def handle_send_connect(data):
app.logger.info('Send connect: {}'.format(data))
computer_id = data['id']
computer_name = data['name']
computer_location = data['location']
computer_instance = data['instance']
computer = Computer.query.filter(
Computer.computer_id == computer_id).first()
if computer is None:
computer = Computer(computer_id=computer_id,
computer_name=computer_name,
computer_location=computer_location,
computer_instance=computer_instance)
if Computer.add(computer):
socketIo.emit('receive_register', computer_info_w(computer))
computer.computer_power_status = 1
computer.computer_cmd = 1
if Computer.update(computer):
# emit to user room dashboard
socketIo.emit('receive_update',
computer_info_w(computer),
room='{}_{}'.format(computer.computer_instance,
computer_location))
# emit to socket client
socketIo.emit('receive_connect', computer_info_w(computer))
def handle_send_do_shutdown(data):
app.logger.info('Do shutdown: {}'.format(data))
computer_id = data['data']['id']
# computer_power_status = data['data']['power_status']
computer = Computer.query.filter(
Computer.computer_id == computer_id).first()
if computer is None:
return no_such_computer_w()
computer.computer_power_status = 0
computer.computer_cmd = 0
if Computer.update(computer):
# emit to user room dashboard
socketIo.emit('receive_update',
computer_info_w(computer),
room='{}_{}'.format(computer.computer_instance,
computer.computer_location))
def update_computer_data():
# inactive in seconds
inactive = 60
computers = Computer.query.filter(
(Computer.computer_power_status == 1)
& (timestamp_jakarta() -
Computer.computer_ping_timestamp > inactive)).all()
for computer in computers:
computer.computer_power_status = 0
if Computer.update(computer):
# emit to dashboard
socketIo.emit('receive_update',
computer_info_w(computer),
room='{}_{}'.format(computer.computer_instance,
computer.computer_location))
return {'status': 'OK', 'data_updated': len(computers)}
def handle_send_shutdown_all(data):
app.logger.info('Shutdown all: {}'.format(data))
location = data.get('location')
computers = Computer.query.filter(
(Computer.computer_instance == current_user.instance)
& (Computer.computer_location == location)).all()
for computer in computers:
computer.computer_cmd = 0
# update computer cmd date
computer.on_action()
if Computer.update(computer):
socketIo.emit('receive_do_shutdown', computer_info_w(computer))
data = {'status': 'OK', 'location': location}
# emit to user room dashboard
socketIo.emit('receive_shutdown_all',
data,
room='{}_{}'.format(current_user.instance, location))
def handle_send_shutdown(data):
app.logger.info('Send shutdown: {}'.format(data))
# update computer cmd to shutdown
computer_id = data.get('computer_id')
computer = Computer.query.filter(
Computer.computer_id == computer_id).first()
computer.computer_cmd = 0
# update computer cmd date
computer.on_action()
if Computer.update(computer):
# emit to user room dashboard
socketIo.emit('receive_shutdown',
computer_info_w(computer),
room='{}_{}'.format(computer.computer_instance,
computer.computer_location))
# emit to socket client
socketIo.emit('receive_do_shutdown', computer_info_w(computer))
def computer_info(id_computer):
computer = Computer.query.filter(
Computer.computer_id == id_computer).first()
if computer is None:
return no_such_computer_w()
if request.method == 'POST':
jb = request.get_json()
power_status = jb.get('power_status')
cmd = jb.get('cmd')
if cmd is None and power_status is None:
return invalid_input_w()
if power_status is not None:
computer.computer_power_status = int(power_status)
if cmd is not None:
computer.computer_cmd = int(cmd)
# update computer cmd date
computer.on_action()
if Computer.update(computer):
# emit to dashboard
socketIo.emit('receive_update',
computer_info_w(computer),
room='{}_{}'.format(computer.computer_instance,
computer.computer_location))
return {
'status': 'OK',
'msg':
'Computer state updated: {}'.format(computer.computer_id)
}
else:
return {
'status': 'ERROR',
'msg': 'Failed to update computer state'
}
# update cmd timestamp from http client
computer.on_ping()
return computer_info_w(computer)