get_current_timestamp()
print_info("[{0}] Testcase execution completed".format(tc_end_time))
tc_duration = Utils.datetime_utils.get_time_delta(tc_start_time)
hms = Utils.datetime_utils.get_hms_for_seconds(tc_duration)
print_info("Testcase duration= {0}".format(hms))
tc_junit_object.update_count(tc_status, "1", "ts",
data_repository['wt_ts_timestamp'])
tc_junit_object.update_count("tests", "1", "ts",
data_repository['wt_ts_timestamp'])
tc_junit_object.update_count("tests", "1", "pj", "not appicable")
tc_junit_object.update_attr("status", str(tc_status), "tc", tc_timestamp)
tc_junit_object.update_attr("time", str(tc_duration), "tc", tc_timestamp)
tc_junit_object.add_testcase_message(tc_timestamp, tc_status)
if str(tc_status).upper() in ["FALSE", "ERROR", "EXCEPTION"]:
tc_junit_object.update_attr("defects", defectsdir, "tc", tc_timestamp)
# Adding resultsdir, logsdir, title as attributes to testcase_tag in the junit result file
# Need to remove these after making resultsdir, logsdir as part of properties tag in testcase
tc_junit_object.update_attr(
"resultsdir", os.path.dirname(data_repository['wt_resultsdir']), "tc",
tc_timestamp)
tc_junit_object.update_attr("logsdir",
os.path.dirname(data_repository['wt_logsdir']),
"tc", tc_timestamp)
data_file = data_repository["wt_datafile"]
system_name = ""
try:
tree = et.parse(data_file)
for elem in tree.iter():
if elem.tag == "system":
for key, value in elem.items():
if value == "kafka_producer":
system_name = elem.get("name")
break
except:
pass
if system_name:
junit_file_obj = data_repository['wt_junit_object']
root = junit_file_obj.root
suite_details = root.findall("testsuite")[0]
test_case_details = suite_details.findall("testcase")[0]
print_info("kafka server is presented in Inputdata file..")
system_details = _get_system_or_subsystem(data_file, system_name)
data = {}
for item in system_details.getchildren():
if item.tag == "kafka_port":
ssh_port = item.text
continue
if item.tag == "ip":
ip_address = item.text
continue
try:
value = ast.literal_eval(item.text)
except ValueError:
value = item.text
data.update({item.tag: value})
ip_port = ["{}:{}".format(ip_address, ssh_port)]
data.update({"bootstrap_servers": ip_port})
data.update({"value_serializer": lambda x: dumps(x).encode('utf-8')})
try:
producer = WarriorKafkaProducer(**data)
producer.send_messages('warrior_results', suite_details.items())
producer.send_messages('warrior_results',
test_case_details.items())
print_info("message published to topic: warrior_results {}".format(
suite_details.items()))
print_info("message published to topic: warrior_results {}".format(
test_case_details.items()))
except:
print_warning("Unable to connect kafka server !!")
report_testcase_result(tc_status, data_repository, tag=steps_tag)
if not from_ts:
tc_junit_object.update_count(tc_status, "1", "pj", "not appicable")
tc_junit_object.update_count("suites", "1", "pj", "not appicable")
tc_junit_object.update_attr("status", str(tc_status), "ts",
data_repository['wt_ts_timestamp'])
tc_junit_object.update_attr("status", str(tc_status), "pj",
"not appicable")
tc_junit_object.update_attr("time", str(tc_duration), "ts",
data_repository['wt_ts_timestamp'])
tc_junit_object.update_attr("time", str(tc_duration), "pj",
"not appicable")
tc_junit_object.output_junit(data_repository['wt_resultsdir'])
# Save JUnit/HTML results of the Case in MongoDB server
if data_repository.get("db_obj") is not False:
tc_junit_xml = data_repository['wt_resultsdir'] + os.sep +\
tc_junit_object.filename + "_junit.xml"
data_repository.get("db_obj").add_html_result_to_mongodb(
tc_junit_xml)
else:
# send an email on TC failure(no need to send an email here when
# executing a single case).
if str(tc_status).upper() in ["FALSE", "ERROR", "EXCEPTION"]:
email_setting = None
# for first TC failure
if "any_failures" not in data_repository:
email_params = email.get_email_params("first_failure")
if all(value != "" for value in email_params[:3]):
email_setting = "first_failure"
data_repository['any_failures'] = True
# for further TC failures
if email_setting is None:
email_params = email.get_email_params("every_failure")
if all(value != "" for value in email_params[:3]):
email_setting = "every_failure"
if email_setting is not None:
email.compose_send_email("Test Case: ", data_repository[\
'wt_testcase_filepath'], data_repository['wt_logsdir'],\
data_repository['wt_resultsdir'], tc_status, email_setting)
if not tc_parallel and not data_repository["war_parallel"]:
if 'wp_results_execdir' in data_repository:
# Create and replace existing Project junit file for each case
tc_junit_object.output_junit(
data_repository['wp_results_execdir'], print_summary=False)
else:
# Create and replace existing Suite junit file for each case
tc_junit_object.output_junit(
data_repository['wt_results_execdir'], print_summary=False)
if tc_parallel:
tc_impact = data_repository['wt_tc_impact']
if tc_impact.upper() == 'IMPACT':
msg = "Status of the executed test case impacts Testsuite result"
elif tc_impact.upper() == 'NOIMPACT':
msg = "Status of the executed test case does not impact Teststuie result"
print_debug(msg)
tc_name = Utils.file_Utils.getFileName(testcase_filepath)
# put result into multiprocessing queue and later retrieve in corresponding driver
queue.put(
(tc_status, tc_name, tc_impact, tc_duration, tc_junit_object))
# Save XML results of the Case in MongoDB server
if data_repository.get("db_obj") is not False:
data_repository.get("db_obj").add_xml_result_to_mongodb(
data_repository['wt_resultfile'])
# main need tc_status and data_repository values to unpack
return tc_status, data_repository