def __call__(self,
com_port=None,
adapter_name=None,
device='TV',
key=None):
if key is None:
key = getattr(self, 'value', None)
if key is None or (com_port is None and adapter_name is None):
eg.PrintNotice(
'CEC: This action needs to be configured before use.')
return
adapter = self._find_adapter(com_port, adapter_name)
if adapter is None:
eg.PrintNotice('CEC: Adapter %s on com port %s not found' %
(adapter_name, com_port))
else:
d = getattr(adapter, device.lower().replace(' ', ''), None)
if d is None:
eg.PrintNotice('CEC: Device %s not found in adapter %s' %
(device, adpater.name))
else:
remote = getattr(d, key, None)
if remote is None:
eg.PrintError(
'CEC: Key %s not found for device %s on adapter %s' %
(key, device, adpater.name))
else:
import time
remote.send_key_press()
time.sleep(0.1)
remote.send_key_release()
def Notice(self, message, item=None, messageOnly=False):
if messageOnly:
eg.PrintNotice(message)
if not messageOnly:
eg.PrintNotice(message + str(item))
def __call__(self):
if self.plugin.client is None:
return False
result = self.plugin.client.GetDeviceInfo()
if result is None:
eg.PrintNotice("IR Service not running")
self.plugin.TriggerEvent("IR_Service_Not_Running")
return False
if result[1] == 0 and result[2] == 0:
eg.PrintNotice("IR Receiver is unplugged")
self.plugin.TriggerEvent("IR_Receiver_Unplugged")
return False
nAttached = 0
i = 0
while (result[5] >> i) > 0:
if result[5] & (1 << i):
nAttached = nAttached + 1
i = i + 1
eg.PrintNotice(
"%d Transmitters (%d attached), %s have learn capability" %
(result[1], nAttached, "does" if result[2] == 2 else "does not"))
if self.plugin.client.TestIR() == True:
return True
else:
return False
def Connect(self):
"""
This function tries to connect to the named pipe from AlternateMceIrService. If it can't connect, it will periodically
retry until the plugin is stopped or the connection is made.
"""
#eg.PrintNotice("MCE_Vista: Connect started")
self.sentMessageOnce = False
while self.file is None and self.keepRunning:
try:
self.file = win32file.CreateFile(
r'\\.\pipe\MceIr', win32file.GENERIC_READ
| win32file.GENERIC_WRITE, 0, None,
win32file.OPEN_EXISTING, win32file.FILE_ATTRIBUTE_NORMAL
| win32file.FILE_FLAG_OVERLAPPED, None)
except:
if not self.sentMessageOnce:
eg.PrintNotice(
"MCE_Vista: MceIr pipe is not available, app doesn't seem to be running"
)
eg.PrintNotice(
" Will continue to try to connect to MceIr")
eg.PrintNotice(
" Message = %s" %
win32api.FormatMessage(win32api.GetLastError()))
self.plugin.TriggerEvent("Disconnected")
self.sentMessageOnce = True
if self.service and IsServiceStopped(self.service):
eg.PrintNotice(
"MCE_Vista: MceIr service is stopped, trying to start it..."
