def _output_callback(self, output):
""" Handle output of command
Remove bash colors and trigger live log event
"""
output = output.decode("utf8").encode("utf8")
output = re.sub(r"\x1b\[(\d;)?\d?\dm", "".encode("utf8"), output)
self.ecs.output += output
ExecutionLiveLog.add(self.execution_id, 'command_output', command_server_id=self.ecs.id, output=output)
def finalize(self, execution, execution_id):
""" Trigger event, and save live log
"""
department_id = execution.environment.application.department.id
EventDispatcher.trigger(ExecutionFinish(department_id, execution=execution))
ExecutionLiveLog.add(execution_id, 'execution_completed',
status=execution.status,
time_end=execution.time_end,
time=execution.time)
def setup(self, execution_command_server_id):
self.ecs = ExecutionCommandServer.objects.get(pk=execution_command_server_id)
if self.ecs.execution_command.execution.status == Execution.ABORTED:
return
self.ecs.celery_task_id = self.request.id
self.ecs.save_start()
execution = self.ecs.execution_command.execution
self.environment_id = execution.environment.id
self.execution_id = execution.id
ExecutionLiveLog.add(self.execution_id, 'command_started', command_server_id=self.ecs.id)
def finalize(self, execution, execution_id):
""" Trigger event, and save live log
"""
department_id = execution.environment.application.department.id
EventDispatcher.trigger(
ExecutionFinish(department_id, execution=execution))
ExecutionLiveLog.add(execution_id,
'execution_completed',
status=execution.status,
time_end=execution.time_end,
time=execution.time)
def _output_callback(self, output):
""" Handle output of command
Remove bash colors and trigger live log event
"""
output = output.decode("utf8").encode("utf8")
output = re.sub(r"\x1b\[(\d;)?\d?\dm", "".encode("utf8"), output)
self.ecs.output += output
ExecutionLiveLog.add(self.execution_id,
'command_output',
command_server_id=self.ecs.id,
output=output)
def setup(self, execution_command_server_id):
self.ecs = ExecutionCommandServer.objects.get(
pk=execution_command_server_id)
if self.ecs.execution_command.execution.status == Execution.ABORTED:
return
self.ecs.celery_task_id = self.request.id
self.ecs.save_start()
execution = self.ecs.execution_command.execution
self.environment_id = execution.environment.id
self.execution_id = execution.id
ExecutionLiveLog.add(self.execution_id,
'command_started',
command_server_id=self.ecs.id)
def finalize(self):
""" Set command status and trigger live log event
"""
if self.ecs.return_code == 0:
self.ecs.status = Execution.SUCCESS
else:
self.ecs.status = Execution.FAILED
self.ecs.save_end()
ExecutionLiveLog.add(self.execution_id, 'command_completed',
command_server_id=self.ecs.id,
return_code=self.ecs.return_code,
status=self.ecs.status,
time=self.ecs.time)
def finalize(self):
if self.ecs.return_code == 0:
self.ecs.status = Execution.SUCCESS
else:
self.ecs.status = Execution.FAILED
self.ecs.save_end()
ExecutionLiveLog.add(self.execution_id, 'command_completed',
command_server_id=self.ecs.id,
return_code=self.ecs.return_code,
status=self.ecs.status,
time=self.ecs.time)
if self.ecs.status == Execution.FAILED:
raise Exception('command exit code != 0')
def finalize(self):
""" Set command status and trigger live log event
"""
if self.ecs.return_code == 0:
self.ecs.status = Execution.SUCCESS
else:
self.ecs.status = Execution.FAILED
self.ecs.save_end()
ExecutionLiveLog.add(self.execution_id,
'command_completed',
command_server_id=self.ecs.id,
return_code=self.ecs.return_code,
status=self.ecs.status,
time=self.ecs.time)
def finalize(self):
if self.ecs.return_code == 0:
self.ecs.status = Execution.SUCCESS
else:
self.ecs.status = Execution.FAILED
self.ecs.save_end()
ExecutionLiveLog.add(self.execution_id,
