org.jruby.truffle.language.objects.AllocateObjectNodeGen Maven / Gradle / Ivy

Go to download
Show more of this group Show more artifacts with this name
Show all versions of jruby-truffle Show documentation
The newest version!
// CheckStyle: start generated
package org.jruby.truffle.language.objects;

import com.oracle.truffle.api.Assumption;
import com.oracle.truffle.api.CompilerDirectives.CompilationFinal;
import com.oracle.truffle.api.dsl.GeneratedBy;
import com.oracle.truffle.api.dsl.internal.SpecializationNode;
import com.oracle.truffle.api.dsl.internal.SpecializedNode;
import com.oracle.truffle.api.dsl.internal.SuppressFBWarnings;
import com.oracle.truffle.api.frame.Frame;
import com.oracle.truffle.api.frame.VirtualFrame;
import com.oracle.truffle.api.nodes.InvalidAssumptionException;
import com.oracle.truffle.api.nodes.Node;
import com.oracle.truffle.api.nodes.NodeCost;
import com.oracle.truffle.api.object.DynamicObject;
import com.oracle.truffle.api.object.DynamicObjectFactory;
import org.jruby.truffle.language.RubyNode;

@GeneratedBy(AllocateObjectNode.class)
@SuppressFBWarnings("SA_LOCAL_SELF_COMPARISON")
public final class AllocateObjectNodeGen extends AllocateObjectNode implements SpecializedNode {

    @Child private RubyNode classToAllocate_;
    @Child private RubyNode values_;
    @CompilationFinal private boolean excludeAllocateCached_;
    @Child private BaseNode_ specialization_;

    private AllocateObjectNodeGen(RubyNode classToAllocate, RubyNode values) {
        this.classToAllocate_ = classToAllocate;
        this.values_ = values;
        this.specialization_ = UninitializedNode_.create(this);
    }

    private AllocateObjectNodeGen(boolean useCallerFrameForTracing, RubyNode classToAllocate, RubyNode values) {
        super(useCallerFrameForTracing);
        this.classToAllocate_ = classToAllocate;
        this.values_ = values;
        this.specialization_ = UninitializedNode_.create(this);
    }

    @Override
    public NodeCost getCost() {
        return specialization_.getNodeCost();
    }

    @Override
    protected DynamicObject executeAllocate(DynamicObject classToAllocateValue, Object[] valuesValue) {
        return specialization_.executeDynamicObject1(classToAllocateValue, valuesValue);
    }

    @Override
    public Object execute(VirtualFrame frameValue) {
        return specialization_.execute(frameValue);
    }

    @Override
    public void executeVoid(VirtualFrame frameValue) {
        specialization_.executeVoid(frameValue);
        return;
    }

    @Override
    public SpecializationNode getSpecializationNode() {
        return specialization_;
    }

    @Override
    public Node deepCopy() {
        return SpecializationNode.updateRoot(super.deepCopy());
    }

    public static AllocateObjectNode create(RubyNode classToAllocate, RubyNode values) {
        return new AllocateObjectNodeGen(classToAllocate, values);
    }

    public static AllocateObjectNode create(boolean useCallerFrameForTracing, RubyNode classToAllocate, RubyNode values) {
        return new AllocateObjectNodeGen(useCallerFrameForTracing, classToAllocate, values);
    }

    @GeneratedBy(AllocateObjectNode.class)
    private abstract static class BaseNode_ extends SpecializationNode {

        @CompilationFinal protected AllocateObjectNodeGen root;

        BaseNode_(AllocateObjectNodeGen root, int index) {
            super(index);
            this.root = root;
        }

        @Override
        protected final void setRoot(Node root) {
            this.root = (AllocateObjectNodeGen) root;
        }

        @Override
        protected final Node[] getSuppliedChildren() {
            return new Node[] {root.classToAllocate_, root.values_};
        }

        @Override
        public final Object acceptAndExecute(Frame frameValue, Object classToAllocateValue, Object valuesValue) {
            return this.executeDynamicObject_(classToAllocateValue, valuesValue);
        }

        public abstract DynamicObject executeDynamicObject_(Object classToAllocateValue, Object valuesValue);

        public DynamicObject executeDynamicObject1(DynamicObject classToAllocateValue, Object[] valuesValue) {
            return executeDynamicObject_(classToAllocateValue, valuesValue);
        }

        public Object execute(VirtualFrame frameValue) {
            Object classToAllocateValue_ = root.classToAllocate_.execute(frameValue);
            Object valuesValue_ = root.values_.execute(frameValue);
            return executeDynamicObject_(classToAllocateValue_, valuesValue_);
        }

        public void executeVoid(VirtualFrame frameValue) {
            execute(frameValue);
            return;
        }

