package I0; import C3.D; import C3.G; import C3.W; import android.media.MediaCodecInfo; import android.os.Build; import android.util.Pair; import d5.AbstractC0844a; import java.util.ArrayList; import java.util.Collections; import java.util.HashMap; import java.util.List; import java.util.regex.Matcher; import n4.u0; import u0.C1570f; import u0.C1579o; import u0.E; import x0.AbstractC1709a; /* JADX INFO: loaded from: classes.dex */ public abstract class z { /* JADX INFO: renamed from: a, reason: collision with root package name */ public static final HashMap f3314a = new HashMap(); public static void a(String str, ArrayList arrayList) { if ("audio/raw".equals(str)) { if (x0.v.f18553a < 26 && Build.DEVICE.equals("R9") && arrayList.size() == 1 && ((q) arrayList.get(0)).f3234a.equals("OMX.MTK.AUDIO.DECODER.RAW")) { arrayList.add(q.i("OMX.google.raw.decoder", "audio/raw", "audio/raw", null, false, true, false, false)); } Collections.sort(arrayList, new u(new l())); } if (x0.v.f18553a >= 32 || arrayList.size() <= 1 || !"OMX.qti.audio.decoder.flac".equals(((q) arrayList.get(0)).f3234a)) { return; } arrayList.add((q) arrayList.remove(0)); } public static String b(C1579o c1579o) { Pair pairD; if ("audio/eac3-joc".equals(c1579o.f17358n)) { return "audio/eac3"; } String str = c1579o.f17358n; if ("video/dolby-vision".equals(str) && (pairD = d(c1579o)) != null) { int iIntValue = ((Integer) pairD.first).intValue(); if (iIntValue == 16 || iIntValue == 256) { return "video/hevc"; } if (iIntValue == 512) { return "video/avc"; } if (iIntValue == 1024) { return "video/av01"; } } if ("video/mv-hevc".equals(str)) { return "video/hevc"; } return null; } public static String c(MediaCodecInfo mediaCodecInfo, String str, String str2) { for (String str3 : mediaCodecInfo.getSupportedTypes()) { if (str3.equalsIgnoreCase(str2)) { return str3; } } if (str2.equals("video/dolby-vision")) { if ("OMX.MS.HEVCDV.Decoder".equals(str)) { return "video/hevcdv"; } if ("OMX.RTK.video.decoder".equals(str) || "OMX.realtek.video.decoder.tunneled".equals(str)) { return "video/dv_hevc"; } return null; } if (str2.equals("video/mv-hevc")) { if ("c2.qti.mvhevc.decoder".equals(str) || "c2.qti.mvhevc.decoder.secure".equals(str)) { return "video/x-mvhevc"; } return null; } if (str2.equals("audio/alac") && "OMX.lge.alac.decoder".equals(str)) { return "audio/x-lg-alac"; } if (str2.equals("audio/flac") && "OMX.lge.flac.decoder".equals(str)) { return "audio/x-lg-flac"; } if (str2.equals("audio/ac3") && "OMX.lge.ac3.decoder".equals(str)) { return "audio/lg-ac3"; } return null; } /* JADX WARN: Can't fix incorrect switch cases order, some code will duplicate */ /* JADX WARN: Failed to restore switch over string. Please report as a decompilation issue */ /* JADX WARN: Removed duplicated region for block: B:162:0x0244 */ /* JADX WARN: Removed duplicated region for block: B:17:0x0076 */ /* JADX WARN: Removed duplicated region for block: B:20:0x0081 */ /* JADX WARN: Removed duplicated region for block: B:83:0x0139 */ /* JADX WARN: Removed duplicated region for block: B:86:0x0144 */ /* Code decompiled incorrectly, please refer to instructions dump. */ public static Pair d(C1579o c1579o) { C1570f c1570f; int i; int i5; int i8; int i9; int i10; int i11; int i12; int i13; int i14; int i15; int i16; Integer num; byte b8; byte b9; Integer num2; byte[] bArr = x0.b.f18499a; String str = c1579o.f17355k; if (str != null) { String[] strArrSplit = str.split("\\."); boolean zEquals = "video/dolby-vision".equals(c1579o.f17358n); String