sequnce calling

简明释义

顺序呼叫

英英释义

例句

1.During the meeting, we discussed the sequence calling of tasks to improve project efficiency.

在会议上，我们讨论了任务的顺序调用以提高项目效率。

2.For the animation to work properly, you need to follow the sequence calling of each frame.

为了让动画正常工作，你需要遵循每一帧的顺序调用。

3.In our software, implementing sequence calling helps avoid race conditions.

在我们的软件中，实施顺序调用有助于避免竞争条件。

4.The API documentation specifies the sequence calling of endpoints for optimal performance.

API文档指定了端点的顺序调用以获得最佳性能。

5.In programming, using sequence calling can help ensure that functions are executed in the correct order.

在编程中，使用顺序调用可以确保函数按正确的顺序执行。

作文

In the realm of computer programming and software development, the concept of sequence calling plays a vital role in the execution of code and the flow of operations. Essentially, sequence calling refers to the order in which functions or methods are invoked within a program. This is crucial because the sequence in which functions are called can significantly affect the outcome of the program's execution. Understanding sequence calling is fundamental for developers who aim to write efficient and error-free code.To illustrate this concept, consider a simple example in which a program calculates the total cost of items in a shopping cart. The developer may create several functions: one to calculate the subtotal, another to apply discounts, and a third to calculate taxes. If these functions are not called in the correct sequence, the final total could be incorrect. For instance, if the discount function is called after the tax function, the tax will be calculated on the full subtotal rather than the discounted amount. This highlights the importance of understanding the correct sequence calling in programming.Moreover, sequence calling is not only relevant in straightforward scenarios but also in complex systems where multiple functions interact with each other. In object-oriented programming, for example, methods within classes may depend on one another, and the order of invocation can determine how data flows through the application. When designing a system, developers must carefully plan out the sequence calling of methods to ensure that each method has the necessary data available when it is called.Furthermore, debugging can become increasingly challenging if the sequence calling is not well understood. When errors occur, developers often need to trace back through the sequence of function calls to identify where things went wrong. If the sequence calling is convoluted, it can lead to confusion and make it difficult to pinpoint the source of the problem. This is why many programming best practices emphasize the importance of maintaining a clear and logical flow of function calls.In addition to its technical implications, sequence calling also has an impact on performance optimization. By analyzing the sequence calling of functions, developers can identify bottlenecks and optimize the order of operations to enhance the efficiency of the program. For instance, if certain calculations can be performed concurrently, rearranging the sequence calling might allow for parallel processing, thus speeding up the overall execution time.In conclusion, mastering the concept of sequence calling is essential for anyone involved in software development. It influences the correctness, maintainability, and performance of programs. As developers continue to tackle more complex challenges in programming, a deep understanding of sequence calling will remain a key component of their skill set. By ensuring that functions are called in the correct order, developers can create robust applications that perform as intended, paving the way for successful software solutions.

在计算机编程和软件开发领域，序列调用的概念在代码执行和操作流程中扮演着至关重要的角色。基本上，序列调用指的是程序中函数或方法被调用的顺序。这一点至关重要，因为函数调用的顺序可能会显著影响程序执行的结果。理解序列调用对于希望编写高效且无错误代码的开发者来说是基础。为了说明这一概念，考虑一个简单的例子，其中程序计算购物车中物品的总成本。开发者可能会创建几个函数：一个用于计算小计，另一个用于应用折扣，还有第三个用于计算税费。如果这些函数没有按照正确的序列调用，最终的总额可能会不正确。例如，如果在税费函数调用之后调用折扣函数，那么税费将基于完整的小计计算，而不是折扣后的金额。这突显了理解编程中正确序列调用的重要性。此外，序列调用不仅在简单场景中相关，而且在多个函数相互作用的复杂系统中也很重要。在面向对象编程中，例如，类中的方法可能相互依赖，调用的顺序可以决定数据在应用程序中的流动。当设计系统时，开发者必须仔细规划方法的序列调用，以确保每个方法在被调用时都有必要的数据可用。此外，如果对序列调用的理解不够清晰，调试过程可能变得越来越具有挑战性。当出现错误时，开发者通常需要回溯函数调用的顺序，以确定问题出在哪里。如果序列调用复杂，就可能导致困惑，使得难以找出问题的根源。这就是为什么许多编程最佳实践强调保持函数调用流程清晰和逻辑的重要性。除了技术意义外，序列调用还对性能优化产生影响。通过分析函数的序列调用，开发者可以识别瓶颈并优化操作顺序，从而提高程序的效率。例如，如果某些计算可以并行执行，重新排列序列调用可能允许并行处理，从而加快整体执行时间。总之，掌握序列调用的概念对于任何参与软件开发的人都是必不可少的。它影响程序的正确性、可维护性和性能。随着开发者继续应对编程中的更复杂挑战，对序列调用的深入理解将始终是他们技能组合的关键组成部分。通过确保函数按正确的顺序调用，开发者可以创建可靠的应用程序，使其按预期执行，为成功的软件解决方案铺平道路。