        @Override
        protected final SpecializationNode createNext(Frame frameValue, Object classToAllocateValue, Object valuesValue) {
            if (classToAllocateValue instanceof DynamicObject && valuesValue instanceof Object[]) {
                DynamicObject classToAllocateValue_ = (DynamicObject) classToAllocateValue;
                DynamicObject cachedClassToAllocate1 = (classToAllocateValue_);
                boolean cachedIsSingleton1 = (root.isSingleton(classToAllocateValue_));
                if ((cachedClassToAllocate1 == classToAllocateValue_) && (!(cachedIsSingleton1)) && (!(root.isTracing()))) {
                    if (!root.excludeAllocateCached_) {
                        DynamicObjectFactory factory1 = (root.getInstanceFactory(classToAllocateValue_));
                        Assumption assumption0_1 = (root.getTracingAssumption());
                        if (isValid(assumption0_1)) {
                            SpecializationNode s = AllocateCachedNode_.create(root, cachedClassToAllocate1, cachedIsSingleton1, factory1, assumption0_1);
                            if (countSame(s) < (root.getCacheLimit())) {
                                return s;
                            }
                        }
                    }
                }
                if ((!(root.isSingleton(classToAllocateValue_))) && (!(root.isTracing()))) {
                    Assumption assumption0_2 = (root.getTracingAssumption());
                    if (isValid(assumption0_2)) {
                        root.excludeAllocateCached_ = true;
                        return AllocateUncachedNode_.create(root, assumption0_2);
                    }
                }
                if ((!(root.isSingleton(classToAllocateValue_))) && (root.isTracing())) {
                    Assumption assumption0_3 = (root.getTracingAssumption());
                    if (isValid(assumption0_3)) {
                        return AllocateTracingNode_.create(root, assumption0_3);
                    }
                }
                if ((root.isSingleton(classToAllocateValue_))) {
                    return AllocateSingletonNode_.create(root);
                }
            }
            return null;
        }

        @Override
        protected final SpecializationNode createPolymorphic() {
            return PolymorphicNode_.create(root);
        }

        protected final BaseNode_ getNext() {
            return (BaseNode_) this.next;
        }

    }
    @GeneratedBy(AllocateObjectNode.class)
    private static final class UninitializedNode_ extends BaseNode_ {

        UninitializedNode_(AllocateObjectNodeGen root) {
            super(root, 2147483647);
        }

        @Override
        public DynamicObject executeDynamicObject_(Object classToAllocateValue, Object valuesValue) {
            return (DynamicObject) uninitialized(null, classToAllocateValue, valuesValue);
        }

        static BaseNode_ create(AllocateObjectNodeGen root) {
            return new UninitializedNode_(root);
        }

    }
    @GeneratedBy(AllocateObjectNode.class)
    private static final class PolymorphicNode_ extends BaseNode_ {

        PolymorphicNode_(AllocateObjectNodeGen root) {
            super(root, 0);
        }

        @Override
        public SpecializationNode merge(SpecializationNode newNode, Frame frameValue, Object classToAllocateValue, Object valuesValue) {
            return polymorphicMerge(newNode, super.merge(newNode, frameValue, classToAllocateValue, valuesValue));
        }

        @Override
        public DynamicObject executeDynamicObject_(Object classToAllocateValue, Object valuesValue) {
            return getNext().executeDynamicObject_(classToAllocateValue, valuesValue);
        }

        static BaseNode_ create(AllocateObjectNodeGen root) {
            return new PolymorphicNode_(root);
        }

    }
    @GeneratedBy(methodName = "allocateCached(DynamicObject, Object[], DynamicObject, boolean, DynamicObjectFactory)", value = AllocateObjectNode.class)
    private static final class AllocateCachedNode_ extends BaseNode_ {

        private final DynamicObject cachedClassToAllocate;
        private final boolean cachedIsSingleton;
        private final DynamicObjectFactory factory;
        @CompilationFinal private final Assumption assumption0_;

