def test_solid_part_system(self):
"""
System test starting with the following top level function:
custom_checks._ExecCheckSolidPartElements(ANSAPart, _ ) -> [CheckReport]
"""
nada = None #blank variable to pass to _exec function
# #
#Pass section#
# #
base.Or(self.pass_parts)
output1 = custom_checks._ExecCheckSolidPartElements(
self.pass_parts, nada)
report1 = output1[0]
#Making sure the only return is just the report object within a list.
self.assertEqual(
len(report1.issues), 0,
"There is a problem in the following file(s): " +
str([x.issues.entities._name for x in report1.issues]))
# #
#fail section#
# #
base.Or(self.fail_parts)
output2 = custom_checks._ExecCheckSolidPartElements(
self.fail_parts, nada)
report2 = output2[0]
#Making sure the only return is just the report object within a list.
self.assertEqual(
len(report2.issues), self.fail_n_parts,
"The size of the return list is different. List contents: " +
str([x for x in report2.issues]))
part_name_regression = [part._name for part in self.fail_parts]
part_in_issues = []
for issue in report2.issues:
part_in_issues += issue.entities
part_names_in_issues = [part._name for part in part_in_issues]
set_names = set(part_names_in_issues)
set_names_regression = set(part_name_regression)
regression_difference = set_names_regression - set_names
new_difference = set_names - set_names_regression
print_error = determine_print_message(regression_difference,
new_difference)
self.assertEqual(set_names, set_names_regression, print_error)
def test_connectivity_exec_system(self):
"""
System test starting with the following top level function:
custom_checks._ExecCheckConnectivity([ANSAPart], _ ) -> [CheckReport]
"""
nada = None #blank variable to pass to _exec function
# #
#fail section#
# #
for part in self.fail_parts:
base.Or(part)
output = custom_checks._ExecCheckConnectivity([part], nada)
correct_status = "error"
self.assertTrue(
output[0].status == correct_status,
"Part " + str(output[0].description) + " Has the status " +
str(output[0].status) + " which is not " + correct_status +
".")
# #
#Warning section#
# #
for part in self.warn_parts:
base.Or(part)
output = custom_checks._ExecCheckConnectivity([part], nada)
correct_status = "warning"
self.assertTrue(
output[0].status == correct_status,
"Part " + str(output[0].description) + " Has the status " +
str(output[0].status) + " which is not " + correct_status +
".")
# #
#pass section#
# #
for part in self.ok_parts:
base.Or(part)
output2 = custom_checks._ExecCheckConnectivity(part, nada)
report2 = output2[0]
self.assertEqual(
len(report2.issues), 0,
"There is a problem in the following file(s): " + part._name)
def test_shell_thickness_exec_system(self):
"""
System test starting with the following top level function:
custom_checks._ExecutePshell(ANSAPart, _ ) -> [CheckReport]
"""
nada = None #blank variable to pass to _exec function
# #
#fail section#
# #
base.Or(self.fail_parts)
output1 = custom_checks._ExecutePshell(self.fail_parts, nada)
report1 = output1[0]
part_set_names = pull_parts_from_exec_output(report1, "error", 3288)
part_set_names_regression = pull_parts_from_resources(self.fail_parts)
group_names_minus_exec_names = part_set_names_regression - part_set_names
exec_names_minus_group_names = part_set_names - part_set_names_regression
print_error = determine_print_message(group_names_minus_exec_names,
exec_names_minus_group_names)
self.assertEqual(part_set_names, part_set_names_regression,
print_error)
# #
#pass section#
# #
base.Or(self.ok_parts)
output2 = custom_checks._ExecutePshell(self.ok_parts, nada)
report2 = output2[0]
#Making sure the only return is just the report object within a list.
self.assertEqual(
len(report2.issues), 0,
"There is a problem in the following file(s): " +
str([x.issues.entities._name for x in report2.issues]))
def test_material_exec_system(self):
"""
System test starting with the following top level function:
custom_checks._ExecCheckMaterials(ANSAPart, _ ) -> [CheckReport]
"""
nada = None #blank variable to pass to _exec function
# #
#warn section#
# #
base.Or(self.warn_parts)
output1 = custom_checks._ExecCheckMaterials(self.warn_parts, nada)
report1 = output1[0]
part_set_names = pull_parts_from_exec_output(report1, "warning")
part_set_names_regression = pull_parts_from_resources(self.warn_parts)
group_names_minus_exec_names = part_set_names_regression - part_set_names
exec_names_minus_group_names = part_set_names - part_set_names_regression
print_error = determine_print_message(group_names_minus_exec_names,
exec_names_minus_group_names)
self.assertEqual(part_set_names, part_set_names_regression,
print_error)
# #
#mismatch section#
# #
base.Or(self.mismatch_parts)
output2 = custom_checks._ExecCheckMaterials(self.mismatch_parts, nada)
report2 = output2[0]
#Making sure the only return is just the report object within a list.
self.assertEqual(
len(report2.issues), self.mismatch_n_parts,
"The size of the return list is different. List contents: " +
str([x for x in report2.issues]))
part_set_names = pull_parts_from_exec_output(report2, "error")
part_set_names_regression = pull_parts_from_resources(
self.mismatch_parts)
group_names_minus_exec_names = part_set_names_regression - part_set_names
exec_names_minus_group_names = part_set_names - part_set_names_regression
print_error = determine_print_message(group_names_minus_exec_names,
exec_names_minus_group_names)
self.assertEqual(part_set_names, part_set_names_regression,
print_error)
# #
#ok section#
# #
base.Or(self.ok_parts)
output3 = custom_checks._ExecCheckMaterials(self.ok_parts, nada)
report3 = output3[0]
#Making sure the only return is just the report object within a list.
self.assertEqual(
len(report3.issues), 0,
"There is a problem in the following file(s): " +
str([x.issues.entities._name for x in report3.issues]))
# #
#fail section#
# #
base.Or(self.fail_parts)
output4 = custom_checks._ExecCheckMaterials(self.fail_parts, nada)
report4 = output4[0]
#Making sure the only return is just the report object within a list.
self.assertEqual(
len(report4.issues), self.fail_n_parts,
"The size of the return list is different. List contents: " +
str([x for x in report4.issues]))
part_set_names = pull_parts_from_exec_output(report4, "error")
part_set_names_regression = pull_parts_from_resources(self.fail_parts)
group_names_minus_exec_names = part_set_names_regression - part_set_names
exec_names_minus_group_names = part_set_names - part_set_names_regression
print_error = determine_print_message(group_names_minus_exec_names,
exec_names_minus_group_names)
self.assertEqual(part_set_names, part_set_names_regression,
print_error)