str2 = c1579o.f17355k; if (zEquals) { if (strArrSplit.length < 3) { AbstractC0844a.v("Ignoring malformed Dolby Vision codec string: ", str2, "CodecSpecificDataUtil"); return null; } Matcher matcher = x0.b.f18501c.matcher(strArrSplit[1]); if (!matcher.matches()) { AbstractC0844a.v("Ignoring malformed Dolby Vision codec string: ", str2, "CodecSpecificDataUtil"); return null; } String strGroup = matcher.group(1); if (strGroup != null) { switch (strGroup) { case "00": num = 1; break; case "01": num = 2; break; case "02": num = 4; break; case "03": num = 8; break; case "04": num = 16; break; case "05": num = 32; break; case "06": num = 64; break; case "07": num = 128; break; case "08": num = 256; break; case "09": num = 512; break; case "10": num = 1024; break; } } else { num = null; } if (num == null) { AbstractC0844a.v("Unknown Dolby Vision profile string: ", strGroup, "CodecSpecificDataUtil"); return null; } String str3 = strArrSplit[2]; if (str3 != null) { switch (str3.hashCode()) { case 1537: b8 = !str3.equals("01") ? (byte) -1 : (byte) 0; break; case 1538: if (str3.equals("02")) { b8 = 1; break; } break; case 1539: if (str3.equals("03")) { b8 = 2; break; } break; case 1540: if (str3.equals("04")) { b8 = 3; break; } break; case 1541: if (str3.equals("05")) { b8 = 4; break; } break; case 1542: if (str3.equals("06")) { b8 = 5; break; } break; case 1543: if (str3.equals("07")) { b8 = 6; break; } break; case 1544: if (str3.equals("08")) { b8 = 7; break; } break; case 1545: if (str3.equals("09")) { b8 = 8; break; } break; case 1567: if (str3.equals("10")) { b8 = 9; break; } break; case 1568: if (str3.equals("11")) { b8 = 10; break; } break; case 1569: if (str3.equals("12")) { b9 = 11; b8 = b9; } break; case 1570: if (str3.equals("13")) { b9 = 12; b8 = b9; } break; } switch (b8) { case u0.f15495q /* 0 */: num2 = 1; break; case 1: num2 = 2; break; case 2: num2 = 4; break; case 3: num2 = 8; break; case 4: num2 = 16; break; case 5: num2 = 32; break; case Z.g.STRING_SET_FIELD_NUMBER /* 6 */: num2 = 64; break; case Z.g.DOUBLE_FIELD_NUMBER /* 7 */: num2 = 128; break; case Z.g.BYTES_FIELD_NUMBER /* 8 */: num2 = 256; break; case 9: num2 = 512; break; case 10: num2 = 1024; break; case 11: num2 = 2048; break; case 12: num2 = 4096; break; } } else { num2 = null; } if (num2 != null) { return new Pair(num, num2); } AbstractC0844a.v("Unknown Dolby Vision level string: ", str3, "CodecSpecificDataUtil"); return null; } String str4 = strArrSplit[0]; str4.getClass(); c1570f = c1579o.f17335B; switch (str4) { case "av01": if (strArrSplit.length >= 4) { try { int i17 = Integer.parseInt(strArrSplit[1]); int i18 = Integer.parseInt(strArrSplit[2].substring(0, 2)); int i19 = Integer.parseInt(strArrSplit[3]); if (i17 != 0) { AbstractC0844a.s(i17, "Unknown AV1 profile: ", "CodecSpecificDataUtil"); } else if (i19 == 8 || i19 == 10) { int i20 = i19 == 8 ? 1 : (c1570f == null || !(c1570f.f17281d != null || (i = c1570f.f17280c) == 7 || i == 6)) ? 2 : 4096; switch (i18) { case u0.f15495q /* 0 */: i5 = 1; i8 = -1; break; case 1: i5 = 2; i8 = -1; break; case 2: i5 = 4; i8 = -1; break; case 3: i5 = 8; i8 = -1; break; case 4: i5 = 16; i8 = -1; break; case 5: i5 = 32; i8 = -1; break; case Z.g.STRING_SET_FIELD_NUMBER /* 6 */: i5 = 64; i8 = -1; break; case Z.g.DOUBLE_FIELD_NUMBER /* 7 */: i5 = 128; i8 = -1; break; case Z.g.BYTES_FIELD_NUMBER /* 8 */: i5 = 256; i8 = -1; break; case 9: i5 = 512; i8 = -1; break; case 10: i5 = 1024; i8 = -1; break; case 11: i5 = 2048; i8 = -1; break; case 12: i5 = 