        AllocateCachedNode_(AllocateObjectNodeGen root, DynamicObject cachedClassToAllocate, boolean cachedIsSingleton, DynamicObjectFactory factory, Assumption assumption0_) {
            super(root, 1);
            this.cachedClassToAllocate = cachedClassToAllocate;
            this.cachedIsSingleton = cachedIsSingleton;
            this.factory = factory;
            this.assumption0_ = assumption0_;
        }

        @Override
        public SpecializationNode merge(SpecializationNode newNode, Frame frameValue, Object classToAllocateValue, Object valuesValue) {
            if (newNode.getClass() == AllocateUncachedNode_.class) {
                removeSame("Contained by allocateUncached(DynamicObject, Object[])");
            }
            return super.merge(newNode, frameValue, classToAllocateValue, valuesValue);
        }

        @Override
        public boolean isIdentical(SpecializationNode other, Frame frameValue, Object classToAllocateValue, Object valuesValue) {
            if (classToAllocateValue instanceof DynamicObject && valuesValue instanceof Object[]) {
                DynamicObject classToAllocateValue_ = (DynamicObject) classToAllocateValue;
                if ((this.cachedClassToAllocate == classToAllocateValue_)) {
                    assert (!(this.cachedIsSingleton));
                    assert (!(root.isTracing()));
                    return true;
                }
            }
            return false;
        }

        @Override
        public DynamicObject executeDynamicObject1(DynamicObject classToAllocateValue, Object[] valuesValue) {
            try {
                check(this.assumption0_);
            } catch (InvalidAssumptionException ae) {
                return (DynamicObject) removeThis("Assumption [assumption0] invalidated", null, classToAllocateValue, valuesValue);
            }
            if ((this.cachedClassToAllocate == classToAllocateValue)) {
                assert (!(this.cachedIsSingleton));
                assert (!(root.isTracing()));
                return root.allocateCached(classToAllocateValue, valuesValue, this.cachedClassToAllocate, this.cachedIsSingleton, this.factory);
            }
            return getNext().executeDynamicObject1(classToAllocateValue, valuesValue);
        }

        @Override
        public DynamicObject executeDynamicObject_(Object classToAllocateValue, Object valuesValue) {
            try {
                check(this.assumption0_);
            } catch (InvalidAssumptionException ae) {
                return (DynamicObject) removeThis("Assumption [assumption0] invalidated", null, classToAllocateValue, valuesValue);
            }
            if (classToAllocateValue instanceof DynamicObject && valuesValue instanceof Object[]) {
                DynamicObject classToAllocateValue_ = (DynamicObject) classToAllocateValue;
                Object[] valuesValue_ = (Object[]) valuesValue;
                if ((this.cachedClassToAllocate == classToAllocateValue_)) {
                    assert (!(this.cachedIsSingleton));
                    assert (!(root.isTracing()));
                    return root.allocateCached(classToAllocateValue_, valuesValue_, this.cachedClassToAllocate, this.cachedIsSingleton, this.factory);
                }
            }
            return getNext().executeDynamicObject_(classToAllocateValue, valuesValue);
        }

        static BaseNode_ create(AllocateObjectNodeGen root, DynamicObject cachedClassToAllocate, boolean cachedIsSingleton, DynamicObjectFactory factory, Assumption assumption0_) {
            return new AllocateCachedNode_(root, cachedClassToAllocate, cachedIsSingleton, factory, assumption0_);
        }

    }
    @GeneratedBy(methodName = "allocateUncached(DynamicObject, Object[])", value = AllocateObjectNode.class)
    private static final class AllocateUncachedNode_ extends BaseNode_ {

        @CompilationFinal private final Assumption assumption0_;

        AllocateUncachedNode_(AllocateObjectNodeGen root, Assumption assumption0_) {
            super(root, 2);
            this.assumption0_ = assumption0_;
        }

        @Override
        public DynamicObject executeDynamicObject1(DynamicObject classToAllocateValue, Object[] valuesValue) {
            try {
                check(this.assumption0_);
            } catch (InvalidAssumptionException ae) {
                return (DynamicObject) removeThis("Assumption [assumption0] invalidated", null, classToAllocateValue, valuesValue);
            }
            if ((!(root.isSingleton(classToAllocateValue)))) {
                assert (!(root.isTracing()));
                return root.allocateUncached(classToAllocateValue, valuesValue);
            }
            return getNext().executeDynamicObject1(classToAllocateValue, valuesValue);
        }

