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Provides functional interfaces for the most commonly used two-argument functions
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package net.mintern.functions.ternary;
/**
* An operation of type {@code (int, double, int) -> void}.
*
*/
@FunctionalInterface
public interface IntDblIntToNil extends
net.mintern.functions.ternary.checked.IntDblIntToNilE {
/**
* Returns a wrapped version of {@code f} that uses {@code toRuntime} to convert any checked
* {@code Exception} to a {@code RuntimeException}.
*
* @param the {@code Exception} type that the operation may throw
* @param toRuntime if a checked exception is thrown from
* {@link net.mintern.functions.ternary.checked.IntDblIntToNilE#call}, then this function
* is called in in order to convert it to a {@code RuntimeException}
* @param f the operation to wrap
* @return a wrapped version of {@code f} that does not throw checked exceptions
*/
@SuppressWarnings("unchecked")
static IntDblIntToNil unchecked(
java.util.function.Function toRuntime,
net.mintern.functions.ternary.checked.IntDblIntToNilE f) {
return (i1, d, i3) -> {
try {
f.call(i1, d, i3);
} catch (RuntimeException e) {
throw e;
} catch (Exception e) {
throw toRuntime.apply((E) e);
}
};
}
/**
* Returns a wrapped version of {@code f} that wraps any checked {@code Exception} with a
* {@code RuntimeException}.
*
* @param the {@code Exception} type that the operation may throw
* @param f the operation to wrap
* @return a wrapped version of {@code f} that does not throw checked exceptions
*/
static IntDblIntToNil unchecked(
net.mintern.functions.ternary.checked.IntDblIntToNilE f) {
return unchecked(RuntimeException::new, f);
}
/**
* Returns a wrapped version of {@code f} that wraps any {@code IOException} with an
* {@link java.io.UncheckedIOException}.
*
* @param the {@code Exception} type that the operation may throw
* @param f the operation to wrap
* @return a wrapped version of {@code f} that throws {@code UncheckedIOException} instead of
* {@code IOException}
*/
static IntDblIntToNil uncheckedIO(
net.mintern.functions.ternary.checked.IntDblIntToNilE f) {
return unchecked(java.io.UncheckedIOException::new, f);
}
/**
* Binds {@code (i1)} to the beginning of {@code f}, returning a new function
* of type {@code (double, int) -> void}.
*
* @param f the unbound function
* @param i1 argument 1
* @return a new function {@code (double d, int i3) -> void} that calls
* {@code f.call(i1, d, i3)}.
*/
static net.mintern.functions.binary.DblIntToNil
bind(IntDblIntToNil f, int i1) {
return (d, i3) -> f.call(i1, d, i3);
}
/**
* Binds {@code (i1)} to the beginning of {@code this}, returning a new function
* of type {@code (double, int) -> void}.
*
* @param i1 argument 1
* @return a new function {@code (double d, int i3) -> void} that calls
* {@code this.call(i1, d, i3)}.
*/
@Override
default net.mintern.functions.binary.DblIntToNil bind(int i1) {
return IntDblIntToNil.bind(this, i1);
}
/**
* Binds {@code (d, i3)} to the end of {@code f}, returning a new function
* of type {@code (int) -> void}.
*
* @param f the unbound function
* @param d argument 2
* @param i3 argument 3
* @return a new function {@code (int i1) -> void} that calls
* {@code f.call(i1, d, i3)}.
*/
static net.mintern.functions.unary.IntToNil
rbind(IntDblIntToNil f, double d, int i3) {
return (i1) -> f.call(i1, d, i3);
}
/**
* Binds {@code (d, i3)} to the end of {@code this}, returning a new function
* of type {@code (int) -> void}.
*
* @param d argument 2
* @param i3 argument 3
* @return a new function {@code (int i1) -> void} that calls
* {@code this.call(i1, d, i3)}.
*/
@Override
default net.mintern.functions.unary.IntToNil rbind(double d, int i3) {
return IntDblIntToNil.rbind(this, d, i3);
}
/**
* Binds {@code (i1, d)} to the beginning of {@code f}, returning a new function
* of type {@code (int) -> void}.
*
* @param f the unbound function
* @param i1 argument 1
* @param d argument 2
* @return a new function {@code (int i3) -> void} that calls
* {@code f.call(i1, d, i3)}.
*/
static net.mintern.functions.unary.IntToNil
bind(IntDblIntToNil f, int i1, double d) {
return (i3) -> f.call(i1, d, i3);
}
/**
* Binds {@code (i1, d)} to the beginning of {@code this}, returning a new function
* of type {@code (int) -> void}.
*
* @param i1 argument 1
* @param d argument 2
* @return a new function {@code (int i3) -> void} that calls
* {@code this.call(i1, d, i3)}.
*/
@Override
default net.mintern.functions.unary.IntToNil bind(int i1, double d) {
return IntDblIntToNil.bind(this, i1, d);
}
/**
* Binds {@code (i3)} to the end of {@code f}, returning a new function
* of type {@code (int, double) -> void}.
*
* @param f the unbound function
* @param i3 argument 3
* @return a new function {@code (int i1, double d) -> void} that calls
* {@code f.call(i1, d, i3)}.
*/
static net.mintern.functions.binary.IntDblToNil
rbind(IntDblIntToNil f, int i3) {
return (i1, d) -> f.call(i1, d, i3);
}
/**
* Binds {@code (i3)} to the end of {@code this}, returning a new function
* of type {@code (int, double) -> void}.
*
* @param i3 argument 3
* @return a new function {@code (int i1, double d) -> void} that calls
* {@code this.call(i1, d, i3)}.
*/
@Override
default net.mintern.functions.binary.IntDblToNil rbind(int i3) {
return IntDblIntToNil.rbind(this, i3);
}
/**
* Binds {@code (i1, d, i3)} to {@code f}, returning a new function
* of type {@code () -> void}.
*
* @param f the unbound function
* @param i1 argument 1
* @param d argument 2
* @param i3 argument 3
* @return a new function {@code () -> void} that calls
* {@code f.call(i1, d, i3)}.
*/
static net.mintern.functions.nullary.NilToNil
bind(IntDblIntToNil f, int i1, double d, int i3) {
return () -> f.call(i1, d, i3);
}
/**
* Binds {@code (i1, d, i3)} to {@code this}, returning a new function
* of type {@code () -> void}.
*
* @param i1 argument 1
* @param d argument 2
* @param i3 argument 3
* @return a new function {@code () -> void} that calls
* {@code this.call(i1, d, i3)}.
*/
@Override
default net.mintern.functions.nullary.NilToNil bind(int i1, double d, int i3) {
return IntDblIntToNil.bind(this, i1, d, i3);
}
}