product=PRODUCT,
summary="Test Case {0}".format(case_count + 1),
status=CASESTATUS)
# Add a couple of random tags and the default tester
testcase.tags.add([random.choice(TAGS) for counter in range(10)])
testcase.tester = random.choice(TESTERS)
testcase.update()
cases.append(testcase)
# Create master test plan (parent of all)
master = nitrate.TestPlan(
name=MASTER_TESTPLAN_NAME,
product=PRODUCT,
version=VERSION,
type=PLANTYPE)
nitrate.info("* {0}".format(master))
master.testcases.add(cases)
master.update()
# Create child test plans
for plan_count in range(options.plans):
testplan = nitrate.TestPlan(
name="Test Plan {0}".format(plan_count + 1),
product=PRODUCT,
version=VERSION,
parent=master,
type=PLANTYPE)
# Link all test cases to the test plan
testplan.testcases.add(cases)
testplan.update()
nitrate.info(" * {0}".format(testplan))
Simple example showing the main features of the python-nitrate module.
Covered are testplan, testrun, testcase creation, logging, setting the
log level, cache level and color mode, test case linking, attributes
adjustments and updating the changes to the server.
"""
import nitrate
from nitrate import info, log
# Set log level, cache level and color mode
nitrate.set_log_level(nitrate.LOG_DEBUG)
nitrate.set_cache_level(nitrate.CACHE_OBJECTS)
nitrate.set_color_mode(nitrate.COLOR_AUTO)
# Initialize an existing test plan
info("Initializing an existing test plan")
general_plan = nitrate.TestPlan(3781)
print general_plan
# Logging, catching errors
nitrate.set_log_level(nitrate.LOG_INFO)
info("Initializing a bad test plan")
try:
log.info("Inspecting the test plan")
bad_plan = nitrate.TestPlan(1)
print bad_plan
except nitrate.NitrateError, error:
log.error("Bad test plan id ({0})".format(error))
# Iterate over all test plan's test cases
info("Inspecting test plan's test cases")
category=CATEGORY,
product=PRODUCT,
summary="Test Case {0}".format(case_count + 1),
status=CASESTATUS)
# Add a couple of random tags and the default tester
testcase.tags.add([random.choice(TAGS) for counter in range(10)])
testcase.tester = random.choice(TESTERS)
testcase.update()
cases.append(testcase)
# Create master test plan (parent of all)
master = nitrate.TestPlan(name=MASTER_TESTPLAN_NAME,
product=PRODUCT,
version=VERSION,
type=PLANTYPE)
nitrate.info("* {0}".format(master))
master.testcases.add(cases)
master.update()
# Create child test plans
for plan_count in range(options.plans):
testplan = nitrate.TestPlan(name="Test Plan {0}".format(plan_count +
1),
product=PRODUCT,
version=VERSION,
parent=master,
type=PLANTYPE)
# Link all test cases to the test plan
testplan.testcases.add(cases)
testplan.update()
nitrate.info(" * {0}".format(testplan))
Simple example showing the main features of the python-nitrate module.
Covered are testplan, testrun, testcase creation, logging, setting the
log level, cache level and color mode, test case linking, attributes
adjustments and updating the changes to the server.
"""
import nitrate
from nitrate import info, log
# Set log level, cache level and color mode
nitrate.set_log_level(nitrate.LOG_DEBUG)
nitrate.set_cache_level(nitrate.CACHE_OBJECTS)
nitrate.set_color_mode(nitrate.COLOR_AUTO)
# Initialize an existing test plan
info("Initializing an existing test plan")
general_plan = nitrate.TestPlan(3781)
print general_plan
# Logging, catching errors
nitrate.set_log_level(nitrate.LOG_INFO)
info("Initializing a bad test plan")
try:
log.info("Inspecting the test plan")
bad_plan = nitrate.TestPlan(1)
print bad_plan
except nitrate.NitrateError, error:
log.error("Bad test plan id ({0})".format(error))
# Iterate over all test plan's test cases
info("Inspecting test plan's test cases")