)
StartService(self.service)
time.sleep(1)
return
def __call__(self, com_port=None, adapter_name=None, device='TV'):
adapter = self._find_adapter(com_port, adapter_name)
if adapter is None:
eg.PrintNotice('CEC: Adapter %s on com port %s not found' %
(adapter_name, com_port))
else:
d = getattr(adapter, device.lower().replace(' ', ''), None)
if d is None:
eg.PrintNotice('CEC: Device %s not found in adapter %s' %
(device, adpater.name))
else:
return self._process_call(d)
def CalculateWatts(self, DevID, Cost, Month):
if DevID:
try:
DevWatts = dc(self.Watts[DevID])
DevKWH = 0
if DevWatts != []:
for i in range(len(DevWatts)):
if len(DevWatts[i]) == 7:
DevKWH += DevWatts[i][6] if DevWatts[i][1][1] == Month else 0
DevUsage = float(DevKWH) * Cost
print "Device ID: ", DevID, ", KiloWatt Hours Used: ", DevKWH, ", Cost Month to Date: ", DevUsage
return [DevKWH, DevUsage]
except:
eg.PrintNotice("MicasaVerdeVera: CalculateWatts: Unknown Device ID: "+DevID)
else:
DeviceUsage = {}
CombinedKWH = 0
for DevID, Data in self.Watts.iteritems():
DevKWH = 0
if Data == []: continue
else:
for i in range(len(Data)):
if len(Data[i]) == 7:
DevKWH += Data[i][6] if Data[i][1][1] == Month else 0
CombinedKWH += DevKWH
DeviceUsage[DevID] = [DevKWH, float(DevKWH)*Cost]
AllUsage = float(CombinedKWH)*Cost
print "Device ID: AllDevices, KiloWatt Hours Used: ", CombinedKWH, ", Cost Month to Date: ", AllUsage
return [CombinedKWH, AllUsage, DeviceUsage]
def NewItemsReporting(NI, NC, OI, OC):
nItems, oItems = NewItemScan(NI, OI)
nCounters, oCounters = NewItemScan(NC, OC)
rItem = dc(nItems)
rCount = NC if nCounters else dc(oCounters)
noUp = False if nCounters or nItems else True
if nCounters:
eg.PrintNotice('MicasaVerde: OldCounters: ' + str(oCounters))
eg.PrintNotice('MicasaVerde: NewCounters: ' + str(nCounters))
if nItems:
self.ItemLog.insert(0, [time.strftime("%c"), nItems])
eg.PrintNotice('MicasaVerde: NewItems: ' + str(nItems))
return rItem, rCount
def Animate(self,
slide=False,
blend=False,
direction='',
show=False,
hide=False,
duration=150):
"""
Animates the hiding and showing of the window
:param slide: Use the slide effect
:type slide: bool
:param blend: Use the blend effect
:type blend: bool
:param direction: the direction of the effect. choose from,
'UP', 'DOWN', 'LEFT', 'RIGHT', ''
:type direction: str
:param show: Use effect when showing the window
:type show: bool
:param hide: Use the effect when hiding the window
:type hide: bool
:param duration: How long the total effect should run for in
milliseconds
:type duration: int
:return: None
:rtype: None
"""
self.AssertAlive()
if slide and blend:
eg.PrintNotice(
'You are only allowed to select one type of effect, '
'or set both to False for roll effect.')
return
style = 0
if direction.upper() == 'UP':
style |= win32con.AW_HOR_NEGATIVE
elif direction.upper() == 'DOWN':
style |= win32con.AW_HOR_POSITIVE
elif direction.upper() == 'LEFT':
style |= win32con.AW_VER_NEGATIVE
elif direction.upper() == 'RIGHT':
style |= win32con.AW_VER_POSITIVE
else:
style |= win32con.AW_CENTER
if hide:
style |= win32con.AW_HIDE
if show:
style |= win32con.AW_ACTIVATE
if slide:
style |= win32con.AW_SLIDE
elif blend:
style |= win32con.AW_BLEND
win32gui.AnimateWindow(self.hwnd, duration, style)
def PN(*args):
args = list(args)
for i in range(len(args)):
if isinstance(args[i], str) or isinstance(args[i], unicode):
args[i] += ': '
else:
args[i] = str(args[i])
eg.PrintNotice("MiCasaVerde: " + "".join(args))
return True
def __call__(self,startLevel,endLevel,deviceID,speed):
if startLevel >= endLevel:
eg.PrintNotice("the Starting Level has to be less than the End Level")
return
for level in range(endLevel,startLevel):
time.sleep(speed)
eg.plugins.Vera.SetDimming(deviceID,level)
def initValues(self):
zmDict = {}
url = 'http://' + str(
self.host) + ':80/goform/formMainZone_MainZoneXml.xml'
try:
r = urllib2.urlopen(url, timeout=1).read()
except urllib2.HTTPError, e:
eg.PrintNotice("Connection error, wrong IP or AVR not accessible")
return False
def OnShutdown(self):
eg.PrintNotice("Y.A.R.D.-Server shutdown")
try:
self.plugin.workerThread.comobj_yard.close()
except:
raise eg.Exception("YARD server not found")
del self.plugin.workerThread.comobj_yard
del self.plugin.comObj
self.plugin.workerThread.comobj_yard = None
self.plugin.comObj = None
def __call__(self):
if self.plugin.client is None:
return
result = self.plugin.client.GetDeviceInfo()
if result is None:
eg.PrintNotice("IR Service not running")
eg.TriggerEvent('IR Service Not Running', prefix="MCE_Vista")
return
if result[1] == 0 and result[2] == 0:
eg.PrintNotice("IR Receiver is unplugged")
return
nAttached = 0
i = 0
while (result[5] >> i) > 0:
if result[5] & (1 << i):
nAttached = nAttached + 1
i = i + 1
eg.PrintNotice(
"%d Transmitters (%d attached), %s have learn capability" %
(result[1], nAttached, "does" if result[2] == 2 else "does not"))
def PrintCommand(self, ln, txt=""):
limit = min(self.eechars, len(self.userchars))
self.content[ln] = txt
if txt == "":
if self.workerThread:
self.queue.put(((ln, ""), None))
return
usercharlst = [j[0] for j in self.userchars][:limit]
usedchars = []
for i in range(4):
content = self.content[i] if i == ln else self.content[i][:self.
