package z0; import a0.k; import a0.n; import android.content.Context; import android.content.Intent; import android.media.AudioManager; import android.media.AudioMetadata; import android.media.AudioMetadataReadMap; import android.media.MediaPlayer; import android.media.PlaybackParams; import android.net.Uri; import android.os.Bundle; import android.os.Handler; import android.os.Looper; import android.os.Message; import android.os.PowerManager; import android.text.TextUtils; import android.util.Log; import android.view.Surface; import android.view.SurfaceHolder; import androidx.exifinterface.media.ExifInterface; import androidx.media3.database.DatabaseProvider; import b0.D; import b0.o; import b0.p; import b0.q; import com.jsyn.unitgen.u; import java.io.IOException; import java.io.InputStream; import java.net.HttpURLConnection; import java.net.URL; import java.util.ArrayList; import java.util.Arrays; import java.util.List; import java.util.Map; import n.C0643i; import n.F; import n.x; import o.C0648b; import okhttp3.HttpUrl; import s.AbstractC0708a; import s.C0710c; import s.C0711d; import t.C0717a; import t.c; /* JADX INFO: renamed from: z0.e, reason: case insensitive filesystem */ /* JADX INFO: loaded from: classes.dex */ public abstract class AbstractC0754e extends MediaPlayer implements c.b, c.a, p.a, p.b { private static final int AUDIO_INDICATOR_DOLBY_ATMOS = 2; private static final int AUDIO_INDICATOR_DOLBY_ATMOS_AC4 = 5; private static final int AUDIO_INDICATOR_DOLBY_AUDIO = 1; private static final int AUDIO_INDICATOR_DOLBY_AUDIO_AC4 = 4; private static final int AUDIO_INDICATOR_DOLBY_VISION = 3; private static final int AUDIO_INDICATOR_DTS = 11; private static final int AUDIO_INDICATOR_DTS_EXPRESS = 13; private static final int AUDIO_INDICATOR_DTS_HD = 12; private static final int AUDIO_INDICATOR_DTS_HD_MASTER_AUDIO = 14; private static final int AUDIO_INDICATOR_DTS_X = 15; private static final int AUDIO_INDICATOR_NOT_CARE = 0; private static final int AUDIO_INDICATOR_NOT_SET = -1; private static final String AUDIO_PARAMETER_DTS_VERSION = "AQ_DtsVersion"; public static final int AUDIO_SESSION_ID_NOT_SET = -1; private static final String COOKIE_KEYWORD = "Cookie"; private static final String DASH_HEADER = "application/dash+xml"; private static final String DASH_MARLIN_HEADER = "application/vnd.marlin.drm.actiontoken+xml"; private static final int DATA_SOURCE_TYPE_BESTV = 3; private static final int DATA_SOURCE_TYPE_DLNA = 1; private static final int DATA_SOURCE_TYPE_LOCAL = 0; private static final int DATA_SOURCE_TYPE_SAMBA = 2; private static final String DEBUG_LOG_LEVEL_PROPERTY_KEY = "mtk.exoplayer.debug.level"; private static final String DEBUG_SUBTITLE_DEBUGGER_LEVEL = "vendor.mtk.subtitle.debugger.level"; public static final int DRM_TYPE_MARLIN_INTERTRUST_BB = 5; public static final int DRM_TYPE_MARLIN_INTERTRUST_MS3 = 6; public static final int DRM_TYPE_MARLIN_NAUTILUS_BB = 3; public static final int DRM_TYPE_MARLIN_NAUTILUS_MS3 = 4; public static final int DRM_TYPE_PLAYREADY = 2; public static final int DRM_TYPE_UNKNOWN = 0; public static final int DRM_TYPE_WINDWINE = 1; private static final String DTS_VERSION_M6 = "DTS M6"; private static final String DTS_VERSION_X = "DTS:X"; private static final String EXOPLAYER_BROADCAST_PERMISSION = "com.mediatek.exoplayer.permission.BROADCAST"; public static final String ExoPlayerString = "ExoPlayer fake"; private static final String FOCUS_MODE_KEY = "vendor.mtk.exoplayer.focus.mode"; private static final String HLS_HEADER = "application/vnd.apple.mpegurl"; private static final String HLS_HEADER_V2 = "application/x-mpegURL"; private static final String IMEDIA_PLAYER = "android.media.IMediaPlayer"; private static final String INTENT_DOLBY_AUDIO_AC4 = "mtk.intent.action.audio.ac4"; private static final String INTENT_DOLBY_AUDIO_OTHERS = "mtk.intent.action.audio.others"; private static final String INTENT_DOLBY_LOGO_ATMOS = "mtk.intent.action.dolby.atmos"; private static final String INTENT_DOLBY_LOGO_AUDIO = "mtk.intent.action.dolby.audio"; private static final String INTENT_DOLBY_LOGO_HIDE = "mtk.intent.action.dolby.exit"; private static final String INTENT_DOLBY_LOGO_VISION = "mtk.intent.action.dolby.version"; private static final String INTENT_DOLBY_LOGO_VISION_ATMOS = "mtk.intent.action.dolby.vision_atmos"; private static final String INTENT_DOLBY_LOGO_VISION_AUDIO = "mtk.intent.action.dolby.vision_audio"; private static final String INTENT_LOGO_DTS = "mtk.intent.action.mm.logo.dts"; private static final String INTENT_LOGO_DTS_EXPRESS = "mtk.intent.action.mm.logo.dts_express"; private static final String INTENT_LOGO_DTS_HD = "mtk.intent.action.mm.logo.dts_hd"; private static final String INTENT_LOGO_DTS_HD_MASTER_AUDIO = "mtk.intent.action.mm.logo.dts_hd_master"; private static final String INTENT_LOGO_DTS_X = "mtk.intent.action.mm.logo.dts_x"; public static final int MEDIA_ERROR_BT_MODE_NOT_SUPPORT = -5016; @Deprecated public static final int MEDIA_ERROR_DRM_NOT_SUPPORTED = 263; public static final int MEDIA_ERROR_FILE_CORRUPT = -5003; public static final int MEDIA_ERROR_FILE_NOT_SUPPORT = -5002; public static final int MEDIA_ERROR_RESOURCE_INTERRUPT = 4000; public static final int MEDIA_FOCUS_MODE_FOCUSED = 1; public static final int MEDIA_FOCUS_MODE_NONFOCUSED = 2; public static final int MEDIA_FOCUS_MODE_NORMAL = 0; public static final int MEDIA_INFO_AUDIO_ENCODE_FORMAT_UNSUPPORT = -5001; public static final int MEDIA_INFO_AUDIO_ONLY_SERVICE = -5008; public static final int MEDIA_INFO_ON_REPLAY = -5006; public static final int MEDIA_INFO_POSITION_UPDATE = -5007; public static final int MEDIA_INFO_VIDEO_CANNOTSEEK = 801; public static final int MEDIA_INFO_VIDEO_ENCODE_FORMAT_UNSUPPORT = -5000; public static final int MEDIA_INFO_VIDEO_REPLAY_DONE = -5100; private static final int MEDIA_PERIOD_UPDATE = 603; private static final int MEDIA_SEEKABLE_RANGE_UPDATE = 602; private static final String MEDIA_TUNNELING_MODE_KEY = "vendor.mtk.exoplayer.tunneling.mode"; private static final String MSS_HEADER = "application/vnd.ms-sstr+xml"; private static final int MTK_MEDIA_EXO_BASE = 6000; private static final int MTK_MEDIA_EXO_END = 6003; private static final int MTK_MEDIA_EXO_ON_CUES = 6005; private static final int MTK_MEDIA_EXO_ON_ERROR = 6007; private static final int MTK_MEDIA_EXO_ON_INFO = 6002; private static final int MTK_MEDIA_EXO_ON_SEEK_COMPLETE = 6006; private static final int MTK_MEDIA_EXO_PREPARE_DONE = 6001; private static final int MTK_MEDIA_EXO_VIDEO_SIZE_CHANGED = 6004; public static final int MTK_MEDIA_HTTP_REPONSE_ERROR = -5017; public static final int MTK_MEDIA_INFO_ON_CUES = -5015; public static final int MTK_MEDIA_INFO_VIDEO_ONLY_SERVICE = -5009; private static final String MTK_UA_KEYWORD = "User-Agent"; public static final int TYPE_DASH = 0; public static final int TYPE_HLS = 2; public static final int TYPE_NATIVE = 1001; public static final int TYPE_OTHER = 3; public static final int TYPE_SS = 1; private static final String VIDEO_DECODER_TYPE_PROPERTY_KEY = "vendor.mtk.exoplayer.video.decoder.type"; private static final String WEBINI_HEADER1 = "application/vnd.ms-playready.initiator+xml"; private static final String WEBINI_HEADER2 = "application/xml"; private static final String strOfOutputPath = "X-tv-output-path"; private final String TAG; private C0648b audioCapabilities; private int contentType; private Uri contentUri; private Context context; private String cookie; private List cues; private String customData; private n.b dataSource; private String drmHeader; private int drmType; private Message errMsg; private Handler eventHandler; private int focusMode; private boolean hasExternalSubtitle; private k.a httpDataSourceCallBack; private String laUrl; private A0.b mDataSource; private f mLastMemoryInfo; private boolean mScreenOnWhilePlaying; private volatile boolean mStayAwake; private SurfaceHolder mSurfaceHolder; private j mWebInterface; private String mimeType; private Looper myLooper; private g onAudioCodecFormatChangedListener; private MediaPlayer.OnBufferingUpdateListener onBufferingUpdateListener; private MediaPlayer.OnCompletionListener onCompletionListener; private MediaPlayer.OnErrorListener onErrorListener; private MediaPlayer.OnInfoListener onInfoListener; private MediaPlayer.OnPreparedListener onPreparedlistener; private MediaPlayer.OnSeekCompleteListener onSeekCompleteListener; private MediaPlayer.OnVideoSizeChangedListener onVideoSizeChangedListener; private A0.a pcmMediaInfo; private PlaybackParams playbackParams; private t.c player; private Surface surface; private SurfaceHolder.Callback surfaceHolderCallback; private i timeRange; private int[][] trackIndexMap; private int tunnelingMode; private String userAgent; private q videoVendorParam; private int mDataSourceType = 0; private PowerManager.WakeLock mWakeLock = null; private int sessionId = -1; private List mCAStore = new ArrayList(); private boolean mUseCA = false; private InputStream