Source:
<code>public void visitMethodReference(MethodReferenceTree methodReferenceTree) { MethodReferenceTreeImpl methodRefTree = (MethodReferenceTreeImpl) methodReferenceTree; if(methodRefTree.isTypeSet()) { resolveAs(methodReferenceTree.expression(), JavaSymbol.VAR | JavaSymbol.TYP); scan(methodReferenceTree.typeArguments()); Resolve.Env methodEnv = semanticModel.getEnv(methodReferenceTree); List<JavaType> samMethodArgs = resolve.findSamMethodArgs(methodReferenceTree.symbolType()); Resolve.Resolution resolution; if("new".equals(methodReferenceTree.method().name())) { resolution = resolve.findMethod(methodEnv, getType(methodReferenceTree.expression()), "<init>", samMethodArgs); associateReference(methodReferenceTree.method(), resolution.symbol()); return; <START> } else { <END> resolveMethodSymbol(methodReferenceTree.method(), methodEnv, samMethodArgs, ImmutableList.<JavaType>of()); } JavaType methodRefType = (JavaType) methodRefTree.symbolType(); if (methodRefTree.symbolType().isUnknown() || methodRefType.isTagged(JavaType.DEFERRED)) { return; } JavaSymbol.MethodJavaSymbol samMethod = getSamMethod(methodRefType); if(samMethod == null) { return; } JavaType samReturnType = (JavaType) samMethod.returnType().type(); JavaType capturedReturnType = resolve.resolveTypeSubstitution(samReturnType, methodRefType); JavaType methodType = (JavaType) methodRefTree.method().symbolType(); if(methodType.isTagged(JavaType.METHOD)) { JavaType refinedReturnType = ((MethodJavaType) methodType).resultType; refineType(methodRefTree, methodRefType, capturedReturnType, refinedReturnType); } } else { registerType(methodRefTree, symbols.deferedType(methodRefTree)); } }</code><technical_language>else is redundant here</technical_language>

Target:
public void visitMethodReference(MethodReferenceTree methodReferenceTree) { MethodReferenceTreeImpl methodRefTree = (MethodReferenceTreeImpl) methodReferenceTree; if(methodRefTree.isTypeSet()) { resolveAs(methodReferenceTree.expression(), JavaSymbol.VAR | JavaSymbol.TYP); scan(methodReferenceTree.typeArguments()); Resolve.Env methodEnv = semanticModel.getEnv(methodReferenceTree); List<JavaType> samMethodArgs = resolve.findSamMethodArgs(methodReferenceTree.symbolType()); Resolve.Resolution resolution; if("new".equals(methodReferenceTree.method().name())) { resolution = resolve.findMethod(methodEnv, getType(methodReferenceTree.expression()), "<init>", samMethodArgs); associateReference(methodReferenceTree.method(), resolution.symbol()); return; } resolveMethodSymbol(methodReferenceTree.method(), methodEnv, samMethodArgs, ImmutableList.<JavaType>of()); JavaType methodRefType = (JavaType) methodRefTree.symbolType(); if (methodRefType.isUnknown() || methodRefType.isTagged(JavaType.DEFERRED)) { return; } JavaSymbol.MethodJavaSymbol samMethod = getSamMethod(methodRefType); if(samMethod == null) { return; } JavaType samReturnType = (JavaType) samMethod.returnType().type(); JavaType methodType = (JavaType) methodRefTree.method().symbolType(); if(methodType.isTagged(JavaType.METHOD)) { JavaType refinedReturnType = ((MethodJavaType) methodType).resultType; JavaType capturedReturnType = resolve.resolveTypeSubstitution(samReturnType, methodRefType); refineType(methodRefTree, methodRefType, capturedReturnType, refinedReturnType); } } else { registerType(methodRefTree, symbols.deferedType(methodRefTree)); } }