package kotlin.ranges; import androidx.exifinterface.media.ExifInterface; import java.util.NoSuchElementException; import kotlin.Deprecated; import kotlin.DeprecatedSinceKotlin; import kotlin.Metadata; import kotlin.jvm.internal.Intrinsics; import kotlin.jvm.internal.LongCompanionObject; import kotlin.random.Random; import kotlin.random.RandomKt; import kotlin.ranges.CharProgression; import kotlin.ranges.IntProgression; import kotlin.ranges.LongProgression; /* JADX INFO: Access modifiers changed from: package-private */ /* compiled from: _Ranges.kt */ @Metadata(d1 = 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= {1, 5, 1}, xi = 1, xs = "kotlin/ranges/RangesKt") /* loaded from: classes.dex */ public class RangesKt___RangesKt extends RangesKt__RangesKt { public static final byte coerceAtLeast(byte b, byte b2) { return b < b2 ? b2 : b; } public static final double coerceAtLeast(double d, double d2) { return d < d2 ? d2 : d; } public static final float coerceAtLeast(float f, float f2) { return f < f2 ? f2 : f; } public static final int coerceAtLeast(int i, int i2) { return i < i2 ? i2 : i; } public static final long coerceAtLeast(long j, long j2) { return j < j2 ? j2 : j; } public static final short coerceAtLeast(short s, short s2) { return s < s2 ? s2 : s; } public static final byte coerceAtMost(byte b, byte b2) { return b > b2 ? b2 : b; } public static final double coerceAtMost(double d, double d2) { return d > d2 ? d2 : d; } public static final float coerceAtMost(float f, float f2) { return f > f2 ? f2 : f; } public static final int coerceAtMost(int i, int i2) { return i > i2 ? i2 : i; } public static final long coerceAtMost(long j, long j2) { return j > j2 ? j2 : j; } public static final short coerceAtMost(short s, short s2) { return s > s2 ? s2 : s; } private static final int random(IntRange intRange) { return RangesKt.random(intRange, Random.INSTANCE); } private static final long random(LongRange longRange) { return RangesKt.random(longRange, Random.INSTANCE); } private static final char random(CharRange charRange) { return RangesKt.random(charRange, Random.INSTANCE); } public static final int random(IntRange random, Random random2) { Intrinsics.checkNotNullParameter(random, "$this$random"); Intrinsics.checkNotNullParameter(random2, "random"); try { return RandomKt.nextInt(random2, random); } catch (IllegalArgumentException e) { throw new NoSuchElementException(e.getMessage()); } } public static final long random(LongRange random, Random random2) { Intrinsics.checkNotNullParameter(random, "$this$random"); Intrinsics.checkNotNullParameter(random2, "random"); try { return RandomKt.nextLong(random2, random); } catch (IllegalArgumentException e) { throw new NoSuchElementException(e.getMessage()); } } public static final char random(CharRange random, Random random2) { Intrinsics.checkNotNullParameter(random, "$this$random"); Intrinsics.checkNotNullParameter(random2, "random"); try { return (char) random2.nextInt(random.getFirst(), random.getLast() + 1); } catch (IllegalArgumentException e) { throw new NoSuchElementException(e.getMessage()); } } private static final Integer randomOrNull(IntRange intRange) { return RangesKt.randomOrNull(intRange, Random.INSTANCE); } private static final Long randomOrNull(LongRange longRange) { return RangesKt.randomOrNull(longRange, Random.INSTANCE); } private static final Character randomOrNull(CharRange charRange) { return RangesKt.randomOrNull(charRange, Random.INSTANCE); } public static final Integer randomOrNull(IntRange randomOrNull, Random random) { Intrinsics.checkNotNullParameter(randomOrNull, "$this$randomOrNull"); Intrinsics.checkNotNullParameter(random, "random"); if (randomOrNull.isEmpty()) { return null; } return Integer.valueOf(RandomKt.nextInt(random, randomOrNull)); } public static final Long randomOrNull(LongRange randomOrNull, Random random) { Intrinsics.checkNotNullParameter(randomOrNull, "$this$randomOrNull"); Intrinsics.checkNotNullParameter(random, "random"); if (randomOrNull.isEmpty()) { return null; } return Long.valueOf(RandomKt.nextLong(random, randomOrNull)); } public static final Character randomOrNull(CharRange randomOrNull, Random random) { Intrinsics.checkNotNullParameter(randomOrNull, "$this$randomOrNull"); Intrinsics.checkNotNullParameter(random, "random"); if (randomOrNull.isEmpty()) { return null; } return Character.valueOf((char) random.nextInt(randomOrNull.getFirst(), randomOrNull.getLast() + 1)); } private static final boolean contains(IntRange contains, Integer num) { Intrinsics.checkNotNullParameter(contains, "$this$contains"); return num != null && contains.contains(num.intValue()); } private static final boolean contains(LongRange contains, Long l) { Intrinsics.checkNotNullParameter(contains, "$this$contains"); return l != null && contains.contains(l.longValue()); } private static final boolean contains(CharRange contains, Character ch) { Intrinsics.checkNotNullParameter(contains, "$this$contains"); return ch != null && contains.contains(ch.charValue()); } public static final boolean intRangeContains(ClosedRange contains, byte b) { Intrinsics.checkNotNullParameter(contains, "$this$contains"); return contains.contains(Integer.valueOf(b)); } public static final boolean longRangeContains(ClosedRange contains, byte b) { Intrinsics.checkNotNullParameter(contains, "$this$contains"); return contains.contains(Long.valueOf(b)); } public static final boolean shortRangeContains(ClosedRange contains, byte b) { Intrinsics.checkNotNullParameter(contains, "$this$contains"); return contains.contains(Short.valueOf(b)); } @Deprecated(message = "This `contains` operation mixing integer and floating point arguments has ambiguous semantics and is going to be removed.") @DeprecatedSinceKotlin(errorSince = "1.4", hiddenSince = "1.5", warningSince = "1.3") public static final /* synthetic */ boolean doubleRangeContains(ClosedRange contains, byte b) { Intrinsics.checkNotNullParameter(contains, "$this$contains"); return contains.contains(Double.valueOf(b)); } @Deprecated(message = "This `contains` operation mixing integer and floating point arguments has ambiguous semantics and is going to be removed.") @DeprecatedSinceKotlin(errorSince = "1.4", hiddenSince = "1.5", warningSince = "1.3") public static final /* synthetic */ boolean floatRangeContains(ClosedRange contains, byte b) { Intrinsics.checkNotNullParameter(contains, "$this$contains"); return contains.contains(Float.valueOf(b)); } @Deprecated(message = "This `contains` operation mixing integer and floating point arguments has ambiguous semantics and is going to be removed.") @DeprecatedSinceKotlin(errorSince = "1.4", hiddenSince = "1.5", warningSince = "1.3") public static final /* synthetic */ boolean intRangeContains(ClosedRange contains, double d) { Intrinsics.checkNotNullParameter(contains, "$this$contains"); Integer intExactOrNull = RangesKt.toIntExactOrNull(d); if (intExactOrNull != null) { return contains.contains(intExactOrNull); } return false; } @Deprecated(message = "This `contains` operation mixing integer and floating point arguments has ambiguous semantics and is going to be removed.") @DeprecatedSinceKotlin(errorSince = "1.4", hiddenSince = "1.5", warningSince = "1.3") public static final /* synthetic */ boolean longRangeContains(ClosedRange contains, double