package fa; import android.content.Context; import android.view.View; import com.google.crypto.tink.config.internal.TinkFipsUtil$AlgorithmFipsCompatibility; import com.google.crypto.tink.proto.KeyData$KeyMaterialType; import com.google.crypto.tink.proto.OutputPrefixType; import com.google.crypto.tink.shaded.protobuf.ByteString; import com.google.crypto.tink.shaded.protobuf.InvalidProtocolBufferException; import ea.q0; import ea.t0; import ea.u0; import ea.z; import java.security.GeneralSecurityException; import java.security.Provider; import javax.crypto.Cipher; import ma.c0; import ma.d0; import ma.i0; import ma.o0; import ma.u; import ma.w; import ma.x; import ma.y; import org.drive_hunter.R; import ra.e0; import ra.f0; import ra.g0; import ra.h0; import ra.j0; import ra.r1; import ra.s1; import ra.t1; import ra.u1; import ra.v1; import ra.w1; import ra.x0; import ra.x1; import ra.y0; import ra.y1; import ra.z1; import tv.danmaku.ijk.media.player.IjkLibLoader; import tv.danmaku.ijk.media.player.ui.IjkPlayerRuntime; import xyz.netfly.MyApplication; import xyz.netfly.SplashActivity; import xyz.netfly.ui.dashboard.DashboardActivity; import xyz.stream.api.entity.AudioEntity; import xyz.stream.api.entity.CmsVideoSource; import xyz.stream.api.entity.SeriesEntity; import xyz.stream.api.entity.SubtitlePlayEntity; import xyz.stream.api.entity.TagsEntity; import xyz.stream.utils.entity.CheckResultEntity; import xyz.stream.view.BaseActivity; import xyz.stream.view.UiUtils; import xyz.stream.view.ViewRuntime; import xyz.stream.view.refresh.footer.ClassicsFooter; import xyz.stream.view.refresh.hearder.MaterialHeader; import xyz.stream.view.refresh.layout.api.RefreshLayout; import xyz.stream.view.refresh.layout.listener.DefaultRefreshInitializer; /* JADX INFO: loaded from: classes2.dex */ public final /* synthetic */ class h implements ma.g, ma.e, y, w, d0, o0, id.d, IjkLibLoader, ViewRuntime.LanguageProvider, ViewRuntime.ScreenReporter, ViewRuntime.RestartAction, DefaultRefreshInitializer, ag.b, xyz.stream.api.viewmodel.c, u4.d, IjkPlayerRuntime.PremiumUserProvider, u4.a, u4.c { /* JADX INFO: renamed from: a, reason: collision with root package name */ public final /* synthetic */ int f26011a; public /* synthetic */ h(int i10) { this.f26011a = i10; } @Override // ag.b public void a() { switch (this.f26011a) { case 7: int i10 = SplashActivity.f34824f; System.exit(0); break; default: int i11 = DashboardActivity.f35280m; System.exit(0); break; } } @Override // u4.a public Object apply(Object obj) { switch (this.f26011a) { case 12: return Integer.valueOf(((SeriesEntity) obj).getVideoId()); case 13: return ((AudioEntity) obj).getTitle(); case 14: return ((SubtitlePlayEntity) obj).getTitle(); case 15: return Integer.valueOf(((SeriesEntity) obj).getEpisodeNumber()); case 16: return Integer.valueOf(((SeriesEntity) obj).getVideoId()); case 17: return Integer.valueOf(((SeriesEntity) obj).getVideoId()); case 18: return String.valueOf(((TagsEntity) obj).getId()); case 19: case 20: default: return ((SubtitlePlayEntity) obj).getTitle(); case 21: return Integer.valueOf(((SeriesEntity) obj).getVideoId()); case 22: return Integer.valueOf(((SeriesEntity) obj).getVideoId()); } } @Override // id.d public boolean b(View view) { return view.hasFocus(); } @Override // u4.d public int c(Object obj) { return ((String) obj).length(); } @Override // ma.y public i0 d(da.l lVar) { switch (this.f26011a) { case 2: t0 t0Var = (t0) lVar; x xVar = r.f26027a; x0 x0VarK = y0.K(); x0VarK.j("type.googleapis.com/google.crypto.tink.XAesGcmKey"); t1 t1VarG = u1.G(); v1 v1VarG = w1.G(); int i10 = t0Var.f25762b; v1VarG.f(); w1.D((w1) v1VarG.f23982b, i10); w1 w1Var = (w1) v1VarG.c(); t1VarG.f(); u1.D((u1) t1VarG.f23982b, w1Var); x0VarK.k(((u1) t1VarG.c()).f()); x0VarK.i(r.a(t0Var.f25761a)); return i0.a((y0) x0VarK.c()); case 6: x xVar2 = t.f26034a; x0 x0VarK2 = y0.K(); x0VarK2.j("type.googleapis.com/google.crypto.tink.XChaCha20Poly1305Key"); x0VarK2.k(z1.E().f()); x0VarK2.i(t.a(((ea.x0) lVar).f25791a)); return i0.a((y0) x0VarK2.c()); default: ja.d dVar = (ja.d) lVar; x xVar3 = ka.a.f29087a; x0 x0VarK3 = y0.K(); x0VarK3.j("type.googleapis.com/google.crypto.tink.AesSivKey"); g0 g0VarG = h0.G(); int i11 = dVar.f28736a; g0VarG.f(); h0.D((h0) g0VarG.f23982b, i11); x0VarK3.k(((h0) g0VarG.c()).f()); x0VarK3.i(ka.a.a(dVar.f28737b)); return i0.a((y0) x0VarK3.c()); } } @Override // ma.d0 public Object e(com.bumptech.glide.g gVar) throws GeneralSecurityException { byte[] bArrB; byte[] bArrB2; da.e eVar = da.e.f25073b; switch (this.f26011a) { case 11: ja.a aVar = (ja.a) gVar; c0 c0Var = ja.b.f28728a; ja.b.a(aVar.f28724b); return new sa.d(aVar.f28725c.F(eVar), aVar.f28726d); case 12: ma.j jVar = (ma.j) gVar; ma.h0 h0Var = jVar.f30530b; ma.j.S(h0Var); da.b bVar = (da.b) ma.c.f30500d.a(da.b.class, h0Var.f30520a).a(h0Var.f30522c); OutputPrefixType outputPrefixType = h0Var.f30524e; int iOrdinal = outputPrefixType.ordinal(); ma.h0 h0Var2 = jVar.f30530b; if (iOrdinal == 1) { bArrB = u.b(h0Var2.f30525f.intValue()).b(); } else if (iOrdinal == 2) { bArrB = u.a(h0Var2.f30525f.intValue()).b(); } else if (iOrdinal != 3) { if (iOrdinal != 4) { throw new GeneralSecurityException("unknown output prefix type " + outputPrefixType.b()); } bArrB = u.a(h0Var2.f30525f.intValue()).b(); } else { bArrB = u.f30557a.b(); } return new ka.b(bVar, outputPrefixType, bArrB); case 20: na.a aVar2 = (na.a) gVar; ea.i iVar = na.b.f31129a; if (aVar2.f31125b.f31138a != 32) { throw new GeneralSecurityException("AesCmacKey size wrong, must be 32 bytes"); } if (!TinkFipsUtil$AlgorithmFipsCompatibility.f23814a.a()) { throw new GeneralSecurityException("Cannot use AES-CMAC in FIPS-mode."); } Provider providerA = ma.a.a(); if (providerA != null) { try { return oa.c.a(aVar2, providerA); } catch (GeneralSecurityException unused) { } } return new oa.c(); case 21: na.a aVar3 = (na.a) gVar; ea.i iVar2 = na.b.f31129a; if (aVar3.f31125b.f31138a == 32) { return new sa.n(aVar3); } throw new GeneralSecurityException("AesCmacKey size