/
miniplayer.py
1316 lines (1038 loc) · 52.4 KB
/
miniplayer.py
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# -*- coding: cp1252 -*-
#pylint: disable=no-name-in-module
#pylint: disable=undefined-variable
REALSEEKER = False
#---------------------------------------------------------------------------------------
import gc
import os
import win32con, win32gui, win32event, win32api
import msvcrt
import math
import datetime
import time
import threading
import re
import unidecode
import traceback
from string import Template
import iso639
'''
import logging
logging.basicConfig(filename='.\\com.log',level=logging.DEBUG)
logging.getLogger('.').setLevel(logging.DEBUG)
_debug = logging.getLogger('.').debug
'''
#---------------------------------------------------------------------------------------
import sys
sys.coinit_flags = 0#comtypes.COINIT_MULTITHREADED
import comtypes.client
from comtypes import _ole32, IUnknown, IPersist, GUID, STDMETHOD,HRESULT
from ctypes import POINTER, byref, cast, c_void_p, c_double, windll, c_longlong ,CFUNCTYPE, create_string_buffer, pointer,c_long
from ctypes.wintypes import INT, DWORD, LPCOLESTR, LPWSTR, LPCWSTR, LPCSTR ,BOOL, HBITMAP, COLORREF, RECT, tagRECT
comtypes.client.GetModule('.\\tlb\\DirectShow.tlb')
from comtypes.gen.DirectShowLib import *
comtypes.client.GetModule('.\\tlb\\dvd.tlb')
from comtypes.gen.DvdLib import *
comtypes.client.GetModule('quartz.dll')
from comtypes.gen.QuartzTypeLib import IMediaControl, IMediaEventEx, IVideoWindow, IBasicVideo2, IBasicAudio
#---------------------------------------------------------------------------------------
LOG = False
HWACCEL = 'No'#'CopyBack'#'Native'
AUDIODELAY = 0
# UsePSYCO = False
#---------------------------------------------------------------------------------------
from osd import osdPlay, osdTimeline, osdVol, osdBattery ,osdLocalTime ,osdAudio ,osdSrt
from osd import stateFWD, stateRWD, statePAUSE, statePLAY, labelsSEPARATOR
seekRWD, seekFWD = stateRWD, stateFWD
#-------------------------------------------------------------------------------
from ctypes import c_ulong, c_int
class IPersistMemory(IPersist):
_iid_ = GUID('{BD1AE5E0-A6AE-11CE-BD37-504200C10000}')
_methods_ = [
STDMETHOD(HRESULT, 'IsDirty',[]),
STDMETHOD(HRESULT, 'Load', [c_void_p, c_ulong]),
STDMETHOD(HRESULT, 'Save', [c_void_p, c_int, c_ulong]),
STDMETHOD(HRESULT, 'GetSizeMax', [POINTER(c_ulong)])
]
#-------------------------------------------------------------------------------
NULL = c_void_p
SHADER_PROFILE = LPCSTR('ps_2_0')
ShaderStage_PreScale = 0
ShaderStage_PostScale = 1
# class IOsdServices(IUnknown):
# _iid_ = GUID('{3AE03A88-F613-4BBA-AD3E-EE236976BF9A}')
# _methods_ = [
# STDMETHOD(HRESULT, 'OsdSetBitmap', [LPCSTR, HBITMAP, NULL, COLORREF, INT, INT,BOOL, INT, DWORD, NULL, NULL, NULL, NULL])
# #STDMETHOD(OsdSetBitmap)(LPCSTR name,HBITMAP leftEye = NULL,HBITMAP rightEye = NULL,COLORREF colorKey = 0,int posX = 0,int posY = 0,bool posRelativeToVideoRect = false,int zOrder = 0,DWORD duration = 0,DWORD flags = 0,OSDMOUSECALLBACK callback = NULL,LPVOID callbackContext = NULL,LPVOID reserved = NULL)
# ]
class IMadVRExternalPixelShaders(IUnknown):
_iid_ = GUID('{B6A6D5D4-9637-4C7D-AAAE-BC0B36F5E433}')
_methods_ = [
STDMETHOD(HRESULT, 'ClearPixelShaders', [c_long]),#STDMETHOD(ClearPixelShaders)(int stage)
STDMETHOD(HRESULT, 'AddPixelShader', [LPCSTR, LPCSTR, c_long, c_long])#STDMETHOD(AddPixelShader)(LPCSTR sourceCode, LPCSTR compileProfile, int stage, LPVOID reserved)
]
class IMadVRExclusiveModeControl(IUnknown):
_iid_ = GUID('{88A69329-3CD3-47D6-ADEF-89FA23AFC7F3}')
_methods_ = [
STDMETHOD(HRESULT, 'DisableExclusiveMode', [BOOL])
]
from osd import IOsdRenderCallback
class IOsdServices(IUnknown):
_iid_ = GUID('{3AE03A88-F613-4BBA-AD3E-EE236976BF9A}')
