bypass stack

简明释义

旁通排气管;

英英释义

例句

1.During the maintenance, we found a way to use a bypass stack for quicker data processing.

在维护期间，我们找到了使用旁路堆以更快的数据处理的方法。

2.The bypass stack allows us to redirect traffic without affecting the main server.

这个旁路堆允许我们在不影响主服务器的情况下重定向流量。

3.The software update included a feature to create a bypass stack for temporary fixes.

软件更新包括一个创建旁路堆的功能，以便进行临时修复。

4.The engineer decided to implement a bypass stack to improve the system's performance.

工程师决定实施一个旁路堆以提高系统性能。

5.To avoid delays, the team implemented a bypass stack in the workflow.

为了避免延误，团队在工作流程中实施了一个旁路堆。

作文

In the world of computer science, particularly in the realm of programming and system architecture, the term bypass stack refers to a method or mechanism that allows certain operations to circumvent the traditional stack structure used for managing function calls and local variables. Understanding this concept is crucial for developers who aim to optimize their code and improve the performance of their applications.The stack is a fundamental data structure that operates on a last-in, first-out (LIFO) principle. It is primarily used to keep track of function calls and to store local variables during the execution of a program. When a function is called, a new block of memory is allocated on the stack to hold its parameters and local variables. Once the function completes its execution, this block is removed from the stack. However, there are scenarios where this standard procedure may not be the most efficient approach.This is where the bypass stack technique comes into play. By bypassing the stack, developers can reduce the overhead associated with stack operations, particularly in systems where performance is critical. For example, in real-time systems or embedded programming, where timing is essential, the overhead of pushing and popping data from the stack can introduce unacceptable delays. In such cases, using a bypass stack can lead to more efficient memory management and faster execution times.One common application of the bypass stack is in the implementation of coroutines or asynchronous programming models. In these contexts, traditional stack management can become cumbersome, as it requires maintaining multiple stacks for different execution contexts. By employing a bypass stack, developers can manage execution flow more flexibly, allowing for easier context switching and improved responsiveness in applications.Moreover, the bypass stack technique can help in scenarios involving recursion. Recursion often leads to deep stack usage, which can result in stack overflow errors if the recursion depth exceeds a certain limit. By utilizing a bypass stack, programmers can implement iterative solutions that avoid excessive stack usage while still achieving the desired functionality.However, the use of a bypass stack is not without its challenges. Developers must carefully design their programs to ensure that bypassing the stack does not lead to issues such as memory leaks or difficulty in debugging. Since the traditional stack provides a clear and structured way of managing function calls, deviating from this model requires a solid understanding of the underlying mechanics of the programming environment.In conclusion, the concept of bypass stack presents both opportunities and challenges for software developers. It serves as a powerful tool for optimizing performance, particularly in environments where efficiency is paramount. As technology continues to evolve, the ability to leverage such techniques will become increasingly important for developers aiming to create high-performance applications. By mastering the bypass stack and understanding its implications, programmers can enhance their skill set and contribute to the advancement of software engineering practices.

在计算机科学的世界中，特别是在编程和系统架构领域，短语bypass stack指的是一种方法或机制，允许某些操作绕过用于管理函数调用和局部变量的传统堆栈结构。理解这一概念对旨在优化代码和提高应用程序性能的开发人员至关重要。堆栈是一种基本的数据结构，按照后进先出（LIFO）的原则运行。它主要用于跟踪函数调用，并在程序执行期间存储局部变量。当调用一个函数时，会在堆栈上分配一块新的内存，以保存其参数和局部变量。一旦函数完成执行，这块内存就会从堆栈中移除。然而，在某些情况下，这种标准程序可能不是最有效的方法。这就是bypass stack技术发挥作用的地方。通过绕过堆栈，开发人员可以减少与堆栈操作相关的开销，特别是在性能至关重要的系统中。例如，在实时系统或嵌入式编程中，时间至关重要，推送和弹出数据的堆栈开销可能会引入不可接受的延迟。在这种情况下，使用bypass stack可以导致更高效的内存管理和更快的执行时间。bypass stack的一种常见应用是在协程或异步编程模型的实现中。在这些上下文中，传统的堆栈管理可能变得繁琐，因为它需要维护多个不同执行上下文的堆栈。通过采用bypass stack，开发人员可以更灵活地管理执行流程，从而提高应用程序的上下文切换能力和响应性。此外，bypass stack技术还可以帮助解决递归问题。递归通常会导致深层堆栈使用，如果递归深度超过某个限制，可能会导致堆栈溢出错误。通过利用bypass stack，程序员可以实现避免过度堆栈使用的迭代解决方案，同时仍然实现所需的功能。然而，使用bypass stack并非没有挑战。开发人员必须仔细设计他们的程序，以确保绕过堆栈不会导致内存泄漏或调试困难。由于传统堆栈提供了一种清晰且结构化的函数调用管理方式，偏离这一模型需要对编程环境的底层机制有深入的理解。总之，bypass stack的概念为软件开发人员提供了机会和挑战。它作为一种强大的工具，用于优化性能，特别是在效率至关重要的环境中。随着技术的不断发展，利用此类技术的能力将变得越来越重要，开发人员旨在创建高性能的应用程序。通过掌握bypass stack并理解其影响，程序员可以增强他们的技能，并为软件工程实践的发展作出贡献。