Sample Agents

@Service
public class CodeGenerationService {

    private final AgentClient agentClient;

    public CodeGenerationService(AgentClient agentClient) {
        this.agentClient = agentClient;
    }

    public String generateRestController(String entityName, String packageName) {
        String prompt = String.format(
            "Generate a Spring Boot REST controller for entity '%s' in package '%s'. " +
            "Include CRUD operations, proper HTTP status codes, and input validation.",
            entityName, packageName
        );

        AgentClientResponse response = agentClient
            .goal(prompt)
            .yolo(true)
            .run();

        if (!response.isSuccessful()) {
            throw new CodeGenerationException("Failed to generate controller: " + response.getResult());
        }

        return response.getResult();
    }

    public String generateJpaRepository(String entityName, String packageName) {
        String prompt = String.format(
            "Generate a Spring Data JPA repository interface for entity '%s' in package '%s'. " +
            "Include custom query methods and proper naming conventions.",
            entityName, packageName
        );

        return agentClient.run(prompt).getResult();
    }

    public String generateUnitTests(String className) {
        String prompt = String.format(
            "Generate comprehensive JUnit 5 unit tests for class '%s'. " +
            "Include test cases for all public methods, edge cases, and use Mockito for mocking dependencies.",
            className
        );

        return agentClient
            .goal(prompt)
            .yolo(true)
            .run()
            .getResult();
    }
}

@Service
public class RefactoringAssistant {

    private final AgentClient agentClient;

    public RefactoringAssistant(AgentClient agentClient) {
        this.agentClient = agentClient;
    }

    public RefactoringResult extractMethod(String className, String methodName, int startLine, int endLine) {
        String prompt = String.format(
            "In class '%s', extract lines %d-%d from method '%s' into a new private method. " +
            "Choose an appropriate method name and ensure all variables are properly parameterized.",
            className, startLine, endLine, methodName
        );

        AgentClientResponse response = agentClient
            .goal(prompt)
            .yolo(true)
            .run();

        return new RefactoringResult(response.isSuccessful(), response.getResult());
    }

    public RefactoringResult applyDesignPattern(String className, String pattern, String reason) {
        String prompt = String.format(
            "Refactor class '%s' to implement the %s design pattern. " +
            "Reason: %s. Ensure backward compatibility and add appropriate documentation.",
            className, pattern, reason
        );

        AgentClientResponse response = agentClient
            .goal(prompt)
            .timeout(Duration.ofMinutes(15))
            .run();

        return new RefactoringResult(response.isSuccessful(), response.getResult());
    }

    public String modernizeCode(String targetVersion) {
        String prompt = String.format(
            "Modernize this codebase to use Java %s features. " +
            "Replace outdated patterns with modern alternatives, use var where appropriate, " +
            "and apply new API features. Maintain existing functionality.",
            targetVersion
        );

        return agentClient
            .goal(prompt)
            .yolo(true)
            .timeout(Duration.ofMinutes(20))
            .run()
            .getResult();
    }

    public record RefactoringResult(boolean success, String result) {}
}

@Component
public class AutomatedCodeReviewer {

    private final AgentClient agentClient;

    public AutomatedCodeReviewer(AgentClient agentClient) {
        this.agentClient = agentClient;
    }

    public CodeReviewReport reviewPullRequest(String branchName, List<String> changedFiles) {
        String prompt = String.format(
            "Review the changes in branch '%s' for the following files: %s. " +
            "Focus on: 1) Code quality issues, 2) Potential bugs, 3) Security concerns, " +
            "4) Performance implications, 5) Adherence to Java best practices. " +
            "Provide specific line-by-line feedback where applicable.",
            branchName, String.join(", ", changedFiles)
        );

        AgentClientResponse response = agentClient
            .goal(prompt)
            .yolo(false) // Read-only review
            .timeout(Duration.ofMinutes(10))
            .run();

        return parseCodeReviewReport(response.getResult());
    }

    public TestCoverageReport analyzeCoverage() {
        String prompt =
            "Analyze the test coverage of this project. " +
            "Identify classes and methods with insufficient coverage. " +
            "Suggest specific test cases that should be added to improve coverage.";

        AgentClientResponse response = agentClient.run(prompt);
        return parseTestCoverageReport(response.getResult());
    }

    public SecurityAnalysisReport scanForVulnerabilities() {
        String prompt =
            "Perform a security analysis of this codebase. " +
            "Look for common vulnerabilities like SQL injection, XSS, insecure dependencies, " +
            "hardcoded secrets, and improper input validation. " +
            "Provide specific remediation suggestions.";

        AgentClientResponse response = agentClient
            .goal(prompt)
            .timeout(Duration.ofMinutes(15))
            .run();

        return parseSecurityReport(response.getResult());
    }

    // Helper methods for parsing reports would be implemented here
    private CodeReviewReport parseCodeReviewReport(String result) { /* implementation */ }
    private TestCoverageReport parseTestCoverageReport(String result) { /* implementation */ }
    private SecurityAnalysisReport parseSecurityReport(String result) { /* implementation */ }
}