mInputStream = null; private boolean mStallingSupport = true; private long mStreamDuration = 0; private int mSeamlessMode = -1; private int mSetVideoDegree = -1; private int mDispPath = -1; private Bundle vendCmdParams = null; private int mSeekType = 3; private String output = "OUTPUT_VIDEO_MAIN"; private int videoWidth = 1; private int videoHeight = 1; private double bitRate = u.FALSE; private boolean prepared = false; private boolean asyncPreparing = false; private boolean audioStartRender = false; private boolean isSeeking = false; private boolean buffering = false; private boolean needReplay = false; private volatile boolean isSetLooping = false; private int currentSelectedProgramIndex = 0; private int currentAudioIndicator = -1; private String pqParams = null; private int videoGameMode = 0; private boolean aiVisionDPTZEnabled = false; private boolean aiVisionAISREnabled = false; private boolean aiVisionBokehEnabled = false; private int uniqueStreamId = -1; private AudioMetadataReadMap audioMapInfo = null; private boolean mIsAtmos = false; private String mAudioMime = null; private int tunnelingAudioSessionId = -1; private String dtsVersion = null; private int videoTrackCount = 0; private int audioTrackCount = 0; private int textTrackCount = 0; private Map mHeaders = null; private boolean delaySendErr = false; /* JADX INFO: renamed from: z0.e$a */ class a extends Thread { /* JADX INFO: renamed from: b, reason: collision with root package name */ final /* synthetic */ Map f7155b; a(Map map) { this.f7155b = map; } @Override // java.lang.Thread, java.lang.Runnable public void run() { AbstractC0754e abstractC0754e = AbstractC0754e.this; abstractC0754e.mimeType = abstractC0754e.F(abstractC0754e.contentUri, this.f7155b); Log.d(AbstractC0754e.this.TAG, "mimeType=" + AbstractC0754e.this.mimeType); AbstractC0754e abstractC0754e2 = AbstractC0754e.this; abstractC0754e2.contentType = abstractC0754e2.E(abstractC0754e2.contentUri, AbstractC0754e.this.mimeType); Log.d(AbstractC0754e.this.TAG, "contentType=" + AbstractC0754e.this.contentType); } } /* JADX INFO: renamed from: z0.e$b */ class b implements SurfaceHolder.Callback { b() { } @Override // android.view.SurfaceHolder.Callback public void surfaceChanged(SurfaceHolder surfaceHolder, int i2, int i3, int i4) { } @Override // android.view.SurfaceHolder.Callback public void surfaceCreated(SurfaceHolder surfaceHolder) { } @Override // android.view.SurfaceHolder.Callback public void surfaceDestroyed(SurfaceHolder surfaceHolder) { if (AbstractC0754e.this.player != null) { AbstractC0754e.this.player.u(); } } } /* JADX INFO: renamed from: z0.e$c */ class c extends Thread { c() { } @Override // java.lang.Thread, java.lang.Runnable public void run() { Looper.prepare(); AbstractC0754e.this.myLooper = Looper.myLooper(); Log.d(AbstractC0754e.this.TAG, "[Performance]begin do prepareExo()"); AbstractC0754e.this.S(); synchronized (AbstractC0754e.this) { AbstractC0754e.this.asyncPreparing = false; AbstractC0754e.this.notifyAll(); } AbstractC0754e.this.asyncPreparing = false; Looper.loop(); } } /* JADX INFO: renamed from: z0.e$d */ class d implements k.a { d() { } @Override // a0.k.a public String a(String str) { AbstractC0754e.e(AbstractC0754e.this); throw null; } @Override // a0.k.a public void b(String str, String[] strArr) { AbstractC0754e.e(AbstractC0754e.this); String str2 = strArr[0]; throw null; } } /* JADX INFO: renamed from: z0.e$e, reason: collision with other inner class name */ private class C0108e implements Handler.Callback { @Override // android.os.Handler.Callback public boolean handleMessage(Message message) { switch (message.what) { case 6001: AbstractC0754e.this.z(); if (AbstractC0754e.this.onPreparedlistener == null) { return true; } Log.d(AbstractC0754e.this.TAG, "onPrepared called"); AbstractC0754e.this.onPreparedlistener.onPrepared(AbstractC0754e.this); return true; case 6002: if (AbstractC0754e.this.onInfoListener == null) { return true; } Log.d(AbstractC0754e.this.TAG, "onInfo called: arg1=" + message.arg1); AbstractC0754e.this.onInfoListener.onInfo(AbstractC0754e.this, message.arg1, message.arg2); return true; case 6003: if (AbstractC0754e.this.context != null) { AbstractC0754e.this.context.sendBroadcast(new Intent(AbstractC0754e.INTENT_DOLBY_LOGO_HIDE), AbstractC0754e.EXOPLAYER_BROADCAST_PERMISSION); } if (AbstractC0754e.this.onCompletionListener == null) { return true; } Log.d(AbstractC0754e.this.TAG, "onCompletion called"); AbstractC0754e.this.onCompletionListener.onCompletion(AbstractC0754e.this); return true; case 6004: if (AbstractC0754e.this.onVideoSizeChangedListener == null) { return true; } MediaPlayer.OnVideoSizeChangedListener onVideoSizeChangedListener = AbstractC0754e.this.onVideoSizeChangedListener; AbstractC0754e abstractC0754e = AbstractC0754e.this; onVideoSizeChangedListener.onVideoSizeChanged(abstractC0754e, abstractC0754e.videoWidth, AbstractC0754e.this.videoHeight); return true; case AbstractC0754e.MTK_MEDIA_EXO_ON_CUES /* 6005 */: if (AbstractC0754e.this.onInfoListener == null) { return true; } AbstractC0754e.this.onInfoListener.onInfo(AbstractC0754e.this, AbstractC0754e.MTK_MEDIA_INFO_ON_CUES, 0); return true; case AbstractC0754e.MTK_MEDIA_EXO_ON_SEEK_COMPLETE /* 6006 */: if (AbstractC0754e.this.onSeekCompleteListener == null) { return true; } AbstractC0754e.this.onSeekCompleteListener.onSeekComplete(AbstractC0754e.this); return true; case AbstractC0754e.MTK_MEDIA_EXO_ON_ERROR /* 6007 */: if (AbstractC0754e.this.onErrorListener == null) { return true; } Log.d(AbstractC0754e.this.TAG, "onError called: arg1=" + message.arg1 + ", arg2=" + message.arg2); AbstractC0754e.this.onErrorListener.onError(AbstractC0754e.this, message.arg1, message.arg2); return true; default: return false; } } private C0108e() { } } /* JADX INFO: renamed from: z0.e$f */ public static class f { /* JADX INFO: renamed from: a, reason: collision with root package name */ public long f7161a; /* JADX INFO: renamed from: b, reason: collision with root package name */ public int f7162b; /* JADX INFO: renamed from: c, reason: collision with root package name */ public int f7163c; /* JADX INFO: renamed from: d, reason: collision with root package name */ public int f7164d; /* JADX INFO: renamed from: e, reason: collision with root package name */ public long f7165e; public f(long j2, int i2, int i3, int i4, long j3) { this.f7161a = j2; this.f7162b = i2; this.f7163c = i3; this.f7164d = i4; this.f7165e = j3; } } /* JADX INFO: renamed from: z0.e$g */ public interface g { } /* JADX INFO: renamed from: z0.e$h */ public enum h { SPEED_FR_32X, SPEED_FR_16X, SPEED_FR_8X, SPEED_FR_4X, SPEED_FR_2X, SPEED_ZERO, SPEED_1X, SPEED_FF_2X, SPEED_FF_4X, SPEED_FF_8X, SPEED_FF_16X, SPEED_FF_32X, SPEED_SF_1_2X, SPEED_SF_1_4X, SPEED_SF_1_8X, SPEED_SF_1_16X, SPEED_SF_1_32X, SPEED_SR_1_2X, SPEED_SR_1_4X, SPEED_SR_1_8X, SPEED_SR_1_16X, SPEED_SR_1_32X } /* JADX INFO: renamed from: z0.e$i */ public static class i { } /* JADX INFO: renamed from: z0.e$j */ public interface j { } public AbstractC0754e() { int i2; int i3; int i4 = 0; this.focusMode = 0; int i5 = 1; this.playbackParams = null; this.tunnelingMode = 1; String tag = getTag(); this.TAG = tag; StringBuilder sb = new StringBuilder(); sb.append("[Performance]ExoMediaPlayer() Enter SDK Version:"); int i6 = D.f2965a; sb.append(i6); Log.i(tag, sb.toString()); if (i6 >= 30) { b0.n.g(1); } C0108e c0108e = new C0108e(); Looper looperMyLooper = Looper.myLooper(); if (looperMyLooper != null) { this.eventHandler = new Handler(looperMyLooper, c0108e); } else { Looper mainLooper = Looper.getMainLooper(); if (mainLooper != null) { this.eventHandler = new Handler(mainLooper, c0108e); } else { this.eventHandler = null; } } try { i2 = Integer.parseInt(D.y(MEDIA_TUNNELING_MODE_KEY, "1")); try { Log.i(tag, "isTunnelingMode:" + i2); } catch (NumberFormatException e2) { e = e2; Log.e(this.TAG, "Invalid tunneling mode string. " + e.toString()); } } catch (NumberFormatException e3) { e = e3; i2 = 1; } if (i2 == 0) { this.tunnelingMode = 0; } PlaybackParams playbackParams = new PlaybackParams(); this.playbackParams = playbackParams; playbackParams.setSpeed(1.0f); try { i3 = Integer.parseInt(D.y(DEBUG_LOG_LEVEL_PROPERTY_KEY, "0")); } catch (NumberFormatException e4) { Log.e(this.TAG, "Invalid debug level string. " + e4.toString()); i3 = 0; } o.e(i3); try { this.focusMode = Integer.parseInt(D.y(FOCUS_MODE_KEY, "0")); } catch (NumberFormatException e5) { Log.e(this.TAG, "Invalid focus mode string. " + e5.toString()); } try { i5 = Integer.parseInt(D.y(VIDEO_DECODER_TYPE_PROPERTY_KEY, ExifInterface.GPS_MEASUREMENT_2D)); } catch (NumberFormatException e6) { Log.e(this.TAG, "Invalid decoder type string. " + e6.toString()); } b0.n.h(i5); try { i4 = Integer.parseInt(D.y(DEBUG_SUBTITLE_DEBUGGER_LEVEL, "0")); } catch (NumberFormatException e7) { Log.e(this.TAG, "Invalid debug level string. " + e7.toString()); } I.h.b(i4); Log.i(this.TAG, "ExoMediaPlayer(): Leave"); } private h A(int i2) { h