def getUniqueId(self):
"""
This function is not used any more
:return: returns the local pc unique ID
"""
try:
node_id_file_path = Path(
os.path.abspath(__file__).split("Framework")[0]) / Path(
"node_id.conf")
if os.path.isfile(node_id_file_path):
unique_id = ConfigModule.get_config_value(
"UniqueID", "id", node_id_file_path)
if unique_id == "":
ConfigModule.clean_config_file(node_id_file_path)
ConfigModule.add_section("UniqueID", node_id_file_path)
unique_id = uuid.uuid4()
unique_id = str(unique_id)[:10]
ConfigModule.add_config_value("UniqueID", "id", unique_id,
node_id_file_path)
machine_name = str(unique_id)
return machine_name[:100]
machine_name = str(unique_id)
else:
# create the file name
f = open(node_id_file_path, "w")
f.close()
unique_id = uuid.uuid4()
unique_id = str(unique_id)[:10]
ConfigModule.add_section("UniqueID", node_id_file_path)
ConfigModule.add_config_value("UniqueID", "id", unique_id,
node_id_file_path)
machine_name = str(unique_id)
return machine_name[:100]
except Exception:
ErrorMessage = "Unable to set create a Node key. Please check class MachineInfo() in commonutil"
return Exception_Handler(sys.exc_info(), None, ErrorMessage)
def update_machine(dependency, default_team_and_project_dict):
try:
# Get Local Info object
oLocalInfo = CommonUtil.MachineInfo()
local_ip = oLocalInfo.getLocalIP()
testerid = (oLocalInfo.getLocalUser()).lower()
project = default_team_and_project_dict["project_name"]
team = default_team_and_project_dict["team_name"]
if not dependency:
dependency = ""
_d = {}
for x in dependency:
t = []
for i in x[1]:
_t = ["name", "bit", "version"]
__t = {}
for index, _i in enumerate(i):
__t.update({_t[index]: _i})
if __t:
t.append(__t)
_d.update({x[0]: t})
dependency = _d
available_to_all_project = ConfigModule.get_config_value(
"Advanced Options", "available_to_all_project")
allProject = "no"
if str(available_to_all_project).lower() == "true":
allProject = "yes"
update_object = {
"machine_name": testerid,
"local_ip": local_ip,
"dependency": dependency,
"project": project,
"team": team,
"device": device_dict,
"allProject": allProject,
}
r = RequestFormatter.Get("update_automation_machine_api",
update_object)
if r["registered"]:
CommonUtil.ExecLog(
"",
"Zeuz Node is online: %s" % (r["name"]),
4,
False,
)
else:
if r["license"]:
CommonUtil.ExecLog("", "Machine is not registered as online",
4, False)
else:
if "message" in r:
CommonUtil.ExecLog("", r["message"], 4, False)
CommonUtil.ExecLog("",
"Machine is not registered as online",
4, False)
else:
CommonUtil.ExecLog("",
"Machine is not registered as online",
4, False)
return r
except Exception as e:
exc_type, exc_obj, exc_tb = sys.exc_info()
fname = os.path.split(exc_tb.tb_frame.f_code.co_filename)[1]
Error_Detail = ((str(exc_type).replace("type ", "Error Type: ")) +
";" + "Error Message: " + str(exc_obj) + ";" +
"File Name: " + fname + ";" + "Line: " +
str(exc_tb.tb_lineno))
CommonUtil.ExecLog("", Error_Detail, 4, False)
def Login(cli=False, run_once=False, log_dir=None):
username = ConfigModule.get_config_value(AUTHENTICATION_TAG, USERNAME_TAG)
password = ConfigModule.get_config_value(AUTHENTICATION_TAG, PASSWORD_TAG)
server_name = ConfigModule.get_config_value(AUTHENTICATION_TAG,
"server_address")
api = ConfigModule.get_config_value(AUTHENTICATION_TAG, "api-key")
api_flag = True
if not api or not server_name:
zeuz_authentication_prompts_for_cli()
for i in range(
30): # it takes time to save in the file. so lets wait 15 sec
time.sleep(0.5)
api = ConfigModule.get_config_value(AUTHENTICATION_TAG, "api-key")
server_name = ConfigModule.get_config_value(
AUTHENTICATION_TAG, "server_address")
if api and server_name:
break
while api and server_name:
url = '/api/auth/token/verify?api_key=%s' % (api)
r = RequestFormatter.Get(url)
if r:
try:
token = r['token']
res = RequestFormatter.Get(
"/api/user",
headers={'Authorization': "Bearer %s" % token})
info = res[0]
username = info['username']
api_flag = False
ConfigModule.add_config_value(AUTHENTICATION_TAG, "username",
username)
break
except:
print("Incorrect API key...")
