It is not accurate to claim that frameworks automatically make programmers bad. In fact, frameworks are powerful tools that can accelerate development, promote best practices, and facilitate code maintenance. However, it can be argued that overly relying on frameworks without understanding the underlying principles of programming may have some negative effects. Here are some reasons why this might happen: 1. **Lack of Fundamental Understanding:** If a programmer uses a framework without understanding the fundamental concepts behind it, it can result in confusing and inefficient code. 2. **Excessive Dependency:** Some programmers may overly depend on a single framework and struggle to adapt to new technologies or approaches. 3. **Lack of Flexibility:** Certain frameworks may impose rigid structures, limiting the flexibility and adaptability of the code to the specific needs of a project. 4. **Hidden Complexity:** Some frameworks are so complex that they can hide important details of internal workings, making problem-solving and optimizations challenging. 5 **Updates and Changes:** Frameworks may undergo frequent updates, introducing incompatible changes. This may require programmers to update their code to maintain compatibility. 6. **Limited Performance:** In some cases, incorrect use or poor implementation of a framework can lead to performance issues. 7. **Learning Curve:** Some frameworks have a steep learning curve, which can be a barrier for new developers. 8. **Security Issues:** Depending on the configuration and implementation, some frameworks may introduce security vulnerabilities if not used correctly. 9. **Code Size:** Frameworks tend to add a significant amount of code to the project, which can increase the final size of the application. 10. **Vendor Lock-In:** By adopting a specific framework, developers may become locked into a specific vendor, which can be problematic in the long term. 11. **Overabstraction:** Excessive abstractions can make the code difficult to understand, especially for developers unfamiliar with the framework. 12. **Resource Bloat:** Some frameworks may include unnecessary features for a specific project, resulting in code bloat. 13. **Difficulty in Debugging:** Complex frameworks can make debugging more challenging, especially for less experienced developers. 14. **Excessive Standardization:** In some cases, frameworks may impose strict coding standards that may not align with the preferences of the development team. 15. **Maintenance Issues:** If a framework is discontinued, it can be challenging to maintain and update an application built based on it. 16. **Customization Limitations:** In some cases, frameworks may not offer the flexibility needed to customize certain aspects of the application. 17. **Performance Cost:** In the pursuit of productivity, some frameworks may sacrifice performance in certain situations. 18. **Compliance with Standards:** Some frameworks may not follow widely accepted coding standards, leading to interoperability issues. 19. **Scale Problems:** Certain frameworks may have scalability issues in very large or complex projects. 20. **Abstraction Overhead:** Excessive abstraction provided by some frameworks can result in unnecessary overhead, impacting the overall performance of the application. If you think that all the shit said above is true then leave your comment here on the site.