hVar = h.SPEED_ZERO; switch (i2) { case 3: hVar = h.SPEED_1X; break; case 4: hVar = h.SPEED_FF_2X; break; case 5: hVar = h.SPEED_FF_4X; break; case 6: hVar = h.SPEED_FF_8X; break; case 7: hVar = h.SPEED_FF_16X; break; case 8: hVar = h.SPEED_FF_32X; break; case 10: hVar = h.SPEED_FR_2X; break; case 11: hVar = h.SPEED_FR_4X; break; case 12: hVar = h.SPEED_FR_8X; break; case 13: hVar = h.SPEED_FR_16X; break; case 14: hVar = h.SPEED_FR_32X; break; case 15: hVar = h.SPEED_SF_1_2X; break; case 16: hVar = h.SPEED_SF_1_4X; break; case 17: hVar = h.SPEED_SF_1_8X; break; case 18: hVar = h.SPEED_SF_1_16X; break; case 19: hVar = h.SPEED_SF_1_32X; break; case 20: hVar = h.SPEED_SR_1_2X; break; case 21: hVar = h.SPEED_SR_1_4X; break; case 22: hVar = h.SPEED_SR_1_8X; break; case 23: hVar = h.SPEED_SR_1_16X; break; case 24: hVar = h.SPEED_SR_1_32X; break; } Log.i(this.TAG, "getSpeed(): speed = " + hVar); return hVar; } private int B() { int i2; Exception e2; t.c cVar; Log.d(this.TAG, "getAllVideoTrackCount"); int i3 = 0; try { cVar = this.player; } catch (Exception e3) { i2 = 0; e2 = e3; } if (cVar != null && cVar.y() != null) { List listO = this.player.y().o(); i2 = 0; for (int i4 = 0; i4 < this.player.y().w(0); i4++) { try { x xVarX = this.player.y().x(0, i4); if (xVarX != null && (listO == null || listO.size() == 0 || xVarX.f5850n0 == ((Integer) listO.get(this.currentSelectedProgramIndex)).intValue())) { i2++; } } catch (Exception e4) { e2 = e4; Log.d(this.TAG, e2.toString()); } } i3 = i2; } Log.d(this.TAG, "getAllVideoTrackCount:" + i3); return i3; } private int C() { Context context; if (this.audioMapInfo == null || (context = this.context) == null) { return -1; } if (this.dtsVersion == null) { this.dtsVersion = ((AudioManager) context.getSystemService("audio")).getParameters(AUDIO_PARAMETER_DTS_VERSION); } x xVarF = this.player.F(1, this.player.D(1)); if (xVarF != null && (xVarF.f5842g.contains("ac3") || xVarF.f5842g.contains("ac4"))) { boolean zContains = xVarF.f5842g.contains("ac4"); if (this.mIsAtmos) { return zContains ? 5 : 2; } return zContains ? 4 : 1; } String str = this.mAudioMime; if (str == null || !str.contains("dts")) { return 0; } String str2 = this.mAudioMime; String strSubstring = str2.substring(str2.indexOf("dts")); strSubstring.hashCode(); switch (strSubstring) { case "dts.hd; profile=lbr": if (this.dtsVersion == DTS_VERSION_M6) { return 13; } break; case "dts": case "dts; profile=DTS96": case "dts; profile=DTSES": return 11; case "dts.hd; profile=DTSHR": if (this.dtsVersion == DTS_VERSION_M6) { return 11; } break; case "dts.hd; profile=DTSMA": if (this.dtsVersion == DTS_VERSION_M6) { return 14; } break; case "dts.uhd; profile=p2": case "dts.hd; profile=MULTI1": case "dts.hd; profile=MULTI2": return this.dtsVersion == DTS_VERSION_M6 ? 11 : 15; default: return -1; } return 12; } /* JADX WARN: Removed duplicated region for block: B:42:0x00d0 A[EXC_TOP_SPLITTER, SYNTHETIC] */ /* Code decompiled incorrectly, please refer to instructions dump. To view partially-correct add '--show-bad-code' argument */ private long D() throws java.lang.Throwable { /* Method dump skipped, instruction units count: 239 To view this dump add '--comments-level debug' option */ throw new UnsupportedOperationException("Method not decompiled: z0.AbstractC0754e.D():long"); } /* JADX INFO: Access modifiers changed from: private */ public int E(Uri uri, String str) { if (uri == null) { return 1001; } if (K(uri, str)) { return 0; } if (M(uri, str)) { return 1; } if (L(uri, str)) { return 2; } if ((WEBINI_HEADER1.equals(str) || WEBINI_HEADER2.equals(str) || uri.toString().contains("webinife")) && !TextUtils.isEmpty(null)) { throw null; } return 1001; } /* JADX INFO: Access modifiers changed from: private */ /* JADX WARN: Multi-variable type inference failed */ /* JADX WARN: Type inference failed for: r5v10 */ /* JADX WARN: Type inference failed for: r5v3 */ /* JADX WARN: Type inference failed for: r5v4, types: [java.net.HttpURLConnection] */ public String F(Uri uri, Map map) throws Throwable { String str; Throwable th; ?? r5; HttpURLConnection httpURLConnection; String strTrim = null; strTrim = null; strTrim = null; HttpURLConnection httpURLConnection2 = null; try { try { httpURLConnection = (HttpURLConnection) new URL(uri.toString()).openConnection(); } catch (Throwable th2) { String str2 = strTrim; th = th2; r5 = str2; } } catch (IOException e2) { e = e2; str = null; } try { httpURLConnection.setConnectTimeout(3000); httpURLConnection.setReadTimeout(3000); if (!TextUtils.isEmpty(this.cookie)) { httpURLConnection.addRequestProperty(COOKIE_KEYWORD, this.cookie); httpURLConnection.addRequestProperty(MTK_UA_KEYWORD, this.userAgent); } httpURLConnection.connect(); String contentType = httpURLConnection.getContentType(); if (!TextUtils.isEmpty(contentType)) { strTrim = contentType.split(";")[0].trim(); Log.i("getMimeHeader contentType: ", contentType); } httpURLConnection.disconnect(); } catch (IOException e3) { e = e3; String str3 = strTrim; httpURLConnection2 = httpURLConnection; str = str3; Log.d("MyTest", e.toString()); if (httpURLConnection2 != null) { httpURLConnection2.disconnect(); } strTrim = str; } catch (Throwable th3) { th = th3; r5 = httpURLConnection; if (r5 != 0) { r5.disconnect(); } throw th; } return strTrim; } private c.InterfaceC0095c G() { String tag = getTag(); if (TextUtils.isEmpty(this.userAgent) && this.contentType != 1001) { this.userAgent = D.C(this.context, DatabaseProvider.TABLE_PREFIX); } int i2 = this.contentType; if (i2 != 0) { if (i2 == 1) { return new t.f(this.context, this.userAgent, this.contentUri.toString(), new s.f(this.laUrl), this.drmHeader, this.customData); } if (i2 == 2) { return new t.e(this.context, this.userAgent, this.contentUri.toString(), this.mHeaders); } if (i2 == 3) { return new t.d(this.context, this.userAgent, this.contentUri); } if (i2 == 1001) { return new t.b(this.context, this.contentUri, this.focusMode, tag.substring(tag.lastIndexOf(64)), this.mHeaders); } Log.d(this.TAG, "If crash, need APP add try catch"); throw new IllegalStateException("Unsupported type: " + this.contentType); } switch (this.drmType) { case 0: return new C0717a(this.context, this.userAgent, this.contentUri.toString(), null, null); case 1: return new C0717a(this.context, this.userAgent, this.contentUri.toString(), new s.g(HttpUrl.FRAGMENT_ENCODE_SET, HttpUrl.FRAGMENT_ENCODE_SET), null); case 2: Context context = this.context; String str = this.userAgent; String string = this.contentUri.toString(); s.e eVar = new s.e(); String str2 = this.drmHeader; return new C0717a(context, str, string, eVar, str2 == null ? null : x(str2)); case 3: return new C0717a(this.context, this.userAgent, this.contentUri.toString(), new C0711d(), this.drmHeader.getBytes()); case 4: return new C0717a(this.context, this.userAgent, this.contentUri.toString(), new C0711d(), this.contentUri.toString().getBytes()); case 5: return new C0717a(this.context, this.userAgent, this.contentUri.toString(), new C0710c(), this.drmHeader.getBytes()); case 6: return new C0717a(this.context, this.userAgent, this.contentUri.toString(), new C0710c(), this.contentUri.toString().getBytes()); default: Log.d(this.TAG, "If crash, need APP add try catch"); throw new IllegalStateException("Unsupported drm type: " + this.drmType); } } private x[] H() { Log.d(this.TAG, "getTrackInfoExo called"); ArrayList arrayList = new ArrayList(); try { t.c cVar = this.player; if (cVar == null || cVar.y() == null || !this.prepared) { return null; } List listO = this.player.y().o(); int iW = this.player.y().w(0); if (iW > 0) { int[][] iArr = this.trackIndexMap; if (iArr[0] == null) { int[] iArr2 = new int[iW]; iArr[0] = iArr2; Arrays.fill(iArr2, -1); } } int i2 = 0; for (int i3 = 0; i3 < iW; i3++) { x xVarX = this.player.y().x(0, i3); if (listO == null || listO.size() == 0 || ((Integer) listO.get(this.currentSelectedProgramIndex)).intValue() == xVarX.f5850n0) { this.trackIndexMap[0][i2] = i3; arrayList.add(xVarX); i2++; } } int iW2 = this.player.y().w(1); if (iW2 > 0) { int[][] iArr3 = this.trackIndexMap; if (iArr3[1] == null) { int[] iArr4 = new int[iW2]; iArr3[1] = iArr4; Arrays.fill(iArr4, -1); } } int i4 = 0; for (int i5 = 0; i5 < iW2; i5++) { x xVarX2 = this.player.y().x(1, i5); if (listO == null || listO.size() == 0 || ((Integer) listO.get(this.currentSelectedProgramIndex)).intValue() == xVarX2.f5850n0) { this.trackIndexMap[1][i4] = i5; arrayList.add(xVarX2); i4++; } } int iW3 = this.player.y().w(2); if (iW3 > 0) { int[][] iArr5 = this.trackIndexMap; if (iArr5[2] == null) { int[] iArr6 = new int[iW3]; iArr5[2] = iArr6; Arrays.fill(iArr6, -1); } } int i6 = 0; for (int i7 = 0; i7 < iW3; i7++) { x xVarX3 = this.player.y().x(2, i7); if (xVarX3 != null && (AbstractC0708a.b(xVarX3.f5842g) || listO == null || listO.size() == 0 || ((Integer) listO.get(this.currentSelectedProgramIndex)).intValue() == xVarX3.f5850n0)) { this.trackIndexMap[2][i6] = i7; arrayList.add(xVarX3); i6++; } } x[] xVarArr = new