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feat: test server deployment #1245

Merged
merged 5 commits into from
Dec 2, 2024
Merged

feat: test server deployment #1245

merged 5 commits into from
Dec 2, 2024

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ajhollid
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@ajhollid ajhollid commented Dec 2, 2024

This PR creates a test deployment config that will use ngixn and certbot

  • Create test deployment config
  • Add default certbot nginx configs to bootstrap SSL cert request process

@ajhollid ajhollid merged commit 007e1cd into develop Dec 2, 2024
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@ajhollid ajhollid deleted the feat/test-server-deployment branch December 2, 2024 03:44
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coderabbitai bot commented Dec 2, 2024

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The pull request is closed.

Walkthrough

The pull request introduces several enhancements and new configurations across various components of the application. Key changes include the addition of keyboard navigation features in the Account component, new Nginx server configurations for handling HTTP requests and SSL certificate management, and the introduction of Dockerfiles and scripts for building and managing services like MongoDB, Redis, and a Node.js application. The configurations support a structured multi-service architecture for the application, ensuring proper routing, security, and user management.

Changes

File Path Change Summary
Client/src/Pages/Account/index.jsx Added focusedTab state, handleKeyDown and handleFocus methods for improved tab navigation and focus handling.
Docker/prod/nginx/conf.d/cerbot New Nginx configuration for checkmate-demo.bluewavelabs.ca, handling HTTP requests and ACME challenge for SSL.
Docker/prod/nginx/conf.d/default.conf Updated server name and SSL certificate paths from uptime-demo.bluewavelabs.ca to checkmate-demo.bluewavelabs.ca.
Docker/test/build_images.sh New script to automate the building of Docker images for multiple services.
Docker/test/client.Dockerfile New multi-stage Dockerfile for building and serving a Node.js application with Nginx.
Docker/test/docker-compose.yaml New configuration defining a multi-service Docker application with client, certbot, server, redis, and mongodb.
Docker/test/mongo/init/create_users.js New script for creating a MongoDB user with specified roles upon initialization.
Docker/test/mongoDB.Dockerfile New Dockerfile for MongoDB, including an initialization script for user creation.
Docker/test/nginx/conf.d/certbot New Nginx configuration for checkmate-test.bluewavelabs.ca, handling HTTP requests and ACME challenge for SSL.
Docker/test/nginx/conf.d/default.conf New Nginx configuration for checkmate-test.bluewavelabs.ca, with server blocks for HTTP and HTTPS traffic.
Docker/test/prod/build_images.sh New script to automate the building of Docker images for multiple services.
Docker/test/prod/client.Dockerfile New multi-stage Dockerfile for building and serving a Node.js application with Nginx.
Docker/test/prod/docker-compose.yaml New configuration defining a multi-service application setup with client, certbot, server, redis, and mongodb.
Docker/test/prod/mongo/init/create_users.js New script for creating a MongoDB user with specified roles upon initialization.
Docker/test/prod/mongoDB.Dockerfile New Dockerfile for MongoDB, including an initialization script for user creation.
Docker/test/prod/nginx/conf.d/default.conf New Nginx configuration for uptime-demo.bluewavelabs.ca with server blocks for HTTP and HTTPS traffic.
Docker/test/prod/redis.Dockerfile New Dockerfile for Redis service, exposing port 6379.
Docker/test/prod/server.Dockerfile New Dockerfile for Node.js application, setting up the environment and exposing port 5000.
Docker/test/redis.Dockerfile New Dockerfile for Redis service, exposing port 6379.
Docker/test/server.Dockerfile New Dockerfile for Node.js application, setting up the environment and exposing port 5000.

📜 Recent review details

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Review profile: CHILL

📥 Commits

Reviewing files that changed from the base of the PR and between 2788dc4 and d713038.