_methods_ = [
STDMETHOD(HRESULT, 'OsdSetBitmap', [LPCSTR, HBITMAP, NULL, COLORREF, INT, INT ,BOOL, INT, DWORD, NULL, NULL ,NULL, NULL]),#STDMETHOD(OsdSetBitmap)(LPCSTR name,HBITMAP leftEye = NULL,HBITMAP rightEye = NULL,COLORREF colorKey = 0,int posX = 0,int posY = 0,bool posRelativeToVideoRect = false,int zOrder = 0,DWORD duration = 0,DWORD flags = 0,OSDMOUSECALLBACK callback = NULL,LPVOID callbackContext = NULL,LPVOID reserved = NULL)
STDMETHOD(HRESULT, 'OsdGetVideoRects', [POINTER(RECT), POINTER(RECT)]),
STDMETHOD(HRESULT, 'OsdSetRenderCallback', [LPCSTR, POINTER(IOsdRenderCallback), NULL]),
STDMETHOD(HRESULT, 'OsdRedrawFrame', [])
]
class IMadVRSettings(IUnknown):
_iid_ = GUID('{6F8A566C-4E19-439E-8F07-20E46ED06DEE}')
_methods_ = [
STDMETHOD(BOOL, 'SettingsGetRevision', [POINTER(c_longlong)]),#(LONGLONG* revision) = 0;
STDMETHOD(BOOL, 'SettingsExport', [POINTER(c_void_p), POINTER(INT)]),#(LPVOID* buf, int* size) = 0;
STDMETHOD(BOOL, 'SettingsImport', [c_void_p, INT]),#(LPVOID buf, int size) = 0;
STDMETHOD(BOOL, 'SettingsSetString', [LPCWSTR, LPCWSTR]),#(LPCWSTR path, LPCWSTR value) = 0;
STDMETHOD(BOOL, 'SettingsSetInteger', [LPCWSTR, INT]),#(LPCWSTR path, int value) = 0;
STDMETHOD(BOOL, 'SettingsSetBoolean', [LPCWSTR, BOOL]),#(LPCWSTR path, BOOL value) = 0;
STDMETHOD(BOOL, 'SettingsGetString', [LPCWSTR, LPCWSTR, POINTER(INT)]),#(LPCWSTR path, LPCWSTR value, int* bufLenInChars) = 0;
STDMETHOD(BOOL, 'SettingsGetInteger', [LPCWSTR, POINTER(INT)]),#(LPCWSTR path, int* value) = 0;
STDMETHOD(BOOL, 'SettingsGetBoolean', [LPCWSTR, POINTER(BOOL)]),#(LPCWSTR path, BOOL* value) = 0;
STDMETHOD(BOOL, 'SettingsGetBinary', [LPCWSTR, POINTER(c_void_p), POINTER(INT)])#(LPCWSTR path, LPVOID* value, int* bufLenInBytes) = 0;
]
#---------------------------------------------------------------------------------------
OATrue = -1
OAFalse = 0
ROTFLAGS_REGISTRATIONKEEPSALIVE = 0x1
EC_COMPLETE = 0x0001
EC_USERABORT = 0x0002
EC_ERRORABORT = 0x0003
EC_DVD_DOMAIN_CHANGE = 0x0101
EC_PAUSED = 0x000e
EC_VIDEO_SIZE_CHANGED = 0x000A
DVD_CMD_FLAG_Flush = 0x00000001
DVD_CMD_FLAG_Block = 0x00000004
LOCALE_SLOCALIZEDLANGUAGENAME = 0x0000006f
getLocaleInfo = windll.kernel32.GetLocaleInfoW
#---------------------------------------------------------------------------------------
class MiniPlayer(object):
filters = dict( DvdNavigator = '{9B8C4620-2C1A-11D0-8493-00A02438AD48}',
LavSplitter = '{B98D13E7-55DB-4385-A33D-09FD1BA26338}',
LavVideo = '{EE30215D-164F-4A92-A4EB-9D4C13390F9F}',
LavAudio = '{E8E73B6B-4CB3-44A4-BE99-4F7BCB96E491}',
madVR = '{E1A8B82A-32CE-4B0D-BE0D-AA68C772E423}',
XYSubFilter = '{2DFCB782-EC20-4A7C-B530-4577ADB33F21}',
# reclock = '{9DC15360-914C-46B8-B9DF-BFE67FD36C6A}'
)
videoFilters = ('LavVideo', 'LavAudio', 'XYSubFilter')#, 'reclock')
filterGraphName = 'FilterGraph miniPlayer'
TicksInSec = 1000*1000*10. #1 tick = 100 ns
def __init__(self, window):
self.hwnd = window.getHwnd()
self.size = window.getSize()
self.getBattery = None
self.setLAVvideoHWAccel(HWACCEL)
self.setLAVaudioDelay(AUDIODELAY)
self.fg = comtypes.CoCreateInstance(FilterGraph._reg_clsid_, IGraphBuilder, comtypes.CLSCTX_INPROC_SERVER)
self.control = self.fg.QueryInterface(IMediaControl)
self.event = self.fg.QueryInterface(IMediaEventEx)
self.seeking = self.fg.QueryInterface(IMediaSeeking)
self.videoWindow = self.fg.QueryInterface(IVideoWindow)
self.basicVideo = self.fg.QueryInterface(IBasicVideo2)
self.basicAudio = self.fg.QueryInterface(IBasicAudio)
self.initStates()
self.initVolume()
self.initOsd()
self.buildingFiltergraph = threading.Lock()
self.ChangeAspectRatioLock = threading.Lock()
self.logFile = None
if LOG:
self.logFile = open('log miniPlayer.txt', 'w')
self.fg.SetLogFile(msvcrt.get_osfhandle(self.logFile.fileno()))
def initStates(self):
self.playing = False
