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Glavo/Functions.java

Created May 12, 2017 22:13
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Functions.java
package tech.glacial.function;
import tech.glacial.ToolClass;
/**
* Created by glavo on 16-12-25.
* Some helper function for Function.
*
* @author Glavo
* @since 1.0.0
*/
public class Functions extends ToolClass {
public static <T1, T2, R>
Function1<T1, Function1<T2, R>> curry(
final Function2<
? super T1,
? super T2, ? extends R> f) {
return new Function1<T1,
Function1<T2, R>>() {
public Function1<T2, R> invoke(final T1 t1) {
return new Function1<T2, R>() {
public R invoke(T2 t2) {
return f.invoke(t1, t2);
}
};
}
};
}
public static <T1, T2, T3, R>
Function1<T1,
Function1<T2,
Function1<T3, R>>> curry(
final Function3<
? super T1,
? super T2,
? super T3, ? extends R> f) {
return new Function1<T1,
Function1<T2,
Function1<T3, R>>>() {
public Function1<T2,
Function1<T3, R>> invoke(final T1 t1) {
return new Function1<T2,
Function1<T3, R>>() {
public Function1<T3, R> invoke(final T2 t2) {
return new Function1<T3, R>() {
public R invoke(T3 t3) {
return f.invoke(t1, t2, t3);
}
};
}
};
}
};
}
public static <T1, T2, T3, T4, R>
Function1<T1,
Function1<T2,
Function1<T3,
Function1<T4, R>>>> curry(
final Function4<
? super T1,
? super T2,
? super T3,
? super T4,
? extends R> f) {
return new Function1<T1,
Function1<T2,
Function1<T3,
Function1<T4, R>>>>() {
public Function1<T2,
Function1<T3,
Function1<T4, R>>> invoke(final T1 t1) {
return new Function1<T2,
Function1<T3,
Function1<T4, R>>>() {
public Function1<T3,
Function1<T4, R>> invoke(final T2 t2) {
return new Function1<T3,
Function1<T4, R>>() {
public Function1<T4, R> invoke(final T3 t3) {
return new Function1<T4, R>() {
public R invoke(T4 t4) {
return f.invoke(t1, t2, t3, t4);
}
};
}
};
}
};
}
};
}
public static <T1, T2, T3, T4, T5, R>
Function1<T1,
Function1<T2,
Function1<T3,
Function1<T4,
Function1<T5, R>>>>> curry(
final Function5<? super T1,
? super T2,
? super T3, ? super T4, ? super T5,
? extends R> f) {
return new Function1<T1, Function1<T2, Function1<T3, Function1<T4,
Function1<T5, R>>>>>() {
public Function1<T2, Function1<T3, Function1<T4,
Function1<T5, R>>>> invoke(final T1 t1) {
return new Function1<T2, Function1<T3, Function1<T4,
Function1<T5, R>>>>() {
public Function1<T3, Function1<T4,
Function1<T5, R>>> invoke(final T2 t2) {
return new Function1<T3, Function1<T4,
Function1<T5, R>>>() {
public Function1<T4, Function1<T5, R>> invoke(final T3 t3) {
return new Function1<T4,
Function1<T5, R>>() {
public Function1<T5, R> invoke(final T4 t4) {
return new Function1<T5, R>() {
public R invoke(T5 t5) {
return f.invoke(t1, t2, t3, t4, t5);
}
};
}
};
}
};
}
};
}
};
}
public static <T1, T2, T3, T4, T5, T6, R>
Function1<T1,
Function1<T2,
Function1<T3,
Function1<T4,
Function1<T5,
Function1<T6, R>>>>>> curry(
final Function6<
? super T1,
? super T2,
? super T3,
? super T4,
? super T5,
? super T6,
? extends R> f) {
return new Function1<T1,
Function1<T2,
Function1<T3,
Function1<T4,
Function1<T5,
