package defpackage; import androidx.media3.extractor.ts.PsExtractor; import defpackage.kx5; import defpackage.rfa; import java.nio.charset.Charset; import java.nio.charset.StandardCharsets; import java.nio.charset.UnsupportedCharsetException; import java.util.ArrayList; import java.util.HashMap; import java.util.Iterator; /* JADX INFO: loaded from: classes2.dex */ public final class dl2 { public static final int[] a = {-1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, 36, -1, -1, -1, 37, 38, -1, -1, -1, -1, 39, 40, -1, 41, 42, 43, 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 44, -1, -1, -1, -1, -1, -1, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 26, 27, 28, 29, 30, 31, 32, 33, 34, 35, -1, -1, -1, -1, -1}; public static final Charset b = StandardCharsets.ISO_8859_1; public static /* synthetic */ class a { public static final /* synthetic */ int[] a; static { int[] iArr = new int[v76.values().length]; a = iArr; try { iArr[1] = 1; } catch (NoSuchFieldError unused) { } try { a[2] = 2; } catch (NoSuchFieldError unused2) { } try { a[4] = 3; } catch (NoSuchFieldError unused3) { } try { a[6] = 4; } catch (NoSuchFieldError unused4) { } } } public static void a(String str, v76 v76Var, ca0 ca0Var, Charset charset) throws fwa { int i; int iOrdinal = v76Var.ordinal(); int i2 = 0; if (iOrdinal == 1) { int length = str.length(); while (i2 < length) { int iCharAt = str.charAt(i2) - '0'; int i3 = i2 + 2; if (i3 < length) { ca0Var.b(((str.charAt(i2 + 1) - '0') * 10) + (iCharAt * 100) + (str.charAt(i3) - '0'), 10); i2 += 3; } else { i2++; if (i2 < length) { ca0Var.b((iCharAt * 10) + (str.charAt(i2) - '0'), 7); i2 = i3; } else { ca0Var.b(iCharAt, 4); } } } return; } if (iOrdinal == 2) { int length2 = str.length(); while (i2 < length2) { char cCharAt = str.charAt(i2); int[] iArr = a; int i4 = cCharAt < '`' ? iArr[cCharAt] : -1; if (i4 == -1) { throw new fwa(); } int i5 = i2 + 1; if (i5 < length2) { char cCharAt2 = str.charAt(i5); int i6 = cCharAt2 < '`' ? iArr[cCharAt2] : -1; if (i6 == -1) { throw new fwa(); } ca0Var.b((i4 * 45) + i6, 11); i2 += 2; } else { ca0Var.b(i4, 6); i2 = i5; } } return; } if (iOrdinal == 4) { byte[] bytes = str.getBytes(charset); int length3 = bytes.length; while (i2 < length3) { ca0Var.b(bytes[i2], 8); i2++; } return; } if (iOrdinal != 6) { throw new fwa("Invalid mode: " + v76Var); } Charset charset2 = a89.b; if (charset2 == null) { throw new fwa("SJIS Charset not supported on this platform"); } byte[] bytes2 = str.getBytes(charset2); if (bytes2.length % 2 != 0) { throw new fwa("Kanji byte size not even"); } int length4 = bytes2.length - 1; while (i2 < length4) { int i7 = ((bytes2[i2] & 255) << 8) | (bytes2[i2 + 1] & 255); int i8 = 33088; if (i7 >= 33088 && i7 <= 40956) { i = i7 - i8; } else if (i7 < 57408 || i7 > 60351) { i = -1; } else { i8 = 49472; i = i7 - i8; } if (i == -1) { throw new fwa("Invalid byte sequence"); } ca0Var.b(((i >> 8) * PsExtractor.AUDIO_STREAM) + (i & 255), 13); i2 += 2; } } /* JADX WARN: Multi-variable