class SensorApp(object):
#def __init__(self, ip='192.168.43.48', port=2019):
def __init__(self, ip='192.168.1.80', port=2024):
self.ip = ip
self.port = port
self._run = True
self.io_controller = IOController()
self.start()
def start(self):
self._sensor_client_thread = threading.Thread(
target=self._sensor_client_worker)
self._sensor_client_thread.start()
def stop(self):
self._run = False
def _sensor_client_worker(self):
## XXX Mock sensor values
#import numpy as np
#while self._run:
# updates = {'acc_x': int(np.random.random() * 1024),
# 'acc_y': int(np.random.random() * 1024),
# 'acc_z': int(np.random.random() * 1024),
# 'switch': np.random.random() * 360,
# 'distance': np.random.random() * 90,
# 'potentiometer': np.random.random()}
# self.io_controller.set(**updates)
# import time
# time.sleep(.1)
context = zmq.Context()
# Socket to talk to server
socket = context.socket(zmq.REQ)
socket.connect("tcp://{}:{}".format(self.ip, self.port))
while self._run:
send = {}
if self.io_controller.added_links:
add = self.io_controller.added_links
self.io_controller.added_links = []
send['add_link'] = add
if self.io_controller.removed_links:
remove = self.io_controller.removed_links
self.io_controller.removed_links = []
send['remove_link'] = remove
if self.io_controller.outputs:
outputs = self.io_controller.outputs
self.io_controller.outputs = {}
send['out'] = outputs
socket.send(json.dumps(send))
message = socket.recv()
self.io_controller.set(**json.loads(message))
socket.close()
class SensorApp(object):
#def __init__(self, ip='192.168.43.48', port=2019):
def __init__(self, ip='192.168.1.80', port=2024):
self.ip = ip
self.port = port
self._run = True
self.io_controller = IOController()
self.start()
def start(self):
self._sensor_client_thread = threading.Thread(
target=self._sensor_client_worker)
self._sensor_client_thread.start()
def stop(self):
self._run = False
def _sensor_client_worker(self):
## XXX Mock sensor values
#import numpy as np
#while self._run:
# updates = {'acc_x': int(np.random.random() * 1024),
# 'acc_y': int(np.random.random() * 1024),
# 'acc_z': int(np.random.random() * 1024),
# 'switch': np.random.random() * 360,
# 'distance': np.random.random() * 90,
# 'potentiometer': np.random.random()}
# self.io_controller.set(**updates)
# import time
# time.sleep(.1)
context = zmq.Context()
# Socket to talk to server
socket = context.socket(zmq.REQ)
socket.connect("tcp://{}:{}".format(self.ip, self.port))
while self._run:
send = {}
if self.io_controller.added_links:
add = self.io_controller.added_links
self.io_controller.added_links = []
send['add_link'] = add
if self.io_controller.removed_links:
remove = self.io_controller.removed_links
self.io_controller.removed_links = []
send['remove_link'] = remove
if self.io_controller.outputs:
outputs = self.io_controller.outputs
self.io_controller.outputs = {}
send['out'] = outputs
socket.send(json.dumps(send))
message = socket.recv()
self.io_controller.set(**json.loads(message))
socket.close()
def __init__(self, ip='192.168.43.186', port=2024):
self.ip = ip
self.port = port
self._run = True
self.mock_server = False
self.io_controller = IOController()
self.start()
def __init__(self, ip='192.168.1.80', port=2024):
self.ip = ip
self.port = port
self._run = True
self.io_controller = IOController()
self.start()
def main():
"""Main function for the project.
