package q1; import androidx.annotation.Nullable; import androidx.media3.common.ColorInfo; import androidx.media3.common.Format; import androidx.media3.common.MimeTypes; import androidx.media3.common.util.Assertions; import androidx.media3.common.util.CodecSpecificDataUtil; import com.google.common.collect.ImmutableList; import com.google.common.collect.m0; import java.lang.reflect.Array; import java.math.RoundingMode; import java.util.Arrays; import java.util.List; import java.util.Objects; /* JADX INFO: loaded from: classes.dex */ public abstract class v { /* JADX INFO: renamed from: a, reason: collision with root package name */ public static final byte[] f32164a = {0, 0, 0, 1}; /* JADX INFO: renamed from: b, reason: collision with root package name */ public static final float[] f32165b = {1.0f, 1.0f, 1.0909091f, 0.90909094f, 1.4545455f, 1.2121212f, 2.1818182f, 1.8181819f, 2.909091f, 2.4242425f, 1.6363636f, 1.3636364f, 1.939394f, 1.6161616f, 1.3333334f, 1.5f, 2.0f}; /* JADX INFO: renamed from: c, reason: collision with root package name */ public static final Object f32166c = new Object(); /* JADX INFO: renamed from: d, reason: collision with root package name */ public static int[] f32167d = new int[10]; public static void a(boolean[] zArr) { zArr[0] = false; zArr[1] = false; zArr[2] = false; } public static int b(byte[] bArr, int i10, int i11, boolean[] zArr) { int i12 = i11 - i10; Assertions.checkState(i12 >= 0); if (i12 == 0) { return i11; } if (zArr[0]) { a(zArr); return i10 - 3; } if (i12 > 1 && zArr[1] && bArr[i10] == 1) { a(zArr); return i10 - 2; } if (i12 > 2 && zArr[2] && bArr[i10] == 0 && bArr[i10 + 1] == 1) { a(zArr); return i10 - 1; } int i13 = i11 - 1; int i14 = i10 + 2; while (i14 < i13) { byte b10 = bArr[i14]; if ((b10 & 254) == 0) { int i15 = i14 - 2; if (bArr[i15] == 0 && bArr[i14 - 1] == 0 && b10 == 1) { a(zArr); return i15; } i14 -= 2; } i14 += 3; } zArr[0] = i12 <= 2 ? !(i12 != 2 ? !(zArr[1] && bArr[i13] == 1) : !(zArr[2] && bArr[i11 + (-2)] == 0 && bArr[i13] == 1)) : bArr[i11 + (-3)] == 0 && bArr[i11 + (-2)] == 0 && bArr[i13] == 1; zArr[1] = i12 <= 1 ? zArr[2] && bArr[i13] == 0 : bArr[i11 + (-2)] == 0 && bArr[i13] == 0; zArr[2] = bArr[i13] == 0; return i11; } public static boolean c(byte[] bArr, int i10, Format format) { int i11; if (Objects.equals(format.sampleMimeType, MimeTypes.VIDEO_H264)) { byte b10 = bArr[4]; return (((b10 & 96) >> 5) == 0 && ((i11 = b10 & 31) == 1 || i11 == 9 || i11 == 14)) ? false : true; } if (!Objects.equals(format.sampleMimeType, MimeTypes.VIDEO_H265)) { return true; } j jVarE = e(new x(bArr, 4, i10 + 4)); int i12 = jVarE.f32105a; if (i12 == 35) { return false; } if (i12 <= 14 && i12 % 2 == 0) { if (jVarE.f32107c == format.maxSubLayers - 1) { return false; } } return true; } @Nullable private static String createCodecStringFromH265SpsPalyoad(x xVar) { xVar.l(4); int iF = xVar.f(3); xVar.k(); k h265ProfileTierLevel = parseH265ProfileTierLevel(xVar, true, iF, null); return CodecSpecificDataUtil.buildHevcCodecString(h265ProfileTierLevel.f32108a, h265ProfileTierLevel.f32109b, h265ProfileTierLevel.f32110c, h265ProfileTierLevel.f32111d, h265ProfileTierLevel.f32112e, h265ProfileTierLevel.f32113f); } public static int d(Format format) { if (Objects.equals(format.sampleMimeType, MimeTypes.VIDEO_H264)) { return 1; } return (Objects.equals(format.sampleMimeType, MimeTypes.VIDEO_H265) || MimeTypes.containsCodecsCorrespondingToMimeType(format.codecs, MimeTypes.VIDEO_H265)) ? 2 : 0; } public static j e(x xVar) { xVar.k(); return new j(xVar.f(6), xVar.f(6), xVar.f(3) - 1); } /* JADX WARN: Multi-variable type inference failed */ /* JADX WARN: Removed duplicated region for block: B:300:0x05ad */ /* JADX WARN: Removed duplicated region for block: B:367:0x06e2 */ /* JADX WARN: Removed duplicated region for block: B:523:0x05c2 A[SYNTHETIC] */ /* JADX WARN: Removed duplicated region for block: B:60:0x010d */ /* JADX WARN: Removed duplicated region for block: B:71:0x013c */ /* Code decompiled incorrectly, please refer to instructions dump. */ public static s f(int i10, int i11, byte[] bArr) { int[] iArr; int i12; int i13; int[] iArr2; int i14; r rVar; int iF; int iF2; int iF3; ImmutableList immutableList; int i15; boolean[][] zArr; int i16; boolean[][] zArr2; int i17; int[] iArr3; int i18; boolean z10; boolean zE; int i19; int i20; int i21; int[] iArr4; int i22; int iG; int i23; int i24; boolean z11; boolean z12; x xVar = new x(bArr, i10, i11); j jVarE = e(xVar); xVar.l(4); boolean zE2 = xVar.e(); boolean zE3 = xVar.e(); int iF4 = xVar.f(6); int i25 = iF4 + 1; int iF5 = xVar.f(3); xVar.l(17); int i26 = 1; k h265ProfileTierLevel = parseH265ProfileTierLevel(xVar, true, iF5, null); int i27 = 0; for (int i28 = xVar.e() ? 