x[arrayList.size()]; arrayList.toArray(xVarArr); return xVarArr; } catch (Exception e2) { Log.d(this.TAG, e2.toString()); return null; } } private boolean I(float f2) { return Math.abs(f2 - this.playbackParams.getSpeed()) < 1.0E-4f; } private boolean J() { t.c cVar = this.player; if (cVar == null || cVar.y() == null) { return false; } int iF = this.player.y().f(); return iF == 2 || (iF >= 4 && iF <= 24); } private boolean K(Uri uri, String str) { return DASH_HEADER.equals(str) || DASH_MARLIN_HEADER.equals(str) || uri.toString().contains(".mpd"); } private boolean L(Uri uri, String str) { String queryParameter = uri.getQueryParameter("type"); if (HLS_HEADER.equals(str) || HLS_HEADER_V2.equals(str)) { return true; } return (queryParameter != null && (queryParameter.contains("M3U8") || queryParameter.contains("m3u8"))) || uri.toString().contains(".m3u8"); } private boolean M(Uri uri, String str) { if (MSS_HEADER.equals(str) || uri.toString().contains(".ism")) { return true; } return uri.toString().contains(".ssm") && uri.toString().contains("Manifest"); } /* JADX WARN: Removed duplicated region for block: B:33:0x005b */ /* JADX WARN: Removed duplicated region for block: B:34:0x005e */ /* Code decompiled incorrectly, please refer to instructions dump. To view partially-correct add '--show-bad-code' argument */ private void N(boolean r10) { /* Method dump skipped, instruction units count: 210 To view this dump add '--comments-level debug' option */ throw new UnsupportedOperationException("Method not decompiled: z0.AbstractC0754e.N(boolean):void"); } private void O() { t.c cVar; t.c cVar2; t.c cVar3; t.c cVar4; if (b0.n.d()) { if (this.vendCmdParams != null && (cVar4 = this.player) != null) { cVar4.y().N(this.vendCmdParams); } if (this.mSeamlessMode != -1 && (cVar3 = this.player) != null) { cVar3.y().J(this.mSeamlessMode); } if (this.mSetVideoDegree != -1 && (cVar2 = this.player) != null) { cVar2.y().S(this.mSetVideoDegree); } if (I(0.0f) || I(1.0f) || (cVar = this.player) == null) { return; } cVar.y().H(this.playbackParams); } } private void P(C0643i c0643i, Message message) { int i2 = c0643i.f5541g; Log.i(this.TAG, "ExoPlaybackException, codecErrorType:" + i2); if (i2 == 1) { if (this.prepared && this.player.E(0) == 0) { message.arg1 = -5002; return; } else { message.arg1 = -5001; return; } } if (i2 == 0) { if (this.prepared && this.player.E(1) == 0) { message.arg1 = -5002; return; } else { message.arg1 = -5000; return; } } if (i2 == 2) { message.arg1 = -5002; return; } if (c0643i.getCause() instanceof a0.q) { message.arg1 = MTK_MEDIA_HTTP_REPONSE_ERROR; message.arg2 = ((a0.q) c0643i.getCause()).f2005r; Log.i(this.TAG, "2 HTTP response error:" + message.arg2); return; } if (c0643i.getCause() instanceof IOException) { message.arg1 = -5002; return; } if (c0643i.getCause() instanceof IllegalStateException) { message.arg1 = 4000; return; } t.c cVar = this.player; if (cVar == null || cVar.y() == null || this.player.y().w(0) != 0 || this.player.y().w(1) != 0) { return; } message.arg1 = -5002; } private void Q(boolean z2) { int i2; if (this.audioStartRender && z2 && (((i2 = this.videoTrackCount) == 0 && this.audioTrackCount != 0) || ((this.surface == null && i2 != 0 && this.audioTrackCount != 0) || (this.player.C()[0] && this.audioTrackCount != 0)))) { Log.d(this.TAG, "onInfo send MEDIA_INFO_VIDEO_RENDERING_START"); Message messageObtain = Message.obtain(); messageObtain.what = 6002; messageObtain.arg1 = 3; messageObtain.arg2 = 0; this.eventHandler.sendMessage(messageObtain); this.audioStartRender = false; } if (this.eventHandler == null || !this.prepared) { return; } if (this.buffering) { this.buffering = false; Message messageObtain2 = Message.obtain(); messageObtain2.what = 6002; messageObtain2.arg1 = 702; messageObtain2.arg2 = 0; this.eventHandler.sendMessage(messageObtain2); } if (this.isSeeking) { this.eventHandler.sendEmptyMessage(MTK_MEDIA_EXO_ON_SEEK_COMPLETE); this.isSeeking = false; } } private boolean R(boolean z2, int i2) { Log.i(this.TAG, "onSubtitleTrack(int value) called. value=" + i2); t.c cVar = this.player; if (cVar == null || cVar.y() == null) { return false; } if (true == z2) { if (this.player.y().w(2) <= 0) { return false; } this.player.y().K(2, 0); } else { if (z2) { return false; } this.player.y().K(2, -1); } return true; } /* JADX INFO: Access modifiers changed from: private */ public void S() { Uri uri; t.c cVar = this.player; if (cVar != null) { cVar.P(); this.player = null; } this.trackIndexMap = new int[3][]; c.InterfaceC0095c interfaceC0095cG = G(); if (interfaceC0095cG instanceof t.b) { n.b bVar = this.dataSource; if (bVar != null) { ((t.b) interfaceC0095cG).f(new C0752c(bVar, null)); } if (this.hasExternalSubtitle && (uri = this.contentUri) != null) { String[] strArrC = AbstractC0708a.c(uri); o.d(this.TAG, "externalSubtitlePaths: " + Arrays.toString(strArrC), 16); ((t.b) interfaceC0095cG).e(strArrC); } } String tag = getTag(); this.player = new t.c(interfaceC0095cG, tag.substring(tag.lastIndexOf(64))); O(); this.player.t(this); this.player.X(this); this.player.y().F(this); this.player.y().a(this); this.player.Z(this.output); this.player.Y(this.tunnelingMode, (AudioManager) this.context.getSystemService("audio")); this.player.W(this.focusMode); int i2 = this.sessionId; if (-1 != i2) { this.player.U(i2); } Log.d(this.TAG, "[Performance]+player.prepare()"); this.player.N(); Log.d(this.TAG, "[Performance]-player.prepare()"); if (this.player != null) { if (this.pqParams != null) { Log.i(this.TAG, "pre-setting pqParams"); this.player.f0(this.pqParams); } this.player.e0(this.videoGameMode); this.player.T(this.aiVisionDPTZEnabled); this.player.R(this.aiVisionAISREnabled); this.player.S(this.aiVisionBokehEnabled); this.player.d0(this.surface); this.player.a0(false); } } private void T() { SurfaceHolder.Callback callback; SurfaceHolder surfaceHolder = this.mSurfaceHolder; if (surfaceHolder != null && (callback = this.surfaceHolderCallback) != null) { surfaceHolder.removeCallback(callback); this.surfaceHolderCallback = null; this.mSurfaceHolder = null; } Handler handler = this.eventHandler; if (handler != null) { handler.removeMessages(6003); } Context context = this.context; if (context != null) { context.sendBroadcast(new Intent(INTENT_DOLBY_LOGO_HIDE), EXOPLAYER_BROADCAST_PERMISSION); } this.prepared = false; this.needReplay = false; this.pqParams = null; this.videoWidth = 1; this.videoHeight = 1; this.mIsAtmos = false; this.mAudioMime = null; this.audioMapInfo = null; this.isSetLooping = false; t.c cVar = this.player; if (cVar != null) { cVar.P(); this.player = null; } PlaybackParams playbackParams = this.playbackParams; if (playbackParams != null && playbackParams.getSpeed() != 1.0f) { this.playbackParams.setSpeed(1.0f); } C0648b.a(); this.currentAudioIndicator = -1; } private void U() { this.httpDataSourceCallBack = null; this.onPreparedlistener = null; this.onVideoSizeChangedListener = null; this.onBufferingUpdateListener = null; this.onSeekCompleteListener = null; this.onCompletionListener = null; this.onInfoListener = null; this.onErrorListener = null; } private void V(j jVar) { if (jVar != null) { this.httpDataSourceCallBack = new d(); } } private void W() { Context context = this.context; if (context == null || this.player == null) { return; } String parameters = ((AudioManager) context.getSystemService("audio")).getParameters("audioindicator="); if (TextUtils.isEmpty(parameters) || !parameters.contains("DTS")) { return; } String strSubstring = parameters.substring(parameters.indexOf("DTS")); strSubstring.hashCode(); switch (strSubstring) { case "DTS Express": this.currentAudioIndicator = 13; this.context.sendBroadcast(new Intent(INTENT_LOGO_DTS_EXPRESS), EXOPLAYER_BROADCAST_PERMISSION); break; case "DTS": this.currentAudioIndicator = 11; this.context.sendBroadcast(new Intent(INTENT_LOGO_DTS), EXOPLAYER_BROADCAST_PERMISSION); break; case "DTS:X": this.currentAudioIndicator = 15; this.context.sendBroadcast(new Intent(INTENT_LOGO_DTS_X), EXOPLAYER_BROADCAST_PERMISSION); break; case "DTS-HD Master Audio": this.currentAudioIndicator = 14; this.context.sendBroadcast(new Intent(INTENT_LOGO_DTS_HD_MASTER_AUDIO), EXOPLAYER_BROADCAST_PERMISSION); break; case "DTS-HD": this.currentAudioIndicator = 12; this.context.sendBroadcast(new Intent(INTENT_LOGO_DTS_HD), EXOPLAYER_BROADCAST_PERMISSION); break; default: this.currentAudioIndicator = 11; this.context.sendBroadcast(new Intent(INTENT_LOGO_DTS), EXOPLAYER_BROADCAST_PERMISSION); break; } } /* JADX WARN: Failed to restore switch over string. Please report as a decompilation issue */ private void X(boolean z2) { t.c cVar; String str; int i2; boolean z3; int i3 = 2; boolean z4 = false; if (this.context == null || (cVar = this.player) == null) { return; } x xVarF = this.player.F(0, cVar.D(0)); if (xVarF == null || !"video/dolby-vision".equals(xVarF.f5842g)) { str = null; i2 = -1; z3 = false; } else { str = INTENT_DOLBY_LOGO_VISION; i2 = 3; z3 = true; } String parameters = ((AudioManager) this.context.getSystemService("audio")).getParameters("audioindicator="); if (TextUtils.isEmpty(parameters)) { i3 = i2; } else { boolean zContains = parameters.toLowerCase().contains("ac4"); if (parameters.toLowerCase().contains("dolby")) { if (parameters.toLowerCase().contains("atmos")) { str = z3 ? INTENT_DOLBY_LOGO_VISION_ATMOS : INTENT_DOLBY_LOGO_ATMOS; } else { str = z3 ? INTENT_DOLBY_LOGO_VISION_AUDIO : INTENT_DOLBY_LOGO_AUDIO; i3 = 1; } } else if (parameters.contains("DTS")) { String strSubstring = parameters.substring(parameters.indexOf("DTS")); strSubstring.hashCode(); i2 = 11; switch (strSubstring.hashCode()) { case -664708621: i3 = !strSubstring.equals("DTS Express") ? -1 : 0; break; case 68035: i3 = !strSubstring.equals("DTS") ? -1 : 1; break; case 65383521: if (!strSubstring.equals(DTS_VERSION_X)) { i3 = -1; } break; case 1873858866: i3 = !strSubstring.equals("DTS-HD Master Audio") ? -1 : 3; break; case 2026876230: i3 = !strSubstring.equals("DTS-HD") ? -1 : 4; break; default: i3 = -1; break; } switch (i3) { case 0: i3 = 13; str = INTENT_LOGO_DTS_EXPRESS; break; case 1: default: str = INTENT_LOGO_DTS; i3 = i2; break; case 2: i3 = 15; str = INTENT_LOGO_DTS_X; break; case 3: i3 = 14; str = INTENT_LOGO_DTS_HD_MASTER_AUDIO; break; case 4: i3 = 12; str = INTENT_LOGO_DTS_HD; break; } } else { i3 = i2; } z4 = zContains; } Log.d(this.TAG, "showLogo: force=" + z2 + ", intent=" + str + ", indicator=" + i3 + ", currentAudioIndicator=" + this.currentAudioIndicator + ", audioIndicatorString=" + parameters); if (z2) { if (z4) { this.context.sendBroadcast(new Intent(INTENT_DOLBY_AUDIO_AC4), EXOPLAYER_BROADCAST_PERMISSION); } else { this.context.sendBroadcast(new Intent(INTENT_DOLBY_AUDIO_OTHERS), EXOPLAYER_BROADCAST_PERMISSION); } if (str != null) { this.context.sendBroadcast(new Intent(str), EXOPLAYER_BROADCAST_PERMISSION); } } else if (i3 != this.currentAudioIndicator) { if (z4) { this.context.sendBroadcast(new Intent(INTENT_DOLBY_AUDIO_AC4), EXOPLAYER_BROADCAST_PERMISSION); } else { this.context.sendBroadcast(new Intent(INTENT_DOLBY_AUDIO_OTHERS), EXOPLAYER_BROADCAST_PERMISSION); } if (str != null) { this.context.sendBroadcast(new Intent(str), EXOPLAYER_BROADCAST_PERMISSION); } } this.currentAudioIndicator = i3; } private void Y(boolean z2) { PowerManager.WakeLock wakeLock = this.mWakeLock; if (wakeLock != null) { if (z2 && !wakeLock.isHeld()) { this.mWakeLock.acquire(); } else if (!z2 && this.mWakeLock.isHeld()) { this.mWakeLock.release(); } } this.mStayAwake = z2; Z(); } private void Z() { SurfaceHolder surfaceHolder = this.mSurfaceHolder; if (surfaceHolder != null) { surfaceHolder.setKeepScreenOn(this.mScreenOnWhilePlaying && this.mStayAwake); } } static /* bridge */ /* synthetic */ j e(AbstractC0754e abstractC0754e) { abstractC0754e.getClass(); return null; } private static byte[] x(String str) { byte[] bytes = str.getBytes(); byte[] bArr = new byte[str.length() * 2]; for (int i2 = 0; i2 < str.length(); i2++) { int i3 = i2 * 2; bArr[i3] = bytes[i2]; bArr[i3 + 1] = 0; } return bArr; } private boolean y(int i2) { t.c cVar = this.player; return cVar != null && cVar.y() != null && this.player.y().getDuration() > 0 && i2 >= 4 && i2 <= 14; } /* JADX INFO: Access modifiers changed from: private */ public void z() { f fVar = this.mLastMemoryInfo; if (fVar != null) { long j2 = fVar.f7161a; int i2 = fVar.f7162b; int i3 = fVar.f7163c; int i4 = fVar.f7164d; long j3 = fVar.f7165e; int iE = this.player.E(1); int iE2 = this.player.E(2); int iE3 = this.player.E(0); int iD = this.player.D(1); int iD2 = this.player.D(2); int iD3 = this.player.D(0); Log.d(this.TAG, "checkLastMemory() ui8_clip_id = " + j2 + " -ui8_frame_position = " + j3 + " - ui2_aud_idx = " + i3 + " - ui2_sub_idx = " + i4 + " - ui2_vid_idx = " + i2); if (i3 < iE && i3 != iD && i3 != -1) { this.player.c0(1, i3); } if (i4 < iE2 && i4 != iD2 && i4 != -1) { this.player.c0(2, i4); } if (i2 < iE3 && i2 != iD3 && i2 != -1) { this.player.c0(0, i2); } if (j3 > 0) { this.player.Q(j3); } } this.mLastMemoryInfo = null; } public void bluetoothStateChange(int i2) { Log.d(this.TAG, "bluetoothStateChange() state=" + i2); } public boolean canDoSeek() { boolean z2; Log.i(this.TAG, "canDoSeek()"); t.c cVar = this.player; boolean z3 = false; if (cVar != null && cVar.y() != null) { if (this.player.y().getDuration() > 0 && !J()) { int i2 = 0; while (true) { if (i2 > 1) { break; } x xVarF = this.player.F(i2, this.player.D(i2)); if (xVarF == null || !xVarF.r().containsKey("canseek")) { i2++; } else { z2 = xVarF.r().getInteger("canseek") == 1; if (!z2 && this.eventHandler != null) { Message messageObtain = Message.obtain(); messageObtain.what = 6002; messageObtain.arg1 = MEDIA_INFO_VIDEO_CANNOTSEEK; messageObtain.arg2 = 0; this.eventHandler.sendMessage(messageObtain); Log.i(this.TAG, "is not support seek !!!!!!!"); } } } z3 = z2; } Log.i(this.TAG, "canDoSeek() " + z3); } return z3; } public boolean canDoTrick(int i2) { Log.i(this.TAG, "canDoTrick():, speed = " + i2); t.c cVar = this.player; return cVar != null && cVar.y() != null && this.player.y().getDuration() > 0 && i2 >= 4 && i2 <= 14 && canDoSeek(); } public int getAllAudioTrackCount() throws IllegalStateException { Log.d(this.TAG, "getAllAudioTrackCount"); int i2 = 0; try { t.c cVar = this.player; if (cVar != null && cVar.y() != null) { List listO = this.player.y().o(); int iW = this.player.y().w(1); if (iW > 0) { int[][] iArr = this.trackIndexMap; if (iArr[1] == null) { int[] iArr2 = new int[iW]; iArr[1] = iArr2; Arrays.fill(iArr2, -1); } } int i3 = 0; int i4 = 0; while (i2 < iW) { try { x xVarX = this.player.y().x(1, i2); if (xVarX != null && (listO == null || listO.size() == 0 || xVarX.f5850n0 == ((Integer) listO.get(this.currentSelectedProgramIndex)).intValue())) { int[] iArr3 = this.trackIndexMap[1]; if (iArr3[i4] == -1) { iArr3[i4] = i2; } i4++; i3++; } i2++; } catch (Exception e2) { e = e2; i2 = i3; Log.d(this.TAG, e.toString()); Log.d(this.TAG, "getAllAudioTrackCount:" + i2); return i2; } } i2 = i3; } } catch (Exception e3) { e = e3; } Log.d(this.TAG, "getAllAudioTrackCount:" + i2); return i2; } public int getAllSubtitleTrackCount() throws IllegalStateException { Log.d(this.TAG, "getAllSubtitleTrackCount"); int i2 = 0; try { t.c cVar = this.player; if (cVar != null && cVar.y() != null) { List listO = this.player.y().o(); int iW = this.player.y().w(2); if (iW > 0) { int[][] iArr = this.trackIndexMap; if (iArr[2] == null) { int[] iArr2 = new int[iW]; iArr[2] = iArr2; Arrays.fill(iArr2, -1); } } int i3 = 0; int i4 = 0; while (i2 < iW) { try { x xVarX = this.player.y().x(2, i2); if (xVarX != null && (AbstractC0708a.b(xVarX.f5842g) || listO == null || listO.size() == 0 || xVarX.f5850n0 == ((Integer) listO.get(this.currentSelectedProgramIndex)).intValue())) { int[] iArr3 = this.trackIndexMap[2]; if (iArr3[i4] == -1) { iArr3[i4] = i2; } i4++; i3++; } i2++; } catch (Exception e2) { e = e2; i2 = i3; Log.d(this.TAG, e.toString()); Log.d(this.TAG, "getAllSubtitleTrackCount:" + i2); return i2; } } i2 = i3; } } catch (Exception e3) { e = e3; } Log.d(this.TAG, "getAllSubtitleTrackCount:" + i2); return i2; } public int getBufferPercent() { t.c cVar = this.player; if (cVar == null || cVar.y() == null) { return -1; } return this.player.y().getBufferPercentage(); } public List getCues() { return this.cues; } public int getCurrentAudioIndex() { int iV; t.c cVar = this.player; if (cVar != null && cVar.y() != null && (iV = this.player.y().v(1)) >= 0 && this.trackIndexMap[1] != null) { int i2 = 0; while (true) { int[] iArr = this.trackIndexMap[1]; if (i2 >= iArr.length) { break; } if (iArr[i2] == iV) { return i2; } i2++; } } return -1; } @Override // android.media.MediaPlayer public int getCurrentPosition() { int currentPosition; Log.d(this.TAG, "getCurrentPositionExo called"); t.c cVar = this.player; if (cVar == null || cVar.y() == null) { currentPosition = -1; } else { currentPosition = this.player.y().getCurrentPosition(); if (currentPosition > 0 && !this.isSeeking) { if (b0.n.d()) { X(false); } if (b0.n.c()) { N(false); } } } Log.d(this.TAG, "getCurrentPosition():" + currentPosition); return currentPosition; } public int getCurrentSubtitleIndex() { int iV; t.c cVar = this.player; if (cVar != null && cVar.y() != null && (iV = this.player.y().v(2)) >= 0 && this.trackIndexMap[2] != null) { int i2 = 0; while (true) { int[] iArr = this.trackIndexMap[2]; if (i2 >= iArr.length) { break; } if (iArr[i2] == iV) { return i2; } i2++; } } return -1; } public double getDownloadRate() { return this.bitRate / 1048576.0d; } @Override // android.media.MediaPlayer public int getDuration() { Log.d(this.TAG, "getDuration called"); t.c cVar = this.player; if (cVar == null || cVar.y() == null) { return 0; } return this.player.y().getDuration(); } public int getIsFilmmaker() { t.c cVar = this.player; int iH = (cVar == null || cVar.y() == null) ? -1 : this.player.y().h(); Log.i(this.TAG, "isFilmmaker:" + iH); return iH; } public long getLastMemoryFileID() { return