public DAGNode<Component, Dependency> processNode(@Nonnull DAGNode<Component, Dependency> node, @Nonnull DAGNode<Component, Dependency> original) { Component label = node.getLabel(); if (!label.getSatisfaction().hasInstance()) { Satisfaction instanceSat = Satisfactions.nullOfType(label.getSatisfaction().getErasedType()); Component newLbl = Component.create(instanceSat, label.getCachePolicy()); // build new node with replacement label DAGNodeBuilder<Component,Dependency> bld = DAGNode.newBuilder(newLbl); // retain all non-transient edges for (DAGEdge<Component,Dependency> edge: node.getOutgoingEdges()) { if (!GraphtUtils.edgeIsTransient(edge)) { bld.addEdge(edge.getTail(), edge.getLabel()); } } DAGNode<Component,Dependency> repl = bld.build(); logger.debug("simulating instantiation of {}", node); return repl; } else { return node; } } }
return bld.build();
public DAGNode<Component, Dependency> processNode(@Nonnull DAGNode<Component, Dependency> node, @Nonnull DAGNode<Component, Dependency> original) { Component label = node.getLabel(); Satisfaction satisfaction = label.getSatisfaction(); if (satisfaction.hasInstance()) { return node; } Object obj = instantiator.apply(node); Satisfaction instanceSat; if (obj == null) { instanceSat = Satisfactions.nullOfType(satisfaction.getErasedType()); } else { instanceSat = Satisfactions.instance(obj); } Component newLabel = Component.create(instanceSat, label.getCachePolicy()); // build new node with replacement label DAGNodeBuilder<Component,Dependency> bld = DAGNode.newBuilder(newLabel); // retain all non-transient edges for (DAGEdge<Component, Dependency> edge: node.getOutgoingEdges()) { if (!GraphtUtils.edgeIsTransient(edge)) { bld.addEdge(edge.getTail(), edge.getLabel()); } } return bld.build(); } }
bld.addEdge(newTail, edge.getLabel()); DAGNode<V,E> repl = bld.build(); memory.put(this, repl); return repl;
newNode = bld.build(); } else {
public DAGNode<Component, Dependency> processNode(@Nonnull DAGNode<Component, Dependency> node, @Nonnull DAGNode<Component, Dependency> original) { Component label = node.getLabel(); Satisfaction satisfaction = label.getSatisfaction(); if (satisfaction.hasInstance()) { return node; } Object obj = instantiator.apply(node); Satisfaction instanceSat; if (obj == null) { instanceSat = Satisfactions.nullOfType(satisfaction.getErasedType()); } else { instanceSat = Satisfactions.instance(obj); } Component newLabel = Component.create(instanceSat, label.getCachePolicy()); // build new node with replacement label DAGNodeBuilder<Component,Dependency> bld = DAGNode.newBuilder(newLabel); // retain all non-transient edges for (DAGEdge<Component, Dependency> edge: node.getOutgoingEdges()) { if (!GraphtUtils.edgeIsTransient(edge)) { bld.addEdge(edge.getTail(), edge.getLabel()); } } return bld.build(); } }
public DAGNode<Component, Dependency> processNode(@Nonnull DAGNode<Component, Dependency> node, @Nonnull DAGNode<Component, Dependency> original) { Component label = node.getLabel(); if (!label.getSatisfaction().hasInstance()) { Satisfaction instanceSat = Satisfactions.nullOfType(label.getSatisfaction().getErasedType()); Component newLbl = Component.create(instanceSat, label.getCachePolicy()); // build new node with replacement label DAGNodeBuilder<Component,Dependency> bld = DAGNode.newBuilder(newLbl); // retain all non-transient edges for (DAGEdge<Component,Dependency> edge: node.getOutgoingEdges()) { if (!GraphtUtils.edgeIsTransient(edge)) { bld.addEdge(edge.getTail(), edge.getLabel()); } } DAGNode<Component,Dependency> repl = bld.build(); logger.debug("simulating instantiation of {}", node); return repl; } else { return node; } } }
nodeBuilder.addEdge(resolveFully(d, newContext, deferQueue)); node = nodeBuilder.build();
return builder.build(); } else { return this;
return bld.build();