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所在平台: Udemy |
课程主页: https://www.udemy.com/course/istqb-performance-testing-sample-exams-2024/
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**课程概述：ISTQB 性能测试 2025 样本考试** 本课程是 ISTQB 性能测试认证（CT-PT）的备考指南，旨在帮助学员系统地复习考纲中的所有章节，并通过提供大量的样本试题来巩固和检验学习成果。每一道题目都标注了其对应的考纲章节，方便学员回顾和深入理解。 **课程结构与内容：** 课程内容严格按照 ISTQB 性能测试考纲的结构进行划分，共分为五个主要部分，确保学习的连贯性和系统性。 1. **性能测试基础概念（Basic Concepts）** * 1.1 性能测试原则 * 1.2 性能测试类型 * 1.3 性能测试中的测试类型 * 1.4 负载生成概念 * 1.5 常见的性能效率失效模式及其原因 2. **性能测量基础（Performance Measurement Fundamentals）** * 2.1 性能测试中典型的度量指标 * 2.1.1 为什么需要性能度量指标 * 2.1.2 性能测量与度量指标的采集 * 2.1.3 性能度量指标的选择 * 2.2 性能测试结果的汇总 * 2.3 关键的性能度量指标来源 * 2.4 典型的性能测试结果 3. **软件生命周期中的性能测试（Performance Testing in the Software Lifecycle）** * 3.1 主要的性能测试活动 * 3.2 不同架构的性能风险类别 * 3.3 贯穿软件开发生命周期的性能风险 课程还包含其他与性能测试相关的章节内容。 **学习方式：** 课程设计了贯穿各主要章节的实践测试，帮助学员在学习过程中随时检验知识掌握情况，从而更有信心地通过考试。学习过程不会出现章节跳跃，确保学员能够循序渐进地掌握相关知识。
This course is preparation for CT-PT exam, it will help you go through all the sections of syllabus with sample questions You can verify your knowledge for every type of content provided to pass exam. Every question at the beginning has section number. You can easily go back to syllabus if you are not sure if answer is correct. All training is divided in 5 sections. All the questions are sorted according to syllabus. There is no jumping between sections. There are practice tests divided between main sections.Course is sorted like syllabus sections:Basic Concepts1.1 Principles of Performance Testing1.2 Types of Performance Testing1.3 Testing Types in Performance Testing1.4 The Concept of Load Generation1.5 Common Performance Efficiency Failure Modes and Their CausesPerformance Measurement Fundamentals2.1 Typical Metrics Collected in Performance Testing2.1.1 Why Performance Metrics are Needed2.1.2 Collecting Performance Measurements and Metrics2.1.3 Selecting Performance Metrics2.2 Aggregating Results from Performance Testing2.3 Key Sources of Performance Metrics2.4 Typical Results of a Performance TestPerformance Testing in the Software Lifecycle3.1 Principal Performance Testing Activities3.2 Categories of Performance Risks for Different Architectures3.3 Performance Risks Across the Software Development Lifecycleand other
