Smart Contract Capabilities

1// Smart contract interface
2interface TritContract {
3  // Contract state
4  interface State {
5    balance: TritValue;
6    storage: Map<TritAddress, TritValue>;
7    owner: TritAddress;
8  }
9
10  // Contract methods
11  interface Methods {
12    execute(method: string, args: TritValue[]): Promise<TritValue>;
13    view(method: string, args: TritValue[]): Promise<TritValue>;
14  }
15}
16
17// Contract development with Next.js
18export default function ContractDevelopment() {
19  return (
20    <StyledContractDev>
21      <Editor
22        language="typescript"
23        theme={tritTheme}
24        onChange={handleCodeChange}
25      />
26      <Compiler
27        code={sourceCode}
28        onCompile={handleCompilation}
29      />
30      <Deployer
31        bytecode={compiledCode}
32        onDeploy={handleDeployment}
33      />
34    </StyledContractDev>
35  );
36}
37
38// Contract testing framework
39class ContractTest {
40  async testMethod(
41    contract: TritContract,
42    method: string,
43    args: TritValue[]
44  ): Promise<TestResult> {
45    try {
46      const result = await contract.execute(method, args);
47      return { success: true, result };
48    } catch (error) {
49      return { success: false, error };
50    }
51  }
52}

1interface TritOracle {
2  // Oracle types
3  interface DataFeed {
4    source: string;
5    updateInterval: number;
6    value: TritValue;
7    signature: TritSignature;
8  }
9
10  // Oracle network
11  interface OracleNetwork {
12    nodes: OracleNode[];
13    aggregator: DataAggregator;
14    verifier: SignatureVerifier;
15  }
16}
17
18// Oracle implementation
19class DecentralizedOracle implements TritOracle {
20  private readonly network: OracleNetwork;
21
22  // Data fetching with Next.js API routes
23  async fetchData(
24    source: string
25  ): Promise<DataFeed> {
26    const response = await fetch('/api/oracle/fetch', {
27      method: 'POST',
28      body: JSON.stringify({ source })
29    });
30    return response.json();
31  }
32
33  // Data verification
34  async verifyData(
35    feed: DataFeed
36  ): Promise<boolean> {
37    return this.network.verifier.verify(feed);
38  }
39}
40
41// React component for oracle monitoring
42const OracleMonitor: React.FC<{
43  oracle: DecentralizedOracle;
44  feeds: DataFeed[];
45}> = ({ oracle, feeds }) => {
46  return (
47    <StyledOracleView>
48      <NetworkStatus network={oracle.network} />
49      <FeedList feeds={feeds} />
50      <VerificationStatus oracle={oracle} />
51    </StyledOracleView>
52  );
53};

1interface CrossChainBridge {
2  // Bridge operations
3  async function sendMessage(
4    targetChain: ChainId,
5    message: TritValue
6  ): Promise<TxHash>;
7
8  async function receiveMessage(
9    sourceChain: ChainId,
10    proof: MessageProof
11  ): Promise<boolean>;
12}
13
14// Bridge implementation with Next.js
15export default function handler(
16  req: NextApiRequest,
17  res: NextApiResponse<BridgeResponse>
18) {
19  const { targetChain, message } = req.body;
20  
21  try {
22    const result = await bridge.sendMessage(targetChain, message);
23    res.status(200).json({ result });
24  } catch (error) {
25    res.status(400).json({ error: error.message });
26  }
27}