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io.virtdata.api.composers.ComposerForIntFunction Maven / Gradle / Ivy

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package io.virtdata.api.composers;

import io.virtdata.api.FunctionType;
import io.virtdata.api.ValueType;

import java.util.function.*;

public class ComposerForIntFunction implements FunctionComposer> {

    private final IntFunction inner;

    public ComposerForIntFunction(IntFunction inner) {
        this.inner = inner;
    }

    @Override
    @SuppressWarnings("unchecked")
    public FunctionComposer andThen(Object outer) {
        FunctionType functionType = FunctionType.valueOf(outer);
        Object outv = this.inner.apply(1);
        ValueType itype = ValueType.valueOfAssignableClass(outv.getClass());

        switch (functionType) {

            case long_long:
                switch (itype) {
                    case LONG:
                        final IntToLongFunction f11 = (int i) ->
                                ((LongUnaryOperator) outer).applyAsLong((((IntFunction) inner).apply(i)).intValue());
                        return new ComposerForIntToLongFunction(f11);
                    case DOUBLE:
                        final IntToLongFunction f12 = (int i) ->
                                ((LongUnaryOperator) outer).applyAsLong((((IntFunction) inner).apply(i)).intValue());
                        return new ComposerForIntToLongFunction(f12);
                    case INT:
                        final IntToLongFunction f13 = (int i) ->
                                ((LongUnaryOperator) outer).applyAsLong((((IntFunction) inner).apply(i)));
                        return new ComposerForIntToLongFunction(f13);
                    default:
                        final IntToLongFunction f14 = (int i) ->
                                ((LongUnaryOperator) outer).applyAsLong(Double.valueOf((((IntFunction) inner).apply(i)).toString()).longValue());
                        return new ComposerForIntToLongFunction(f14);
                }
            case long_T:
                switch (itype) {
                    case LONG:
                        final IntFunction f21 = (int i) ->
                                ((LongFunction) outer).apply(((IntFunction) inner).apply(i));
                        return new ComposerForIntFunction(f21);
                    case DOUBLE:
                        final IntFunction f22 = (int i) ->
                                ((LongFunction) outer).apply(((IntFunction) inner).apply(i).longValue());
                        return new ComposerForIntFunction(f22);
                    case INT:
                        final IntFunction f23 = (int i) ->
                                ((LongFunction) outer).apply(((IntFunction) inner).apply(i));
                        return new ComposerForIntFunction(f23);
                    default:
                        final IntFunction f24 = (int i) ->
                                ((LongFunction) outer).apply(Double.valueOf(((IntFunction) inner).apply(i).toString()).longValue());
                        return new ComposerForIntFunction(f24);
                }
            case long_int:
                switch (itype) {
                    case LONG:
                        final IntUnaryOperator f31 = (int i) ->
                                ((LongToIntFunction) outer).applyAsInt(((IntFunction) inner).apply(i));
                        return new ComposerForIntUnaryOperator(f31);
                    case DOUBLE:
                        final IntUnaryOperator f32 = (int i) ->
                                ((LongToIntFunction) outer).applyAsInt(((IntFunction) inner).apply(i).longValue());
                        return new ComposerForIntUnaryOperator(f32);
                    case INT:
                        final IntUnaryOperator f33 = (int i) ->
                                ((LongToIntFunction) outer).applyAsInt(((IntFunction) inner).apply(i));
                        return new ComposerForIntUnaryOperator(f33);
                    default:
                        final IntUnaryOperator f34 = (int i) ->
                                ((LongToIntFunction) outer).applyAsInt(Double.valueOf(((IntFunction) inner).apply(i).toString()).longValue());
                        return new ComposerForIntUnaryOperator(f34);
                }
            case long_double:
                switch (itype) {
                    case LONG:
                        final IntToDoubleFunction f41 = (int i) ->
                                ((LongToDoubleFunction) outer).applyAsDouble(((IntFunction) inner).apply(i));
                        return new ComposerForIntToDoubleFunction(f41);
                    case DOUBLE:
                        final IntToDoubleFunction f42 = (int i) ->
                                ((LongToDoubleFunction) outer).applyAsDouble(((IntFunction) inner).apply(i).longValue());
                        return new ComposerForIntToDoubleFunction(f42);
                    case INT:
                        final IntToDoubleFunction f43 = (int i) ->
                                ((LongToDoubleFunction) outer).applyAsDouble(((IntFunction) inner).apply(i));
                        return new ComposerForIntToDoubleFunction(f43);
                    default:
                        final IntToDoubleFunction f44 = (int i) ->
                                ((LongToDoubleFunction) outer).applyAsDouble(Double.valueOf(((IntFunction) inner).apply(i).toString()).longValue());
