def get_updates(since):
return {"devices": Device.get_updated_since(int(since))}
def __init__(self, name):
# Run the Device initialization.
Device.__init__(self, name)
# Run simulation is controlled by its own
# Append relevant descriptors
self.descriptors.append('GCP')
self.descriptors.append('roseda')
self.descriptors.append('repository')
# Defining the elemental procedures
self.requirements['Connect']['key_file'] = {
'value': '',
'source': 'apparatus',
'address': '',
'desc': 'key json',
}
self.requirements['Upload'] = {}
self.requirements['Upload']['ufile'] = {
'value': '',
'source': 'apparatus',
'address': '',
'desc': 'file or list of files to be uploaded',
}
self.requirements['Download'] = {}
self.requirements['Download']['address'] = {
'value': '',
'source': 'direct',
'address': '',
'desc': 'address of the program or pointer to it',
}
self.heartbeat = 2
self.timeout = 60
def __init__(self, name):
# Run the Device initialization.
Device.__init__(self, name)
# Run simulation is controlled by its own
# Append relevant descriptors
self.descriptors.append('system')
# Defining the elemental procedures
self.requirements['Dwell'] = {}
self.requirements['Dwell']['dtime'] = {
'value': '',
'source': 'apparatus',
'address': '',
'desc': 'time to wait in seconds',
}
self.requirements['Run'] = {}
self.requirements['Run']['address'] = {
'value': '',
'source': 'direct',
'address': '',
'desc': 'address of the program or pointer to it',
}
self.requirements['Run']['addresstype'] = {
'value': '',
'source': 'direct',
'address': '',
'desc': 'type of address',
}
self.requirements['Run']['arguments'] = {
'value': '',
'source': 'apparatus',
'address': '',
'desc': 'list of the arguments for the program in order. Will be decomposed with * operator',
}
def __init__(self, name):
Device.__init__(self, name)
self.descriptors.append('pump')
self.requirements['Set'] = {}
self.requirements['Set']['pressure'] = {
'value': '',
'source': 'apparatus',
'address': '',
'desc': 'Pump pressure in kPa',
}
def get_device_action(id):
device = Device.to_api(id)
if device:
return {"actions": device["actions"]}
else:
response.status = 404
return {"error": "Device {} not found.".format(id)}
def get_device_params(id):
device = Device.to_api(id)
if device:
return device["params"]
else:
response.status = 404
return {"error": "Device {} not found.".format(id)}
def get_device_params(id):
device = Device.to_api(id)
if device:
return device["params"]
else:
response.status = 404
return {"error": "Device {} not found.".format(id)}
def get_device_action(id):
device = Device.to_api(id)
if device:
return {"actions": device["actions"]}
else:
response.status = 404
return {"error": "Device {} not found.".format(id)}
def get_device_params(id, name):
device = Device.to_api(id)
if device:
if device["params"].has_key(name):
return {name: device["params"][name]}
else:
response.status = 404
return {"error": "Params {} not found in device {}.".format(name, id)}
else:
response.status = 404
return {"error": "Device {} not found.".format(id)}
def get_device_params(id, name):
device = Device.to_api(id)
if device:
if device["params"].has_key(name):
return {name: device["params"][name]}
else:
response.status = 404
return {
"error": "Params {} not found in device {}.".format(name, id)
}
else:
response.status = 404
return {"error": "Device {} not found.".format(id)}
def post_device_infos(id):
device = Device.to_api(id)
if device:
infos = request.json
if not infos:
response.status = 204
return
if api.core.update_infos(device, infos):
response.status = 204
else:
response.status = 403
return {"error": "Impossible to set infos for device {}".format(id)}
else:
response.status = 404
return {"error": "Device {} not found.".format(id)}
def post_device_infos(id):
device = Device.to_api(id)
if device:
infos = request.json
if not infos:
response.status = 204
return
if api.core.update_infos(device, infos):
response.status = 204
else:
response.status = 403
return {
"error": "Impossible to set infos for device {}".format(id)
}
else:
response.status = 404
return {"error": "Device {} not found.".format(id)}
def post_action(id, name):
device = Device.to_api(id)
action = Action.to_api(name)
if device and action:
if not device["connected"]:
response.status = 403
return {"error": "Device {} is not connected.".format(id)}
args = dict([(arg, request.json.get(arg)) for arg in action["args"]])
if api.core.do(device, action, **args):
response.status = 204
else:
response.status = 403
return {"error": "Impossible to do action {} for device {} with args {}".format(name, id, args)}
else:
response.status = 404
return {"error": "Device {} not found.".format(id)}
def post_action(id, name):
device = Device.to_api(id)
action = Action.to_api(name)
if device and action:
if not device["connected"]:
response.status = 403
return {"error": "Device {} is not connected.".format(id)}
args = dict([(arg, request.json.get(arg)) for arg in action["args"]])
if api.core.do(device, action, **args):
response.status = 204
else:
response.status = 403
return {
"error":
"Impossible to do action {} for device {} with args {}".format(
name, id, args)
}
else:
response.status = 404
return {"error": "Device {} not found.".format(id)}
def get_devices():
query = {}
for k in request.params.keys():
query[k] = request.params.get(k)
return {"devices": Device.all_to_api(query)}
def __init__(self, name):
Device.__init__(self, name)
self.returnformat = ''
self.result = ''
def query_devices():
return {"actions": Device.all_to_api(request.json)}
def query_devices():
return {"actions": Device.all_to_api(request.json)}
def get_devices():
query = {}
for k in request.params.keys():
query[k] = request.params.get(k)
return {"devices": Device.all_to_api(query)}
def get_updates(since):
return {"devices": Device.get_updated_since(int(since))}
def __init__(self, name):
