A compiler for a language to create smart contracts, that is transpiled to Solidity.

The following is a smart contract written in Soliditish, that creates minimal proxies of an NFT contract:

contract NFTFactory { ERC721 nftContract = 0x24862BDE3581a23552CE4EE712614550d7aE49FC; event NewCollection(address proxy); // @notice decorators are used to specify the visibility of the function @public function deployNewCollections(uint amount) { address[amount] newCollections; uint i; if (amount > 0) { for (i = 0; i < amount; i++) { // out-of-the-box support for creating minimal proxies address tokenClone = createProxyTo(nftContract); newCollections[i] = tokenClone; // out-of-the-box support for logging log("New Token Clone:", newCollections[i]); emit NewCollection(newCollections[i]); } } else { log("Amount must be greater than 0"); } } }

See more examples in the test/accept folder.

The following dependencies are required to build the project:

• Bison v3.8.2
• CMake v3.24.1
• Flex v2.6.4
• GCC v11.1.0
• Make v4.3

To build the project, run the following command from the root directory:

script/build.sh

1. Create a file with the program to compile.
2. Run the compiler from the root directory of the project, passing the path to the program to compile as a parameter:

   script/start.sh <program>

3. The compiler will generate a file with the same name as the program, but with the extension .sol, in the same directory as the program.

script/test.sh

To add new test cases, create new files containing the program to test, inside the test/accept or test/reject folders as appropriate (i.e., whether it should be accepted or rejected by the compiler).