self.ready = False
self.chooseAudioSrt = False
def setDvdOptions(self):
self.dvdControl.SetOption(DVD_HMSF_TimeCodeEvents, 1)
self.dvdControl.SetOption(DVD_ResetOnStop, 0)
self.dvdControl.SetOption(DVD_DisableStillThrottle, 1)
self.dvdControl.SetOption(DVD_EnableStreaming, 1)
self.dvdControl.SetOption(DVD_EnablePortableBookmarks, 1)
def createFilter(self, filterName):
print filterName
clsid = GUID(self.filters[filterName])
f = comtypes.CoCreateInstance(clsid, IBaseFilter, comtypes.CLSCTX_INPROC_SERVER)
self.fg.AddFilter(f, LPCWSTR(filterName))
return f
def getFilterName(self, f):
i = f.QueryFilterInfo()
name = cast(i.achName, LPCWSTR)
return name.value
def buildFiltergraph(self):
self.initSeeker()
self.initAUDIOSRT()
filename = self.files[self.fileIndex]
self.dvd = 'video_ts' in filename.lower()
if self.dvd:
sourceFilter = self.createFilter('DvdNavigator')
self.dvdControl = sourceFilter.QueryInterface(IDvdControl2)
self.dvdInfo = sourceFilter.QueryInterface(IDvdInfo2)
dirName = os.path.dirname(filename)
self.dvdControl.SetDVDDirectory(LPCWSTR(dirName))
self.setDvdOptions()
self.setDefaultLanguage() #need dvdControl
else:
self.setDefaultLanguage() #change registry before LAV is created
sourceFilter = self.createFilter('LavSplitter')
source = sourceFilter.QueryInterface(IFileSourceFilter)
source.Load(LPCOLESTR(filename), None)
madvr = self.createFilter('madVR')
self.osdService = madvr.QueryInterface(IOsdServices)
self.madSettings = madvr.QueryInterface(IMadVRSettings)
self.exclusiveModeControl = madvr.QueryInterface(IMadVRExclusiveModeControl)
self.pixelShaders = madvr.QueryInterface(IMadVRExternalPixelShaders)
self.setRotation()
self.videoWindow.Owner = self.hwnd #better for madvr
for filterName in self.videoFilters:
self.createFilter(filterName)
for pin in sourceFilter.EnumPins():
self.fg.Render(pin)
self.addToROT()
self.setWindow()
self.runOsd()
self.setVolume(self.vol) #set current volume, in case it has been changed by the user in a previous session
print 'GRAPH build'
def releaseFilterGraph(self):
self.initStates()
self.stop()
self.stopOsd()
self.stopSeeker()
self.releaseAUDIOSRT()
self.videoWindow.Visible = OAFalse
#self.exclusiveModeControl.DisableExclusiveMode(True) #Ivideowindow would freeze when it was called from another thread than the one where we build the graph
self.videoWindow.Owner = 0
self.madSettings = None
self.osdService = None
self.pixelShaders = None
self.exclusiveModeControl = None
self.srt = None
self.audio = None
if self.dvd:
self.dvdControl = None
self.dvdInfo = None
for f in [f for f in self.fg.EnumFilters()]: #copy in a list before iterating, because filters are deleted
print 'Remove Filter "%s"'%self.getFilterName(f)
self.fg.RemoveFilter(f)
self.delFromROT()
if self.logFile is not None : self.logFile.close()
gc.collect()
def clean(self):
print 'Release filterGraph'
nb = self.fg.Release()
for _ in range(nb):
self.fg.Release()
gc.collect()
def setDefaultLanguage(self):
if self.dvd:
lcidFRE, lcidENG = 0x040c, 0x0409
self.dvdControl.SelectDefaultMenuLanguage(lcidFRE)
if self.forceFrench:
self.dvdControl.SelectDefaultAudioLanguage(lcidFRE, DVD_AUD_EXT_NotSpecified)
else:
self.dvdControl.SelectDefaultAudioLanguage(lcidENG, DVD_AUD_EXT_NotSpecified)
self.dvdControl.SelectDefaultSubpictureLanguage(lcidFRE, DVD_SP_EXT_NotSpecified)
else:
self.setLAVsubtitlesPref(self.forceFrench)
#---------------------------------------------------------------------------------------
def handleGraphEvent(self):
while True:
try:
evCode,evParam1,evParam2 = self.event.GetEvent(0)
self.event.FreeEventParams(evCode, evParam1, evParam2)
#print 'GRAPH event %s %s %s'%(hex(evCode),hex(evParam1),hex(evParam2))
if evCode in (EC_USERABORT, EC_ERRORABORT):
print 'EC_ABORT'
self.movieEnded(False, None) #not viewed !
