package com.revenuecat.purchases.paywalls.components; import W.b; import com.revenuecat.purchases.paywalls.components.StackComponent; import com.revenuecat.purchases.paywalls.components.common.Background; import com.revenuecat.purchases.paywalls.components.common.BackgroundDeserializer; import com.revenuecat.purchases.paywalls.components.properties.Badge; import com.revenuecat.purchases.paywalls.components.properties.Badge$$serializer; import com.revenuecat.purchases.paywalls.components.properties.Border; import com.revenuecat.purchases.paywalls.components.properties.Border$$serializer; import com.revenuecat.purchases.paywalls.components.properties.ColorScheme; import com.revenuecat.purchases.paywalls.components.properties.ColorScheme$$serializer; import com.revenuecat.purchases.paywalls.components.properties.Dimension; import com.revenuecat.purchases.paywalls.components.properties.Padding; import com.revenuecat.purchases.paywalls.components.properties.Padding$$serializer; import com.revenuecat.purchases.paywalls.components.properties.Shadow; import com.revenuecat.purchases.paywalls.components.properties.Shadow$$serializer; import com.revenuecat.purchases.paywalls.components.properties.Shape; import com.revenuecat.purchases.paywalls.components.properties.ShapeDeserializer; import com.revenuecat.purchases.paywalls.components.properties.Size; import com.revenuecat.purchases.paywalls.components.properties.Size$$serializer; import g5.a; import i5.g; import j5.c; import j5.d; import java.util.List; import k5.A; import k5.C2419g; import k5.C2437z; import k5.P; import k5.S; import k5.a0; import kotlin.jvm.internal.o; import w4.InterfaceC3141c; /* JADX INFO: loaded from: classes3.dex */ @InterfaceC3141c public final class StackComponent$$serializer implements A { public static final StackComponent$$serializer INSTANCE; private static final /* synthetic */ S descriptor; static { StackComponent$$serializer stackComponent$$serializer = new StackComponent$$serializer(); INSTANCE = stackComponent$$serializer; S s6 = new S("stack", stackComponent$$serializer, 15); s6.k("components", false); s6.k("visible", true); s6.k("dimension", true); s6.k("size", true); s6.k("spacing", true); s6.k("background_color", true); s6.k("background", true); s6.k("padding", true); s6.k("margin", true); s6.k("shape", true); s6.k("border", true); s6.k("shadow", true); s6.k("badge", true); s6.k("overflow", true); s6.k("overrides", true); descriptor = s6; } private StackComponent$$serializer() { } @Override // k5.A public a[] childSerializers() { a[] aVarArr = StackComponent.$childSerializers; a aVar = aVarArr[0]; a aVarH0 = b.h0(C2419g.f20053a); a aVar2 = aVarArr[2]; a aVarH02 = b.h0(C2437z.f20111a); a aVarH03 = b.h0(ColorScheme$$serializer.INSTANCE); a aVarH04 = b.h0(BackgroundDeserializer.INSTANCE); a aVarH05 = b.h0(ShapeDeserializer.INSTANCE); a aVarH06 = b.h0(Border$$serializer.INSTANCE); a aVarH07 = b.h0(Shadow$$serializer.INSTANCE); a aVarH08 = b.h0(Badge$$serializer.INSTANCE); a aVarH09 = b.h0(StackOverflowDeserializer.INSTANCE); a aVar3 = aVarArr[14]; Padding$$serializer padding$$serializer = Padding$$serializer.INSTANCE; return new a[]{aVar, aVarH0, aVar2, Size$$serializer.INSTANCE, aVarH02, aVarH03, aVarH04, padding$$serializer, padding$$serializer, aVarH05, aVarH06, aVarH07, aVarH08, aVarH09, aVar3}; } @Override // g5.a public StackComponent deserialize(c decoder) { Size size; StackComponent.Overflow overflow; List list; Size size2; List list2; Border border; int i6; o.h(decoder, "decoder"); g descriptor2 = getDescriptor(); j5.a aVarB = decoder.b(descriptor2); a[] aVarArr = StackComponent.