wrong, must be 32 bytes"); case 22: oa.c cVar = new oa.c(); if (TinkFipsUtil$AlgorithmFipsCompatibility.f23815b.a()) { return cVar; } throw new GeneralSecurityException("Can not use HMAC in FIPS-mode, as BoringCrypto module is not available."); case 23: return new sa.n((na.h) gVar); default: ma.j jVar2 = (ma.j) gVar; ma.h0 h0Var3 = jVar2.f30530b; ma.j.S(h0Var3); da.k kVar = (da.k) ma.c.f30500d.a(da.k.class, h0Var3.f30520a).a(h0Var3.f30522c); OutputPrefixType outputPrefixType2 = h0Var3.f30524e; int iOrdinal2 = outputPrefixType2.ordinal(); ma.h0 h0Var4 = jVar2.f30530b; if (iOrdinal2 == 1) { bArrB2 = u.b(h0Var4.f30525f.intValue()).b(); } else if (iOrdinal2 == 2) { bArrB2 = u.a(h0Var4.f30525f.intValue()).b(); } else if (iOrdinal2 != 3) { if (iOrdinal2 != 4) { throw new GeneralSecurityException("unknown output prefix type"); } bArrB2 = u.a(h0Var4.f30525f.intValue()).b(); } else { bArrB2 = u.f30557a.b(); } return new oa.e(kVar, outputPrefixType2, bArrB2); } } @Override // ma.g public ma.h0 g(com.bumptech.glide.g gVar) { da.e eVar = da.e.f25073b; KeyData$KeyMaterialType keyData$KeyMaterialType = KeyData$KeyMaterialType.SYMMETRIC; switch (this.f26011a) { case 0: z zVar = (z) gVar; ra.i0 i0VarG = j0.G(); byte[] bArrF = zVar.f25795c.F(eVar); ByteString byteStringG = ByteString.g(0, bArrF.length, bArrF); i0VarG.f(); j0.D((j0) i0VarG.f23982b, byteStringG); return ma.h0.a("type.googleapis.com/google.crypto.tink.ChaCha20Poly1305Key", ((j0) i0VarG.c()).f(), keyData$KeyMaterialType, i.a(zVar.f25794b.f25634a), zVar.f25797e); case 4: q0 q0Var = (q0) gVar; x xVar = r.f26027a; r1 r1VarI = s1.I(); byte[] bArrF2 = q0Var.f25740c.F(eVar); ByteString byteStringG2 = ByteString.g(0, bArrF2.length, bArrF2); r1VarI.f(); s1.E((s1) r1VarI.f23982b, byteStringG2); v1 v1VarG = w1.G(); t0 t0Var = q0Var.f25739b; int i10 = t0Var.f25762b; v1VarG.f(); w1.D((w1) v1VarG.f23982b, i10); w1 w1Var = (w1) v1VarG.c(); r1VarI.f(); s1.D((s1) r1VarI.f23982b, w1Var); return ma.h0.a("type.googleapis.com/google.crypto.tink.XAesGcmKey", ((s1) r1VarI.c()).f(), keyData$KeyMaterialType, r.a(t0Var.f25761a), q0Var.f25742e); case 8: u0 u0Var = (u0) gVar; x xVar2 = t.f26034a; x1 x1VarG = y1.G(); byte[] bArrF3 = u0Var.f25768c.F(eVar); ByteString byteStringG3 = ByteString.g(0, bArrF3.length, bArrF3); x1VarG.f(); y1.D((y1) x1VarG.f23982b, byteStringG3); return ma.h0.a("type.googleapis.com/google.crypto.tink.XChaCha20Poly1305Key", ((y1) x1VarG.c()).f(), keyData$KeyMaterialType, t.a(u0Var.f25767b.f25791a), u0Var.f25770e); case 16: ja.a aVar = (ja.a) gVar; x xVar3 = ka.a.f29087a; e0 e0VarG = f0.G(); byte[] bArrF4 = aVar.f28725c.F(eVar); ByteString byteStringG4 = ByteString.g(0, bArrF4.length, bArrF4); e0VarG.f(); f0.D((f0) e0VarG.f23982b, byteStringG4); return ma.h0.a("type.googleapis.com/google.crypto.tink.AesSivKey", ((f0) e0VarG.c()).f(), keyData$KeyMaterialType, ka.a.a(aVar.f28724b.f28737b), aVar.f28727e); default: ma.h0 h0Var = ((ma.j) gVar).f30530b; ma.j.S(h0Var); return h0Var; } } @Override // ma.o0 public Object