def GetDeviceLines(deviceId=0):
mixercaps = MIXERCAPS()
mixerline = MIXERLINE()
hmixer = HMIXER()
# Obtain the hmixer struct
rc = mixerOpen(byref(hmixer), deviceId, 0, 0, 0)
if rc != MMSYSERR_NOERROR:
raise SoundMixerException()
if mixerGetDevCaps(hmixer, byref(mixercaps), sizeof(MIXERCAPS)):
raise SoundMixerException()
for destinationNum in range(mixercaps.cDestinations):
mixerline.cbStruct = sizeof(MIXERLINE)
mixerline.dwDestination = destinationNum
if mixerGetLineInfo(
hmixer, byref(mixerline), MIXER_GETLINEINFOF_DESTINATION
):
continue
print "Destination:", destinationNum, mixerline.szName
for name in GetControls(hmixer, mixerline):
print " Control:", name
for sourceNum in range(mixerline.cConnections):
mixerline.cbStruct = sizeof(MIXERLINE)
mixerline.dwDestination = destinationNum
mixerline.dwSource = sourceNum
if mixerGetLineInfo(
hmixer, byref(mixerline), MIXER_GETLINEINFOF_SOURCE
):
continue
print " Source:", sourceNum, mixerline.szName
for name in GetControls(hmixer, mixerline):
print " Control:", name
def MyWndProc(self, hwnd, mesg, wParam, lParam) :
if mesg == WM_TIMER:
keyHit = self.IR_GetSystemKeyCode(byref(self.repeatCode), byref(self.systemCode), byref(self.keyCode) );
if keyHit == 1:
#print "RepeatCode = ", self.repeatCode, " systemCode = ", self.systemCode, " keyCode = ", self.keyCode, " time = ", time()
if self.timerKey :
self.timerKey.cancel()
key = self.keyCode.value
repeat = ( self.repeatCode.value == 0 )
if ( not repeat and self.checkRepeatFlag ) or not ( self.keyStillPressed and self.LastKeyCode == key ) :
self.LastKeyCode = key
if not self.systemCode.value in HauppaugeIRTable:
eventString = "%d" % key
elif key in HauppaugeIRTable[ self.systemCode.value ]:
eventString = HauppaugeIRTable[ self.systemCode.value ][key]
else:
eventString = "%d" % key
self.lastEvent = self.plugin.TriggerEnduringEvent(eventString)
self.keyStillPressed = True
releaseTime = self.waitTime
else :
releaseTime = self.repeatReleaseTime
self.timerKey = Timer(releaseTime, self.OnTimeOut)
self.timerKey.start()
return 1
def StatusCheckLoop(self):
hComm = self.hFile
waitingOnStatusHandle = False
dwCommEvent = DWORD()
dwOvRes = DWORD()
commMask = (
EV_BREAK | EV_CTS | EV_DSR | EV_ERR | EV_RING
| EV_RLSD | EV_RXCHAR | EV_RXFLAG | EV_TXEMPTY
)
if not SetCommMask(self.hFile, commMask):
raise SerialError("error setting communications mask")
osStatus = OVERLAPPED(0)
osStatus.hEvent = CreateEvent(None, 1, 0, None)
if not osStatus.hEvent:
raise SerialError("error creating event")
while True:
# Issue a status event check if one hasn't been issued already.
if not waitingOnStatusHandle:
if WaitCommEvent(hComm, byref(dwCommEvent), byref(osStatus)):
# WaitCommEvent returned immediately.
# Deal with status event as appropriate.
self.ReportStatusEvent(dwCommEvent.value)
else:
if GetLastError() == ERROR_IO_PENDING:
waitingOnStatusHandle = True
else:
raise SerialError("error in WaitCommEvent")
# Check on overlapped operation
if waitingOnStatusHandle:
# Wait a little while for an event to occur.
res = WaitForSingleObject(osStatus.hEvent, 1000)
if res == WAIT_OBJECT_0:
if GetOverlappedResult(
hComm, byref(osStatus), byref(dwOvRes), 0
):
# Status event is stored in the event flag
# specified in the original WaitCommEvent call.
# Deal with the status event as appropriate.
self.ReportStatusEvent(dwCommEvent.value)
else:
# An error occurred in the overlapped operation;
# call GetLastError to find out what it was
# and abort if it is fatal.
raise SerialError()
# Set waitingOnStatusHandle flag to indicate that a new
# WaitCommEvent is to be issued.
waitingOnStatusHandle = True
elif res == WAIT_TIMEOUT:
print "timeout"
else:
# This indicates a problem with the OVERLAPPED structure's
# event handle.
CloseHandle(osStatus.hEvent)
raise SerialError("error in the WaitForSingleObject")
CloseHandle(osStatus.hEvent)
def Write(self, data):
"""
Writes a string to the port.
"""
dwWritten = DWORD(0)
returnValue = self._WriteFile(
self.hFile,
data,
len(data),
byref(dwWritten),
byref(self.osWriter)
)
if returnValue != 0:
return
err = GetLastError()
if err != 0 and err != ERROR_IO_PENDING:
raise SerialError()
if not GetOverlappedResult(
self.hFile,
byref(self.osWriter),
byref(dwWritten),
1
):
raise SerialError()
if dwWritten.value != len(data):
raise self.SerialError("Write timeout")
def FillTree(self):
root = self.AddRoot("Sound Card")
mixercaps = MIXERCAPS()
mixerline = MIXERLINE()
self.mixerHandle = mixerHandle = HMIXER()
# Obtain the hmixer struct
rc = mixerOpen(byref(mixerHandle), self.deviceId, 0, 0, 0)
if rc != MMSYSERR_NOERROR:
raise SoundMixerException()
if mixerGetDevCaps(mixerHandle, byref(mixercaps), sizeof(MIXERCAPS)):
raise SoundMixerException()
for i in range(mixercaps.cDestinations):
mixerline.cbStruct = sizeof(MIXERLINE)
mixerline.dwDestination = i
if mixerGetLineInfo(mixerHandle, byref(mixerline), MIXER_GETLINEINFOF_DESTINATION):
continue
destItem = self.AppendItem(root, mixerline.szName + ": %i" % mixerline.cChannels)
self.AddControls(destItem, mixerline)
for n in range(mixerline.cConnections):
mixerline.cbStruct = sizeof(MIXERLINE)
mixerline.dwDestination = i
mixerline.dwSource = n
if mixerGetLineInfo(mixerHandle, byref(mixerline), MIXER_GETLINEINFOF_SOURCE):
continue
sourceItem = self.AppendItem(
destItem,
mixerline.szName + ": %i" % mixerline.cChannels
)
self.AddControls(sourceItem, mixerline)
def EnsureVisible(window):
"""
Ensures the given wx.TopLevelWindow is visible on the screen.
Moves and resizes it if necessary.
