Angular Monorepo UI Integration
Budget: ₹1,500 – ₹12,500 INR
1. UI-Level Integration (Single Angular Shell)
Create a single Angular workspace (monorepo) that includes both apps as modules.
Example:
apps/python-profiler/
apps/script-hub/
Use Angular routing to navigate between them.
Both apps would share a common layout, theme, and authentication system.
Benefit: Seamless user experience with a unified dashboard.
2. Microfrontend Approach
Use Angular’s Module Federation (Webpack 5) to load each tool as a remote app inside a host container app.
Example:
Python Profiler is served as a microfrontend at /profiler.
ScriptHub is served as a microfrontend at /scripts.
Users access a single portal, but internally both apps run independently.
Benefit: You don’t need to merge codebases — just expose and consume modules.
3. Backend Integration (Node.js Layer)
Keep both Angular frontends separate, but:
Add a shared Node.js backend gateway (API Gateway / BFF).
Both apps communicate with the same backend for authentication, session, and APIs.
Benefit: Easier integration of data (e.g., profiling results could be stored and fetched in ScriptHub).
Microfrontend (Module Federation) Approach
This is where each Angular app (Python Profiler, ScriptHub) remains separate projects, but they are loaded dynamically into a single host shell.
Advantages:
Independent deployment → You can deploy/update Profiler without touching ScriptHub.
Scalability → Easy to add/remove apps later.
Tech flexibility → Each microfrontend can use its own Angular version (or even React/Vue in theory).
Fault isolation → If one app fails, the others keep working.
Team autonomy → Different teams can own different apps and release on their own cycle.
Disadvantages:
More complex build setup (Webpack 5 Module Federation).
Slightly higher initial load time (remote apps loaded separately).
Shared state management (e.g., authentication, user info) needs extra care.
Monorepo Folder Structure Approach
This is where both apps live in a single Angular workspace (monorepo) with shared libs (UI, auth, theme).
Advantages:
Shared code easily → Common libraries (UI components, auth) are straightforward.
Consistent versions → Both apps always use the same Angular & package versions.
Simple builds → Single build pipeline, no remote loading setup.
Unified development → Developers see everything in one workspace.
Best for smaller teams → Easy coordination, consistent coding standards.
Disadvantages:
Coupled deployments → Updating one app requires redeploying the whole workspace.
Scaling challenges → Harder for large teams to work independently.
Tech lock-in → All apps must use the same Angular version, same dependencies.
Which is Best?
Choose Microfrontend (Module Federation) if:
Apps are owned by different teams.
Independent deployments are important.
You may add more tools in the future (scalability).
Apps might evolve with different Angular versions.
Choose Monorepo if:
Single team manages both apps.
Shared code and consistency are more important than independence.
You want simpler setup and deployment.
Both apps will always move together (tight coupling is fine).
Create a single Angular workspace (monorepo) that includes both apps as modules.
Example:
apps/python-profiler/
apps/script-hub/
Use Angular routing to navigate between them.
Both apps would share a common layout, theme, and authentication system.
Benefit: Seamless user experience with a unified dashboard.
2. Microfrontend Approach
Use Angular’s Module Federation (Webpack 5) to load each tool as a remote app inside a host container app.
Example:
Python Profiler is served as a microfrontend at /profiler.
ScriptHub is served as a microfrontend at /scripts.
Users access a single portal, but internally both apps run independently.
Benefit: You don’t need to merge codebases — just expose and consume modules.
3. Backend Integration (Node.js Layer)
Keep both Angular frontends separate, but:
Add a shared Node.js backend gateway (API Gateway / BFF).
Both apps communicate with the same backend for authentication, session, and APIs.
Benefit: Easier integration of data (e.g., profiling results could be stored and fetched in ScriptHub).
Microfrontend (Module Federation) Approach
This is where each Angular app (Python Profiler, ScriptHub) remains separate projects, but they are loaded dynamically into a single host shell.
Advantages:
Independent deployment → You can deploy/update Profiler without touching ScriptHub.
Scalability → Easy to add/remove apps later.
Tech flexibility → Each microfrontend can use its own Angular version (or even React/Vue in theory).
Fault isolation → If one app fails, the others keep working.
Team autonomy → Different teams can own different apps and release on their own cycle.
Disadvantages:
More complex build setup (Webpack 5 Module Federation).
Slightly higher initial load time (remote apps loaded separately).
Shared state management (e.g., authentication, user info) needs extra care.
Monorepo Folder Structure Approach
This is where both apps live in a single Angular workspace (monorepo) with shared libs (UI, auth, theme).
Advantages:
Shared code easily → Common libraries (UI components, auth) are straightforward.
Consistent versions → Both apps always use the same Angular & package versions.
Simple builds → Single build pipeline, no remote loading setup.
Unified development → Developers see everything in one workspace.
Best for smaller teams → Easy coordination, consistent coding standards.
Disadvantages:
Coupled deployments → Updating one app requires redeploying the whole workspace.
Scaling challenges → Harder for large teams to work independently.
Tech lock-in → All apps must use the same Angular version, same dependencies.
Which is Best?
Choose Microfrontend (Module Federation) if:
Apps are owned by different teams.
Independent deployments are important.
You may add more tools in the future (scalability).
Apps might evolve with different Angular versions.
Choose Monorepo if:
Single team manages both apps.
Shared code and consistency are more important than independence.
You want simpler setup and deployment.
Both apps will always move together (tight coupling is fine).