0 : iF5; i28 <= iF5; i28++) { xVar.i(); xVar.i(); xVar.i(); } int iF6 = xVar.f(6); int i29 = xVar.i() + 1; l lVar = new l(ImmutableList.w(h265ProfileTierLevel), new int[1]); boolean z13 = i25 >= 2 && i29 >= 2; boolean z14 = zE2 && zE3; int i30 = iF6 + 1; boolean z15 = i30 >= i25; if (!z13 || !z14 || !z15) { return new s(jVarE, null, lVar, null, null); } int[][] iArr5 = (int[][]) Array.newInstance((Class) Integer.TYPE, i29, i30); int[] iArr6 = new int[i29]; int[] iArr7 = new int[i29]; iArr5[0][0] = 0; iArr6[0] = 1; iArr7[0] = 0; while (i26 < i29) { int i31 = i27; while (i27 <= iF6) { if (xVar.e()) { iArr5[i26][i31] = i27; iArr7[i26] = i27; i31++; } iArr6[i26] = i31; i27++; } i26++; i27 = 0; } if (xVar.e()) { xVar.l(64); if (xVar.e()) { xVar.i(); } int i32 = xVar.i(); for (int i33 = 0; i33 < i32; i33++) { xVar.i(); if (i33 == 0 || xVar.e()) { boolean zE4 = xVar.e(); boolean zE5 = xVar.e(); z12 = zE4; z11 = zE5; if (zE4 || zE5) { zE = xVar.e(); if (zE) { xVar.l(19); } xVar.l(8); if (zE) { xVar.l(4); } xVar.l(15); i20 = zE4; i19 = zE5; } i21 = 0; while (i21 <= iF5) { boolean zE6 = xVar.e(); if (!zE6) { zE6 = xVar.e(); } if (zE6) { xVar.g(); } else { if (xVar.e()) { iArr4 = iArr7; i22 = i32; iG = 0; } i23 = i20 + i19; int[][] iArr8 = iArr5; i24 = 0; while (i24 < i23) { int i34 = i23; for (int i35 = 0; i35 <= iG; i35++) { xVar.g(); xVar.g(); if (zE) { xVar.g(); xVar.g(); } xVar.k(); } i24++; i23 = i34; } i21++; i32 = i22; iArr7 = iArr4; iArr5 = iArr8; } iArr4 = iArr7; i22 = i32; iG = xVar.g(); i23 = i20 + i19; int[][] iArr82 = iArr5; i24 = 0; while (i24 < i23) { } i21++; i32 = i22; iArr7 = iArr4; iArr5 = iArr82; } } else { z12 = false; z11 = false; } zE = false; i20 = z12; i19 = z11; i21 = 0; while (i21 <= iF5) { } } } int[][] iArr9 = iArr5; int[] iArr10 = iArr7; if (!xVar.e()) { return new s(jVarE, null, lVar, null, null); } xVar.b(); k h265ProfileTierLevel2 = parseH265ProfileTierLevel(xVar, false, iF5, h265ProfileTierLevel); boolean zE7 = xVar.e(); boolean[] zArr3 = new boolean[16]; int i36 = 0; for (int i37 = 0; i37 < 16; i37++) { boolean zE8 = xVar.e(); zArr3[i37] = zE8; if (zE8) { i36++; } } if (i36 == 0 || !zArr3[1]) { return new s(jVarE, null, lVar, null, null); } int[] iArr11 = new int[i36]; for (int i38 = 0; i38 < i36 - (zE7 ? 1 : 0); i38++) { iArr11[i38] = xVar.f(3); } int[] iArr12 = new int[i36 + 1]; if (zE7) { int i39 = 1; while (i39 < i36) { int[] iArr13 = iArr6; for (int i40 = 0; i40 < i39; i40++) { iArr12[i39] = iArr11[i40] + 1 + iArr12[i39]; } i39++; iArr6 = iArr13; } iArr = iArr6; iArr12[i36] = 6; } else { iArr = iArr6; } int[][] iArr14 = (int[][]) Array.newInstance((Class) Integer.TYPE, i25, i36); int[] iArr15 = new int[i25]; iArr15[0] = 0; boolean zE9 = xVar.e(); int i41 = 1; while (i41 < i25) { if (zE9) { i18 = i29; iArr15[i41] = xVar.f(6); } else { i18 = i29; iArr15[i41] = i41; } if (zE7) { z10 = zE7 ? 1 : 0; for (int i42 = 0; i42 < i36; i42++) { iArr14[i41][i42] = (iArr15[i41] & ((1 << iArr12[r30]) - 1)) >> iArr12[i42]; } } else { int i43 = 0; while (i43 < i36) { iArr14[i41][i43] = xVar.f(iArr11[i43] + 1); i43++; zE7 = zE7 ? 