elif evCode==EC_COMPLETE:
print 'EC_COMPLETE'
if self.needSeekInPlaylist(seekFWD):
self.movieEnded(None, None, seekFWD)
else:
self.movieEnded(True, None) #viewed
elif evCode==EC_VIDEO_SIZE_CHANGED :
ratio = evParam1&0xffff , evParam1>>16
print 'change ivideowindow size %dx%d'%ratio
self.setAspectRatio(ratio=ratio, setWindowPos=False)
elif evCode==EC_DVD_DOMAIN_CHANGE:
print 'change DVD domain'
ratio = self.getAspectRatioDvd()
self.setAspectRatio(ratio=ratio, setWindowPos=False)
except: break
def setWindow(self):
self.videoWindow.WindowStyle = win32con.WS_CHILD | win32con.WS_CLIPSIBLINGS # win32con.WS_VISIBLE
self.videoWindow.WindowStyleEx = win32con.WS_EX_TOOLWINDOW #win32con.WS_EX_TOPMOST
self.videoWindow.Visible = OATrue
self.videoWindow.AutoShow = OATrue
self.videoWindow.WindowState = win32con.SW_SHOW
self.videoWindow.HideCursor(OATrue)
self.videoWindow.SetWindowForeground = OATrue
self.setAspectRatio()
def setAspectRatio(self, ratio=None, setWindowPos=True):
with self.ChangeAspectRatioLock:
screenW,screenH = self.size
if ratio is None:
aspectW,aspectH = self.basicVideo.GetPreferredAspectRatio()
sourceW,sourceH = self.basicVideo.GetVideoSize()
if aspectW==0 or aspectH==0 or sourceW>0 or sourceH>0:
aspectW,aspectH = sourceW,sourceH
else :
aspectW,aspectH = ratio
if self.angle in (90,270): #prevent other steps than 90°
aspectW,aspectH = aspectH,aspectW
adjustedH = int(round(float(aspectH)*screenW/aspectW)) if (aspectW > 0 and aspectH > 0) else 0
if screenH >= adjustedH and adjustedH>0:
topMargin = int(round((screenH - adjustedH)/2.))
self.basicVideo.SetDestinationPosition(0, topMargin, screenW, adjustedH)
elif adjustedH>0:
adjustedW = int(round(float(aspectW)*screenH/aspectH))
leftMargin = int(round((screenW - adjustedW)/2.))
self.basicVideo.SetDestinationPosition(leftMargin, 0, adjustedW, screenH)
if setWindowPos:
self.videoWindow.SetWindowPosition(0, 0, screenW, screenH)
def getAspectRatioDvd(self):
vAttr = self.dvdInfo.GetCurrentVideoAttributes()
return vAttr.ulAspectX,vAttr.ulAspectY
#---------------------------------------------------------------------------------------
def playMovie(self, favorite, files, angle=0, forceFrench=False, isVideo=False):
self.angle = angle%360
self.isVideo = isVideo
self.forceFrench = forceFrench
with self.buildingFiltergraph:
if favorite is not None:
self.playFavorite(favorite)
else:
self.playFiles(files)
if self.isVideo : self.exclusiveModeControl.DisableExclusiveMode(True)
self.ready = True
print 'MiniPlayer ready'
def playFiles(self, files):
self.files = files if isinstance(files, (list, tuple)) else [files]
self.fileIndex = 0
self.buildFiltergraph()
if not self.dvd: self.doSeek(0) # if we don't do that, ImediaSeeking.setpositions seeks to the position when the graph was last stopped
self.play()
if self.dvd:
try:
self.dvdControl.ShowMenu(2,0) #main menu
except comtypes.COMError,e:
#pylint: disable=no-member
print "can't acces menu, hresult %s"%hex(0xffffffff+e.hresult)
#---------------------------------------------------------------------------------------
def seekInPlaylist(self, seek): #won't work with DVD playlist!
