private void checkForAMDPattern(CallExpressionTree tree) {
if (tree.callee().is(Kind.IDENTIFIER_REFERENCE)
&& "define".equals(((IdentifierTree) tree.callee()).name())) {
for (Tree parameter : tree.arguments().parameters()) {
if (parameter.is(Kind.FUNCTION_EXPRESSION)) {
amdPattern = true;
}
}
}
}
private void checkAngularModuleMethodCall(CallExpressionTree tree) {
if (tree.callee().is(Kind.DOT_MEMBER_EXPRESSION)) {
DotMemberExpressionTree callee = (DotMemberExpressionTree) tree.callee();
if (callee.object().types().contains(Type.Kind.ANGULAR_MODULE)) {
SeparatedList<Tree> parameters = tree.arguments().parameters();
if (!parameters.isEmpty()) {
Tree lastArgument = parameters.get(parameters.size() - 1);
checkArrayLiteral(lastArgument);
checkSimpleArgument(lastArgument);
}
}
}
}
@Override
public void visitNode(Tree tree) {
if (tree.is(Kind.CALL_EXPRESSION)) {
CallExpressionTree callExpressionTree = (CallExpressionTree) tree;
checkForImmediatelyInvokedFunction(callExpressionTree.callee());
checkForAMDPattern(callExpressionTree);
checkAngularModuleMethodCall(callExpressionTree);
return;
}
if (tree.is(Kind.NEW_EXPRESSION)) {
if (((NewExpressionTree) tree).arguments() != null) {
checkForImmediatelyInvokedFunction(((NewExpressionTree) tree).expression());
}
return;
}
if (!immediatelyInvokedFunctionExpression && !amdPattern && !angularExclusions.contains(tree)) {
checkFunction((FunctionTree) tree);
}
clearCheckState();
}