def run(self):
_request = RequestHelpers()
dict_schedule = dict()
dict_schedule_queue = dict()
list_time = list()
queue_discovery = queue.Queue()
# run queue listining discovery ------------------------------------------------------------------------------
_ironQueue = IronQueue(queue_discovery)
_ironQueue.start()
# ------------------------------------------------------------------------------------------------------------
while not self.is_stop:
try:
self.counter = self.counter + 1
# -------------- IRONMAN RUN SCHEDULE ----------------------------------------------------------------
# get current day name
#weekday = datetime.now().strftime('%A')
#_request.url = self.requestURL.IRONMAN_URL_GET_SCHEDULE % (weekday)
_request.url = self.requestURL.IRONMAN_URL_GET_SCHEDULE
_list_schedules = _request.get().json()
if len(_list_schedules) > 0:
for x in _list_schedules:
key_mop = 'main_schedule_%d' % (x['mop_id'])
schedule_id = x['mop_id']
template_id = int(x['template_id'])
mechanism = x['run_type']
run_time = x['run_datetime'].split("-")[1].strip()
dict_schedule_queue[str(x['mop_id'])] = run_time
if dict_schedule.get(key_mop, None) is not None:
pass
else:
list_time.append(run_time)
_request.url = self.requestURL.MEGA_URL_TEMPLATE_DETAIL % (
str(template_id))
_template = _request.get().json()
dict_schedule[key_mop] = key_mop
schedule = Schedule("SCHEDULE-%d" % (schedule_id),
x, _template, dict_schedule,
False, mechanism, schedule_id,
queue_discovery,
x['output_mapping'])
schedule.start()
time.sleep(2)
stringhelpers.print_bold(
"IRONMAN SCHEDULE RUN NUMBER: " + str(self.counter), "\n")
except Exception as e:
stringhelpers.print_bold("IRONMAN SCHEDULE [ERROR]: " + str(e),
"\n")
time.sleep(30)
# stop iron queue ----------------------------------------------------------------------------------------------
_ironQueue.stop()
def run(self):
_request = RequestHelpers()
dict_template = dict()
while not self.is_stop:
try:
self.counter = self.counter + 1
stringhelpers.print_bold("Archieving info FLASK number: %d" %
self.counter)
#-------------- FLASK RUN MOP ----------------------------------------------------------------
_request.url = self.requestURL.FLASK_URL_MOP
#_list_templates = _request.get().json()
_list_mops = _request.get().json()
if len(_list_mops) > 0:
for x in _list_mops:
key_mop = 'template_%d' % (x['mop_id'])
mop_id = x['mop_id']
if dict_template.get(key_mop, None) is not None:
pass
else:
_request.url = self.requestURL.MEGA_URL_TEMPLATE_DETAIL % (
x['template_id'])
_template = _request.get().json()
#-------------------- run device from mop -------------------------------------------
array_device_mop = x['devices']
run_devices = {}
for item in array_device_mop:
run_devices[str(item)] = "MOP"
_template['run_devices'] = run_devices
#------------------------------------------------------------------------------------
try:
_template['run_args'] = x['run_args']
_template['rollback_args'] = x['rollback_args']
except:
pass
dict_template[key_mop] = key_mop
flask_template = FlaskTemplate(
"FLASK-Thread-Template-%s" %
(x['template_id']), _template, dict_template,
mop_id)
flask_template.start()
# ---------------------------------------------------------------------------------------------------------
time.sleep(30)
except Exception as e:
stringhelpers.err("FLASK MAIN THREAD ERROR %s" % (e))
except ConnectionError as errConn:
stringhelpers.err("FLASK CONNECT API ERROR %s" % (errConn))
def run(self):
_request = RequestHelpers()
dict_template = dict()
while not self.is_stop:
try:
self.counter = self.counter + 1
stringhelpers.print_bold("Archieving info FLASK number: %d" %
self.counter)
#-------------- FLASK RUN MOP ----------------------------------------------------------------
_request.url = self.requestURL.FLASK_URL_MOP
#_list_templates = _request.get().json()