D(); } public f getLastMemoryFilePosition() { if (this.player == null) { Log.d(this.TAG, "getLastMemoryFilePosition() player is null"); return null; } long jD = this.contentUri != null ? D() : -1L; int iD = this.player.D(0); int iD2 = this.player.D(1); int iD3 = this.player.D(2); long jW = this.player.w(); Log.d(this.TAG, "getLastMemoryFilePosition() ui8_clip_id = " + jD + " -ui8_frame_position = " + jW + " - ui2_aud_idx = " + iD2 + " - ui2_sub_idx = " + iD3 + " - ui2_vid_idx = " + iD); return new f(jD, iD, iD2, iD3, jW); } public int getPlayMode() { t.c cVar = this.player; if (cVar == null || cVar.y() == null) { return -1; } return this.player.y().f(); } @Override // android.media.MediaPlayer public PlaybackParams getPlaybackParams() { return this.playbackParams; } @Override // android.media.MediaPlayer public int getSelectedTrack(int i2) throws IllegalStateException { int i3; int iB; Log.d(this.TAG, "getSelectedTrackExo called. trackType=" + i2); int i4 = 0; int i5 = -1; if (i2 == 1) { i3 = 0; } else if (i2 == 2) { i3 = 1; } else { if (i2 != 3 && i2 != 4) { Log.e(this.TAG, "Illegal track type!"); return -1; } i3 = 2; } t.c cVar = this.player; if (cVar == null || cVar.y() == null || this.trackIndexMap[i3] == null) { return -1; } int iV = this.player.y().v(i3); while (true) { int[] iArr = this.trackIndexMap[i3]; if (i4 >= iArr.length) { break; } if (iArr[i4] == iV) { i5 = i4; } i4++; } if (i3 == 1) { iB = B(); } else { if (i3 != 2) { return i5; } iB = B() + getAllAudioTrackCount(); } return i5 + iB; } public String getTag() { String string = toString(); int iLastIndexOf = string.lastIndexOf("@"); string.substring(iLastIndexOf); if (iLastIndexOf < 0) { return "ExoMediaPlayer"; } return "ExoMediaPlayer" + string.substring(iLastIndexOf); } public int getTunnelAudioSessionId() { t.c cVar = this.player; if (cVar == null || cVar.y() == null) { return 0; } int iY = this.player.y().y(); Log.d(this.TAG, "getTunnelAudioSessionId: " + iY); return iY; } public int getUniqueStreamId() { return this.uniqueStreamId; } public int getVideoHdrType() { return this.videoVendorParam.f3067a; } @Override // android.media.MediaPlayer public int getVideoHeight() { return this.videoHeight; } public q getVideoVendorParam() { return this.videoVendorParam; } @Override // android.media.MediaPlayer public int getVideoWidth() { return this.videoWidth; } @Override // android.media.MediaPlayer public boolean isLooping() { return this.isSetLooping; } @Override // android.media.MediaPlayer public boolean isPlaying() { t.c cVar = this.player; if (cVar != null) { return cVar.y().isPlaying() || (J() && this.player.y().f() != 2); } return false; } public z0.g[] mtkGetTrackInfo() throws IllegalStateException { Log.d(this.TAG, "exo mtkGetTrackInfo called"); x[] xVarArrH = H(); if (xVarArrH == null || xVarArrH.length <= 0) { return null; } z0.g[] gVarArr = new z0.g[xVarArrH.length]; for (int i2 = 0; i2 < xVarArrH.length; i2++) { x xVar = xVarArrH[i2]; gVarArr[i2] = new z0.g(xVar.f5842g, xVar.r()); } return gVarArr; } @Deprecated public boolean offSubtitleTrack() { Log.i(this.TAG, "offSubtitleTrack"); return R(false, 0); } public void onAudioCodecFormatChanged(AudioMetadataReadMap audioMetadataReadMap, int i2) { AudioMetadataReadMap audioMetadataReadMap2; if (audioMetadataReadMap == null || !this.prepared) { Log.i(this.TAG, "onAudioCodecFormatChanged: info is null or prepared is false"); return; } this.tunnelingAudioSessionId = i2; if (audioMetadataReadMap.containsKey(AudioMetadata.Format.KEY_MIME)) { this.mAudioMime = (String) audioMetadataReadMap.get(AudioMetadata.Format.KEY_MIME); } if (audioMetadataReadMap.containsKey(AudioMetadata.Format.KEY_ATMOS_PRESENT)) { boolean zBooleanValue = ((Boolean) audioMetadataReadMap.get(AudioMetadata.Format.KEY_ATMOS_PRESENT)).booleanValue(); AudioMetadata.Key key = x.f5828r0; if (audioMetadataReadMap.containsKey(key) && (audioMetadataReadMap2 = this.audioMapInfo) != null && audioMetadataReadMap2.containsKey(key) && ((Long) audioMetadataReadMap.get(key)).longValue() < ((Long) this.audioMapInfo.get(key)).longValue()) { Log.w(this.TAG, "new seq-number[" + audioMetadataReadMap.get(key) + "] < old seq-number[" + this.audioMapInfo.get(key) + "]"); return; } this.mIsAtmos = zBooleanValue; } this.audioMapInfo = audioMetadataReadMap; Log.i(this.TAG, "onAudioCodecFormatChanged sessionId:" + i2 + ", mIsAtmos:" + this.mIsAtmos); } public void onAudioFormatEnabled(p.j jVar, int i2, long j2) { } @Override // t.c.a public void onAudioOnlyPlayDone() { } @Override // t.c.a public void onAvailableRangeChanged(int i2, F f2) { } @Override // t.c.a public void onBandwidthSample(int i2, long j2, long j3) { this.bitRate = j3; } @Override // b0.p.a public void onCues(List list) { Log.d(this.TAG, "onCues called"); if (J()) { Log.v(this.TAG, "Tricking...don't show subtitles"); return; } this.cues = list; if (list != null && list.size() > 0) { Log.d(this.TAG, "cues != null; cues.size = " + list.size()); for (I.c cVar : list) { Log.d(this.TAG, "cue.text=" + ((Object) cVar.f938a)); } } if (this.eventHandler != null) { Message messageObtain = Message.obtain(); messageObtain.what = MTK_MEDIA_EXO_ON_CUES; messageObtain.obj = list; this.eventHandler.sendMessage(messageObtain); } } public void onDecoderInitialized(String str, long j2, long j3) { } @Override // t.c.a public void onDroppedFrames(int i2, long j2) { } public void onError(Exception exc) { Message messageObtain = Message.obtain(); messageObtain.what = 1; messageObtain.arg1 = 0; messageObtain.arg2 = 0; try { if (exc instanceof u.k) { messageObtain.arg1 = 263; } else if (exc.getCause() instanceof a0.q) { messageObtain.arg1 = MTK_MEDIA_HTTP_REPONSE_ERROR; messageObtain.arg2 = ((a0.q) exc.getCause()).f2005r; Log.i(this.TAG, "HTTP response error:" + messageObtain.arg2); } else if ((exc instanceof C0643i) && (exc.getCause() instanceof IllegalArgumentException)) { messageObtain.arg1 = -5003; } else if (exc instanceof C0643i) { P((C0643i) exc, messageObtain); } else if (exc instanceof IOException) { messageObtain.arg1 = -5002; } Log.i(this.TAG, "onError arg1:" + messageObtain.arg1 + ", arg2:" + messageObtain.arg2); int i2 = messageObtain.arg1; if (i2 != -5001 && i2 != -5000) { messageObtain.what = MTK_MEDIA_EXO_ON_ERROR; Message messageObtain2 = Message.obtain(messageObtain); this.errMsg = messageObtain2; if (this.onErrorListener != null) { this.eventHandler.sendMessage(messageObtain2); return; } else { this.delaySendErr = true; return; } } messageObtain.what = 6002; this.eventHandler.sendMessage(messageObtain); boolean[] zArrC = this.player.C(); if (zArrC[1] && zArrC[0]) { return; } Log.i(this.TAG, "Catch MediaCodec error, try to replay it!"); this.needReplay = true; } catch (Exception e2) { Log.i(this.TAG, "Player has been released.", e2); } } public void onInfo(int i2) { x xVarX; String str; if (i2 == 2) { if (J() || this.isSeeking || !this.player.z()) { return; } Log.d(this.TAG, "onInfo send MEDIA_INFO_VIDEO_RENDERING_START"); Message messageObtain = Message.obtain(); messageObtain.what = 6002; messageObtain.arg1 = 3; messageObtain.arg2 = 0; this.eventHandler.sendMessage(messageObtain); if (!b0.n.c() || getAllAudioTrackCount() <= 0 || (xVarX = this.player.y().x(1, this.player.y().v(1))) == null || (str = xVarX.f5842g) == null || !str.contains("dts")) { return; } W(); return; } if (i2 != 3) { return; } Log.d(this.TAG, "[Performance]onInfo recive MTK_INFO_TYPE_PREPARED"); this.prepared = true; this.audioStartRender = true; this.eventHandler.sendEmptyMessage(6001); t.c cVar = this.player; if (cVar == null || cVar.y() == null) { return; } this.videoTrackCount = this.player.y().w(0); this.audioTrackCount = this.player.y().w(1); this.textTrackCount = this.player.y().w(2); Log.d(this.TAG, "videoTrackCount=" + this.videoTrackCount + ", audioTrackCount=" + this.audioTrackCount + ", textTrackCount=" + this.textTrackCount); int i3 = this.videoTrackCount; if (i3 == 0 && this.audioTrackCount != 0) { if (i3 == 0) { Log.d(this.TAG, "send audio only message"); Message messageObtain2 = Message.obtain(); messageObtain2.what = 6002; messageObtain2.arg1 = -5008; messageObtain2.arg2 = 0; this.eventHandler.sendMessage(messageObtain2); } Log.d(this.TAG, "onInfo send MEDIA_INFO_VIDEO_RENDERING_START"); Message messageObtain3 = Message.obtain(); messageObtain3.what = 6002; messageObtain3.arg1 = 3; messageObtain3.arg2 = 0; this.eventHandler.sendMessage(messageObtain3); } else if (this.audioTrackCount == 0 && i3 != 0) { Log.d(this.TAG, "send video only message"); Message messageObtain4 = Message.obtain(); messageObtain4.what = 6002; messageObtain4.arg1 = -5009; messageObtain4.arg2 = 0; this.eventHandler.sendMessage(messageObtain4); } if (this.player.y().canSeekForward() || this.player.y().canSeekBackward()) { return; } Message messageObtain5 = Message.obtain(); messageObtain5.what = 6002; messageObtain5.arg1 = MEDIA_INFO_VIDEO_CANNOTSEEK; messageObtain5.arg2 = 0; this.eventHandler.sendMessage(messageObtain5); } @Override // t.c.a