"""
# Call CreateConfig class
cc = CreateConfig()
# Read config.ini file
config = cc.read()
cd_port = config["Card_Reader"]["Port"]
cd_id = config["Card_Reader"]["ID"]
io_port = config["Controller"]["Port"]
io_id = config["Controller"]["ID"]
# Create card reader one
card_reader = ACT230(cd_port, cd_id)
# Call class Tokens and get_tokens method
tokens = Tokens()
# Create controller
controller = IOController(io_port, io_id)
# Call AccessControl class
ac = AccessControl(card_reader, tokens, controller)
#call update method in a while cycle to check for token input non-stop
while (1):
ac.update()
def __init__(self, ip="192.168.43.186", port=2024):
self.ip = ip
self.port = port
self._run = True
self.mock_server = False
self.io_controller = IOController()
self.start()
def __init__(self, ip='192.168.43.48', port=2015):
self.ip = ip
self.port = port
self._run = True
self.io_controller = IOController()
self.start()
class SensorApp(object):
def __init__(self, ip='192.168.43.186', port=2024):
self.ip = ip
self.port = port
self._run = True
self.mock_server = False
self.io_controller = IOController()
self.start()
def start(self):
self._run = True
self._sensor_client_thread = threading.Thread(
target=self._sensor_client_worker)
self._sensor_client_thread.start()
def stop(self):
self._run = False
def _sensor_client_worker(self):
if self.mock_server:
while self._run:
updates = {'acc_x': int(np.random.random() * 1024),
'acc_y': int(np.random.random() * 1024),
'acc_z': int(np.random.random() * 1024)}
self.io_controller.set(**updates)
self.io_controller.push_to_plot_data()
time.sleep(.1)
else:
context = zmq.Context()
socket = context.socket(zmq.REQ)
socket.connect("tcp://{}:{}".format(self.ip, self.port))
print 'connected to:', self.ip, self.port
while self._run:
send = 'r'
socket.send(json.dumps(send))
message = socket.recv()
print 'received:', message
self.io_controller.set(**json.loads(message))
self.io_controller.push_to_plot_data()
socket.close()
class SensorApp(object):
def __init__(self, ip="192.168.43.186", port=2024):
self.ip = ip
self.port = port
self._run = True
self.mock_server = False
self.io_controller = IOController()
self.start()
def start(self):
self._run = True
self._sensor_client_thread = threading.Thread(target=self._sensor_client_worker)
self._sensor_client_thread.start()
def stop(self):
self._run = False
def _sensor_client_worker(self):
if self.mock_server:
while self._run:
updates = {
"acc_x": int(np.random.random() * 1024),
"acc_y": int(np.random.random() * 1024),
"acc_z": int(np.random.random() * 1024),
}
self.io_controller.set(**updates)
self.io_controller.push_to_plot_data()
time.sleep(0.1)
else:
context = zmq.Context()
socket = context.socket(zmq.REQ)
socket.connect("tcp://{}:{}".format(self.ip, self.port))
print "connected to:", self.ip, self.port
while self._run:
send = "r"
socket.send(json.dumps(send))
message = socket.recv()
print "received:", message
self.io_controller.set(**json.loads(message))
self.io_controller.push_to_plot_data()
socket.close()
def main():
gc.enable()
# Get the config from json config file
with open("config.json") as fd:
config = ujson.loads(fd.read())
# Disable wifi access point
wifi.access_point(disable=True)
# Connect to WIFI and wait for IP
wifi.connect(config["wifi"]["ssid"], config["wifi"]["password"], True,
True)
gc.collect()
# Use the NTP to prime the local offset
ntp = SimpleNTP()
ntp.request_time()
print("Time synced from NTP, local: %d, offset: %d" %
(ntp.get_local_time(), ntp.get_offset()))
# Make a MQTT connection
mqtt = MQTTClient(config["mqtt"].get("name"), config["mqtt"]["prefix"],
config["mqtt"]["server"], config["mqtt"].get("port", 0))
# Start an IO controller module (if enabled in config)
io_conf = config.get("io")
if io_conf:
io_controller = IOController(mqtt, io_conf)
# Start publishing MQTT-messages
coordinator = PublisherCoordinator(mqtt, config["publisher"])
# Update the time from NTP every 6th iteration
coordinator.add_callback(ntp.request_time, divider=30)
# Check for incoming mqtt messages for the IOContoroller every iteration
if io_conf:
coordinator.add_callback(io_controller.iterate, divider=1)
# The run-call blocks untill an exception is thrown (e.g. ctrl+C)
print("Free / Available: %d / %d" %
(gc.mem_free(), gc.mem_free() + gc.mem_alloc()))
coordinator.run()
def main():
"""Main function for the project.