server_name, api = zeuz_authentication_prompts_for_cli()
continue
else:
print("Server down. Trying again after 30 seconds")
time.sleep(30)
if password == "YourUserNameGoesHere":
password = password
else:
password = pass_decode("zeuz", password)
# form payload object
user_info_object = {
"username": username,
"password": password,
"project": "",
"team": "",
}
# Iniitalize GUI Offline call
CommonUtil.set_exit_mode(False)
global exit_script
global processing_test_case
exit_script = False # Reset exit variable
while True:
if exit_script:
break
# if not user_info_object["username"] or not user_info_object["password"]:
# break
# Test to ensure server is up before attempting to login
r = check_server_online()
# Login to server
if r: # Server is up
try:
default_team_and_project = RequestFormatter.UpdatedGet(
"get_default_team_and_project_api", {"username": username})
if not default_team_and_project:
CommonUtil.ExecLog(
"AUTH FAILED",
"Failed to get TEAM and PROJECT information. Incorrect username or password.",
3,
False,
)
break
user_info_object["project"] = default_team_and_project[
"project_name"]
user_info_object["team"] = default_team_and_project[
"team_name"]
CommonUtil.ExecLog("", f"Authenticating user: {username}", 4,
False)
if api_flag:
r = RequestFormatter.Post("login_api", user_info_object)
if r or (isinstance(r, dict) and r['status'] == 200):
CommonUtil.ExecLog(
"", f"Authentication successful: USER='******', "
f"PROJECT='{user_info_object['project']}', TEAM='{user_info_object['team']}', SERVER='{server_name}'",
4)
ConfigModule.add_config_value("sectionOne", PROJECT_TAG,
user_info_object['project'],
temp_ini_file)
ConfigModule.add_config_value("sectionOne", TEAM_TAG,
user_info_object['team'],
temp_ini_file)
global device_dict
device_dict = All_Device_Info.get_all_connected_device_info(
)
machine_object = update_machine(
dependency_collection(default_team_and_project),
default_team_and_project,
)
if machine_object["registered"]:
tester_id = machine_object["name"]
try:
# send machine's time zone
local_tz = str(get_localzone())
time_zone_object = {
"time_zone": local_tz,
"machine": tester_id,
}
executor = CommonUtil.GetExecutor()
executor.submit(RequestFormatter.Get,
"send_machine_time_zone_api",
time_zone_object)
# RequestFormatter.Get("send_machine_time_zone_api", time_zone_object)
# end
except Exception as e:
CommonUtil.ExecLog(
"", "Time zone settings failed {}".format(e),
4, False)
# Telling the node_manager that the node is ready to deploy
CommonUtil.node_manager_json({
"state": "idle",
"report": {
"zip": None,
"directory": None,
}
})
run_again = RunProcess(tester_id,
user_info_object,
run_once=run_once,
log_dir=log_dir)
if not run_again:
break # Exit login
else:
return False
elif not r: # Server should send "False" when user/pass is wrong
CommonUtil.ExecLog(
"",
f"Authentication Failed. Username or password incorrect. SERVER='{server_name}'",
4,
False,
)
if cli:
zeuz_authentication_prompts_for_cli()
Login(cli=True)
break
else: # Server likely sent nothing back or RequestFormatter.Get() caught an exception
CommonUtil.ExecLog(
"",
"Login attempt failed, retrying in 60 seconds...",
4,
False,
)
if cli:
zeuz_authentication_prompts_for_cli()
Login(cli=True)
time.sleep(60)
except Exception as e:
exc_type, exc_obj, exc_tb = sys.exc_info()
fname = os.path.split(exc_tb.tb_frame.f_code.co_filename)[1]
Error_Detail = (
(str(exc_type).replace("type ", "Error Type: ")) + ";" +
"Error Message: " + str(exc_obj) + ";" + "File Name: " +
fname + ";" + "Line: " + str(exc_tb.tb_lineno))
CommonUtil.ExecLog("", Error_Detail, 4, False)
CommonUtil.ExecLog(
"",
"Error logging in, waiting 60 seconds before trying again",
4,
False,
)
time.sleep(60)
# Server down, wait and retry
else:
CommonUtil.ExecLog(
"",
"Server down or verify the server address, waiting 60 seconds before trying again",
4,
False,
)
# if cli:
# zeuz_authentication_prompts_for_cli()
# Login(cli=True)
time.sleep(60)
if run_once:
print(
"[OFFLINE]",
"Zeuz Node is going offline after running one session, since `--once` or `-o` flag is specified."