public void onLoadCompleted(int i2, long j2, int i3, int i4, p.j jVar, long j3, long j4, long j5, long j6) { } public void onLoadStarted(int i2, long j2, int i3, int i4, p.j jVar, long j3, long j4) { } @Override // b0.p.b public void onPrepared() { } @Override // t.c.a public void onRenderFrameJiffies(long j2, long j3) { } @Override // b0.p.b public void onSeekReadyInTrick() { } @Override // t.c.b public void onStateChanged(boolean z2, int i2) { Log.d(this.TAG, "play state change: playWhenReady=" + z2 + ", plabackState=" + i2); if (i2 == 1) { if (this.player == null || !this.needReplay) { return; } this.needReplay = false; try { Handler handler = this.eventHandler; if (handler != null) { handler.removeMessages(6001); } this.player.Z(this.output); this.player.N(); this.player.d0(this.surface); this.player.a0(false); return; } catch (Exception unused) { Log.d(this.TAG, "player has been released while replaying."); return; } } if (i2 == 3) { if (this.eventHandler == null || J()) { return; } this.buffering = true; Message messageObtain = Message.obtain(); messageObtain.what = 6002; messageObtain.arg1 = 701; messageObtain.arg2 = 0; this.eventHandler.sendMessage(messageObtain); return; } if (i2 == 4) { Q(z2); return; } if (i2 != 5 || this.player == null || this.eventHandler == null) { return; } Message messageObtain2 = Message.obtain(); if (this.player.y().w(0) == 0 && this.player.y().w(1) == 0) { messageObtain2.what = MTK_MEDIA_EXO_ON_ERROR; messageObtain2.arg1 = -5002; messageObtain2.arg2 = 0; this.eventHandler.sendMessage(messageObtain2); return; } if (!this.isSetLooping) { messageObtain2.what = 6003; this.eventHandler.sendMessage(messageObtain2); } else { Log.i(this.TAG, "player will Looping playback"); this.player.Q(0L); this.isSeeking = true; } } @Deprecated public boolean onSubtitleTrack() { Log.i(this.TAG, "onSubtitleTrack"); return R(true, 0); } public void onTrackStateChanged(int i2, int i3, boolean z2) { } @Override // b0.p.b public void onTrickEnded(int i2, int i3) { t.c cVar = this.player; if (cVar == null || cVar.y() == null) { return; } Message messageObtain = Message.obtain(); if (i3 == 0) { messageObtain.what = 6002; if (this.player.y().w(0) > 0) { messageObtain.arg1 = MEDIA_INFO_VIDEO_REPLAY_DONE; } else { messageObtain.arg1 = -5006; } messageObtain.arg2 = 0; } else { messageObtain.what = 6003; } this.eventHandler.sendMessage(messageObtain); } public void onVideoFormatEnabled(p.j jVar, int i2, long j2) { } @Override // t.c.b public void onVideoSizeChanged(int i2, int i3, int i4, float f2, q qVar) { this.videoWidth = i2; this.videoHeight = i3; this.videoVendorParam = qVar; t.c cVar = this.player; if (cVar != null && cVar.y() != null) { this.uniqueStreamId = this.player.y().z(); } Log.i(this.TAG, "onVideoSizeChanged: width[" + this.videoWidth + "], height[" + i3 + "], videoHdrType[" + this.videoVendorParam.f3067a + "], uniqueStreamId[" + this.uniqueStreamId + "]"); Handler handler = this.eventHandler; if (handler != null) { handler.sendEmptyMessage(6004); } } @Override // android.media.MediaPlayer public void pause() throws IllegalStateException { Log.d(this.TAG, "pause"); if (1 == this.mDataSourceType) { Log.i(this.TAG, "mStallingSupport " + this.mStallingSupport); if (!this.mStallingSupport && this.mSeekType == 0) { Log.i(this.TAG, "pauseExo Exception"); throw new IllegalStateException("pauseExo Exception"); } } Y(false); t.c cVar = this.player; if (cVar == null || cVar.y() == null) { return; } this.player.y().pause(); } @Override // android.media.MediaPlayer public void prepare() throws IllegalStateException, IOException { Log.d(this.TAG, "prepare"); S(); } @Override // android.media.MediaPlayer public void prepareAsync() throws IllegalStateException { Log.d(this.TAG, "[Performance]prepareAsync"); this.asyncPreparing = true; new c().start(); } @Override // android.media.MediaPlayer public void release() { Log.d(this.TAG, "release() called"); U(); reset(); super.release(); } @Override // android.media.MediaPlayer public void reset() { int i2; Log.d(this.TAG, "reset() called"); synchronized (this) { while (this.asyncPreparing) { try { wait(); } catch (InterruptedException unused) { Thread.currentThread().interrupt(); } } } T(); Looper looper = this.myLooper; if (looper != null) { looper.quitSafely(); this.myLooper = null; } this.audioStartRender = false; this.contentUri = null; this.delaySendErr = false; try { i2 = Integer.parseInt(D.y(MEDIA_TUNNELING_MODE_KEY, "1")); } catch (NumberFormatException e2) { e = e2; i2 = 1; } try { Log.i(this.TAG, "isTunnelingMode:" + i2); } catch (NumberFormatException e3) { e = e3; Log.e(this.TAG, "Invalid tunneling mode string. " + e.toString()); } if (i2 == 0) { this.tunnelingMode = 0; } else { this.tunnelingMode = 1; } super.reset(); } @Override // android.media.MediaPlayer public void seekTo(int i2) throws IllegalStateException { t.c cVar; Log.d(this.TAG, "seekTo called : msec=" + i2); if (canDoSeek() && (cVar = this.player) != null) { this.isSeeking = true; cVar.y().seekTo(i2); } } @Override // android.media.MediaPlayer public void selectTrack(int i2) throws IllegalStateException { Log.d(this.TAG, "selectTrack called. index=" + i2); if (i2 < 0) { Log.e(this.TAG, "Illegal track index!"); return; } t.c cVar = this.player; if (cVar != null && cVar.y() != null) { for (int i3 = 0; i3 < 3; i3++) { int[] iArr = this.trackIndexMap[i3]; if (iArr != null) { for (int i4 = 0; i4 < iArr.length && iArr[i4] >= 0; i4++) { if (i2 == 0) { this.player.y().K(i3, iArr[i4]); return; } i2--; } } } } Log.e(this.TAG, "Illegal track index!"); } public void setAIVisionAISREnabled(boolean z2) { Log.i(this.TAG, "setAIVisionAISREnabled: " + z2); this.aiVisionAISREnabled = z2; t.c cVar = this.player; if (cVar != null) { cVar.R(z2); } } public void setAIVisionBokehEnabled(boolean z2) { Log.i(this.TAG, "setAIVisionBokehEnabled: " + z2); this.aiVisionBokehEnabled = z2; t.c cVar = this.player; if (cVar != null) { cVar.S(z2); } } public void setAIVisionDPTZEnabled(boolean z2) { Log.i(this.TAG, "setAIVisionDPTZEnabled: " + z2); this.aiVisionDPTZEnabled = z2; t.c cVar = this.player; if (cVar != null) { cVar.T(z2); } } @Override // android.media.MediaPlayer public void setAudioSessionId(int i2) { Log.d(this.TAG, "set AudioSessionId: SessionId = " + i2); if (this.sessionId != i2) { this.sessionId = i2; t.c cVar = this.player; if (cVar != null) { cVar.U(i2); } } } public boolean setAudioTrack(int i2) { Log.i(this.TAG, "setAudioTrack, track = " + i2); t.c cVar = this.player; if (cVar != null && cVar.y() != null && this.trackIndexMap[1] != null) { if (i2 >= 0 && i2 < getAllAudioTrackCount()) { this.player.y().K(1, this.trackIndexMap[1][i2]); PlaybackParams playbackParams = this.playbackParams; if (playbackParams == null || playbackParams.getSpeed() == 1.0f) { return true; } this.player.y().H(this.playbackParams); return true; } if (i2 == 255) { this.player.y().K(1, -1); return true; } } return false; } @Override // android.media.MediaPlayer public void setDataSource(Context context, Uri uri) throws IllegalStateException, IOException, SecurityException, IllegalArgumentException { setDataSource(context, uri, (Map) null); } public void setDispPath(int i2) { if (b0.n.d()) { Log.i(this.TAG, "setDispPath: " + i2); this.mDispPath = i2; t.c cVar = this.player; if (cVar != null) { if (i2 == 0 || i2 == 1) { cVar.V(i2); } } } } @Override // android.media.MediaPlayer public void setDisplay(SurfaceHolder surfaceHolder) { Log.d(this.TAG, "setDisplay"); if (surfaceHolder != null) { this.mSurfaceHolder = surfaceHolder; this.surface = surfaceHolder.getSurface(); if (this.surfaceHolderCallback == null) { this.surfaceHolderCallback = new b(); } surfaceHolder.addCallback(this.surfaceHolderCallback); t.c cVar = this.player; if (cVar != null) { cVar.d0(this.surface); } if (this.mDataSourceType != 0) { Z(); } } } public void setExternalSubtitleCharsetEncoding(String str) throws IllegalStateException { t.c cVar = this.player; if (cVar == null || cVar.y() == null || !this.prepared) { throw new IllegalStateException("Player not prepared."); } if (this.player.y().v(2) == -1) { throw new IllegalStateException("No text track enabled."); } this.player.y().G(str); } public void setFocus(int i2) { Log.d(this.TAG, "setFocus: mode = " + i2); if (this.focusMode != i2) { this.focusMode = i2; t.c cVar = this.player; if (cVar != null) { cVar.W(i2); } } } public int setLastMemoryFilePosition(f fVar) { this.mLastMemoryInfo = fVar; Log.d(this.TAG, "setLastMemoryFilePosition() info = " + fVar); return this.mLastMemoryInfo != null ? 