dist_agent_lang 1.0.21

// Solidity Contract Testing Utilities
// Easy testing of Solidity integrations

@trust("hybrid")
service SolidityTesting {
    // Mock contract for testing
    mock_contracts: map<string, map<string, any>>,
    
    fn initialize() {
        // Setup mock contracts for testing
        self.mock_contracts["MockERC20"] = {
            "address": "0xMockERC20",
            "functions": {
                "balanceOf": fn(account: string) -> int {
                    return 1000000;  // Mock balance
                },
                "transfer": fn(to: string, amount: int) -> bool {
                    return true;  // Mock success
                },
                "approve": fn(spender: string, amount: int) -> bool {
                    return true;  // Mock success
                }
            }
        };
        
        log::info("testing", "Mock contracts initialized");
    }
    
    // Test contract call without deploying
    fn test_contract_call(
        contract_name: string,
        function_name: string,
        args: map<string, any>
    ) -> map<string, any> {
        let mock = self.mock_contracts[contract_name];
        
        if (mock == null {
            return {"success": false, "error": "Contract not found"};
        }
        
        let function = mock["functions"][function_name];
        
        if (function == null {
            return {"success": false, "error": "Function not found"};
        }
        
        // Execute mock function
        let result = function(args);
        
        return {
            "success": true,
            "result": result,
            "contract": contract_name,
            "function": function_name
        };
    }
    
    // Test multi-step operation
    fn test_multi_step_operation() -> map<string, any> {
        let results = {};
        
        // Step 1: Check balance
        let balance_result = self.test_contract_call(
            "MockERC20",
            "balanceOf",
            {"account": "0xTestAccount"}
        );
        results["balance"] = balance_result;
        
        // Step 2: Approve
        let approve_result = self.test_contract_call(
            "MockERC20",
            "approve",
            {
                "spender": "0xSpender",
                "amount": 1000
            }
        );
        results["approve"] = approve_result;
        
        // Step 3: Transfer
        let transfer_result = self.test_contract_call(
            "MockERC20",
            "transfer",
            {
                "to": "0xRecipient",
                "amount": 1000
            }
        );
        results["transfer"] = transfer_result;
        
        return {
            "success": balance_result["success"] && approve_result["success"] && transfer_result["success"],
            "steps": results
        };
    }
    
    // Assert helper
    fn assert(condition: bool, message: string) -> bool {
        if (!condition {
            log::error("test", "Assertion failed: " + message);
            return false;
        }
        return true;
    }
    
    // Run test suite
    fn run_tests() -> map<string, any> {
        log::info("testing", "Running Solidity integration tests...");
        
        let test_results = {};
        
        // Test 1: Basic contract call
        let test1 = self.test_contract_call(
            "MockERC20",
            "balanceOf",
            {"account": "0xTest"}
        );
        test_results["test_basic_call"] = self.assert(
            test1["success"],
            "Basic contract call failed"
        );
        
        // Test 2: Multi-step operation
        let test2 = self.test_multi_step_operation();
        test_results["test_multi_step"] = self.assert(
            test2["success"],
            "Multi-step operation failed"
        );
        
        // Test 3: Error handling
        let test3 = self.test_contract_call(
            "NonExistentContract",
            "someFunction",
            {}
        );
        test_results["test_error_handling"] = self.assert(
            !test3["success"],
            "Error handling test failed"
        );
        
        let all_passed = true;
        for (test_name in test_results.keys() ) {
            if (!test_results[test_name] {
                all_passed = false;
                break;
            }
        }
        
        return {
            "all_passed": all_passed,
            "results": test_results,
            "total_tests": test_results.size(),
//             "passed": test_results.values().filter(
        };
    }
}

// Integration test example
@trust("hybrid")
service IntegrationTests {
    fn test_uniswap_integration() -> bool {
        // Test Uniswap integration without real deployment
        let test_orchestrator = SolidityOrchestrator::new();
        test_orchestrator.initialize();
        
        // Mock the chain::call to avoid real blockchain calls
        let result = test_orchestrator.call_solidity_contract(
            "UniswapRouter",
            1,
            "getAmountsOut",
            {
                "amountIn": 1000000,
                "path": ["0xTokenA", "0xTokenB"]
            }
        );
        
        return result != null && result != "error";
    }
    
    fn test_aave_integration() -> bool {
        // Test Aave integration
        let test_orchestrator = SolidityOrchestrator::new();
        test_orchestrator.initialize();
        
        let result = test_orchestrator.call_solidity_contract(
            "AaveLendingPool",
            1,
            "getUserAccountData",
            {"user": "0xTestUser"}
        );
        
        return result != null && result != "error";
    }
    
    fn run_all_integration_tests() -> map<string, bool> {
        return {
            "uniswap": self.test_uniswap_integration(),
            "aave": self.test_aave_integration()
        };
    }
}