Function1<T6, R>>>>>>() {
public Function1<T2,
Function1<T3,
Function1<T4,
Function1<T5,
Function1<T6, R>>>>> invoke(final T1 t1) {
return new Function1<T2,
Function1<T3,
Function1<T4,
Function1<T5,
Function1<T6, R>>>>>() {
public Function1<T3,
Function1<T4,
Function1<T5,
Function1<T6, R>>>> invoke(final T2 t2) {
return new Function1<T3,
Function1<T4,
Function1<T5,
Function1<T6, R>>>>() {
public Function1<T4,
Function1<T5,
Function1<T6, R>>> invoke(final T3 t3) {
return new Function1<T4,
Function1<T5,
Function1<T6, R>>>() {
public Function1<T5,
Function1<T6, R>> invoke(final T4 t4) {
return new Function1<T5,
Function1<T6, R>>() {
public Function1<T6, R> invoke(final T5 t5) {
return new Function1<T6, R>() {
public R invoke(final T6 t6) {
return f.invoke(t1, t2, t3, t4, t5, t6);
}
};
}
};
}
};
}
};
}
};
}
};
}
public static <T1, T2, T3, T4, T5, T6, T7, R>
Function1<T1,
Function1<T2,
Function1<T3,
Function1<T4,
Function1<T5,
Function1<T6, Function1<T7, R>>>>>>> curry(
final Function7<
? super T1,
? super T2,
? super T3,
? super T4,
? super T5,
? super T6,
? super T7,
? extends R> f) {
return new Function1<T1,
Function1<T2,
Function1<T3,
Function1<T4,
Function1<T5,
Function1<T6,
Function1<T7, R>>>>>>>() {
public Function1<T2,
Function1<T3,
Function1<T4,
Function1<T5,
Function1<T6,
Function1<T7, R>>>>>> invoke(final T1 t1) {
return new Function1<T2,
Function1<T3,
Function1<T4,
Function1<T5,
Function1<T6,
Function1<T7, R>>>>>>() {
public Function1<T3,
Function1<T4,
Function1<T5,
Function1<T6,
Function1<T7, R>>>>> invoke(final T2 t2) {
return new Function1<T3,
Function1<T4,
Function1<T5,
Function1<T6,
Function1<T7, R>>>>>() {
public Function1<T4,
Function1<T5,
Function1<T6,
Function1<T7, R>>>> invoke(final T3 t3) {
return new Function1<T4,
Function1<T5,
Function1<T6,
Function1<T7, R>>>>() {
public Function1<T5,
Function1<T6,
Function1<T7, R>>> invoke(final T4 t4) {
return new Function1<T5,
Function1<T6,
Function1<T7, R>>>() {
public Function1<T6,
Function1<T7, R>> invoke(final T5 t5) {
return new Function1<T6, Function1<T7, R>>() {
public Function1<T7, R> invoke(final T6 t6) {
return new Function1<T7, R>() {
public R invoke(T7 t7) {
return f.invoke(t1, t2, t3, t4, t5, t6, t7);
}
};
}
};
}
};
}
};
}
};
}
};
}
};
}
public static <T1, T2, T3, T4, T5, T6, T7, T8, R>
Function1<T1,
Function1<T2,
Function1<T3,
Function1<T4,
Function1<T5,
Function1<T6,
Function1<T7, Function1<T8, R>>>>>>>> curry(
final Function8<
? super T1,
? super T2,
? super T3,
? super T4,
? super T5,
? super T6,
? super T7,
? super T8,
? extends R> f) {
return new Function1<T1,
Function1<T2,
Function1<T3,
Function1<T4,
Function1<T5,
Function1<T6,
Function1<T7,
Function1<T8, R>>>>>>>>() {
public Function1<T2,
Function1<T3,
Function1<T4,
Function1<T5,
Function1<T6,
Function1<T7,
Function1<T8, R>>>>>>> invoke(final T1 t1) {
return new Function1<T2,
Function1<T3,
Function1<T4,
Function1<T5,
Function1<T6,
Function1<T7,
Function1<T8, R>>>>>>>() {
public Function1<T3,
Function1<T4,
Function1<T5,
Function1<T6,
Function1<T7,
Function1<T8, R>>>>>> invoke(final T2 t2) {