📒 Files selected for processing (20)
  • Client/src/Pages/Account/index.jsx (5 hunks)
  • Docker/prod/nginx/conf.d/cerbot (1 hunks)
  • Docker/prod/nginx/conf.d/default.conf (2 hunks)
  • Docker/test/build_images.sh (1 hunks)
  • Docker/test/client.Dockerfile (1 hunks)
  • Docker/test/docker-compose.yaml (1 hunks)
  • Docker/test/mongo/init/create_users.js (1 hunks)
  • Docker/test/mongoDB.Dockerfile (1 hunks)
  • Docker/test/nginx/conf.d/certbot (1 hunks)
  • Docker/test/nginx/conf.d/default.conf (1 hunks)
  • Docker/test/prod/build_images.sh (1 hunks)
  • Docker/test/prod/client.Dockerfile (1 hunks)
  • Docker/test/prod/docker-compose.yaml (1 hunks)
  • Docker/test/prod/mongo/init/create_users.js (1 hunks)
  • Docker/test/prod/mongoDB.Dockerfile (1 hunks)
  • Docker/test/prod/nginx/conf.d/default.conf (1 hunks)
  • Docker/test/prod/redis.Dockerfile (1 hunks)
  • Docker/test/prod/server.Dockerfile (1 hunks)
  • Docker/test/redis.Dockerfile (1 hunks)
  • Docker/test/server.Dockerfile (1 hunks)

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Auto Pull Request Review from LlamaPReview

1. Overview

1.1 PR Summary

  • Business value and requirements alignment: This PR introduces a test deployment configuration for Checkmate using Nginx and Certbot to handle SSL certificate requests. This enhancement is crucial for ensuring secure communications in the monitoring tool, aligning with the business requirement of maintaining robust security practices.
  • Key components modified: Docker configuration files, Nginx configurations, and Certbot setup scripts.
  • Impact assessment: The changes affect the deployment process, SSL certificate management, and the overall infrastructure setup.
  • System dependencies and integration impacts: The deployment process is modified to include SSL certificate requests and management, which introduces new dependencies on Certbot and Nginx.

1.2 Architecture Changes

  • System design modifications: Introduces new Docker images and configurations for test and production environments, including Nginx and Certbot setups.
  • Component interactions: Nginx now interacts with Certbot for SSL certificate management, and Docker Compose files define the service dependencies and volumes.
  • Integration points: The deployment process is modified to include SSL certificate requests and management.

2. Detailed Technical Analysis

2.1 Code Logic Deep-Dive

Docker/test/build_images.sh

  • Submitted PR Code:
    #!/bin/bash
    
    # Change directory to root directory for correct Docker Context
    cd "$(dirname "$0")"
    cd ../..
    
    # Define an array of services and their Dockerfiles
    declare -A services=(
      ["uptime_client"]="./Docker/prod/client.Dockerfile"
      ["uptime_database_mongo"]="./Docker/prod/mongoDB.Dockerfile"
      ["uptime_redis"]="./Docker/prod/redis.Dockerfile"
      ["uptime_server"]="./Docker/prod/server.Dockerfile"
    )
    
    # Loop through each service and build the corresponding image
    for service in "${!services[@]}"; do
      docker build -f "${services[$service]}" -t "$service" .
    
      # Check if the build succeeded
      if [ $? -ne 0 ]; then
        echo "Error building $service image. Exiting..."
        exit 1
      fi
    done
    
    echo "All images built successfully"
    • Analysis:
      • Current logic and potential issues: The script builds Docker images for multiple services. It checks if each build succeeds and exits if any build fails. However, it lacks error handling for scenarios where the directory change fails.
      • Edge cases and error handling: The script does not handle cases where the directory change fails or where the Dockerfiles are missing.
      • Cross-component impact: This script is crucial for the deployment process, and any failure here can halt the entire deployment.
      • Business logic considerations: Ensures that all necessary Docker images are built before proceeding with the deployment.
    • LlamaPReview Suggested Improvements:
      #!/bin/bash
      