d) { Intrinsics.checkNotNullParameter(contains, "$this$contains"); Long longExactOrNull = RangesKt.toLongExactOrNull(d); if (longExactOrNull != null) { return contains.contains(longExactOrNull); } return false; } @Deprecated(message = "This `contains` operation mixing integer and floating point arguments has ambiguous semantics and is going to be removed.") @DeprecatedSinceKotlin(errorSince = "1.4", hiddenSince = "1.5", warningSince = "1.3") public static final /* synthetic */ boolean byteRangeContains(ClosedRange contains, double d) { Intrinsics.checkNotNullParameter(contains, "$this$contains"); Byte byteExactOrNull = RangesKt.toByteExactOrNull(d); if (byteExactOrNull != null) { return contains.contains(byteExactOrNull); } return false; } @Deprecated(message = "This `contains` operation mixing integer and floating point arguments has ambiguous semantics and is going to be removed.") @DeprecatedSinceKotlin(errorSince = "1.4", hiddenSince = "1.5", warningSince = "1.3") public static final /* synthetic */ boolean shortRangeContains(ClosedRange contains, double d) { Intrinsics.checkNotNullParameter(contains, "$this$contains"); Short shortExactOrNull = RangesKt.toShortExactOrNull(d); if (shortExactOrNull != null) { return contains.contains(shortExactOrNull); } return false; } public static final boolean floatRangeContains(ClosedRange contains, double d) { Intrinsics.checkNotNullParameter(contains, "$this$contains"); return contains.contains(Float.valueOf((float) d)); } @Deprecated(message = "This `contains` operation mixing integer and floating point arguments has ambiguous semantics and is going to be removed.") @DeprecatedSinceKotlin(errorSince = "1.4", hiddenSince = "1.5", warningSince = "1.3") public static final /* synthetic */ boolean intRangeContains(ClosedRange contains, float f) { Intrinsics.checkNotNullParameter(contains, "$this$contains"); Integer intExactOrNull = RangesKt.toIntExactOrNull(f); if (intExactOrNull != null) { return contains.contains(intExactOrNull); } return false; } @Deprecated(message = "This `contains` operation mixing integer and floating point arguments has ambiguous semantics and is going to be removed.") @DeprecatedSinceKotlin(errorSince = "1.4", hiddenSince = "1.5", warningSince = "1.3") public static final /* synthetic */ boolean longRangeContains(ClosedRange contains, float f) { Intrinsics.checkNotNullParameter(contains, "$this$contains"); Long longExactOrNull = RangesKt.toLongExactOrNull(f); if (longExactOrNull != null) { return contains.contains(longExactOrNull); } return false; } @Deprecated(message = "This `contains` operation mixing integer and floating point arguments has ambiguous semantics and is going to be removed.") @DeprecatedSinceKotlin(errorSince = "1.4", hiddenSince = "1.5", warningSince = "1.3") public static final /* synthetic */ boolean byteRangeContains(ClosedRange contains, float f) { Intrinsics.checkNotNullParameter(contains, "$this$contains"); Byte byteExactOrNull = RangesKt.toByteExactOrNull(f); if (byteExactOrNull != null) { return contains.contains(byteExactOrNull); } return false; } @Deprecated(message = "This `contains` operation mixing integer and floating point arguments has ambiguous semantics and is going to be removed.") @DeprecatedSinceKotlin(errorSince = "1.4", hiddenSince = "1.5", warningSince = "1.3") public static final /* synthetic */ boolean shortRangeContains(ClosedRange contains, float f) { Intrinsics.checkNotNullParameter(contains, "$this$contains"); Short shortExactOrNull = RangesKt.toShortExactOrNull(f); if (shortExactOrNull != null) { return contains.contains(shortExactOrNull); } return false; } public static final boolean