1 : 0; } z10 = zE7; } i41++; i29 = i18; zE7 = z10; } int i44 = i29; int[] iArr16 = new int[i30]; int i45 = 1; for (int i46 = 0; i46 < i25; i46++) { iArr16[iArr15[i46]] = -1; int i47 = 0; for (int i48 = 0; i48 < 16; i48++) { if (zArr3[i48]) { if (i48 == 1) { iArr16[iArr15[i46]] = iArr14[i46][i47]; } i47++; } } if (i46 > 0) { int i49 = 0; while (true) { if (i49 >= i46) { i45++; break; } if (iArr16[iArr15[i46]] == iArr16[iArr15[i49]]) { break; } i49++; } } } int iF7 = xVar.f(4); if (i45 < 2 || iF7 == 0) { return new s(jVarE, null, lVar, null, null); } int[] iArr17 = new int[i45]; for (int i50 = 0; i50 < i45; i50++) { iArr17[i50] = xVar.f(iF7); } int[] iArr18 = new int[i30]; for (int i51 = 0; i51 < i25; i51++) { iArr18[Math.min(iArr15[i51], iF6)] = i51; } m0 m0VarM = ImmutableList.m(); int i52 = 0; while (i52 <= iF6) { int iMin = Math.min(iArr16[i52], i45 - 1); m0VarM.e(new i(iArr18[i52], iMin >= 0 ? iArr17[iMin] : -1)); i52++; iArr16 = iArr16; } ImmutableList immutableListI = m0VarM.i(); if (((i) immutableListI.get(0)).f32104b == -1) { return new s(jVarE, null, lVar, null, null); } int i53 = 1; while (true) { if (i53 > iF6) { i12 = -1; i13 = -1; break; } i12 = -1; if (((i) immutableListI.get(i53)).f32104b != -1) { i13 = i53; break; } i53++; } if (i13 == i12) { return new s(jVarE, null, lVar, null, null); } Class cls = Boolean.TYPE; boolean[][] zArr4 = (boolean[][]) Array.newInstance((Class) cls, i25, i25); boolean[][] zArr5 = (boolean[][]) Array.newInstance((Class) cls, i25, i25); for (int i54 = 1; i54 < i25; i54++) { for (int i55 = 0; i55 < i54; i55++) { boolean[] zArr6 = zArr4[i54]; boolean[] zArr7 = zArr5[i54]; boolean zE10 = xVar.e(); zArr7[i55] = zE10; zArr6[i55] = zE10; } } for (int i56 = 1; i56 < i25; i56++) { for (int i57 = 0; i57 < iF4; i57++) { int i58 = 0; while (true) { if (i58 < i56) { boolean[] zArr8 = zArr5[i56]; if (zArr8[i58] && zArr5[i58][i57]) { zArr8[i57] = true; break; } i58++; } } } } int[] iArr19 = new int[i30]; for (int i59 = 0; i59 < i25; i59++) { int i60 = 0; for (int i61 = 0; i61 < i59; i61++) { i60 += zArr4[i59][i61] ? 1 : 0; } iArr19[iArr15[i59]] = i60; } int i62 = 0; for (int i63 = 0; i63 < i25; i63++) { if (iArr19[iArr15[i63]] == 0) { i62++; } } if (i62 > 1) { return new s(jVarE, null, lVar, null, null); } int[] iArr20 = new int[i25]; int i64 = i44; int[] iArr21 = new int[i64]; if (xVar.e()) { int i65 = 0; while (true) { iArr2 = iArr15; if (i65 >= i25) { break; } iArr20[i65] = xVar.f(3); i65++; iArr15 = iArr2; } i14 = iF5; } else { iArr2 = iArr15; i14 = iF5; Arrays.fill(iArr20, 0, i25, i14); } int i66 = 0; while (i66 < i64) { int i67 = i13; boolean[][] zArr9 = zArr5; int[] iArr22 = iArr19; int iMax = 0; for (int i68 = 0; i68 < iArr[i66]; i68++) { iMax = Math.max(iMax, iArr20[((i) immutableListI.get(iArr9[i66][i68])).f32103a]); } iArr21[i66] = iMax + 1; i66++; zArr5 = zArr9; iArr19 = iArr22; i13 = i67; } int i69 = i13; boolean[][] zArr10 = zArr5; int[] iArr23 = iArr19; if (xVar.e()) { int i70 = 0; while (i70 < iF4) { int i71 = i70 + 1; for (int i72 = i71; i72 < i25; i72++) { if (zArr4[i72][i70]) { xVar.l(3); } } i70 = i71; } } xVar.k(); int i73 = xVar.i() + 1; m0 m0VarM2 = ImmutableList.m(); m0VarM2.e(h265ProfileTierLevel); if (i73 > 1) { k h265ProfileTierLevel3 = h265ProfileTierLevel2; m0VarM2.e(h265ProfileTierLevel3); for (int i74 = 2; i74 < i73; i74++) { h265ProfileTierLevel3 = parseH265ProfileTierLevel(xVar, xVar.e(), i14, h265ProfileTierLevel3); m0VarM2.e(h265ProfileTierLevel3); } } ImmutableList immutableListI2 = m0VarM2.i(); int i75 = xVar.i() + i64; if (i75 > i64) { return new s(jVarE, null, lVar, null, null); } int iF8 = xVar.f(2); boolean[][] zArr11 = (boolean[][]) Array.newInstance((Class) Boolean.TYPE, i75, i30); int[] iArr24 = new int[i75]; int[] iArr25 = new int[i75]; int i76 = 0; while (i76 < i64) { int i77 = i64; iArr24[i76] = 0; iArr25[i76] = iArr10[i76]; if (iF8 == 0) { zArr2 = zArr4; iArr3 = iArr21; i17 = i25; Arrays.fill(zArr11[i76], 0, iArr[i76], true); iArr24[i76] = iArr[i76]; } else { zArr2 = zArr4; i17 = i25; iArr3 = iArr21; if (iF8 == 1) { int i78 = iArr10[i76]; for (int i79 = 0; i79 < iArr[i76]; i79++) { zArr11[i76][i79] = iArr9[i76][i79] == i78; } iArr24[i76] = 1; } else { zArr11[0][0] = true; iArr24[0] = 1; } } i76++; i64 = i77; zArr4 = zArr2; iArr21 = iArr3; i25 = i17; } boolean[][] zArr12 = zArr4; int i80 = i25; int[] iArr26 = iArr21; int i81 = i64; int[] iArr27 = new int[i30]; boolean[][] zArr13 = (boolean[][]) Array.newInstance((Class) Boolean.TYPE, i75, i30); int i82 = 0; int i83 = 1; while (i83 < i75) { if (iF8 == 2) { for (int i84 = 0; i84 < iArr[i83]; i84++) { zArr11[i83][i84] = xVar.e(); int i85 = iArr24[i83]; boolean z16 = zArr11[i83][i84]; iArr24[i83] = i85 + (z16 ? 