$childSerializers; Padding padding = null; StackComponent.Overflow overflow2 = null; Badge badge = null; Shadow shadow = null; Shape shape = null; Border border2 = null; List list3 = null; Dimension dimension = null; Size size3 = null; Float f6 = null; ColorScheme colorScheme = null; Background background = null; Padding padding2 = null; List list4 = null; Boolean bool = null; int i7 = 0; boolean z6 = true; while (z6) { Dimension dimension2 = dimension; int iK = aVarB.k(descriptor2); switch (iK) { case -1: overflow = overflow2; list = list3; size2 = size3; list2 = list4; border = border2; i6 = i7; dimension = dimension2; z6 = false; overflow2 = overflow; size3 = size2; i7 = i6; border2 = border; list4 = list2; list3 = list; break; case 0: size2 = size3; List list5 = list4; border = border2; overflow = overflow2; list = list3; list2 = (List) aVarB.p(descriptor2, 0, aVarArr[0], list5); i6 = i7 | 1; dimension = dimension2; overflow2 = overflow; size3 = size2; i7 = i6; border2 = border; list4 = list2; list3 = list; break; case 1: List list6 = list4; bool = (Boolean) aVarB.r(descriptor2, 1, C2419g.f20053a, bool); i7 |= 2; dimension = dimension2; border2 = border2; overflow2 = overflow2; size3 = size3; list4 = list6; break; case 2: size = size3; dimension = (Dimension) aVarB.p(descriptor2, 2, aVarArr[2], dimension2); i7 |= 4; overflow2 = overflow2; size3 = size; break; case 3: size3 = (Size) aVarB.p(descriptor2, 3, Size$$serializer.INSTANCE, size3); i7 |= 8; dimension = dimension2; overflow2 = overflow2; break; case 4: size = size3; f6 = (Float) aVarB.r(descriptor2, 4, C2437z.f20111a, f6); i7 |= 16; dimension = dimension2; size3 = size; break; case 5: size = size3; colorScheme = (ColorScheme) aVarB.r(descriptor2, 5, ColorScheme$$serializer.INSTANCE, colorScheme); i7 |= 32; dimension = dimension2; size3 = size; break; case 6: size = size3; background = (Background) aVarB.r(descriptor2, 6, BackgroundDeserializer.INSTANCE, background); i7 |= 64; dimension = dimension2; size3 = size; break; case 7: size = size3; padding2 = (Padding) aVarB.p(descriptor2, 7, Padding$$serializer.INSTANCE, padding2); i7 |= 128; dimension = dimension2; size3 = size; break; case 8: size = size3; padding = (Padding) aVarB.p(descriptor2, 8, Padding$$serializer.INSTANCE, padding); i7 |= 256; dimension = dimension2; size3 = size; break; case 9: size = size3; shape = (Shape) aVarB.r(descriptor2, 9, ShapeDeserializer.INSTANCE, shape); i7 |= 512; dimension = dimension2; size3 = size; break; case 10: size = size3; border2 = (Border) aVarB.r(descriptor2, 10, Border$$serializer.INSTANCE, border2); i7 |= 1024; dimension = dimension2; size3 = size; break; case 11: size = size3; shadow = (Shadow) aVarB.r(descriptor2, 11, Shadow$$serializer.INSTANCE, shadow); i7 |= 2048; dimension = dimension2; size3 = size; break; case 12: size = size3; badge = (Badge) aVarB.r(descriptor2, 12, Badge$$serializer.INSTANCE, badge); i7 |= 4096; dimension = dimension2; size3 = size; break; case 13: size = size3; overflow2 = (StackComponent.Overflow) aVarB.r(descriptor2, 13, StackOverflowDeserializer.INSTANCE, overflow2); i7 |= 8192; dimension = dimension2; size3 = size; break; case 14: size = size3; list3 = (List) aVarB.p(descriptor2, 14, aVarArr[14], list3); i7 |= 16384; dimension = dimension2; size3 = size; break; default: throw new g5.g(iK); } } List list7 = list3; List list8 = list4; Border border3 = border2; int i8 = i7; Boolean bool2 = bool; aVarB.c(descriptor2); return new StackComponent(i8, list8, bool2, dimension, size3, f6, colorScheme, background, padding2, padding, shape, border3, shadow, badge, overflow2, list7, (a0) null); } @Override // g5.a public g getDescriptor() { return descriptor; } @Override // g5.a public void serialize(d encoder, StackComponent value) { o.h(encoder, "encoder"); o.h(value, "value"); g descriptor2 = getDescriptor(); j5.b bVarB = encoder.b(descriptor2); StackComponent.write$Self$purchases_defaultsBc8Release(value, bVarB, descriptor2); bVarB.c(descriptor2); } @Override // k5.A public a[] typeParametersSerializers() { return P.f20015b; } }