doubleRangeContains(ClosedRange contains, float f) { Intrinsics.checkNotNullParameter(contains, "$this$contains"); return contains.contains(Double.valueOf(f)); } public static final boolean longRangeContains(ClosedRange contains, int i) { Intrinsics.checkNotNullParameter(contains, "$this$contains"); return contains.contains(Long.valueOf(i)); } public static final boolean byteRangeContains(ClosedRange contains, int i) { Intrinsics.checkNotNullParameter(contains, "$this$contains"); Byte byteExactOrNull = RangesKt.toByteExactOrNull(i); if (byteExactOrNull != null) { return contains.contains(byteExactOrNull); } return false; } public static final boolean shortRangeContains(ClosedRange contains, int i) { Intrinsics.checkNotNullParameter(contains, "$this$contains"); Short shortExactOrNull = RangesKt.toShortExactOrNull(i); if (shortExactOrNull != null) { return contains.contains(shortExactOrNull); } return false; } @Deprecated(message = "This `contains` operation mixing integer and floating point arguments has ambiguous semantics and is going to be removed.") @DeprecatedSinceKotlin(errorSince = "1.4", hiddenSince = "1.5", warningSince = "1.3") public static final /* synthetic */ boolean doubleRangeContains(ClosedRange contains, int i) { Intrinsics.checkNotNullParameter(contains, "$this$contains"); return contains.contains(Double.valueOf(i)); } @Deprecated(message = "This `contains` operation mixing integer and floating point arguments has ambiguous semantics and is going to be removed.") @DeprecatedSinceKotlin(errorSince = "1.4", hiddenSince = "1.5", warningSince = "1.3") public static final /* synthetic */ boolean floatRangeContains(ClosedRange contains, int i) { Intrinsics.checkNotNullParameter(contains, "$this$contains"); return contains.contains(Float.valueOf(i)); } public static final boolean intRangeContains(ClosedRange contains, long j) { Intrinsics.checkNotNullParameter(contains, "$this$contains"); Integer intExactOrNull = RangesKt.toIntExactOrNull(j); if (intExactOrNull != null) { return contains.contains(intExactOrNull); } return false; } public static final boolean byteRangeContains(ClosedRange contains, long j) { Intrinsics.checkNotNullParameter(contains, "$this$contains"); Byte byteExactOrNull = RangesKt.toByteExactOrNull(j); if (byteExactOrNull != null) { return contains.contains(byteExactOrNull); } return false; } public static final boolean shortRangeContains(ClosedRange contains, long j) { Intrinsics.checkNotNullParameter(contains, "$this$contains"); Short shortExactOrNull = RangesKt.toShortExactOrNull(j); if (shortExactOrNull != null) { return contains.contains(shortExactOrNull); } return false; } @Deprecated(message = "This `contains` operation mixing integer and floating point arguments has ambiguous semantics and is going to be removed.") @DeprecatedSinceKotlin(errorSince = "1.4", hiddenSince = "1.5", warningSince = "1.3") public static final /* synthetic */ boolean doubleRangeContains(ClosedRange contains, long j) { Intrinsics.checkNotNullParameter(contains, "$this$contains"); return contains.contains(Double.valueOf(j)); } @Deprecated(message = "This `contains` operation mixing integer and floating point arguments has ambiguous semantics and is going to be removed.") @DeprecatedSinceKotlin(errorSince = "1.4", hiddenSince = "1.5", warningSince = "1.3") public static final /* synthetic */ boolean floatRangeContains(ClosedRange contains, long j) { Intrinsics.checkNotNullParameter(contains, "$this$contains"); return contains.contains(Float.valueOf((float) j)); } public static final boolean intRangeContains(ClosedRange contains, short s) { Intrinsics.checkNotNullParameter(contains, "$this$contains"); return