Created using remix-ide: Realtime Ethereum Contract Compiler and Runtime. Load this file by pasting this gists URL or ID at https://remix.ethereum.org/#version=soljson-v0.8.28+commit.7893614a.js&optimize=false&runs=NaN&gist=

scripts...Mistral...mistral-api.ts

// Replace with your actual API key and agent ID
const API_KEY = 'mRU8ku8wCiVYm1aDQWW6tnfsWY7qu0jm';
const AGENT_ID = 'ag:90ac4fd0:20250208:untitled-agent:3cb5361b';
const API_URL = 'https://api.mistral.ai/v1/agents/completions';

// Function to call the Mistral AI endpoint
export async function callMistralAI(messages) {
  try {
    const response = await fetch(API_URL, {
      method: 'POST',
      headers: {
        'Content-Type': 'application/json',
        'Authorization': `Bearer ${API_KEY}`
      },
      body: JSON.stringify({
        agent_id: AGENT_ID,
        messages: messages,
        // Add other parameters as needed
      })
    });

    if (!response.ok) {
      // Log the response status and text for debugging
      const errorText = await response.text();
      throw new Error(`HTTP error! status: ${response.status}, response: ${errorText}`);
    }

    const data = await response.json();
    // console.log('Response from Mistral AI:', data);
    
    return data;
  } catch (error) {
    console.error('Error calling Mistral AI:', error);
  }
}

scripts...Mistral...run.ts

import { callMistralAI } from "./mistral-api"

const message = 'Write a soulbound ERC721 contract and mocha/chai unit tests. This should use the following implementation: @openzeppelin/contracts/token/ERC721/ERC721.sol'

const params = {
              optimize: false,
              evmVersion: null,
              language: 'Solidity',
              version: '0.8.28+commit.7893614a'
          }

// Example usage
let messages = [
  {
    role: 'user',
    content: `${message} using the following compiler config: ${JSON.stringify(params)}`
  }
];

const mmaxNbIteration = 6
let iteration = 0

console.log(messages)

let json_mes
const run = async () => {
    if (iteration > mmaxNbIteration) {
      console.error('failed compiling')
      return
    }
    console.log('running iteration', iteration)
    json_mes = null
    
    const data = await callMistralAI(messages)

    const mes = data.choices[0].message.content.replace('```json\n', '').replace('```', '')
    json_mes = JSON.parse(mes)
    
    let compiled = false
    for (const index in json_mes) {
        const file = json_mes[index]
        await remix.call('fileManager', 'writeFile', file.fileName, file.content)
        if (file.fileName.endsWith('.sol')) {
          
          
          console.log(`compiling ${file.fileName}`)
          
          const contract = {}
          contract[file.fileName] = { content : file.content }

          const result = await remix.call('solidity' as any, 'compileWithParameters', contract, params)
          let data = result.data

          if (data.errors && data.errors.length && data.errors.find((error) => error.type !== 'Warning')) {

            iteration++

            const imports = extractImportPaths(file.content)
            console.log(file.content)          
            let contentImports = {}
            for (const file of imports) {
              contentImports[file] = await remix.call('contentImport', 'resolve', file)
            }

            // console.log(contentImports)
            messages.push({
              role: 'user',
              content: `Here is the code you generated: ${file.content} . Here is the code of the imports: ${JSON.stringify(contentImports)} . Here are compilation errors: ${JSON.stringify(data.errors)}. Fix errors.`
            })
           
            await run()
          } else {
            console.log('compiled successfully...')
            console.log('reset compilation config...')
            await remix.call('solidity' as any, 'setCompilerConfig', params)
            await remix.call('solidity' as any, 'compile', file.fileName)
            await new Promise(() => { setTimeout((resolve) => { resolve({}) }, 5000)})
            compiled = true
          }            
      }
    }
    if (compiled) {         
      console.log('running tests...')
      const scripts = json_mes.find((item) => item.fileName.endsWith('.ts'))
      remix.call('scriptRunnerBridge' as any, 'execute', scripts.content, scripts.fileName)
    }
}

function extractImportPaths(text) {

    // Define the regex pattern to match import paths
    const regex = /import\s*\"([^\"]+)\"\s*;/g;
    const paths = [];
    let match;
    
    // Use the regex to find all matches in the text
    while ((match = regex.exec(text)) !== null) {
        // Push the captured path to the paths array
        paths.push(match[1]);
    }

    return paths;
}

run().catch((e) => { console.error(e.message) })