1 : 0; } @Override // android.media.MediaPlayer public void setLooping(boolean z2) { Log.i(this.TAG, "setLooping() called " + z2); if (this.player == null) { throw new IllegalStateException("setLooping fail"); } this.isSetLooping = z2; } public void setMediaTunnelingMode(int i2) { Log.d(this.TAG, "setMediaTunnelingMode:" + i2); if (i2 == 0 || i2 == 1) { this.tunnelingMode = i2; } } public void setOnAudioCodecFormatChangedListener(g gVar) { } @Override // android.media.MediaPlayer public void setOnBufferingUpdateListener(MediaPlayer.OnBufferingUpdateListener onBufferingUpdateListener) { this.onBufferingUpdateListener = onBufferingUpdateListener; } @Override // android.media.MediaPlayer public void setOnCompletionListener(MediaPlayer.OnCompletionListener onCompletionListener) { this.onCompletionListener = onCompletionListener; } @Override // android.media.MediaPlayer public void setOnErrorListener(MediaPlayer.OnErrorListener onErrorListener) { Log.d(this.TAG, "setOnErrorListener"); this.onErrorListener = onErrorListener; Message message = this.errMsg; if (message == null || !this.delaySendErr) { return; } this.delaySendErr = false; this.eventHandler.sendMessage(message); } @Override // android.media.MediaPlayer public void setOnInfoListener(MediaPlayer.OnInfoListener onInfoListener) { Log.d(this.TAG, "setOnInfoListener"); this.onInfoListener = onInfoListener; } @Override // android.media.MediaPlayer public void setOnPreparedListener(MediaPlayer.OnPreparedListener onPreparedListener) { if (this.prepared && this.onPreparedlistener == null && onPreparedListener != null) { Log.d(this.TAG, "trigger onPrepared called "); onPreparedListener.onPrepared(this); } this.onPreparedlistener = onPreparedListener; } @Override // android.media.MediaPlayer public void setOnSeekCompleteListener(MediaPlayer.OnSeekCompleteListener onSeekCompleteListener) { this.onSeekCompleteListener = onSeekCompleteListener; } @Override // android.media.MediaPlayer public void setOnVideoSizeChangedListener(MediaPlayer.OnVideoSizeChangedListener onVideoSizeChangedListener) { this.onVideoSizeChangedListener = onVideoSizeChangedListener; } public void setPQAwareEnabled(boolean z2) { } public int setPlayMode(int i2) { h hVarA = A(i2); Log.i(this.TAG, "setPlayModeExo(): speed = " + i2 + " PlayerSpeed = " + hVarA); t.c cVar = this.player; if (cVar == null || cVar.y() == null) { return -1; } if (i2 == 1) { this.player.y().pause(); } else if (i2 == 3) { this.player.y().start(); } else { if (!y(i2)) { return -1; } this.player.y().R(i2); } return 0; } @Override // android.media.MediaPlayer public void setPlaybackParams(PlaybackParams playbackParams) { Log.i(this.TAG, "setPlaybackParams(): setPlaybackRate = " + playbackParams.getSpeed()); this.playbackParams = playbackParams; t.c cVar = this.player; if (cVar == null || cVar.y() == null) { throw new IllegalStateException("setPlaybackParams fail"); } this.player.y().H(this.playbackParams); } @Override // android.media.MediaPlayer public void setScreenOnWhilePlaying(boolean z2) { Log.i(this.TAG, "setScreenOnWhilePlaying(): Enter"); if (this.mDataSourceType != 0) { Log.i(this.TAG, "setScreenOnWhilePlaying(): screenOn=" + z2); if (this.mScreenOnWhilePlaying != z2) { if (z2 && this.mSurfaceHolder == null) { Log.w(this.TAG, "setScreenOnWhilePlaying(true) is ineffective without a SurfaceHolder"); } this.mScreenOnWhilePlaying = z2; Z(); } } Log.i(this.TAG, "setScreenOnWhilePlaying(): Leave"); } public boolean setSeamlessMode(boolean z2) { Log.i(this.TAG, "setSeamlessMode(): seamlessMode: " + z2); this.mSeamlessMode = z2 ? 1 : 0; if (this.asyncPreparing) { throw new IllegalStateException("setSeamlessMode fail"); } t.c cVar = this.player; if (cVar == null || cVar.y() == null) { return true; } this.player.y().J(this.mSeamlessMode); return true; } public boolean setSubtitleDataSource(String str) { Log.d(this.TAG, "setSubtitleDataSource called. uri=" + str); this.hasExternalSubtitle = true; return true; } @Deprecated public boolean setSubtitleTrack(int i2) { Log.d(this.TAG, "setSubtitleTrack called. track=" + i2); t.c cVar = this.player; if (cVar != null && cVar.y() != null && this.trackIndexMap[2] != null) { if (i2 >= 0 && i2 < getAllSubtitleTrackCount()) { this.player.y().K(2, this.trackIndexMap[2][i2]); return true; } if (i2 == 255) { this.player.y().K(2, -1); return true; } } return false; } @Override // android.media.MediaPlayer public void setSurface(Surface surface) { Log.d(this.TAG, "setSurface"); this.mSurfaceHolder = null; this.surface = surface; t.c cVar = this.player; if (cVar != null) { cVar.d0(surface); } if (this.mDataSourceType != 0) { Z(); } } public boolean setVendCmd(Bundle bundle) { if (!b0.n.d()) { return false; } if (this.asyncPreparing) { throw new IllegalStateException("setVendCmd fail"); } this.vendCmdParams = new Bundle(bundle); for (String str : bundle.keySet()) { Object obj = bundle.get(str); Log.i(this.TAG, "setVendCmd key: " + str + " values:" + obj); } t.c cVar = this.player; if (cVar == null || cVar.y() == null) { return true; } this.player.y().N(bundle); return true; } public void setVideoGameMode(int i2) { Log.i(this.TAG, "setVideoGameMode: " + i2); if (i2 != 0 && i2 != 1) { Log.e(this.TAG, "Invalid Params"); return; } this.videoGameMode = i2; t.c cVar = this.player; if (cVar != null) { cVar.e0(i2); } } public void setVideoPqParams(String str) { Log.i(this.TAG, "setVideoPqParams "); if (str == null) { Log.e(this.TAG, "Invalid pqParams"); return; } this.pqParams = str; t.c cVar = this.player; if (cVar != null) { cVar.f0(str); } } public void setVolume(float f2) { t.c cVar = this.player; if (cVar == null || cVar.y() == null) { return; } this.player.y().Q(f2); } @Override // android.media.MediaPlayer public void setWakeMode(Context context, int i2) { boolean z2; Log.i(this.TAG, "setWakeMode(): Enter"); if (this.mDataSourceType != 0) { Log.i(this.TAG, "setWakeMode(): mode=" + i2); PowerManager.WakeLock wakeLock = this.mWakeLock; if (wakeLock != null) { if (wakeLock.isHeld()) { this.mWakeLock.release(); z2 = true; } else { z2 = false; } this.mWakeLock = null; } else { z2 = false; } PowerManager.WakeLock wakeLockNewWakeLock = ((PowerManager) context.getSystemService("power")).newWakeLock(i2 | 536870912, AbstractC0754e.class.getName()); this.mWakeLock = wakeLockNewWakeLock; wakeLockNewWakeLock.setReferenceCounted(false); if (z2) { this.mWakeLock.acquire(); } } Log.i(this.TAG, "setWakeMode(): Leave"); } public void setWebInterface(j jVar) { V(jVar); } @Override // android.media.MediaPlayer public void start() throws IllegalStateException { Log.d(this.TAG, "start() called"); t.c cVar = this.player; if (cVar == null || cVar.y() == null) { return; } this.player.y().start(); } public boolean step(int i2) throws IllegalStateException { Log.i(this.TAG, "step() called, amount=" + i2); return false; } @Override // android.media.MediaPlayer public void stop() throws IllegalStateException { Log.d(this.TAG, "stop"); T(); Looper looper = this.myLooper; if (looper != null) { looper.quitSafely(); this.myLooper = null; } this.audioStartRender = false; this.delaySendErr = false; } public int updateRotation(int i2) { Log.i(this.TAG, "updateRotation(): rotation_degree: " + i2); this.mSetVideoDegree = i2; if (this.asyncPreparing) { Log.i(this.TAG, "IllegalStateException updateRotation fail"); throw new IllegalStateException("updateRotation fail"); } if (i2 == 0 || i2 == 90 || i2 == 180 || i2 == 270) { t.c cVar = this.player; if (cVar != null && cVar.y() != null) { this.player.y().S(this.mSetVideoDegree); } return this.mSetVideoDegree; } Log.i(this.TAG, "IllegalArgumentException Invalid rotation_degree parameter" + this.mSetVideoDegree); throw new IllegalArgumentException("updateRotation fail"); } @Override // android.media.MediaPlayer public void setDataSource(Context context, Uri uri, Map map) throws IllegalStateException, IOException, SecurityException, IllegalArgumentException { if (uri == null) { Log.e(this.TAG, "If crash, need APP add try catch"); throw new IllegalArgumentException("uri is null"); } Log.i(this.TAG, "setDataSource: uri=" + uri.toString()); if (this.eventHandler != null) { Log.d(this.TAG, "setDataSource: remove all messages"); this.eventHandler.removeCallbacksAndMessages(null); } this.contentUri = uri; this.context = context; this.mHeaders = map; String scheme = uri.getScheme(); if (!"http".equals(scheme) && !"https".equals(scheme)) { this.contentType = 1001; return; } this.contentUri.toString(); a aVar = new a(map); aVar.start(); try { aVar.join(); } catch (InterruptedException e2) { e2.printStackTrace(); } } @Deprecated public boolean onSubtitleTrack(int i2) { Log.i(this.TAG, "onSubtitleTrack"); return R(true, i2); } @Override // android.media.MediaPlayer @Deprecated public void setDataSource(String str) throws IllegalStateException, IOException, SecurityException, IllegalArgumentException { Log.e(this.TAG, "setDataSource(String path) API:3"); throw new IllegalArgumentException(); } @Deprecated public void setDataSource(String str, Map map) throws IllegalStateException, IOException, SecurityException, IllegalArgumentException { Log.e(this.TAG, "setDataSource(String path, Map headers) API:4"); throw new IllegalArgumentException(); } public void setDataSource(A0.b bVar, Context context) throws IllegalStateException, IOException, IllegalArgumentException { Log.i(this.TAG, "setDataSource(final DataSource, Context): Enter DLNA VIP"); throw null; } }