NetMirror.apk
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package R1;
import android.content.Context;
import kotlin.jvm.internal.DefaultConstructorMarker;
/* JADX INFO: loaded from: classes.dex */
public abstract class b {
public static Integer[] a(Integer[] numArr) {
D2.h.f(numArr, "edgeColors");
return numArr;
}
public static /* synthetic */ Integer[] b(Integer[] numArr, int i3, DefaultConstructorMarker defaultConstructorMarker) {
if ((i3 & 1) != 0) {
numArr = new Integer[n.values().length];
}
return a(numArr);
}
public static final h c(Integer[] numArr, int i3, Context context) {
h hVar;
D2.h.f(context, "context");
int iIntValue = -16777216;
if (i3 == 0) {
Integer num = numArr[n.f2080h.ordinal()];
int iIntValue2 = (num == null && (num = numArr[n.f2076d.ordinal()]) == null && (num = numArr[n.f2082j.ordinal()]) == null && (num = numArr[n.f2075c.ordinal()]) == null) ? -16777216 : num.intValue();
Integer num2 = numArr[n.f2084l.ordinal()];
int iIntValue3 = (num2 == null && (num2 = numArr[n.f2078f.ordinal()]) == null && (num2 = numArr[n.f2086n.ordinal()]) == null && (num2 = numArr[n.f2083k.ordinal()]) == null && (num2 = numArr[n.f2075c.ordinal()]) == null) ? -16777216 : num2.intValue();
Integer num3 = numArr[n.f2081i.ordinal()];
int iIntValue4 = (num3 == null && (num3 = numArr[n.f2077e.ordinal()]) == null && (num3 = numArr[n.f2082j.ordinal()]) == null && (num3 = numArr[n.f2075c.ordinal()]) == null) ? -16777216 : num3.intValue();
Integer num4 = numArr[n.f2085m.ordinal()];
if (num4 == null && (num4 = numArr[n.f2079g.ordinal()]) == null && (num4 = numArr[n.f2086n.ordinal()]) == null && (num4 = numArr[n.f2083k.ordinal()]) == null) {
Integer num5 = numArr[n.f2075c.ordinal()];
if (num5 != null) {
iIntValue = num5.intValue();
}
} else {
iIntValue = num4.intValue();
}
hVar = new h(iIntValue2, iIntValue3, iIntValue4, iIntValue);
} else {
if (i3 != 1) {
throw new IllegalArgumentException("Expected resolved layout direction");
}
if (com.facebook.react.modules.i18nmanager.a.f6977a.a().d(context)) {
Integer num6 = numArr[n.f2081i.ordinal()];
int iIntValue5 = (num6 == null && (num6 = numArr[n.f2077e.ordinal()]) == null && (num6 = numArr[n.f2082j.ordinal()]) == null && (num6 = numArr[n.f2075c.ordinal()]) == null) ? -16777216 : num6.intValue();
Integer num7 = numArr[n.f2084l.ordinal()];
int iIntValue6 = (num7 == null && (num7 = numArr[n.f2078f.ordinal()]) == null && (num7 = numArr[n.f2086n.ordinal()]) == null && (num7 = numArr[n.f2083k.ordinal()]) == null && (num7 = numArr[n.f2075c.ordinal()]) == null) ? -16777216 : num7.intValue();
Integer num8 = numArr[n.f2080h.ordinal()];
int iIntValue7 = (num8 == null && (num8 = numArr[n.f2076d.ordinal()]) == null && (num8 = numArr[n.f2082j.ordinal()]) == null && (num8 = numArr[n.f2075c.ordinal()]) == null) ? -16777216 : num8.intValue();
Integer num9 = numArr[n.f2085m.ordinal()];
if (num9 == null && (num9 = numArr[n.f2079g.ordinal()]) == null && (num9 = numArr[n.f2086n.ordinal()]) == null && (num9 = numArr[n.f2083k.ordinal()]) == null) {
Integer num10 = numArr[n.f2075c.ordinal()];
if (num10 != null) {
iIntValue = num10.intValue();
}
} else {
iIntValue = num9.intValue();
}
hVar = new h(iIntValue5, iIntValue6, iIntValue7, iIntValue);
} else {
Integer num11 = numArr[n.f2081i.ordinal()];
int iIntValue8 = (num11 == null && (num11 = numArr[n.f2076d.ordinal()]) == null && (num11 = numArr[n.f2082j.ordinal()]) == null && (num11 = numArr[n.f2075c.ordinal()]) == null) ? -16777216 : num11.intValue();
Integer num12 = numArr[n.f2084l.ordinal()];
int iIntValue9 = (num12 == null && (num12 = numArr[n.f2078f.ordinal()]) == null && (num12 = numArr[n.f2086n.ordinal()]) == null && (num12 = numArr[n.f2083k.ordinal()]) == null && (num12 = numArr[n.f2075c.ordinal()]) == null) ? -16777216 : num12.intValue();
Integer num13 = numArr[n.f2080h.ordinal()];
int iIntValue10 = (num13 == null && (num13 = numArr[n.f2077e.ordinal()]) == null && (num13 = numArr[n.f2082j.ordinal()]) == null && (num13 = numArr[n.f2075c.ordinal()]) == null) ? -16777216 : num13.intValue();
Integer num14 = numArr[n.f2085m.ordinal()];
if (num14 == null && (num14 = numArr[n.f2079g.ordinal()]) == null && (num14 = numArr[n.f2086n.ordinal()]) == null && (num14 = numArr[n.f2083k.ordinal()]) == null) {
Integer num15 = numArr[n.f2075c.ordinal()];
if (num15 != null) {
iIntValue = num15.intValue();
}
} else {
iIntValue = num14.intValue();
}
hVar = new h(iIntValue8, iIntValue9, iIntValue10, iIntValue);
}
}
return hVar;
}
}
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