package androidx.compose.runtime.snapshots; import E3.v; import I0.I0; import K.C0474q0; import T0.C0603n; import X2.i; import android.content.Context; import android.graphics.Bitmap; import android.view.LayoutInflater; import android.view.View; import android.view.ViewGroup; import androidx.compose.runtime.MutableIntState; import androidx.media3.common.Format; import androidx.media3.exoplayer.ExoPlayer; import androidx.media3.ui.PlayerView; import c0.C1217r; import coil.disk.DiskLruCache; import com.debridstream.tv.R; import com.google.android.gms.location.LocationRequest; import d3.I; import d3.v2; import i5.h; import j$.time.LocalDate; import java.io.IOException; import java.util.List; import java.util.Map; import k5.C2434w; import k5.S; import k5.e0; import kotlin.jvm.internal.C; import kotlin.jvm.internal.g; import kotlin.jvm.internal.o; import l5.m; import m3.AbstractC2467b; import m3.AbstractC2486u; import o0.C2631b; import o0.C2632c; import o0.C2633d; import o4.f; import p0.AbstractC2686D; import p0.AbstractC2704j; import p0.AbstractC2711q; import p0.C2689G; import p0.C2693K; import p0.C2694L; import p0.C2696b; import p0.C2700f; import p0.C2702h; import p0.C2706l; import p0.C2714u; import p0.InterfaceC2687E; import p0.InterfaceC2712s; import p0.M; import p0.N; import p0.Q; import p0.U; import p0.Z; import p5.G; import p5.u; import q.AbstractC2761L; import q.H0; import q.y0; import r0.C2862a; import r0.C2863b; import r0.InterfaceC2864c; import r0.InterfaceC2866e; import v.AbstractC3058z; import v.C2968B; import v.C2974E; import v.C3000R0; import w4.C3137A; import x.C3167h1; import x4.AbstractC3235a; import x4.AbstractC3241g; import x4.AbstractC3251q; import x4.y; /* JADX INFO: loaded from: classes.dex */ public final /* synthetic */ class e implements J4.c { /* JADX INFO: renamed from: a, reason: collision with root package name */ public final /* synthetic */ int f11138a; /* JADX INFO: renamed from: b, reason: collision with root package name */ public final /* synthetic */ Object f11139b; public /* synthetic */ e(Object obj, int i6) { this.f11138a = i6; this.f11139b = obj; } /* JADX WARN: Multi-variable type inference failed */ /* JADX WARN: Removed duplicated region for block: B:38:0x00d4 */ /* JADX WARN: Removed duplicated region for block: B:85:0x024e */ /* JADX WARN: Removed duplicated region for block: B:98:0x02a1 */ @Override // J4.c /* Code decompiled incorrectly, please refer to instructions dump. */ public final Object invoke(Object obj) { int i6; C2706l c2706l; AbstractC2711q abstractC2711q; C2689G c2689g; boolean z6; C2706l c2706l2; C2863b c2863b; float f6; float f7; f fVar; long jF; boolean z7; switch (this.f11138a) { case 0: return SnapshotStateObserver.readObserver$lambda$0((SnapshotStateObserver) this.f11139b, obj); case 1: ((U) ((InterfaceC2687E) obj)).d(((Number) ((y0) this.f11139b).f23483m.getValue()).floatValue()); return C3137A.f25453a; case 2: return DiskLruCache.newJournalWriter$lambda$3((DiskLruCache) this.f11139b, (IOException) obj); case 3: I i7 = (I) this.f11139b; Format format = (Format) obj; o.h(format, "format"); if (i7.f15140a == null) { i7.f15140a = format; } return C3137A.f25453a; case 4: i it = (i) obj; o.h(it, "it"); LocalDate localDate = (LocalDate) this.f11139b; o.e(localDate); return Boolean.valueOf(v2.u0(it.f8596d, localDate)); case 5: i5.a buildSerialDescriptor = (i5.a) obj; o.h(buildSerialDescriptor, "$this$buildSerialDescriptor"); buildSerialDescriptor.a("type", e0.f20049b); buildSerialDescriptor.a("value", W.a.T("kotlinx.serialization.Polymorphic<" + ((g) ((g5.c) this.f11139b).f16602a).c() + '>', i5.i.f19098j, new i5.g[0])); buildSerialDescriptor.f19068b = y.f26065a; return C3137A.f25453a; case 6: return Boolean.valueOf(!o.c((Long) obj, (Long) this.f11139b)); case 7: int iIntValue = ((Integer) obj).intValue(); StringBuilder sb = new StringBuilder(); h hVar = (h) this.f11139b; sb.append(hVar.f19092f[iIntValue]); sb.append(": "); sb.append(hVar.f19093g[iIntValue].a()); return sb.toString(); case 8: i5.a buildSerialDescriptor2 = (i5.a) obj; o.h(buildSerialDescriptor2, "$this$buildSerialDescriptor"); List list = (List) ((C2434w) this.f11139b).f20106c; o.h(list, ""); buildSerialDescriptor2.f19068b = list; return C3137A.f25453a; case 9: int iIntValue2 = ((Integer) obj).intValue(); StringBuilder sb2 = new StringBuilder(); S s6 = (S) this.f11139b; sb2.append(s6.f20022e[iIntValue2]); sb2.append(": "); sb2.append(s6.i(iIntValue2).a()); return sb2.toString(); case 10: Context ctx = (Context) obj; o.h(ctx, "ctx"); View viewInflate = LayoutInflater.from(ctx).inflate(R.layout.trailer_player_view, (ViewGroup) null); o.f(viewInflate, "null cannot be cast to non-null type androidx.media3.ui.PlayerView"); PlayerView playerView = (PlayerView) viewInflate; playerView.setLayoutParams(new ViewGroup.LayoutParams(-1, -1)); playerView.setPlayer((ExoPlayer) this.f11139b); playerView.setFocusable(false); playerView.setFocusableInTouchMode(false); playerView.setClickable(false); AbstractC2486u.b(playerView); return playerView; case 11: m node = (m) obj; o.h(node, "node"); m5.o oVar = (m5.o) this.f11139b; oVar.L((String) AbstractC3251q.n0(oVar.f21257a), node); return C3137A.f25453a; case 12: G it2 = (G) obj; o.h(it2, "it"); return ((u) this.f11139b).onPathResult(it2, "listRecursively"); case 13: m0.d dVar = (m0.d) obj; C2974E c2974e = (C2974E) this.f11139b; if (dVar.a() * c2974e.f24713d < 0.0f || o0.e.c(dVar.f20378a.c()) <= 0.0f) { return dVar.b(new H0(7)); } float f8 = 2; final float fMin = Math.min(h1.f.c(c2974e.f24713d, 0.0f) ? 1.0f : (float) Math.ceil(dVar.a() * c2974e.f24713d), (float) Math.ceil(o0.e.c(dVar.f20378a.c()) / f8)); final float f9 = fMin / f8; final long jFloatToRawIntBits = (((long) Float.floatToRawIntBits(f9)) << 32) | (((long) Float.floatToRawIntBits(f9)) & 4294967295L); final long jFloatToRawIntBits2 = (((long) Float.floatToRawIntBits(Float.intBitsToFloat((int) (dVar.f20378a.c() >> 32)) - fMin)) << 32) | (((long) Float.floatToRawIntBits(Float.intBitsToFloat((int) (dVar.f20378a.c() & 4294967295L)) - fMin)) & 4294967295L); float f10 = fMin * f8; boolean z8 = f10 > o0.e.c(dVar.f20378a.c()); N nMo3createOutlinePq9zytI = c2974e.f24715f.mo3createOutlinePq9zytI(dVar.f20378a.c(), dVar.f20378a.getLayoutDirection(), dVar); if (!(nMo3createOutlinePq9zytI instanceof C2693K)) { if (!(nMo3createOutlinePq9zytI instanceof M)) { boolean z9 = z8; if (!