def start_test(self, module_name, case_name, resp_tester, tester):
'''
@param module_name: test set name or test module name
@param case_name: normal text case name, may contain '@#$~%^(+=-)&* ...'
@param resp_tester: name of responsible tester
@param tester: name of tester who run this case
'''
self.meta_data = {
"module_name": module_name,
"raw_case_name": case_name,
"case_name": FileSystemUtils.get_legal_filename(case_name),
"status": "pass",
"resp_tester": resp_tester,
"tester": tester,
"start_at": time.time(),
"end_at": "",
}
FileSystemUtils.mkdirs(self.case_log_path)
# FileSystemUtils.mkdirs(self.screen_shot_path)
log_file = self.__get_log_file()
with codecs.open(log_file, "a", "utf-8") as f:
f.write(u"\n************** %s [%s] ***************\n" %
(u"Case Log From Rock4 Test Service Framework",
self.meta_data['case_name']))
def translate(self):
''' usage:
m = YamlCaseLoader(r"D:\auto\buffer\test.yaml")
for i in m.translate():print(i)
:return iterator (case_name, execute_function)
@note: this method is useless
'''
if not self.check():
return
for idx in range(len(self.testcases)):
testing = self.testcases[idx]
case_id = testing.get("testcaseid")
case_name = FileSystemUtils.get_legal_filename(
"%s[%s]" %
(case_id, p_compat.str(testing[self.__case_title_field])))
# executer actions
execute_actionss = []
for field in self.__executer_seq_fields:
steps_info = testing.get(field)
for execute_function in steps_info:
if not execute_function:
continue
execute_actionss.append(execute_function)
yield (case_name, execute_actionss, idx)
def __init__(self):
super(RemoteDriver, self).__init__(is_local_driver=False)
self._default_devices = []
self._default_drivers = []
executors = SeleniumHatch.get_remote_executors(RemoteDriver._remote_ip, RemoteDriver._remote_port)
chrome_capabilities = SeleniumHatch.get_remote_browser_capabilities(browser=RemoteDriver._browser,
download_path=RemoteDriver._download_path,
marionette=RemoteDriver._marionette)
for executor in executors:
fn = FileSystemUtils.get_legal_filename(executor)
self._default_devices.append(fn)
self._default_drivers.append((fn, SeleniumHatch.gen_remote_driver(executor, chrome_capabilities)))
def generate_html_report(self, proj_name, proj_module=None):
html_results = []
all_summary = HtmlReporter.get_summary(self.summary,
proj_name=proj_name)
for summary in all_summary:
html_report = os.path.join(
self.result_path, u"[{}]{}_{}.html".format(
FileSystemUtils.get_legal_filename(
summary["project_name"]),
FileSystemUtils.get_legal_filename(summary["module_name"]),
DateTimeUtils.get_stamp_datetime_coherent(),
))
if proj_module == None:
html_results.append(
HtmlReporter.render_html(html_report, summary))
elif summary["module_name"] == proj_module:
html_results.append(
HtmlReporter.render_html(html_report, summary))
break
else:
summary = {}
return html_results
def __init__(self):
super(RemoteDriver, self).__init__(is_local_driver=False)
desired_cap = Android.gen_capabilities(
apk_abs_path=RemoteDriver._apk_abs_path,
app_package=RemoteDriver._app_package,
app_activity=RemoteDriver._app_activity,
aapt_exe_4path=RemoteDriver._aapt_exe_path)
self._default_devices = []
self._default_drivers = []
executors = Android.get_remote_executors(
hub_ip=RemoteDriver._remote_ip, port=RemoteDriver._remote_port)
for udid, udversion, executor in executors:
fn = FileSystemUtils.get_legal_filename(executor)
self._default_devices.append(fn)
cap = desired_cap.copy()
cap["deviceName"] = udid
cap["platformVersion"] = udversion
self._default_drivers.append(
(fn,
Android.gen_remote_driver(executor=executor,
capabilities=cap)))
def run_test(self, testcase_dict, variables, driver_map):
fn, fn_driver = driver_map
parser = self.parser
tracer = self.tracers[fn]
_Actions = ModuleUtils.get_imported_module("webuidriver.actions")
_Actions.Web.driver = fn_driver