4096; i8 = -1; break; case 13: i5 = 8192; i8 = -1; break; case 14: i5 = 16384; i8 = -1; break; case 15: i5 = 32768; i8 = -1; break; case 16: i5 = 65536; i8 = -1; break; case 17: i5 = 131072; i8 = -1; break; case 18: i5 = 262144; i8 = -1; break; case 19: i5 = 524288; i8 = -1; break; case 20: i5 = 1048576; i8 = -1; break; case 21: i5 = 2097152; i8 = -1; break; case 22: i5 = 4194304; i8 = -1; break; case 23: i5 = 8388608; i8 = -1; break; default: i8 = -1; i5 = -1; break; } if (i5 == i8) { AbstractC0844a.s(i18, "Unknown AV1 level: ", "CodecSpecificDataUtil"); } } else { AbstractC0844a.s(i19, "Unknown AV1 bit depth: ", "CodecSpecificDataUtil"); } } catch (NumberFormatException unused) { AbstractC0844a.v("Ignoring malformed AV1 codec string: ", str2, "CodecSpecificDataUtil"); return null; } break; } else { AbstractC0844a.v("Ignoring malformed AV1 codec string: ", str2, "CodecSpecificDataUtil"); break; } break; case "avc1": case "avc2": if (strArrSplit.length >= 2) { try { if (strArrSplit[1].length() != 6) { i9 = 16; if (strArrSplit.length < 3) { AbstractC1709a.B("CodecSpecificDataUtil", "Ignoring malformed AVC codec string: " + str2); } else { i10 = Integer.parseInt(strArrSplit[1]); i11 = Integer.parseInt(strArrSplit[2]); } } else { i9 = 16; i10 = Integer.parseInt(strArrSplit[1].substring(0, 2), 16); i11 = Integer.parseInt(strArrSplit[1].substring(4), 16); } int i21 = i10 != 66 ? i10 != 77 ? i10 != 88 ? i10 != 100 ? i10 != 110 ? i10 != 122 ? i10 != 244 ? -1 : 64 : 32 : i9 : 8 : 4 : 2 : 1; if (i21 != -1) { switch (i11) { case 10: i12 = -1; i13 = 1; break; case 11: i12 = -1; i13 = 4; break; case 12: i13 = 8; i12 = -1; break; case 13: i13 = i9; i12 = -1; break; default: switch (i11) { case 20: i13 = 32; i12 = -1; break; case 21: i13 = 64; i12 = -1; break; case 22: i13 = 128; i12 = -1; break; default: switch (i11) { case 30: i13 = 256; i12 = -1; break; case 31: i13 = 512; i12 = -1; break; case 32: i13 = 1024; i12 = -1; break; default: switch (i11) { case 40: i13 = 2048; i12 = -1; break; case 41: i13 = 4096; i12 = -1; break; case 42: i13 = 8192; i12 = -1; break; default: switch (i11) { case 50: i13 = 16384; i12 = -1; break; case 51: i13 = 32768; i12 = -1; break; case 52: i13 = 65536; i12 = -1; break; default: i12 = -1; i13 = -1; break; } break; } break; } break; } break; } if (i13 == i12) { AbstractC0844a.s(i11, "Unknown AVC level: ", "CodecSpecificDataUtil"); } } else { AbstractC0844a.s(i10, "Unknown AVC profile: ", "CodecSpecificDataUtil"); } } catch (NumberFormatException unused2) { AbstractC0844a.v("Ignoring malformed AVC codec string: ", str2, "CodecSpecificDataUtil"); return null; } break; } else { AbstractC0844a.v("Ignoring malformed AVC codec string: ", str2, "CodecSpecificDataUtil"); break; } break; case "mp4a": if (strArrSplit.length == 3) { try { if ("audio/mp4a-latm".equals(E.e(Integer.parseInt(strArrSplit[1], 16)))) { int i22 = Integer.parseInt(strArrSplit[2]); int i23 = 17; if (i22 == 17) { i14 = -1; } else { if (i22 != 20) { i23 = 23; if (i22 != 23) { i23 = 29; if (i22 != 29) { i23 = 39; if (i22 != 39) { i23 = 42; if (i22 != 42) { switch (i22) { case 1: i14 = -1; i23 = 1; break; case 2: i14 = -1; i23 = 2; break; case 3: i14 = -1; i23 = 3; break; case 4: i23 = 4; break; case 5: i23 = 5; break; case Z.g.STRING_SET_FIELD_NUMBER /* 6 */: i14 = -1; i23 = 6; break; default: i14 = -1; i23 = -1; break; } } } } } } else { i23 = 20; } i14 = -1; } if (i23 != i14) { } } } catch (NumberFormatException unused3) { AbstractC0844a.v("Ignoring malformed MP4A codec string: ", str2, "CodecSpecificDataUtil"); return null; } break; } else { AbstractC0844a.v("Ignoring malformed MP4A codec string: ", str2, "CodecSpecificDataUtil"); break; } break; case "s263": Pair pair = new Pair(1, 1); if (strArrSplit.length >= 3) { try { } catch (NumberFormatException unused4) { AbstractC0844a.v("Ignoring malformed H263 codec string: ", str2, "CodecSpecificDataUtil"); return pair; } break; } else { AbstractC0844a.v("Ignoring malformed H263 codec string: ", str2, "CodecSpecificDataUtil"); break; } break; case "vp09": if (strArrSplit.length >= 3) { try { int i24 = Integer.parseInt(strArrSplit[1]); int i25 = Integer.parseInt(strArrSplit[2]); int i26 = i24 != 0 ? i24 != 1 ? i24 != 2 ? i24 != 3 ? -1 : 8 : 4 : 2 : 1; if (i26 != -1) { if (i25 == 10) { i15 = -1; i16 = 1; } else if (i25 != 11) { if (i25 == 20) { i16 = 4; } else if (i25 == 21) { i16 = 8; } else if (i25 == 30) { i16 = 16; } else if (i25 == 31) { i16 = 32; } else if (i25 == 40) { i16 = 64; } else if (i25 == 41) { i16 = 128; } else if (i25 == 50) { i16 = 256; } else if (i25 != 51) { switch (i25) { case 60: i16 = 2048; break; case 61: i16 = 4096; break; case 62: i16 = 8192; break; default: i15 = -1; i16 = -1; break; } } else { i16 = 512; } i15 = -1; } else { i15 = -1; i16 = 2; } if (i16 == i15) { AbstractC0844a.s(i25, "Unknown VP9 level: ", "CodecSpecificDataUtil"); } } else { AbstractC0844a.s(i24, "Unknown VP9 profile: ", "CodecSpecificDataUtil"); } } catch (NumberFormatException unused5) { AbstractC0844a.v("Ignoring malformed VP9 codec string: ", str2, "CodecSpecificDataUtil"); return null; } break; } else { AbstractC0844a.v("Ignoring malformed VP9 codec string: ", str2, "CodecSpecificDataUtil"); break; } break; } return null; } return null; } public static synchronized List e(String str, boolean z8, boolean z9) { try { v vVar = new v(str, z8, z9); HashMap map = f3314a; List list = (List) map.get(vVar); if (list != null) { return list; } ArrayList arrayListF = f(vVar, new B7.a(z8, z9, str.equals("video/mv-hevc"))); if (z8 && arrayListF.isEmpty() && x0.v.f18553a <= 23) { arrayListF = f(vVar, new C4.f(6)); if (!arrayListF.isEmpty()) { AbstractC1709a.B("MediaCodecUtil", "MediaCodecList API didn't list secure decoder for: " + str + ". Assuming: " + ((q) arrayListF.get(0)).f3234a); } } a(str, arrayListF); G gK = G.k(arrayListF); map.put(vVar, gK); return gK; } catch (Throwable th) { throw th; } } /* JADX WARN: Removed duplicated region for block: B:12:0x003b */ /* Code decompiled incorrectly, please refer to instructions dump. */ public static ArrayList f(v vVar, x xVar) throws w { String strC; String str; int i; String str2; MediaCodecInfo.CodecCapabilities codecCapabilities; boolean zIsVendor; v vVar2 = vVar; x xVar2 = xVar; try { ArrayList arrayList = new ArrayList(); String str3 = vVar2.f3311a; int iB = xVar2.b(); boolean zM = xVar2.m(); int i5 = 0; while (i5 < iB) { MediaCodecInfo mediaCodecInfoE = xVar2.e(i5); int i8 = x0.v.f18553a; if (i8 < 29 || !mediaCodecInfoE.isAlias()) { int i9 = i5; String name = mediaCodecInfoE.getName(); if (h(mediaCodecInfoE, name, zM, str3) && (strC = c(mediaCodecInfoE, name, str3)) != null) { try { MediaCodecInfo.CodecCapabilities capabilitiesForType = mediaCodecInfoE.getCapabilitiesForType(strC); boolean zL = xVar2.l("tunneled-playback", strC, capabilitiesForType); boolean zA = xVar2.a("tunneled-playback", capabilitiesForType); boolean z8 = vVar2.f3313c; if ((z8 || !zA) && (!z8 || zL)) { boolean zL2 = xVar2.l("secure-playback", strC, capabilitiesForType); boolean