get() throws GeneralSecurityException { na.j jVar = na.j.f31154d; na.j jVar2 = na.j.f31156f; na.k kVar = na.k.f31158b; switch (this.f26011a) { case 10: try { Cipher cipher = (Cipher) ga.a.f26334a.get(); if (cipher != null) { return cipher; } throw new GeneralSecurityException("AES GCM SIV cipher is invalid."); } catch (IllegalStateException e10) { throw new GeneralSecurityException("AES GCM SIV cipher is not available or is invalid.", e10); } case 13: ja.d dVar = ja.i.f28745a; fe.h hVar = new fe.h(); hVar.P(64); hVar.f26081c = ja.c.f28732b; return hVar.l(); case 18: ma.t tVar = new ma.t(); tVar.d(new ma.f(new h(19), ma.j.class)); return tVar; case 25: na.l lVar = na.s.f31174a; u.e eVarB = na.l.b(); eVarB.f33125a = 32; eVarB.f33126b = 16; eVarB.f33128d = kVar; eVarB.f33127c = jVar; return eVarB.e(); case 26: na.l lVar2 = na.s.f31174a; u.e eVarB2 = na.l.b(); eVarB2.f33125a = 32; eVarB2.f33126b = 32; eVarB2.f33128d = kVar; eVarB2.f33127c = jVar; return eVarB2.e(); case 27: na.l lVar3 = na.s.f31174a; u.e eVarB3 = na.l.b(); eVarB3.f33125a = 64; eVarB3.f33126b = 32; eVarB3.f33128d = kVar; eVarB3.f33127c = jVar2; return eVarB3.e(); case 28: na.l lVar4 = na.s.f31174a; u.e eVarB4 = na.l.b(); eVarB4.f33125a = 64; eVarB4.f33126b = 64; eVarB4.f33128d = kVar; eVarB4.f33127c = jVar2; return eVarB4.e(); default: na.l lVar5 = na.s.f31174a; xyz.stream.utils.t tVar2 = new xyz.stream.utils.t((xyz.stream.utils.s) null); tVar2.x(32); tVar2.y(16); tVar2.f36174d = na.c.f31133b; return tVar2.j(); } } @Override // xyz.stream.view.ViewRuntime.LanguageProvider public String getLanguage() { Context context = MyApplication.f34822a; xyz.stream.utils.e.d().getClass(); return xyz.stream.utils.e.e(); } @Override // ma.e public com.bumptech.glide.g h(ma.h0 h0Var) throws GeneralSecurityException { da.e eVar = da.e.f25073b; Integer num = h0Var.f30525f; OutputPrefixType outputPrefixType = h0Var.f30524e; ByteString byteString = h0Var.f30522c; String str = h0Var.f30520a; switch (this.f26011a) { case 1: if (!str.equals("type.googleapis.com/google.crypto.tink.ChaCha20Poly1305Key")) { throw new IllegalArgumentException("Wrong type URL in call to ChaCha20Poly1305ProtoSerialization.parseKey"); } try { j0 j0VarH = j0.H(byteString, com.google.crypto.tink.shaded.protobuf.q.a()); if (j0VarH.F() == 0) { return z.S(i.b(outputPrefixType), xyz.stream.utils.f0.e(j0VarH.E().k(), eVar), num); } throw new GeneralSecurityException("Only version 0 keys are accepted"); } catch (InvalidProtocolBufferException unused) { throw new GeneralSecurityException("Parsing ChaCha20Poly1305Key failed"); } case 5: x xVar = r.f26027a; if (!str.equals("type.googleapis.com/google.crypto.tink.XAesGcmKey")) { throw new IllegalArgumentException("Wrong type URL in call to XAesGcmProtoSerialization.parseKey"); } try { s1 s1VarJ = s1.J(byteString, com.google.crypto.tink.shaded.protobuf.q.a()); if (s1VarJ.H() != 0) { throw new GeneralSecurityException("Only version 0 keys are accepted"); } if (s1VarJ.F().size() == 32) { return