      # Change directory to root directory for correct Docker Context
      if ! cd "$(dirname "$0")" || ! cd ../..; then
        echo "Failed to change directory. Exiting..."
        exit 1
      fi
      
      # Define an array of services and their Dockerfiles
      declare -A services=(
        ["uptime_client"]="./Docker/prod/client.Dockerfile"
        ["uptime_database_mongo"]="./Docker/prod/mongoDB.Dockerfile"
        ["uptime_redis"]="./Docker/prod/redis.Dockerfile"
        ["uptime_server"]="./Docker/prod/server.Dockerfile"
      )
      
      # Loop through each service and build the corresponding image
      for service in "${!services[@]}"; do
        if [ ! -f "${services[$service]}" ]; then
          echo "Dockerfile for $service not found. Exiting..."
          exit 1
        fi
        docker build -f "${services[$service]}" -t "$service" .
      
        # Check if the build succeeded
        if [ $? -ne 0 ]; then
          echo "Error building $service image. Exiting..."
          exit 1
        fi
      done
      
      echo "All images built successfully"
    • Improvement rationale:
      • Technical benefits: Adds error handling for directory change and checks for the existence of Dockerfiles before attempting to build them.
      • Business value: Ensures a more robust deployment process by catching potential issues earlier.
      • Risk assessment: Reduces the risk of deployment failures due to missing files or directory change issues.

Docker/test/nginx/conf.d/certbot

  • Submitted PR Code:
    server {
        listen 80;
        listen [::]:80;
    
        server_name checkmate-test.bluewavelabs.ca www.checkmate-test.bluewavelabs.ca;
        server_tokens off;
    
        location /.well-known/acme-challenge/ {
            root /var/www/certbot;
        }
    
        location / {
            return 301 https://$host$request_uri;
        }
    }
    • Analysis:
      • Current logic and potential issues: The configuration sets up an Nginx server to handle SSL certificate requests using Certbot. However, the configuration does not include rate limiting or access control for the /.well-known/acme-challenge/ endpoint, which can be a security risk.
      • Edge cases and error handling: Without rate limiting, the endpoint can be vulnerable to abuse, leading to potential denial-of-service (DoS) attacks.
      • Cross-component impact: A compromised Certbot endpoint can affect the entire SSL certificate management process, leading to security vulnerabilities.
      • Business logic considerations: Ensuring the security and availability of the Certbot endpoint is crucial for maintaining the integrity of the SSL certificate management process.
    • LlamaPReview Suggested Improvements:
      server {
          listen 80;
          listen [::]:80;
      
          server_name checkmate-test.bluewavelabs.ca www.checkmate-test.bluewavelabs.ca;
          server_tokens off;
      
          location /.well-known/acme-challenge/ {
              root /var/www/certbot;
              limit_req zone=acme_zone burst=5 nodelay;
              allow all;
          }
      
          location / {
              return 301 https://$host$request_uri;
          }
      }
      
      http {
          limit_req_zone $binary_remote_addr zone=acme_zone:10m rate=1r/s;
      }
    • Improvement rationale:
      • Technical benefits: Adding rate limiting to the /.well-known/acme-challenge/ endpoint helps prevent abuse and potential DoS attacks.
      • Business value: Enhances the security of the SSL certificate management process by protecting the Certbot endpoint from abuse.
      • Risk assessment: Reduces the risk of security vulnerabilities and ensures the availability of the Certbot endpoint, maintaining the integrity of the SSL certificate management process.