                        return new ComposerForIntToDoubleFunction(f44);
                }
            case int_int:
                switch (itype) {
                    case LONG:
                        final IntUnaryOperator f23 = (int i) ->
                                ((IntUnaryOperator) outer).applyAsInt(((IntFunction) inner).apply(i).intValue());
                        return new ComposerForIntUnaryOperator(f23);
                    case DOUBLE:
                        final IntUnaryOperator f21 = (int i) ->
                                ((IntUnaryOperator) outer).applyAsInt(((IntFunction) inner).apply(i).intValue());
                        return new ComposerForIntUnaryOperator(f21);
                    case INT:
                        final IntUnaryOperator f22 = (int i) ->
                                ((IntUnaryOperator) outer).applyAsInt(((IntFunction) inner).apply(i));
                        return new ComposerForIntUnaryOperator(f22);
                    default:
                        final IntUnaryOperator f24 = (int i) ->
                                ((IntUnaryOperator) outer).applyAsInt(Double.valueOf(((IntFunction) inner).apply(i).toString()).intValue());
                        return new ComposerForIntUnaryOperator(f24);
                }
            case R_T:
                switch (itype) {
                    case LONG:
                        final IntFunction f61 = (int i) ->
                                ((Function) outer).apply(((IntFunction) inner).apply(i));
                        return new ComposerForIntFunction(f61);
                    case INT:
                        final IntFunction f62 = (int i) ->
                                ((IntFunction) outer).apply(((IntFunction) inner).apply(i));
                        return new ComposerForIntFunction(f62);
                    case DOUBLE:
                        final IntFunction f63 = (int i) ->
                                ((Function) outer).apply(((IntFunction) inner).apply(i));
                        return new ComposerForIntFunction(f63);
                    default:
                        final IntFunction f64 = (int i) ->
                                ((Function) outer).apply(((IntFunction) inner).apply(i));
                        return new ComposerForIntFunction(f64);
                }
            case int_long:
                switch (itype)  {
                    case LONG:
                        final IntToLongFunction f71 = (int i) ->
                                ((IntToLongFunction) outer).applyAsLong(((IntFunction) inner).apply(i).intValue());
                        return new ComposerForIntToLongFunction(f71);
                    case INT:
                        final IntToLongFunction f72 = (int i) ->
                                ((IntToLongFunction) outer).applyAsLong(((IntFunction) inner).apply(i));
                        return new ComposerForIntToLongFunction(f72);
                    case DOUBLE:
                        final IntToLongFunction f73 = (int i) ->
                                ((IntToLongFunction) outer).applyAsLong(((IntFunction) inner).apply(i).intValue());
                        return new ComposerForIntToLongFunction(f73);
                    default:
                        final IntToLongFunction f74 = (int i) ->
                                ((IntToLongFunction) outer).applyAsLong(Double.valueOf(((IntFunction) inner).apply(i).toString()).intValue());
                        return new ComposerForIntToLongFunction(f74);
                }
            case int_double:
                switch (itype) {
                    case LONG:
                        final IntToDoubleFunction f81 =
                                (int i) -> ((IntToDoubleFunction) outer).applyAsDouble(((IntFunction) inner).apply(i).intValue());
                        return new ComposerForIntToDoubleFunction(f81);
                    case INT:
                        final IntToDoubleFunction f82 =
                                (int i) -> ((IntToDoubleFunction) outer).applyAsDouble(((IntFunction) inner).apply(i));
                        return new ComposerForIntToDoubleFunction(f82);
                    case DOUBLE:
                        final IntToDoubleFunction f83 =
                                (int i) -> ((IntToDoubleFunction) outer).applyAsDouble(((IntFunction) inner).apply(i).intValue());
                        return new ComposerForIntToDoubleFunction(f83);
                    default:
                        final IntToDoubleFunction f84 =
                                (int i) -> ((IntToDoubleFunction) outer).applyAsDouble(Double.valueOf(((IntFunction) inner).apply(i).toString()).intValue());
                        return new ComposerForIntToDoubleFunction(f84);
                }
            case int_T:
                switch (itype) {
                    case LONG:
                        final IntFunction f91 =
                                (int i) -> ((IntFunction) outer).apply(((IntFunction) inner).apply(i).intValue());
                        return new ComposerForIntFunction(f91);
                    case INT:
                        final IntFunction f92 =
                                (int i) -> ((IntFunction) outer).apply(((IntFunction) inner).apply(i));
                        return new ComposerForIntFunction(f92);
                    case DOUBLE:
                        final IntFunction f93 =