"""
from eg.WinApi.Dynamic import (
sizeof, byref, GetMonitorInfo, MonitorFromWindow, GetWindowRect,
MONITORINFO, RECT, MONITOR_DEFAULTTONEAREST,
# MonitorFromRect, MONITOR_DEFAULTTONULL,
)
hwnd = window.GetHandle()
windowRect = RECT()
GetWindowRect(hwnd, byref(windowRect))
#hMonitor = MonitorFromRect(byref(windowRect), MONITOR_DEFAULTTONULL)
#if hMonitor:
# return
parent = window.GetParent()
if parent:
hwnd = parent.GetHandle()
hMonitor = MonitorFromWindow(hwnd, MONITOR_DEFAULTTONEAREST)
monInfo = MONITORINFO()
monInfo.cbSize = sizeof(MONITORINFO)
GetMonitorInfo(hMonitor, byref(monInfo))
displayRect = monInfo.rcWork
left = windowRect.left
right = windowRect.right
top = windowRect.top
bottom = windowRect.bottom
# shift the window horizontally into the display area
if left < displayRect.left:
right += (displayRect.left - left)
left = displayRect.left
if right > displayRect.right:
right = displayRect.right
elif right > displayRect.right:
left += (displayRect.right - right)
right = displayRect.right
if left < displayRect.left:
left = displayRect.left
# shift the window vertically into the display area
if top < displayRect.top:
bottom += (displayRect.top - top)
top = displayRect.top
if bottom > displayRect.bottom:
bottom = displayRect.bottom
elif bottom > displayRect.bottom:
top += (displayRect.bottom - bottom)
bottom = displayRect.bottom
if top < displayRect.top:
top = displayRect.top
# set the new position and size
window.SetRect((left, top, right - left, bottom - top))
def GetDeviceLines(self, deviceId=0):
mixercaps = MIXERCAPS()
mixerline = MIXERLINE()
result = []
hmixer = self.GetMixer(deviceId)
if mixerGetDevCaps(hmixer, byref(mixercaps), sizeof(MIXERCAPS)):
raise SoundMixerException()
for i in range(mixercaps.cDestinations):
mixerline.cbStruct = sizeof(MIXERLINE)
mixerline.dwDestination = i
if mixerGetLineInfo(hmixer, byref(mixerline), MIXER_GETLINEINFOF_DESTINATION):
continue
destination = mixerline.szName
for control in self.GetControls(hmixer, mixerline):
result.append((control[0], destination, None, control[1], control[2], control[3]))
for n in range(mixerline.cConnections):
mixerline.cbStruct = sizeof(MIXERLINE)
mixerline.dwDestination = i
mixerline.dwSource = n
if mixerGetLineInfo(hmixer, byref(mixerline), MIXER_GETLINEINFOF_SOURCE):
continue
source = mixerline.szName
for control in self.GetControls(hmixer, mixerline):
result.append((control[0], destination, source, control[1], control[2], control[3]))
return result
def MyWndProc(self, hwnd, mesg, wParam, lParam) :
if mesg == WM_TIMER:
keyHit = self.IR_GetSystemKeyCode(byref(self.repeatCode), byref(self.systemCode), byref(self.keyCode) );
if keyHit == 1:
#print "RepeatCode = ", self.repeatCode, " systemCode = ", self.systemCode, " keyCode = ", self.keyCode, " time = ", time()
if self.timerKey :
self.timerKey.cancel()
key = self.keyCode.value
repeat = ( self.repeatCode.value == 0 )
if ( not repeat and self.checkRepeatFlag ) or not ( self.keyStillPressed and self.LastKeyCode == key ) :
self.LastKeyCode = key
if not self.systemCode.value in HauppaugeIRTable:
eventString = "%d" % key
elif key in HauppaugeIRTable[ self.systemCode.value ]:
eventString = HauppaugeIRTable[ self.systemCode.value ][key]
else:
eventString = "%d" % key
self.lastEvent = self.plugin.TriggerEnduringEvent(eventString)
self.keyStillPressed = True
releaseTime = self.waitTime
else :
releaseTime = self.repeatReleaseTime
self.timerKey = Timer(releaseTime, self.OnTimeOut)
self.timerKey.start()
return 1
def ThreadLoop(self, startupEvent):
try:
hDir = CreateFile(
self.path, FILE_LIST_DIRECTORY,
FILE_SHARE_READ | FILE_SHARE_WRITE, None, OPEN_EXISTING,
FILE_FLAG_BACKUP_SEMANTICS | FILE_FLAG_OVERLAPPED, 0)
if hDir == INVALID_HANDLE_VALUE:
self.startException = FormatError()
startupEvent.set()
return
overlapped = OVERLAPPED()
overlapped.hEvent = CreateEvent(None, 1, 0, None)
buffer = (c_byte * BUFSIZE)()
events = (HANDLE * 2)(overlapped.hEvent, self.stopEvent)
flags = (FILE_NOTIFY_CHANGE_FILE_NAME | FILE_NOTIFY_CHANGE_DIR_NAME
| FILE_NOTIFY_CHANGE_ATTRIBUTES | FILE_NOTIFY_CHANGE_SIZE
| FILE_NOTIFY_CHANGE_LAST_WRITE
| FILE_NOTIFY_CHANGE_SECURITY)
includeSubdirs = self.includeSubdirs
renamePath = None
bytesReturned = DWORD()
noneCallback = cast(None, LPOVERLAPPED_COMPLETION_ROUTINE)
startupEvent.set()
while 1:
ReadDirectoryChangesW(hDir, buffer, BUFSIZE, includeSubdirs,
flags, byref(bytesReturned),
byref(overlapped), noneCallback)
rc = MsgWaitForMultipleObjects(2, events, 0, INFINITE,
QS_ALLINPUT)
if rc == WAIT_OBJECT_0:
res = GetOverlappedResult(hDir, byref(overlapped),
byref(bytesReturned), 1)
address = addressof(buffer)
while True:
fni = FILE_NOTIFY_INFORMATION.from_address(address)
length = fni.FileNameLength / WCHAR_SIZE
fileName = wstring_at(address + 12, length)
action = fni.Action
fullFilename = os.path.join(self.path, fileName)
if action == FILE_ACTION_ADDED:
self.TriggerEvent("Created", (fullFilename, ))
elif action == FILE_ACTION_REMOVED:
self.TriggerEvent("Deleted", (fullFilename, ))
elif action == FILE_ACTION_MODIFIED:
self.TriggerEvent("Updated", (fullFilename, ))
elif action == FILE_ACTION_RENAMED_OLD_NAME:
renamePath = fullFilename
elif action == FILE_ACTION_RENAMED_NEW_NAME:
self.TriggerEvent("Renamed",
(renamePath, fullFilename))
renamePath = None
if fni.NextEntryOffset == 0:
break
address += fni.NextEntryOffset
elif rc == WAIT_OBJECT_0 + 1:
break
CloseHandle(hDir)
except:
self.thread = None
raise
def __PumpWaitingMessages(self):
msg = MSG()
while PeekMessage(byref(msg), 0, 0, 0, PM_REMOVE):
if msg.message == WM_QUIT:
self.__alive = False
return
DispatchMessage(byref(msg))
def __PumpWaitingMessages(self):
msg = MSG()
while PeekMessage(byref(msg), 0, 0, 0, PM_REMOVE):
if msg.message == WM_QUIT:
self.__alive = False
return
DispatchMessage(byref(msg))
def EnsureVisible(window):
"""
Ensures the given wx.TopLevelWindow is visible on the screen.
Moves and resizes it if necessary.
"""
from eg.WinApi.Dynamic import (
sizeof, byref, GetMonitorInfo, MonitorFromWindow, GetWindowRect,
MONITORINFO, RECT, MONITOR_DEFAULTTONEAREST,
# MonitorFromRect, MONITOR_DEFAULTTONULL,
)
hwnd = window.GetHandle()
windowRect = RECT()
GetWindowRect(hwnd, byref(windowRect))
#hMonitor = MonitorFromRect(byref(windowRect), MONITOR_DEFAULTTONULL)
#if hMonitor:
# return
parent = window.GetParent()
if parent:
hwnd = parent.GetHandle()
hMonitor = MonitorFromWindow(hwnd, MONITOR_DEFAULTTONEAREST)
monInfo = MONITORINFO()
monInfo.cbSize = sizeof(MONITORINFO)
GetMonitorInfo(hMonitor, byref(monInfo))
displayRect = monInfo.rcWork
left = windowRect.left
right = windowRect.right
top = windowRect.top
bottom = windowRect.bottom
# shift the window horizontally into the display area
if left < displayRect.left:
right += (displayRect.left - left)
left = displayRect.left
if right > displayRect.right:
right = displayRect.right
elif right > displayRect.right:
left += (displayRect.right - right)
right = displayRect.right
if left < displayRect.left:
left = displayRect.left
# shift the window vertically into the display area
if top < displayRect.top:
bottom += (displayRect.top - top)
top = displayRect.top
if bottom > displayRect.bottom:
bottom = displayRect.bottom
elif bottom > displayRect.bottom:
top += (displayRect.bottom - bottom)
bottom = displayRect.bottom
if top < displayRect.top:
top = displayRect.top
# set the new position and size
window.SetRect((left, top, right - left, bottom - top))
def StatusCheckLoop(self):
hComm = self.hFile
waitingOnStatusHandle = False
dwCommEvent = DWORD()
dwOvRes = DWORD()
commMask = (
EV_BREAK | EV_CTS | EV_DSR | EV_ERR | EV_RING
| EV_RLSD | EV_RXCHAR | EV_RXFLAG | EV_TXEMPTY
)
if not SetCommMask(self.hFile, commMask):
raise SerialError("error setting communications mask")
osStatus = OVERLAPPED(0)
osStatus.hEvent = CreateEvent(None, 1, 0, None)
if not osStatus.hEvent:
raise SerialError("error creating event")
while True:
# Issue a status event check if one hasn't been issued already.
if not waitingOnStatusHandle:
if WaitCommEvent(hComm, byref(dwCommEvent), byref(osStatus)):
