Final answer:
Dynatrace monitors .NET applications using bytecode instrumentation, where it adds instructions to the bytecode without altering the source code, allowing for in-depth application performance monitoring.
Step-by-step explanation:
Dynatrace monitors .NET applications primarily through bytecode instrumentation. What this means is that Dynatrace adds additional instructions to the .NET application's bytecode without modifying the source code. This approach allows Dynatrace to gather deep insights into the application's performance, including method execution time, database queries, external web service calls, and more. This information is crucial for understanding the real-time performance of the application and for identifying bottlenecks or potential issues.
While options like injecting code directly into the .NET framework or analyzing compiled binaries might be viable monitoring strategies in some contexts, Dynatrace uses an agent-based approach where the agent actively participates in the execution process to collect data. The agent typically runs on the same server as the .NET application and continuously sends monitoring data to the Dynatrace server. This approach ensures that there is minimal performance overhead on the application and that the monitoring process is both secure and comprehensive.
Dynatrace monitors .NET applications through bytecode instrumentation. Bytecode instrumentation involves injecting monitoring code into the bytecode of the .NET application during runtime. This allows Dynatrace to capture detailed performance metrics, traces, and other relevant data without requiring changes to the source code.
Dynatrace's approach to monitoring .NET applications is generally non-intrusive and allows for comprehensive insights into the application's performance, dependencies, and user experience. The instrumentation is applied dynamically, enabling real-time monitoring and analysis without the need to modify the application's binaries or source code.