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What is BrickHub?
BrickHub is the official registry for Mason bricks — reusable code templates you can discover, publish, and install to generate consistent project scaffolding and boilerplate. Its tagline, “Generate consistent code fast,” points to the core job: instead of hand-copying a folder structure or a starter feature every time, you pull a published brick and run it to produce the same output on every machine and in every repo.
What it does in practice
- Discover bricks published by others, so you can start from a template rather than a blank directory.
- Publish your own bricks, which turns an internal convention (your team’s preferred feature layout, for example) into something versioned and installable.
- Consume a brick locally with a command such as
mason make, which is the workflow shown on the site.
Who gets the most out of it
Flutter and Dart teams are the clearest audience, since Mason is widely used in that ecosystem, but the idea applies to any group that repeats the same file-and-folder pattern: a new screen, a new API endpoint, a new package, a new service. The value is consistency and speed, not code generation wizardry — the brick encodes decisions your team has already made.
A concrete scenario
Suppose your team always creates a feature with a screen file, a state file, and a test file in a fixed layout. You publish that shape as a brick once, then any developer runs the make command with a name argument and gets the same three files wired the same way. Reviews get shorter because structure stops being a discussion.
What to weigh
- A registry only helps if the bricks are maintained; an outdated template spreads the wrong pattern quickly.
- Public bricks may not match your conventions, so expect to fork or write your own for anything opinionated.
- Access to some parts of the service may require requesting access, so check what is open before planning around it.
Next step
If you already use Mason, browse the registry for a brick close to a pattern you repeat weekly, install it in a scratch project, and compare its output against your current convention. If it is close but not exact, publishing a corrected version is usually faster than editing generated files by hand each time. For background on the tool itself, see pub.dev.
How do I install a brick from BrickHub into my project?
Use the mason CLI, which is the tool BrickHub bricks are built for. BrickHub itself is a registry: you discover a brick there, then add and generate it locally with Mason.
The typical flow is:
- Find the brick on BrickHub and note its name, for example
hello. - Add the brick to your project with
mason add hello(use the full brick name if it is namespaced). - Generate from it with
mason make hello, then answer any prompts the brick defines (project name, feature name, etc.). - Commit the generated files and keep the brick dependency in your project so teammates can regenerate consistently.
For a one-off run without adding it to the project, mason make hello will fetch the brick on demand. That is convenient for trying a brick, but adding it explicitly is better when the whole team should use the same version.
What to check before installing
- Brick name and version — confirm you are pulling the brick you actually want, especially when several similar templates exist.
- Prompts — bricks ask for variables at generation time; know your naming conventions first so output is consistent.
- Where files land — some bricks generate into the current directory, others into a subfolder. Run from the right place.
- Existing code — generators can overwrite files. Check whether the brick supports overwriting or expects a clean target.
A practical scenario: a team standardises feature folders. One developer publishes a feature brick to BrickHub, everyone else runs mason add feature and mason make feature, and new features come out with identical structure instead of each person improvising.
If you only need the docs rather than a brick, start at BrickHub and follow the "Read the Docs" link from there; the registry page also notes that access may be requested, so check whether you need an account before publishing your own bricks.
What is the difference between BrickHub and Mason?
BrickHub is the registry; Mason is the tool that consumes it. BrickHub is where reusable templates ("bricks") are published, discovered and installed from, while Mason is the command-line tool that actually runs those templates to generate code in your project. The distinction is like a package index versus the package manager.
How they fit together
- BrickHub: a place to browse and share bricks. Its purpose is discovery and distribution — you find a template someone else built, or publish your own so others can use it.
- Mason: the generator you run locally. It fetches a brick and scaffolds files into your codebase. The
mason makecommand is the point where a brick becomes actual files on disk.
A brick itself is just a template package; BrickHub is the catalog, Mason is the engine.
A concrete scenario
You need consistent feature scaffolding across a team. One developer writes a brick for a standard feature layout and publishes it to BrickHub. A teammate, starting a new module, runs mason make to pull that brick and generate the files. The teammate never had to copy files by hand or read a setup doc — the template carried the conventions.
When the difference matters
| Situation | What you reach for |
|---|---|
| Finding an existing template | BrickHub |
| Publishing a shared template | BrickHub |
| Generating files in a project | Mason |
| Versioning and updating a template | Both — publish on BrickHub, consume via Mason |
If you only need to generate code from a template you already have locally, you may not touch BrickHub at all. If you want to share that template with others, BrickHub is the distribution layer.
Next step: if you're setting up a team workflow, start by installing Mason and running a simple brick locally, then move to BrickHub once you want to publish and version templates for others. See BrickHub for the registry and its docs for the publishing side.
