/* Override font variables */
:root {
	--font-jetbrains-mono: Menlo, Monaco, "Courier New", monospace !important;
	/* --font-jetbrains-mono: Consolas, Monaco, "Andale Mono", "Ubuntu Mono", monospace !important; */
}

pre[class*="language-"],
code[class*="language-"],
pre,
code,
kbd,
samp {
	font-family: Menlo, Monaco, "Andale Mono", "Ubuntu Mono", monospace !important;
	--font-jetbrains-mono: Consolas, Monaco, "Andale Mono", "Ubuntu Mono",
		monospace !important;
	font-weight: 500 !important;
}

pre[class*="language-"] {
	font-family: Menlo, Monaco, "Andale Mono", "Ubuntu Mono", monospace !important;
	font-weight: 500 !important;
	text-align: left;
	white-space: pre;
	word-spacing: normal;
	word-break: normal;
	word-wrap: normal;
	line-height: 1.5;
	-moz-tab-size: 4;
	-o-tab-size: 4;
	tab-size: 4;
	-webkit-hyphens: none;
	-moz-hyphens: none;
	-ms-hyphens: none;
	hyphens: none;
}
pre[class*="language-"]::-moz-selection,
pre[class*="language-"] ::-moz-selection,
code[class*="language-"]::-moz-selection,
code[class*="language-"] ::-moz-selection {
	text-shadow: none;
	background: #362d45;
}
pre[class*="language-"]::selection,
pre[class*="language-"] ::selection,
code[class*="language-"]::selection,
code[class*="language-"] ::selection {
	text-shadow: none;
	background: #362d45;
}
@media print {
	code[class*="language-"],
	pre[class*="language-"] {
		text-shadow: none;
	}
}
/* Code blocks */
pre[class*="language-"] {
	padding: 1em;
	margin: 0.5em 0;
	overflow: auto;
}
:not(pre) > code[class*="language-"],
pre[class*="language-"] {
	color: white;
}
:not(pre) > code[class*="language-"] {
	padding: 0.1em;
	border-radius: 0.3em;
	white-space: normal;
}

.language-python .language-bash {
	background-color: #15141b !important;
	font-family: Consolas, Monaco, "Andale Mono", "Ubuntu Mono", monospace !important;
	font-weight: 600 !important;
	font-size: 16px !important;
}

.dark\:bg-codeblock:is(.dark *) {
	background-color: #15141b !important;
}

.dark\:ring-gray-800\/50:is(.dark *) {
	--tw-ring-color: #15141b !important;
}

.codeblock-dark {
	background-color: #15141b !important;
	color: #edecee !important;
	font-size: 20px !important;
}

.dark .prose {
	color: #edecee !important;
	font-size: 16px !important;
}

/* single backticks are orange */
.dark .prose p code {
	color: #ffca85 !important;
}
.dark .prose p code .comment {
	color: #6d6d6d !important;
}
.dark .prose ul code {
	color: #ffca85 !important;
}
.dark .prose ul code .comment {
	color: #6d6d6d !important;
}

/* Comments in code blocks should be gray */
.token.comment {
	color: #6d6d6d !important;
}
pre .token.comment {
	color: #6d6d6d !important;
}
code .token.comment {
	color: #6d6d6d !important;
}

/* links are purple */
.prose a {
	color: #a277ff !important;
}

.token.tag {
	color: #a277ff !important;
}
.token.variable {
	color: #a277ff !important;
}
.token.keyword {
	color: #a277ff !important;
}
.token.operator {
	color: #a277ff !important;
}
.token.attr-name {
	color: #a277ff !important;
}
.token.punctuation {
	color: #a277ff !important;
}
.token.constant {
	color: #a277ff !important;
}
.token.string {
	color: #61ffca !important;
}
.token.inserted {
	color: #61ffca !important;
}
.token.changed {
	color: #ffca85 !important;
}
.token.function {
	color: #ffca85 !important;
}
.token.deleted {
	color: #ff6767 !important;
}
.token.builtin {
	color: #ffca85 !important;
}
.token.property {
	color: #ffca85 !important;
}
.token.class-name {
	color: #82e2ff !important;
}
.token.important,
.token.bold {
	font-weight: bold !important;
}
.token.italic {
	font-style: italic !important;
}

.language-bash {
	color: #ffca85 !important;
}

.language-bash .token {
	color: #ffca85 !important;
	font-weight: 700 !important;
}


.dark .bg-codeblock {
	background-color: #15141b !important;
}


Contributing

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This guide will show you how to create codebase visualizations using [codegen](/introduction/overview).