1 : 0); if (z16) { iArr25[i83] = iArr9[i83][i84]; } } } if (i82 == 0 && iArr9[i83][0] == 0 && zArr11[i83][0]) { int i86 = 1; while (i86 < iArr[i83]) { int i87 = iF8; int i88 = i69; if (iArr9[i83][i86] == i88 && zArr11[i83][i88]) { i82 = i83; } i86++; i69 = i88; iF8 = i87; } } int i89 = iF8; int i90 = i69; int i91 = 0; while (i91 < iArr[i83]) { if (i73 > 1) { zArr13[i83][i91] = zArr11[i83][i91]; boolean[][] zArr14 = zArr11; i16 = i90; i15 = i73; int iC = com.google.common.math.c.c(i73, RoundingMode.CEILING); if (zArr13[i83][i91]) { zArr = zArr14; if (zArr13[i83][i91]) { } } else { int i92 = ((i) immutableListI.get(iArr9[i83][i91])).f32103a; int i93 = 0; while (i93 < i91) { zArr = zArr14; if (zArr10[i92][((i) immutableListI.get(iArr9[i83][i93])).f32103a]) { zArr13[i83][i91] = true; break; } i93++; zArr14 = zArr; } zArr = zArr14; if (zArr13[i83][i91]) { if (i82 <= 0 || i83 != i82) { xVar.l(iC); } else { iArr27[i91] = xVar.f(iC); } } } } else { i15 = i73; zArr = zArr11; i16 = i90; } i91++; i90 = i16; i73 = i15; zArr11 = zArr; } int i94 = i73; boolean[][] zArr15 = zArr11; i69 = i90; if (iArr24[i83] == 1 && iArr23[iArr25[i83]] > 0) { xVar.k(); } i83++; iF8 = i89; i73 = i94; zArr11 = zArr15; } if (i82 == 0) { return new s(jVarE, null, lVar, null, null); } int iG2 = xVar.g(); int i95 = iG2 + 1; m0 m0VarO = ImmutableList.o(i95); int[] iArr28 = new int[i80]; int i96 = 0; while (i96 < i95) { int iF9 = xVar.f(16); int iF10 = xVar.f(16); if (xVar.e()) { iF = xVar.f(2); if (iF == 3) { xVar.k(); } iF2 = xVar.f(4); iF3 = xVar.f(4); } else { iF = 0; iF2 = 0; iF3 = 0; } if (xVar.e()) { int iG3 = xVar.g(); int iG4 = xVar.g(); int iG5 = xVar.g(); int iG6 = xVar.g(); immutableList = immutableListI; iF9 -= (iG3 + iG4) * ((iF == 1 || iF == 2) ? 2 : 1); iF10 -= (iG5 + iG6) * (iF == 1 ? 2 : 1); } else { immutableList = immutableListI; } m0VarO.c(new m(iF, iF2, iF3, iF9, iF10)); i96++; immutableListI = immutableList; } ImmutableList immutableList2 = immutableListI; if (i95 <= 1 || !xVar.e()) { for (int i97 = 1; i97 < i80; i97++) { iArr28[i97] = Math.min(i97, iG2); } } else { int iC2 = com.google.common.math.c.c(i95, RoundingMode.CEILING); for (int i98 = 1; i98 < i80; i98++) { iArr28[i98] = xVar.f(iC2); } } n nVar = new n(m0VarO.i(), iArr28); xVar.l(2); for (int i99 = 1; i99 < i80; i99++) { if (iArr23[iArr2[i99]] == 0) { xVar.k(); } } for (int i100 = 1; i100 < i75; i100++) { boolean zE11 = xVar.e(); for (int i101 = 0; i101 < iArr26[i100]; i101++) { if (i101 <= 0 || !zE11) { if (i101 == 0) { for (int i102 = 0; i102 < iArr[i100]; i102++) { if (zArr13[i100][i102]) { xVar.g(); } } xVar.g(); xVar.g(); } } else if (xVar.e()) { } } } int iG7 = xVar.g() + 2; if (xVar.e()) { xVar.l(iG7); } else { for (int i103 = 1; i103 < i80; i103++) { for (int i104 = 0; i104 < i103; i104++) { if (zArr12[i103][i104]) { xVar.l(iG7); } } } } int iG8 = xVar.g(); for (int i105 = 1; i105 <= iG8; i105++) { xVar.l(8); } if (xVar.e()) { xVar.b(); if (xVar.e() || xVar.e()) { xVar.k(); } boolean zE12 = xVar.e(); boolean zE13 = xVar.e(); if (zE12 || zE13) { for (int i106 = 0; i106 < i81; i106++) { for (int i107 = 0; i107 < iArr26[i106]; i107++) { boolean zE14 = zE12 ? xVar.e() : false; boolean zE15 = zE13 ? xVar.e() : false; if (zE14) { xVar.l(32); } if (zE15) { xVar.l(18); } } } } boolean zE16 = xVar.e(); int iF11 = zE16 ? xVar.f(4) + 1 : i80; m0 m0VarO2 = ImmutableList.o(iF11); int[] iArr29 = new int[i80]; for (int i108 = 0; i108 < iF11; i108++) { xVar.l(3); int i109 = xVar.e() ? 1 : 2; int iIsoColorPrimariesToColorSpace = ColorInfo.isoColorPrimariesToColorSpace(xVar.f(8)); int iIsoTransferCharacteristicsToColorTransfer = ColorInfo.isoTransferCharacteristicsToColorTransfer(xVar.f(8)); xVar.l(8); m0VarO2.c(new q(iIsoColorPrimariesToColorSpace, i109, iIsoTransferCharacteristicsToColorTransfer)); } if (zE16 && iF11 > 1) { for (int i110 = 0; i110 < i80; i110++) { iArr29[i110] = xVar.f(4); } } rVar = new r(m0VarO2.i(), iArr29); } else { rVar = null; } return new s(jVarE, immutableList2, new l(immutableListI2, iArr27), nVar, rVar); } /* JADX WARN: Removed duplicated region for block: B:121:0x01fa */ /* JADX