type inference failed */ /* JADX WARN: Removed duplicated region for block: B:268:0x0626 */ /* JADX WARN: Removed duplicated region for block: B:321:0x06d4 */ /* JADX WARN: Removed duplicated region for block: B:340:0x0703 */ /* JADX WARN: Removed duplicated region for block: B:366:0x0753 */ /* JADX WARN: Removed duplicated region for block: B:379:0x0777 */ /* JADX WARN: Removed duplicated region for block: B:382:0x077f */ /* JADX WARN: Type inference failed for: r23v0 */ /* JADX WARN: Type inference failed for: r23v2 */ /* JADX WARN: Type inference failed for: r3v5 */ /* JADX WARN: Type inference failed for: r3v62 */ /* JADX WARN: Type inference failed for: r3v7, types: [ca0] */ /* JADX WARN: Type inference failed for: r3v77 */ /* JADX WARN: Type inference failed for: r3v78 */ /* JADX WARN: Type inference failed for: r3v8, types: [ca0] */ /* JADX WARN: Type inference failed for: r9v10 */ /* JADX WARN: Type inference failed for: r9v47, types: [boolean] */ /* JADX WARN: Type inference failed for: r9v48 */ /* JADX WARN: Type inference failed for: r9v50, types: [boolean] */ /* Code decompiled incorrectly, please refer to instructions dump. */ public static em7 b(String str, kp2 kp2Var, HashMap map) throws fwa { Charset charsetForName; int i; int i2; v76 v76Var; rfa rfaVarA; rfa rfaVar; ?? r3; ty0 ty0Var; int i3; int i4; byte[][] bArr; int i5; int i6; int i7; int i8; int i9; int i10; boolean z; boolean z2; boolean z3; boolean z4; char c; ft3 ft3Var; int i11; HashMap map2 = map; vk2 vk2Var = vk2.i; int i12 = 0; int i13 = 1; boolean z5 = map2.containsKey(vk2Var) && Boolean.parseBoolean(map2.get(vk2Var).toString()); vk2 vk2Var2 = vk2.f; boolean z6 = map2.containsKey(vk2Var2) && Boolean.parseBoolean(map2.get(vk2Var2).toString()); vk2 vk2Var3 = vk2.b; boolean zContainsKey = map2.containsKey(vk2Var3); Charset charset = b; if (zContainsKey) { try { charsetForName = Charset.forName(map2.get(vk2Var3).toString()); } catch (UnsupportedCharsetException unused) { charsetForName = charset; } } else { charsetForName = charset; } v76 v76Var2 = v76.BYTE; int i14 = 8; char c2 = 4; if (z6) { if (charsetForName.equals(charset)) { charsetForName = null; } kx5 kx5Var = new kx5(str, charsetForName, z5, kp2Var); rfa[] rfaVarArr = {kx5.e(kx5.d.SMALL), kx5.e(kx5.d.MEDIUM), kx5.e(kx5.d.LARGE)}; kx5.c[] cVarArr = {kx5Var.d(rfaVarArr[0]), kx5Var.d(rfaVarArr[1]), kx5Var.d(rfaVarArr[2])}; int i15 = 0; int i16 = -1; int i17 = Integer.MAX_VALUE; while (i15 < 3) { kx5.c cVar = cVarArr[i15]; int i18 = i13; int iA = cVar.a(cVar.b); int i19 = i12; if (d(iA, rfaVarArr[i15], kx5Var.d) && iA < i17) { i17 = iA; i16 = i15; } i15++; i13 = i18; i12 = i19; } i = i12; i2 = i13; if (i16 < 0) { throw new fwa("Data too big for any version"); } kx5.c cVar2 = cVarArr[i16]; ca0 ca0Var = new ca0(); for (kx5.c.a aVar : cVar2.a) { int i20 = aVar.c; kx5.c cVar3 = kx5.c.this; kx5 kx5Var2 = kx5.this; v76 v76Var3 = aVar.a; ca0Var.b(v76Var3.b, 4); int i21 = aVar.d; if (i21 > 0) { ca0Var.b(aVar.a(), v76Var3.a(cVar3.b)); } if (v76Var3 == v76.ECI) { ca0Var.b(((ty0) ty0.d.get(kx5Var2.c.a[i20].charset().name())).a[i], 8); } else if (i21 > 0) { String str2 = kx5Var2.a; int i22 = aVar.b; a(str2.substring(i22, i21 + i22), v76Var3, ca0Var, kx5Var2.c.a[i20].charset()); } } rfaVar = cVar2.b; r3 = ca0Var; } else { i = 0; i2 = 1; Charset charset2 = a89.b; if (charset2 != null && charset2.equals(charsetForName) && c(str)) { v76Var = v76.KANJI; } else { boolean z7 = false; boolean z8 = false; int i23 = 0; while (true) { if (i23 < str.length()) { char cCharAt = str.charAt(i23); if (cCharAt < '0' || cCharAt > '9') { if ((cCharAt < '`' ? a[cCharAt] : -1) == -1) { break; } z7 = true; } else { z8 = true; } i23++; } else if (z7) { v76Var = v76.ALPHANUMERIC; } else if (z8) { v76Var = v76.NUMERIC; } } v76Var = v76Var2; } ca0 ca0Var2 = new ca0(); if (v76Var == v76Var2 && zContainsKey && (ty0Var = (ty0) ty0.d.get(charsetForName.name())) != null) { ca0Var2.b(7, 4); ca0Var2.b(ty0Var.a[0], 8); } if (z5) { ca0Var2.b(5, 4); } ca0Var2.b(v76Var.b, 4); ca0 ca0Var3 = new ca0(); a(str, v76Var, ca0Var3, charsetForName); vk2 vk2Var4 = vk2.d; if (!map2.containsKey(vk2Var4)) { int iA2 = v76Var.a(rfa.a(1)) + ca0Var2.b + ca0Var3.b; int i24 = 1; while (i24 <= 40) { rfa rfaVarA2 = rfa.a(i24); if (d(iA2, rfaVarA2, kp2Var)) { int iA3 = v76Var.a(rfaVarA2) + ca0Var2.b + ca0Var3.b; int i25 = 1; while (i25 <= 40) { rfa rfaVarA3 = rfa.a(i25); if (d(iA3, rfaVarA3, kp2Var)) { rfaVarA = rfaVarA3; } else { i25++; map2 = map2; i14 = 8; i = 0; } } throw new fwa("Data too big"); } i24++; map2 = map2; i14 = 8; i = 0; } throw new fwa("Data too big"); } rfaVarA = rfa.a(Integer.parseInt(map2.get(vk2Var4).toString())); if (!d(v76Var.a(rfaVarA) + ca0Var2.b + ca0Var3.b, rfaVarA, kp2Var)) { throw new fwa("Data too big for requested version"); } ca0 ca0Var4 = new ca0(); int i26 = ca0Var2.b; ca0Var4.c(i26); for (int i27 = i; i27 < i26; i27++) { ca0Var4.a(ca0Var2.d(i27)); } int iE = v76Var == v76Var2 ? ca0Var3.e() : str.length(); int iA4 = v76Var.a(rfaVarA); int i28 = 1 << iA4; if (iE >= i28) { StringBuilder sb = new StringBuilder(); sb.append(iE); sb.append(" is bigger than "); sb.append(i28 - 1); throw new fwa(sb.toString()); } ca0Var4.b(iE, iA4); int i29 = ca0Var3.b; ca0Var4.c(ca0Var4.b + i29); for (int i30 = i; i30 < i29; i30++) { ca0Var4.a(ca0Var3.d(i30)); } v76Var2 = v76Var; rfaVar = rfaVarA; r3 = ca0Var4; } rfa.b bVar = rfaVar.b[kp2Var.ordinal()]; int i31 = rfaVar.c; int i32 = bVar.a; rfa.a[] aVarArr = bVar.b; int length = aVarArr.length; int i33 = i; int i34 = i33; while (i33 < length) { i34 += aVarArr[i33].a; i33++; } int i35 = i31 - (i34 * i32); int i36 = i35 * 8; if (r3.b > i36) { throw new fwa("data bits cannot fit in the QR Code" + r3.b + " > " + i36); } for (int i37 = i; i37 < 4 && r3.b < i36; i37++) { r3.a(i); } ?? r9 = i; int i38 = r3.b & 7; if (i38 > 0) { while (i38 < i14) { r3.a(r9); i38++; r9 = 0; } } int iE2 = i35 - r3.e(); for (int i39 = 0; i39 < iE2; i39++) { r3.b((i39 & 1) == 0 ? 