# WaitCommEvent returned immediately.
# Deal with status event as appropriate.
self.ReportStatusEvent(dwCommEvent.value)
else:
if GetLastError() == ERROR_IO_PENDING:
waitingOnStatusHandle = True
else:
raise SerialError("error in WaitCommEvent")
# Check on overlapped operation
if waitingOnStatusHandle:
# Wait a little while for an event to occur.
res = WaitForSingleObject(osStatus.hEvent, 1000)
if res == WAIT_OBJECT_0:
if GetOverlappedResult(
hComm, byref(osStatus), byref(dwOvRes), 0
):
# Status event is stored in the event flag
# specified in the original WaitCommEvent call.
# Deal with the status event as appropriate.
self.ReportStatusEvent(dwCommEvent.value)
else:
# An error occurred in the overlapped operation;
# call GetLastError to find out what it was
# and abort if it is fatal.
raise SerialError()
# Set waitingOnStatusHandle flag to indicate that a new
# WaitCommEvent is to be issued.
waitingOnStatusHandle = True
elif res == WAIT_TIMEOUT:
print "timeout"
else:
# This indicates a problem with the OVERLAPPED structure's
# event handle.
CloseHandle(osStatus.hEvent)
raise SerialError("error in the WaitForSingleObject")
CloseHandle(osStatus.hEvent)
def PumpWaitingMessages():
msg = MSG()
# PM_REMOVE = 0x0001
while PeekMessage(byref(msg), 0, 0, 0, PM_REMOVE):
if msg.message == WM_QUIT:
return 1
DispatchMessage(byref(msg))
def ReceiveThreadProc(self):
hFile = self.hFile
osReader = self.osReader
lpBuf = create_string_buffer(1)
dwRead = DWORD()
pHandles = (HANDLE * 2)(osReader.hEvent, self.stopEvent)
waitingOnRead = False
while self.keepAlive:
#print "ReceiveThreadProc"
# if no read is outstanding, then issue another one
if not waitingOnRead:
#print "ResetEvent"
ResetEvent(osReader.hEvent)
returnValue = self._ReadFile(
hFile,
lpBuf,
1, # we want to get notified as soon as a byte is available
byref(dwRead),
byref(osReader)
)
if not returnValue:
err = GetLastError()
if err != 0 and err != ERROR_IO_PENDING:
raise SerialError()
waitingOnRead = True
else:
# read completed immediately
if dwRead.value:
self.HandleReceive(lpBuf.raw)
continue
ret = MsgWaitForMultipleObjects(
2, pHandles, 0, 100000, QS_ALLINPUT
)
if ret == WAIT_OBJECT_0:
returnValue = GetOverlappedResult(
hFile,
byref(osReader),
byref(dwRead),
0
)
#print "GetOverlappedResult", returnValue, dwRead.value
waitingOnRead = False
if returnValue and dwRead.value:
self.HandleReceive(lpBuf.raw)
elif ret == WAIT_OBJECT_0 + 1:
#print "WAIT_OBJECT_1"
# stop event signaled
self.readCondition.acquire()
self.readCondition.notifyAll()
self.readCondition.release()
break
elif ret == WAIT_TIMEOUT:
#print "WAIT_TIMEOUT"
pass
else:
raise SerialError("Unknown message in ReceiveThreadProc")
def ReceiveThreadProc(self):
hFile = self.hFile
osReader = self.osReader
lpBuf = create_string_buffer(1)
dwRead = DWORD()
pHandles = (HANDLE * 2)(osReader.hEvent, self.stopEvent)
waitingOnRead = False
while self.keepAlive:
#print "ReceiveThreadProc"
# if no read is outstanding, then issue another one
if not waitingOnRead:
#print "ResetEvent"
ResetEvent(osReader.hEvent)
returnValue = self._ReadFile(
hFile,
lpBuf,
1, # we want to get notified as soon as a byte is available
byref(dwRead),
byref(osReader)
)
if not returnValue:
err = GetLastError()
if err != 0 and err != ERROR_IO_PENDING:
raise SerialError()
waitingOnRead = True
else:
# read completed immediately
if dwRead.value:
self.HandleReceive(lpBuf.raw)
continue
ret = MsgWaitForMultipleObjects(
2, pHandles, 0, 100000, QS_ALLINPUT
)
if ret == WAIT_OBJECT_0:
returnValue = GetOverlappedResult(
hFile,
byref(osReader),
byref(dwRead),
0
)
#print "GetOverlappedResult", returnValue, dwRead.value
waitingOnRead = False
if returnValue and dwRead.value:
self.HandleReceive(lpBuf.raw)
elif ret == WAIT_OBJECT_0 + 1:
#print "WAIT_OBJECT_1"
# stop event signaled
self.readCondition.acquire()
self.readCondition.notifyAll()
self.readCondition.release()
break
elif ret == WAIT_TIMEOUT:
#print "WAIT_TIMEOUT"
pass
else:
raise SerialError("Unknown message in ReceiveThreadProc")
def SendRawCodes2(self, keyData, hwnd, mode):
"""
Uses PostMessage and SetKeyboardState to emulate the the virtual
keycode. Can send to a specified window handle.
"""
keyboardStateBuffer = self.keyboardStateBuffer
for block in keyData:
if mode == 1 or mode == 2:
for virtualKey in block:
keyCode = virtualKey & 0xFF
highBits = virtualKey & 0xFF00
lparam = ((MapVirtualKey(keyCode, 0) | highBits) << 16) | 1
keyboardStateBuffer[keyCode] |= 128
if keyCode == VK_LSHIFT:
keyboardStateBuffer[VK_SHIFT] |= 128
#elif keyCode == VK_MENU:
# self.isSysKey = True
elif keyCode == VK_CONTROL:
keyboardStateBuffer[VK_LCONTROL] |= 128
if self.isSysKey:
mesg = WM_SYSKEYDOWN
lparam |= 0x20000000
else:
mesg = WM_KEYDOWN
SetKeyboardState(byref(keyboardStateBuffer))
PostMessage(hwnd, mesg, keyCode, lparam)
self.WaitForInputProcessed()
if mode == 0 or mode == 2:
for virtualKey in reversed(block):
keyCode = virtualKey & 0xFF
highBits = virtualKey & 0xFF00
lparam = (
((MapVirtualKey(keyCode, 0) | highBits) << 16) |
0xC0000001
)
keyboardStateBuffer[keyCode] &= ~128
if keyCode == VK_LSHIFT:
keyboardStateBuffer[VK_SHIFT] &= ~128
#elif keyCode == VK_MENU:
# self.isSysKey = False
elif keyCode == VK_CONTROL:
keyboardStateBuffer[VK_LCONTROL] &= ~128
if self.isSysKey:
mesg = WM_SYSKEYUP
lparam |= 0x20000000
else:
mesg = WM_KEYUP
SetKeyboardState(byref(keyboardStateBuffer))
PostMessage(hwnd, mesg, keyCode, lparam)
self.WaitForInputProcessed()
def SendRawCodes2(self, keyData, hwnd, mode):
"""
Uses PostMessage and SetKeyboardState to emulate the the virtual
keycode. Can send to a specified window handle.
