axint
The Axint MCP server helps AI agents generate native Swift code for Apple platforms (App Intents, SwiftUI, WidgetKit, and app scaffolds) from minimal TypeScript or JSON input, reducing token usage significantly.
Scaffold TypeScript intents (
axint_scaffold): Generate a starter TypeScript intent file by providing a PascalCase name, description, optional domain, and optional parameters.Compile TypeScript to Swift (
axint_compile): Convert a full TypeScriptdefineIntent()definition into a native Swift App Intent, with optional Info.plist and.entitlementsXML fragments.Validate TypeScript definitions (
axint_validate): Dry-run validation of TypeScript intent code returning diagnostics, error codes, and fix suggestions without generating Swift output.Compile from minimal JSON (
axint_compile_from_schema): Skip TypeScript entirely — send ~20 tokens of JSON to generate Swift for intents, SwiftUI views, WidgetKit widgets, or full app scaffolds. The most token-efficient mode for AI agents.List bundled templates (
axint_list_templates): Discover available built-in reference templates by ID.Fetch template source (
axint_template): Retrieve the full TypeScript source of a specific bundled template (e.g.,send-message,create-event).
Compiles TypeScript definitions into native Apple platform code including App Intents for Siri, SwiftUI views, WidgetKit widgets, and full app scaffolds for iOS/macOS development.
Generates production-ready Swift code for iOS applications including App Intents, SwiftUI views, WidgetKit widgets, and complete app scaffolds from TypeScript definitions.
Compiles TypeScript definitions into native macOS application components including App Intents, SwiftUI views, settings scenes, and full app scaffolds.
Provides the runtime environment for the Axint compiler and MCP server, enabling compilation of Apple platform code from TypeScript/JSON definitions.
Hosts the Axint compiler package (@axintai/compiler) for installation and distribution of the Apple platform code generation tools.
Supports Python as an input language alongside TypeScript and JSON, feeding into the same intermediate representation for Apple platform code generation.
Generates idiomatic, production-ready Swift code with native type fidelity (int → Int, double → Double, date → Date, etc.) from TypeScript/JSON/Python definitions.
Compiles TypeScript definitions using the TypeScript compiler API (same as tsc) with full type fidelity into native Apple platform Swift code.
Generates Xcode-compatible Swift code, plist files, and entitlements for Apple platform development that can be directly integrated into Xcode projects.
A plausible patch is not proof.
Apple software is a graph of contracts. SwiftUI state, App Intents, Siri and Shortcuts metadata, widgets, entitlements, privacy declarations, concurrency, build settings, tests, and runtime behavior all have to agree. Code that looks right can still fail to compile, miss an interaction, or violate a platform contract.
Axint puts static analysis and Apple tooling into one repair loop. Static checks identify leads; Xcode build and test output can confirm, contextualize, or suppress them. The result stays compact enough for the next agent turn while full logs and artifacts remain on disk.
Evidence class | What it means |
Confirmed | Deterministic analysis or matching compiler, build, or test evidence supports the finding. |
Probable | Strong static evidence identifies a likely problem, but decisive Apple-tooling evidence is incomplete. |
Advisory | A heuristic identifies a quality, accessibility, privacy, interaction, design, or runtime concern for review. |
Suppressed | Stronger evidence or a project-local review contradicts the finding; it remains in the receipt without blocking the result. |
Related MCP server: xcode-mcp
Prove an existing project
npx -y -p @axint/compiler axint prove --dir /path/to/MyAppAxint discovers the Xcode project and scheme, checks existing Swift, runs the
available build and tests, reconciles the findings, and writes proof under
.axint/proof.
The default local run requires no account or configuration. It does not change Swift, upload source, install project instructions, install memory or MCP configuration, apply fixes, or rewrite the project.
When a failure needs another turn, Axint returns a Fix Packet: a compact repair artifact with the finding, likely files, exact next action, and rerun command. It also writes a source-free receipt: a signed proof file containing evidence, results, hashes, and repair information without project source.
axint prove --dir /path/to/MyApp --fix
axint receipt verify /path/to/MyApp/.axint/proof/latest.proof.json--fix opts into supported deterministic rewrites and reruns the proof loop.
Receipt verification checks payload integrity and the embedded Ed25519 signer.
A locally signed receipt does not establish an externally trusted identity
unless CI or the receiving team pins the signer fingerprint or a managed
signing key.
One proof contract
Generate, Check, Run, Team, and Cloud are different entry points into the same contract: verdict, evidence, findings, next actions, and artifact paths.
