448- Blog Post

This week I have read the section called Construct Your Curriculum The text emphasizes the immense access to information in the modern era, fueled by technological advancements like the printing press and the internet. Despite the abundance of digital media, it stresses the enduring value of books, particularly those authored by experienced professionals like Jerry Weinberg and Fred Brooks. These books offer a extent of wisdom and insight that goes beyond what can be found in blogs or online resources.

To manage the overwhelming number of books one may wish to read, the article suggests implementing a Reading List—a  list of books to read and those already read. This list serves as a personal curriculum, allowing individuals to prioritize their learning and track their progress over time. By making this list public, others can benefit from suggestions and contribute their own recommendations, fostering a collaborative learning environment.

The article introduces the concept of “Reading Constantly,” advocating for a steady intake of programming books to deepen one’s understanding of the field. It advises against rushing through books and emphasizes the importance of timing—reading the right book at the right time can significantly enhance the learning experience.

Additionally, the article encourages exploration of classic literature in the field, alongside more contemporary resources. It suggests asking mentors for recommendations and seeking out long-lived books that offer timeless insights into software development.

Finally, the article points out the value of a balanced approach to learning, incorporating both classic and modern literature, and leveraging tools like Reading Lists to navigate the vast sea of available knowledge effectively. Through continuous reading, reflection, and interaction with mentors and peers, individuals can cultivate a deeper understanding of their craft and continually improve their skills on their journey as software developers.

This was a good read to mark the importance of the continuation of learning and reading even after graduation and starting the professional career. It opens up the eyes for readers so that they grow and learn more and not stay stagnant.

443- Blog Post

The article “Property-Based Testing: A Test Strategy for Modern Software” on Codemotion’s website explores into the concept and benefits of property-based testing (PBT) in the context of modern software development. PBT is a systematic approach to testing software by defining general properties that the program should satisfy, rather than focusing solely on specific input-output pairs.

The piece begins by highlighting the limitations of traditional example-based testing, which often fails to cover all possible edge cases and scenarios. This leads to the introduction of PBT as a more comprehensive testing methodology. Unlike example-based testing, where tests are explicitly defined, PBT generates test cases automatically based on the properties defined by the tester.

The article talks about the key components of PBT, including generators, properties, and test runners. Generators are used to create random inputs for testing, ensuring a wide range of scenarios are covered. Properties, on the other hand, represent the general rules or invariants that the software should adhere to. These properties are then used to validate the behavior of the software under test.

One of the main advantages of PBT highlighted in the article is its ability to uncover edge cases and bugs that may not be caught by traditional testing methods. By generating random inputs based on defined properties, PBT can uncover unexpected behaviors and corner cases, leading to more robust and reliable software.

The article also discusses the challenges associated with PBT, such as the need for careful property definition and the overhead of generating and executing a large number of tests. Yet, it argues that the benefits of PBT outweigh these challenges, particularly in complex systems where traditional testing methods may fall short.

I really like this blog post because not only did it explain the theoretical aspects of PBT, the article provides practical examples and case studies to illustrate its effectiveness in real-world scenarios. It also showed like coding examples which really helped understand how it work instead of just trying to imagine how it could look like.