"""
keyboardStateBuffer = self.keyboardStateBuffer
for block in keyData:
if mode == 1 or mode == 2:
for virtualKey in block:
keyCode = virtualKey & 0xFF
highBits = virtualKey & 0xFF00
lparam = ((MapVirtualKey(keyCode, 0) | highBits) << 16) | 1
keyboardStateBuffer[keyCode] |= 128
if keyCode == VK_LSHIFT:
keyboardStateBuffer[VK_SHIFT] |= 128
#elif keyCode == VK_MENU:
# self.isSysKey = True
elif keyCode == VK_CONTROL:
keyboardStateBuffer[VK_LCONTROL] |= 128
if self.isSysKey:
mesg = WM_SYSKEYDOWN
lparam |= 0x20000000
else:
mesg = WM_KEYDOWN
SetKeyboardState(byref(keyboardStateBuffer))
PostMessage(hwnd, mesg, keyCode, lparam)
self.WaitForInputProcessed()
if mode == 0 or mode == 2:
for virtualKey in reversed(block):
keyCode = virtualKey & 0xFF
highBits = virtualKey & 0xFF00
lparam = (
((MapVirtualKey(keyCode, 0) | highBits) << 16) |
0xC0000001
)
keyboardStateBuffer[keyCode] &= ~128
if keyCode == VK_LSHIFT:
keyboardStateBuffer[VK_SHIFT] &= ~128
#elif keyCode == VK_MENU:
# self.isSysKey = False
elif keyCode == VK_CONTROL:
keyboardStateBuffer[VK_LCONTROL] &= ~128
if self.isSysKey:
mesg = WM_SYSKEYUP
lparam |= 0x20000000
else:
mesg = WM_KEYUP
SetKeyboardState(byref(keyboardStateBuffer))
PostMessage(hwnd, mesg, keyCode, lparam)
self.WaitForInputProcessed()
def __call__(self,
hwnd,
keystrokeString,
useAlternateMethod=False,
mode=2):
keyData = ParseText(keystrokeString)
if keyData:
needGetFocus = False
sendToFront = False
if hwnd is None:
sendToFront = True
hwnd = GetForegroundWindow()
needGetFocus = True
dwProcessId = DWORD()
threadID = GetWindowThreadProcessId(hwnd, byref(dwProcessId))
processID = dwProcessId.value
ourThreadID = GetCurrentThreadId()
# If not, attach our thread's 'input' to the foreground thread's
if threadID != ourThreadID:
AttachThreadInput(threadID, ourThreadID, True)
if needGetFocus:
hwnd = GetFocus()
if not sendToFront:
if GetGUIThreadInfo(0, byref(self.guiTreadInfo)):
sendToFront = (self.guiTreadInfo.hwndFocus == hwnd)
else:
sendToFront = False
if not hwnd:
hwnd = None
self.procHandle = OpenProcess(PROCESS_QUERY_INFORMATION, 0,
processID)
#self.WaitForInputProcessed()
oldKeyboardState = PBYTE256()
GetKeyboardState(byref(oldKeyboardState))
keyData = ParseText(keystrokeString)
if sendToFront and not useAlternateMethod:
self.SendRawCodes1(keyData, mode)
else:
self.SendRawCodes2(keyData, hwnd, mode)
SetKeyboardState(byref(oldKeyboardState))
self.WaitForInputProcessed()
if threadID != ourThreadID:
AttachThreadInput(threadID, ourThreadID, False)
if self.procHandle:
CloseHandle(self.procHandle)
def __call__(self, hwnd, keystrokeString, useAlternateMethod=False, mode=2):
keyData = ParseText(keystrokeString)
if keyData:
needGetFocus = False
sendToFront = False
if hwnd is None:
sendToFront = True
hwnd = GetForegroundWindow()
needGetFocus = True
dwProcessId = DWORD()
threadID = GetWindowThreadProcessId(hwnd, byref(dwProcessId))
processID = dwProcessId.value
ourThreadID = GetCurrentThreadId()
# If not, attach our thread's 'input' to the foreground thread's
if threadID != ourThreadID:
AttachThreadInput(threadID, ourThreadID, True)
if needGetFocus:
hwnd = GetFocus()
if not sendToFront:
if GetGUIThreadInfo(0, byref(self.guiTreadInfo)):
sendToFront = (self.guiTreadInfo.hwndFocus == hwnd)
else:
sendToFront = False
if not hwnd:
hwnd = None
self.procHandle = OpenProcess(
PROCESS_QUERY_INFORMATION,
0,
processID
)
#self.WaitForInputProcessed()
oldKeyboardState = PBYTE256()
GetKeyboardState(byref(oldKeyboardState))
keyData = ParseText(keystrokeString)
if sendToFront and not useAlternateMethod:
self.SendRawCodes1(keyData, mode)
else:
self.SendRawCodes2(keyData, hwnd, mode)
SetKeyboardState(byref(oldKeyboardState))
self.WaitForInputProcessed()
if threadID != ourThreadID:
AttachThreadInput(threadID, ourThreadID, False)
if self.procHandle:
CloseHandle(self.procHandle)
def OnRawInput(self, hwnd, mesg, wParam, lParam):
pcbSize = UINT()
GetRawInputData(
lParam, RID_INPUT, None, byref(pcbSize), sizeof(RAWINPUTHEADER)
)
buf = create_string_buffer(pcbSize.value)
GetRawInputData(
lParam, RID_INPUT, buf, byref(pcbSize), sizeof(RAWINPUTHEADER)
)
pRawInput = cast(buf, POINTER(RAWINPUT))
keyboard = pRawInput.contents.data.keyboard
if keyboard.VKey == 0xFF:
eg.eventThread.Call(eg.Print, "0xFF")
return 0
#print "Scan code:", keyboard.MakeCode
info = ""
mTime = time.clock()
if keyboard.Message == WM_KEYDOWN:
transition = "KEYDOWN"
elif keyboard.Message == WM_KEYUP:
transition = "KEYUP"
else:
transition = " %d" % keyboard.Message
info = "%f " % mTime
info += "RawI %s: %s(%d), " % (
transition,
VK_KEYS[keyboard.VKey],
keyboard.VKey
)
if GetAsyncKeyState(162): #LCtrl
info += "LCtrl "
if GetAsyncKeyState(163): #RCtrl
info += "RCtrl "
info += "Scan: %d, " % keyboard.MakeCode
info += "Extra: %d, " % keyboard.ExtraInformation
info += "Device: %r, " % pRawInput.contents.header.hDevice
#print "Flags:", keyboard.Flags
rawKeyboardData = RawKeyboardData(
keyboard.VKey,
pRawInput.contents.header.hDevice,
keyboard.Message in (WM_KEYDOWN, WM_SYSKEYDOWN),
time.clock()
)
self.buf.append(rawKeyboardData)
eg.eventThread.Call(eg.Print, info)
if GET_RAWINPUT_CODE_WPARAM(wParam) == RIM_INPUT:
return DefWindowProc(hwnd, mesg, wParam, lParam)
return 0
def OnRawInput(self, hwnd, mesg, wParam, lParam):
pcbSize = UINT()
GetRawInputData(
lParam, RID_INPUT, None, byref(pcbSize), sizeof(RAWINPUTHEADER)
)
buf = create_string_buffer(pcbSize.value)
GetRawInputData(
lParam, RID_INPUT, buf, byref(pcbSize), sizeof(RAWINPUTHEADER)
)
pRawInput = cast(buf, POINTER(RAWINPUT))
keyboard = pRawInput.contents.data.keyboard
if keyboard.VKey == 0xFF:
eg.eventThread.Call(eg.Print, "0xFF")
return 0
#print "Scan code:", keyboard.MakeCode
info = ""
mTime = time.clock()
if keyboard.Message == WM_KEYDOWN:
transition = "KEYDOWN"
elif keyboard.Message == WM_KEYUP:
transition = "KEYUP"
else:
transition = " %d" % keyboard.Message
info = "%f " % mTime
info += "RawI %s: %s(%d), " % (
transition,
VK_KEYS[keyboard.VKey],
keyboard.VKey
)
if GetAsyncKeyState(162): #LCtrl
info += "LCtrl "
