README.md

Atlassian Forge in Bitbucket Cloud

Atlassian Forge in Bitbucket Cloud is a powerful development platform that enables the seamless creation, hosting, and deployment of custom apps. It empowers developers to extend and enhance Bitbucket Cloud's functionality by building tailored solutions to address specific workflow requirements. With Forge, developers can easily integrate new features, automate processes, and optimize collaboration within their Bitbucket Cloud projects, fostering a more efficient and customized development environment.

Here are 25 different code snippets, each representing a distinct aspect or functionality related to Atlassian Forge in Bitbucket Cloud using a fishing analogy:

1-5: Initialization and Basic Operations

1. Initializing Atlassian Forge (Fishing Rod):

const myFishingRod = new AtlassianForge();

2. Casting the Net to Build an App:

const customApp = myFishingRod.castNet('CustomWorkflowApp');

3. Adding Functionality to an App:

myFishingRod.addFunctionality(customApp, 'Automated Code Reviews');

4. Ensuring Compatibility with a Project:

myFishingRod.ensureCompatibility(myFish, customApp);

5. Creating Multiple Fish (Bitbucket Projects):

const project1 = new Fish('ProjectOne');
const project2 = new Fish('ProjectTwo');

Tasks and Behavior of Fish

6. Adding Tasks to a Fish (Bitbucket Project):

project1.addTask('Implement new feature');
project2.addTask('Bug fixes');

7. Swimming Behavior of a Fish:

project1.swim();

8. Changing Swimming Behavior of a Fish:

project2.changeSwimmingBehavior('Swimming with urgency');

9. Feeding a Fish with Commits:

project1.feedWithCommits(['Commit 1', 'Commit 2']);

10. Monitoring Fish Behavior:

myFishingRod.monitorFishBehavior(project1);

Dynamic Adaptability and Errors

11. Dynamic Adaptability of Atlassian Forge:

myFishingRod.adaptToEcosystem();

12. Handling Errors during App Building:

try {
  const malfunctioningApp = myFishingRod.castNet('MalfunctioningApp');
} catch (error) {
  console.error('Error in app building:', error.message);
}

13. Recovering from Errors:

myFishingRod.recoverFromError();

14. Custom Error Handling for App Building:

myFishingRod.setErrorHandler(customErrorHandler);

15. Logging App Building Progress:

myFishingRod.logProgress('Building app...');

Versioning and Deployment

16. Versioning an App:

myFishingRod.versionApp(customApp, '1.0.0');

17. Rolling Back App Version:

myFishingRod.rollbackAppVersion(customApp, '1.0.0');

18. Deploying App to Bitbucket Cloud:

myFishingRod.deployAppToBitbucketCloud(customApp);

19. Continuous Deployment with Webhooks:

myFishingRod.configureWebhooksForDeployment(customApp);

20. Monitoring Deployment Metrics:

myFishingRod.monitorDeploymentMetrics(customApp);

Cleanup and Removal

21. Removing Functionality from an App:

myFishingRod.removeFunctionality(customApp, 'Automated Code Reviews');

22. Decommissioning an App:

myFishingRod.decommissionApp(customApp);

23. Cleaning Up Resources:

myFishingRod.cleanUpResources();

24. Archiving Old Projects:

myFishingRod.archiveProject(project1);

25. Closing the Fishing Rod:

myFishingRod.closeFishingRod();

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// Define a class representing a Fish (analogous to a Bitbucket project)
class Fish {
  constructor(name) {
    this.name = name;
    this.tasks = [];
  }

  addTask(task) {
    this.tasks.push(task);
    console.log(`New task added to ${this.name}: ${task}`);
  }

  swim() {
    console.log(`${this.name} is swimming.`);
  }
}

// Atlassian Forge as the Fishing Rod
class AtlassianForge {
  constructor() {
    this.apps = [];
  }

  // Function to cast the net (build apps)
  castNet(appName) {
    const newApp = {
      name: appName,
      functionalities: [],
    };
    this.apps.push(newApp);
    console.log(`Casting the net to build the ${appName} app.`);
    return newApp;
  }

  // Function to add functionality to an app
  addFunctionality(app, functionality) {
    app.functionalities.push(functionality);
    console.log(`Adding functionality to ${app.name} app: ${functionality}`);
  }

  // Function to ensure compatibility (interoperability)
  ensureCompatibility(fish, app) {
    console.log(`Ensuring compatibility with the ${fish.name} project for ${app.name} app.`);
  }

  // Function for dynamic adaptability (adapting to the ecosystem)
  adaptToEcosystem() {
    console.log('Adapting to the ever-changing ecosystem of Bitbucket Cloud.');
  }
}

// Example usage:
const myFish = new Fish('My Coding Project');
const myFishingRod = new AtlassianForge();

// Build two custom apps using the fishing rod
const customApp1 = myFishingRod.castNet('CustomWorkflowApp1');
const customApp2 = myFishingRod.castNet('CustomWorkflowApp2');

// Add functionalities to the custom apps
myFishingRod.addFunctionality(customApp1, 'Automated Code Reviews');
myFishingRod.addFunctionality(customApp2, 'Real-time Collaboration');

// Add tasks to the fish (Bitbucket project)
myFish.addTask('Implement new feature');
myFish.addTask('Bug fixes');

// Ensure compatibility with the fish (Bitbucket project) for each app
myFishingRod.ensureCompatibility(myFish, customApp1);
myFishingRod.ensureCompatibility(myFish, customApp2);

// The fish (project) is swimming
myFish.swim();

These code snippets exemplify a range of functionalities, scenarios, and operations applicable when utilizing Atlassian Forge in Bitbucket Cloud, each metaphorically depicted within a fishing analogy. Tailor these examples to suit your specific use case and consult the official Atlassian Forge documentation for in-depth guidance. For additional details, please feel free to reach out to us.