functions = {}
web_functions = ModuleUtils.get_callable_class_method_names(_Actions.Web)
web_element_functions = ModuleUtils.get_callable_class_method_names(_Actions.WebElement)
web_context_functions = ModuleUtils.get_callable_class_method_names(_Actions.WebContext)
web_wait_functions = ModuleUtils.get_callable_class_method_names(_Actions.WebWait)
web_verify_functions = ModuleUtils.get_callable_class_method_names(_Actions.WebVerify)
web_actions_functions = ModuleUtils.get_callable_class_method_names(_Actions.WebActions)
functions.update(web_functions)
functions.update(web_element_functions)
functions.update(web_context_functions)
functions.update(web_wait_functions)
functions.update(web_verify_functions)
functions.update(web_actions_functions)
parser.bind_functions(functions)
_Actions.WebContext.glob.update(variables)
parser.update_binded_variables(_Actions.WebContext.glob)
case_name = FileSystemUtils.get_legal_filename(parser.eval_content_with_bind_actions(testcase_dict["name"]))
tracer.start(self.proj_info["module"], case_name, testcase_dict.get("responsible","Administrator"), testcase_dict.get("tester","Administrator"))
tracer.section(case_name)
try:
tracer.normal("**** bind glob variables")
glob_vars = parser.eval_content_with_bind_actions(testcase_dict.get("glob_var",{}))
tracer.step("set global variables: {}".format(glob_vars))
_Actions.WebContext.glob.update(glob_vars)
tracer.normal("**** bind glob regular expression")
globregx = {k: re.compile(v) for k,v in testcase_dict.get("glob_regx",{}).items()}
tracer.step("set global regular: {}".format(globregx))
_Actions.WebContext.glob.update(globregx)
tracer.normal("**** precommand")
precommand = testcase_dict.get("pre_command",[])
parser.eval_content_with_bind_actions(precommand)
for i in precommand:
tracer.step("{}".format(i))
tracer.normal("**** steps")
steps = testcase_dict["steps"]
for step in steps:
#print("---")
if not "webdriver" in step:
continue
if not step["webdriver"].get("action"):
raise KeyError("webdriver.action")
#print(step)
if step["webdriver"].get("by"):
by = parser.eval_content_with_bind_actions(step["webdriver"].get("by"))
tracer.normal("preparing: by -> {}".format(by))
value = parser.eval_content_with_bind_actions(step["webdriver"].get("value"))
tracer.normal("preparing: value -> {}".format(value))
index = parser.eval_content_with_bind_actions(step["webdriver"].get("index", 0))
tracer.normal("preparing: index -> {}".format(index))
timeout = parser.eval_content_with_bind_actions(step["webdriver"].get("timeout", 10))
tracer.normal("preparing: timeout -> {}".format(timeout))
prepare =parser.get_bind_function("SetControl")
prepare(by = by, value = value, index = index, timeout = timeout)
result = parser.eval_content_with_bind_actions(step["webdriver"]["action"])
#print(":",result)
if result == False:
tracer.fail(step["webdriver"]["action"])
else:
tracer.ok(step["webdriver"]["action"])
tracer.normal("**** postcommand")
postcommand = testcase_dict.get("post_command", [])
parser.eval_content_with_bind_actions(postcommand)
for i in postcommand:
tracer.step("{}".format(i))
tracer.normal("**** verify")
verify = testcase_dict.get("verify",[])
result = parser.eval_content_with_bind_actions(verify)
for v, r in zip(verify,result):
if r == False:
tracer.fail(u"{} --> {}".format(v,r))
else:
tracer.ok(u"{} --> {}".format(v,r))
except KeyError as e:
tracer.error("Can't find key[%s] in your testcase." %e)
except FunctionNotFound as e:
tracer.error(e)
except VariableNotFound as e:
tracer.error(e)
except Exception as e:
tracer.error("%s\t%s" %(e,CommonUtils.get_exception_error()))
finally:
#tracer.normal("globals:\n\t{}".format(parser._variables))
tracer.stop()
return tracer
def run_test(self, testcase_dict, variables, driver_map):
fn, _ = driver_map
tracer = self.tracers[fn]
parser = self.parser