Mode | Role in the proof loop |
Check | Validate generated or existing Swift with evidence-aware diagnostics and appropriate abstention. |
Run | Orchestrate resumable build, test, runtime, and |
Generate | Compile smaller contracts into inspectable App Intents, SwiftUI views, widgets, Live Activities, app shells, metadata, and tests. |
Team | Preserve project context, sessions, file claims, repair packets, and handoffs across agents. |
Cloud | Run hosted checks and preserve shared proof history when local Apple tooling is unavailable. |
Generate when it helps
Generation is optional for existing projects. When a feature is easier to describe as a smaller contract, Axint can emit ordinary Swift and the companion metadata required by the selected Apple surface.
import { defineIntent, param } from "@axint/compiler";
export default defineIntent({
name: "CreateCalendarEvent",
title: "Create Calendar Event",
description: "Creates a calendar event for the user.",
domain: "productivity",
params: {
title: param.string("Event title"),
date: param.date("Event date"),
duration: param.duration("Event duration"),
location: param.string("Location", { required: false }),
},
perform: async ({ title, date }) => ({
success: true,
message: `Created ${title} on ${date}`,
}),
});axint compile create-calendar-event.ts --out ios/Intents/TypeScript, Python, JSON IR, and the experimental .axint authoring surface
lower into inspectable Apple-native output. The TypeScript pipeline also
supports views, widgets, apps, Live Activities, App Enums, UnionValue schemas,
App Shortcuts, and extension scaffolds; see the coverage map
for the implementation and proof boundary of each surface.
Connect your agent
Axint ships an MCP server for standards-compatible hosts:
{
"mcpServers": {
"axint": {
"command": "npx",
"args": ["-y", "-p", "@axint/compiler", "axint-mcp"]
}
}
}Start a fresh tool session, then call axint.status and axint.activate to
verify that the server and compiler are connected.
The hosted endpoint at https://mcp.axint.ai/mcp supports both established MCP
clients and the current stateless protocol generation. Compatibility is
continuously checked with official SDK clients; see the
protocol compatibility contract.
Start, recover, and inspect
axint.status · axint.activate · axint.upgrade · axint.doctor ·
axint.session.start · axint.context.memory · axint.context.docs ·
axint.workflow.check
Generate and discover
axint.feature · axint.project.pack · axint.project.index ·
axint.project.syncVersion · axint.suggest · axint.registry.search ·
axint.scaffold · axint.compile · axint.validate · axint.tokens.ingest ·
axint.schema.compile · axint.templates.list · axint.templates.get
Check and repair
axint.xcode.guard · axint.xcode.write · axint.fix-packet ·
axint.cloud.check · axint.repair · axint.feedback.create ·
axint.swift.validate · axint.swift.fix
Coordinate and run
axint.agent.install · axint.agent.advice · axint.agent.claim ·
axint.agent.release · axint.run · axint.run.status · axint.run.cancel
Built-in prompts
axint.quick-start · axint.project-start · axint.context-recovery ·
axint.create-widget · axint.create-intent
Public proof
Live product metrics are regenerated from the codebase.
The real, CI-gated brownfield benchmark publishes labeled precision, recall, and abstention cases.
Coverage maps supported surfaces to implementation, tests, and proof boundaries.
Apple platform compatibility tracks current Xcode, Swift, Siri, App Intents, Foundation Models, SwiftUI, UIKit, and App Store changes against implemented checks and canaries.
Accessibility-label proof turns common-task accessibility evidence into a reviewable App Store readiness report.
MCP compatibility documents the hosted server's dual-era transport contract and verification path.
Architecture explains the compiler, proof, MCP, Python, and runtime boundaries.
Release notes record shipped behavior and compatibility changes.
Security documents reporting, supported releases, telemetry, and dependency policy.
Ecosystem
Surface | Use it for |
CLI, TypeScript SDK, compiler, proof runtime, and MCP server | |
Native Python authoring, validation, generation, and its focused MCP surface | |
Explore the remote proof and macOS build workflow from any operating system | |
Discover reusable Apple capability packages | |
Inspect compact App Intent, SwiftUI, and WidgetKit generation examples | |
Connect Xcode, VS Code, Cursor, JetBrains, Neovim, and other hosts |
Contribute
The highest-value contributions improve existing-project precision, Xcode evidence, repair quality, Apple API coverage, and reproducible examples.
Start with a
good first issue.Pick up a
help wantedproblem.Read the contribution guide.
Ask, propose, or show your work in Discussions.
Requirements and license
The JavaScript package follows the Node.js engine declared in
package.json. Swift generation runs anywhere Node runs. Xcode
build, test, simulator, and runtime proof require macOS with a compatible Xcode
toolchain.
Axint is Apache-2.0 licensed. Fork it, extend it, and ship with it. The Axint name and visual identity remain protected; see NOTICE and TRADEMARKS.md.
Maintenance
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