2-5720MFOpenTextMF-2-572025.1<p>On completion of this course, participants should be able to:</p> <ul> <li>Navigate and utilize OpenText Core Performance Engineering for end-to-end performance testing.</li><li>Manage scripts, load generators, monitors, and test data.</li><li>Design, schedule, and execute performance tests.</li><li>Monitor performance during test runs and manage Vusers.</li><li>Analyze results and generate reports using dashboards and anomaly detection.</li><li>Configure integrations with external tools like Git, Jenkins, and InfluxDB.</li></ul><p>To be successful in this course, you should have the following prerequisites or knowledge:</p> <ul> <li>A basic knowledge of performance testing concepts</li><li>Working knowledge of Windows, websites, and browsers</li></ul><p>Performance engineers, QA professionals, and testers seeking to leverage OpenText Core Performance Engineering for scalable, cloud-based performance testing</p><h5>Chapter 1: Course Overview</h5><ul> <li>Identify the contents and objectives of the course.</li><li>Define the class logistics.</li></ul><h5>Chapter 2: Core Performance Engineering Overview</h5><ul> <li>Explain OpenText performance products and their functionalities.</li><li>Describe the key features and benefits of OpenText Core Performance Engineering.</li><li>Explore OpenText Core Performance Engineering integration with OpenText SaaS.</li><li>Examine the architectural components and deployment options.</li><li>Identify versatile use cases for OpenText Core Performance Engineering.</li><li>Explain the end-to-end workflow in OpenText Core Performance Engineering.</li><li>Gain hands-on experience with the Core Performance Engineering interfaces.</li></ul><h5>Chapter 3: Tenant Management</h5><ul> <li>Explain the license types.</li><li>Share assets between projects.</li><li>Create and manage projects.</li><li>Create access keys.</li><li>Monitor scheduled tests and view running tests.</li></ul><h5>Chapter 4: Managing Test Assets</h5><ul> <li>Explain the types of test assets used in OpenText Core Performance Engineering.</li><li>Explain how to upload and organize test scripts efficiently within OpenText Core Performance Engineering.</li><li>Configure and utilize monitors to track test performance and system resource consumption.</li><li>Set up and manage load generators for scalable performance testing.</li><li>Manage agents to ensure smooth test execution across distributed environments.</li><li>Use network emulators to simulate varied network conditions for realistic test scenarios.</li><li>Explain the role of script keys and best practices for securing and managing them.</li><li>Work with data files to parameterize scripts and generate diverse testing scenarios.</li><li>Leverage templates to streamline the creation and management of test scenarios.</li></ul><h5>Chapter 5: Creating a Load Test</h5><ul> <li>Set up all essential parameters for a performance test.</li><li>Create and manage user load profiles and scenarios.</li><li>Assign load generators and distribute the load across regions.</li><li>Add and configure monitors for real-time performance tracking.</li><li>Define and enforce Service Level Agreements (SLAs) to align with business objectives.</li><li>Apply insights to achieve consistent and reliable application performance.</li></ul><h5>Chapter 6: Running a Load Test</h5><ul> <li>Perform pre-run preparations and Vuser setup.</li><li>Manage and monitor the test run.</li><li>Discuss runtime alerts and dashboard interactions.</li><li>Explain post-test actions and result availability.</li></ul><h5>Chapter 7: Analyzing Test Results</h5><ul> <li>Explain the importance of performance result analysis and key metrics.</li><li>Utilize dashboards and graphs effectively to visualize and compare test results.</li><li>Detect and analyze anomalies to identify and resolve performance issues.</li><li>Apply best practices to correlate and interpret metrics for comprehensive analysis.</li><li>Leverage Network Virtualization Insights for optimizing performance under real-world conditions.</li><li>Generate reports and provide actionable recommendations for performance improvements.</li></ul><h5>Chapter 8: Tools and Integrations</h5><ul> <li>Leverage CI Integration.</li><li>Implement streaming integration.</li><li>Utilize REST API.</li></ul>On completion of this course, participants should be able to: - Navigate and utilize OpenText Core Performance Engineering for end-to-end performance testing. - Manage scripts, load generators, monitors, and test data. - Design, schedule, and execute performance tests. - Monitor performance during test runs and manage Vusers. - Analyze results and generate reports using dashboards and anomaly detection. - Configure integrations with external tools like Git, Jenkins, and InfluxDB.To be successful in this course, you should have the following prerequisites or knowledge: - A basic knowledge of performance testing concepts - Working knowledge of Windows, websites, and browsersPerformance engineers, QA professionals, and testers seeking to leverage OpenText Core Performance Engineering for scalable, cloud-based performance testingChapter 1: Course Overview - Identify the contents and objectives of the course. - Define the class logistics. Chapter 2: Core Performance Engineering Overview - Explain OpenText performance products and their functionalities. - Describe the key features and benefits of OpenText Core Performance Engineering. - Explore OpenText Core Performance Engineering integration with OpenText SaaS. - Examine the architectural components and deployment options. - Identify versatile use cases for OpenText Core Performance Engineering. - Explain the end-to-end workflow in OpenText Core Performance Engineering. - Gain hands-on experience with the Core Performance Engineering interfaces. Chapter 3: Tenant Management - Explain the license types. - Share assets between projects. - Create and manage projects. - Create access keys. - Monitor scheduled tests and view running tests. Chapter 4: Managing Test Assets - Explain the types of test assets used in OpenText Core Performance Engineering. - Explain how to upload and organize test scripts efficiently within OpenText Core Performance Engineering. - Configure and utilize monitors to track test performance and system resource consumption. - Set up and manage load generators for scalable performance testing. - Manage agents to ensure smooth test execution across distributed environments. - Use network emulators to simulate varied network conditions for realistic test scenarios. - Explain the role of script keys and best practices for securing and managing them. - Work with data files to parameterize scripts and generate diverse testing scenarios. - Leverage templates to streamline the creation and management of test scenarios. Chapter 5: Creating a Load Test - Set up all essential parameters for a performance test. - Create and manage user load profiles and scenarios. - Assign load generators and distribute the load across regions. - Add and configure monitors for real-time performance tracking. - Define and enforce Service Level Agreements (SLAs) to align with business objectives. - Apply insights to achieve consistent and reliable application performance. Chapter 6: Running a Load Test - Perform pre-run preparations and Vuser setup. - Manage and monitor the test run. - Discuss runtime alerts and dashboard interactions. - Explain post-test actions and result availability. Chapter 7: Analyzing Test Results - Explain the importance of performance result analysis and key metrics. - Utilize dashboards and graphs effectively to visualize and compare test results. - Detect and analyze anomalies to identify and resolve performance issues. - Apply best practices to correlate and interpret metrics for comprehensive analysis. - Leverage Network Virtualization Insights for optimizing performance under real-world conditions. - Generate reports and provide actionable recommendations for performance improvements. Chapter 8: Tools and Integrations - Leverage CI Integration. - Implement streaming integration. - Utilize REST API.2 jours1600.00