Do Make Say Think A Tender History in Rust
In the world of software development, Rust has emerged as a powerful and efficient programming language. It is known for its safety, speed, and concurrency features. One of the most intriguing aspects of Rust is its design philosophy, which emphasizes simplicity, clarity, and expressiveness. This philosophy is exemplified in the phrase “Do Make Say Think,” a concept that has become an integral part of Rust’s community and culture. This article explores the significance of “Do Make Say Think” in Rust’s tender history.
The Origins of “Do Make Say Think”
The phrase “Do Make Say Think” was first introduced by Bob Nystrom, a prominent Rust developer, in his blog post titled “Rust as a Language.” Nystrom explains that this concept is inspired by the “do, make, say” pattern, which is a design principle used in programming to organize code and make it more readable. The “Think” part was added to emphasize the importance of thinking deeply about the code before writing it.
Understanding the Components of “Do Make Say Think”
1. Do: This component represents the actions that the code performs. It is the core of the program and focuses on the “what” and “how” of the code. In Rust, this often involves implementing functions and using data structures to achieve the desired functionality.
2. Make: The “Make” part is about creating and organizing the code. It involves structuring the code into modules, defining interfaces, and using design patterns to make the code more maintainable and scalable.
3. Say: This component is concerned with the documentation and comments in the code. It is essential for explaining the purpose and usage of the code to other developers. In Rust, this is particularly important due to its focus on safety and correctness.
4. Think: The “Think” part emphasizes the importance of planning and designing the code before writing it. It encourages developers to think about the problem they are trying to solve, the data structures they need, and the algorithms they should use.
The Impact of “Do Make Say Think” on Rust’s History
The “Do Make Say Think” philosophy has had a significant impact on Rust’s history and its development. By emphasizing the importance of actions, creation, documentation, and planning, Rust has become a language that is both safe and efficient. Here are some key aspects of Rust’s history that have been influenced by this philosophy:
1. Safety: Rust’s focus on safety is a direct result of the “Do Make Say Think” philosophy. By making sure that the code performs the intended actions, Rust prevents common programming errors, such as null pointer dereferencing and buffer overflows.
2. Concurrency: The “Make” and “Think” components of the philosophy have played a crucial role in Rust’s concurrency features. By providing tools and abstractions for creating and managing concurrent tasks, Rust has made it easier for developers to write efficient and safe concurrent code.
3. Community: The “Do Make Say Think” philosophy has fostered a strong and supportive Rust community. By emphasizing the importance of documentation and planning, the community has created a wealth of resources and tutorials that help new developers learn Rust.
Conclusion
“Do Make Say Think” has become a guiding principle for Rust’s development and has shaped its tender history. By emphasizing the importance of actions, creation, documentation, and planning, Rust has become a powerful and efficient programming language. As the Rust community continues to grow and evolve, the “Do Make Say Think” philosophy will undoubtedly play a crucial role in shaping its future.