zA2 = xVar2.a("secure-playback", capabilitiesForType); boolean z9 = vVar2.f3312b; if ((z9 || !zA2) && (!z9 || zL2)) { boolean zIsHardwareAccelerated = i8 >= 29 ? mediaCodecInfoE.isHardwareAccelerated() : !i(mediaCodecInfoE, str3); try { boolean zI = i(mediaCodecInfoE, str3); if (i8 >= 29) { zIsVendor = mediaCodecInfoE.isVendor(); codecCapabilities = capabilitiesForType; } else { String strF = s7.d.F(mediaCodecInfoE.getName()); if (strF.startsWith("omx.google.") || strF.startsWith("c2.android.") || strF.startsWith("c2.google.")) { codecCapabilities = capabilitiesForType; zIsVendor = false; } else { codecCapabilities = capabilitiesForType; zIsVendor = true; } } if (!(zM && z9 == zL2) && (zM || z9)) { i = i9; boolean z10 = zIsHardwareAccelerated; str2 = strC; if (!zM && zL2) { str = name; try { arrayList.add(q.i(name + ".secure", str3, str2, codecCapabilities, z10, zI, zIsVendor, true)); break; } catch (Exception e8) { e = e8; if (x0.v.f18553a <= 23 || arrayList.isEmpty()) { AbstractC1709a.o("MediaCodecUtil", "Failed to query codec " + str + " (" + str2 + ")"); throw e; } AbstractC1709a.o("MediaCodecUtil", "Skipping codec " + str + " (failed to query capabilities)"); i5 = i + 1; vVar2 = vVar; xVar2 = xVar; } } } else { i = i9; str2 = strC; try { arrayList.add(q.i(name, str3, str2, codecCapabilities, zIsHardwareAccelerated, zI, zIsVendor, false)); } catch (Exception e9) { e = e9; str = name; if (x0.v.f18553a <= 23) { } AbstractC1709a.o("MediaCodecUtil", "Failed to query codec " + str + " (" + str2 + ")"); throw e; } } } catch (Exception e10) { e = e10; str = name; i = i9; str2 = strC; } } else { i = i9; } } } catch (Exception e11) { e = e11; str = name; i = i9; str2 = strC; } } } else { i = i5; } i5 = i + 1; vVar2 = vVar; xVar2 = xVar; } return arrayList; } catch (Exception e12) { throw new w("Failed to query underlying media codecs", e12); } } public static W g(l lVar, C1579o c1579o, boolean z8, boolean z9) { String str = c1579o.f17358n; lVar.getClass(); List listE = e(str, z8, z9); String strB = b(c1579o); List listE2 = strB == null ? W.f1225u : e(strB, z8, z9); D dJ = G.j(); dJ.d(listE); dJ.d(listE2); return dJ.g(); } public static boolean h(MediaCodecInfo mediaCodecInfo, String str, boolean z8, String str2) { if (mediaCodecInfo.isEncoder()) { return false; } if (!z8 && str.endsWith(".secure")) { return false; } int i = x0.v.f18553a; if (i < 24 && (("OMX.SEC.aac.dec".equals(str) || "OMX.Exynos.AAC.Decoder".equals(str)) && "samsung".equals(Build.MANUFACTURER))) { String str3 = Build.DEVICE; if (str3.startsWith("zeroflte") || str3.startsWith("zerolte") || str3.startsWith("zenlte") || "SC-05G".equals(str3) || "marinelteatt".equals(str3) || "404SC".equals(str3) || "SC-04G".equals(str3) || "SCV31".equals(str3)) { return false; } } return (i <= 23 && "audio/eac3-joc".equals(str2) && "OMX.MTK.AUDIO.DECODER.DSPAC3".equals(str)) ? false : true; } public static boolean i(MediaCodecInfo mediaCodecInfo, String str) { if (x0.v.f18553a >= 29) { return mediaCodecInfo.isSoftwareOnly(); } if (E.i(str)) { return true; } String strF = s7.d.F(mediaCodecInfo.getName()); if (strF.startsWith("arc.")) { return false; } if (strF.startsWith("omx.google.") || strF.startsWith("omx.ffmpeg.")) { return true; } if ((strF.startsWith("omx.sec.") && strF.contains(".sw.")) || strF.equals("omx.qcom.video.decoder.hevcswvdec") || strF.startsWith("c2.android.") || strF.startsWith("c2.google.")) { return true; } return (strF.startsWith("omx.") || strF.startsWith("c2.")) ? false : true; } }