Linked from

The 12 pages that link to Abstract syntax tree, each with the reason it gives.

• CompilerBroader topic: Compilers commonly use this structure as an intermediate representation of parsed code.

• Source codeRelated: Language tools commonly represent parsed source code as this tree.

• Programming languageBroader topic: Compilers commonly transform parsed source code into this structured representation.

• AssociativityRelated: Associative operators can often be represented with different tree groupings.

• InterpreterRelated: Many interpreters walk this structure directly to execute parsed programs.

• ParsingBroader topic: Compilers commonly use this simplified structure after parsing.

• Bound variableRelated: Tree structure lets formal systems determine which binder governs each variable occurrence.

• Recursive definitionRelated: Recursive grammar rules naturally define syntax trees from smaller subtrees.

• Order of operationsRelated: The tree exposes the grouping that precedence rules infer from written notation.

• ParenthesesRelated: A parenthesized expression is represented by its grouping relationships in the tree.

• ParserBroader topic: Many parsers turn recognized input into this structural representation.

• Well-formed formulaRelated: It records the structure recognized after an expression passes formation rules.