if GetAsyncKeyState(163): #RCtrl
info += "RCtrl "
info += "Scan: %d, " % keyboard.MakeCode
info += "Extra: %d, " % keyboard.ExtraInformation
info += "Device: %r, " % pRawInput.contents.header.hDevice
#print "Flags:", keyboard.Flags
rawKeyboardData = RawKeyboardData(
keyboard.VKey,
pRawInput.contents.header.hDevice,
keyboard.Message in (WM_KEYDOWN, WM_SYSKEYDOWN),
time.clock()
)
self.buf.append(rawKeyboardData)
eg.eventThread.Call(eg.Print, info)
if GET_RAWINPUT_CODE_WPARAM(wParam) == RIM_INPUT:
return DefWindowProc(hwnd, mesg, wParam, lParam)
return 0
def __call__(self, drive=None, action=0):
drive = drive or self.plugin.cdDrives[0]
def SendCodeToDrive(code):
device = getDeviceHandle(drive)
try:
hDevice = CreateFile(
device,
GENERIC_READ,
FILE_SHARE_READ,
None,
OPEN_EXISTING,
0,
0
)
except Exception, exc:
self.PrintError(
"Couldn't find drive %s:" % drive[:1].upper()
)
return
bytesReturned = DWORD()
DeviceIoControl(
hDevice, # handle to the device
code, # control code for the operation
None, # pointer to the input buffer
0, # size of the input buffer
None, # pointer to the output buffer
0, # size of the output buffer
byref(bytesReturned),
None # pointer to an OVERLAPPED structure
)
CloseHandle(hDevice)
def Setup(self, plugin, msgQueue):
self.plugin = plugin
self.msgQueue = msgQueue
self.wndClass = WNDCLASS(
lpfnWndProc = WNDPROC(self.WindowProc),
hInstance = GetModuleHandle(None),
lpszClassName = "HiddenPCTVMessageReceiver"
)
if not RegisterClass(byref(self.wndClass)):
raise WinError()
self.hWnd = CreateWindow(
self.wndClass.lpszClassName,
self.wndClass.lpszClassName,
WS_OVERLAPPEDWINDOW,
CW_USEDEFAULT,
CW_USEDEFAULT,
CW_USEDEFAULT,
CW_USEDEFAULT,
None,
None,
self.wndClass.hInstance,
None
)
if not self.hWnd:
raise WinError()
if not SetProp(self.hWnd, self.wndClass.lpszClassName, 658020):
raise WinError()
def run(self):
WaitForSingleObject(self.processInformation.hProcess, INFINITE)
exitCode = DWORD()
if not GetExitCodeProcess(
self.processInformation.hProcess,
byref(exitCode)
):
raise self.Exception(FormatError())
CloseHandle(self.processInformation.hProcess)
if hasattr(self.processInformation, "hThread"):
CloseHandle(self.processInformation.hThread)
if self.pld:
try:
data = code_open(self.filename, 'r', self.cp)
lines = data.readlines()
returnValue = "".join(lines)
data.close()
remove(self.filename)
except:
returnValue = ""
eg.TriggerEvent(
self.suffix,
prefix = self.prefix,
payload = returnValue.rstrip()
)
else:
eg.TriggerEvent(self.suffix, prefix = self.prefix)
def SetControlValue(hmixer, mixerControl, value):
'''
Sets the volumne from the pointer of the object passed through
' [Note: original source taken from MSDN
http://support.microsoft.com/default.aspx?scid=KB;EN-US;Q178456&]
This function sets the value for a volume control. Returns True if
successful
'''
valueDetails = MIXERCONTROLDETAILS_UNSIGNED()
valueDetails.dwValue = value
mixerControlDetails = MIXERCONTROLDETAILS()
mixerControlDetails.cbStruct = sizeof(MIXERCONTROLDETAILS)
mixerControlDetails.item = 0
mixerControlDetails.dwControlID = mixerControl.dwControlID
mixerControlDetails.cbDetails = sizeof(valueDetails)
mixerControlDetails.paDetails = addressof(valueDetails)
mixerControlDetails.cChannels = 1
# Set the control value
rc = mixerSetControlDetails(hmixer, byref(mixerControlDetails), 0)
if rc != MMSYSERR_NOERROR:
raise SoundMixerException()
def __call__(self, x, y, displayNumber = 0):
monitorDimensions = GetMonitorDimensions()
try:
displayRect = monitorDimensions[displayNumber]
except IndexError:
displayRect = monitorDimensions[0]
rect = RECT()
mons = EnumDisplayMonitors(None, None)
mons = [item[2] for item in mons]
for hwnd in GetTopLevelOfTargetWindows():
GetWindowRect(hwnd, byref(rect))
X = rect.left
Y = rect.top
for mon in range(len(mons)):
if mons[mon][0] <= X and X <= mons[mon][2] and mons[mon][1] <= Y and Y <= mons[mon][3]:
break
if mon == len(mons):
mon = 0
if x is None:
x = rect.left - mons[mon][0]
if y is None:
y = rect.top - mons[mon][1]
x += displayRect[0]
y += displayRect[1]
MoveWindow(
hwnd, x, y, rect.right - rect.left, rect.bottom - rect.top, 1
)
def __call__(self, x, y, displayNumber=0):
monitorDimensions = GetMonitorDimensions()
try:
displayRect = monitorDimensions[displayNumber]
except IndexError:
displayRect = monitorDimensions[0]
rect = RECT()
mons = EnumDisplayMonitors(None, None)
mons = [item[2] for item in mons]
for hwnd in GetTopLevelOfTargetWindows():
GetWindowRect(hwnd, byref(rect))
X = rect.left
Y = rect.top
for mon in range(len(mons)):
if mons[mon][0] <= X and X <= mons[mon][2] and mons[mon][
1] <= Y and Y <= mons[mon][3]:
break
if mon == len(mons):
mon = 0
if x is None:
x = rect.left - mons[mon][0]
if y is None:
y = rect.top - mons[mon][1]
x += displayRect[0]
y += displayRect[1]
MoveWindow(hwnd, x, y, rect.right - rect.left,
rect.bottom - rect.top, 1)
def Setup(self, plugin, waitTime):
"""
This will be called inside the thread at the beginning.
"""
self.plugin = plugin
self.waitTime = waitTime
self.timer = Timer(0, self.OnTimeOut)
self.lastEvent = None
wc = WNDCLASS()
wc.hInstance = GetModuleHandle(None)
wc.lpszClassName = "HiddenMceMessageReceiver"
wc.lpfnWndProc = WNDPROC(self.MyWndProc)
if not RegisterClass(byref(wc)):
raise WinError()
self.hwnd = CreateWindowEx(0, wc.lpszClassName,
"MCE Remote Message Receiver",
WS_OVERLAPPEDWINDOW, CW_USEDEFAULT,
CW_USEDEFAULT, CW_USEDEFAULT, CW_USEDEFAULT,
0, 0, wc.hInstance, None)
if not self.hwnd:
raise WinError()
self.wc = wc
self.hinst = wc.hInstance
self.dll = WinDLL(os.path.join(PLUGIN_DIR, "MceIr.dll"))
if not self.dll.MceIrRegisterEvents(self.hwnd):
raise self.plugin.Exceptions.DeviceNotFound
self.dll.MceIrSetRepeatTimes(1, 1)
def GetRam():
memoryStatus = MEMORYSTATUSEX()
memoryStatus.dwLength = sizeof(MEMORYSTATUSEX)
GlobalMemoryStatusEx(byref(memoryStatus))
return (
round(memoryStatus.ullTotalPhys / 1024.0 / 1024 / 1024, 1),
round(memoryStatus.ullAvailPhys / 1024.0 / 1024 / 1024, 1),
)
def Write(self, data):
"""
Writes a string to the port.
