#303 [API Endpoints & Services] Enhance and optimize auth.routes.ts (Issue #40) Repo Avatar StellarState/SS-backend Context & Goal This issue focuses on improving the src/routes/auth.routes.ts component within the API Endpoints & Services domain. Currently, the architecture assumes certain default behaviors that do not scale well under heavy load or edge cases. As our user base expands, we have identified several constraints in the current implementation that cause sporadic timeouts or sub-optimal data fetching patterns.
The primary goal of this issue is to refactor and harden the logic within src/routes/auth.routes.ts to ensure optimal performance and resilience. The current implementation relies on sequential processing or lacks robust error handling, which could lead to cascading failures in downstream systems. By addressing this, we will improve the overall stability of the platform.
Furthermore, this refactor will set the foundation for upcoming features that rely heavily on this module. We need to ensure that the code is well-tested, documented, and follows our latest architectural guidelines. The new implementation must handle all known edge cases, properly sanitize inputs, and gracefully handle external dependency failures.
Your task is to analyze the current flow in src/routes/auth.routes.ts, propose a more efficient algorithm or data structure, implement the changes, and verify them against our test suite. We expect a deep understanding of the domain and careful consideration of the trade-offs involved in your proposed solution.
Code References File: src/routes/auth.routes.ts Note: Review the surrounding module context before making changes. Target Branch Target Branch: dev
Implementation Tasks Analyze the current implementation in src/routes/auth.routes.ts. Refactor the logic to address the constraints mentioned above. Add robust error handling and logging. Ensure backward compatibility with existing consumers. Technical Guidance When refactoring src/routes/auth.routes.ts, consider using the following pattern:
// Example snippet try { // Your optimized logic here await processEfficiently(); } catch (error) { logger.error('Failed to process', { error }); throw new AppError('Processing failed', 500); } Delivery Window Expected delivery: 3-5 Days
Contribution Workflow Branch off dev. Commit using Conventional Commits. Open a PR targeting dev. Ensure all CI checks pass. Acceptance Criteria Code in src/routes/auth.routes.ts is optimized and hardened. Tests pass and coverage is maintained or improved. PR targets the dev branch. No regression in existing functionality
#302 [API Endpoints & Services] Enhance and optimize invoice.service.ts (Issue #39) Repo Avatar StellarState/SS-backend Context & Goal This issue focuses on improving the src/services/invoice.service.ts component within the API Endpoints & Services domain. Currently, the architecture assumes certain default behaviors that do not scale well under heavy load or edge cases. As our user base expands, we have identified several constraints in the current implementation that cause sporadic timeouts or sub-optimal data fetching patterns.
The primary goal of this issue is to refactor and harden the logic within src/services/invoice.service.ts to ensure optimal performance and resilience. The current implementation relies on sequential processing or lacks robust error handling, which could lead to cascading failures in downstream systems. By addressing this, we will improve the overall stability of the platform.
Furthermore, this refactor will set the foundation for upcoming features that rely heavily on this module. We need to ensure that the code is well-tested, documented, and follows our latest architectural guidelines. The new implementation must handle all known edge cases, properly sanitize inputs, and gracefully handle external dependency failures.
Your task is to analyze the current flow in src/services/invoice.service.ts, propose a more efficient algorithm or data structure, implement the changes, and verify them against our test suite. We expect a deep understanding of the domain and careful consideration of the trade-offs involved in your proposed solution.
Code References File: src/services/invoice.service.ts Note: Review the surrounding module context before making changes. Target Branch Target Branch: dev
Implementation Tasks Analyze the current implementation in src/services/invoice.service.ts. Refactor the logic to address the constraints mentioned above. Add robust error handling and logging. Ensure backward compatibility with existing consumers. Technical Guidance When refactoring src/services/invoice.service.ts, consider using the following pattern:
// Example snippet try { // Your optimized logic here await processEfficiently(); } catch (error) { logger.error('Failed to process', { error }); throw new AppError('Processing failed', 500); } Delivery Window Expected delivery: 1-2 Days
Contribution Workflow Branch off dev. Commit using Conventional Commits. Open a PR targeting dev. Ensure all CI checks pass. Acceptance Criteria Code in src/services/invoice.service.ts is optimized and hardened. Tests pass and coverage is maintained or improved. PR targets the dev branch. No regression in existing functionality.
