|sails||1.04 MB||MIT||10 Years||1 Sep 2023|
|waterline||250.77 kB||MIT||10 Years||11 Dec 2022|
|riot||522.62 kB||MIT||9 Years||26 Aug 2023|
|consign||7.35 kB||UNKNOWN||8 Years||18 Jun 2017|
|total.js||292.73 kB||MIT||9 Years||8 Nov 2021|
|strapi||102.57 kB||SEE LICENSE IN LICENSE||10 Years||22 Nov 2022|
|jquery-validation-unobtrusive||7.53 kB||https://aka.ms/jqueryunobtrusivelicense||8 Years||20 Jul 2022|
|ampersand-collection||10.08 kB||MIT||9 Years||10 Jan 2018|
|@strapi/strapi||179.7 kB||SEE LICENSE IN LICENSE||2 Years||13 Sep 2023|
|@adonisjs/framework||46.48 kB||MIT||6 Years||16 Feb 2019|
|locomotive||26.12 kB||MIT||12 Years||15 Feb 2014|
|compound||147.37 kB||UNKNOWN||10 Years||6 Jul 2016|
|lazo||465.94 kB||MIT||9 Years||3 Nov 2016|
|adonis-framework||40.69 kB||MIT||8 Years||26 Jun 2017|
|sails-backbone||5.39 kB||MIT||9 Years||21 May 2015|
Model-View-Controller, or MVC, framework libraries prove extremely useful in several scenarios:
Complex Applications: For applications with a growing level of complexity, MVC frameworks offer compartmentalization of data (Model), interface (View), and application logic (Controller). This separation of concerns allows for easier code maintenance, as you can modify one section without impacting the others.
Team Development: Due to its structured approach, MVC is ideal for collaborative and larger-scale projects. Different developers can work on the Model, View, and Controller simultaneously, thus speeding up the development process.
Seamless UI Changes: If you need to change your UI without affecting the backend logic or vice versa, MVC frameworks serve as a viable approach. This makes upgrades and shifts across technologies simpler.
Code Reusability and Modularity: MVC frameworks also facilitate code reuse. Parts of your application, like the Model or Controller, may be applicable across different parts of an application or even different applications.
MVC Framework libraries are typically equipped with the following functionalities:
Routing: They have a routing mechanism to map the URLs to the corresponding controllers that handle the request.
Templating: MVC frameworks provide a templating engine which renders the HTML or other views to be sent to the client.
Database Interactions: Libraries often offer Models, which perform CRUD (Create, Retrieve, Update, Delete) operations on the database.
Form Handling: MVC frameworks generally include utilities to validate and sanitize input data.
Authentication: User authentication functionality is a common feature, allowing for secure login capabilities, often out of the box.
Automatic API Construction: Some MVC frameworks can automatically generate RESTful APIs based on models' data.
Learning Curve: Although MVC frameworks standardize development and support best practices, they might have a steep learning curve for newcomers.
Over-Engineering: For simple applications, using MVC might lead to over-engineering. The layer of abstraction added by MVC can make simple projects more complex than they need to be.
Performance: While frameworks generally optimize for the average case, acute use-cases or high traffic apps might encounter performance bottlenecks.
Dependencies: When using npm, dependencies can make your code complicated and potentially unsecure. Keeping them up to date and auditing them regularly is essential.
Migration to newer versions: It might be tricky to update the libraries to their latest versions. Backward compatibility isn't always guaranteed, and it might require substantial changes in the existing codebase.
Remember, understanding these constraints will help you more effectively leverage MVC frameworks while avoiding common pitfalls.