t3nma c527ad0803 [COMPOSER] Add new php-ffmpeg package 4 gadi atpakaļ
..
bin c527ad0803 [COMPOSER] Add new php-ffmpeg package 4 gadi atpakaļ
doc c527ad0803 [COMPOSER] Add new php-ffmpeg package 4 gadi atpakaļ
grammar c527ad0803 [COMPOSER] Add new php-ffmpeg package 4 gadi atpakaļ
lib c527ad0803 [COMPOSER] Add new php-ffmpeg package 4 gadi atpakaļ
test c527ad0803 [COMPOSER] Add new php-ffmpeg package 4 gadi atpakaļ
test_old c527ad0803 [COMPOSER] Add new php-ffmpeg package 4 gadi atpakaļ
.travis.yml c527ad0803 [COMPOSER] Add new php-ffmpeg package 4 gadi atpakaļ
CHANGELOG.md c527ad0803 [COMPOSER] Add new php-ffmpeg package 4 gadi atpakaļ
LICENSE c527ad0803 [COMPOSER] Add new php-ffmpeg package 4 gadi atpakaļ
README.md c527ad0803 [COMPOSER] Add new php-ffmpeg package 4 gadi atpakaļ
UPGRADE-1.0.md c527ad0803 [COMPOSER] Add new php-ffmpeg package 4 gadi atpakaļ
composer.json c527ad0803 [COMPOSER] Add new php-ffmpeg package 4 gadi atpakaļ
phpunit.xml.dist c527ad0803 [COMPOSER] Add new php-ffmpeg package 4 gadi atpakaļ

README.md

PHP Parser

This is a PHP 5.2 to PHP 5.6 parser written in PHP. Its purpose is to simplify static code analysis and manipulation.

Documentation for version 1.x (stable; for running on PHP >= 5.3).

Documentation for version 0.9.x (unsupported; for running on PHP 5.2).

In a Nutshell

The parser turns PHP source code into an abstract syntax tree. For example, if you pass the following code into the parser:

<?php
echo 'Hi', 'World';
hello\world('foo', 'bar' . 'baz');

You'll get a syntax tree looking roughly like this:

array(
    0: Stmt_Echo(
        exprs: array(
            0: Scalar_String(
                value: Hi
            )
            1: Scalar_String(
                value: World
            )
        )
    )
    1: Expr_FuncCall(
        name: Name(
            parts: array(
                0: hello
                1: world
            )
        )
        args: array(
            0: Arg(
                value: Scalar_String(
                    value: foo
                )
                byRef: false
            )
            1: Arg(
                value: Expr_Concat(
                    left: Scalar_String(
                        value: bar
                    )
                    right: Scalar_String(
                        value: baz
                    )
                )
                byRef: false
            )
        )
    )
)

You can then work with this syntax tree, for example to statically analyze the code (e.g. to find programming errors or security issues).

Additionally, you can convert a syntax tree back to PHP code. This allows you to do code preprocessing (like automatedly porting code to older PHP versions).

Documentation

  1. Introduction
  2. Installation
  3. Usage of basic components
  4. Other node tree representations
  5. Code generation

Component documentation:

  1. Lexer