package C0; import C3.AbstractC0055q; import C3.G; import F0.q; import I3.n; import I3.s; import I3.y; import T3.C0331x; import T3.J; import T3.r; import T3.r0; import android.database.Cursor; import android.database.sqlite.SQLiteDatabase; import android.graphics.Bitmap; import android.util.Base64; import com.google.crypto.tink.shaded.protobuf.AbstractC0742h; import com.google.crypto.tink.shaded.protobuf.B; import com.google.crypto.tink.shaded.protobuf.C0748n; import com.google.firebase.installations.FirebaseInstallationsRegistrar; import java.io.IOException; import java.security.GeneralSecurityException; import java.security.InvalidAlgorithmParameterException; import java.util.ArrayList; import n4.u0; import u0.F; /* JADX INFO: loaded from: classes.dex */ public final /* synthetic */ class c implements x0.h, d4.d, B3.e, G2.f, O3.b { /* JADX INFO: renamed from: q, reason: collision with root package name */ public final /* synthetic */ int f1094q; public /* synthetic */ c(int i) { this.f1094q = i; } public static Bitmap a(int i, byte[] bArr) throws H0.d { try { return W2.g.k(i, bArr); } catch (F e8) { throw new H0.d("Could not decode image data with BitmapFactory. (data.length = " + bArr.length + ", input length = " + i + ")", e8); } catch (IOException e9) { throw new H0.d(e9); } } @Override // B3.e public Object apply(Object obj) { switch (this.f1094q) { case 22: q qVar = (q) obj; qVar.w(); return G.k(AbstractC0055q.r(qVar.f2388Y.f3884b, new y(5))); default: Cursor cursorRawQuery = ((SQLiteDatabase) obj).rawQuery("SELECT distinct t._id, t.backend_name, t.priority, t.extras FROM transport_contexts AS t, events AS e WHERE e.context_id = t._id", new String[0]); try { ArrayList arrayList = new ArrayList(); while (cursorRawQuery.moveToNext()) { com.google.android.material.datepicker.c cVarA = z2.i.a(); cVarA.D(cursorRawQuery.getString(1)); cVarA.f10221t = J2.a.b(cursorRawQuery.getInt(2)); String string = cursorRawQuery.getString(3); cVarA.f10220s = string == null ? null : Base64.decode(string, 0); arrayList.add(cVarA.o()); break; } return arrayList; } finally { cursorRawQuery.close(); } } } @Override // x0.h public void b(Object obj) { k kVar = (k) obj; switch (this.f1094q) { case u0.f15495q /* 0 */: kVar.getClass(); break; case 1: kVar.getClass(); break; case 2: kVar.getClass(); break; case 3: kVar.getClass(); break; case 4: kVar.getClass(); break; case 5: kVar.getClass(); break; case Z.g.STRING_SET_FIELD_NUMBER /* 6 */: kVar.getClass(); break; case Z.g.DOUBLE_FIELD_NUMBER /* 7 */: kVar.getClass(); break; case Z.g.BYTES_FIELD_NUMBER /* 8 */: kVar.getClass(); break; case 9: kVar.getClass(); break; case 10: kVar.getClass(); break; case 11: kVar.getClass(); break; case 12: kVar.getClass(); break; case 13: kVar.getClass(); break; case 14: kVar.getClass(); break; case 15: kVar.getClass(); break; case 16: kVar.getClass(); break; case 17: kVar.getClass(); break; case 18: kVar.getClass(); break; case 19: kVar.getClass(); break; default: kVar.getClass(); break; } } @Override // O3.b public H3.b c(O3.q qVar) throws GeneralSecurityException { I3.j jVar; int i = 9; boolean z8 = false; switch (this.f1094q) { case 26: if (!((String) qVar.f5165a).equals("type.googleapis.com/google.crypto.tink.AesEaxKey")) { throw new IllegalArgumentException("Wrong type URL in call to AesEaxParameters.parseParameters"); } try { r rVarD = r.D((AbstractC0742h) qVar.f5167c, C0748n.a()); if (rVarD.B() != 0) { throw new GeneralSecurityException("Only version 0 keys are accepted"); } I3.j jVar2 = I3.j.f3327e; int size = rVarD.z().size(); if (size != 16 && size != 24 && size != 32) { throw new InvalidAlgorithmParameterException(String.format("Invalid key size %d; only 16-byte, 24-byte and 32-byte AES keys are supported", Integer.valueOf(size))); } int iY = rVarD.A().y(); if (iY != 12 && iY != 16) { throw new GeneralSecurityException(String.format("Invalid IV size in bytes %d; acceptable values have 12 or 16 bytes", Integer.valueOf(iY))); } r0 r0Var = (r0) qVar.f5169e; int iOrdinal = r0Var.ordinal(); if (iOrdinal == 1) { jVar2 = I3.j.f3325c; } else if (iOrdinal == 2) { jVar2 = I3.j.f3326d; } else if (iOrdinal != 3) { if (iOrdinal != 4) { throw new GeneralSecurityException("Unable to parse OutputPrefixType: " + r0Var.b()); } jVar2 = I3.j.f3326d; } I3.k kVar = new I3.k(size, iY, 16, jVar2); A1.y yVar = new A1.y(13, z8); yVar.f364s = null; yVar.f365t = null; yVar.f363r = kVar; yVar.f364s = new P.g(9, V3.a.a(rVarD.z().g())); yVar.f365t = (Integer) qVar.f5170f; return yVar.i(); } catch (B unused) { throw new GeneralSecurityException("Parsing AesEaxcKey failed"); } case 27: if (!