WARN: Removed duplicated region for block: B:124:0x0208 */ /* JADX WARN: Removed duplicated region for block: B:127:0x0213 */ /* JADX WARN: Removed duplicated region for block: B:130:0x021c */ /* JADX WARN: Removed duplicated region for block: B:133:0x0223 */ /* JADX WARN: Removed duplicated region for block: B:136:0x022f */ /* JADX WARN: Removed duplicated region for block: B:137:0x0250 */ /* JADX WARN: Removed duplicated region for block: B:138:0x025b */ /* JADX WARN: Removed duplicated region for block: B:59:0x0114 */ /* JADX WARN: Removed duplicated region for block: B:62:0x0124 */ /* JADX WARN: Removed duplicated region for block: B:75:0x015b */ /* JADX WARN: Removed duplicated region for block: B:93:0x0183 */ /* Code decompiled incorrectly, please refer to instructions dump. */ public static u g(int i10, int i11, byte[] bArr) { int iG; boolean z10; int i12; int i13; int i14; int i15; int iG2; boolean z11; boolean zE; int i16; float f10; int i17; int i18; int i19; int i20; int iIsoTransferCharacteristicsToColorTransfer; int iIsoColorPrimariesToColorSpace; boolean zE2; boolean zE3; int i21; int i22; x xVar = new x(bArr, i10 + 1, i11); int iF = xVar.f(8); int iF2 = xVar.f(8); int iF3 = xVar.f(8); int iG3 = xVar.g(); if (iF == 100 || iF == 110 || iF == 122 || iF == 244 || iF == 44 || iF == 83 || iF == 86 || iF == 118 || iF == 128 || iF == 138) { iG = xVar.g(); boolean zE4 = iG == 3 ? xVar.e() : false; int iG4 = xVar.g(); int iG5 = xVar.g(); xVar.k(); if (xVar.e()) { int i23 = iG == 3 ? 12 : 8; int i24 = 0; while (i24 < i23) { if (xVar.e()) { int i25 = i24 < 6 ? 16 : 64; int iH = 8; int i26 = 8; for (int i27 = 0; i27 < i25; i27++) { if (iH != 0) { iH = ((xVar.h() + i26) + 256) % 256; } if (iH != 0) { i26 = iH; } } } i24++; } } z10 = zE4; i12 = iG4; i13 = iG5; } else { iG = 1; i12 = 0; i13 = 0; z10 = false; } int iG6 = xVar.g() + 4; int iG7 = xVar.g(); if (iG7 == 0) { i14 = iG7; i15 = iG; iG2 = xVar.g() + 4; } else { if (iG7 == 1) { boolean zE5 = xVar.e(); xVar.h(); xVar.h(); i14 = iG7; long jG = xVar.g(); i15 = iG; for (int i28 = 0; i28 < jG; i28++) { xVar.g(); } z11 = zE5; iG2 = 0; xVar.g(); xVar.k(); int iG8 = xVar.g() + 1; int iG9 = xVar.g() + 1; zE = xVar.e(); int i29 = 2 - (zE ? 1 : 0); int i30 = iG9 * i29; if (!zE) { xVar.k(); } xVar.k(); int i31 = iG8 * 16; int i32 = i30 * 16; if (!xVar.e()) { int iG10 = xVar.g(); int iG11 = xVar.g(); int iG12 = xVar.g(); int iG13 = xVar.g(); if (i15 == 0) { i21 = 1; } else { int i33 = i15; if (i33 == 3) { i22 = 1; i21 = 1; } else { i21 = 2; i22 = 1; } i29 *= i33 == i22 ? 2 : i22; } i31 -= (iG10 + iG11) * i21; i32 -= (iG12 + iG13) * i29; } int i34 = ((iF != 44 || iF == 86 || iF == 100 || iF == 110 || iF == 122 || iF == 244) && (iF2 & 16) != 0) ? 0 : 16; float f11 = 1.0f; if (xVar.e()) { i16 = i34; f10 = 1.0f; i17 = -1; i18 = -1; i19 = -1; } else { if (xVar.e()) { int iF4 = xVar.f(8); if (iF4 == 255) { int iF5 = xVar.f(16); int iF6 = xVar.f(16); if (iF5 != 0 && iF6 != 0) { f11 = iF5 / iF6; } } else if (iF4 < 17) { f11 = f32165b[iF4]; } else { defpackage.e.z("Unexpected aspect_ratio_idc value: ", iF4, "NalUnitUtil"); } } if (xVar.e()) { xVar.k(); } if (xVar.e()) { xVar.l(3); i20 = xVar.e() ? 1 : 2; if (xVar.e()) { int iF7 = xVar.f(8); int iF8 = xVar.f(8); xVar.l(8); iIsoColorPrimariesToColorSpace = ColorInfo.isoColorPrimariesToColorSpace(iF7); iIsoTransferCharacteristicsToColorTransfer = ColorInfo.isoTransferCharacteristicsToColorTransfer(iF8); } if (xVar.e()) { xVar.g(); xVar.g(); } int i35 = i20; if (xVar.e()) { xVar.l(65); } zE2 = xVar.e(); if (zE2) { h(xVar); } zE3 = xVar.e(); if (zE3) { h(xVar); } if (!zE2 || zE3) { xVar.k(); } xVar.k(); if (xVar.e()) { i17 = i35; i19 = iIsoTransferCharacteristicsToColorTransfer; i18 = iIsoColorPrimariesToColorSpace; i16 = i34; f10 = f11; } else { xVar.k(); xVar.g(); xVar.g(); xVar.g(); xVar.g(); int iG14 = xVar.g(); xVar.g(); i16 = iG14; i19 = iIsoTransferCharacteristicsToColorTransfer; i18 = iIsoColorPrimariesToColorSpace; f10 = f11; i17 = i35; } } else { i20 = -1; } iIsoTransferCharacteristicsToColorTransfer = -1; iIsoColorPrimariesToColorSpace = -1; if (xVar.e()) { } int i352 = i20; if (xVar.e()) { } zE2 = xVar.e(); if (zE2) { } zE3 = xVar.e(); if (zE3) { } if (!zE2) { xVar.k(); xVar.k(); if (xVar.e()) { } } } return new u(iF, iF2, iF3, iG3, i31, i32, f10, i12, i13, z10, zE, iG6, i14, iG2, z11, i18, i17, i19, i16); } i14 = iG7; i15 = iG; iG2 = 0; } z11 = false; xVar.g(); xVar.k(); int iG82 = xVar.g() + 1; int iG92 = xVar.g() + 1; zE = xVar.e(); int i292 = 2 - (zE ? 