        @Override
        public DynamicObject executeDynamicObject_(Object classToAllocateValue, Object valuesValue) {
            try {
                check(this.assumption0_);
            } catch (InvalidAssumptionException ae) {
                return (DynamicObject) removeThis("Assumption [assumption0] invalidated", null, classToAllocateValue, valuesValue);
            }
            if (classToAllocateValue instanceof DynamicObject && valuesValue instanceof Object[]) {
                DynamicObject classToAllocateValue_ = (DynamicObject) classToAllocateValue;
                Object[] valuesValue_ = (Object[]) valuesValue;
                if ((!(root.isSingleton(classToAllocateValue_)))) {
                    assert (!(root.isTracing()));
                    return root.allocateUncached(classToAllocateValue_, valuesValue_);
                }
            }
            return getNext().executeDynamicObject_(classToAllocateValue, valuesValue);
        }

        static BaseNode_ create(AllocateObjectNodeGen root, Assumption assumption0_) {
            return new AllocateUncachedNode_(root, assumption0_);
        }

    }
    @GeneratedBy(methodName = "allocateTracing(DynamicObject, Object[])", value = AllocateObjectNode.class)
    private static final class AllocateTracingNode_ extends BaseNode_ {

        @CompilationFinal private final Assumption assumption0_;

        AllocateTracingNode_(AllocateObjectNodeGen root, Assumption assumption0_) {
            super(root, 3);
            this.assumption0_ = assumption0_;
        }

        @Override
        public DynamicObject executeDynamicObject1(DynamicObject classToAllocateValue, Object[] valuesValue) {
            try {
                check(this.assumption0_);
            } catch (InvalidAssumptionException ae) {
                return (DynamicObject) removeThis("Assumption [assumption0] invalidated", null, classToAllocateValue, valuesValue);
            }
            if ((!(root.isSingleton(classToAllocateValue)))) {
                assert (root.isTracing());
                return root.allocateTracing(classToAllocateValue, valuesValue);
            }
            return getNext().executeDynamicObject1(classToAllocateValue, valuesValue);
        }

        @Override
        public DynamicObject executeDynamicObject_(Object classToAllocateValue, Object valuesValue) {
            try {
                check(this.assumption0_);
            } catch (InvalidAssumptionException ae) {
                return (DynamicObject) removeThis("Assumption [assumption0] invalidated", null, classToAllocateValue, valuesValue);
            }
            if (classToAllocateValue instanceof DynamicObject && valuesValue instanceof Object[]) {
                DynamicObject classToAllocateValue_ = (DynamicObject) classToAllocateValue;
                Object[] valuesValue_ = (Object[]) valuesValue;
                if ((!(root.isSingleton(classToAllocateValue_)))) {
                    assert (root.isTracing());
                    return root.allocateTracing(classToAllocateValue_, valuesValue_);
                }
            }
            return getNext().executeDynamicObject_(classToAllocateValue, valuesValue);
        }

        static BaseNode_ create(AllocateObjectNodeGen root, Assumption assumption0_) {
            return new AllocateTracingNode_(root, assumption0_);
        }

    }
    @GeneratedBy(methodName = "allocateSingleton(DynamicObject, Object[])", value = AllocateObjectNode.class)
    private static final class AllocateSingletonNode_ extends BaseNode_ {

        AllocateSingletonNode_(AllocateObjectNodeGen root) {
            super(root, 4);
        }

        @Override
        public DynamicObject executeDynamicObject1(DynamicObject classToAllocateValue, Object[] valuesValue) {
            if ((root.isSingleton(classToAllocateValue))) {
                return root.allocateSingleton(classToAllocateValue, valuesValue);
            }
            return getNext().executeDynamicObject1(classToAllocateValue, valuesValue);
        }

        @Override
        public DynamicObject executeDynamicObject_(Object classToAllocateValue, Object valuesValue) {
            if (classToAllocateValue instanceof DynamicObject && valuesValue instanceof Object[]) {
                DynamicObject classToAllocateValue_ = (DynamicObject) classToAllocateValue;
                Object[] valuesValue_ = (Object[]) valuesValue;
                if ((root.isSingleton(classToAllocateValue_))) {
                    return root.allocateSingleton(classToAllocateValue_, valuesValue_);
                }
            }
            return getNext().executeDynamicObject_(classToAllocateValue, valuesValue);
        }

        static BaseNode_ create(AllocateObjectNodeGen root) {
            return new AllocateSingletonNode_(root);
        }

    }
}