"""
dwWritten = DWORD(0)
returnValue = self._WriteFile(self.hFile, data, len(data),
byref(dwWritten), byref(self.osWriter))
if returnValue != 0:
return
err = GetLastError()
if err != 0 and err != ERROR_IO_PENDING:
raise SerialError()
if not GetOverlappedResult(self.hFile, byref(self.osWriter),
byref(dwWritten), 1):
raise SerialError()
if dwWritten.value != len(data):
raise self.SerialError("Write timeout")
def GetRam():
memoryStatus = MEMORYSTATUSEX()
memoryStatus.dwLength = sizeof(MEMORYSTATUSEX)
GlobalMemoryStatusEx(byref(memoryStatus))
return (
round(memoryStatus.ullTotalPhys / 1024.0 / 1024 / 1024, 1),
round(memoryStatus.ullAvailPhys / 1024.0 / 1024 / 1024, 1),
)
def _ReadAllAvailable(self):
"""
Get all bytes currently in the drivers receive buffer.
Only used internally.
"""
sleep(0.001)
errors = DWORD()
self._ClearCommError(self.hFile, byref(errors), byref(self.comstat))
numBytes = self.comstat.cbInQue
if numBytes == 0:
return ""
# ResetEvent(self.osReader.hEvent)
lpBuffer = create_string_buffer(numBytes)
numberOfBytesRead = DWORD()
if not self._ReadFile(self.hFile, lpBuffer, numBytes, byref(numberOfBytesRead), byref(self.osReader)):
WaitForSingleObject(self.osReader.hEvent, INFINITE)
return lpBuffer.raw[: numberOfBytesRead.value]
def GetMixerDevices(self):
mixcaps = MIXERCAPS()
result = []
for i in range(mixerGetNumDevs()):
if mixerGetDevCaps(i, byref(mixcaps), sizeof(MIXERCAPS)):
continue
result.append((i, mixcaps.szPname))
return result
def GetRam():
memoryStatus = MEMORYSTATUSEX()
memoryStatus.dwLength = sizeof(MEMORYSTATUSEX)
GlobalMemoryStatusEx(byref(memoryStatus))
return (
int(round(memoryStatus.ullTotalPhys / 1048576.0)),
int(round(memoryStatus.ullAvailPhys / 1048576.0)),
)
def GetMixerControl(componentType, ctrlType, deviceId=0):
'''
Obtains an appropriate pointer and info for the volume control
This function attempts to obtain a mixer control. Raises
SoundMixerException if not successful.
'''
hmixer = HMIXER()
# Obtain the hmixer struct
rc = mixerOpen(byref(hmixer), deviceId, 0, 0, 0)
if rc != MMSYSERR_NOERROR:
raise SoundMixerException()
mixerLineControls = MIXERLINECONTROLS()
mixerLineControls.cbStruct = sizeof(MIXERLINECONTROLS)
mixerLine = MIXERLINE()
mixerLine.cbStruct = sizeof(MIXERLINE)
mixerControl = MIXERCONTROL()
mixerControl.cbStruct = sizeof(MIXERCONTROL)
mixerLine.dwComponentType = componentType
# Obtain a line corresponding to the component type
rc = mixerGetLineInfo(
hmixer,
byref(mixerLine),
MIXER_GETLINEINFOF_COMPONENTTYPE
)
if rc != MMSYSERR_NOERROR:
raise SoundMixerException()
mixerLineControls.dwLineID = mixerLine.dwLineID
mixerLineControls.dwControlType = ctrlType
mixerLineControls.cControls = 1
mixerLineControls.cbmxctrl = sizeof(mixerControl)
mixerLineControls.pamxctrl = pointer(mixerControl)
# Get the control
rc = mixerGetLineControls(
hmixer,
byref(mixerLineControls),
MIXER_GETLINECONTROLSF_ONEBYTYPE
)
if MMSYSERR_NOERROR != rc:
raise SoundMixerException()
return hmixer, mixerControl
def GetRam():
memoryStatus = MEMORYSTATUSEX()
memoryStatus.dwLength = sizeof(MEMORYSTATUSEX)
GlobalMemoryStatusEx(byref(memoryStatus))
return (
int(round(memoryStatus.ullTotalPhys / 1048576.0)),
int(round(memoryStatus.ullAvailPhys / 1048576.0)),
)
def _ReadAllAvailable(self):
"""
Get all bytes currently in the drivers receive buffer.
Only used internally.
"""
sleep(0.001)
errors = DWORD()
self._ClearCommError(self.hFile, byref(errors), byref(self.comstat))
numBytes = self.comstat.cbInQue
if numBytes == 0:
return ''
#ResetEvent(self.osReader.hEvent)
lpBuffer = create_string_buffer(numBytes)
numberOfBytesRead = DWORD()
if not self._ReadFile(self.hFile, lpBuffer, numBytes,
byref(numberOfBytesRead), byref(self.osReader)):
WaitForSingleObject(self.osReader.hEvent, INFINITE)
return lpBuffer.raw[:numberOfBytesRead.value]
def __call__(self, width=None, height=None):
rect = RECT()
for hwnd in GetTopLevelOfTargetWindows():
GetWindowRect(hwnd, byref(rect))
if width is None:
width = rect.right - rect.left - 1
if height is None:
height = rect.bottom - rect.top - 1
MoveWindow(hwnd, rect.left, rect.top, width + 1, height + 1, 1)
def run(self):
WaitForSingleObject(self.processInformation.hProcess, INFINITE)
exitCode = DWORD()
if not GetExitCodeProcess(self.processInformation.hProcess,
byref(exitCode)):
raise self.Exception(FormatError())
CloseHandle(self.processInformation.hProcess)
CloseHandle(self.processInformation.hThread)
eg.TriggerEvent(self.suffix, prefix=self.prefix)
def run(self):
WaitForSingleObject(self.processInformation.hProcess, INFINITE)
exitCode = DWORD()
if not GetExitCodeProcess(self.processInformation.hProcess, byref(exitCode)):
raise self.Exception(FormatError())
CloseHandle(self.processInformation.hProcess)
if hasattr(self.processInformation, "hThread"):
CloseHandle(self.processInformation.hThread)
eg.TriggerEvent(self.suffix, prefix=self.prefix)
def __call__(self, width=None, height=None):
rect = RECT()
for hwnd in GetTopLevelOfTargetWindows():
GetWindowRect(hwnd, byref(rect))
if width is None:
width = rect.right - rect.left - 1
if height is None:
height = rect.bottom - rect.top - 1
MoveWindow(hwnd, rect.left, rect.top, width + 1, height + 1, 1)
def OnCopyData(self, hwnd, mesg, wParam, lParam):
copyData = cast(lParam, PCOPYDATASTRUCT)
hEvent = cast(copyData.contents.lpData, POINTER(HEVENT))
if not (
copyData.contents.dwData == 0
and copyData.contents.cbData == sizeof(HEVENT)
and hEvent.contents.dwHookType == WH_KEYBOARD
):
eg.eventThread.Call(eg.Print, "return")
return
mTime = time.clock()
msg = MSG()
while PeekMessage(byref(msg), 0, WM_INPUT, WM_INPUT, PM_REMOVE):