(nMo3createOutlinePq9zytI instanceof C2694L)) { throw new v(); } final AbstractC2711q abstractC2711q2 = c2974e.f24714e; final long j4 = z9 ? 0L : jFloatToRawIntBits; final long jC = z9 ? dVar.f20378a.c() : jFloatToRawIntBits2; final r0.f iVar = z9 ? r0.h.f23808a : new r0.i(0, 0, fMin, 0.0f, 30); return dVar.b(new J4.c() { // from class: v.C @Override // J4.c public final Object invoke(Object obj2) { I0.J j6 = (I0.J) ((InterfaceC2864c) obj2); j6.b(); InterfaceC2866e.E(j6, abstractC2711q2, j4, jC, 0.0f, iVar, LocationRequest.PRIORITY_LOW_POWER); return C3137A.f25453a; } }); } final AbstractC2711q abstractC2711q3 = c2974e.f24714e; M m6 = (M) nMo3createOutlinePq9zytI; boolean zF = AbstractC2467b.f(m6.f22857a); C2633d c2633d = m6.f22857a; if (zF) { final r0.i iVar2 = new r0.i(0, 0, fMin, 0.0f, 30); final long j6 = c2633d.f21795e; final boolean z10 = z8; return dVar.b(new J4.c() { // from class: v.D @Override // J4.c public final Object invoke(Object obj2) throws Throwable { o4.f fVar2; long j7; I0.J j8 = (I0.J) ((InterfaceC2864c) obj2); j8.b(); boolean z11 = z10; AbstractC2711q abstractC2711q4 = abstractC2711q3; long j9 = j6; if (z11) { InterfaceC2866e.f(j8, abstractC2711q4, 0L, 0L, j9, null, 246); } else { float fIntBitsToFloat = Float.intBitsToFloat((int) (j9 >> 32)); float f11 = f9; if (fIntBitsToFloat < f11) { C2863b c2863b2 = j8.f2210a; float fIntBitsToFloat2 = Float.intBitsToFloat((int) (c2863b2.c() >> 32)); float f12 = fMin; float f13 = fIntBitsToFloat2 - f12; float fIntBitsToFloat3 = Float.intBitsToFloat((int) (c2863b2.c() & 4294967295L)) - f12; o4.f fVar3 = c2863b2.f23803b; long jF2 = fVar3.f(); fVar3.c().f(); try { ((o4.f) ((l2.c) fVar3.f21850c).f20267b).c().o(f12, f12, f13, fIntBitsToFloat3, 0); fVar2 = fVar3; j7 = jF2; try { InterfaceC2866e.f(j8, abstractC2711q4, 0L, 0L, j9, null, 246); AbstractC2761L.o(fVar2, j7); } catch (Throwable th) { th = th; AbstractC2761L.o(fVar2, j7); throw th; } } catch (Throwable th2) { th = th2; fVar2 = fVar3; j7 = jF2; } } else { InterfaceC2866e.f(j8, abstractC2711q4, jFloatToRawIntBits, jFloatToRawIntBits2, AbstractC3058z.z(f11, j9), iVar2, 208); } } return C3137A.f25453a; } }); } boolean z11 = z8; if (c2974e.f24712c == null) { c2974e.f24712c = new C2968B(); } C2968B c2968b = c2974e.f24712c; o.e(c2968b); C2702h c2702h = c2968b.f24681d; C2702h c2702h2 = c2702h; if (c2702h == null) { C2702h c2702hA = AbstractC2704j.a(); c2968b.f24681d = c2702hA; c2702h2 = c2702hA; } c2702h2.h(); Q.b(c2702h2, c2633d); if (!z11) { Q qA = AbstractC2704j.a(); Q.b(qA, new C2633d(fMin, fMin, c2633d.b() - fMin, c2633d.a() - fMin, AbstractC3058z.z(fMin, c2633d.f21795e), AbstractC3058z.z(fMin, c2633d.f21796f), AbstractC3058z.z(fMin, c2633d.f21797g), AbstractC3058z.z(fMin, c2633d.f21798h))); c2702h2.g(c2702h2, qA, 0); } return dVar.b(new C1217r(24, c2702h2, abstractC2711q3)); } AbstractC2711q abstractC2711q4 = c2974e.f24714e; C2693K c2693k = (C2693K) nMo3createOutlinePq9zytI; if (z8) { return dVar.b(new C1217r(25, c2693k, abstractC2711q4)); } if (abstractC2711q4 instanceof Z) { c2706l = new C2706l(C2714u.c(1.0f, ((Z) abstractC2711q4).f22898a), 5); i6 = 1; } else { i6 = 0; c2706l = null; } C2632c c2632cE = c2693k.f22855a.e(); if (c2974e.f24712c == null) { c2974e.f24712c = new C2968B(); } C2968B c2968b2 = c2974e.f24712c; o.e(c2968b2); C2702h c2702h3 = c2968b2.f24681d; C2702h c2702h4 = c2702h3; if (c2702h3 == null) { C2702h c2702hA2 = AbstractC2704j.a(); c2968b2.f24681d = c2702hA2; c2702h4 = c2702hA2; } c2702h4.h(); Q.a(c2702h4, c2632cE); c2702h4.g(c2702h4, c2693k.f22855a, 0); C c6 = new C(); float f11 = c2632cE.f21789c; float f12 = c2632cE.f21787a; int iCeil = (int) Math.ceil(f11 - f12); float f13 = c2632cE.f21790d; float f14 = c2632cE.f21788b; long jCeil = (((long) ((int) Math.ceil(f13 - f14))) & 4294967295L) | (((long) iCeil) << 32); C2968B c2968b3 = c2974e.f24712c; o.e(c2968b3); C2700f c2700fG = c2968b3.f24678a; C2696b c2696bA = c2968b3.f24679b; if (c2700fG != null) { abstractC2711q = abstractC2711q4; c2689g = new C2689G(c2700fG.a()); } else { abstractC2711q = abstractC2711q4; c2689g = null; } if (c2689g != null && c2689g.f22849a == 0) { z6 = true; } else { C2689G c2689g2 = c2700fG != null ? new C2689G(c2700fG.a()) : null; if (c2689g2 == null || i6 != c2689g2.f22849a) { z6 = false; } } try { try { if (c2700fG != null && c2696bA != null) { c2706l2 = c2706l; float fIntBitsToFloat = Float.intBitsToFloat((int) (dVar.f20378a.c() >> 32)); Bitmap bitmap = c2700fG.f22917a; if (fIntBitsToFloat > bitmap.getWidth() || Float.intBitsToFloat((int) (dVar.f20378a.c() & 4294967295L)) > bitmap.getHeight() || !z6) { } c2863b = c2968b3.f24680c; if (c2863b == null) { c2863b = new C2863b(); c2968b3.f24680c = c2863b; } C2706l c2706l3 = c2706l2; long jK = W0.e.K(jCeil); h1.m layoutDirection = dVar.f20378a.getLayoutDirection(); C2862a c2862a = c2863b.f23802a; C2863b c2863b2 = c2863b; h1.c cVar = c2862a.f23798a; h1.m mVar = c2862a.f23799b; InterfaceC2712s interfaceC2712s = c2862a.f23800c; C2702h c2702h5 = c2702h4; long j7 = c2862a.f23801d; c2862a.f23798a = dVar; c2862a.f23799b = layoutDirection; c2862a.f23800c = c2696bA; c2862a.f23801d = jK; c2696bA.f(); InterfaceC2866e.C(c2863b2, C2714u.f22935b, 0L, jK, 0.0f, 58); f6 = -f12; f7 = -f14; fVar = c2863b2.f23803b; ((l2.c) fVar.f21850c).j(f6, f7); InterfaceC2866e.y(c2863b2, c2693k.f22855a, abstractC2711q, 0.0f, new r0.i(0, 0, f10, 0.0f, 30), 52); float f15 = 1; float fIntBitsToFloat2 = (Float.intBitsToFloat((int) (c2863b2.c() >> 32)) + f15) / Float.intBitsToFloat((int) (c2863b2.c() >> 32)); C2696b c2696b = c2696bA; float fIntBitsToFloat3 = (Float.intBitsToFloat((int) (c2863b2.c() & 4294967295L)) + f15) / Float.intBitsToFloat((int) (c2863b2.c() & 4294967295L)); long jI0 = c2863b2.i0(); jF = fVar.f(); fVar.c().f(); ((l2.c) fVar.f21850c).i(fIntBitsToFloat2, fIntBitsToFloat3, jI0); InterfaceC2866e.y(c2863b2, c2702h5, abstractC2711q, 0.0f, null, 28); ((l2.c) fVar.f21850c).j(-f6, -f7); c2696b.r(); c2862a.f23798a = cVar; c2862a.f23799b = mVar; c2862a.f23800c = interfaceC2712s; c2862a.f23801d = j7; c2700fG.f22917a.prepareToDraw(); c6.f20115a = c2700fG; return dVar.b(new C0603n(c2632cE, c6, jCeil, c2706l3)); } c2706l2 = c2706l; ((l2.c) fVar.f21850c).i(fIntBitsToFloat2, fIntBitsToFloat3, jI0); InterfaceC2866e.y(c2863b2, c2702h5, abstractC2711q, 0.0f, null, 28); ((l2.c) fVar.f21850c).j(-f6, -f7); c2696b.r(); c2862a.f23798a = cVar; c2862a.f23799b = mVar; c2862a.f23800c = interfaceC2712s; c2862a.f23801d = j7; c2700fG.f22917a.prepareToDraw(); c6.f20115a = c2700fG; return dVar.b(new C0603n(c2632cE, c6, jCeil, c2706l3)); } finally { fVar.c().r(); fVar.o(jF); } InterfaceC2866e.y(c2863b2, c2693k.f22855a, abstractC2711q, 0.0f, new r0.i(0, 0, f10, 0.0f, 30), 52); float f152 = 1; float fIntBitsToFloat22 = (Float.intBitsToFloat((int) (c2863b2.c() >> 32)) + f152) / Float.intBitsToFloat((int) (c2863b2.c() >> 32)); C2696b c2696b2 = c2696bA; float fIntBitsToFloat32 = (Float.intBitsToFloat((int) (c2863b2.c() & 4294967295L)) + f152) / Float.intBitsToFloat((int) (c2863b2.c() & 4294967295L)); long jI02 = c2863b2.i0(); jF = fVar.f(); fVar.c().f(); } catch (Throwable th) { ((l2.c) fVar.f21850c).j(-f6, -f7); throw th; } c2700fG = AbstractC2686D.g((int) (jCeil >> 32), (int) (jCeil & 4294967295L), i6); c2968b3.f24678a = c2700fG; c2696bA = AbstractC2686D.a(c2700fG); c2968b3.f24679b = c2696bA; c2863b = c2968b3.f24680c; if (c2863b == null) { } C2706l c2706l32 = c2706l2; long jK2 = W0.e.K(jCeil); h1.m layoutDirection2 = dVar.f20378a.getLayoutDirection(); C2862a c2862a2 = c2863b.f23802a; C2863b c2863b22 = c2863b; h1.c cVar2 = c2862a2.f23798a; h1.m mVar2 = c2862a2.f23799b; InterfaceC2712s interfaceC2712s2 = c2862a2.f23800c; C2702h c2702h52 = c2702h4; long j72 = c2862a2.f23801d; c2862a2.f23798a = dVar; c2862a2.f23799b = layoutDirection2; c2862a2.f23800c = c2696bA; c2862a2.f23801d = jK2; c2696bA.f(); InterfaceC2866e.C(c2863b22, C2714u.f22935b, 0L, jK2, 0.0f, 58); f6 = -f12; f7 = -f14; fVar = c2863b22.f23803b; ((l2.c) fVar.f21850c).j(f6, f7); break; case 14: I0 i02 = (I0) obj; kotlin.jvm.internal.y yVar = (kotlin.jvm.internal.y) this.f11139b; if (!yVar.f20130a) { o.f(i02, "null cannot be cast to non-null type androidx.compose.foundation.gestures.ScrollableContainerNode"); z7 = ((x.H0) i02).f25592a; } yVar.f20130a = z7; return Boolean.valueOf(!z7); case 15: float fFloatValue = ((Float) obj).floatValue(); C3000R0 c3000r0 = (C3000R0) this.f11139b; float intValue = c3000r0.f24767a.getIntValue() + fFloatValue + c3000r0.f24772f; float fU = L4.a.u(intValue, 0.0f, c3000r0.f24771e.getIntValue()); boolean z12 = intValue == fU; MutableIntState mutableIntState = c3000r0.f24767a; float intValue2 = fU - mutableIntState.getIntValue(); int iRound = Math.round(intValue2); mutableIntState.setIntValue(mutableIntState.getIntValue() + iRound); c3000r0.f24772f = intValue2 - iRound; if (!z12) { fFloatValue = intValue2; } return Float.valueOf(fFloatValue); case 16: ((C0474q0) this.f11139b).invoke(); return C3137A.f25453a; case 17: C3167h1 c3167h1 = (C3167h1) this.f11139b; return new C2631b(c3167h1.c(c3167h1.f25819k, ((C2631b) obj).f21785a, c3167h1.f25818j)); case 18: return obj == ((AbstractC3235a) this.f11139b) ? "(this Collection)" : String.valueOf(obj); default: Map.Entry it3 = (Map.Entry) obj; o.h(it3, "it"); AbstractC3241g abstractC3241g = (AbstractC3241g) this.f11139b; StringBuilder sb3 = new StringBuilder(); Object key = it3.getKey(); sb3.append(key == abstractC3241g ? "(this Map)" : String.valueOf(key)); sb3.append('='); Object value = it3.getValue(); sb3.append(value != abstractC3241g ? String.valueOf(value) : "(this Map)"); return sb3.toString(); } } }