def getDevicesJSON(compact=False):
devname = "name"
devtype = "type"
devices = []
for devName in DEVICES:
if devName == "GPIO":
continue
#ADDED OVK
if devName == "GPIOX":
continue
#ADDED OVK
instance = DEVICES[devName]["device"]
if hasattr(instance, "__family__"):
family = instance.__family__()
if isinstance(family, str):
devices.append({devname: devName, devtype: family})
else:
for fam in family:
devices.append({devname: devName, devtype: fam})
else:
devices.append({devname: devName, type: instance.__str__()})
return types.jsonDumps(sorted(devices, key=lambda dev: dev[devname]))
def getJSON(self, compact=False):
if compact:
f = 'f'
v = 'v'
else:
f = 'function'
v = 'value'
json = {}
for (bus, value) in BUSLIST.items():
json[bus] = int(value["enabled"])
gpios = {}
if len(self.export) > 0:
export = self.export
else:
export = range(GPIO.GPIO_COUNT)
for gpio in export:
gpios[gpio] = {}
if compact:
gpios[gpio][f] = GPIO.getFunction(gpio)
else:
gpios[gpio][f] = GPIO.getFunctionString(gpio)
gpios[gpio][v] = int(GPIO.input(gpio))
if GPIO.getFunction(gpio) == GPIO.PWM:
(pwmType, value) = GPIO.getPulse(gpio).split(':')
gpios[gpio][pwmType] = value
json['GPIO'] = gpios
return types.jsonDumps(json)
def getJSON(self, compact=False):
if compact:
f = 'f'
v = 'v'
else:
f = 'function'
v = 'value'
json = {}
for (bus, value) in BUSLIST.items():
json[bus] = int(value["enabled"])
gpios = {}
if len(self.export) > 0:
export = self.export
else:
export = range(GPIO.GPIO_COUNT)
for gpio in export:
gpios[gpio] = {}
if compact:
gpios[gpio][f] = GPIO.getFunction(gpio)
else:
gpios[gpio][f] = GPIO.getFunctionString(gpio)
gpios[gpio][v] = int(GPIO.input(gpio))
if GPIO.getFunction(gpio) == GPIO.PWM:
(pwmType, value) = GPIO.getPulse(gpio).split(':')
gpios[gpio][pwmType] = value
json['GPIO'] = gpios
return types.jsonDumps(json)
def callDeviceFunction(self, method, path, data=None):
(func, args) = self.getDeviceRoute(method, path)
print(" ............... rest callDeviceFunction path =" + str(path))
if func == None:
return (404, args, M_PLAIN)
if func.data != None:
args[func.data] = data
result = func(**args)
response = None
contentType = None
if result != None:
if hasattr(func, "contentType"):
contentType = func.contentType
if contentType == M_JSON:
response = types.jsonDumps(result)
else:
response = func.format % result
else:
response = result
print(" ............... rest callDeviceFunction response =" +
str(response))
return (200, response, contentType)
def getDevicesJSON(compact=False):
devname = "name"
devtype = "type"
devices = []
for devName in DEVICES:
if devName == "GPIO":
continue
instance = DEVICES[devName]["device"]
if hasattr(instance, "__family__"):
family = instance.__family__()
if isinstance(family, str):
devices.append({devname: devName, devtype:family})
else:
for fam in family:
devices.append({devname: devName, devtype:fam})
else:
devices.append({devname: devName, type:instance.__str__()})
return types.jsonDumps(sorted(devices, key=lambda dev: dev[devname]))
def callDeviceFunction(self, method, path, data=None):
(func, args) = self.getDeviceRoute(method, path)
if func == None:
return (404, args, M_PLAIN)
if func.data != None:
args[func.data] = data
result = func(**args)
response = None
contentType = None
if result != None:
if hasattr(func, "contentType"):
contentType = func.contentType
if contentType == M_JSON:
response = types.jsonDumps(result)
else:
response = func.format % result
else:
response = result
return (200, response, contentType)