Awesome

This example is not a complete or fully functional implementation of the game. Instead, it is a basic demonstration that illustrates how to integrate C&C (Crypts And Caverns) into the game world.

demonstrate

crypts and caverns example

A simple game example

Requires Dojo to implement player movement

interface

#[starknet::interface]
trait ICryptsAndCaverns<TState> {

    fn owner_of(self: @TState, token_id: u256);

    fn get_svg(self: @TState, token_id: u256);

    fn generate_dungeon(self: @TState, token_id: u256);

    fn get_seed(self: @TState, token_id: u256);

    fn mint(ref self: TState);

}

Components

• Player
• Map

Systems

• Movement

Split into several stages

• Parsing CC map data using Cairo, which can depend on the CC library
• Implementing new map generation based on the CC library, without using the mint form
• Allowing the player to move on the map and interact with local katana
• Implementing points of interest and teleportation points

How to build

Omitting the installation of Rust, Cairo, and Scarb.

build backend

1. Clone the source code:

git clone https://github.com/CheDAOLabs/cc-dojo-map.git

2. Execute the script, specifying the Dojo version:

dojoup

3. Start Katana:

katana --disable-fee --invoke-max-steps 4294967295

4. Compile the contract:

sozo build

5. Deploy the contract:

sozo migrate

6. Indexer

torii --world WORLD_ADDRESS

7. Add auth

cd scripts & sh default_auth.sh & sh cc_auth.sh

8. Invoke the contract:

sozo execute CC_CONTRACT_ADDRESS test

build client

Start the React app.

cd client3
yarn
yarn dev

http://localhost:5173/

Project Structure

Version Check