"""
# Create card reader one
card_reader = ACT230("COM3")
# Call class Tokens and get_database method
tokens = Tokens()
tbase = tokens.get_database()
# Create controller
controller = IOController()
# Call AccessControl class
ac = AccessControl(card_reader, tbase, controller)
#call update method in a while cycle to check for token input non-stop
while (1):
ac.update()
def __init__(self, map, max_players):
""" We initialize an action map that we use to automatically call the methods based on the attacks """
self.actions = {'playerName': self._player_name,
'fireBroadside': self._fire_broadside,
'changeSpeed': self._change_speed,
'changeHeading': self._change_heading,
'gameSurrender': self._game_surrender,
'repair': self._repair}
self.update_timeout = 0.3 # in seconds
self.active_players = []
self.inactive_players = []
try:
self.all_ships = Ship.query.all()
except sqlalchemy.orm.exc.NoResultFound:
# Create a single default ship
self.all_ships = [Ship(hit_points=100, max_hit_points=100, max_speed=200, num_cannons=10,
ship_type=ShipType.CORVETTE, name=u"HMS Surprise",
max_theta=180, max_ratio=2, turn_radius_factor=1,
sails=0.0)]
try:
self.map = Map.query.filter_by(name=unicode(map)).one()
except sqlalchemy.orm.exc.NoResultFound:
self.map = Map(name=u"DEFAULT", x=2000, y=2000, wind_speed=25, wind_dir=0,
rain=0.0, fog=400, waves=0.0)
self.io_controller = IOController()
self.attack_controller = AttackController()
self.movement_controller = MovementController(self.map)
self.max_players = max_players
self.response = None
self.thread_started = False
self.ready_players = 0
self.gameFinished = False
class Game(object):
""" The Game class is responsible for delegating tasks to the appropriate controllers as well as storing Player information """
def __init__(self, map, max_players):
""" We initialize an action map that we use to automatically call the methods based on the attacks """
self.actions = {'playerName': self._player_name,
'fireBroadside': self._fire_broadside,
'changeSpeed': self._change_speed,
'changeHeading': self._change_heading,
'gameSurrender': self._game_surrender,
'repair': self._repair}
self.update_timeout = 0.3 # in seconds
self.active_players = []
self.inactive_players = []
try:
self.all_ships = Ship.query.all()
except sqlalchemy.orm.exc.NoResultFound:
# Create a single default ship
self.all_ships = [Ship(hit_points=100, max_hit_points=100, max_speed=200, num_cannons=10,
ship_type=ShipType.CORVETTE, name=u"HMS Surprise",
max_theta=180, max_ratio=2, turn_radius_factor=1,
sails=0.0)]
try:
self.map = Map.query.filter_by(name=unicode(map)).one()
except sqlalchemy.orm.exc.NoResultFound:
self.map = Map(name=u"DEFAULT", x=2000, y=2000, wind_speed=25, wind_dir=0,
rain=0.0, fog=400, waves=0.0)
self.io_controller = IOController()
self.attack_controller = AttackController()
self.movement_controller = MovementController(self.map)
self.max_players = max_players
self.response = None
self.thread_started = False
self.ready_players = 0
self.gameFinished = False
def send_message(self, client, message):
""" This method takes a client (who sent the message) and the message they sent """
client.broadcast("FOOBAR!")
try:
parsed = self.io_controller.parse_message(message)
except IndexError:
return
command = parsed['command']
args = parsed['args']
try:
calling_player = [p for p in self.active_players if p.id == client.id][0]
except IndexError:
client.broadcast("Player '%d' not found" % client.id)
try:
self.actions[command](calling_player, args)
except KeyError:
client.broadcast("Command '%s' not found. '%s' in actions = %s" % (command, command,
command in self.actions))
def run(self):
""" This method starts a Thread, which updates the positions on all players """
log.msg("Starting thread!")