_list_mops = _request.get().json()
if len(_list_mops) > 0:
for x in _list_mops:
mop_id = int(x['mop_id'])
key_mop = 'flask_mop_%d' % (mop_id)
if dict_template.get(key_mop, None) is not None:
pass
else:
sub_mops = x['sub_mops']
dict_template[key_mop] = key_mop
status = 'running'
self.update_mop_status(status, mop_id)
start_time = time()
#for item_mop in sub_mops:
flask_sub_mop = FlaskSubMop(
"FLASK-Thread-MOP-%d" % (mop_id), sub_mops,
mop_id)
flask_sub_mop.start()
status = flask_sub_mop.join()
self.update_mop_status(status, mop_id, start_time,
time())
del dict_template[key_mop]
# ---------------------------------------------------------------------------------------------------------
sleep(30)
except Exception as e:
stringhelpers.err("FLASK MAIN THREAD ERROR %s" % (e))
except ConnectionError as errConn:
stringhelpers.err("FLASK CONNECT API ERROR %s" % (errConn))
def run(self):
_request = RequestHelpers()
dict_command = dict()
dict_action = dict()
dict_template = dict()
dict_template_discovery = dict()
while not self.is_stop:
try:
self.counter = self.counter + 1
stringhelpers.print_bold("Archieving info MEGA number: %d" %
self.counter)
#--------------- MEGA RUN COMMAND TEST -----------------------------------------------------------------
_request.url = self.requestURL.MEGA_URL_LIST_COMMAND_UNTESTED
_list_commands = _request.get().json()
if len(_list_commands) > 0:
for x in _list_commands:
key_command = 'command_%d' % (x['command_id'])
if dict_command.get(key_command, None) is not None:
pass
else:
dict_command[key_command] = key_command
mega_command = MegaCommand(
"Thread-Command-%d" % (x['command_id']), x,
dict_command)
mega_command.start()
time.sleep(10)
#-------------------------------------------------------------------------------------------------------
#-------------- MEGA RUN ACTION TEST -------------------------------------------------------------------
_request.url = self.requestURL.MEGA_URL_LIST_ACTION_UNTESTED
_list_actions = _request.get().json()
if len(_list_actions) > 0:
for x in _list_actions:
key_action = 'action_%d' % (x['action_id'])
if dict_action.get(key_action, None) is not None:
pass
else:
dict_action[key_action] = key_action
mega_action = MegaAction(
"Thread-Action-%d" % (x['action_id']), x,
dict_action)
mega_action.start()
time.sleep(10)
#-------------------------------------------------------------------------------------------------------
#-------------- MEGA RUN TEMPLATE TEST ----------------------------------------------------------------
_request.url = self.requestURL.MEGA_URL_LIST_TEMPLATE_UNTESTED
_list_templates = _request.get().json()
#_list_templates = [_request.get().json()]
if len(_list_templates) > 0:
for x in _list_templates:
key_template = 'template_%d' % (x['template_id'])
if dict_template.get(key_template, None) is not None:
pass
else:
dict_template[key_template] = key_template
mega_template = MegaTemplate(
"Thread-Template-%d" % (x['template_id']), x,
dict_template)
mega_template.start()
pass
# ---------------------------------------------------------------------------------------------------------
time.sleep(10)
#-------------- MEGA RUN TEMPLATE TEST ----------------------------------------------------------------
'''_request.url = self.requestURL.MEGA_URL_TEMPLATE_DISCOVERY
#_list_templates = _request.get().json()
_list_templates_descovery = [_request.get().json()]
if len(_list_templates_descovery) > 0:
for x in _list_templates_descovery:
key_template = 'template_discovery_%d' % (x['template_id'])
#if dict_template_discovery.get(key_template, None) is not None:
# pass
#else:
dict_template_discovery[key_template] = key_template
mega_template_discovery = MegaDiscovery("Thread-Discovery-Template-%d" % (x['template_id']), x, dict_template_discovery)
mega_template_discovery.start()
pass'''