self.OnRawInput(0, msg.message, msg.wParam, msg.lParam)
vKey = hEvent.contents.wParam
repeatCount = hEvent.contents.lParam & 0xFFFF
keyState = (hEvent.contents.lParam >> 30) & 0x01
extended = (hEvent.contents.lParam >> 24) & 0x01
if (hEvent.contents.lParam >> 31) & 0x01:
transition = "KEYUP"
state = False
else:
transition = "KEYDOWN"
state = True
info = "%f Hook %s: %s(%d), keyState=%d, extended=%d" % (
mTime,
transition,
VK_KEYS[vKey],
hEvent.contents.wParam,
keyState,
extended,
)
if GetAsyncKeyState(162): #LCtrl
info += "LCtrl "
if GetAsyncKeyState(163): #RCtrl
info += "RCtrl "
i = 0
while i < len(self.buf):
rawKeyboardData = self.buf[i]
if rawKeyboardData.tick < time.clock() - 0.2:
eg.eventThread.Call(eg.Print, "*** removed to old message")
del self.buf[i]
continue
if (
rawKeyboardData.vKey == vKey
and rawKeyboardData.state == state
):
del self.buf[i]
# if rawKeyboardData.device != 65603:
# eg.eventThread.Call(eg.Print, "blocked")
# return 1
eg.eventThread.Call(eg.Print, info)
return 0
i += 1
eg.eventThread.Call(eg.Print, "not found")
def OnCopyData(self, hwnd, mesg, wParam, lParam):
copyData = cast(lParam, PCOPYDATASTRUCT)
hEvent = cast(copyData.contents.lpData, POINTER(HEVENT))
if not (
copyData.contents.dwData == 0
and copyData.contents.cbData == sizeof(HEVENT)
and hEvent.contents.dwHookType == WH_KEYBOARD
):
eg.eventThread.Call(eg.Print, "return")
return
mTime = time.clock()
msg = MSG()
while PeekMessage(byref(msg), 0, WM_INPUT, WM_INPUT, PM_REMOVE):
self.OnRawInput(0, msg.message, msg.wParam, msg.lParam)
vKey = hEvent.contents.wParam
repeatCount = hEvent.contents.lParam & 0xFFFF
keyState = (hEvent.contents.lParam >> 30) & 0x01
extended = (hEvent.contents.lParam >> 24) & 0x01
if (hEvent.contents.lParam >> 31) & 0x01:
transition = "KEYUP"
state = False
else:
transition = "KEYDOWN"
state = True
info = "%f Hook %s: %s(%d), keyState=%d, extended=%d" % (
mTime,
transition,
VK_KEYS[vKey],
hEvent.contents.wParam,
keyState,
extended,
)
if GetAsyncKeyState(162): #LCtrl
info += "LCtrl "
if GetAsyncKeyState(163): #RCtrl
info += "RCtrl "
i = 0
while i < len(self.buf):
rawKeyboardData = self.buf[i]
if rawKeyboardData.tick < time.clock() - 0.2:
eg.eventThread.Call(eg.Print, "*** removed to old message")
del self.buf[i]
continue
if (
rawKeyboardData.vKey == vKey
and rawKeyboardData.state == state
):
del self.buf[i]
# if rawKeyboardData.device != 65603:
# eg.eventThread.Call(eg.Print, "blocked")
# return 1
eg.eventThread.Call(eg.Print, info)
return 0
i += 1
eg.eventThread.Call(eg.Print, "not found")
def SetMode(self, mode):
"""
Sets the serial port mode setting from a string.
See :meth:`Open` for a complete description of the mode string.
"""
dcb = self.dcb
dcb.ByteSize = int(mode[0])
dcb.Parity = PARITY_S2V_DICT[mode[1].upper()]
dcb.StopBits = STOPBITS_S2V_DICT[mode[2:]]
SetCommState(self.hFile, byref(dcb))
def SetMode(self, mode):
"""
Sets the serial port mode setting from a string.
See :meth:`Open` for a complete description of the mode string.
"""
dcb = self.dcb
dcb.ByteSize = int(mode[0])
dcb.Parity = PARITY_S2V_DICT[mode[1].upper()]
dcb.StopBits = STOPBITS_S2V_DICT[mode[2:]]
SetCommState(self.hFile, byref(dcb))
def __init__(self, hwnd):
if not hwnd:
raise ValueError("Invalid hwnd")
self.hwnd = hwnd
dwProcessId = DWORD()
GetWindowThreadProcessId(hwnd, byref(dwProcessId))
self.pid = dwProcessId.value
self.name = splitext(GetProcessName(self.pid))[0]
# The following may change during a window's lifetime
self.cached_title = ourName if self.pid == GetProcessId(
) else GetWindowText(hwnd)
self.cached_class = GetClassName(hwnd)
def GetMachineKey():
# Get the volume serial number of the system drive
volumeSerialBuffer = DWORD()
GetVolumeInformation("C:\\", None, 0, byref(volumeSerialBuffer), None, None, None, 0)
value = volumeSerialBuffer.value
volumeSerial = chr((value >> 24) & 0xFF) + chr((value >> 16) & 0xFF) + chr((value >> 8) & 0xFF) + chr(value & 0xFF)
# The last 6 bytes of the UUID returned from UuidCreateSequential contain
# the hardware MAC address.
uuid = ctypes.create_string_buffer(16)
ctypes.windll.rpcrt4.UuidCreateSequential(uuid)
mac = uuid.raw[-6:]
return volumeSerial + mac
def GetMixerDevices():
""" Returns a list of all mixer device names available on the system."""
mixcaps = MIXERCAPS()
result = []
# get the number of Mixer devices in this computer
for i in range(mixerGetNumDevs()):
# get info about the device
if mixerGetDevCaps(i, byref(mixcaps), sizeof(MIXERCAPS)):
continue
# store the name of the device
result.append(mixcaps.szPname)
return result
def WriteFhz(self, telegramType, *args):
maxTime = time.clock() + 1.0
dwStatus = DWORD()
while True:
d2xx.FT_GetModemStatus(self.ftHandle, byref(dwStatus))
if dwStatus.value & 0xFF == 48:
break
if time.clock() > maxTime:
self.PrintError("FHZ timeout error!")
return
time.sleep(0.01)
self.WriteFhzNoWait(telegramType, *args)
def WriteFhz(self, telegramType, *args):
maxTime = time.clock() + 1.0
dwStatus = DWORD()
while True:
d2xx.FT_GetModemStatus(self.ftHandle, byref(dwStatus))
if dwStatus.value & 0xFF == 48:
break
if time.clock() > maxTime:
self.PrintError("FHZ timeout error!")
return
time.sleep(0.01)
#print "write sleep"
self.WriteFhzNoWait(telegramType, *args)
def GetMachineKey():
# Get the volume serial number of the system drive
volumeSerialBuffer = DWORD()
GetVolumeInformation("C:\\", None, 0, byref(volumeSerialBuffer), None,
None, None, 0)
value = volumeSerialBuffer.value
volumeSerial = (chr((value >> 24) & 0xFF) + chr((value >> 16) & 0xFF) +
chr((value >> 8) & 0xFF) + chr(value & 0xFF))
