This project is inspired by the ICP Hello World Rust canister project. The idea was to give a real world use case in order to get basic knowledge of canister smart contracts with ICP.
After the IDE has opened, run dfx deploy in the terminal to deploy the frontend and backend.
Click on the first green link at the end of the output to see your canister's frontend in the browser.
To interact with the backend canister, click on the second green link.
For interactive development of the frontend canister, you can also start a node server by running npm start.
You can find your canister's frontend running under http://localhost:8080.
If you make changes to the backend canister, remember to call dfx deploy first; it suffices to reload the frontend canister's webpage to reflect the changes you've made.
If your environment was restarted or has been inactive over some time, you might need to run dfx start --background before running dfx deploy.
To run the backend tests for your backend canister, first run dfx build to build the canister Wasm, and then cargo test.
If the canisters have not yet been created, run dfx canister create --all before dfx build.
As of today, here are the functionalities of the library as per the did config file:
type Book = record {
title: text;
author: text;
is_borrowed: bool;
};
service : {
"add_book": (text, text) -> ();
"get_book": (text) -> (opt Book) query;
"borrow_book": (text) -> (bool);
"return_book": (text) -> (bool);
"get_all_books": () -> (vec Book) query;
"get_available_books": () -> (vec Book) query;
"get_borrowed_books": () -> (vec Book) query;
}