How do I publish my own brick template to BrickHub?
Publishing to BrickHub is a two-part job: prepare a valid brick locally, then push it to the registry. BrickHub describes itself as the official registry for publishing, discovering, and consuming reusable brick templates, so the publish step is the registry's core purpose rather than an afterthought.
What to have ready before you publish
- A working brick, not just a template folder. It should already generate code successfully in a local project via a command like
mason make <your_brick>. - A unique brick name. Check BrickHub's discovery/search first so you don't collide with an existing brick.
- A clear description and variables. Anyone browsing the registry sees your description before your code, so write it for a developer who has never seen your project.
- Versioning discipline. Treat each published change as a release; consumers pin versions and expect predictability.
The publishing path
- Build and test the brick locally until generation is reproducible.
- Confirm the brick's identity — name, description, and the variables it prompts for.
- Publish it to the registry so others can install it.
- Verify by installing your own published brick into a clean project, as a new user would.
BrickHub's own page points to documentation and a "Request Access" step alongside discovery and installation, which suggests publishing access may be gated rather than fully open. Read the docs and follow the access process rather than assuming immediate public publishing.
A realistic scenario
Suppose your team keeps hand-copying the same feature-folder structure — model, repository, tests — into every new module. You turn that into a brick with a few prompted variables. After publishing, a teammate runs the install command and gets the same structure in seconds. The payoff is consistency across people, not just speed for you.
Trade-offs to weigh
| Decision | Benefit | Cost |
|---|---|---|
| Publish publicly | Discoverable, reusable by anyone | You own naming, docs and support questions |
| Keep it internal | Full control, no external expectations | No reuse outside your team |
| Publish early | Fast feedback, quick iteration | Breaking changes annoy early adopters |
A sensible rule: publish when the brick has survived at least two real projects unchanged. Before that, it's still a draft.
Next step: read BrickHub's documentation and complete its access request, then publish a small, well-named brick first — a narrow brick that works reliably beats an ambitious one that half-works. See BrickHub for the registry itself.
Can BrickHub bricks be used with Flutter and Dart projects?
Yes. BrickHub is built around Mason, a Dart-based code-generation tool, so its bricks are intended for Dart and Flutter workflows. The registry itself is where you discover, publish, and install reusable brick templates, and the page's example command, mason make hello, is the same CLI pattern you'd run inside a Dart or Flutter project.
In practice, a brick is a template bundle: you install it, then generate files such as a feature folder, a widget, a model, or a full project scaffold. Because generation happens through Mason rather than through Flutter's build system, bricks can produce any text-based files — Dart source, tests, configuration, or platform files — which is why they fit Flutter apps and pure Dart packages equally well.
A typical flow:
- Install Mason and activate the brick you want.
- Run
mason make <brick_name>from your project root. - Answer the prompts (names, paths, options) and review the generated output.
- Commit the result and adjust it like any hand-written code.
Two practical caveats. First, generated code reflects the brick author's conventions, not necessarily your team's, so check the templates before adopting one broadly. Second, a brick pinned to an older Flutter or Dart version may produce code that needs updating — verify compatibility rather than assuming it.
For teams standardising architecture across several Flutter apps, that consistency is the main payoff. If you only need one file once, writing it by hand is probably faster. Start by browsing bricks for a pattern you repeat often, such as feature scaffolding or API clients, and test it in a throwaway branch before rolling it out.
Related resources: pub.dev for the Mason package and Dart dependencies, and Dart for language and tooling documentation.
How do I request access to BrickHub?
Request access from the BrickHub site itself: the homepage's call-to-action area includes a "Request Access" link alongside "Discover Bricks" and "Read the Docs." That link is the intended path — BrickHub is described as the official registry for publishing, discovering, and consuming reusable brick templates, and access appears to be gated rather than open sign-up.
What to expect
- The request is likely reviewed rather than granted instantly, since the homepage pairs "Request Access" with documentation links instead of a registration form.
- You may be asked about your intended use, such as installing existing bricks versus publishing your own.
- If you already use Mason (the homepage shows a
mason make helloexample), mention that in your request — it signals you are working within the tooling BrickHub supports.
A concrete scenario
A team lead wants a private-ish catalog of their Flutter scaffolding templates so new projects start consistently. Rather than copying templates between repos, they request access to BrickHub, then decide between installing published bricks and publishing their own.
Decision criterion
If you only need to consume existing templates, start with the documentation and the brick discovery pages first; request access when you need publishing rights or registry features that a local template folder cannot provide.
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