@Service
public class BuildOptimizer {

    private final AgentClient agentClient;

    public BuildOptimizer(AgentClient agentClient) {
        this.agentClient = agentClient;
    }

    public String optimizeMavenBuild() {
        String prompt =
            "Analyze the Maven pom.xml files in this project and suggest optimizations: " +
            "1) Remove unused dependencies, 2) Update to latest stable versions, " +
            "3) Optimize plugin configurations, 4) Add useful plugins if missing, " +
            "5) Improve build performance. Make the changes and explain what was optimized.";

        return agentClient
            .goal(prompt)
            .yolo(true)
            .timeout(Duration.ofMinutes(10))
            .run()
            .getResult();
    }

    public String updateDependencies() {
        String prompt =
            "Update all dependencies in this project to their latest stable versions. " +
            "Check for breaking changes and update code accordingly. " +
            "Ensure all tests still pass after updates.";

        return agentClient
            .goal(prompt)
            .yolo(true)
            .timeout(Duration.ofMinutes(20))
            .run()
            .getResult();
    }

    public String generateDockerfile(String javaVersion, String springBootVersion) {
        String prompt = String.format(
            "Generate an optimized Dockerfile for this Spring Boot application. " +
            "Use Java %s and Spring Boot %s. Include multi-stage build, " +
            "proper layer caching, non-root user, and security best practices.",
            javaVersion, springBootVersion
        );

        return agentClient.run(prompt).getResult();
    }
}

@Service
public class DocumentationGenerator {

    private final AgentClient agentClient;

    public DocumentationGenerator(AgentClient agentClient) {
        this.agentClient = agentClient;
    }

    public String generateApiDocumentation() {
        String prompt =
            "Generate comprehensive API documentation for this Spring Boot application. " +
            "Include: 1) Overview of all endpoints, 2) Request/response examples, " +
            "3) Authentication requirements, 4) Error codes and handling, " +
            "5) Rate limiting information. Format as OpenAPI/Swagger specification.";

        return agentClient
            .goal(prompt)
            .timeout(Duration.ofMinutes(15))
            .run()
            .getResult();
    }

    public String generateReadme() {
        String prompt =
            "Generate a comprehensive README.md file for this project. " +
            "Include: 1) Project description and purpose, 2) Prerequisites and installation, " +
            "3) Configuration options, 4) Usage examples, 5) API endpoints overview, " +
            "6) Contributing guidelines, 7) License information.";

        return agentClient.run(prompt).getResult();
    }

    public String generateArchitectureDocumentation() {
        String prompt =
            "Create detailed architecture documentation for this application. " +
            "Include: 1) System architecture diagram description, 2) Component interactions, " +
            "3) Database schema overview, 4) External dependencies, " +
            "5) Security architecture, 6) Deployment architecture.";

        return agentClient
            .goal(prompt)
            .timeout(Duration.ofMinutes(20))
            .run()
            .getResult();
    }

    public String addJavadocComments(String className) {
        String prompt = String.format(
            "Add comprehensive Javadoc comments to class '%s' and all its methods. " +
            "Follow standard Javadoc conventions with proper @param, @return, and @throws tags. " +
            "Include usage examples for complex methods.",
            className
        );

        return agentClient
            .goal(prompt)
            .yolo(true)
            .run()
            .getResult();
    }
}

@Service
public class TestGenerationService {

    private final AgentClient agentClient;

    public TestGenerationService(AgentClient agentClient) {
        this.agentClient = agentClient;
    }

    public String generateUnitTests(String className) {
        String prompt = String.format(
            "Generate comprehensive unit tests for class '%s'. " +
            "Include: 1) Happy path tests, 2) Edge cases, 3) Error conditions, " +
            "4) Boundary value testing, 5) Mock all external dependencies, " +
            "6) Achieve >90%% code coverage. Use JUnit 5 and Mockito.",
            className
        );

        return agentClient
            .goal(prompt)
            .yolo(true)
            .timeout(Duration.ofMinutes(10))
            .run()
            .getResult();
    }

    public String generateIntegrationTests() {
        String prompt =
            "Generate integration tests for this Spring Boot application. " +
            "Include: 1) REST endpoint testing with @SpringBootTest, " +
            "2) Database integration tests with @DataJpaTest, " +
            "3) Service layer integration tests, 4) Configuration tests, " +
            "5) Use TestContainers for external dependencies.";

        return agentClient
            .goal(prompt)
            .yolo(true)
            .timeout(Duration.ofMinutes(15))
            .run()
            .getResult();
    }

    public String generatePerformanceTests(String endpoint) {
        String prompt = String.format(
            "Generate performance tests for endpoint '%s'. " +
            "Create JMeter test plan or JUnit performance tests that: " +
            "1) Test with increasing load, 2) Measure response times, " +
            "3) Check for memory leaks, 4) Verify throughput under load.",
            endpoint
        );

        return agentClient.run(prompt).getResult();
    }

    public String generateContractTests(String consumerService, String providerService) {
        String prompt = String.format(
            "Generate Pact contract tests between consumer '%s' and provider '%s'. " +
            "Include: 1) Consumer contract tests, 2) Provider verification tests, " +
            "3) Test data setup, 4) Contract publishing configuration.",
            consumerService, providerService
        );

        return agentClient
            .goal(prompt)
            .yolo(true)
            .run()
            .getResult();
    }
}