# Run the Device initialization.
Device.__init__(self, name)
# Run simulation is controlled by its own
# Append relevant descriptors
self.descriptors.append('motion')
# This log hold commands to be sent
self.commandlog = []
# This is the default motion type. Currently, only linear motion is
# set up here.
self.motiontype = 'linear'
# There are two modes here, 'loadrun' and 'cmd'
# 'loadrun' does not send the commandlog until explicitly told to
# 'cmd' sends each command as it gets them
self.motionmode = 'loadrun'
# Defines the motion axes of the motion device
self.axes = ['X', 'x', 'Y', 'y', 'Z', 'z']
# Storage location for default motion settings
self.motionsetting = {}
# Defining the elemental procedures
self.requirements['Move'] = {}
self.requirements['Move']['point'] = {
'value':
'',
'source':
'apparatus',
'address':
'',
'desc':
'Dictionary with the motions sytem axes as keys and target values',
}
self.requirements['Move']['speed'] = {
'value': '',
'source': 'apparatus',
'address': '',
'desc': 'speed of motion, typicaly in mm/s',
}
self.requirements['Move']['motiontype'] = {
'value': '',
'source': 'apparatus',
'address': '',
'desc': 'speed of motion, typicaly in mm/s',
}
self.requirements['Move']['motionmode'] = {
'value': '',
'source': 'apparatus',
'address': '',
'desc': 'cmd or loadrun',
}
self.requirements['Set_Motion'] = {}
self.requirements['Set_Motion']['RelAbs'] = {
'value': '',
'source': 'apparatus',
'address': '',
'desc': 'Relative or Absolute motion',
}
self.requirements['Set_Motion']['dmotionmode'] = {
'value': '',
'source': 'apparatus',
'address': '',
'desc': 'default motion mode',
}
self.requirements['Set_Motion']['dmotiontype'] = {
'value': '',
'source': 'apparatus',
'address': '',
'desc': 'default motion type',
}
self.requirements['Set_Motion']['motionmode'] = {
'value': '',
'source': 'apparatus',
'address': '',
'desc': 'cmd or loadrun',
}
# Realiza una prueba de envío de información al servidor SmartHydro # Utiliza un mensajero tipo Http from Devices import Device from RandomSensor import RandomSensor from HttpMessenger import HttpMessenger sensor = RandomSensor() reading_interval = 120 # segundos dataEndpoint = 'https://smarthydro.central-iot.com/apirest/lecturas/' messenger = HttpMessenger(dataEndpoint) deviceUuid = "d73882fd-a29d-4b5d-9532-a2c257918f89" device = Device(reading_interval, messenger, sensor, uuid_=deviceUuid) device.run()
# Ejecuta una prueba de la funcionalidad de device usando un sensor aleatorio from Devices import Device from RandomSensor import RandomSensor from ConsoleMessenger import ConsoleMessenger sensor = RandomSensor() messenger = ConsoleMessenger() reading_interval = 5 # segundos device = Device(reading_interval, messenger, sensor) device.run()
{
"nombre": "IDENTIFICADOR SOLO PARA AYUDA-MEMORIA",
"dataEndpoint": "ENDPOINT",
"deviceUuid": "SMARTHYDRO_UUID",
"transform": "VALID_FORMULA",
"readingInterval": "INTERVALO"
},
...