# The last 6 bytes of the UUID returned from UuidCreateSequential contain
# the hardware MAC address.
uuid = ctypes.create_string_buffer(16)
ctypes.windll.rpcrt4.UuidCreateSequential(uuid)
mac = uuid.raw[-6:]
return volumeSerial + mac
def ScanDevices(self):
nDevices = UINT(0)
if -1 == GetRawInputDeviceList(None, byref(nDevices),
sizeof(RAWINPUTDEVICELIST)):
raise WinError()
rawInputDeviceList = (RAWINPUTDEVICELIST * nDevices.value)()
if -1 == GetRawInputDeviceList(
cast(rawInputDeviceList, PRAWINPUTDEVICELIST), byref(nDevices),
sizeof(RAWINPUTDEVICELIST)):
raise WinError()
cbSize = UINT()
for i in range(nDevices.value):
GetRawInputDeviceInfo(rawInputDeviceList[i].hDevice,
RIDI_DEVICENAME, None, byref(cbSize))
deviceName = create_unicode_buffer(cbSize.value)
GetRawInputDeviceInfo(rawInputDeviceList[i].hDevice,
RIDI_DEVICENAME, byref(deviceName),
byref(cbSize))
ridDeviceInfo = RID_DEVICE_INFO()
cbSize.value = ridDeviceInfo.cbSize = sizeof(RID_DEVICE_INFO)
GetRawInputDeviceInfo(rawInputDeviceList[i].hDevice,
RIDI_DEVICEINFO, byref(ridDeviceInfo),
byref(cbSize))
if ridDeviceInfo.dwType != RIM_TYPEKEYBOARD:
continue
print "hDevice:", rawInputDeviceList[i].hDevice
print "Type:", RIM_TYPES[rawInputDeviceList[i].dwType]
print "DeviceName:", deviceName.value
if ridDeviceInfo.dwType == RIM_TYPEHID:
hid = ridDeviceInfo.hid
print "dwVendorId: %04X" % hid.dwVendorId
print "dwProductId: %04X" % hid.dwProductId
print "dwVersionNumber: %04X" % hid.dwVersionNumber
print "usUsagePage:", hid.usUsagePage
print "usUsage:", hid.usUsage
if ridDeviceInfo.dwType == RIM_TYPEKEYBOARD:
kbd = ridDeviceInfo.keyboard
print "dwType:", kbd.dwType
print "dwSubType:", kbd.dwSubType
print "dwKeyboardMode:", kbd.dwKeyboardMode
print "dwNumberOfFunctionKeys:", kbd.dwNumberOfFunctionKeys
print "dwNumberOfIndicators:", kbd.dwNumberOfIndicators
print "dwNumberOfKeysTotal:", kbd.dwNumberOfKeysTotal
if ridDeviceInfo.dwType == RIM_TYPEMOUSE:
mouse = ridDeviceInfo.mouse
print "dwId:", mouse.dwId
print "dwNumberOfButtons:", mouse.dwNumberOfButtons
print "dwSampleRate:", mouse.dwSampleRate
print "fHasHorizontalWheel:", mouse.fHasHorizontalWheel
print
def EnumProcesses():
pids = {}
hwnds = {}
dwProcessId = DWORD()
for hwnd in GetTopLevelWindowList(False):
GetWindowThreadProcessId(hwnd, byref(dwProcessId))
pid = dwProcessId.value
if pid not in pids:
processInfo = ProcessInfo(pid)
pids[pid] = processInfo
else:
processInfo = pids[pid]
processInfo.hwnds[hwnd] = WindowInfo(hwnd)
hwnds[hwnd] = processInfo
return pids, hwnds
def SetControlValue(self, mixer, controlId, value):
valueDetails = MIXERCONTROLDETAILS_UNSIGNED()
valueDetails.dwValue = value
mixerControlDetails = MIXERCONTROLDETAILS()
mixerControlDetails.cbStruct = sizeof(MIXERCONTROLDETAILS)
mixerControlDetails.item = 0
mixerControlDetails.dwControlID = controlId
mixerControlDetails.cbDetails = sizeof(valueDetails)
mixerControlDetails.paDetails = addressof(valueDetails)
mixerControlDetails.cChannels = 1
rc = mixerSetControlDetails(mixer, byref(mixerControlDetails), 0)
if rc != MMSYSERR_NOERROR:
raise SoundMixerException()
def EnumProcesses():
names = {}
hwnds = {}
dwProcessId = DWORD()
for hwnd in GetTopLevelWindowList(False):
GetWindowThreadProcessId(hwnd, byref(dwProcessId))
pid = dwProcessId.value
name = splitext(GetProcessName(pid))[0]
if name not in names:
processInfo = ProcessInfo(name)
names[name] = processInfo
else:
processInfo = names[name]
processInfo.hwnds.add(hwnd)
hwnds[hwnd] = processInfo
return names, hwnds
def __init__(self, windowName):
self.windowName = windowName
self.messageProcs = {
WM_SIZE: [self.WmSizeHandler],
}
eg.ThreadWorker.__init__(self)
wndclass = WNDCLASS(
lpfnWndProc=WNDPROC(self.WindowProc),
hInstance=GetModuleHandle(None),
lpszMenuName=None,
lpszClassName=self.windowName + "MessageReceiver",
)
self.classAtom = RegisterClass(byref(wndclass))
if not self.classAtom:
raise WinError()
self.wndclass = wndclass
self.hwnd = None
self.nextWmUserMsg = WM_USER + 1000
self.wmUserHandlers = {}
self.freeWmUserMsgs = []
def GetAllPorts(cls):
"""
Returns a list with all available serial ports.
"""
serialPortList = cls._serialPortList
if serialPortList is not None:
return serialPortList
serialPortList = []
commconfig = COMMCONFIG()
commconfig.dwSize = sizeof(COMMCONFIG)
lpCC = pointer(commconfig)
dwSize = DWORD(0)
lpdwSize = byref(dwSize)
for i in range(0, 255):
name = 'COM%d' % (i + 1)
res = GetDefaultCommConfig(name, lpCC, lpdwSize)
if res == 1 or (res == 0 and GetLastError() == 122):
serialPortList.append(i)
cls._serialPortList = serialPortList
return serialPortList
def Setup( self,
plugin,
waitTime,
pollTime,
useDefaultPollTime,
initTime = 15.0,
checkRepeatFlag = False,
repeatReleaseTime = 200 ):
"""
This will be called inside the thread at the beginning.
"""
self.lock = Lock()
self.abort = False
self.plugin = plugin
self.waitTime = float(waitTime)/1000.0
self.repeatReleaseTime = float(repeatReleaseTime)/1000.0
self.pollTime = pollTime
self.useDefaultPollTime = useDefaultPollTime
self.defaultPollTime = -1
self.LastKeyCode = -1
self.checkRepeatFlag = checkRepeatFlag
self.repeatCode = c_int(0)
self.systemCode = c_int(0)
self.keyCode = c_int(0)
self.lastEvent = eg.EventGhostEvent()
self.keyStillPressed = False
self.initTerminated = False
self.timerInit = None
self.timerKey = None
self.hwnd = None
self.dll = None
# load irremote.dll
try:
regHandle = _winreg.OpenKey(
_winreg.HKEY_LOCAL_MACHINE,
'SOFTWARE\Microsoft\Windows\CurrentVersion\Uninstall\Hauppauge WinTV Infrared Remote',
0,
_winreg.KEY_READ
)
InstallString = _winreg.QueryValueEx(regHandle, 'UninstallString')[0]
_winreg.CloseKey( regHandle )
irremoteDir = InstallString.partition(' ')[0].rsplit('\\',1)[0]
dllPath = os.path.join(irremoteDir, "irremote.DLL")
self.dll = windll.LoadLibrary(dllPath)
self.dll = WinDLL(dllPath)
except:
plugin.PrintError("Couldn't find irremote.dll! Reinstalling the Hauppauge "
"WinTV Infrared Remote package can solve the problem."
)
raise self.plugin.Exceptions.DeviceNotFound
self.IR_Open = WINFUNCTYPE( c_int, HWND, c_int, c_byte, c_int )
self.IR_Close = WINFUNCTYPE( c_int, HWND, c_int )
self.IR_GetSystemKeyCode = WINFUNCTYPE( c_int, POINTER( c_int), POINTER( c_int), POINTER( c_int) )
self.TIMERPROC = WINFUNCTYPE( None, HWND, c_uint, c_uint, DWORD )
self.IR_Open = self.dll.IR_Open
self.IR_Close = self.dll.IR_Close
self.IR_GetSystemKeyCode = self.dll.IR_GetSystemKeyCode
wc = WNDCLASS()
wc.hInstance = GetDesktopWindow()
wc.lpszClassName = "HaupPluginEventSinkWndClass"
wc.lpfnWndProc = WNDPROC(self.MyWndProc)
if not RegisterClass(byref(wc)):
raise WinError()
self.hwnd = CreateWindow(
wc.lpszClassName,
"HaupaugePlugin Event Window",
WS_OVERLAPPEDWINDOW,
CW_USEDEFAULT,
CW_USEDEFAULT,
CW_USEDEFAULT,
CW_USEDEFAULT,
0,
0,
wc.hInstance,
None
)
if not self.hwnd:
raise WinError()
self.wc = wc
self.hinst = wc.hInstance
self.timerInit = Timer( initTime, self.PostInit) # Init delayed init timer ( in case of standby problems)
self.timerInit.start()