contains.contains(Integer.valueOf(s)); } public static final boolean longRangeContains(ClosedRange contains, short s) { Intrinsics.checkNotNullParameter(contains, "$this$contains"); return contains.contains(Long.valueOf(s)); } public static final boolean byteRangeContains(ClosedRange contains, short s) { Intrinsics.checkNotNullParameter(contains, "$this$contains"); Byte byteExactOrNull = RangesKt.toByteExactOrNull(s); if (byteExactOrNull != null) { return contains.contains(byteExactOrNull); } return false; } @Deprecated(message = "This `contains` operation mixing integer and floating point arguments has ambiguous semantics and is going to be removed.") @DeprecatedSinceKotlin(errorSince = "1.4", hiddenSince = "1.5", warningSince = "1.3") public static final /* synthetic */ boolean doubleRangeContains(ClosedRange contains, short s) { Intrinsics.checkNotNullParameter(contains, "$this$contains"); return contains.contains(Double.valueOf(s)); } @Deprecated(message = "This `contains` operation mixing integer and floating point arguments has ambiguous semantics and is going to be removed.") @DeprecatedSinceKotlin(errorSince = "1.4", hiddenSince = "1.5", warningSince = "1.3") public static final /* synthetic */ boolean floatRangeContains(ClosedRange contains, short s) { Intrinsics.checkNotNullParameter(contains, "$this$contains"); return contains.contains(Float.valueOf(s)); } public static final IntProgression downTo(int i, byte b) { return IntProgression.INSTANCE.fromClosedRange(i, b, -1); } public static final LongProgression downTo(long j, byte b) { return LongProgression.INSTANCE.fromClosedRange(j, b, -1L); } public static final IntProgression downTo(byte b, byte b2) { return IntProgression.INSTANCE.fromClosedRange(b, b2, -1); } public static final IntProgression downTo(short s, byte b) { return IntProgression.INSTANCE.fromClosedRange(s, b, -1); } public static final CharProgression downTo(char c, char c2) { return CharProgression.INSTANCE.fromClosedRange(c, c2, -1); } public static final IntProgression downTo(int i, int i2) { return IntProgression.INSTANCE.fromClosedRange(i, i2, -1); } public static final LongProgression downTo(long j, int i) { return LongProgression.INSTANCE.fromClosedRange(j, i, -1L); } public static final IntProgression downTo(byte b, int i) { return IntProgression.INSTANCE.fromClosedRange(b, i, -1); } public static final IntProgression downTo(short s, int i) { return IntProgression.INSTANCE.fromClosedRange(s, i, -1); } public static final LongProgression downTo(int i, long j) { return LongProgression.INSTANCE.fromClosedRange(i, j, -1L); } public static final LongProgression downTo(long j, long j2) { return LongProgression.INSTANCE.fromClosedRange(j, j2, -1L); } public static final LongProgression downTo(byte b, long j) { return LongProgression.INSTANCE.fromClosedRange(b, j, -1L); } public static final LongProgression downTo(short s, long j) { return LongProgression.INSTANCE.fromClosedRange(s, j, -1L); } public static final IntProgression downTo(int i, short s) { return IntProgression.INSTANCE.fromClosedRange(i, s, -1); } public static final LongProgression downTo(long j, short s) { return LongProgression.INSTANCE.fromClosedRange(j, s, -1L); } public static final IntProgression downTo(byte b, short s) { return IntProgression.INSTANCE.fromClosedRange(b, s, -1); } public static final IntProgression downTo(short s, short s2) { return IntProgression.INSTANCE.fromClosedRange(s, s2, -1); } public static final IntProgression reversed(IntProgression reversed) { Intrinsics.checkNotNullParameter(reversed, "$this$reversed"); return