]
"""
# VALID FORMULA: Por ej: "5*x", "1.34*x*x"
# En general se tolera un polinomio!
with open('random-sensors.json', "r") as tf:
data = json.load(tf)
devices = []
for sensorData in data:
#novusSensor = NovusSensor(sensorData['sensorCik'], sensorData['dataAlias'], transformRule = sensorData['transform'])
sensor = TransformableRandomSensor(transformRule=sensorData['transform'])
readingInterval = sensorData['readingInterval']
messenger = HttpMessenger(sensorData['dataEndpoint'])
deviceUuid = sensorData['deviceUuid']
device = Device(readingInterval, messenger, sensor, uuid_=deviceUuid)
devices.append(device)
import threading
for dev in devices:
dev_thread = threading.Thread(target=dev.run)
dev_thread.start()
def main():
global hasPyHook, dev
# Initialize ADB and push some touching scripts
device = Device()
device.pushScripts()
usePyHook = False
if hasPyHook and device.PYHOOK:
usePyHook = True
if usePyHook:
dev = device
hooks_manager = pyHook.HookManager()
hooks_manager.KeyDown = pyHookOnKeyDown
hooks_manager.KeyUp = pyHookOnKeyUp
hooks_manager.HookKeyboard()
# Initialize pygame module
pygame.init()
pygame.font.init()
pygame.display.set_mode(UIConfig.WINDOW_SIZE)
pygame.display.set_caption("Love Live! School Idol Festival: Keyboard Controller")
screen = pygame.display.get_surface()
screen.fill(UIConfig.BG_COLOR)
config = ConfigParser.ConfigParser(allow_no_value=True)
config.read('config.cfg')
if config.getboolean("Main", "iconify"):
pygame.display.iconify()
firstFrame = True
keyFont = pygame.font.Font(None, UIConfig.KEY_FONT_SIZE)
pauseFont = pygame.font.Font(None, UIConfig.PAUSE_FONT_SIZE)
while True:
try:
screenUpdate = False
# Alway update screen for first frame
if firstFrame:
screenUpdate = True
firstFrame = False
# Detect keyboard input and send to device module for handling
for event in pygame.event.get():
if event.type == pygame.QUIT:
sys.exit()
elif event.type == pygame.KEYDOWN:
keyData = getKey(event.key)
if keyData == -1:
sys.exit()
elif not usePyHook and keyData > -1:
screenUpdate = True
device.registerKey(keyData)
elif event.type == pygame.KEYUP:
keyData = getKey(event.key)
if keyData == -1:
sys.exit()
elif not usePyHook and keyData > -1:
screenUpdate = True
device.unregisterKey(keyData)
if usePyHook:
pythoncom.PumpWaitingMessages()
screenUpdate = True
# Update touch event on devices (up to device module)
device.updateTouch()
# Update UI
if screenUpdate:
# Pause button
if device.isKeyPressed(0):
pygame.draw.rect(screen, UIConfig.PAUSE_BUTTON_PRESSED_COLOR, pygame.Rect(UIConfig.PAUSE_BUTTON_POS, UIConfig.PAUSE_BUTTON_SIZE))
else:
pygame.draw.rect(screen, UIConfig.PAUSE_BUTTON_UNPRESSED_COLOR, pygame.Rect(UIConfig.PAUSE_BUTTON_POS, UIConfig.PAUSE_BUTTON_SIZE))
pygame.draw.rect(screen, UIConfig.PAUSE_BUTTON_BORDER_COLOR, pygame.Rect(UIConfig.PAUSE_BUTTON_POS, UIConfig.PAUSE_BUTTON_SIZE), UIConfig.PAUSE_BUTTON_BORDER_WIDTH)
text = pauseFont.render("| |", 1, UIConfig.PAUSE_FONT_COLOR)
textpos = text.get_rect()
textpos.centerx = UIConfig.PAUSE_BUTTON_POS[0] + (UIConfig.PAUSE_BUTTON_SIZE[0] / 2)
textpos.centery = UIConfig.PAUSE_BUTTON_POS[1] + (UIConfig.PAUSE_BUTTON_SIZE[1] / 2)
screen.blit(text, textpos)
# Each circles
i = 0
for c in UIConfig.CIRCLE_POSITION:
if c == None:
i += 1
continue
if device.isKeyPressed(i):
pygame.draw.circle(screen, UIConfig.CIRCLE_PRESSED_COLOR, c, UIConfig.CIRCLE_RADIUS)
else:
pygame.draw.circle(screen, UIConfig.CIRCLE_UNPRESSED_COLOR, c, UIConfig.CIRCLE_RADIUS)
pygame.draw.circle(screen, UIConfig.CIRCLE_BORDER_COLOR, c, UIConfig.CIRCLE_BORDER_RADIUS, UIConfig.CIRCLE_BORDER_WIDTH)
text = keyFont.render(KeyConfig.getKeyName(KeyConfig.KEYS_ARRAY[i]), 1, UIConfig.KEY_FONT_COLOR)
textpos = text.get_rect()
textpos.centerx = c[0]
textpos.centery = c[1]
screen.blit(text, textpos)
i += 1
# Update screen
pygame.display.flip()
except KeyboardInterrupt as e:
break