Package and Deploy Makepad Applications

Makepad Packaging and Deployment guides release packaging for Rust applications across desktop, mobile and browsers. Desktop workflows use cargo-packager with robius-packaging-commands to collect resources. Mobile and WebAssembly workflows use cargo-makepad. A GitHub Actions pattern wraps the packaging tools and can produce release assets when the required release permissions and workflow are in place.

The guidance connects package metadata, resource collection, platform configuration, toolchains and expected output locations. It includes illustrative Cargo.toml settings, release optimization profiles and troubleshooting for missing assets, provisioning and Android toolchain issues. The configuration fragments require validation in the selected application and toolchain.

Use it when an existing Makepad application needs an installer, mobile build, browser bundle or CI packaging flow. Desktop packages need matching operating-system runners, and iOS builds require macOS. Review the selected packager's actual configuration keys, platform dependencies and output paths before adopting an example.

Installation commands and development-branch dependencies are historical examples. Pin reviewed versions or immutable commits and matching lockfiles; --locked alone does not pin a moving Git branch. Preserve existing tools rather than blindly replacing them through --force. Signing, notarization, device installation and release upload need authorized targets and secure credentials.

Inputs include application sources, its binary name and path, package identity, authors, description, icons, platform configuration and collected resources. The packaging metadata sets the output directory and hooks for collection before packaging and before each package. Include built-in widget, Chinese font and emoji resources together with application-specific assets; verify the files actually exist after collection.

The catalog does not bundle the referenced icons, distribution resources, packaging-action guide or platform-troubleshooting guide. The additional community workflow is external too. Obtain the original supporting material or an existing installation, resolve paths against it and inspect contents and licenses. Do not fabricate a missing helper or claim a dependent procedure was followed. Fully documented independent steps can proceed within their authorized scope.

Desktop examples produce Debian packages, Windows NSIS installers and macOS disk images. Mobile examples produce Android packages and iOS application bundles; browser output contains an HTML entry point, WebAssembly module, JavaScript bridge and static resources. Expected paths are examples to verify against the chosen tool versions rather than proof that an artifact exists.

Desktop configuration covers Debian dependencies and desktop templates, macOS minimum versions, property lists and entitlements, disk-image layout and Windows application-data paths. The resource helper version shown is 0.2.1. One exact desktop build command is:

cargo packager --release

Android setup includes a full-NDK option and separate build and run commands. The iOS simulator and device paths differ; device deployment needs matching organization and application identifiers, a provisioning profile and a certificate fingerprint. The Xcode preparation flow establishes those prerequisites. Copying an app into Payload and zipping it alone does not establish a valid distribution archive: signing, entitlements, provisioning and the supported export method must match the distribution channel.

WebAssembly setup builds the browser bundle and can serve it locally through a loopback-bound HTTP server. The CI example uses the makepad-packaging-action wrapper, while its complete inputs, outputs and release workflow require the unavailable companion reference. Troubleshooting checks the resources array, collection hook and resulting asset directory before treating a missing-resource crash as fixed.

This skill suits Makepad maintainers preparing platform-specific artifacts who can supply the application, resources, supported build environment and release authority. It provides packaging guidance and examples, without claiming that a signed installer, valid distribution archive or uploaded release has already been produced.