threading.Thread(target=self._update).start()
def stop_turning_player(self, *args):
args[0].is_turning = False
def stop_repairing(self, *args):
args[0].is_repairing = False
def _update(self):
""" This method is being run in a Thread. It is responsible for checking the clients list and updating all player positions in that list """
log.msg("Starting update loop")
sent_finished_game = False
while True:
# get the position of all active players
for p in self.active_players:
if p.requested_heading == 0:
try:
self.movement_controller.update_position(p, p.heading, self.update_timeout, self.active_players)
except:
pass
else:
time_took = self.movement_controller.update_turning(p, p.requested_heading)
threading.Timer(time_took, self.stop_turning_player, (p,)).start()
if p.is_turning or p.is_repairing:
continue
if p.player_state == PlayerStatus.SUNK:
self.player_sunk(p)
status_msg = self.io_controller.build_message({'command':'shipStatus','args': [p.id, p.ship.hit_points / p.ship.max_hit_points, p.player_state]})
state_msg = self.io_controller.build_message({'command': 'shipState',
'args': [p.id, int(p.position[0]), int(p.position[1]), int(p.heading)]})
# send this message to all players (active and inactive)
for p in self.active_players + self.inactive_players:
if self.victor() and not sent_finished_game:
victor_message = self.io_controller.build_message({'command': 'gameFinished',
'args': [self.active_players[0].id]})
reactor.callFromThread(p.client.broadcast, victor_message)
if p.player_state == PlayerStatus.SUNK:
reactor.callFromThread(p.client.broadcast, status_msg)
reactor.callFromThread(p.client.broadcast, state_msg)
if self.victor():
sent_finished_game = True
if not self.active_players:
sent_finished_game = False
time.sleep(self.update_timeout)
def _send_init(self, player):
""" Sends all the playerShip and otherShip messages to all players """
other_players = [p for p in self.active_players if player.id != p.id]
for p in other_players:
other_ship_msg = self.io_controller.build_message({'command': 'otherShip',
'args': [p.id, p.ship.max_theta, p.ship.turn_radius_factor,
p.ship.max_ratio, p.name]})
player.client.broadcast(other_ship_msg)
for p in other_players:
other_ship_msg = self.io_controller.build_message({'command': 'otherShip',
'args': [player.id, p.ship.max_theta, p.ship.turn_radius_factor,
p.ship.max_ratio, player.name]})
p.client.broadcast(other_ship_msg)
def _player_name(self, calling_player, args):
calling_player.name = str(args[0])
# Create a new field in the scores table
all_scores = Scores.query.all()
try:
player_field = [p for p in all_scores if calling_player.name == p.player_name][0]
except IndexError:
elixir.session.begin()
Scores(player_name=unicode(calling_player.name), wins=0, losses=0, surrenders=0)
elixir.session.commit()
self.ready_players += 1
# send init data to client
map_msg = self.io_controller.build_message({'command': 'mapSize',
'args': [self.map.x, self.map.y]})
wind_msg = self.io_controller.build_message({'command': 'wind',
'args': [self.map.wind_speed, self.map.wind_dir]})
player_ship_msg = self.io_controller.build_message({'command': 'playerShip',
'args': [calling_player.id, calling_player.ship.max_theta, calling_player.ship.turn_radius_factor,
calling_player.ship.max_ratio, calling_player.name, calling_player.ship.firing_rate,
calling_player.ship.repairs_available, calling_player.ship.ammo]})
# send these messages to all players when they first connect
calling_player.client.broadcast(map_msg)
for name, value in self.map.weather_types().items():
calling_player.client.broadcast(self.io_controller.build_message({'command': 'weather',
'args': [name, value]}))
calling_player.client.broadcast(wind_msg)
calling_player.client.broadcast(player_ship_msg)
game_ready = False
if self.ready_players >= 2:
game_ready = True
self._send_init(calling_player)
# Once we receive at least 1 player, start. Don't start again after
if not self.thread_started and game_ready:
self.run()
self.thread_started = True
def add_player(self, client):
""" This method is responsible for creating a new client and wrapping it in a Player class """
player = Player(client)
self.movement_controller.place_player(player)
player.add_ship(choice(self.all_ships))
player.ship.sails = 0.0
player.is_turning = False
player.is_repairing = False
if player not in self.active_players:
self.active_players.append(player)
def remove_player(self, client_id):
""" This is responsible for finding the client with the client id and removing it from our clients list """
to_remove = None
for p in self.active_players:
if p.id == client_id:
to_remove = p
if to_remove:
self.surrender_player(to_remove)
def _fire_broadside(self, calling_player, args):
""" Calculates a broadside attack from the calling_player to its target
Returns the side that the firing player is firing from """
try:
target_player = [p for p in self.active_players if str(p.id) == args[0]][0]
except IndexError:
return
# side[0] is the true/false and side[1] is the side fired from
side = self.attack_controller.fire_broadside(calling_player, target_player)
if not side[1] and side[0] == 'R':
# Ship wasn't in range
return
if target_player.player_state == PlayerStatus.SUNK:
all_scores = Scores.query.all()
player_field = [p for p in all_scores if target_player.name == p.player_name][0]
elixir.session.begin()
player_field.losses += 1
elixir.session.commit()
self.surrender_player(target_player)
self.send_to_all(self.io_controller.build_message({'command': 'shipStatus',
'args': [target_player.id, target_player.ship.hit_points / target_player.ship.max_hit_points, target_player.player_state]}))
self.send_to_all(self.io_controller.build_message({'command': 'cannonsFired',
'args': [calling_player.id, side[0]]}))
def _change_speed(self, calling_player, args):
""" Changes the speed of the calling_player ship and sends the new speed back to the client """
self.movement_controller.set_sails(calling_player, args[0])
self.send_to_all(self.io_controller.build_message({'command': 'setSpeed',
'args': [calling_player.id, calling_player.ship.sails]}))
def _change_heading(self, calling_player, args):
""" Changes the heading of the calling_player and sends the new heading back to the client """
self.movement_controller.change_heading(calling_player, int(args[0]))
self.send_to_all(self.io_controller.build_message({'command': 'setHeading',
'args': [calling_player.id, calling_player.requested_heading]}))
def _game_surrender(self, calling_player, args):
""" Surrenders the calling_player and sending the ship status back to the client """
self.surrender_player(calling_player)
all_scores = Scores.query.all()
player_field = [p for p in all_scores if calling_player.name == p.player_name][0]
elixir.session.begin()
player_field.surrenders += 1
elixir.session.commit()
self.send_to_all(self.io_controller.build_message({'command': 'shipStatus',
'args': [calling_player.id, 0.0, 5]}))
def _repair(self, calling_player, args):
result = self.attack_controller.repair_ship(calling_player)
damage_ratio = calling_player.ship.hit_points / calling_player.ship.max_hit_points
calling_player.is_repairing = True
threading.Timer(result[1], self.stop_repairing, (calling_player,)).start()
self.send_to_all(self.io_controller.build_message({'command': 'shipStatus',
'args': [calling_player.id, damage_ratio, calling_player.player_state]}))
self.send_to_all(self.io_controller.build_message({'command': 'repair',
'args': [calling_player.id, int(result[0])]}))
def surrender_player(self, player):
""" Removes the player from the global active players list """
try:
msg = self.io_controller.build_message({'command': 'setSpeed', 'args': [player.id, 0.0]})
except AttributeError:
return
self.send_to_all(msg)
time.sleep(self.update_timeout + 0.1)
self.inactive_players.append(player)
try:
self.active_players.remove(player)
except ValueError:
# Couldn't remove for some reason
pass
def player_sunk(self, player):
""" When a player sinks, they lose """
all_scores = Scores.query.all()
player_field = [p for p in all_scores if player.name == p.player_name][0]
elixir.session.begin()
player_field.losses += 1
elixir.session.commit()
self.surrender_player(player)
def victor(self):
""" Checks if there exists 1 active player """
winner = len(self.active_players) == 1
if winner and not self.gameFinished:
self.gameFinished = True
all_scores = Scores.query.all()
player_field = [p for p in all_scores if self.active_players[0].name == p.player_name][0]
elixir.session.begin()
player_field.wins += 1
elixir.session.commit()
return winner
def send_to_all(self, message):
for p in self.active_players + self.inactive_players:
p.client.broadcast(message)