Necessary Pigeonholing Mechanism

    This package has been deprecated

    Author message:

    This package has been moved to LIGO registry

    tezos-ligo-fa2

    1.0.4 • Public • Published

    LIGO-FA (tokens) [DEPRECATED] This package has been moved to LIGO registry

    ligo-fa is a collection of FA2 (TZIP-12) implementations written in LIGO

    It provides 3 types of asset contracts:

    1. NFT: This contract implements the FA2 interface for NFT(non-fungible-token) where a token can belong to only one address at a time (1:1)
    2. Single Asset./lib/fa2/asset/single_asset.mligo): This is an implementation of Single Asset Token where a different amount of single token can belong to multiple addresses at a time (1:n)
    3. Multi Asset: This is an implementation of Multi Asset Token where there are many tokens (available in different amounts) and they can belong to multiple addresses (m:n)

    Development

    To compile the contracts to Michelson , run

    make compile
    

    Tests

    A makefile is provided to launch tests.

    $ make test
    

    The tests are available in ./test/fa2 directory, there is also an example of mutation testing

    Deploy

    A TypeScript program for deployment is provided to originate the smart contract. This deployment script relies on .env file which provides the RPC node url and the deployer public and private key. (example .env file)

    $ make test
    

    Usage

    1. To install this package, run ligo install ligo-fa.
    2. In order originate the FA2 contracts from another contract you can use the CREATE_CONTRACT Michelcon instruction like this
      ...
      let create_my_contract : lambda_create_contract =
          [%Michelson ( {| { 
                  UNPAIR ;
                  UNPAIR ;
                  CREATE_CONTRACT 
      #include "ligo-fa/compiled/fa2/nft/NFT_mligo.tz"  
                  ;
                  PAIR } |})] in
      ...

    Install

    npm i tezos-ligo-fa2

    DownloadsWeekly Downloads

    1

    Version

    1.0.4

    License

    MIT

    Unpacked Size

    229 kB

    Total Files

    28

    Last publish

    Collaborators

    • melwyn95