syntax tree

This pattern is often reapplied several times through a rule as you dig down through an abstract syntax tree.

In Version 7. 0, the transform walks through a UML model and constructs a C abstract syntax tree, which is nothing but an EMF model.

A syntax tree can be created from an entire file or just a loose statement or expression.

For that, you would turn to something quite familiar to compiler aficionados: the JDT's Abstract Syntax Tree (AST) framework.

A parse of a sentential form is the construction of a derivation and possibly a syntax tree for it.

Third, with the syntax tree gone, the interpreter no longer needs to propagate execution state between syntax tree nodes.

The recorder records code in an intermediate format, similar to an Abstract Syntax Tree.

An abstract syntax tree is an expression represented as a collection of objects.

The first pass of the compiler turns this into a syntax tree.

I'll note before we go any further that the terms parse tree and abstract syntax tree (or AST) describe very similar grammatical structures.

Modifications are made to the syntax tree using a combination of constructors and the ReplaceNode method.

This is not a textual search, it actually strips out variable names and constants and performs comparisons against the syntax tree.

If a sentential form is ambiguous, then it has more than one syntax tree and therefore, in general, more than one handle.

Changes are made by making copies of the syntax tree, replacing portions as one goes along.

In IDEA and Eclipse, your code looks like a text view, but the development environment is actually editing the Abstract Syntax Tree (AST).

Therefore, executing a bytecode instruction is much faster than visiting a syntax tree node.

The sample project included with the CTP shows compiler warnings wherever the letter 'a' appears in the syntax tree.

IDEs now edit the abstract syntax tree (AST) instead of, or in addition to, a text representation of the code.

The analysis of the abstract syntax tree of the Groovy code, allows us to collect all relevant information we need.

To avoid this flaw, you will reconstruct the rule by using Java's abstract syntax tree (AST) to identify the problems.

This method removes the need to manually copy the unchanged portions of the syntax tree.

This time, you will fetch all of the import statements in the abstract syntax tree.

The syntax tree consists of syntax nodes, tokens, and trivia.

Here other techniques such as compiling an abstract syntax tree and resolving variables in closures are discussed.

Storage Mapping of Syntax Tree for Context-Free Language and its Application

Design and Implementation of A Software Metrics Tool Based on Abstract Syntax Tree

Research on the syntax tree-based method for static and automated code testing

Use the abstract syntax tree when you cannot use Eclipse markers

Automatic computing system based on syntax tree and operator precedence

A Method for Parsing GCC Abstract Syntax Tree

Analysis and Design of Code Smell Detection Tool Based on Abstract Syntax Tree

Build and Traverse of Abstract Syntax Tree Based on Java Program