Docker/test/docker-compose.yaml

  • Submitted PR Code:
    services:
      client:
        image: uptime_client:latest
        environment:
          UPTIME_APP_API_BASE_URL: "https://uptime-demo.bluewavelabs.ca/api/v1"
        ports:
          - "80:80"
          - "443:443"
        depends_on:
          - server
        volumes:
          - ./nginx/conf.d:/etc/nginx/conf.d/:ro
          - ./certbot/www:/var/www/certbot/:ro
          - ./certbot/conf/:/etc/nginx/ssl/:ro
    
      certbot:
        image: certbot/certbot:latest
        volumes:
          - ./certbot/www/:/var/www/certbot/:rw
          - ./certbot/conf/:/etc/letsencrypt/:rw
      server:
        image: uptime_server:latest
        ports:
          - "5000:5000"
        env_file:
          - server.env
        depends_on:
          - redis
          - mongodb
      redis:
        image: uptime_redis:latest
        ports:
          - "6379:6379"
        volumes:
          - ./redis/data:/data
      mongodb:
        image: uptime_database_mongo:latest
        command: ["mongod", "--quiet", "--auth"]
        ports:
          - "27017:27017"
        volumes:
          - ./mongo/data:/data/db
          - ./mongo/init/create_users.js:/docker-entrypoint-initdb.d/create_users.js
        env_file:
          - mongo.env
    • Analysis:
      • Current logic and potential issues: The docker-compose.yaml file defines the services and their dependencies for the test deployment. However, there are potential issues with the depends_on directive. The depends_on directive only ensures that the dependent services are started before the dependent service, but it does not wait for the dependent services to be "ready." This can lead to issues where the server service tries to connect to redis or mongodb before they are fully initialized.
      • Edge cases and error handling: The current configuration does not handle the scenario where redis or mongodb services take longer to initialize, leading to potential connection failures in the server service.
      • Cross-component impact: This can cause cascading failures where the server service fails to start correctly due to unavailable dependencies.
      • Business logic considerations: Ensuring that all dependent services are fully initialized before the server service starts is crucial for the stability and reliability of the deployment.
    • LlamaPReview Suggested Improvements:
      services:
        client:
          image: uptime_client:latest
          environment:
            UPTIME_APP_API_BASE_URL: "https://uptime-demo.bluewavelabs.ca/api/v1"
          ports:
            - "80:80"
            - "443:443"
          depends_on:
            - server
          volumes:
            - ./nginx/conf.d:/etc/nginx/conf.d/:ro
            - ./certbot/www:/var/www/certbot/:ro
            - ./certbot/conf/:/etc/nginx/ssl/:ro
      
        certbot:
          image: certbot/certbot:latest
          volumes:
            - ./certbot/www/:/var/www/certbot/:rw
            - ./certbot/conf/:/etc/letsencrypt/:rw
        server:
          image: uptime_server:latest
          ports:
            - "5000:5000"
          env_file:
            - server.env
          depends_on:
            redis:
              condition: service_healthy
            mongodb:
              condition: service_healthy
        redis:
          image: uptime_redis:latest
          ports:
            - "6379:6379"
          volumes:
            - ./redis/data:/data
          healthcheck:
            test: ["CMD", "redis-cli", "ping"]
            interval: 30s
            timeout: 10s
            retries: 5
        mongodb:
          image: uptime_database_mongo:latest
          command: ["mongod", "--quiet", "--auth"]
          ports:
            - "27017:27017"
          volumes:
            - ./mongo/data:/data/db
            - ./mongo/init/create_users.js:/docker-entrypoint-initdb.d/create_users.js
          env_file:
            - mongo.env
          healthcheck:
            test: ["CMD", "mongo", "--eval", "db.adminCommand('ping')"]
            interval: 30s
            timeout: 10s
            retries: 5
    • Improvement rationale:
      • Technical benefits: Adding health checks and using the condition: service_healthy directive ensures that the server service only starts after redis and mongodb services are fully initialized and healthy.
      • Business value: Enhances the stability and reliability of the deployment by ensuring that all dependent services are ready before the server service starts.
      • Risk assessment: Reduces the risk of deployment failures due to unavailable dependencies, ensuring a smoother and more reliable deployment process.