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Migrating from SQLAlchemy 1.4 to 2.0

Learn how to identify and fix problematic import loops using Codegen.

Fixing Import Loops

Learn how to migrate Python 2 codebases to Python 3 using Codegen

Python 2 to 3

Migrating from Python 2 to Python 3

Flask to FastAPI

Migrating from Flask to FastAPI

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Neo4j Graph

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.codegen Directory

The .codegen Directory

@graph_sitter.function

Function Decorator

Language Support

Commit and Reset

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Editables

The Editable API

Symbols

The Symbol API

Classes

The Class API

Imports

The Import API

Exports

The Export API

Inheritable Behaviors

Statements and Code Blocks

Dependencies and Usages

Function Calls

Function Calls and Call Sites

Variable Assignments

Local Variables

Comments & Docstrings

Comments and Docstrings

External Modules

Type Annotations

Working with Type Annotations

Moving Symbols

Collections

Call Graph

Traversing the Call Graph

React and JSX

Learn how to use symbol flags for debugging, tracking changes, and marking code for review

Flagging Symbols

LLM Integration

Calling Out to LLMs

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Reducing Conditions

API Reference

graph_sitter.cli

init

Init Command

Open a Jupyter notebook with the current codebase loaded

notebook

Notebook Command

create

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reset

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SWE Agents are Better with Codemods

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Act via Code

Using Graph-sitter to automate the conversion of ***592 instances*** of Promise `.then` chains to `async/await` in Twilio's Node.js Repository

Promise -> Async/Await

Promise -> Async/Await in Twilio Node.js SDK

Identifying and visualizing import loops in the PyTorch codebase

Import Loops in PyTorch

Graph-sitter Updates

Blog

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GitHub

Represents an argument passed into a FunctionCall.

Argument

Represents an assignment for a single variable within an assignment statement. Example: ```typescript var z var z = 5 ```

Assignment

A class that represents an assignment statement in a codebase, such as `x = 1`, `a, b = 1, 2`, `const {a: b} = myFunc(),`, etc. This includes potentially multiple Assignments via `statement.assignments`, which represent each assignment of a value to a variable within this statement. For example, assigning to a destructured object, or assigning multiple values to multiple variables in a single statement.

AssignmentStatement

Abstract representation of an attribute on a class definition.

Attribute

An awaited expression, only found in asynchronous contexts, e.g. await(foo(bar))

AwaitExpression

Represents binary expressions, e.g. all of +,-,*,/, as well as boolean operations (and, or) etc.

BinaryExpression

BlockStatement

Boolean

Any symbol that can be invoked with arguments eg. Function, Class, Decorator, ExternalModule

Callable

CatchStatement

An attribute of an object. (IE a method on a class, a function from a module, etc) Examples: A.method()

ChainedAttribute

Abstract representation of a Class definition.

Class

Container class for a list of code Statements that share an indentation level, e.g. a function body or class body. Enables various types of queries and operations on the code block.

CodeBlock

CodeOwner is a class that represents a code owner in a codebase. It is used to iterate over all files that are owned by a specific owner.

CodeOwner

This class provides the main entrypoint for most programs to analyzing and manipulating codebases.

Codebase

Abstract representation of comment statements.

Comment

A group of comments that form a larger comment block.

CommentGroup

Any comparison expression in the code. Includes all set of `<`, `<=`, `>`, `>=`, `==`, `!=` etc.

ComparisonExpression

Decorator

Represents a dict (object) literal the source code.

Dict

Directory representation for codebase. GraphSitter abstraction of a file directory that can be used to look for files and symbols within a specific directory.

Editable

Represents a single symbol being exported.

Export

Abstract representation of a single export statement that appears in a file. One export statement can export multiple symbols from a single source.

ExportStatement

An interface for any node object that can be exported eg. Class, class name,  top-level functions, imports

Exportable

Represents an arbitrary Expression, such as List, Dict, Binary Expression, String.

Expression

ExpressionGroup

Abstract representation of any expression statements that resolves to an expression. In some languages without a statement delimiter, expression statement and the enclosed expression looks the same in text. For example, in Python: ```python x = 1 ``` The above code is an expression statement, but its expression value is an assignment. In Typescript: ```typescript x = 1; ``` The above code is also an expression statement, but its expression value is an assignment excluding the semicolon.

ExpressionStatement

Represents an external module, like `datetime`, that can be referenced. These are only added to the graph during import resolution and will not exist in a local file's subgraph. This is because we don't know what an import is referencing or resolves to until we see the full codebase.

Introduction

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Documentation

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Introduction

Tutorials

Building with Codegen

Join our Slack

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Documentation

​Contributing

Contributing