((String) qVar.f5165a).equals("type.googleapis.com/google.crypto.tink.AesGcmKey")) { throw new IllegalArgumentException("Wrong type URL in call to AesGcmParameters.parseParameters"); } try { C0331x c0331xB = C0331x.B((AbstractC0742h) qVar.f5167c, C0748n.a()); if (c0331xB.z() != 0) { throw new GeneralSecurityException("Only version 0 keys are accepted"); } I3.j jVar3 = I3.j.f3330h; int size2 = c0331xB.y().size(); if (size2 != 16 && size2 != 24 && size2 != 32) { throw new InvalidAlgorithmParameterException(String.format("Invalid key size %d; only 16-byte, 24-byte and 32-byte AES keys are supported", Integer.valueOf(size2))); } r0 r0Var2 = (r0) qVar.f5169e; int iOrdinal2 = r0Var2.ordinal(); if (iOrdinal2 == 1) { jVar3 = I3.j.f3328f; } else if (iOrdinal2 == 2) { jVar3 = I3.j.f3329g; } else if (iOrdinal2 != 3) { if (iOrdinal2 != 4) { throw new GeneralSecurityException("Unable to parse OutputPrefixType: " + r0Var2.b()); } jVar3 = I3.j.f3329g; } n nVar = new n(size2, 12, 16, jVar3); A1.y yVar2 = new A1.y(14, z8); yVar2.f364s = null; yVar2.f365t = null; yVar2.f363r = nVar; yVar2.f364s = new P.g(9, V3.a.a(c0331xB.y().g())); yVar2.f365t = (Integer) qVar.f5170f; return yVar2.j(); } catch (B unused2) { throw new GeneralSecurityException("Parsing AesGcmKey failed"); } case 28: if (!((String) qVar.f5165a).equals("type.googleapis.com/google.crypto.tink.AesGcmSivKey")) { throw new IllegalArgumentException("Wrong type URL in call to AesGcmSivParameters.parseParameters"); } try { T3.B B8 = T3.B.B((AbstractC0742h) qVar.f5167c, C0748n.a()); if (B8.z() != 0) { throw new GeneralSecurityException("Only version 0 keys are accepted"); } I3.j jVar4 = I3.j.f3332k; int size3 = B8.y().size(); if (size3 != 16 && size3 != 32) { throw new InvalidAlgorithmParameterException(String.format("Invalid key size %d; only 16-byte and 32-byte AES keys are supported", Integer.valueOf(size3))); } r0 r0Var3 = (r0) qVar.f5169e; int iOrdinal3 = r0Var3.ordinal(); if (iOrdinal3 == 1) { jVar4 = I3.j.i; } else if (iOrdinal3 == 2) { jVar4 = I3.j.f3331j; } else if (iOrdinal3 != 3) { if (iOrdinal3 != 4) { throw new GeneralSecurityException("Unable to parse OutputPrefixType: " + r0Var3.b()); } jVar4 = I3.j.f3331j; } I3.q qVar2 = new I3.q(size3, jVar4); A1.y yVar3 = new A1.y(15, z8); yVar3.f364s = null; yVar3.f365t = null; yVar3.f363r = qVar2; yVar3.f364s = new P.g(i, V3.a.a(B8.y().g())); yVar3.f365t = (Integer) qVar.f5170f; return yVar3.k(); } catch (B unused3) { throw new GeneralSecurityException("Parsing AesGcmSivKey failed"); } default: if (!((String) qVar.f5165a).equals("type.googleapis.com/google.crypto.tink.ChaCha20Poly1305Key")) { throw new IllegalArgumentException("Wrong type URL in call to ChaCha20Poly1305Parameters.parseParameters"); } try { J jB = J.B((AbstractC0742h) qVar.f5167c, C0748n.a()); if (jB.z() != 0) { throw new GeneralSecurityException("Only version 0 keys are accepted"); } r0 r0Var4 = (r0) qVar.f5169e; int iOrdinal4 = r0Var4.ordinal(); if (iOrdinal4 == 1) { jVar = I3.j.f3333l; } else if (iOrdinal4 == 2) { jVar = I3.j.f3334m; } else if (iOrdinal4 == 3) { jVar = I3.j.f3335n; } else { if (iOrdinal4 != 4) { throw new GeneralSecurityException("Unable to parse OutputPrefixType: " + r0Var4.b()); } jVar = I3.j.f3334m; } return s.b(jVar, new P.g(i, V3.a.a(jB.y().g())), (Integer) qVar.f5170f); } catch (B unused4) { throw new GeneralSecurityException("Parsing ChaCha20Poly1305Key failed"); } } } @Override // d4.d public Object p(K2.e eVar) { return FirebaseInstallationsRegistrar.lambda$getComponents$0(eVar); } }