236 : 17, i14); } if (r3.b != i36) { throw new fwa("Bits size does not equal capacity"); } int i40 = 0; for (rfa.a aVar2 : aVarArr) { i40 += aVar2.a; } if (r3.e() != i35) { throw new fwa("Number of bits and data bytes does not match"); } ArrayList arrayList = new ArrayList(i40); int i41 = 0; int i42 = 0; int iMax = 0; int iMax2 = 0; ?? r32 = r3; while (i41 < i40) { char c3 = c2; int i43 = i2; int[] iArr = new int[i43]; int[] iArr2 = new int[i43]; if (i41 >= i40) { throw new fwa("Block ID too large"); } int i44 = i31 % i40; int i45 = i40 - i44; int i46 = i31 / i40; int i47 = i35 / i40; int i48 = i47 + 1; int i49 = i46 - i47; int i50 = (i46 + 1) - i48; if (i49 != i50) { throw new fwa("EC bytes mismatch"); } if (i40 != i45 + i44) { throw new fwa("RS blocks mismatch"); } if (i31 != ((i48 + i50) * i44) + ((i47 + i49) * i45)) { throw new fwa("Total bytes mismatch"); } if (i41 < i45) { c = 0; iArr[0] = i47; iArr2[0] = i49; } else { c = 0; iArr[0] = i48; iArr2[0] = i50; } int i51 = iArr[c]; byte[] bArr2 = new byte[i51]; int i52 = i42 * 8; int i53 = i41; int i54 = 0; while (i54 < i51) { int i55 = i54; int i56 = i40; int i57 = 0; for (int i58 = 0; i58 < 8; i58++) { if (r32.d(i52)) { i57 = (1 << (7 - i58)) | i57; } i52++; } bArr2[i55] = (byte) i57; i54 = i55 + 1; i40 = i56; } int i59 = i40; int i60 = iArr2[0]; int[] iArr3 = new int[i51 + i60]; for (int i61 = 0; i61 < i51; i61++) { iArr3[i61] = bArr2[i61] & 255; } bw7 bw7Var = new bw7(et3.g); if (i60 == 0) { throw new IllegalArgumentException("No error correction bytes"); } int length2 = iArr3.length - i60; if (length2 <= 0) { throw new IllegalArgumentException("No data bytes provided"); } ?? r23 = r32; ArrayList arrayList2 = bw7Var.b; rfa rfaVar2 = rfaVar; int size = arrayList2.size(); v76 v76Var4 = v76Var2; et3 et3Var = bw7Var.a; int i62 = 1; if (i60 >= size) { ft3 ft3Var2 = (ft3) arrayList2.get(arrayList2.size() - 1); int size2 = arrayList2.size(); while (size2 <= i60) { int i63 = size2; int i64 = i31; int i65 = i35; ft3 ft3Var3 = new ft3(et3Var, new int[]{i62, et3Var.a[(i63 - 1) + et3Var.f]}); et3 et3Var2 = ft3Var2.a; if (!et3Var2.equals(et3Var)) { throw new IllegalArgumentException("GenericGFPolys do not have same GenericGF field"); } if (ft3Var2.c() || ft3Var3.c()) { i11 = i42; ft3Var2 = et3Var2.c; } else { int[] iArr4 = ft3Var2.b; int length3 = iArr4.length; int[] iArr5 = ft3Var3.b; int length4 = iArr5.length; int[] iArr6 = new int[(length3 + length4) - 1]; i11 = i42; int i66 = 0; while (i66 < length3) { int i67 = length3; int i68 = iArr4[i66]; int i69 = i66; int i70 = 0; while (i70 < length4) { int i71 = i69 + i70; iArr6[i71] = iArr6[i71] ^ et3Var2.a(i68, iArr5[i70]); i70++; length4 = length4; } i66 = i69 + 1; length3 = i67; } ft3Var2 = new ft3(et3Var2, iArr6); } arrayList2.add(ft3Var2); size2 = i63 + 1; i35 = i65; i31 = i64; i42 = i11; i62 = 1; } } int i72 = i31; int i73 = i35; int i74 = i42; ft3 ft3Var4 = (ft3) arrayList2.get(i60); int[] iArr7 = new int[length2]; System.arraycopy(iArr3, 0, iArr7, 0, length2); ft3 ft3VarD = new ft3(et3Var, iArr7).d(i60, 