@Service
public class DatabaseAssistant {

    private final AgentClient agentClient;

    public DatabaseAssistant(AgentClient agentClient) {
        this.agentClient = agentClient;
    }

    public String generateFlywayMigration(String description, String changes) {
        String prompt = String.format(
            "Generate a Flyway migration script for: '%s'. " +
            "Changes needed: %s. " +
            "Include: 1) Forward migration SQL, 2) Rollback considerations, " +
            "3) Index optimizations, 4) Data migration if needed, " +
            "5) Proper versioning and naming.",
            description, changes
        );

        return agentClient.run(prompt).getResult();
    }

    public String optimizeQueryPerformance(String slowQuery) {
        String prompt = String.format(
            "Analyze and optimize this slow SQL query: %s. " +
            "Provide: 1) Optimized query version, 2) Index recommendations, " +
            "3) Execution plan analysis, 4) Alternative approaches if applicable.",
            slowQuery
        );

        return agentClient.run(prompt).getResult();
    }

    public String generateJpaEntities(String tableName) {
        String prompt = String.format(
            "Generate JPA entity classes for database table '%s'. " +
            "Include: 1) Proper JPA annotations, 2) Relationships with other entities, " +
            "3) Validation annotations, 4) Constructor, getters, setters, " +
            "5) equals() and hashCode() methods.",
            tableName
        );

        return agentClient
            .goal(prompt)
            .yolo(true)
            .run()
            .getResult();
    }
}

@Service
public class MultiAgentWorkflow {

    private final AgentClient claudeAgent;
    private final AgentClient geminiAgent;

    public MultiAgentWorkflow(
            @Qualifier("claudeAgentClient") AgentClient claudeAgent,
            @Qualifier("geminiAgentClient") AgentClient geminiAgent) {
        this.claudeAgent = claudeAgent;
        this.geminiAgent = geminiAgent;
    }

    public String collaborativeCodeReview(String pullRequestId) {
        // Use Claude for detailed analysis
        String claudeAnalysis = claudeAgent.run(
            "Perform detailed code review of PR " + pullRequestId +
            ". Focus on logic correctness and potential bugs."
        ).getResult();

        // Use Gemini for architectural review
        String geminiAnalysis = geminiAgent.run(
            "Review PR " + pullRequestId + " for architectural concerns " +
            "and Google Cloud best practices."
        ).getResult();

        // Combine insights
        String combinedPrompt = String.format(
            "Combine these two code review analyses into a single comprehensive report: " +
            "Analysis 1 (Logic & Bugs): %s\n\n" +
            "Analysis 2 (Architecture): %s\n\n" +
            "Create a prioritized list of issues with actionable recommendations.",
            claudeAnalysis, geminiAnalysis
        );

        return claudeAgent.run(combinedPrompt).getResult();
    }

    public String distributeRefactoringTask(String className) {
        // Claude handles method extraction and logic optimization
        CompletableFuture<String> claudeTask = CompletableFuture.supplyAsync(() ->
            claudeAgent.run("Optimize methods in " + className + " for readability and performance").getResult()
        );

        // Gemini handles architectural improvements
        CompletableFuture<String> geminiTask = CompletableFuture.supplyAsync(() ->
            geminiAgent.run("Improve architecture of " + className + " following SOLID principles").getResult()
        );

        // Combine results
        return claudeTask.thenCombine(geminiTask, (claudeResult, geminiResult) -> {
            return claudeAgent.run(
                "Merge these refactoring approaches: " + claudeResult + "\n\n" + geminiResult
            ).getResult();
        }).join();
    }
}

@Service
public class ResilientAgentService {

    private final AgentClient primaryAgent;
    private final AgentClient fallbackAgent;
    private final CircuitBreaker circuitBreaker;

    public ResilientAgentService(
            @Primary AgentClient primaryAgent,
            @Qualifier("fallback") AgentClient fallbackAgent,
            CircuitBreakerFactory circuitBreakerFactory) {
        this.primaryAgent = primaryAgent;
        this.fallbackAgent = fallbackAgent;
        this.circuitBreaker = circuitBreakerFactory.create("agent-service");
    }

    public String executeGoal(String goal) {
        return circuitBreaker.executeSupplier(() -> {
            try {
                AgentClientResponse response = primaryAgent
                    .goal(goal)
                    .timeout(Duration.ofMinutes(5))
                    .run();

                if (response.isSuccessful()) {
                    return response.getResult();
                } else {
                    // Fallback to secondary agent
                    log.warn("Primary agent failed, trying fallback: {}", response.getResult());
                    return fallbackAgent.run(goal).getResult();
                }

            } catch (AgentTimeoutException e) {
                log.error("Goal timed out, using fallback agent");
                return fallbackAgent
                    .goal(goal)
                    .timeout(Duration.ofMinutes(2))
                    .run()
                    .getResult();
            }
        });
    }
}