                                (int i) -> ((IntFunction) outer).apply(((IntFunction) inner).apply(i).intValue());
                        return new ComposerForIntFunction(f93);
                    default:
                        final IntFunction f94 =
                                (int i) -> ((IntFunction) outer).apply(Double.valueOf(((IntFunction) inner).apply(i).toString()).intValue());
                        return new ComposerForIntFunction(f94);
                }
            case double_double:
                switch (itype) {
                    case LONG:
                        final IntToDoubleFunction f101 =
                                (int i) -> ((DoubleUnaryOperator) outer).applyAsDouble(((IntFunction) inner).apply(i));
                        return new ComposerForIntToDoubleFunction(f101);
                    case DOUBLE:
                        final IntToDoubleFunction f102 =
                                (int i) -> ((DoubleUnaryOperator) outer).applyAsDouble(((IntFunction) inner).apply(i));
                        return new ComposerForIntToDoubleFunction(f102);
                    case INT:
                        final IntToDoubleFunction f103 =
                                (int i) -> ((DoubleUnaryOperator) outer).applyAsDouble(((IntFunction) inner).apply(i));
                        return new ComposerForIntToDoubleFunction(f103);
                    default:
                        final IntToDoubleFunction f104 =
                                (int i) -> ((DoubleUnaryOperator) outer).applyAsDouble(Double.valueOf(((IntFunction) inner).apply(i).toString()));
                        return new ComposerForIntToDoubleFunction(f104);
                }
            case double_long:
                switch (itype) {
                    case LONG:
                        final IntToLongFunction f111 =
                                (int i) -> ((DoubleToLongFunction) outer).applyAsLong(((IntFunction) inner).apply(i));
                        return new ComposerForIntToLongFunction(f111);
                    case DOUBLE:
                        final IntToLongFunction f112 =
                                (int i) -> ((DoubleToLongFunction) outer).applyAsLong(((IntFunction) inner).apply(i));
                        return new ComposerForIntToLongFunction(f112);
                    case INT:
                        final IntToLongFunction f113 =
                                (int i) -> ((DoubleToLongFunction) outer).applyAsLong(((IntFunction) inner).apply(i));
                        return new ComposerForIntToLongFunction(f113);
                    default:
                        final IntToLongFunction f114 =
                                (int i) -> ((DoubleToLongFunction) outer).applyAsLong(Double.valueOf(((IntFunction) inner).apply(i).toString()));
                        return new ComposerForIntToLongFunction(f114);
                }
            case double_int:
                switch (itype) {
                    case LONG:
                        final IntUnaryOperator f121 =
                                (int i) -> ((DoubleToIntFunction) outer).applyAsInt(((IntFunction) inner).apply(i));
                        return new ComposerForIntUnaryOperator(f121);
                    case DOUBLE:
                        final IntUnaryOperator f122 =
                                (int i) -> ((DoubleToIntFunction) outer).applyAsInt(((IntFunction) inner).apply(i));
                        return new ComposerForIntUnaryOperator(f122);
                    case INT:
                        final IntUnaryOperator f123 =
                                (int i) -> ((DoubleToIntFunction) outer).applyAsInt(((IntFunction) inner).apply(i));
                        return new ComposerForIntUnaryOperator(f123);
                    default:
                        final IntUnaryOperator f124 =
                                (int i) -> ((DoubleToIntFunction) outer).applyAsInt(Double.valueOf(((IntFunction) inner).apply(i).toString()));
                        return new ComposerForIntUnaryOperator(f124);
                }

            case double_T:
                switch (itype) {
                    case LONG:
                        final IntFunction f131 =
                                (int i) -> ((DoubleFunction) outer).apply(((IntFunction) inner).apply(i));
                        return new ComposerForIntFunction(f131);
                    case DOUBLE:
                        final IntFunction f132 =
                                (int i) -> ((DoubleFunction) outer).apply(((IntFunction) inner).apply(i));
                        return new ComposerForIntFunction(f132);
                    case INT:
                        final IntFunction f133 =
                                (int i) -> ((DoubleFunction) outer).apply(((IntFunction) inner).apply(i));
                        return new ComposerForIntFunction(f133);
                    default:
                        final IntFunction f134 =
                                (int i) -> ((DoubleFunction) outer).apply(Double.valueOf(((IntFunction) inner).apply(i).toString()));
                        return new ComposerForIntFunction(f134);
                }
            default:
                throw new RuntimeException(functionType + " is not recognized");

        }
    }

    @Override
    public Object getFunctionObject() {
        return inner;
    }

}
    

    

    
            
    
            







    
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