with self.buildingFiltergraph:
self.fileIndex += seek
print '-----------------------------\nPlay File index %s in playlist'%self.fileIndex
self.buildFiltergraph()
pos = self.getDuration()- 1*self.TicksInSec if seek==seekRWD else 0
self.doSeek(pos)
self.play()
if self.isVideo : self.exclusiveModeControl.DisableExclusiveMode(True)
self.ready = True
print 'seek in Playlist done'
def needSeekInPlaylist(self, seek):
return 0<= self.fileIndex + seek <len(self.files)
#---------------------------------------------------------------------------------------
def playFavorite(self, favorite):
if len(favorite)==2:
files,dvdstateData = favorite
self.files = files
self.fileIndex = 0
self.buildFiltergraph()
self.pause()
dvdState = self.dvdInfo.GetState()
persist = dvdState.QueryInterface(IPersistMemory)
loadBuffer = create_string_buffer(dvdstateData, len(dvdstateData))
persist.Load(cast(loadBuffer, c_void_p), len(loadBuffer))
self.dvdControl.SetState(dvdState, DVD_CMD_FLAG_Block | DVD_CMD_FLAG_Flush)
else:
files, fileIndex, pos, audioIndex, srtIndex = favorite
self.files = files
self.fileIndex = fileIndex
self.buildFiltergraph()
self.pause()
self.doSeek(pos)
self.getAUDIOSRT()
self.audioIndex, self.srtIndex = audioIndex, srtIndex
self.selectSRT()
self.selectAUDIO()
self.play()
def getFavorite(self):
if self.dvd:
dvdState = self.dvdInfo.GetState()
persist = dvdState.QueryInterface(IPersistMemory)
size = c_ulong(0)
persist.GetSizeMax(byref(size))
size = size.value
saveBuffer = create_string_buffer(size)
persist.Save(cast(saveBuffer, c_void_p),1,size)
dvdstateData = saveBuffer.raw
return self.files,dvdstateData
else:
self.getAUDIOSRT()
pos = self.getPos()
#title = self.dvdInfo.GetCurrentLocation().TitleNum if self.dvd else None
return self.files, self.fileIndex, pos, self.audioIndex, self.srtIndex
def isViewed(self):
BEFOREendOfMOvie = 15*60
PERCENTviewed = .90
isViewed = False
if self.fileIndex == len(self.files)-1:
try:
pos,dur = self.getPosAndDuration()
posSec = pos/self.TicksInSec
totalSec = dur/self.TicksInSec
viewSec = max(totalSec-BEFOREendOfMOvie, totalSec*PERCENTviewed)
isViewed = posSec>viewSec
print 'Viewed %s (pos:%is,view:%s,total:%ss)' %(isViewed, posSec, viewSec, totalSec)
except : pass
return isViewed
def close(self):
isViewed = False
favorite = None
if self.ready and not self.isInDVDMenu():
self.pause()
isViewed = self.isViewed()
favorite = self.getFavorite()
self.movieEnded(isViewed, favorite)
def movieEnded(self, viewed, favorite, seek=None):
angle = self.angle if self.isVideo else 0
self.stopMsgLoop(viewed, favorite, angle, seek) #so that a possible call to seekInPLaylist would be in the msg loop thread (buildgraph thread too!)
def forceClose(self):
print 'Force CLOSE miniplayer'
with self.buildingFiltergraph:
self.close()
#---------------------------------------------------------------------------------------
def Pos2HMS(self, seconds):
seconds = int(round(seconds/self.TicksInSec))
m, s = divmod(seconds, 60)
h, m = divmod(m, 60)
return tagDVD_HMSF_TIMECODE(h ,m, s, 0)
def HMS2Pos(self,hms):
return int(round((hms.bHours*3600 + hms.bMinutes*60 + hms.bSeconds) * self.TicksInSec))
def getPosAndDuration(self):
return (self.getPos(), self.getDuration()) if self.dvd else self.seeking.GetPositions()
def getDuration(self):
return self.HMS2Pos(self.dvdInfo.GetTotalTitleTime()[0]) if self.dvd else self.seeking.GetDuration()
def getPos(self):
return self.HMS2Pos(self.dvdInfo.GetCurrentLocation().TimeCode) if self.dvd else self.seeking.GetCurrentPosition()
def initSeeker(self):
self.lastState = statePLAY
self.lastStopTime = 0
def stopSeeker(self):
self.lastState = statePAUSE
DVDminTimeBeforeNextSeek = .7 # to prevent too close DVD seeks that would hangs
def seek(self, state):
if self.dvd and time.time()-self.lastStopTime < self.DVDminTimeBeforeNextSeek:
return
if state in (stateFWD, stateRWD):
self.pause()
if state != self.lastState: # start seeking
self.duration = self.showState(state) #set BEGIN SEEK
print 'SEEK BEGIN duration %s'%self.duration
pos = self.renderCallback.getCurrentPos()
pos = max(0, min(pos, self.duration))
if pos in (0, self.duration):
if self.needSeekInPlaylist(state):
self.doSeek(pos)
self.movieEnded(None, None, seek=state) #-1 RWD, 1 FWD
return
if REALSEEKER:
self.pos = pos
#print 'seek pos%s'%self.pos
win32event.SetEvent(self.seekEvent) #self.doSeek(pos)
time.sleep(0.1)
else:
self.showState(state) #set END SEEK
pos = self.renderCallback.getCurrentPos()
pos = max(0,min(pos,self.duration))