q0.S(t0.b(r.b(outputPrefixType), s1VarJ.G().F()), xyz.stream.utils.f0.e(s1VarJ.F().k(), eVar), num); } throw new GeneralSecurityException("Only 32 byte key size is accepted"); } catch (InvalidProtocolBufferException unused2) { throw new GeneralSecurityException("Parsing XAesGcmKey failed"); } case 9: x xVar2 = t.f26034a; if (!str.equals("type.googleapis.com/google.crypto.tink.XChaCha20Poly1305Key")) { throw new IllegalArgumentException("Wrong type URL in call to XChaCha20Poly1305ProtoSerialization.parseKey"); } try { y1 y1VarH = y1.H(byteString, com.google.crypto.tink.shaded.protobuf.q.a()); if (y1VarH.F() == 0) { return u0.S(t.b(outputPrefixType), xyz.stream.utils.f0.e(y1VarH.E().k(), eVar), num); } throw new GeneralSecurityException("Only version 0 keys are accepted"); } catch (InvalidProtocolBufferException unused3) { throw new GeneralSecurityException("Parsing XChaCha20Poly1305Key failed"); } default: x xVar3 = ka.a.f29087a; if (!str.equals("type.googleapis.com/google.crypto.tink.AesSivKey")) { throw new IllegalArgumentException("Wrong type URL in call to AesSivParameters.parseParameters"); } try { f0 f0VarH = f0.H(byteString, com.google.crypto.tink.shaded.protobuf.q.a()); if (f0VarH.F() != 0) { throw new GeneralSecurityException("Only version 0 keys are accepted"); } fe.h hVar = new fe.h(); hVar.P(f0VarH.E().size()); hVar.f26081c = ka.a.b(outputPrefixType); ja.d dVarL = hVar.l(); xyz.stream.utils.t tVar = new xyz.stream.utils.t((xyz.stream.utils.p) null); tVar.f36172b = dVarL; tVar.f36173c = xyz.stream.utils.f0.e(f0VarH.E().k(), eVar); tVar.f36174d = num; return tVar.g(); } catch (InvalidProtocolBufferException unused4) { throw new GeneralSecurityException("Parsing AesSivKey failed"); } } } @Override // ma.w public da.l i(i0 i0Var) throws GeneralSecurityException { y0 y0Var = i0Var.f30529b; switch (this.f26011a) { case 3: x xVar = r.f26027a; if (!y0Var.I().equals("type.googleapis.com/google.crypto.tink.XAesGcmKey")) { throw new IllegalArgumentException("Wrong type URL in call to XAesGcmProtoSerialization.parseParameters: " + y0Var.I()); } try { u1 u1VarH = u1.H(y0Var.J(), com.google.crypto.tink.shaded.protobuf.q.a()); if (u1VarH.F() == 0) { return t0.b(r.b(y0Var.H()), u1VarH.E().F()); } throw new GeneralSecurityException("Only version 0 parameters are accepted"); } catch (InvalidProtocolBufferException e10) { throw new GeneralSecurityException("Parsing XAesGcmParameters failed: ", e10); } case 7: x xVar2 = t.f26034a; if (!y0Var.I().equals("type.googleapis.com/google.crypto.tink.XChaCha20Poly1305Key")) { throw new IllegalArgumentException("Wrong type URL in call to XChaCha20Poly1305ProtoSerialization.parseParameters: " + y0Var.I()); } try { if (z1.G(y0Var.J(), com.google.crypto.tink.shaded.protobuf.q.a()).F() == 0) { return new ea.x0(t.b(y0Var.H())); } throw new GeneralSecurityException("Only version 0 parameters are accepted"); } catch (InvalidProtocolBufferException e11) { throw new GeneralSecurityException("Parsing XChaCha20Poly1305Parameters failed: ", e11); } default: x xVar3 = ka.a.f29087a; if (!y0Var.I().equals("type.googleapis.com/google.crypto.tink.AesSivKey")) { throw new IllegalArgumentException("Wrong type URL in call to AesSivParameters.parseParameters: " + y0Var.I()); } try { h0 h0VarH = h0.H(y0Var.J(), com.google.crypto.tink.shaded.protobuf.q.a()); if (h0VarH.F() != 0) { throw new GeneralSecurityException("Only version 0 keys are accepted"); } fe.h hVar = new fe.h(); hVar.P(h0VarH.E()); hVar.f26081c = ka.a.b(y0Var.H()); return hVar.l(); } catch (InvalidProtocolBufferException e12) { throw new GeneralSecurityException("Parsing AesSivParameters failed: ", e12); } } } @Override // xyz.stream.view.refresh.layout.listener.DefaultRefreshInitializer public void initialize(Context context, RefreshLayout refreshLayout) { int i10 = SplashActivity.f34824f; refreshLayout.setEnableHeaderTranslationContent(true); refreshLayout.setEnableFooterFollowWhenNoMoreData(xyz.stream.utils.e.d().f36119h); ClassicsFooter classicsFooter = new ClassicsFooter(context); classicsFooter.setNoMoreText(xyz.stream.utils.e.d().f36119h ? context.getString(R.string.no_more) : ""); refreshLayout.setRefreshFooter(classicsFooter, 0, UiUtils.dp2px(120.0f)); MaterialHeader materialHeader = new MaterialHeader(context); materialHeader.setSize(0); Object obj = g0.d.f26125a; materialHeader.setColorSchemeColors(context.getColor(R.color.main_color)); materialHeader.setProgressBackgroundColorSchemeColor(context.getColor(R.color.bg_color)); refreshLayout.setRefreshHeader(materialHeader); } @Override // tv.danmaku.ijk.media.player.ui.IjkPlayerRuntime.PremiumUserProvider public boolean isPremiumUser() { int i10 = SplashActivity.f34824f; CheckResultEntity checkResultEntityC = xyz.stream.utils.e.d().c(); return (checkResultEntityC == null || checkResultEntityC.getIsPremium() == null || checkResultEntityC.getIsPremium().intValue() != 1) ? false : true; } @Override // tv.danmaku.ijk.media.player.IjkLibLoader public void loadLibrary(String str) { System.loadLibrary(str); } @Override // xyz.stream.view.ViewRuntime.ScreenReporter public void reportScreen(String str) { kotlinx.coroutines.y.S(str); } @Override // xyz.stream.view.ViewRuntime.RestartAction public void restartApp(BaseActivity baseActivity) { Context context = MyApplication.f34822a; xyz.stream.utils.e.d().i(); } @Override // u4.c public boolean test(Object obj) { switch (this.f26011a) { case 1: break; case 19: if (((CmsVideoSource) obj).getIsDefault().intValue() == 1) { } break; case 20: if (((CmsVideoSource) obj).getIsDefault().intValue() == 1) { } break; case 24: SubtitlePlayEntity subtitlePlayEntity = (SubtitlePlayEntity) obj; if (!subtitlePlayEntity.getTitle().contains("AI") && !subtitlePlayEntity.getTitle().equals("Off")) { break; } break; case 25: break; case 26: if (((CmsVideoSource) obj).getIsDefault().intValue() == 1) { } break; case 27: if (((CmsVideoSource) obj).getIsDefault().intValue() == 1) { } break; default: if (((CmsVideoSource) obj).getIsDefault().intValue() == 1) { } break; } return true; } }