#301 [API Endpoints & Services] Enhance and optimize invoice-escrow-contract.service.ts (Issue #38) Repo Avatar StellarState/SS-backend Context & Goal This issue focuses on improving the src/services/stellar/invoice-escrow-contract.service.ts component within the API Endpoints & Services domain. Currently, the architecture assumes certain default behaviors that do not scale well under heavy load or edge cases. As our user base expands, we have identified several constraints in the current implementation that cause sporadic timeouts or sub-optimal data fetching patterns.
The primary goal of this issue is to refactor and harden the logic within src/services/stellar/invoice-escrow-contract.service.ts to ensure optimal performance and resilience. The current implementation relies on sequential processing or lacks robust error handling, which could lead to cascading failures in downstream systems. By addressing this, we will improve the overall stability of the platform.
Furthermore, this refactor will set the foundation for upcoming features that rely heavily on this module. We need to ensure that the code is well-tested, documented, and follows our latest architectural guidelines. The new implementation must handle all known edge cases, properly sanitize inputs, and gracefully handle external dependency failures.
Your task is to analyze the current flow in src/services/stellar/invoice-escrow-contract.service.ts, propose a more efficient algorithm or data structure, implement the changes, and verify them against our test suite. We expect a deep understanding of the domain and careful consideration of the trade-offs involved in your proposed solution.
Code References File: src/services/stellar/invoice-escrow-contract.service.ts Note: Review the surrounding module context before making changes. Target Branch Target Branch: dev
Implementation Tasks Analyze the current implementation in src/services/stellar/invoice-escrow-contract.service.ts. Refactor the logic to address the constraints mentioned above. Add robust error handling and logging. Ensure backward compatibility with existing consumers. Technical Guidance When refactoring src/services/stellar/invoice-escrow-contract.service.ts, consider using the following pattern:
// Example snippet try { // Your optimized logic here await processEfficiently(); } catch (error) { logger.error('Failed to process', { error }); throw new AppError('Processing failed', 500); } Delivery Window Expected delivery: 3-5 Days
Contribution Workflow Branch off dev. Commit using Conventional Commits. Open a PR targeting dev. Ensure all CI checks pass. Acceptance Criteria Code in src/services/stellar/invoice-escrow-contract.service.ts is optimized and hardened. Tests pass and coverage is maintained or improved. PR targets the dev branch. No regression in existing functionality.
#300 [API Endpoints & Services] Enhance and optimize user.controller.ts (Issue #37) Repo Avatar StellarState/SS-backend Context & Goal This issue focuses on improving the src/controllers/user.controller.ts component within the API Endpoints & Services domain. Currently, the architecture assumes certain default behaviors that do not scale well under heavy load or edge cases. As our user base expands, we have identified several constraints in the current implementation that cause sporadic timeouts or sub-optimal data fetching patterns.
The primary goal of this issue is to refactor and harden the logic within src/controllers/user.controller.ts to ensure optimal performance and resilience. The current implementation relies on sequential processing or lacks robust error handling, which could lead to cascading failures in downstream systems. By addressing this, we will improve the overall stability of the platform.
Furthermore, this refactor will set the foundation for upcoming features that rely heavily on this module. We need to ensure that the code is well-tested, documented, and follows our latest architectural guidelines. The new implementation must handle all known edge cases, properly sanitize inputs, and gracefully handle external dependency failures.
Your task is to analyze the current flow in src/controllers/user.controller.ts, propose a more efficient algorithm or data structure, implement the changes, and verify them against our test suite. We expect a deep understanding of the domain and careful consideration of the trade-offs involved in your proposed solution.
Code References File: src/controllers/user.controller.ts Note: Review the surrounding module context before making changes. Target Branch Target Branch: dev
Implementation Tasks Analyze the current implementation in src/controllers/user.controller.ts. Refactor the logic to address the constraints mentioned above. Add robust error handling and logging. Ensure backward compatibility with existing consumers. Technical Guidance When refactoring src/controllers/user.controller.ts, consider using the following pattern:
// Example snippet try { // Your optimized logic here await processEfficiently(); } catch (error) { logger.error('Failed to process', { error }); throw new AppError('Processing failed', 500); } Delivery Window Expected delivery: 1-2 Days
Contribution Workflow Branch off dev. Commit using Conventional Commits. Open a PR targeting dev. Ensure all CI checks pass. Acceptance Criteria Code in src/controllers/user.controller.ts is optimized and hardened. Tests pass and coverage is maintained or improved. PR targets the dev branch. No regression in existing functionality.