functions = {}
_Actions = ModuleUtils.get_imported_module("winuidriver.actions")
win_actions_functions = ModuleUtils.get_callable_class_method_names(
_Actions.WinActions)
win_context_functions = ModuleUtils.get_callable_class_method_names(
_Actions.WinContext)
win_element_functions = ModuleUtils.get_callable_class_method_names(
_Actions.WinElement)
win_verify_functions = ModuleUtils.get_callable_class_method_names(
_Actions.WinVerify)
win_wait_functions = ModuleUtils.get_callable_class_method_names(
_Actions.WinWait)
functions.update(win_actions_functions)
functions.update(win_context_functions)
functions.update(win_element_functions)
functions.update(win_verify_functions)
functions.update(win_wait_functions)
parser.bind_functions(functions)
_Actions.WinContext.glob.update(variables)
parser.update_binded_variables(_Actions.WinContext.glob)
case_name = FileSystemUtils.get_legal_filename(
parser.eval_content_with_bind_actions(testcase_dict["name"]))
tracer.start(self.proj_info["module"], case_name,
testcase_dict.get("responsible", "Administrator"),
testcase_dict.get("tester", "Administrator"))
tracer.section(case_name)
try:
tracer.normal("**** bind glob variables")
glob_vars = parser.eval_content_with_bind_actions(
testcase_dict.get("glob_var", {}))
tracer.step("set global variables: {}".format(glob_vars))
_Actions.WinContext.glob.update(glob_vars)
tracer.normal("**** bind glob regular expression")
globregx = {
k: re.compile(v)
for k, v in testcase_dict.get("glob_regx", {}).items()
}
tracer.step("set global regular: {}".format(globregx))
_Actions.WinContext.glob.update(globregx)
tracer.normal("**** precommand")
precommand = testcase_dict.get("pre_command", [])
parser.eval_content_with_bind_actions(precommand)
for i in precommand:
tracer.step("{}".format(i))
tracer.normal("**** steps")
steps = testcase_dict["steps"]
for step in steps:
#print("---")
if not "windriver" in step:
continue
if not step["windriver"].get("action"):
raise KeyError("windriver.action")
#print(step)
_properties = ("ControlType", "ClassName", "AutomationId",
"Name", "SubName", "RegexName", "Depth")
properties = {
prop: parser.eval_content_with_bind_actions(
step["windriver"].get(prop))
for prop in _properties if step["windriver"].get(prop)
}
if properties:
properties.update({
"index":
parser.eval_content_with_bind_actions(
step["windriver"].get("index", 0))
})
properties.update({
"timeout":
parser.eval_content_with_bind_actions(
step["windriver"].get("timeout", 10))
})
tracer.normal(
"preparing: properties -> {}".format(properties))
prepare = parser.get_bind_function("SetSearchProperty")
prepare(**properties)
result = parser.eval_content_with_bind_actions(
step["windriver"]["action"])
if result == False:
tracer.fail(step["windriver"]["action"])
else:
tracer.ok(step["windriver"]["action"])
tracer.normal("**** postcommand")
postcommand = testcase_dict.get("post_command", [])
parser.eval_content_with_bind_actions(postcommand)
for i in postcommand:
tracer.step("{}".format(i))
tracer.normal("**** verify")
verify = testcase_dict.get("verify", [])
result = parser.eval_content_with_bind_actions(verify)
for v, r in zip(verify, result):
if r == False:
tracer.fail(u"{} --> {}".format(v, r))
else:
tracer.ok(u"{} --> {}".format(v, r))
except KeyError as e:
tracer.error("Can't find key[%s] in your testcase." % e)
print(CommonUtils.get_exception_error())
except FunctionNotFound as e:
tracer.error(e)
except VariableNotFound as e:
tracer.error(e)
except Exception as e:
tracer.error("%s\t%s" % (e, CommonUtils.get_exception_error()))
finally:
#tracer.normal("globals:\n\t{}".format(parser._variables))
tracer.stop()
def test_get_legal_filename(self):
self.assertEqual(FileSystemUtils.get_legal_filename("你好&-|他*"),
'你好&-他')
self.assertEqual(FileSystemUtils.get_legal_filename("\n你好&-|他*"),
'你好&-他')