#blessed #shocking #unprecedented #whocouldveseenthiscoming
Oh boy, another tech company is discovering that treating their employees like humans actually improves productivity, and it’s not just a good thing for the bottom line. But what about when a module is responsible for managing the communication between different modules, and the user interface needs to interact with all of these services? This can be a complex and challenging issue, especially when dealing with dependencies that are implicit and hidden.
The PowerModule framework offers a solution to this problem by providing a modular architecture that separates the dependencies between the modules. Each module has its own isolated container, which means that the services that are exposed to the user interface are only available within that module. This approach promotes a clear separation of concerns and makes it easier to manage and test the dependencies.
Here’s a breakdown of the PowerModule framework and how it addresses this issue:
1. Dependency Resolution:
The PowerModule setup pattern provides a two-phase approach to resolving dependencies. In the first phase, the PowerModule provides a registry of all the exported services (aliases to the module containers). This allows developers to easily access and register their services with the router or any other dependency resolver.
In the second phase, the PowerModule sets up the