print 'SEEK END PLAY %s'%pos
if pos == self.duration and not self.needSeekInPlaylist(seekFWD) and not self.dvd:
#exit right after the user release the seek button, except for DVD where we're not sure it's the main VOB
self.movieEnded(True, None)
return
else:
self.doSeek(pos)
self.play()
self.lastStopTime = time.time()
self.lastState = state
def doSeek(self, pos):
if self.dvd:
hms = self.Pos2HMS(pos)
#print hms.bHours,hms.bMinutes,hms.bSeconds
flags = DVD_CMD_FLAG_Block | DVD_CMD_FLAG_Flush
self.dvdControl.PlayAtTime(hms,flags)
else:
flags = AM_SEEKING_AbsolutePositioning | AM_SEEKING_SeekToKeyFrame #|AM_SEEKING_NoFlush
self.seeking.SetPositions(int(round(pos)), flags, 0, AM_SEEKING_NoPositioning)
#---------------------------------------------------------------------------------------
def showState(self, state):
p,d = self.getPosAndDuration()
self.renderCallback.setState(state, p, d)
if state == statePAUSE:
self.showOSD(osdPlay, 'Pause', delay=self.delayINFINITE)
self.showBattery()
self.showOSD(osdLocalTime, '', delay=self.delayINFINITE)
self.showOSD(osdTimeline, delay=self.delayINFINITE)
elif state == statePLAY:
self.showOSD(osdPlay, 'Play', delay=1)
self.hideOSD(osdBattery, delay=0)
self.hideOSD(osdLocalTime, delay=0)
self.hideOSD(osdTimeline, delay=1)
elif state in (stateFWD, stateRWD):
label = {stateRWD:'<<' ,stateFWD:'>>'}[state]
self.showOSD(osdPlay, label, delay=self.delayINFINITE)
self.hideOSD(osdBattery)
self.hideOSD(osdLocalTime)
self.showOSD(osdTimeline, delay=self.delayINFINITE)
return d
#---------------------------------------------------------------------------------------
def showVol(self):
#vol = int(round(self.getVolume()))
self.showOSD(osdVol, 'Vol: %d%%'%self.vol, self.vol, delay=1)
#---------------------------------------------------------------------------------------
def setBatteryFunc(self, GetBatteryFunc):
self.getBattery = GetBatteryFunc
def showBattery(self):
label = None
value = 100
if self.getBattery is not None:
bat = self.getBattery()
if bat is not None:
value = bat
label = 'POW:%d%%'%bat
self.showOSD(osdBattery, label, value, delay=self.delayINFINITE)
#---------------------------------------------------------------------------------------
delayINFINITE = -1
defaultDelay = 1 #s
def initOsd(self):
self.renderCallback = comtypes.CoCreateInstance(IOsdRenderCallback._iid_, IOsdRenderCallback, comtypes.CLSCTX_INPROC_SERVER)
def runOsd(self):
w,h = self.size
self.renderCallback.init(w, h, self.osdService,len(self.files), self.fileIndex)
self.renderCallback.run()
self.osdService.OsdSetRenderCallback('miniPlayer.osd', self.renderCallback,None)
def isOsdInitialized(self):
return self.renderCallback.isInitialized()
def stopOsd(self):
self.renderCallback.stop()
self.osdService.OsdSetRenderCallback('miniPlayer.osd', None, None)
def showOSD(self, name,label='', value=-1, delay=defaultDelay):
self.renderCallback.showButton(name, label, value, delay)
def hideOSD(self, name, delay=0):
self.renderCallback.hideButton(name, delay)
def hideAllOSDExceptAudioSrt(self):
for name in (osdPlay, osdTimeline, osdVol, osdBattery, osdLocalTime):
self.hideOSD(name, delay=0)
#---------------------------------------------------------------------------------------
def showAudioSrt(self, name, label, labels, index, selected):
labels = labelsSEPARATOR.join(labels)
self.renderCallback.showCombo(name, label, labels, index, selected)
def hideAudioSrt(self, name):
self.renderCallback.hideCombo(name)
def changeSelectionAudioSrt(self, name, index,selected):
self.renderCallback.selectCombo(name, index, selected)
def beginSelectAudioSrt(self):
self.chooseAudioSrt = True
self.getAUDIOSRT()
self.col = 0
self.hideAllOSDExceptAudioSrt()
self.showAudioSrt(osdAudio, 'Audio', [s.name for s in self.audio], self.audioIndex, self.col==0)
self.showAudioSrt(osdSrt, 'Sous-titres', [s.name for s in self.srt], self.srtIndex, self.col==1)
self.pause()
def endSelectAudioSrt(self, select):
self.hideAudioSrt(osdAudio)
self.hideAudioSrt(osdSrt)
if select:
self.selectSRT()
self.selectAUDIO()
self.chooseAudioSrt = False
self.showState(statePLAY)
self.play()
def selectAudioSrt(self, cmd):
dx,dy = dict(up=(0,-1), down=(0,1), left=(-1,0), right=(1,0))[cmd]
self.col = (self.col+dx)%2
if self.col ==0:
self.audioIndex = self.keepInRange(0, self.audioIndex+dy, len(self.audio)-1)
else:
self.srtIndex = self.keepInRange(0, self.srtIndex+dy, len(self.srt)-1)
self.changeSelectionAudioSrt(osdAudio, self.audioIndex, self.col==0)