Docker/test/mongo/init/create_users.js

  • Submitted PR Code:
    var username = process.env.USERNAME_ENV_VAR;
    var password = process.env.PASSWORD_ENV_VAR;
    
    db = db.getSiblingDB("uptime_db");
    
    db.createUser({
      user: username,
      pwd: password,
      roles: [
        {
          role: "readWrite",
          db: "uptime_db",
        },
      ],
    });
    print("User uptime_user created successfully");
    • Analysis:
      • Current logic and potential issues: The script creates a MongoDB user with readWrite permissions. However, it lacks error handling for scenarios where the environment variables are not set or the user creation fails.
      • Edge cases and error handling: The script does not handle cases where the environment variables are missing or the user creation process encounters an error.
      • Cross-component impact: Failure to create the MongoDB user can lead to authentication issues and potential downtime.
      • Business logic considerations: Ensuring that the MongoDB user is created successfully is crucial for the functionality and security of the application.
    • LlamaPReview Suggested Improvements:
      var username = process.env.USERNAME_ENV_VAR;
      var password = process.env.PASSWORD_ENV_VAR;
      
      if (!username || !password) {
        print("Environment variables for username or password are not set.");
        quit(1);
      }
      
      db = db.getSiblingDB("uptime_db");
      
      try {
        db.createUser({
          user: username,
          pwd: password,
          roles: [
            {
              role: "readWrite",
              db: "uptime_db",
            },
          ],
        });
        print("User uptime_user created successfully");
      } catch (e) {
        print("Error creating user: " + e.message);
        quit(1);
      }
    • Improvement rationale:
      • Technical benefits: Adding error handling for missing environment variables and user creation failures ensures that the script can gracefully handle errors and provide meaningful feedback.
      • Business value: Enhances the reliability of the MongoDB user creation process, ensuring that the application can function correctly and securely.
      • Risk assessment: Reduces the risk of authentication issues and potential downtime due to failed user creation, ensuring a smoother and more reliable deployment process.

2.2 Implementation Quality

  • Code Structure:

    • Organization and modularity: The code is well-organized into separate Dockerfiles and configuration files for each service.
    • Design pattern adherence: Follows standard Docker and Nginx configuration patterns.
    • Reusability aspects: The Dockerfiles and scripts can be reused for similar deployments.
    • Maintainability factors: The code is modular and easy to maintain, with clear separation of concerns.
  • Error Handling:

    • Exception scenarios coverage: The script handles build failures but lacks handling for directory change failures and missing Dockerfiles.
    • Recovery mechanisms: The script exits on failure, which is appropriate for build processes.
    • Logging and monitoring: The script provides basic logging for build failures.
    • User experience impact: Ensures that users are informed of build failures.
  • Performance Considerations:

    • Resource utilization: The Docker build process can be resource-intensive, but the script ensures that each build is checked for success before proceeding.
    • Scalability aspects: The script can be easily extended to include more services.
    • Bottleneck analysis: The build process is sequential, which could be a bottleneck for large deployments.
    • Optimization opportunities: Parallelizing the build process could improve performance.

3. Critical Findings

3.1 Potential Issues

  • 🔴 Critical Issues

    • Issue description: The [domain-name] placeholder in the Nginx configuration should be replaced with the actual domain name.
    • Impact:
      • Technical implications: Incorrect domain names can lead to failed SSL certificate requests.
      • Business consequences: Users may experience downtime or security issues due to failed SSL certificates.
      • User experience effects: Users may encounter security warnings or be unable to access the service.
    • Recommendation:
      • Specific code changes: Replace [domain-name] with $host in the Nginx configuration.
      • Configuration updates: Ensure that the domain name is correctly set in the configuration.
      • Testing requirements: Test the SSL certificate request process to ensure it works correctly.
  • 🟡 Warnings

    • Warning description: The build script lacks error handling for directory change failures and missing Dockerfiles.
    • Potential risks:
      • Performance implications: The build process may fail silently if the directory change fails or Dockerfiles are missing.
      • Maintenance overhead: Debugging failed builds can be time-consuming.
      • Future scalability: As more services are added, the lack of error handling can become a bigger issue.
    • Suggested improvements:
      • Implementation approach: Add error handling for directory change failures and check for the existence of Dockerfiles before building.
      • Migration strategy: Update the build script with the suggested improvements.
      • Testing considerations: Test the build script with various failure scenarios to ensure it handles them correctly.