# ---------------------------------------------------------------------------------------------------------
#time.sleep(90)
except Exception as e:
stringhelpers.err("MEGA MAIN THREAD ERROR %s" % (e))
except ConnectionError as errConn:
stringhelpers.err("MEGA CONNECT API ERROR %s" % (errConn))
def run(self):
_request = RequestHelpers()
_request.url = self.requestURL.URL_GET_DEVICE_DETAIL % (
self.data_command["test_device"])
try:
device = _request.get().json()
try:
if device['status_code'] == 500: #device not exist
stringhelpers.err(
"DEVICE ID %s NOT EXIST | THREAD %s" %
(self.data_command["test_device"], self.name))
except: #process fang test device by command
host = device['ip_mgmt']
port = int(device['port_mgmt'])
username = device['username']
password = device['password']
device_type = device['os']
method = device['method'] #ssh, telnet
parameters = {
'device_type': device_type,
'host': host,
'protocol': method,
'username': username,
'password': password,
'port': port
}
'''process command contains params'''
command = None
test_args = self.data_command['test_args']
if len(test_args) > 0:
command = self.data_command['command']
for x in self.data_command['test_args']:
command = command.replace('@{%s}' % (x['name']),
x['value'])
else:
command = self.data_command['command']
'''####################################'''
commands = [command]
fac = FactoryConnector(**parameters)
print("FANG DEVICE: host=%s, port=%s, devicetype=%s \n\n" %
(host, device['port_mgmt'], device_type))
fang = fac.execute(commands)
result_fang = fang.get_output()
fang.remove_file_log(fac.file_log_command) #remove file.log
_request.url = self.requestURL.MEGA_URL_COMMANDLOG_GETBY_COMMANDID % (
self.data_command['command_id'])
command_log = _request.get().json()
if len(command_log) > 0:
cmd_log = {
'command_id': self.data_command['command_id'],
'device_id': self.data_command["test_device"],
'console_log': result_fang,
'result': dict(),
'command': command
}
# processing parsing command follow output ###########################################
command_type = self.data_command['type']
cmd_log = self.parsing(command_type, cmd_log)
######################################################################################
try:
_request.url = self.requestURL.MEGA_URL_COMMANDLOG_UPDATE % (
command_log[0]['log_id'])
_request.params = cmd_log
_request.put()
stringhelpers.info(
"MEGA THREAD INFO: %s | THREAD %s" %
("UPDATE COMMAND LOG SUCCESS", self.name))
#---------------update mega_status to command------------------------------------------------
_request.url = self.requestURL.MEGA_URL_COMMAND_UPDATE % (
self.data_command['command_id'])
_request.params = {'mega_status': 'tested'}
_request.put()
key_command = 'command_%d' % (
self.data_command['command_id'])
del self.dict_command[key_command]
#--------------------------------------------------------------------------------------------
except ConnectionError as _conErr:
stringhelpers.info(
"MEGA THREAD ERROR: %s | THREAD %s" %
(_conErr, self.name))
else:
cmd_log = {
'command_id': self.data_command['command_id'],
'device_id': self.data_command["test_device"],
'console_log': result_fang,
'result': dict(),
'command': command
}
# processing parsing command follow output ###########################################
command_type = self.data_command['type']
cmd_log = self.parsing(command_type, cmd_log)
######################################################################################
try:
_request.url = self.requestURL.MEGA_URL_COMMANDLOG_CREATE
_request.params = cmd_log
_request.post()
stringhelpers.info(
"MEGA THREAD INFO: %s | THREAD %s" %
("INSERT COMMAND LOG SUCCESS", self.name))
# ---------------update mega_status to command------------------------------------------------
_request.url = self.requestURL.MEGA_URL_COMMAND_UPDATE % (
self.data_command['command_id'])
_request.params = {'mega_status': 'tested'}
