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Course Outline
Introduction to Performance Testing
- Overview of the performance testing lifecycle.
- Techniques for interpreting performance test results.
Exploring Various Architectures and Application Models
- 2-tier and 3-tier architecture.
- N-tier architecture.
- Middleware-based architectures (including Message Queues, Web Services, etc.).
Required Technologies
- Fundamental UNIX commands (e.g., grep, find, vi editor).
- Basic Oracle/SQL concepts (queries, tables, triggers, etc.).
- Core C/Java programming principles.
In-Depth Analysis: Monitoring Concepts and Tools
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Hardware Monitoring (Windows Perfmon, UNIX nmon, vmstat)
- Run queue metrics (average processor queue length).
- Network I/O.
- Disk I/O.
- Memory utilization (available, used, paging space, file system cache, etc.).
- CPU resources (available, virtual, online, and entitled capacity).
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Web Server and Application Server Monitoring
- JVM (Java heap) analysis via heap dumps.
- Connection pool management.
- Thread pool dynamics.
- Proficiency with monitoring tools such as CA Wily Introscope and IBM Tivoli.
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Database Monitoring
- Fundamental query tuning techniques.
- SQL Trace capabilities.
- AWR or Statspack analysis.
- Query plan evaluation.
- Comprehension of bandwidth usage and FTP protocols.
- Network monitoring using tools like HTTPwatch or Fiddler.
Requirements
- Proficiency in database systems such as Oracle.
- Familiarity with application containers like WebSphere or WebLogic, among others.
- Competence in programming languages, particularly Java.
- Established knowledge of performance testing methodologies.
- Proficiency in SQL.
35 Hours
Testimonials (1)
Trainer knows very well about the teaching materials and the virtual machine given is very helpful.