1); et3 et3Var3 = ft3VarD.a; boolean zEquals = et3Var3.equals(ft3Var4.a); ft3 ft3Var5 = et3Var3.c; if (!zEquals) { throw new IllegalArgumentException("GenericGFPolys do not have same GenericGF field"); } if (ft3Var4.c()) { throw new IllegalArgumentException("Divide by 0"); } int iB = ft3Var4.b(); int[] iArr8 = ft3Var4.b; if (iArr8[(iArr8.length - 1) - iB] == 0) { throw new ArithmeticException(); } int i75 = et3Var3.a[(et3Var3.d - et3Var3.b[r5]) - 1]; ft3 ft3VarA = ft3Var5; while (ft3VarD.b() >= ft3Var4.b() && !ft3VarD.c()) { int iB2 = ft3VarD.b() - ft3Var4.b(); ft3 ft3Var6 = ft3Var5; int iA5 = et3Var3.a(ft3VarD.b[(r8.length - 1) - ft3VarD.b()], i75); ft3 ft3VarD2 = ft3Var4.d(iB2, iA5); if (iB2 < 0) { throw new IllegalArgumentException(); } if (iA5 == 0) { ft3Var = ft3Var6; } else { int[] iArr9 = new int[iB2 + 1]; iArr9[0] = iA5; ft3Var = new ft3(et3Var3, iArr9); } ft3VarA = ft3VarA.a(ft3Var); ft3VarD = ft3VarD.a(ft3VarD2); ft3Var5 = ft3Var6; } int[] iArr10 = new ft3[]{ft3VarA, ft3VarD}[1].b; int length5 = i60 - iArr10.length; for (int i76 = 0; i76 < length5; i76++) { iArr3[length2 + i76] = 0; } System.arraycopy(iArr10, 0, iArr3, length2 + length5, iArr10.length); byte[] bArr3 = new byte[i60]; for (int i77 = 0; i77 < i60; i77++) { bArr3[i77] = (byte) iArr3[i51 + i77]; } arrayList.add(new nb0(bArr2, bArr3)); iMax2 = Math.max(iMax2, i51); iMax = Math.max(iMax, i60); i42 = i74 + iArr[0]; i41 = i53 + 1; c2 = c3; r32 = r23; i40 = i59; rfaVar = rfaVar2; v76Var2 = v76Var4; i35 = i73; i31 = i72; i2 = 1; } rfa rfaVar3 = rfaVar; int i78 = i31; v76 v76Var5 = v76Var2; if (i35 != i42) { throw new fwa("Data bytes does not match offset"); } ca0 ca0Var5 = new ca0(); for (int i79 = 0; i79 < iMax2; i79++) { Iterator it = arrayList.iterator(); while (it.hasNext()) { byte[] bArr4 = ((nb0) it.next()).a; if (i79 < bArr4.length) { ca0Var5.b(bArr4[i79], 8); } } } for (int i80 = 0; i80 < iMax; i80++) { Iterator it2 = arrayList.iterator(); while (it2.hasNext()) { byte[] bArr5 = ((nb0) it2.next()).b; if (i80 < bArr5.length) { ca0Var5.b(bArr5[i80], 8); } } } if (i78 != ca0Var5.e()) { StringBuilder sbJ = fi7.j(i78, "Interleaving error: ", " and "); sbJ.append(ca0Var5.e()); sbJ.append(" differ."); throw new fwa(sbJ.toString()); } em7 em7Var = new em7(); em7Var.d = -1; em7Var.b = kp2Var; em7Var.a = v76Var5; em7Var.c = rfaVar3; int i81 = (rfaVar3.a * 4) + 17; rm0 rm0Var = new rm0(i81, i81); vk2 vk2Var5 = vk2.e; if (map.containsKey(vk2Var5)) { i3 = Integer.parseInt(map.get(vk2Var5).toString()); if (!(i3 >= 0 && i3 < 8)) { } } else { i3 = -1; } if (i3 == -1) { int i82 = -1; int i83 = Integer.MAX_VALUE; for (int i84 = 0; i84 < 8; i84++) { qq5.a(ca0Var5, kp2Var, rfaVar3, i84, rm0Var); int i85 = 0; int iA6 = op5.a(rm0Var, true) + op5.a(rm0Var, false); int i86 = 0; int i87 = 0; while (true) { i4 = rm0Var.c; int i88 = i4 - 1; bArr = rm0Var.a; i5 = rm0Var.b; if (i86 >= i88) { break; } byte[] bArr6 = bArr[i86]; int i89 = i85; while (i89 < i5 - 1) { byte b2 = bArr6[i89]; int i90 = i89 + 1; int