1 : 0); int i302 = iG92 * i292; if (!zE) { } xVar.k(); int i312 = iG82 * 16; int i322 = i302 * 16; if (!xVar.e()) { } if (iF != 44) { } float f112 = 1.0f; if (xVar.e()) { } return new u(iF, iF2, iF3, iG3, i312, i322, f10, i12, i13, z10, zE, iG6, i14, iG2, z11, i18, i17, i19, i16); } /* JADX WARN: Multi-variable type inference failed */ @Nullable public static String getH265BaseLayerCodecsString(List list) { for (int i10 = 0; i10 < list.size(); i10++) { byte[] bArr = list.get(i10); int length = bArr.length; if (length > 3) { boolean[] zArr = new boolean[3]; m0 m0VarM = ImmutableList.m(); int i11 = 0; while (i11 < bArr.length) { int iB = b(bArr, i11, bArr.length, zArr); if (iB != bArr.length) { m0VarM.c(Integer.valueOf(iB)); } i11 = iB + 3; } ImmutableList immutableListI = m0VarM.i(); for (int i12 = 0; i12 < immutableListI.size(); i12++) { if (((Integer) immutableListI.get(i12)).intValue() + 3 < length) { x xVar = new x(bArr, ((Integer) immutableListI.get(i12)).intValue() + 3, length); j jVarE = e(xVar); if (jVarE.f32105a == 33 && jVarE.f32106b == 0) { return createCodecStringFromH265SpsPalyoad(xVar); } } } } } return null; } public static void h(x xVar) { int iG = xVar.g() + 1; xVar.l(8); for (int i10 = 0; i10 < iG; i10++) { xVar.g(); xVar.g(); xVar.k(); } xVar.l(20); } public static int i(int i10, byte[] bArr) { int i11; synchronized (f32166c) { int i12 = 0; int i13 = 0; while (i12 < i10) { while (true) { if (i12 >= i10 - 2) { i12 = i10; break; } try { if (bArr[i12] == 0 && bArr[i12 + 1] == 0 && bArr[i12 + 2] == 3) { break; } i12++; } catch (Throwable th) { throw th; } } if (i12 < i10) { int[] iArr = f32167d; if (iArr.length <= i13) { f32167d = Arrays.copyOf(iArr, iArr.length * 2); } f32167d[i13] = i12; i12 += 3; i13++; } } i11 = i10 - i13; int i14 = 0; int i15 = 0; for (int i16 = 0; i16 < i13; i16++) { int i17 = f32167d[i16] - i15; System.arraycopy(bArr, i15, bArr, i14, i17); int i18 = i14 + i17; int i19 = i18 + 1; bArr[i18] = 0; i14 = i18 + 2; bArr[i19] = 0; i15 += i17 + 3; } System.arraycopy(bArr, i15, bArr, i14, i11 - i14); } return i11; } @Deprecated public static boolean isNalUnitSei(@Nullable String str, byte b10) { if (MimeTypes.VIDEO_H264.equals(str) && (b10 & 31) == 6) { return true; } return MimeTypes.VIDEO_H265.equals(str) && ((b10 & 126) >> 1) == 39; } /* JADX WARN: Removed duplicated region for block: B:21:0x005e */ /* JADX WARN: Removed duplicated region for block: B:30:0x0076 */ /* Code decompiled incorrectly, please refer to instructions dump. */ private static k parseH265ProfileTierLevel(x xVar, boolean z10, int i10, @Nullable k kVar) { int[] iArr; int i11; boolean z11; int i12; int i13; boolean zE; int iF; int i14; int[] iArr2 = new int[6]; if (z10) { int iF2 = xVar.f(2); zE = xVar.e(); iF = xVar.f(5); i14 = 0; for (int i15 = 0; i15 < 32; i15++) { if (xVar.e()) { i14 |= 1 << i15; } } for (int i16 = 0; i16 < 6; i16++) { iArr2[i16] = xVar.f(8); } i11 = iF2; } else { if (kVar == null) { iArr = iArr2; i11 = 0; z11 = false; i12 = 0; i13 = 0; int iF3 = xVar.f(8); int i17 = 0; for (int i18 = 0; i18 < i10; i18++) { if (xVar.e()) { i17 += 88; } if (xVar.e()) { i17 += 8; } } xVar.l(i17); if (i10 > 0) { xVar.l((8 - i10) * 2); } return new k(i11, z11, i12, i13, iArr, iF3); } int i19 = kVar.f32108a; zE = kVar.f32109b; iF = kVar.f32110c; i14 = kVar.f32111d; iArr2 = kVar.f32112e; i11 = i19; } iArr = iArr2; z11 = zE; i12 = iF; i13 = i14; int iF32 = xVar.f(8); int i172 = 0; while (i18 < i10) { } xVar.l(i172); if (i10 > 0) { } return new k(i11, z11, i12, i13, iArr, iF32); } @Nullable public static o parseH265Sei3dRefDisplayInfo(byte[] bArr, int i10, int i11) { byte b10; int i12 = i10 + 2; do { i11--; b10 = bArr[i11]; if (b10 != 0) { break; } } while (i11 > i12); if (b10 != 0 && i11 > i12) { x xVar = new x(bArr, i12, i11 + 1); while (xVar.c(16)) { int iF = xVar.f(8); int i13 = 0; while (iF == 255) { i13 += 255; iF = xVar.f(8); } int i14 = i13 + iF; int iF2 = xVar.f(8); int i15 = 0; while (iF2 == 255) { i15 += 255; iF2 = xVar.f(8); } int i16 = i15 + iF2; if (i16 == 0 || !xVar.c(i16)) { break; } if (i14 == 176) { int iG = xVar.g(); boolean zE = xVar.e(); int iG2 = zE ? xVar.g() : 0; int iG3 = xVar.g(); int iG4 = -1; for (int i17 = 0; i17 <= iG3; i17++) { iG4 = xVar.g(); xVar.g(); int iF3 = xVar.f(6); if (iF3 == 63) { return null; } xVar.f(iF3 == 0 ? Math.max(0, iG - 30) : Math.max(0, (iF3 + iG) - 31)); if (zE) { int iF4 = xVar.f(6); if (iF4 == 63) { return null; } xVar.f(iF4 == 0 ? Math.max(0, iG2 - 30) : Math.max(0, (iF4 + iG2) - 31)); } if (xVar.e()) { xVar.l(10); } } return new o(iG4); } xVar.l(i16 * 8); } } return null; } public static p parseH265SpsNalUnit(byte[] bArr, int i10, int i11, @Nullable s sVar) { return parseH265SpsNalUnitPayload(bArr, i10 + 2, i11, e(new x(bArr, i10, i11)), sVar); } /* JADX WARN: Multi-variable type inference failed */ /* JADX WARN: Removed duplicated region for block: B:12:0x0041 */ /* JADX WARN: Removed duplicated region for block: B:206:0x03d7 */ /* JADX WARN: Removed duplicated region for block: B:209:0x03e6 */ /* JADX WARN: Removed duplicated region for block: B:35:0x00ad */ /* Code decompiled incorrectly, please refer to instructions dump. */ public static p parseH265SpsNalUnitPayload(byte[] bArr, int i10, int i11, j jVar, @Nullable s sVar) { int i12; int i13; int i14; int i15; int i16; int i17; int i18; int i19; int i20; int i21; int i22; int i23; float f10; int i24; int i25; int i26; int iIsoTransferCharacteristicsToColorTransfer; int i27; r rVar; int i28; int iIsoColorPrimariesToColorSpace; int i29; int i30; k kVar; int i31; int i32; int i33; int i34; int i35; n nVar; x xVar = new x(bArr, i10, i11); xVar.l(4); int iF = xVar.f(3); boolean z10 = jVar.f32106b != 0 && iF == 7; if (sVar != null) { ImmutableList immutableList = sVar.f32141a; i12 = !immutableList.isEmpty() ? ((i) immutableList.get(Math.min(jVar.f32106b, immutableList.size() - 1))).f32103a : 0; } k h265ProfileTierLevel = null; if (!z10) { xVar.k(); h265ProfileTierLevel = parseH265ProfileTierLevel(xVar, true, iF, null); } else if (sVar != null) { l lVar = sVar.f32142b; int i36 = lVar.f32115b[i12]; ImmutableList immutableList2 = lVar.f32114a; if (immutableList2.size() > i36) { h265ProfileTierLevel = (k) immutableList2.get(i36); } } int i37 = xVar.i(); if (z10) { int iF2 = xVar.e() ? xVar.f(8) : -1; if (sVar == null || (nVar = sVar.repFormatsAndIndices) == null) { i21 = 0; i18 = 0; i19 = 0; i20 = 0; i15 = 0; i16 = 0; i17 = 0; } else { if (iF2 == -1) { iF2 = nVar.f32122b[i12]; } if (iF2 != -1 && nVar.f32121a.size() > iF2) { m mVar = (m) sVar.repFormatsAndIndices.f32121a.get(iF2); i20 = mVar.f32116a; i18 = mVar.f32119d; int i38 = mVar.f32120e; i15 = mVar.f32117b; i16 = mVar.f32118c; i21 = i38; i17 = i21; i19 = i18; } } } else { int i39 = xVar.i(); if (i39 == 3) { xVar.k(); } int i40 = xVar.i(); int i41 = xVar.i(); if (xVar.e()) { int i42 = xVar.i(); int i43 = xVar.i(); int i44 = xVar.i(); int i45 = xVar.i(); i13 = i40 - ((i42 + i43) * ((i39 == 1 || i39 == 2) ? 2 : 1)); i14 = i41 - ((i44 + i45) * (i39 == 1 ? 2 : 1)); } else { i13 = i40; i14 = i41; } i15 = xVar.i(); i16 = xVar.i(); i17 = i41; i18 = i13; i19 = i40; int i46 = i14; i20 = i39; i21 = i46; } int i47 = xVar.i(); if (z10) { i22 = -1; } else { int iMax = -1; for (int i48 = xVar.e() ? 0 : iF; i48 <= iF; i48++) { xVar.i(); iMax = Math.max(xVar.i(), iMax); xVar.i(); } i22 = iMax; } xVar.i(); xVar.i(); xVar.i(); xVar.i(); xVar.i(); xVar.i(); if (xVar.e()) { int i49 = 6; if (z10 && xVar.e()) { xVar.l(6); } else if (xVar.e()) { int i50 = 4; int i51 = 0; while (i51 < i50) { int i52 = 0; while (i52 < i49) { if (xVar.e()) { i34 = i22; int iMin = Math.min(64, 1 << ((i51 << 1) + 4)); if (i51 > 1) { xVar.h(); } for (int i53 = 0; i53 < iMin; i53++) { xVar.h(); } i35 = 3; } else { xVar.g(); i34 = i22; i35 = 3; } i52 += i51 == i35 ? 