cols]
for c in content:
if c in usercharlst and not c in usedchars:
usedchars.append(c)
#find missing chars:
missing = list(set(usedchars) - set(self.repldict.iterkeys()))
# if len(missing) > 0 remaping is need
if missing:
needless = list(set(self.repldict.iterkeys()) - set(usedchars))
# if len(needless) > 0 remap user chars
remapcmd = []
for k in range(min(len(missing), len(needless))):
m = self.repldict[needless[k]]
self.repldict[missing[k]] = m
remapcmd.extend((usercharlst.index(missing[k]), m))
del self.repldict[needless[k]]
#if missing > needless, to use replacement char
if len(missing) > len(needless):
overdict = dict((p[0], p[1]) for p in self.userchars)
missing = list(set(usedchars) - set(self.repldict.iterkeys()))
self.reploverdict = {}
for n in range(len(missing)):
miss = missing[n]
self.reploverdict[miss] = overdict[miss]
if remapcmd:
if self.workerThread:
self.queue.put(((COMMANDS["Remap"], remapcmd), None))
for k, v in self.repldict.iteritems():
txt = txt.replace(k, chr(v))
for key, val in self.reploverdict.iteritems():
txt = txt.replace(key, val)
txt = [ord(ch) for ch in txt]
for i, ch in enumerate(txt):
if ch > 255:
eg.PrintNotice(
u"Digispark-LCD: UNICODE CHARACTER: %s, code U%i" %
(unichr(ch), ch))
txt[i] = 219
if self.workerThread:
self.queue.put(((ln, txt), None))
def __start__(self,
prefix="Android",
port=10600,
remAddress="0.0.0.0",
password=""):
self.prefix = prefix
self.port = port
self.password = password
try:
self.receiver = udpReceiver(remAddress, port, self)
eg.PrintNotice(self.text.listens % self.port)
except socket_error, exc:
raise self.Exception(exc[1].decode(localeEncoding()[1]))
def InitBoard(self, event):
if self.flag:
coms = self.enumerate_ports()
diff = set(coms) - set(self.coms)
self.coms = coms
if not self.port in diff:
return
if event.payload[0].startswith(u'\\\\?\\USB#VID_067B&PID_2303#'):
self.ConnectPort()
bType = self.SelectBoard()
else:
eg.PrintNotice(
self.text.info4 % (self.info.eventPrefix, self.port)
)
def Synchro(self, servers = None):
ntp = self.GetNTPtime(servers)
res = self.Set_SystemTime(ntp[0]+time.timezone) if isinstance(ntp, list) else ntp
if isinstance(res, int) and res:
eg.PrintNotice("NTP: %s. SERVER: %s OFFSET: %s s" % (
self.text.synchro,
str(ntp[2]),
str(ntp[1]))
)
self.Log("%s. SERVER: %s OFFSET: %s s" % (
self.text.synchro,
str(ntp[2]),
str(ntp[1]))
)
else:
eg.PrintError("NTP: %s. ERROR: %s" % (self.text.failed, res))
self.Log("%s. ERROR: %s" % (self.text.failed, res))
return res
def __call__(self, name, host, interval, timeout, modify=False):
for client in Config.clients:
if client[0] == name:
if modify:
Config.clients.remove(client)
for t in self.plugin.threads:
if t.client_name == name:
t.stop()
self.plugin.threads.remove(t)
else:
eg.PrintNotice(
'Is Connected: '
'A client with the name %s already exists.' % name)
return
Config.clients += [(name, host, interval, timeout)]
t = Thread(self.plugin, name, host, interval, timeout)
self.plugin.threads += [t]
t.start()
def enumerate_ports(self):
SER2PL32 = 'SYSTEM\\CurrentControlSet\\Services\\Ser2pl\\Enum'
SER2PL64 = 'SYSTEM\\CurrentControlSet\\Services\\Ser2pl64\\Enum'
try:
# 32-bit Prolific driver
self.arch = 32