i91 = iA6; if (b2 == bArr6[i90]) { byte[] bArr7 = bArr[i86 + 1]; if (b2 == bArr7[i89] && b2 == bArr7[i90]) { i87++; } } iA6 = i91; i89 = i90; } i86++; i85 = 0; } int i92 = (i87 * 3) + iA6; int i93 = 0; int i94 = 0; while (i93 < i4) { int i95 = 0; while (i95 < i5) { byte[] bArr8 = bArr[i93]; int i96 = i94; int i97 = i95 + 6; if (i97 < i5) { i6 = i92; if (bArr8[i95] == 1 && bArr8[i95 + 1] == 0 && bArr8[i95 + 2] == 1 && bArr8[i95 + 3] == 1 && bArr8[i95 + 4] == 1 && bArr8[i95 + 5] == 0 && bArr8[i97] == 1) { int i98 = i95 - 4; if (i98 < 0 || bArr8.length < i95) { z3 = false; if (!z3) { int i99 = i95 + 7; int i100 = i95 + 11; if (i99 < 0 || bArr8.length < i100) { z4 = false; if (!z4) { } } else { int i101 = i99; while (i101 < i100) { int i102 = i101; int i103 = i100; if (bArr8[i102] == 1) { z4 = false; break; } i101 = i102 + 1; i100 = i103; } z4 = true; if (!z4) { } } } i7 = i96 + 1; } else { while (i98 < i95) { int i104 = i98; if (bArr8[i98] == 1) { z3 = false; break; } i98 = i104 + 1; } z3 = true; if (!z3) { } i7 = i96 + 1; } } i8 = i93 + 6; if (i8 >= i4) { i10 = i7; byte b3 = 1; if (bArr[i93][i95] == 1 && bArr[i93 + 1][i95] == 0 && bArr[i93 + 2][i95] == 1 && bArr[i93 + 3][i95] == 1 && bArr[i93 + 4][i95] == 1 && bArr[i93 + 5][i95] == 0 && bArr[i8][i95] == 1) { int i105 = i93 - 4; if (i105 < 0 || bArr.length < i93) { z = false; if (z) { int i106 = i93 + 7; int i107 = i93 + 11; if (i106 < 0 || bArr.length < i107) { i9 = i93; } else { while (i106 < i107) { i9 = i93; if (bArr[i106][i95] != 1) { i106++; i93 = i9; } } i9 = i93; z2 = true; if (!z2) { } } z2 = false; if (!z2) { } } else { i9 = i93; } i94 = i10 + 1; } else { while (i105 < i93) { if (bArr[i105][i95] == b3) { z = false; break; } i105++; b3 = 1; } z = true; if (z) { } i94 = i10 + 1; } i95++; i92 = i6; i93 = i9; } else { i9 = i93; } } else { i9 = i93; i10 = i7; } i94 = i10; i95++; i92 = i6; i93 = i9; } else { i6 = i92; } i7 = i96; i8 = i93 + 6; if (i8 >= i4) { } i94 = i10; i95++; i92 = i6; i93 = i9; } i93++; } int i108 = (i94 * 40) + i92; int i109 = 0; int i110 = 0; while (i109 < i4) { byte[] bArr9 = bArr[i109]; int i111 = 0; while (i111 < i5) { int i112 = i109; int i113 = i108; if (bArr9[i111] == 1) { i110++; } i111++; i108 = i113; i109 = i112; } i109++; } int i114 = i4 * i5; int iAbs = (((Math.abs((i110 * 2) - i114) * 10) / i114) * 10) + i108; if (iAbs < i83) { i83 = iAbs; i82 = i84; } } i3 = i82; } em7Var.d = i3; qq5.a(ca0Var5, kp2Var, rfaVar3, i3, rm0Var); em7Var.e = rm0Var; return em7Var; } public static boolean c(String str) { byte[] bytes = str.getBytes(a89.b); int length = bytes.length; if (length % 2 != 0) { return false; } for (int i = 0; i < length; i += 2) { int i2 = bytes[i] & 255; if ((i2 < 129 || i2 > 159) && (i2 < 224 || i2 > 235)) { return false; } } return true; } public static boolean d(int i, rfa rfaVar, kp2 kp2Var) { int i2 = rfaVar.c; rfa.b bVar = rfaVar.b[kp2Var.ordinal()]; int i3 = bVar.a; int i4 = 0; for (rfa.a aVar : bVar.b) { i4 += aVar.a; } return i2 - (i4 * i3) >= (i + 7) / 8; } }