package y4; import android.graphics.Bitmap; import android.util.Log; import androidx.annotation.Nullable; import java.io.ByteArrayOutputStream; import java.io.IOException; import java.io.InputStream; import java.nio.ByteBuffer; import java.nio.ByteOrder; import java.util.Arrays; import java.util.Iterator; /* JADX INFO: loaded from: classes.dex */ public final class e implements a { /* JADX INFO: renamed from: a, reason: collision with root package name */ public int[] f36828a; /* JADX INFO: renamed from: c, reason: collision with root package name */ public final l5.b f36830c; /* JADX INFO: renamed from: d, reason: collision with root package name */ public ByteBuffer f36831d; /* JADX INFO: renamed from: e, reason: collision with root package name */ public byte[] f36832e; /* JADX INFO: renamed from: f, reason: collision with root package name */ public d f36833f; /* JADX INFO: renamed from: g, reason: collision with root package name */ public short[] f36834g; /* JADX INFO: renamed from: h, reason: collision with root package name */ public byte[] f36835h; /* JADX INFO: renamed from: i, reason: collision with root package name */ public byte[] f36836i; @Nullable private Boolean isFirstFrameTransparent; /* JADX INFO: renamed from: j, reason: collision with root package name */ public byte[] f36837j; /* JADX INFO: renamed from: k, reason: collision with root package name */ public int[] f36838k; /* JADX INFO: renamed from: l, reason: collision with root package name */ public int f36839l; /* JADX INFO: renamed from: n, reason: collision with root package name */ public Bitmap f36841n; /* JADX INFO: renamed from: o, reason: collision with root package name */ public boolean f36842o; /* JADX INFO: renamed from: p, reason: collision with root package name */ public int f36843p; /* JADX INFO: renamed from: q, reason: collision with root package name */ public int f36844q; /* JADX INFO: renamed from: r, reason: collision with root package name */ public int f36845r; /* JADX INFO: renamed from: s, reason: collision with root package name */ public int f36846s; /* JADX INFO: renamed from: b, reason: collision with root package name */ public final int[] f36829b = new int[256]; /* JADX INFO: renamed from: t, reason: collision with root package name */ public Bitmap.Config f36847t = Bitmap.Config.ARGB_8888; /* JADX INFO: renamed from: m, reason: collision with root package name */ public c f36840m = new c(); public e(l5.b bVar, c cVar, ByteBuffer byteBuffer, int i10) { this.f36830c = bVar; c(cVar, byteBuffer, i10); } public final void a() { this.f36840m = null; byte[] bArr = this.f36837j; l5.b bVar = this.f36830c; if (bArr != null) { bVar.c(bArr); } int[] iArr = this.f36838k; if (iArr != null) { bVar.d(iArr); } Bitmap bitmap = this.f36841n; if (bitmap != null) { bVar.f30124a.a(bitmap); } this.f36841n = null; this.f36831d = null; this.isFirstFrameTransparent = null; byte[] bArr2 = this.f36832e; if (bArr2 != null) { bVar.c(bArr2); } } public final Bitmap b() { Boolean bool = this.isFirstFrameTransparent; Bitmap bitmapB = this.f36830c.f30124a.b(this.f36846s, this.f36845r, (bool == null || bool.booleanValue()) ? Bitmap.Config.ARGB_8888 : this.f36847t); bitmapB.setHasAlpha(true); return bitmapB; } public final synchronized void c(c cVar, ByteBuffer byteBuffer, int i10) { try { if (i10 <= 0) { throw new IllegalArgumentException("Sample size must be >=0, not: " + i10); } int iHighestOneBit = Integer.highestOneBit(i10); this.f36843p = 0; this.f36840m = cVar; this.f36839l = -1; ByteBuffer byteBufferAsReadOnlyBuffer = byteBuffer.asReadOnlyBuffer(); this.f36831d = byteBufferAsReadOnlyBuffer; byteBufferAsReadOnlyBuffer.position(0); this.f36831d.order(ByteOrder.LITTLE_ENDIAN); this.f36842o = false; Iterator it = cVar.f36817e.iterator(); while (true) { if (!it.hasNext()) { break; } else if (((b) it.next()).f36808g == 3) { this.f36842o = true; break; } } this.f36844q = iHighestOneBit; int i11 = cVar.f36818f; this.f36846s = i11 / iHighestOneBit; int i12 = cVar.f36819g; this.f36845r = i12 / iHighestOneBit; this.f36837j = this.f36830c.a(i11 * i12); this.f36838k = this.f36830c.b(this.f36846s * this.f36845r); } catch (Throwable th) { throw th; } } public final void d(Bitmap.Config config) { Bitmap.Config config2; Bitmap.Config config3 = Bitmap.Config.ARGB_8888; if (config == config3 || config == (config2 = Bitmap.Config.RGB_565)) { this.f36847t = config; return; } throw new IllegalArgumentException("Unsupported format: " + config + ", must be one of " + config3 + " or " + config2); } /* JADX WARN: Multi-variable type inference failed */ /* JADX WARN: Removed duplicated region for block: B:26:0x0045 */ /* JADX WARN: Type inference failed for: r5v25 */ /* JADX WARN: Type inference failed for: r5v26 */ /* JADX WARN: Type inference failed for: r5v27 */ /* JADX WARN: Type inference failed for: r5v32, types: [short] */ /* JADX WARN: Type inference failed for: r5v34 */ /* Code decompiled incorrectly, please refer to instructions dump. */ public final Bitmap e(b bVar, b bVar2) { int[] iArr; byte b10; int i10; int i11; int i12; int i13; int i14; int i15; int i16; int i17; int i18; int i19; int i20; int i21; int i22; short s10; int i23; Bitmap bitmap; int[] iArr2 = this.f36838k; l5.b bVar3 = this.f36830c; byte b11 = 0; if (bVar2 == null) { Bitmap bitmap2 = this.f36841n; if (bitmap2 != null) { bVar3.f30124a.a(bitmap2); } this.f36841n = null; Arrays.fill(iArr2, 0); } if (bVar2 != null && bVar2.f36808g == 3 && this.f36841n == null) { Arrays.fill(iArr2, 0); } if (bVar2 != null && (i23 = bVar2.f36808g) > 0) { if (i23 == 2) { if (!bVar.f36807f) { c cVar = this.f36840m; int i24 = cVar.f36823k; if (bVar.f36812k != null && cVar.f36822j == bVar.f36809h) { i24 = 0; } int i25 = bVar2.f36805d; int i26 = this.f36844q; int i27 = i25 / i26; int i28 = bVar2.f36803b / i26; int i29 = bVar2.f36804c / i26; int i30 = bVar2.f36802a / i26; int i31 = this.f36846s; int i32 = (i28 * i31) + i30; int i33 = (i27 * i31) + i32; while (i32 < i33) { int i34 = i32 + i29; for (int i35 = i32; i35 < i34; i35++) { iArr2[i35] = i24; } i32 += this.f36846s; } } } else if (i23 == 3 && (bitmap = this.f36841n) != null) { int i36 = this.f36846s; bitmap.getPixels(iArr2, 0, i36, 0, 0, i36, this.f36845r); } } this.f36831d.position(bVar.f36811j); int i37 = bVar.f36804c * bVar.f36805d; byte[] bArr = this.f36837j; if (bArr == null || bArr.length < i37) { this.f36837j = bVar3.a(i37); } byte[] bArr2 = this.f36837j; if (this.f36834g == null) { this.f36834g = new short[4096]; } short[] sArr = this.f36834g; if (this.f36835h == null) { this.f36835h = new byte[4096]; } byte[] bArr3 = this.f36835h; if (this.f36836i == null) { this.f36836i = new byte[4097]; } byte[] bArr4 = this.f36836i; int i38 = this.f36831d.get() & 255; int i39 = 1 << i38; int i40 = i39 + 1; int i41 = i39 + 2; int i42 = i38 + 1; int i43 = (1 << i42) - 1; for (int i44 = 0; i44 < i39; i44++) { sArr[i44] = 0; bArr3[i44] = (byte) i44; } byte[] bArr5 = this.f36832e; int i45 = i42; int i46 = 0; int i47 = 0; int i48 = 0; int i49 = 0; int i50 = 0; int i51 = 0; int i52 = 0; int i53 = 0; int i54 = i41; int i55 = i43; int i56 = -1; while (true) { if (i46 >= i37) { iArr = iArr2; b10 = b11; i10 = i51; break; } if (i47 == 0) { int i57 = this.f36831d.get() & 255; if (i57 <= 0) { i21 = i42; i22 = i46; } else { ByteBuffer byteBuffer = this.f36831d; i21 = i42; i22 = i46; byteBuffer.get(this.f36832e, 0, Math.min(i57, byteBuffer.remaining())); } if (i57 <= 0) { this.f36843p = 3; iArr = iArr2; i10 = i51; b10 = 0; break; } i47 = i57; i48 = 0; } else { i21 = i42; i22 = i46; } i50 += (bArr5[i48] & 255) << i49; i48++; i47--; int i58 = i56; int i59 = i49 + 8; int i60 = i54; int i61 = i45; i46 = i22; byte[] bArr6 = bArr5; int i62 = i52; while (true) { if (i59 < i61) { i52 = i62; i45 = i61; i49 = i59; i54 = i60; bArr5 = bArr6; i42 = i21; b11 = 0; i56 = i58; break; } int[] iArr3 = iArr2; int i63 = i50 & i55; i50 >>= i61; i59 -= i61; if (i63 == i39) { i60 = i41; i55 = i43; iArr2 = iArr3; i61 = i21; i58 = -1; } else { if (i63 == i40) { i52 = i62; i45 = i61; i54 = i60; bArr5 = bArr6; iArr2 = iArr3; i42 = i21; i56 = i58; i49 = i59; b11 = 0; break; } if (i58 == -1) { bArr2[i51] = bArr3[i63]; i51++; i46++; i62 = i63; i58 = i62; iArr2 = iArr3; i59 = i59; } else { if (i63 >= i60) { bArr4[i53] = (byte) i62; i53++; s10 = i58; } else { s10 = i63; } while (s10 >= i39) { bArr4[i53] = bArr3[s10]; i53++; s10 = sArr[s10]; } int i64 = bArr3[s10] & 255; byte b12 = (byte) i64; bArr2[i51] = b12; while (true) { i51++; i46++; if (i53 <= 0) { break; } i53--; bArr2[i51] = bArr4[i53]; } if (i60 < 4096) { sArr[i60] = (short) i58; bArr3[i60] = b12; i60++; if ((i60 & i55) == 0 && i60 < 4096) { i61++; i55 += i60; } } i58 = i63; iArr2 = iArr3; i59 = i59; i62 = i64; } } } } Arrays.fill(bArr2, i10, i37, b10); if (bVar.f36806e || this.f36844q != 1) { int[] iArr4 = this.f36838k; int i65 = bVar.f36805d; int i66 = this.f36844q; int i67 = i65 / i66; int i68 = bVar.f36803b / i66; int i69 = bVar.f36804c / i66; int i70 = bVar.f36802a / i66; boolean z10 = this.f36839l == 0; int i71 = this.f36846s; int i72 = this.f36845r; byte[] bArr7 = this.f36837j; int[] iArr5 = this.f36828a; Boolean bool = this.isFirstFrameTransparent; int i73 = 8; int i74 = 0; int i75 = 0; int i76 = 1; while (i74 < i67) { Boolean bool2 = bool; if (bVar.f36806e) { if (i75 >= i67) { int i77 = i76 + 1; i11 = i67; if (i77 == 2) { i75 = 4; } else if (i77 == 3) { i73 = 4; i76 = i77; i75 = 2; } else if (i77 == 4) { i76 = i77; i75 = 1; i73 = 2; } i76 = i77; } else { i11 = i67; } i12 = i75 + i73; } else { i11 = i67; i12 = i75; i75 = i74; } int i78 = i75 + i68; boolean z11 = i66 == 1; if (i78 < i72) { int i79 = i78 * i71; int i80 = i79 + i70; i13 = i12; int i81 = i80 + i69; int i82 = i79 + i71; if (i82 < i81) { i81 = i82; } i14 = i68; int i83 = i74 * i66 * bVar.f36804c; if (z11) { bool = bool2; int i84 = i80; while (i84 < i81) { int i85 = i69; int i86 = iArr5[bArr7[i83] & 255]; if (i86 != 0) { iArr4[i84] = i86; } else if (z10 && bool == null) { bool = Boolean.TRUE; } i83 += i66; i84++; i69 = i85; } i15 = i69; } else { i15 = i69; int i87 = ((i81 - i80) * i66) + i83; bool = bool2; int i88 = i80; while (i88 < i81) { int i89 = i81; int i90 = bVar.f36804c; int i91 = i70; int i92 = i71; int i93 = i83; int i94 = 0; int i95 = 0; int i96 = 0; int i97 = 0; int i98 = 0; while (true) { if (i93 >= this.f36844q + i83) { i19 = i72; break; } byte[] bArr8 = this.f36837j; i19 = i72; if (i93 >= bArr8.length || i93 >= i87) { break; } int i99 = this.f36828a[bArr8[i93] & 255]; if (i99 != 0) { i94 += (i99 >> 24) & 255; i95 += (i99 >> 16) & 255; i96 += (i99 >> 8) & 255; i97 += i99 & 255; i98++; } i93++; i72 = i19; } int i100 = i90 + i83; for (int i101 = i100; i101 < this.f36844q + i100; i101++) { byte[] bArr9 = this.f36837j; if (i101 >= bArr9.length || i101 >= i87) { break; } int i102 = this.f36828a[bArr9[i101] & 255]; if (i102 != 0) { i94 += (i102 >> 24) & 255; i95 += (i102 >> 16) & 255; i96 += (i102 >> 8) & 255; i97 += i102 & 255; i98++; } } int i103 = i98 == 0 ? 