IntProgression.INSTANCE.fromClosedRange(reversed.getLast(), reversed.getFirst(), -reversed.getStep()); } public static final LongProgression reversed(LongProgression reversed) { Intrinsics.checkNotNullParameter(reversed, "$this$reversed"); return LongProgression.INSTANCE.fromClosedRange(reversed.getLast(), reversed.getFirst(), -reversed.getStep()); } public static final CharProgression reversed(CharProgression reversed) { Intrinsics.checkNotNullParameter(reversed, "$this$reversed"); return CharProgression.INSTANCE.fromClosedRange(reversed.getLast(), reversed.getFirst(), -reversed.getStep()); } public static final IntProgression step(IntProgression step, int i) { Intrinsics.checkNotNullParameter(step, "$this$step"); RangesKt.checkStepIsPositive(i > 0, Integer.valueOf(i)); IntProgression.Companion companion = IntProgression.INSTANCE; int first = step.getFirst(); int last = step.getLast(); if (step.getStep() <= 0) { i = -i; } return companion.fromClosedRange(first, last, i); } public static final LongProgression step(LongProgression step, long j) { Intrinsics.checkNotNullParameter(step, "$this$step"); RangesKt.checkStepIsPositive(j > 0, Long.valueOf(j)); LongProgression.Companion companion = LongProgression.INSTANCE; long first = step.getFirst(); long last = step.getLast(); if (step.getStep() <= 0) { j = -j; } return companion.fromClosedRange(first, last, j); } public static final CharProgression step(CharProgression step, int i) { Intrinsics.checkNotNullParameter(step, "$this$step"); RangesKt.checkStepIsPositive(i > 0, Integer.valueOf(i)); CharProgression.Companion companion = CharProgression.INSTANCE; char first = step.getFirst(); char last = step.getLast(); if (step.getStep() <= 0) { i = -i; } return companion.fromClosedRange(first, last, i); } public static final Byte toByteExactOrNull(int i) { if (-128 <= i && 127 >= i) { return Byte.valueOf((byte) i); } return null; } public static final Byte toByteExactOrNull(long j) { long j2 = 127; if (-128 <= j && j2 >= j) { return Byte.valueOf((byte) j); } return null; } public static final Byte toByteExactOrNull(short s) { short s2 = (short) 127; if (((short) (-128)) <= s && s2 >= s) { return Byte.valueOf((byte) s); } return null; } public static final Byte toByteExactOrNull(double d) { double d2 = 127; if (d < -128 || d > d2) { return null; } return Byte.valueOf((byte) d); } public static final Byte toByteExactOrNull(float f) { float f2 = 127; if (f < -128 || f > f2) { return null; } return Byte.valueOf((byte) f); } public static final Integer toIntExactOrNull(long j) { long j2 = Integer.MAX_VALUE; if (Integer.MIN_VALUE <= j && j2 >= j) { return Integer.valueOf((int) j); } return null; } public static final Integer toIntExactOrNull(double d) { double d2 = Integer.MAX_VALUE; if (d < Integer.MIN_VALUE || d > d2) { return null; } return Integer.valueOf((int) d); } public static final Integer toIntExactOrNull(float f) { float f2 = Integer.MAX_VALUE; if (f < Integer.MIN_VALUE || f > f2) { return null; } return Integer.valueOf((int) f); } public static final Long toLongExactOrNull(double d) { double d2 = Long.MIN_VALUE; double d3 = LongCompanionObject.MAX_VALUE; if (d < d2 || d > d3) { return null; } return Long.valueOf((long) d); } public static final Long toLongExactOrNull(float f) { float f2 = (float) Long.MIN_VALUE; float f3 = (float) LongCompanionObject.MAX_VALUE; if (f < f2 || f > f3) { return null; } return Long.valueOf(f); } public static final Short toShortExactOrNull(int i) { if (-32768 <= i && 32767 >= i) { return Short.valueOf((short) i); } return null; } public static final Short toShortExactOrNull(long j) { long j2 = 32767; if (-32768 <= j && j2 >= j) { return