'command_completed',
command_server_id=self.ecs.id,
return_code=self.ecs.return_code,
status=self.ecs.status,
time=self.ecs.time)
if self.ecs.status == Execution.FAILED:
raise Exception('command exit code != 0')
def run(self, execution_id):
execution = self._get_execution(execution_id)
if execution.status == Execution.ABORTED:
return
execution.celery_task_id = self.request.id
execution.save_start()
ExecutionLiveLog.add(execution_id, 'execution_started', status=execution.status, time_start=execution.time_start)
chord_chain = []
for command in execution.commands.all():
tasks = [CommandTask().si(execution_command_server_id=server.id) for server in command.servers.all()]
if len(tasks):
chord_chain.append(chord(tasks, _dummy_callback.s()))
chord_chain.append(ExecutionTaskFinish().si(execution_id))
chain(chord_chain)()
def run(self, execution_id):
execution = self._get_execution(execution_id)
if execution.status == Execution.ABORTED:
return
failed = False
for command in execution.commands.all():
for server in command.servers.all():
if server.status in [None, server.FAILED]:
failed = True
if failed:
execution.status = execution.FAILED
else:
execution.status = execution.SUCCESS
execution.save_end()
ExecutionLiveLog.add(execution_id, 'execution_completed',
status=execution.status,
time_end=execution.time_end,
time=execution.time)
def run(self, execution_id):
execution = self._get_execution(execution_id)
if execution.status == Execution.ABORTED:
return
failed = False
for command in execution.commands.all():
for server in command.servers.all():
if server.status in [None, server.FAILED]:
failed = True
if failed:
execution.status = execution.FAILED
else:
execution.status = execution.SUCCESS
execution.save_end()
ExecutionLiveLog.add(execution_id,
'execution_completed',
status=execution.status,
time_end=execution.time_end,
time=execution.time)
def run(self, execution_id):
execution = self._get_execution(execution_id)
if execution.status != Execution.ABORTED:
failed = False
for command in execution.commands.all():
for server in command.servers.all():
if server.status in [None, server.FAILED]:
failed = True
if failed:
execution.status = execution.FAILED
else:
execution.status = execution.SUCCESS
execution.save_end()
department_id = execution.environment.application.department.id
EventDispatcher.trigger(ExecutionFinish(department_id, execution=execution))
ExecutionLiveLog.add(execution_id, 'execution_completed',
status=execution.status,
time_end=execution.time_end,
time=execution.time)
def run(self, execution_id):
execution = self._get_execution(execution_id)
if execution.status == Execution.ABORTED:
return
execution.celery_task_id = self.request.id
execution.save_start()
ExecutionLiveLog.add(execution_id,
'execution_started',
status=execution.status,
time_start=execution.time_start)
chord_chain = []
for command in execution.commands.all():
tasks = [
CommandTask().si(execution_command_server_id=server.id)
for server in command.servers.all()
]
if len(tasks):
chord_chain.append(chord(tasks, _dummy_callback.s()))
chord_chain.append(ExecutionTaskFinish().si(execution_id))
chain(chord_chain)()
def _output_callback(self, output):
output = output.decode("utf8").encode("utf8")
output = re.sub(r"\x1b\[(\d;)?\d?\dm", "".encode("utf8"), output)
self.ecs.output += output
ExecutionLiveLog.add(self.execution_id, 'command_output', command_server_id=self.ecs.id, output=output)
def _output_callback(self, output):
self.ecs.output += output
ExecutionLiveLog.add(self.execution_id, 'command_output', command_server_id=self.ecs.id, output=output)
def _output_callback(self, output):
self.ecs.output += output
ExecutionLiveLog.add(self.execution_id,
'command_output',
command_server_id=self.ecs.id,
output=output)