3.2 Code Quality Concerns

  • Maintainability aspects: The code is modular and easy to maintain, with clear separation of concerns.
  • Readability issues: The code is well-organized and follows standard patterns, making it easy to read and understand.
  • Performance bottlenecks: The build process is sequential, which could be a bottleneck for large deployments.

4. Security Assessment

  • Authentication/Authorization impacts: The PR enhances security by automating SSL certificate management, which is crucial for ensuring secure communications in the monitoring tool.
  • Data handling concerns: The PR introduces new environment variables for MongoDB user creation, which need to be handled securely.
  • Input validation: The PR does not introduce new input validation concerns.
  • Security best practices: The PR follows security best practices for SSL certificate management.
  • Potential security risks: The PR introduces new dependencies on Certbot and Nginx, which need to be managed securely.
  • Mitigation strategies: Ensure that all environment variables are handled securely and that the new dependencies are kept up to date.
  • Security testing requirements: Test the SSL certificate management process to ensure it works correctly and securely.

5. Testing Strategy

5.1 Test Coverage

  • Unit test analysis: Test the build script with various failure scenarios.
  • Integration test requirements: Test the integration of Nginx and Certbot for SSL certificate management.
  • Edge cases coverage: Test edge cases related to build failures, directory change failures, and missing Dockerfiles.

5.2 Test Recommendations

Suggested Test Cases

# Test the build script with a missing Dockerfile
mv Docker/prod/client.Dockerfile Docker/prod/client.Dockerfile.backup
./Docker/test/build_images.sh
mv Docker/prod/client.Dockerfile.backup Docker/prod/client.Dockerfile

# Test the build script with a directory change failure
mkdir -p Docker/test/invalid_directory
cd Docker/test/invalid_directory
./Docker/test/build_images.sh
cd ../../..
rm -rf Docker/test/invalid_directory
  • Coverage improvements: Ensure that the build script handles all potential failure scenarios.
  • Performance testing needs: Measure the performance of the build process and identify bottlenecks.

6. Documentation & Maintenance

  • Documentation updates needed: Update the deployment documentation to reflect the new SSL certificate management process.
  • Long-term maintenance considerations: Ensure that the new dependencies on Certbot and Nginx are kept up to date.
  • Technical debt and monitoring requirements: Monitor the deployment process for any issues related to SSL certificate management.

7. Deployment & Operations

  • Deployment impact and strategy: The PR introduces a new deployment process for SSL certificate management, which needs to be tested thoroughly before deployment.
  • Key operational considerations: Ensure that all dependent services are fully initialized before the server service starts.

8. Summary & Recommendations

8.1 Key Action Items

  1. Critical changes required:

    • Replace [domain-name] with $host in the Nginx configuration to ensure correct SSL certificate requests.
  2. Important improvements suggested:

    • Add error handling for directory change failures and check for the existence of Dockerfiles before building.
  3. Best practices to implement:

    • Follow security best practices for handling environment variables and managing new dependencies.
  4. Cross-cutting concerns to address:

    • Ensure that all dependent services are fully initialized before the server service starts.

8.2 Future Considerations

  • Technical evolution path: Consider parallelizing the build process to improve performance.
  • Business capability evolution: Enhance the SSL certificate management process to support additional features and security requirements.
  • System integration impacts: Ensure that the new SSL certificate management process integrates smoothly with the existing deployment process.

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