)
else:
CommonUtil.ExecLog(
"[OFFLINE]", "Zeuz Node Offline", 3
) # GUI relies on this exact text. GUI must be updated if this is changed
processing_test_case = False
))
# Tells node whether it should run a test set/deployment only once and quit.
RUN_ONCE = False
local_run = False
# Move to Framework directory, so all modules can be seen
os.chdir(os.path.join(os.path.dirname(os.path.abspath(__file__)), "Framework"))
sys.path.append("..")
from Framework.Utilities import (RequestFormatter, CommonUtil, FileUtilities as
FL, All_Device_Info, self_updater)
from Framework import MainDriverApi
temp_ini_file = (Path(PROJECT_ROOT) / "AutomationLog" /
ConfigModule.get_config_value("Advanced Options", "_file"))
import subprocess
def signal_handler(sig, frame):
CommonUtil.run_cancelled = True
print("Disconnecting from server...")
disconnect_from_server()
sys.exit(0)
def password_hash(encrypt, key, pw):
""" Encrypt, decrypt password and encode in plaintext """
# This is just an obfuscation technique, so the password is not immediately seen by users
# Zeuz_Node.py has a similar function that will need to be updated if this is changed
def ExecLog(sModuleInfo,
sDetails,
iLogLevel=1,
_local_run="",
sStatus="",
force_write=False,
variable=None):
# Do not log anything if load testing is going on and we're not forced to write logs
if load_testing and not force_write:
return
if not print_execlog: return # For bypass_bug() function dont print logs
# Read from settings file
debug_mode = ConfigModule.get_config_value("RunDefinition", "debug_mode")
# ";" is not supported for logging. So replacing them
sDetails = sDetails.replace(";", ":").replace("%22", "'")
# Terminal output color
line_color = ""
# Convert logLevel from int to string for clarity
if iLogLevel == 0:
if debug_mode.lower() == "true":
status = (
"Debug" # This is not displayed on the server log, just in the console
)
else: # Do not display this log line anywhere
return
elif iLogLevel == 1:
status = "Passed"
line_color = Fore.GREEN
elif iLogLevel == 2:
status = "Warning"
line_color = Fore.YELLOW
elif iLogLevel == 3:
status = "Error"
line_color = Fore.RED
elif iLogLevel == 4:
status = "Console"
elif iLogLevel == 5:
status = "Info"
iLogLevel = 1
line_color = Fore.CYAN
elif iLogLevel == 6:
status = "BrowserConsole"
else:
print("*** Unknown log level - Set to Info ***")
status = "Info"
iLogLevel = 5
line_color = Fore.CYAN
if not sModuleInfo:
sModuleInfo = ""
info = ""
else:
info = f"{sModuleInfo}\t\n"
# Display on console
# Change the format for console, mainly leave out the status level
if "saved variable" not in sDetails.lower():
if status == "Console":
msg = f"{info}{sDetails}" if sModuleInfo else sDetails
print(line_color + msg)
else:
print(line_color + f"{status.upper()} - {info}{sDetails}")
current_log_line = f"{status.upper()} - {sModuleInfo} - {sDetails}"
global previous_log_line
# Skip duplicate logs
if previous_log_line and previous_log_line.strip(
) == current_log_line.strip():
return
# Set current log as the next previous log
previous_log_line = current_log_line
ws.log(sModuleInfo, iLogLevel, sDetails)
if iLogLevel > 0:
if iLogLevel == 6:
FWLogFolder = ConfigModule.get_config_value(
"sectionOne", "log_folder", temp_config)
if os.path.exists(FWLogFolder) == False:
FL.CreateFolder(FWLogFolder) # Create log directory if missing
if FWLogFolder == "":
BrowserConsoleLogFile = (ConfigModule.get_config_value(
"sectionOne", "temp_run_file_path", temp_config) + os.sep +
"BrowserLog.log")
else:
BrowserConsoleLogFile = FWLogFolder + os.sep + "BrowserLog.log"
logger = logging.getLogger(__name__)
browser_log_handler = None
if os.name == "posix":
try:
browser_log_handler = logging.FileHandler(
BrowserConsoleLogFile)
except:
pass
elif os.name == "nt":
browser_log_handler = logging.FileHandler(
BrowserConsoleLogFile)
formatter = logging.Formatter(
"%(asctime)s - %(levelname)s - %(message)s")
if browser_log_handler:
browser_log_handler.setFormatter(formatter)
