Question 1

How do I install Flamework in a new Roblox project?

Accepted Answer

Flamework installation requires setting up TypeScript with Roblox, typically using tools like roblox-ts; refer to the external documentation for step-by-step guides on configuring dependencies and integrating with Roblox Studio.

Question 2

What is the performance impact of using Flamework on Roblox games?

Accepted Answer

Flamework adds abstraction layers that might introduce minimal overhead, but it's optimized for Roblox; however, for performance-critical sections, direct Lua usage might be more efficient, so profile your game to assess trade-offs.

Question 3

Flamework vs traditional Lua development: which is better for Roblox?

Accepted Answer

Flamework excels in type safety and structured development for complex projects, while traditional Lua is simpler and more direct for small prototypes or teams avoiding TypeScript; choose based on project scale and team expertise.

Question 4

Can I use Flamework with existing Roblox Studio plugins or assets?

Accepted Answer

Yes, but integration might require TypeScript wrappers or adaptations, as Flamework is TypeScript-based; check the documentation for compatibility guidelines and examples of mixing with Lua code.

Question 5

What are the alternatives to Flamework for TypeScript Roblox development?

Accepted Answer

Alternatives include other community frameworks like roblox-ts with custom setups, but Flamework is specifically designed as an extensible framework; evaluate based on features like abstraction level and documentation availability.

Question 6

How do I extend Flamework with custom modules?

Accepted Answer

Flamework's extensible architecture allows creating custom modules via its API; consult the documentation for examples on defining services, components, and hooks to tailor functionality to your game.

Flamework

What is Flamework?

Overview

Use Cases

Best For

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Pros & Cons

Pros

Cons

Frequently Asked Questions