0 : ((i94 / i98) << 24) | ((i95 / i98) << 16) | ((i96 / i98) << 8) | (i97 / i98); if (i103 != 0) { iArr4[i88] = i103; } else if (z10 && bool == null) { bool = Boolean.TRUE; } i83 += i66; i88++; i81 = i89; i70 = i91; i71 = i92; i72 = i19; } } i16 = i70; i17 = i71; i18 = i72; } else { i13 = i12; i14 = i68; i15 = i69; i16 = i70; i17 = i71; i18 = i72; bool = bool2; } i74++; i67 = i11; i75 = i13; i68 = i14; i69 = i15; i70 = i16; i71 = i17; i72 = i18; } Boolean bool3 = bool; if (this.isFirstFrameTransparent == null) { this.isFirstFrameTransparent = Boolean.valueOf(bool3 == null ? false : bool3.booleanValue()); } } else { int[] iArr6 = this.f36838k; int i104 = bVar.f36805d; int i105 = bVar.f36803b; int i106 = bVar.f36804c; int i107 = bVar.f36802a; byte b13 = this.f36839l == 0 ? (byte) 1 : b10; int i108 = this.f36846s; byte[] bArr10 = this.f36837j; int[] iArr7 = this.f36828a; byte b14 = -1; for (int i109 = b10; i109 < i104; i109++) { int i110 = (i109 + i105) * i108; int i111 = i110 + i107; int i112 = i111 + i106; int i113 = i110 + i108; if (i113 < i112) { i112 = i113; } int i114 = bVar.f36804c * i109; while (i111 < i112) { int i115 = i104; byte b15 = bArr10[i114]; int i116 = i105; int i117 = b15 & 255; if (i117 != b14) { int i118 = iArr7[i117]; if (i118 != 0) { iArr6[i111] = i118; } else { b14 = b15; } } i114++; i111++; i104 = i115; i105 = i116; } } Boolean bool4 = this.isFirstFrameTransparent; this.isFirstFrameTransparent = Boolean.valueOf((bool4 != null && bool4.booleanValue()) || !(this.isFirstFrameTransparent != null || b13 == 0 || b14 == -1)); } if (this.f36842o && ((i20 = bVar.f36808g) == 0 || i20 == 1)) { if (this.f36841n == null) { this.f36841n = b(); } Bitmap bitmap3 = this.f36841n; int i119 = this.f36846s; bitmap3.setPixels(iArr, 0, i119, 0, 0, i119, this.f36845r); } Bitmap bitmapB = b(); int i120 = this.f36846s; bitmapB.setPixels(iArr, 0, i120, 0, 0, i120, this.f36845r); return bitmapB; } @Override // y4.a @Nullable public synchronized Bitmap getNextFrame() { try { if (this.f36840m.f36815c <= 0 || this.f36839l < 0) { if (Log.isLoggable("e", 3)) { int i10 = this.f36840m.f36815c; } this.f36843p = 1; } int i11 = this.f36843p; if (i11 != 1 && i11 != 2) { this.f36843p = 0; if (this.f36832e == null) { this.f36832e = this.f36830c.a(255); } b bVar = (b) this.f36840m.f36817e.get(this.f36839l); int i12 = this.f36839l - 1; b bVar2 = i12 >= 0 ? (b) this.f36840m.f36817e.get(i12) : null; int[] iArr = bVar.f36812k; if (iArr == null) { iArr = this.f36840m.f36813a; } this.f36828a = iArr; if (iArr == null) { this.f36843p = 1; return null; } if (bVar.f36807f) { System.arraycopy(iArr, 0, this.f36829b, 0, iArr.length); int[] iArr2 = this.f36829b; this.f36828a = iArr2; iArr2[bVar.f36809h] = 0; if (bVar.f36808g == 2 && this.f36839l == 0) { this.isFirstFrameTransparent = Boolean.TRUE; } } return e(bVar, bVar2); } return null; } finally { } } @Override // y4.a public int read(@Nullable InputStream inputStream, int i10) { if (inputStream != null) { try { ByteArrayOutputStream byteArrayOutputStream = new ByteArrayOutputStream(i10 > 0 ? i10 + 4096 : 16384); byte[] bArr = new byte[16384]; while (true) { int i11 = inputStream.read(bArr, 0, 16384); if (i11 == -1) { break; } byteArrayOutputStream.write(bArr, 0, i11); } byteArrayOutputStream.flush(); read(byteArrayOutputStream.toByteArray()); } catch (IOException unused) { } } else { this.f36843p = 2; } if (inputStream != null) { try { inputStream.close(); } catch (IOException unused2) { } } return this.f36843p; } @Override // y4.a public synchronized int read(@Nullable byte[] bArr) { if (this.f36833f == null) { this.f36833f = new d(); } c cVarB = this.f36833f.setData(bArr).b(); this.f36840m = cVarB; if (bArr != null) { synchronized (this) { ByteBuffer byteBufferWrap = ByteBuffer.wrap(bArr); synchronized (this) { c(cVarB, byteBufferWrap, 1); } } } return this.f36843p; } }