logger.addHandler(browser_log_handler)
logger.setLevel(logging.DEBUG)
logger.info(sModuleInfo + " - " + sDetails + "" + sStatus)
logger.removeHandler(browser_log_handler)
else:
# Except the browser logs
global all_logs, all_logs_count, all_logs_list
log_id = ConfigModule.get_config_value("sectionOne",
"sTestStepExecLogId",
temp_config)
if not log_id:
return
now = datetime.datetime.now().strftime("%Y-%m-%d %H:%M:%S")
if variable and variable["key"] not in skip_list:
sDetails = "%s\nVariable value: %s" % (sDetails,
variable["val"])
if upload_on_fail and rerun_on_fail and not rerunning_on_fail:
pass
else:
CreateJsonReport(logs=(log_id, now, iLogLevel, status,
sModuleInfo, sDetails))
all_logs[all_logs_count] = {
"logid": log_id,
"modulename": sModuleInfo,
"details": sDetails,
"status": status,
"loglevel": iLogLevel,
"tstamp": str(now),
}
if len(all_logs_list) >= 1:
# start logging to the log file instead of logging to the server
try:
# filepath = Path(ConfigModule.get_config_value('sectionOne', 'log_folder', temp_config)) / 'execution.log'
filepath = (Path(
ConfigModule.get_config_value(
"sectionOne", "temp_run_file_path", temp_config)) /
"execution.log")
with open(filepath, "a+") as f:
print("[%s] %s" % (now, current_log_line), file=f)
except FileNotFoundError:
pass
# log warnings and errors
if iLogLevel in (2, 3) or len(all_logs_list) < 1:
# log to server in case of logs less than 2k
all_logs_count += 1
if all_logs_count > 2000:
all_logs_list.append(all_logs)
all_logs_count = 0
all_logs = {}
def CreateJsonReport(logs=None, stepInfo=None, TCInfo=None, setInfo=None):
try:
if debug_status:
return
elif upload_on_fail and rerun_on_fail and not rerunning_on_fail and logs:
return
global all_logs_json, report_json_time, tc_error_logs, passed_after_rerun
start = time.perf_counter()
if logs or stepInfo or TCInfo or setInfo:
log_id = ConfigModule.get_config_value("sectionOne",
"sTestStepExecLogId",
temp_config)
if not log_id:
return
log_id_vals = log_id.split("|")
if logs:
log_id, now, iLogLevel, status, sModuleInfo, sDetails = logs
if len(log_id_vals) == 4:
# these loops can be optimized by saving the previous log_id_vals and comparing it with current one
runID, testcase_no, step_id, step_no = log_id_vals
run_id_info = all_logs_json[runid_index]
if setInfo:
run_id_info["execution_detail"] = setInfo
return
all_testcases_info = run_id_info["test_cases"]
testcase_info = all_testcases_info[tc_index]
if TCInfo:
testcase_info["execution_detail"] = TCInfo
fail_reason_str = ""
if TCInfo["status"] in ("Failed", "Blocked"):
count = -min(len(tc_error_logs), 3)
while count <= -1:
fail_reason_str += tc_error_logs[count]
if count != -1:
fail_reason_str += "\n---------------------------------------------\n"
count += 1
elif passed_after_rerun:
fail_reason_str = "** Test case Failed on first run but Passed when Rerun **"
passed_after_rerun = False
testcase_info["execution_detail"][
"failreason"] = fail_reason_str
return
if step_id == "none":
return
all_step_info = testcase_info["steps"]
step_info = all_step_info[step_index]
if stepInfo:
step_info["execution_detail"] = stepInfo
step_error_logs = []
if stepInfo["status"].lower(
) == "failed" and "log" in step_info:
count, err_count, max_count = -1, 0, -len(
step_info["log"])
# Can be optimized by taking error when occurs and append it if the step fails only
while count >= max_count and err_count < 3:
each_log = step_info["log"][count]
if each_log["status"].lower() == "error":
step_error_logs.append(each_log["details"])
err_count += 1
count -= 1
step_error_logs.reverse()
tc_error_logs += step_error_logs
return
log_info = {
"status": status,
"modulename": sModuleInfo,
"details": sDetails,
"tstamp": now,
"loglevel": iLogLevel,
"logid": log_id
}
if "log" in step_info:
step_info["log"].append(log_info)
else:
step_info["log"] = [log_info]
elif stepInfo:
pass
report_json_time += (time.perf_counter() - start)
except:
debug_code_error(sys.exc_info())
