def testcycle_has_percent_complete_of_X(step, stored_testcycle, testcycle_name, exp_percent):
testcycleModel = TestcycleModel()
testcycle = testcycleModel.get_stored_or_store_obj(stored_testcycle, testcycle_name)
testcycle_id = get_resource_identity(testcycle)[0]
# get the list of testcases for this testcycle
act_percent = testcycleModel.get_percent_complete(testcycle_id)
eq_(act_percent[ns("categoryValue")], int(exp_percent), "percent complete check")
def testcycle_has_percent_complete_of_X(step, stored_testcycle, testcycle_name,
exp_percent):
testcycleModel = TestcycleModel()
testcycle = testcycleModel.get_stored_or_store_obj(stored_testcycle,
testcycle_name)
testcycle_id = get_resource_identity(testcycle)[0]
# get the list of testcases for this testcycle
act_percent = testcycleModel.get_percent_complete(testcycle_id)
eq_(act_percent[ns("categoryValue")], int(exp_percent),
"percent complete check")
def testcycle_has_team_members(step, stored_testcycle, testcycle_name, expect_any):
testcycleModel = TestcycleModel()
testcycle = testcycleModel.get_stored_or_store_obj(stored_testcycle, testcycle_name)
testcycle_id = get_resource_identity(testcycle)[0]
teammember_list = testcycleModel.get_team_members_list(testcycle_id)
eq_list_length(teammember_list, step.hashes)
for teammember in step.hashes:
names = teammember["name"].split()
verify_single_item_in_list(teammember_list,
params = {"firstName": names[0],
"lastName": names[1]}
)
def testcycle_has_testruns(step, stored_testcycle, testcycle_name, expect_any):
testcycleModel = TestcycleModel()
testcycle = testcycleModel.get_stored_or_store_obj(stored_testcycle,
testcycle_name)
testcycle_id = get_resource_identity(testcycle)[0]
# get the list of testcases for this testcycle
testrun_list = testcycleModel.get_testrun_list(testcycle_id)
eq_list_length(testrun_list, step.hashes)
# walk through and verify that each testcase has the expected status
for testrun in step.hashes:
# find that in the list of testcases
exp_name = testrun["name"]
verify_single_item_in_list(testrun_list, "name", exp_name)
def testcycle_has_testruns(step, stored_testcycle, testcycle_name, expect_any):
testcycleModel = TestcycleModel()
testcycle = testcycleModel.get_stored_or_store_obj(stored_testcycle, testcycle_name)
testcycle_id = get_resource_identity(testcycle)[0]
# get the list of testcases for this testcycle
testrun_list = testcycleModel.get_testrun_list(testcycle_id)
eq_list_length(testrun_list, step.hashes)
# walk through and verify that each testcase has the expected status
for testrun in step.hashes:
# find that in the list of testcases
exp_name = testrun["name"]
verify_single_item_in_list(testrun_list,
"name",
exp_name)
def testcycle_has_summary_counts(step, stored_testcycle, testcycle_name):
testcycleModel = TestcycleModel()
testcycle = testcycleModel.get_stored_or_store_obj(stored_testcycle, testcycle_name)
testcycle_id = get_resource_identity(testcycle)[0]
# get the list of testcases for this testcycle
summary_list = testcycleModel.get_summary_list(testcycle_id)
eq_list_length(summary_list, step.hashes)
# walk through and verify that each testcase has the expected status
for category in step.hashes:
# find that in the list of testcases
status_id = get_result_status_id(category["name"])
categoryInfo = verify_single_item_in_list(summary_list, "categoryName",
status_id)
assert str(categoryInfo[ns("categoryValue")]) == category["count"], \
"%s count was wrong. Expected categoryName: %s , categoryValue: %s:\n%s" % \
(category["name"], status_id, category["count"], jstr(categoryInfo))
def testcycle_has_team_members(step, stored_testcycle, testcycle_name,
expect_any):
testcycleModel = TestcycleModel()
testcycle = testcycleModel.get_stored_or_store_obj(stored_testcycle,
testcycle_name)
testcycle_id = get_resource_identity(testcycle)[0]
teammember_list = testcycleModel.get_team_members_list(testcycle_id)
eq_list_length(teammember_list, step.hashes)
for teammember in step.hashes:
names = teammember["name"].split()
verify_single_item_in_list(teammember_list,
params={
"firstName": names[0],
"lastName": names[1]
})
def testcycle_has_environmentgroups(step, stored_testcycle, testcycle_name, expect_any):
testcycleModel = TestcycleModel()
testcycle = testcycleModel.get_stored_or_store_obj(stored_testcycle, testcycle_name)
testcycle_id = get_resource_identity(testcycle)[0]
# get the list of testcases for this testcycle
envgrp_list = testcycleModel.get_environmentgroup_list(testcycle_id)
# this checks that the lengths match. The expect_any holder is not used, but it allows for
# alternate wording in the step.
eq_list_length(envgrp_list, step.hashes)
# walk through and verify that each testcase has the expected status
for envgrp in step.hashes:
# find that in the list of testcases
exp_name = envgrp["name"]
verify_single_item_in_list(envgrp_list,
"name",
exp_name)
def testcycle_has_summary_counts(step, stored_testcycle, testcycle_name):
testcycleModel = TestcycleModel()
testcycle = testcycleModel.get_stored_or_store_obj(stored_testcycle,
testcycle_name)
testcycle_id = get_resource_identity(testcycle)[0]
# get the list of testcases for this testcycle
summary_list = testcycleModel.get_summary_list(testcycle_id)
eq_list_length(summary_list, step.hashes)
# walk through and verify that each testcase has the expected status
for category in step.hashes:
# find that in the list of testcases
status_id = get_result_status_id(category["name"])
categoryInfo = verify_single_item_in_list(summary_list, "categoryName",
status_id)
assert str(categoryInfo[ns("categoryValue")]) == category["count"], \
"%s count was wrong. Expected categoryName: %s , categoryValue: %s:\n%s" % \
(category["name"], status_id, category["count"], jstr(categoryInfo))
def testcycle_has_environmentgroups(step, stored_testcycle, testcycle_name,
expect_any):
testcycleModel = TestcycleModel()
testcycle = testcycleModel.get_stored_or_store_obj(stored_testcycle,
testcycle_name)
testcycle_id = get_resource_identity(testcycle)[0]
# get the list of testcases for this testcycle
envgrp_list = testcycleModel.get_environmentgroup_list(testcycle_id)
# this checks that the lengths match. The expect_any holder is not used, but it allows for
# alternate wording in the step.
eq_list_length(envgrp_list, step.hashes)
# walk through and verify that each testcase has the expected status
for envgrp in step.hashes:
# find that in the list of testcases
exp_name = envgrp["name"]
verify_single_item_in_list(envgrp_list, "name", exp_name)
def approve_all_results_for_testcycle(step, stored_testcycle, testcycle_name):
testcycleModel = TestcycleModel()
testcycle = testcycleModel.get_stored_or_store_obj(stored_testcycle, testcycle_name)
testcycleModel.approve_all_results(testcycle)
def approve_all_results_for_testcycle(step, stored_testcycle, testcycle_name):
testcycleModel = TestcycleModel()
testcycle = testcycleModel.get_stored_or_store_obj(stored_testcycle,
testcycle_name)
testcycleModel.approve_all_results(testcycle)