self.changeSelectionAudioSrt(osdSrt, self.srtIndex, self.col==1)
def keepInRange(self, amin, v, amax):
return max(amin, min(v, amax))
#---------------------------------------------------------------------------------------
NoSubtitleTxt = 'Pas de Sous-Titres'
class sourceStream():
types = {1:'A', 2:'S', 6590018:'S', 6590016:'embedded'}
def __init__(self, index, iss, filterName, dummyNoSubtitle=False, betterName=True):
self.index = index
self.iss = iss
self.showStream = None
self.hideStream = None
self.lav = 'Lav' in filterName
if dummyNoSubtitle:
self.type = 'S'
self.name = MiniPlayer.NoSubtitleTxt
self.dummyNoSubtitle = True
else:
info = iss.Info(index)
self.selected = info[1]!=0
#name = unidecode.unidecode(cast(info[4],LPCWSTR).value)
name = cast(info[4],LPCWSTR).value
self.type = self.types.get(info[3],None)
#print '%d: "%s"'%(info[3],self.name)
if name == 'Show Subtitles' : self.type = 'show'
elif name == 'Hide Subtitles' : self.type = 'hide'
#elif name == 'Subtitle (embeded)' : self.type = 'dummy'
self.name = re.sub('^[AS]:','',name).strip()
if self.name.lower() == 'no subtitles' :
self.name = MiniPlayer.NoSubtitleTxt
elif betterName:
self.getBetterName()
self.dummyNoSubtitle = False
def getBetterName(self):
forced = ''
name = unidecode.unidecode(self.name.lower())
if self.isSrt():
for srch in ('force', 'forzado'): # "forced" in french, english, spanish
if srch in name:
forced = u'(Forcé)'
break
words = re.findall(r'\b\S+\b', name)
for abr in (w for w in words if len(w)==3): #3 letters words are potentially an ISO 639-2 language code
lang = iso639.langs.get(abr, None)
if lang is not None: #assume that the first one is a valid language code
self.name = '%s %s'%(lang.capitalize(), forced)
return
def isAudio(self): return self.type =='A'
def isSrt(self): return self.type == 'S'
def isHideSrt(self) : return self.type == 'hide' #XY stream to hide subtitles
def isShowSrt(self) : return self.type == 'show' #XY stream to show subtitles
def isEmbeddedSrt(self) : return self.type == 'embedded' #XY stream to select embedded (LAV) subtitles
def _select(self):
self.iss.Enable(self.index, 1)
def select(self, player):
if self.dummyNoSubtitle:
player.hideSrtStream._select() #hide srt with XYsubfilter
else:
self._select()
if self.isSrt():
player.showSrtStream._select() #show srt with XYsubfilter
if self.lav and player.embeddedSrtStream is not None:
player.embeddedSrtStream._select() #embeddedSrtStream is the selected LAV subtitle in XYsubfilter
def release(self):
del self.iss
class dvdTrack(object):
def getLang(self, lcid):
name = LPWSTR(' '*255)
getLocaleInfo(lcid, LOCALE_SLOCALIZEDLANGUAGENAME, name, 255)
return name.value
def release(self): pass
class dvdSRT(dvdTrack):
def __init__(self, index, player, noSrt=False):
self.index = index
self.noSrt = noSrt
if self.noSrt :
self.name = MiniPlayer.NoSubtitleTxt
else:
attr = player.dvdInfo.GetSubpictureAttributes(index)
lang = self.getLang(attr.Language) if attr.Language else 'Inconnu'
ext = 'Commentaires ' if attr.LanguageExtension in (DVD_SP_EXT_DirectorComments_Normal, DVD_SP_EXT_DirectorComments_Big, DVD_SP_EXT_DirectorComments_Children) else ''
self.name = '%s%s'%(ext, lang)
def select(self, player):
if self.noSrt :
player.dvdControl.SetSubpictureState(0, DVD_CMD_FLAG_Block)
else:
player.dvdControl.SelectSubpictureStream(self.index, DVD_CMD_FLAG_Block)
player.dvdControl.SetSubpictureState(1, DVD_CMD_FLAG_Block)
class dvdAUDIO(dvdTrack):
def __init__(self, index, player):
self.index = index
attr = player.dvdInfo.GetAudioAttributes(index)
lang = self.getLang(attr.Language) if attr.Language else 'Inconnu'
ext = 'Commentaires ' if attr.LanguageExtension in (DVD_AUD_EXT_DirectorComments1, DVD_AUD_EXT_DirectorComments2) else ''
freq = '%dkHz'%(attr.dwFrequency/1000)
aformat = {DVD_AudioFormat_AC3:'AC3', DVD_AudioFormat_MPEG1:'MPEG1', DVD_AudioFormat_MPEG1_DRC:'MPEG1', DVD_AudioFormat_MPEG2:'MPEG2', DVD_AudioFormat_MPEG2_DRC:'MPEG2', DVD_AudioFormat_LPCM:'LPCM', DVD_AudioFormat_DTS:'DTS',DVD_AudioFormat_SDDS:'SDDS'}
aformat = aformat.get(attr.AudioFormat, '')
channels = {1:'Mono', 2:u'Stéréo', 3:'2.1', 4:'Quadriphonie', 5:'5.0', 6:'5.1', 7:'7.0', 8:'7.1'}
channels = channels.get(attr.bNumberOfChannels, '')
self.name = '%s%s (%s)'%(ext, lang, ' '.join((aformat, channels, freq)) )
def select(self,player):
player.dvdControl.SelectAudioStream(self.index, DVD_CMD_FLAG_Block)
def getStreamFromFilter(self, filtername, betterName=True):
f = self.fg.FindFilterByName(LPCWSTR(filtername))