3 : 1; i22 = i34; i49 = 6; } i51++; i50 = 4; i49 = 6; } } } int i54 = i22; xVar.l(2); if (xVar.e()) { xVar.l(8); xVar.i(); xVar.i(); xVar.k(); } int iG = xVar.g(); int[] iArr = new int[0]; int[] iArrCopyOf = new int[0]; int i55 = 0; int i56 = i19; int i57 = -1; int i58 = -1; while (i55 < iG) { if (i55 == 0 || !xVar.e()) { i29 = iG; i30 = iF; kVar = h265ProfileTierLevel; i31 = i37; i32 = i18; i33 = i20; int iG2 = xVar.g(); int iG3 = xVar.g(); int[] iArr2 = new int[iG2]; int i59 = 0; while (i59 < iG2) { iArr2[i59] = (i59 > 0 ? iArr2[i59 - 1] : 0) - (xVar.g() + 1); xVar.k(); i59++; } int[] iArr3 = new int[iG3]; int i60 = 0; while (i60 < iG3) { iArr3[i60] = xVar.g() + 1 + (i60 > 0 ? iArr3[i60 - 1] : 0); xVar.k(); i60++; } i58 = iG3; iArrCopyOf = iArr3; i57 = iG2; iArr = iArr2; } else { i29 = iG; int i61 = i57 + i58; int iG4 = (1 - ((xVar.e() ? 1 : 0) * 2)) * (xVar.g() + 1); i32 = i18; int i62 = i61 + 1; i31 = i37; boolean[] zArr = new boolean[i62]; i33 = i20; for (int i63 = 0; i63 <= i61; i63++) { if (xVar.e()) { zArr[i63] = true; } else { zArr[i63] = xVar.e(); } } int[] iArr4 = new int[i62]; int[] iArr5 = new int[i62]; int i64 = 0; for (int i65 = i58 - 1; i65 >= 0; i65--) { int i66 = iArrCopyOf[i65] + iG4; if (i66 < 0 && zArr[i57 + i65]) { iArr4[i64] = i66; i64++; } } if (iG4 < 0 && zArr[i61]) { iArr4[i64] = iG4; i64++; } kVar = h265ProfileTierLevel; int i67 = i64; i30 = iF; for (int i68 = 0; i68 < i57; i68++) { int i69 = iArr[i68] + iG4; if (i69 < 0 && zArr[i68]) { iArr4[i67] = i69; i67++; } } int[] iArrCopyOf2 = Arrays.copyOf(iArr4, i67); int i70 = 0; for (int i71 = i57 - 1; i71 >= 0; i71--) { int i72 = iArr[i71] + iG4; if (i72 > 0 && zArr[i71]) { iArr5[i70] = i72; i70++; } } if (iG4 > 0 && zArr[i61]) { iArr5[i70] = iG4; i70++; } int i73 = i70; for (int i74 = 0; i74 < i58; i74++) { int i75 = iArrCopyOf[i74] + iG4; if (i75 > 0 && zArr[i57 + i74]) { iArr5[i73] = i75; i73++; } } i58 = i73; iArrCopyOf = Arrays.copyOf(iArr5, i73); iArr = iArrCopyOf2; i57 = i67; } i55++; iG = i29; i18 = i32; i37 = i31; i20 = i33; h265ProfileTierLevel = kVar; iF = i30; } int i76 = iF; k kVar2 = h265ProfileTierLevel; int i77 = i37; int i78 = i18; int i79 = i20; if (xVar.e()) { int i80 = xVar.i(); for (int i81 = 0; i81 < i80; i81++) { xVar.l(i47 + 5); } } xVar.l(2); float f11 = 1.0f; if (xVar.e()) { if (xVar.e()) { int iF3 = xVar.f(8); if (iF3 == 255) { int iF4 = xVar.f(16); int iF5 = xVar.f(16); if (iF4 != 0 && iF5 != 0) { f11 = iF4 / iF5; } } else if (iF3 < 17) { f11 = f32165b[iF3]; } else { defpackage.e.z("Unexpected aspect_ratio_idc value: ", iF3, "NalUnitUtil"); } } if (xVar.e()) { xVar.k(); } if (xVar.e()) { xVar.l(3); i27 = xVar.e() ? 1 : 2; if (xVar.e()) { int iF6 = xVar.f(8); int iF7 = xVar.f(8); xVar.l(8); iIsoColorPrimariesToColorSpace = ColorInfo.isoColorPrimariesToColorSpace(iF6); iIsoTransferCharacteristicsToColorTransfer = ColorInfo.isoTransferCharacteristicsToColorTransfer(iF7); if (xVar.e()) { xVar.i(); xVar.i(); } xVar.k(); if (xVar.e()) { i21 *= 2; } i26 = iIsoTransferCharacteristicsToColorTransfer; i23 = i21; i25 = i27; i24 = iIsoColorPrimariesToColorSpace; f10 = f11; } else { iIsoTransferCharacteristicsToColorTransfer = -1; iIsoColorPrimariesToColorSpace = -1; if (xVar.e()) { } xVar.k(); if (xVar.e()) { } i26 = iIsoTransferCharacteristicsToColorTransfer; i23 = i21; i25 = i27; i24 = iIsoColorPrimariesToColorSpace; f10 = f11; } } else if (sVar == null || (rVar = sVar.videoSignalInfosAndIndices) == null || rVar.f32139a.size() <= (i28 = rVar.f32140b[i12])) { iIsoTransferCharacteristicsToColorTransfer = -1; i27 = -1; iIsoColorPrimariesToColorSpace = -1; if (xVar.e()) { } xVar.k(); if (xVar.e()) { } i26 = iIsoTransferCharacteristicsToColorTransfer; i23 = i21; i25 = i27; i24 = iIsoColorPrimariesToColorSpace; f10 = f11; } else { q qVar = (q) sVar.videoSignalInfosAndIndices.f32139a.get(i28); iIsoColorPrimariesToColorSpace = qVar.f32136a; int i82 = qVar.f32137b; iIsoTransferCharacteristicsToColorTransfer = qVar.f32138c; i27 = i82; if (xVar.e()) { } xVar.k(); if (xVar.e()) { } i26 = iIsoTransferCharacteristicsToColorTransfer; i23 = i21; i25 = i27; i24 = iIsoColorPrimariesToColorSpace; f10 = f11; } } else { i23 = i21; f10 = 1.0f; i24 = -1; i25 = -1; i26 = -1; } return new p(jVar, i76, kVar2, i79, i15, i16, i77, i78, i23, i56, i17, f10, i54, i24, i25, i26); } }