package L0; import android.media.MediaCodec; import d3.R0; import java.nio.ByteBuffer; import java.util.Arrays; /* JADX INFO: loaded from: classes.dex */ public final class Y { /* JADX INFO: renamed from: a, reason: collision with root package name */ public final P0.e f3747a; /* JADX INFO: renamed from: b, reason: collision with root package name */ public final int f3748b; /* JADX INFO: renamed from: c, reason: collision with root package name */ public final x0.o f3749c; /* JADX INFO: renamed from: d, reason: collision with root package name */ public X f3750d; /* JADX INFO: renamed from: e, reason: collision with root package name */ public X f3751e; /* JADX INFO: renamed from: f, reason: collision with root package name */ public X f3752f; /* JADX INFO: renamed from: g, reason: collision with root package name */ public long f3753g; public Y(P0.e eVar) { this.f3747a = eVar; int i = eVar.f5264b; this.f3748b = i; this.f3749c = new x0.o(32); X x8 = new X(0L, i); this.f3750d = x8; this.f3751e = x8; this.f3752f = x8; } public static X d(X x8, long j8, ByteBuffer byteBuffer, int i) { while (j8 >= x8.f3744r) { x8 = (X) x8.f3746t; } while (i > 0) { int iMin = Math.min(i, (int) (x8.f3744r - j8)); P0.a aVar = (P0.a) x8.f3745s; byteBuffer.put(aVar.f5254a, ((int) (j8 - x8.f3743q)) + aVar.f5255b, iMin); i -= iMin; j8 += (long) iMin; if (j8 == x8.f3744r) { x8 = (X) x8.f3746t; } } return x8; } public static X e(X x8, long j8, byte[] bArr, int i) { while (j8 >= x8.f3744r) { x8 = (X) x8.f3746t; } int i5 = i; while (i5 > 0) { int iMin = Math.min(i5, (int) (x8.f3744r - j8)); P0.a aVar = (P0.a) x8.f3745s; System.arraycopy(aVar.f5254a, ((int) (j8 - x8.f3743q)) + aVar.f5255b, bArr, i - i5, iMin); i5 -= iMin; j8 += (long) iMin; if (j8 == x8.f3744r) { x8 = (X) x8.f3746t; } } return x8; } public static X f(X x8, A0.h hVar, H0.g gVar, x0.o oVar) { int iZ; if (hVar.d(1073741824)) { long j8 = gVar.f3050b; oVar.C(1); X xE = e(x8, j8, oVar.f18539a, 1); long j9 = j8 + 1; byte b8 = oVar.f18539a[0]; boolean z8 = (b8 & 128) != 0; int i = b8 & 127; A0.d dVar = hVar.f17t; byte[] bArr = dVar.f7a; if (bArr == null) { dVar.f7a = new byte[16]; } else { Arrays.fill(bArr, (byte) 0); } x8 = e(xE, j9, dVar.f7a, i); long j10 = j9 + ((long) i); if (z8) { oVar.C(2); x8 = e(x8, j10, oVar.f18539a, 2); j10 += 2; iZ = oVar.z(); } else { iZ = 1; } int[] iArr = dVar.f10d; if (iArr == null || iArr.length < iZ) { iArr = new int[iZ]; } int[] iArr2 = dVar.f11e; if (iArr2 == null || iArr2.length < iZ) { iArr2 = new int[iZ]; } if (z8) { int i5 = iZ * 6; oVar.C(i5); x8 = e(x8, j10, oVar.f18539a, i5); j10 += (long) i5; oVar.F(0); for (int i8 = 0; i8 < iZ; i8++) { iArr[i8] = oVar.z(); iArr2[i8] = oVar.x(); } } else { iArr[0] = 0; iArr2[0] = gVar.f3049a - ((int) (j10 - gVar.f3050b)); } T0.E e8 = (T0.E) gVar.f3051c; int i9 = x0.v.f18553a; byte[] bArr2 = e8.f6348b; byte[] bArr3 = dVar.f7a; dVar.f12f = iZ; dVar.f10d = iArr; dVar.f11e = iArr2; dVar.f8b = bArr2; dVar.f7a = bArr3; int i10 = e8.f6347a; dVar.f9c = i10; int i11 = e8.f6349c; dVar.f13g = i11; int i12 = e8.f6350d; dVar.f14h = i12; MediaCodec.CryptoInfo cryptoInfo = dVar.i; cryptoInfo.numSubSamples = iZ; cryptoInfo.numBytesOfClearData = iArr; cryptoInfo.numBytesOfEncryptedData = iArr2; cryptoInfo.key = bArr2; cryptoInfo.iv = bArr3; cryptoInfo.mode = i10; if (x0.v.f18553a >= 24) { R0 r02 = dVar.f15j; r02.getClass(); ((MediaCodec.CryptoInfo.Pattern) r02.f11693s).set(i11, i12); ((MediaCodec.CryptoInfo) r02.f11692r).setPattern((MediaCodec.CryptoInfo.Pattern) r02.f11693s); } long j11 = gVar.f3050b; int i13 = (int) (j10 - j11); gVar.f3050b = j11 + ((long) i13); gVar.f3049a -= i13; } if (!hVar.d(268435456)) { hVar.h(gVar.f3049a); return d(x8, gVar.f3050b, hVar.f18u, gVar.f3049a); } oVar.C(4); X xE2 = e(x8, gVar.f3050b, oVar.f18539a, 4); int iX = oVar.x(); gVar.f3050b += 4; gVar.f3049a -= 4; hVar.h(iX); X xD = d(xE2, gVar.f3050b, hVar.f18u, iX); gVar.f3050b += (long) iX; int i14 = gVar.f3049a - iX; gVar.f3049a = i14; ByteBuffer byteBuffer = hVar.f21x; if (byteBuffer == null || byteBuffer.capacity() < i14) { hVar.f21x = ByteBuffer.allocate(i14); } else { hVar.f21x.clear(); } return d(xD, gVar.f3050b, hVar.f21x, gVar.f3049a); } public final void a(X x8) { if (((P0.a) x8.f3745s) == null) { return; } P0.e eVar = this.f3747a; synchronized (eVar) { X x9 = x8; while (x9 != null) { try { P0.a[] aVarArr = eVar.f5268f; int i = eVar.f5267e; eVar.f5267e = i + 1; P0.a aVar = (P0.a) x9.f3745s; aVar.getClass(); aVarArr[i] = aVar; eVar.f5266d--; x9 = (X) x9.f3746t; if (x9 == null || ((P0.a) x9.f3745s) == null) { x9 = null; } } catch (Throwable th) { throw th; } } eVar.notifyAll(); } x8.f3745s = null; x8.f3746t = null; } public final void b(long j8) { X x8; if (j8 == -1) { return; } while (true) { x8 = this.f3750d; if (j8 < x8.f3744r) { break; } P0.e eVar = this.f3747a; P0.a aVar = (P0.a) x8.f3745s; synchronized (eVar) { P0.a[] aVarArr = eVar.f5268f; int i = eVar.f5267e; eVar.f5267e = i + 1; aVarArr[i] = aVar; eVar.f5266d--; eVar.notifyAll(); } X x9 = this.f3750d; x9.f3745s = null; X x10 = (X) x9.f3746t; x9.f3746t = null; this.f3750d = x10; } if (this.f3751e.f3743q < x8.f3743q) { this.f3751e = x8; } } public final int c(int i) { P0.a aVar; X x8 = this.f3752f; if (((P0.a) x8.f3745s) == null) { P0.e eVar = this.f3747a; synchronized (eVar) { try { int i5 = eVar.f5266d + 1; eVar.f5266d = i5; int i8 = eVar.f5267e; if (i8 > 0) { P0.a[] aVarArr = eVar.f5268f; int i9 = i8 - 1; eVar.f5267e = i9; aVar = aVarArr[i9]; aVar.getClass(); eVar.f5268f[eVar.f5267e] = null; } else { P0.a aVar2 = new P0.a(0, new byte[eVar.f5264b]); P0.a[] aVarArr2 = eVar.f5268f; if (i5 > aVarArr2.length) { eVar.f5268f = (P0.a[]) Arrays.copyOf(aVarArr2, aVarArr2.length * 2); } aVar = aVar2; } } catch (Throwable th) { throw th; } } X x9 = new X(this.f3752f.f3744r, this.f3748b); x8.f3745s = aVar; x8.f3746t = x9; } return Math.min(i, (int) (this.f3752f.f3744r - this.f3753g)); } }