return new Function1<T3,
Function1<T4,
Function1<T5,
Function1<T6,
Function1<T7,
Function1<T8, R>>>>>>() {
public Function1<T4,
Function1<T5,
Function1<T6,
Function1<T7,
Function1<T8, R>>>>> invoke(final T3 t3) {
return new Function1<T4,
Function1<T5,
Function1<T6,
Function1<T7,
Function1<T8, R>>>>>() {
public Function1<T5,
Function1<T6,
Function1<T7,
Function1<T8, R>>>> invoke(final T4 t4) {
return new Function1<T5,
Function1<T6,
Function1<T7,
Function1<T8, R>>>>() {
public Function1<T6,
Function1<T7,
Function1<T8, R>>> invoke(final T5 t5) {
return new Function1<T6,
Function1<T7,
Function1<T8, R>>>() {
public Function1<T7,
Function1<T8, R>> invoke(final T6 t6) {
return new Function1<T7,
Function1<T8, R>>() {
public Function1<T8, R> invoke(final T7 t7) {
return new Function1<T8, R>() {
public R invoke(T8 t8) {
return f.invoke(t1, t2, t3, t4, t5, t6, t7, t8);
}
};
}
};
}
};
}
};
}
};
}
};
}
};
}
};
}
public static <T1, T2, T3, T4, T5, T6, T7, T8, T9, R>
Function1<T1,
Function1<T2,
Function1<T3,
Function1<T4,
Function1<T5,
Function1<T6,
Function1<T7, Function1<T8,
Function1<T9, R>>>>>>>>> curry(
final Function9<
? super T1,
? super T2,
? super T3,
? super T4,
? super T5,
? super T6,
? super T7,
? super T8,
? super T9,
? extends R> f) {
return new Function1<T1,
Function1<T2,
Function1<T3,
Function1<T4,
Function1<T5,
Function1<T6,
Function1<T7,
Function1<T8,
Function1<T9, R>>>>>>>>>() {
public Function1<T2,
Function1<T3,
Function1<T4,
Function1<T5,
Function1<T6,
Function1<T7,
Function1<T8,
Function1<T9, R>>>>>>>> invoke(final T1 t1) {
return new Function1<T2,
Function1<T3,
Function1<T4,
Function1<T5,
Function1<T6,
Function1<T7,
Function1<T8,
Function1<T9, R>>>>>>>>() {
public Function1<T3,
Function1<T4,
Function1<T5,
Function1<T6,
Function1<T7,
Function1<T8,
Function1<T9, R>>>>>>> invoke(final T2 t2) {
return new Function1<T3,
Function1<T4,
Function1<T5,
Function1<T6,
Function1<T7,
Function1<T8,
Function1<T9, R>>>>>>>() {
public Function1<T4,
Function1<T5,
Function1<T6,
Function1<T7,
Function1<T8,
Function1<T9, R>>>>>> invoke(final T3 t3) {
return new Function1<T4,
Function1<T5,
Function1<T6,
Function1<T7,
Function1<T8,
Function1<T9, R>>>>>>() {
public Function1<T5,
Function1<T6,
Function1<T7,
Function1<T8,
Function1<T9, R>>>>> invoke(final T4 t4) {
return new Function1<T5,
Function1<T6,
Function1<T7,
Function1<T8,
Function1<T9, R>>>>>() {
public Function1<T6,
Function1<T7,
Function1<T8,
Function1<T9, R>>>> invoke(final T5 t5) {
return new Function1<T6,
Function1<T7,
Function1<T8,
Function1<T9, R>>>>() {
public Function1<T7,
Function1<T8,
Function1<T9, R>>> invoke(final T6 t6) {
return new Function1<T7,
Function1<T8,
Function1<T9, R>>>() {
public Function1<T8,
Function1<T9, R>> invoke(final T7 t7) {
return new Function1<T8,
Function1<T9, R>>() {
public Function1<T9, R> invoke(final T8 t8) {
return new Function1<T9, R>() {
public R invoke(T9 t9) {
return f.invoke(t1, t2, t3, t4, t5, t6, t7, t8, t9);
}
};
}
};
}
};
}
};
}
};
}
};
}
};
}
};
}
};
}
}
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