_request.put()
key_command = 'command_%d' % (
self.data_command['command_id'])
del self.dict_command[key_command]
# --------------------------------------------------------------------------------------------
except ConnectionError as _conErr:
stringhelpers.info(
"MEGA THREAD ERROR: %s | THREAD %s" %
(_conErr, self.name))
except Exception as e:
stringhelpers.err("MEGA THREAD ERROR %s | THREAD %s" %
(e, self.name))
except ConnectionError as errConn:
stringhelpers.err("MEGA CONNECT API URL ERROR %s | THREAD %s" %
(_request.url, self.name))
from api.request_helpers import RequestHelpers
from api.request_url import RequestURL
if __name__ == '__main__':
reqHelpers = RequestHelpers()
reqHelpers.url = 'http://27.78.16.56:8020/v1/template_logs.json'
res = reqHelpers.get_test()
def run(self):
_request = RequestHelpers()
dict_schedule = dict()
dict_schedule_queue = dict()
list_time = list()
queue_discovery = queue.Queue()
# run queue listining discovery ------------------------------------------------------------------------------
_ironQueue = IronQueue(queue_discovery, self.socketio,
self.socketio_iron)
_ironQueue.start()
# ------------------------------------------------------------------------------------------------------------
while not self.is_stop:
try:
self.counter = self.counter + 1
arr_schedule_manage = []
# -------------- IRONMAN RUN SCHEDULE ----------------------------------------------------------------
#stringhelpers.print_bold("IRONMAN SCHEDULE RUN NUMBER: " + str(self.counter), "\n")
# get current day name
#weekday = datetime.now().strftime('%A')
#_request.url = self.requestURL.IRONMAN_URL_GET_SCHEDULE % (weekday)
_request.url = self.requestURL.IRONMAN_URL_GET_MOP_RUN_IRON
_list_schedules = _request.get().json()
if len(_list_schedules) > 0:
for x in _list_schedules:
key_mop = 'main_schedule_%d' % (int(x['mop_id']))
mop_id = int(x['mop_id'])
mechanism = x['run_type']
run_time = x['run_datetime'].split("-")[1].strip()
dict_schedule_queue[str(x['mop_id'])] = run_time
if dict_schedule.get(key_mop, None) is not None:
pass
else:
stringhelpers.info(
"IRONMAN RUNNING MOP: " + str(x['mop_id']),
"\n")
list_time.append(run_time)
_sub_mops = x.get('sub_mops', None)
dict_schedule[key_mop] = key_mop
schedule = Schedule(
"SCHEDULE-%d" % (mop_id), x, _sub_mops,
dict_schedule, False, mechanism, mop_id,
queue_discovery, x['output_mapping'],
self.socketio, self.socketio_iron)
#arr_schedule_manage.append(schedule)
#-----------------------process call api sockbot mop---------------------------------------
params_mops = dict()
params_mops['name'] = x['name']
params_mops['app_secret_id'] = os.environ.get(
'SOCKBOT_APPCLIENT_SECRET')
params_mops['mop_id'] = x['mop_id']
params_mops['status'] = 'RUNNING'
params_mops['belong'] = 'IRONMAN'
params_mops['command'] = 'STARTED'
submops = []
for x_sub in _sub_mops:
arr_devices = []
for k, v in x_sub['devices'].items():
arr_devices.append({
'mop_id':
x['mop_id'],
'device_id':
v['device_id'],
'vendor':
'%s|%s' % (v['vendor'], v['os']),
'port':
v['port']
})
submops.append({
'subNo': x_sub['subNo'],
'name': x_sub['name'],
'devices': arr_devices,
'num_devices': len(arr_devices),
'mop_id': x['mop_id']
})
params_mops['submops'] = submops
self._sockbotAPIHelpers.url = self._sockbotAPIURL.SOCKBOT_API_CREATE_MOP
self._sockbotAPIHelpers.params = params_mops
self._sockbotAPIHelpers.post_json()
schedule.start()
#------------------------------------------------------------------------------------------
if len(arr_schedule_manage) > 0:
#for schedule in arr_schedule_manage:
# schedule.start()
arr_schedule_manage.clear()
except Exception as e:
stringhelpers.print_bold("IRONMAN SCHEDULE [ERROR]: " + str(e),
"\n")
time.sleep(60)
# stop iron queue ----------------------------------------------------------------------------------------------
_ironQueue.stop()