Short.valueOf((short) j); } return null; } public static final Short toShortExactOrNull(double d) { double d2 = 32767; if (d < -32768 || d > d2) { return null; } return Short.valueOf((short) d); } public static final Short toShortExactOrNull(float f) { float f2 = 32767; if (f < -32768 || f > f2) { return null; } return Short.valueOf((short) f); } public static final IntRange until(int i, byte b) { return new IntRange(i, b - 1); } public static final LongRange until(long j, byte b) { return new LongRange(j, b - 1); } public static final IntRange until(byte b, byte b2) { return new IntRange(b, b2 - 1); } public static final IntRange until(short s, byte b) { return new IntRange(s, b - 1); } public static final CharRange until(char c, char c2) { return Intrinsics.compare((int) c2, 0) <= 0 ? CharRange.INSTANCE.getEMPTY() : new CharRange(c, (char) (c2 - 1)); } public static final IntRange until(int i, int i2) { if (i2 <= Integer.MIN_VALUE) { return IntRange.INSTANCE.getEMPTY(); } return new IntRange(i, i2 - 1); } public static final LongRange until(long j, int i) { return new LongRange(j, i - 1); } public static final IntRange until(byte b, int i) { if (i <= Integer.MIN_VALUE) { return IntRange.INSTANCE.getEMPTY(); } return new IntRange(b, i - 1); } public static final IntRange until(short s, int i) { if (i <= Integer.MIN_VALUE) { return IntRange.INSTANCE.getEMPTY(); } return new IntRange(s, i - 1); } public static final LongRange until(int i, long j) { if (j <= Long.MIN_VALUE) { return LongRange.INSTANCE.getEMPTY(); } return new LongRange(i, j - 1); } public static final LongRange until(long j, long j2) { if (j2 <= Long.MIN_VALUE) { return LongRange.INSTANCE.getEMPTY(); } return new LongRange(j, j2 - 1); } public static final LongRange until(byte b, long j) { if (j <= Long.MIN_VALUE) { return LongRange.INSTANCE.getEMPTY(); } return new LongRange(b, j - 1); } public static final LongRange until(short s, long j) { if (j <= Long.MIN_VALUE) { return LongRange.INSTANCE.getEMPTY(); } return new LongRange(s, j - 1); } public static final IntRange until(int i, short s) { return new IntRange(i, s - 1); } public static final LongRange until(long j, short s) { return new LongRange(j, s - 1); } public static final IntRange until(byte b, short s) { return new IntRange(b, s - 1); } public static final IntRange until(short s, short s2) { return new IntRange(s, s2 - 1); } public static final > T coerceAtLeast(T coerceAtLeast, T minimumValue) { Intrinsics.checkNotNullParameter(coerceAtLeast, "$this$coerceAtLeast"); Intrinsics.checkNotNullParameter(minimumValue, "minimumValue"); return coerceAtLeast.compareTo(minimumValue) < 0 ? minimumValue : coerceAtLeast; } public static final > T coerceAtMost(T coerceAtMost, T maximumValue) { Intrinsics.checkNotNullParameter(coerceAtMost, "$this$coerceAtMost"); Intrinsics.checkNotNullParameter(maximumValue, "maximumValue"); return coerceAtMost.compareTo(maximumValue) > 0 ? maximumValue : coerceAtMost; } public static final > T coerceIn(T coerceIn, T t, T t2) { Intrinsics.checkNotNullParameter(coerceIn, "$this$coerceIn"); if (t != null && t2 != null) { if (t.compareTo(t2) > 0) { throw new IllegalArgumentException("Cannot coerce value to an empty range: maximum " + t2 + " is less than minimum " + t + '.'); } if (coerceIn.compareTo(t) < 0) { return t; } if (coerceIn.compareTo(t2) > 0) { return t2; } } else { if (t != null && coerceIn.compareTo(t) < 0) { return t; } if (t2 != null && coerceIn.compareTo(t2) > 0) { return t2; } } return coerceIn; } public static final byte coerceIn(byte b, byte b2, byte b3) { if (b2 <= b3) { return b < b2 ? b2 : b > b3 ? b3 : b; } throw new IllegalArgumentException("Cannot