iss = f.QueryInterface(IAMStreamSelect)
for i in range(iss.Count()):
yield self.sourceStream(i, iss, filtername, betterName=betterName)
def initAUDIOSRT(self):
self.srt, self.audio = [], []
self.embeddedSrtStream = None
self.showSrtStream = None
self.hideSrtStream = None
def releaseAUDIOSRT(self):
for stream in self.srt+self.audio: stream.release()
self.initAUDIOSRT()
def getAUDIOSRT(self):
self.releaseAUDIOSRT()
if self.dvd:
nb,index = self.dvdInfo.GetCurrentAudio()
self.audio = [self.dvdAUDIO(i,self) for i in range(nb)]
self.audioIndex = index
nb,index,disabled = self.dvdInfo.GetCurrentSubpicture()
nb = min(nb,16)
self.srt = [self.dvdSRT(0,self,True)] + [self.dvdSRT(i, self) for i in range(nb)]
self.srtIndex = 0 if disabled else index+1
else :
self.srt, self.audio = [], []
self.srtIndex, self.audioIndex = 0, 0
for stream in self.getStreamFromFilter('LavSplitter'):
if stream.isAudio():
if stream.selected : self.audioIndex = len(self.audio)
self.audio.append(stream)
elif stream.isSrt():
if stream.selected: self.srtIndex = len(self.srt)
self.srt.append(stream)
nbLAVsrt = len(self.srt)
for stream in self.getStreamFromFilter('XYSubFilter', betterName=False):
if stream.isSrt():
if stream.selected : self.srtIndex = len(self.srt)
self.srt.append(stream)
elif stream.isEmbeddedSrt():
self.embeddedSrtStream = stream
elif stream.isShowSrt():
self.showSrtStream = stream
elif stream.isHideSrt():
self.hideSrtStream = stream
hideStreamSelected = stream.selected
nbXYsrt = len(self.srt)-nbLAVsrt
if nbLAVsrt==0:
#XYsrt only, add dummyNoSubtitle to let the user hide subtitles
if hideStreamSelected : self.srtIndex = len(self.srt) #select dummyNoSubtitle since hideSrtStream is selected
self.srt.append(self.sourceStream(0, None, '', dummyNoSubtitle=True))
elif self.embeddedSrtStream is None and nbXYsrt>0:
# We got some LAVsrt but embeddedSrtStream is missing (needed to switch from XYsrt to LAVsrt)
self.srt[0].select(self) #select first LAVsrt (we're sure it's not Nosubtitle)
self.getAUDIOSRT() # do again to get embeddedSrtStream
else:
#put LAVsrt in front of XYsrt so that LAV noSubtitle stream is last
self.srt = self.srt[nbLAVsrt:] + self.srt[:nbLAVsrt] #XY srt + LAv srt
self.srtIndex = (self.srtIndex-nbLAVsrt) %len(self.srt)
def selectSRT(self):
self.srt[self.srtIndex].select(self)
def selectAUDIO(self):
self.audio[self.audioIndex].select(self)
#---------------------------------------------------------------------------------------
def initVolume(self):
self.dampVol = 50.
self.cVol = self.percentTodB(100)
self.kVol = 10000./(self.percentTodB(0)-self.cVol)
self.vol = 100
def percentTodB(self,p):
return math.pow(10, -math.log(1+(p/self.dampVol)))
'''
def getVolume(self):
vol = self.basicAudio.Volume
vol = self.dampVol * (math.exp(-math.log(self.cVol-vol/(self.kVol),10))-1)
self.vol = round(vol, 1)
return self.vol
'''
def setVolume(self,vol):
self.vol = vol = min(100,max(0,vol))
vol = -self.kVol * (self.percentTodB(vol)-self.cVol)
self.basicAudio.Volume = int(vol)
incVOL = 2
def updateVolume(self, dvol):
dvol = self.incVOL if dvol is 'up' else -self.incVOL
self.vol = self.keepInRange(0, self.vol+dvol, 100)
self.showVol()
self.setVolume(self.vol)
def getBalance(self):
bal = self.basicAudio.Balance
return 50 + bal.value/200
def setBalance(self,vol):
bal = ((min(100, max(0, vol))-50) * 200)
self.basicAudio.Balance = int(bal)
#---------------------------------------------------------------------------------------
def computeRot(self, angle):
rad = -math.pi * angle/180.
cos,sin = math.cos(rad), math.sin(rad)
scale = abs(sin) + abs(cos)
return scale, cos, sin
def setRotation(self):
self.pixelShaders.ClearPixelShaders(ShaderStage_PreScale)
if self.angle in (90, 180, 270):
shaderCode = '''
sampler s0 : register(s0);
float4 main(float2 tex: TEXCOORD0) : COLOR
{
float2 t;
tex.x -= 0.5;
tex.y -= 0.5;
t.x = $SCALE*(tex.x*$COS - tex.y*$SIN) + 0.5;
t.y = $SCALE*(tex.y*$COS + tex.x*$SIN) + 0.5;
if(t.x >= 0 && t.x <= 1 && t.y >= 0 && t.y <= 1)
return tex2D(s0, t);
return (0,0,0,0);
}
'''
scale,cos,sin = self.computeRot(self.angle)
shaderCode = Template(shaderCode).substitute(SCALE=scale, COS=cos, SIN=sin)
self.pixelShaders.AddPixelShader(shaderCode, SHADER_PROFILE, ShaderStage_PreScale, 0)
def changeRotation(self, inc):
self.angle = (self.angle+inc) % 360
self.setRotation()
self.setAspectRatio(setWindowPos=False)
#---------------------------------------------------------------------------------------
def isInDVDMenu(self):