enigma.eManagedInputDevice Class Reference

Inheritance diagram for enigma.eManagedInputDevice:

Public Member Functions
def	__init__ (self, *args, **kwargs)
def	address (self)
def	name (self)
def	shortName (self)
def	version (self)
def	batteryLevel (self)
def	rssi (self)
def	encrypted (self)
def	state (self)
def	connected (self)
def	bound (self)
def	ready (self)
def	isDfu (self)
def	checkVersion (self, major, minor=0)
def	connect (self)
def	disconnect (self)
def	vibrate (self)
def	setLedColor (self, color)
def	setLedColorIr (self, color)
def	setIrProtocol (self, isRepeat, protocolData)
def	setIrKey (self, keyData)
def	resetIr (self)
def	getIrKeyCount (self)
def	dfu (self)
def	dfuFlash (self, dat, bin)

Static Public Attributes
	thisown = _swig_property(lambda x: x.this.own(), lambda x, v: x.this.own(v), doc='The membership flag')
	TYPE_UNDEF = _enigma.eManagedInputDevice_TYPE_UNDEF
	TYPE_DREAMBLE = _enigma.eManagedInputDevice_TYPE_DREAMBLE
	STATE_DISCONNECTED = _enigma.eManagedInputDevice_STATE_DISCONNECTED
	STATE_CONNECTING = _enigma.eManagedInputDevice_STATE_CONNECTING
	STATE_CONNECTED = _enigma.eManagedInputDevice_STATE_CONNECTED
Static Public Attributes inherited from enigma.iObject
	thisown = _swig_property(lambda x: x.this.own(), lambda x, v: x.this.own(v), doc='The membership flag')

Constructor & Destructor Documentation

__init__()

def enigma.eManagedInputDevice.__init__	(		self,
		*	args,
		**	kwargs
	)

Reimplemented from enigma.iObject.

Member Function Documentation

address()

def enigma.eManagedInputDevice.address

(

self

)

address(eManagedInputDevice self) -> std::string const

batteryLevel()

def enigma.eManagedInputDevice.batteryLevel

(

self

)

batteryLevel(eManagedInputDevice self) -> int

bound()

def enigma.eManagedInputDevice.bound

(

self

)

bound(eManagedInputDevice self) -> bool

checkVersion()

def enigma.eManagedInputDevice.checkVersion	(		self,
			major,
			minor = 0
	)

checkVersion(eManagedInputDevice self, uint32_t major, uint32_t minor=0) -> int
checkVersion(eManagedInputDevice self, uint32_t major) -> int

connect()

def enigma.eManagedInputDevice.connect

(

self

)

connect(eManagedInputDevice self)

connected()

def enigma.eManagedInputDevice.connected

(

self

)

connected(eManagedInputDevice self) -> bool

dfu()

def enigma.eManagedInputDevice.dfu

(

self

)

dfu(eManagedInputDevice self) -> int

dfuFlash()

def enigma.eManagedInputDevice.dfuFlash	(		self,
			dat,
			bin
	)

dfuFlash(eManagedInputDevice self, std::string const & dat, std::string const & bin) -> bool

disconnect()

def enigma.eManagedInputDevice.disconnect

(

self

)

disconnect(eManagedInputDevice self)

encrypted()

def enigma.eManagedInputDevice.encrypted

(

self

)

encrypted(eManagedInputDevice self) -> bool

getIrKeyCount()

def enigma.eManagedInputDevice.getIrKeyCount

(

self

)

getIrKeyCount(eManagedInputDevice self)

isDfu()

def enigma.eManagedInputDevice.isDfu

(

self

)

isDfu(eManagedInputDevice self) -> bool

name()

def enigma.eManagedInputDevice.name

(

self

)

name(eManagedInputDevice self) -> std::string const

ready()

def enigma.eManagedInputDevice.ready

(

self

)

ready(eManagedInputDevice self) -> bool

resetIr()

def enigma.eManagedInputDevice.resetIr

(

self

)

resetIr(eManagedInputDevice self)

rssi()

def enigma.eManagedInputDevice.rssi

(

self

)

rssi(eManagedInputDevice self) -> int

setIrKey()

def enigma.eManagedInputDevice.setIrKey	(		self,
			keyData
	)

setIrKey(eManagedInputDevice self, IrKey keyData)

setIrProtocol()

def enigma.eManagedInputDevice.setIrProtocol	(		self,
			isRepeat,
			protocolData
	)

setIrProtocol(eManagedInputDevice self, bool isRepeat, IrProtocol protocolData)

setLedColor()

def enigma.eManagedInputDevice.setLedColor	(		self,
			color
	)

setLedColor(eManagedInputDevice self, uint32_t color)

setLedColorIr()

def enigma.eManagedInputDevice.setLedColorIr	(		self,
			color
	)

setLedColorIr(eManagedInputDevice self, uint32_t color)

shortName()

def enigma.eManagedInputDevice.shortName

(

self

)

shortName(eManagedInputDevice self) -> std::string const

state()

def enigma.eManagedInputDevice.state

(

self

)

state(eManagedInputDevice self) -> int

version()

def enigma.eManagedInputDevice.version

(

self

)

version(eManagedInputDevice self) -> std::string const

vibrate()

def enigma.eManagedInputDevice.vibrate

(

self

)

vibrate(eManagedInputDevice self)

Member Data Documentation

STATE_CONNECTED

enigma.eManagedInputDevice.STATE_CONNECTED = _enigma.eManagedInputDevice_STATE_CONNECTED

static

STATE_CONNECTING

enigma.eManagedInputDevice.STATE_CONNECTING = _enigma.eManagedInputDevice_STATE_CONNECTING

static

STATE_DISCONNECTED

enigma.eManagedInputDevice.STATE_DISCONNECTED = _enigma.eManagedInputDevice_STATE_DISCONNECTED

static

thisown

enigma.eManagedInputDevice.thisown = _swig_property(lambda x: x.this.own(), lambda x, v: x.this.own(v), doc='The membership flag')

static

TYPE_DREAMBLE

enigma.eManagedInputDevice.TYPE_DREAMBLE = _enigma.eManagedInputDevice_TYPE_DREAMBLE

static

TYPE_UNDEF

enigma.eManagedInputDevice.TYPE_UNDEF = _enigma.eManagedInputDevice_TYPE_UNDEF

static

---

The documentation for this class was generated from the following file:

• usr/lib/enigma2/python/enigma.py