coerce value to an empty range: maximum " + ((int) b3) + " is less than minimum " + ((int) b2) + '.'); } public static final short coerceIn(short s, short s2, short s3) { if (s2 <= s3) { return s < s2 ? s2 : s > s3 ? s3 : s; } throw new IllegalArgumentException("Cannot coerce value to an empty range: maximum " + ((int) s3) + " is less than minimum " + ((int) s2) + '.'); } public static final int coerceIn(int i, int i2, int i3) { if (i2 <= i3) { return i < i2 ? i2 : i > i3 ? i3 : i; } throw new IllegalArgumentException("Cannot coerce value to an empty range: maximum " + i3 + " is less than minimum " + i2 + '.'); } public static final long coerceIn(long j, long j2, long j3) { if (j2 <= j3) { return j < j2 ? j2 : j > j3 ? j3 : j; } throw new IllegalArgumentException("Cannot coerce value to an empty range: maximum " + j3 + " is less than minimum " + j2 + '.'); } public static final float coerceIn(float f, float f2, float f3) { if (f2 <= f3) { return f < f2 ? f2 : f > f3 ? f3 : f; } throw new IllegalArgumentException("Cannot coerce value to an empty range: maximum " + f3 + " is less than minimum " + f2 + '.'); } public static final double coerceIn(double d, double d2, double d3) { if (d2 <= d3) { return d < d2 ? d2 : d > d3 ? d3 : d; } throw new IllegalArgumentException("Cannot coerce value to an empty range: maximum " + d3 + " is less than minimum " + d2 + '.'); } public static final > T coerceIn(T coerceIn, ClosedFloatingPointRange range) { Intrinsics.checkNotNullParameter(coerceIn, "$this$coerceIn"); Intrinsics.checkNotNullParameter(range, "range"); if (range.isEmpty()) { throw new IllegalArgumentException("Cannot coerce value to an empty range: " + range + '.'); } return (!range.lessThanOrEquals(coerceIn, range.getStart()) || range.lessThanOrEquals(range.getStart(), coerceIn)) ? (!range.lessThanOrEquals(range.getEndInclusive(), coerceIn) || range.lessThanOrEquals(coerceIn, range.getEndInclusive())) ? coerceIn : range.getEndInclusive() : range.getStart(); } public static final > T coerceIn(T coerceIn, ClosedRange range) { Intrinsics.checkNotNullParameter(coerceIn, "$this$coerceIn"); Intrinsics.checkNotNullParameter(range, "range"); if (range instanceof ClosedFloatingPointRange) { return (T) RangesKt.coerceIn((Comparable) coerceIn, (ClosedFloatingPointRange) range); } if (range.isEmpty()) { throw new IllegalArgumentException("Cannot coerce value to an empty range: " + range + '.'); } return coerceIn.compareTo(range.getStart()) < 0 ? range.getStart() : coerceIn.compareTo(range.getEndInclusive()) > 0 ? range.getEndInclusive() : coerceIn; } public static final int coerceIn(int i, ClosedRange range) { Intrinsics.checkNotNullParameter(range, "range"); if (range instanceof ClosedFloatingPointRange) { return ((Number) RangesKt.coerceIn(Integer.valueOf(i), (ClosedFloatingPointRange) range)).intValue(); } if (range.isEmpty()) { throw new IllegalArgumentException("Cannot coerce value to an empty range: " + range + '.'); } return i < range.getStart().intValue() ? range.getStart().intValue() : i > range.getEndInclusive().intValue() ? range.getEndInclusive().intValue() : i; } public static final long coerceIn(long j, ClosedRange range) { Intrinsics.checkNotNullParameter(range, "range"); if (range instanceof ClosedFloatingPointRange) { return ((Number) RangesKt.coerceIn(Long.valueOf(j), (ClosedFloatingPointRange) range)).longValue(); } if (range.isEmpty()) { throw new IllegalArgumentException("Cannot coerce value to an empty range: " + range + '.'); } return j < range.getStart().longValue() ? range.getStart().longValue() : j > range.getEndInclusive().longValue() ? range.getEndInclusive().longValue() : j; } }