self.prolific_path = OpenKey(HKEY_LOCAL_MACHINE, SER2PL32)
except WindowsError:
try:
# 64-bit
self.arch = 64
self.prolific_path = OpenKey(HKEY_LOCAL_MACHINE, SER2PL64)
except WindowsError:
eg.PrintNotice(self.text.info2 % self.info.eventPrefix)
return []
ports, type = QueryValueEx(self.prolific_path, 'Count')
if ports is 0:
return []
coms = [0] * ports
ENUM = 'SYSTEM\\CurrentControlSet\\Enum\\'
try:
i = 0
j = 0
while 1:
name, string, type = EnumValue(self.prolific_path, i)
if type == 1: # 1 is for 'REG_SZ', 'A null-terminated string'
sn = search('(?<=[\][0-9]&)\w+',string)
offset = 0
try:
serint = ENUM + string + '\\Device Parameters'
serial_path = OpenKey(HKEY_LOCAL_MACHINE,serint)
port, type = QueryValueEx(serial_path, 'PortName')
coms[j] = int(str(port)[3:]) - 1
j += 1
except WindowsError:
pass
i += 1
except WindowsError:
pass
return coms
def __start__(
self,
port = 0,
bType = '',
initState = [0,0,0,0,0,0,0,0],
prefix = "ICS_Relay"
):
coms = self.enumerate_ports()
self.coms = coms
self.port = port
self.bType = bType
self.info.eventPrefix = prefix
self.curState = initState[:]
self.initState = initState[:]
eg.Bind("System.DeviceAttached", self.InitBoard)
eg.Bind("System.DeviceRemoved", self.DeleteBoard)
if self.port in self.coms:
self.ConnectPort()
#bType = self.SelectBoard() # init or not ?
else:
eg.PrintNotice(self.text.info1 % (prefix, self.port + 1))
def run(self):
continueloop = True
overlapped = self.plugin.serial._overlappedRead
hComPort = self.plugin.serial.hComPort
hEvent = overlapped.hEvent
n = 1
waitingOnRead = False
buf = win32file.AllocateReadBuffer(n)
reply = {'suffix': None, 'payload': None}
lastEvent = None
while continueloop:
if not waitingOnRead:
win32event.ResetEvent(hEvent)
hr, _ = win32file.ReadFile(hComPort, buf, overlapped)
if hr == 997:
waitingOnRead = True
elif hr == 0:
pass
else:
raise
rc = win32event.MsgWaitForMultipleObjects(
(hEvent, self.plugin.stopEvent), 0, 1000,
win32event.QS_ALLINPUT)
if rc == win32event.WAIT_OBJECT_0:
n = win32file.GetOverlappedResult(hComPort, overlapped, 1)
if n:
reply = self.plugin.Decode(ord(buf))
if reply is not None and reply != lastEvent:
self.plugin.TriggerEnduringEvent(**reply)
lastEvent = reply.copy()
waitingOnRead = False
elif rc == win32event.WAIT_OBJECT_0 + 1:
continueloop = False
elif rc == win32event.WAIT_TIMEOUT:
self.plugin.EndLastEvent()
else:
eg.PrintError("unknown message")
eg.PrintNotice(str(rc))
def OnCmdPython(self):
eg.PrintNotice("DEBUG: TreeCtrl: OnCmdPython")
def __stop__(self):
eg.PrintNotice("MCE_Vista: Stopping Mce Vista plugin")
win32event.SetEvent(self.hFinishedEvent)
self.client.Stop()
self.client = None
def StopNTP(self):
if self.task:
eg.scheduler.CancelTask(self.task)
eg.PrintNotice(self.text.stop)
self.task = None
self.SetStatusLabel()
def StartNTP(self):
self.StopNTP()
self.task = eg.scheduler.AddTask(60 * self.rate, self.Polling)
self.Synchro()
eg.PrintNotice(self.text.start)
self.SetStatusLabel()
def __stop__(self):
if self.receiver:
self.receiver.close()
eg.PrintNotice(self.text.released % self.port)
self.receiver = None
def Init(self):
while self.run and self.lcd is None:
try:
self.lcd = ArdUsbDev(idVendor=0x16c0,
idProduct=0x05df,
deviceName='Digispark-LCD')