scripts...Mistral...type.ts

export interface CompilationFileSources {
    [fileName: string]: {
        keccak256?: string;
        content: string;
        urls?: string[];
    };
}
export interface SourceWithTarget {
    sources?: CompilationFileSources;
    target?: string | null | undefined;
}
export interface CompilationResult {
    /** not present if no errors/warnings were encountered */
    errors?: CompilationError[];
    /** This contains the file-level outputs. In can be limited/filtered by the outputSelection settings */
    sources: {
        [contractName: string]: CompilationSource;
    };
    /** This contains the contract-level outputs. It can be limited/filtered by the outputSelection settings */
    contracts: {
        /** If the language used has no contract names, this field should equal to an empty string. */
        [fileName: string]: {
            [contract: string]: CompiledContract;
        };
    };
}
export interface lastCompilationResult {
    data: CompilationResult | null;
    source: SourceWithTarget | null | undefined;
}
export interface CompilationError {
    /** Location within the source file */
    sourceLocation?: {
        file: string;
        start: number;
        end: number;
    };
    /** Error type */
    type: CompilationErrorType;
    /** Component where the error originated, such as "general", "ewasm", etc. */
    component: 'general' | 'ewasm' | string;
    severity: 'error' | 'warning';
    message: string;
    /** the message formatted with source location */
    formattedMessage?: string;
}
declare type CompilationErrorType = 'JSONError' | 'IOError' | 'ParserError' | 'DocstringParsingError' | 'SyntaxError' | 'DeclarationError' | 'TypeError' | 'UnimplementedFeatureError' | 'InternalCompilerError' | 'Exception' | 'CompilerError' | 'FatalError' | 'Warning';
export interface CompilationSource {
    /** Identifier of the source (used in source maps) */
    id: number;
    /** The AST object */
    ast: AstNode;
    /** The legacy AST object */
    legacyAST: AstNodeLegacy;
}
export interface AstNode {
    absolutePath?: string;
    exportedSymbols?: Object;
    id: number;
    nodeType: string;
    nodes?: Array<AstNode>;
    src: string;
    literals?: Array<string>;
    file?: string;
    scope?: number;
    sourceUnit?: number;
    symbolAliases?: Array<string>;
    [x: string]: any;
}
export interface AstNodeLegacy {
    id: number;
    name: string;
    src: string;
    children?: Array<AstNodeLegacy>;
    attributes?: AstNodeAtt;
}
export interface AstNodeAtt {
    operator?: string;
    string?: null;
    type?: string;
    value?: string;
    constant?: boolean;
    name?: string;
    public?: boolean;
    exportedSymbols?: Object;
    argumentTypes?: null;
    absolutePath?: string;
    [x: string]: any;
}
export interface CompiledContract {
    /** The Ethereum Contract ABI. If empty, it is represented as an empty array. */
    abi: ABIDescription[];
    metadata: string;
    /** User documentation (natural specification) */
    userdoc: UserDocumentation;
    /** Developer documentation (natural specification) */
    devdoc: DeveloperDocumentation;
    /** Intermediate representation (string) */
    ir: string;
    /** EVM-related outputs */
    evm: {
        assembly: string;
        legacyAssembly: {};
        /** Bytecode and related details. */
        bytecode: BytecodeObject;
        deployedBytecode: BytecodeObject;
        /** The list of function hashes */
        methodIdentifiers: {
            [functionIdentifier: string]: string;
        };
        gasEstimates: {
            creation: {
                codeDepositCost: string;
                executionCost: 'infinite' | string;
                totalCost: 'infinite' | string;
            };
            external: {
                [functionIdentifier: string]: string;
            };
            internal: {
                [functionIdentifier: string]: 'infinite' | string;
            };
        };
    };
    /** eWASM related outputs */
    ewasm: {
        /** S-expressions format */
        wast: string;
        /** Binary format (hex string) */
        wasm: string;
    };
}
export declare type ABIDescription = FunctionDescription | EventDescription;
export interface FunctionDescription {
    /** Type of the method. default is 'function' */
    type?: 'function' | 'constructor' | 'fallback';
    /** The name of the function. Constructor and fallback functions never have a name */
    name?: string;
    /** List of parameters of the method. Fallback functions don’t have inputs. */
    inputs?: ABIParameter[];
    /** List of the output parameters for the method, if any */
    outputs?: ABIParameter[];
    /** State mutability of the method */
    stateMutability: 'pure' | 'view' | 'nonpayable' | 'payable';
    /** true if function accepts Ether, false otherwise. Default is false */
    payable?: boolean;
    /** true if function is either pure or view, false otherwise. Default is false  */
    constant?: boolean;
}
export interface EventDescription {
    type: 'event';
    name: string;
    inputs: ABIParameter & {
        /** true if the field is part of the log’s topics, false if it one of the log’s data segment. */
        indexed: boolean;
    }[];
    /** true if the event was declared as anonymous. */
    anonymous: boolean;
}
export interface ABIParameter {
    /** The name of the parameter */
    name: string;
    /** The canonical type of the parameter */
    type: ABITypeParameter;
    /** Used for tuple types */
    components?: ABIParameter[];
}
export declare type ABITypeParameter = 'uint' | 'uint[]' | 'int' | 'int[]' | 'address' | 'address[]' | 'bool' | 'bool[]' | 'fixed' | 'fixed[]' | 'ufixed' | 'ufixed[]' | 'bytes' | 'bytes[]' | 'function' | 'function[]' | 'tuple' | 'tuple[]' | string;
export interface UserDocumentation {
    methods: UserMethodList;
    notice: string;
}
export declare type UserMethodList = {
    [functionIdentifier: string]: UserMethodDoc;
} & {
    'constructor'?: string;
};
export interface UserMethodDoc {
    notice: string;
}
export interface DeveloperDocumentation {
    author: string;
    title: string;
    details: string;
    methods: DevMethodList;
}
export interface DevMethodList {
    [functionIdentifier: string]: DevMethodDoc;
}
export interface DevMethodDoc {
    author: string;
    details: string;
    return: string;
    returns: {
        [param: string]: string;
    };
    params: {
        [param: string]: string;
    };
}
export interface BytecodeObject {
    /** The bytecode as a hex string. */
    object: string;
    /** Opcodes list */
    opcodes: string;
    /** The source mapping as a string. See the source mapping definition. */
    sourceMap: string;
    /** If given, this is an unlinked object. */
    linkReferences?: {
        [contractName: string]: {
            /** Byte offsets into the bytecode. */
            [library: string]: {
                start: number;
                length: number;
            }[];
        };
    };
}
export {};