self.lcd.write(ENQ)
sleep(1.0)
ch = None
while True:
try:
ch = self.lcd.read()
except:
ch = None
break
if ch == STX:
try:
ch = self.lcd.read()
rows = ch
except:
ch = None
break
try:
ch = self.lcd.read()
cols = ch
except:
ch = None
break
try:
ch = self.lcd.read()
user_chars = ch
except:
ch = None
break
try:
ch = self.lcd.read()
if ch != ETX:
ch = None
break
except:
ch = None
break
else:
ch = None
if ch is None:
raise ValueError('Dummy error')
else:
eg.PrintNotice(self.plugin.text.connect % (rows, cols))
self.plugin.eechars = user_chars if user_chars < 57 else 0
if len(self.plugin.userchars) != self.plugin.eechars:
eg.PrintNotice(self.plugin.text.ee_char %
self.plugin.eechars)
eg.PrintNotice(self.plugin.text.cust_char %
len(self.plugin.userchars))
eg.PrintNotice(self.plugin.text.edit)
else:
eg.PrintNotice(self.plugin.text.cust_chr %
self.plugin.eechars)
self.plugin.rows = rows
self.plugin.cols = cols
self.udprint(2, "Digispark-LCD")
self.udprint(COMMANDS["InitCGRAM"])
self.udprint(COMMANDS["Clear"])
self.plugin.InitCGRAM() # synchronization ...
except:
sleep(5.0)
def HandleData(self):
"""
This runs once a connection to the named pipe is made. It receives the ir data and passes it to the plugins IRDecoder.
"""
if self.sentMessageOnce:
eg.PrintNotice(
"MCE_Vista: Connected to MceIr pipe, started handling IR events"
)
self.plugin.TriggerEvent("Connected")
nMax = 2048
self.result = []
self.freqs = [0]
self.readOvlap = win32file.OVERLAPPED()
self.readOvlap.hEvent = win32event.CreateEvent(None, 0, 0, None)
handles = [self.plugin.hFinishedEvent, self.readOvlap.hEvent]
self.timeout = win32event.INFINITE
while self.keepRunning:
try:
(hr, data) = win32file.ReadFile(self.file, nMax,
self.readOvlap)
except:
win32file.CloseHandle(self.file)
self.file = None
return
rc = win32event.WaitForMultipleObjects(handles, False,
self.timeout)
if rc == win32event.WAIT_OBJECT_0: #Finished event
self.keepRunning = False
break
elif rc == win32event.WAIT_TIMEOUT and self.learnDialog: #Learn timeout
#eg.PrintNotice("LearnTimeout: Sending ir code %s"%str(self.result))
self.learnDialog.GotCode(self.freqs, self.result)
self.result = []
self.timeout = win32event.INFINITE
rc = win32event.WaitForMultipleObjects(handles, False,
self.timeout)
if rc == win32event.WAIT_OBJECT_0: #Finished event
self.keepRunning = False
break
try:
nGot = self.readOvlap.InternalHigh
if nGot == 0:
continue
if nGot % ptr_len == 1: #Query result, not ir code data
if data[0] == "b".encode("ascii"):
self.deviceInfo = unpack_from(6 * ptr_fmt,
data[1:nGot])
win32event.SetEvent(self.deviceInfoEvent)
elif data[0] == "t".encode("ascii"):
win32event.SetEvent(self.deviceTestEvent)
continue
#pull of the header data
while nGot > 0:
header = unpack_from(3 * ptr_fmt, data)
if header[0] == 1 and header[2] > 0:
self.freqs.append(header[2])
dataEnd = nGot
if nGot > 100 + 3 * ptr_len:
dataEnd = 100 + 3 * ptr_len
nGot -= dataEnd
val_data = data[3 * ptr_len:dataEnd]
dataEnd = dataEnd - 3 * ptr_len
vals = unpack_from((dataEnd / 4) * "i", val_data)
data = data[100 + 3 * ptr_len:]
for i, v in enumerate(vals):
a = abs(v)
self.result.append(a)
if self.learnDialog is None: #normal mode
if a > 6500: #button held?
if self.CodeValid(self.result):
#eg.PrintNotice("Sending ir code %s"%str(self.result))
self.plugin.irDecoder.Decode(
self.result, len(self.result))
self.result = []
if not self.learnDialog is None: #learn mode
if header[0] == 1: #one "learn" chunk
self.timeout = self.learnTimeout
except:
pass
class DenonTCPIP(eg.PluginBase):
""" A plugin to control my Denon Receiver via TCP/IP """
def __init__(self):
self.host = "192.168.1.2"
self.port = 23
self.things = []
self.connected = False
self.volume = DenonVolume()
self.volume.plugin = self
self.mute = False
self.muteZ2 = False
self.state = False
self.stateZ2 = False
mainZone = self.AddGroup("Zone 1", "Actions for Zone 1")
mainZoneInfo = mainZone.AddGroup("Information Retrieval",
"Zone 1 Information Retrieval")
mainZoneInfo.AddAction(GetMainZoneVolume)
mainZoneInfo.AddAction(GetMainZoneSource)
mainZoneInfo.AddAction(GetMainZoneState)
mainZoneInfo.AddAction(GetMainZoneMute)
mainZone.AddAction(ToggleMainZoneMute)
mainZone.AddAction(ToggleMainZonePower)
mainZone.AddAction(SetMainZonePowerOn)
mainZone.AddAction(SetMainZonePowerOff)
mainZone.AddAction(SetMainZoneSource)
mainZone.AddAction(SetMainZoneAudioSource)
mainZone.AddAction(SetMainZoneVolumeLevel)
mainZone.AddAction(VolumeMainZoneUp)
mainZone.AddAction(VolumeMainZoneDn)
Zone2 = self.AddGroup("Zone 2", "Actions for Zone 2")
Zone2Info = Zone2.AddGroup("Information Retrieval",
"Zone 2 Information Retrieval")
Zone2Info.AddAction(GetZone2State)
Zone2Info.AddAction(GetZone2Mute)
Zone2.AddAction(ToggleZone2Mute)
Zone2.AddAction(ToggleZone2Power)
Zone2.AddAction(SetZone2Source)
Zone2.AddAction(SetZone2VolumeLevel)
OSM = self.AddGroup("On Screen Menu",
"Actions for remote OSM button press'")
OSM.AddAction(osmUp)
OSM.AddAction(osmDown)
OSM.AddAction(osmLeft)
OSM.AddAction(osmRight)
OSM.AddAction(osmSelect)
OSM.AddAction(osmOption)
OSM.AddAction(osmInfo)
self.AddAction(GenericSend)
def Configure(self, host="192.168.1.104", port=23):
panel = eg.ConfigPanel()
hostCtrl = panel.TextCtrl(host)
portCtrl = panel.SpinIntCtrl(port, max=65535)
st1 = panel.StaticText("Host:")
st2 = panel.StaticText("Port:")
eg.EqualizeWidths((st1, st2))
IPBox = panel.BoxedGroup(
"TCPIP/IP Settings",
(st1, hostCtrl),
(st2, portCtrl),
)
panel.sizer.Add(IPBox, 0, wx.EXPAND)
while panel.Affirmed():
panel.SetResult(
hostCtrl.GetValue(),
portCtrl.GetValue(),
)
def __start__(self, host, port):
self.host = host
self.port = port
self.initValues()
def __stop__(self):
pass
def initValues(self):
zmDict = {}
url = 'http://' + str(
self.host) + ':80/goform/formMainZone_MainZoneXml.xml'
try:
r = urllib2.urlopen(url, timeout=1).read()
except urllib2.HTTPError, e:
eg.PrintNotice("Connection error, wrong IP or AVR not accessible")
return False
except urllib2.URLError, e:
eg.PrintNotice("Connection error, wrong IP or AVR not accessible")
return False