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Erlang OTP: Distributed & Fault-Tolerant Systems Programming · Lesson

Erlang Profiling Techniques

Utilize Erlang's built-in profiling tools to identify performance bottlenecks and optimize your application code.

Why Profile Erlang Code?

Ever wonder why your Erlang application feels a bit sluggish? That's where profiling comes in!

Profiling is like giving your code an X-ray. It helps you:

  • Spot performance bottlenecks.
  • Understand how functions spend their time.
  • Optimize resource usage (CPU, memory).

In Erlang, profiling is crucial for building efficient, high-performance systems.

Meet `fprof`: CPU & Memory

One of Erlang's most powerful built-in profiling tools is fprof. It's designed to give you detailed insights into how your program uses system resources.

fprof can profile:

  • CPU usage: Which functions are consuming the most processing time?
  • Memory usage: How much memory each function allocates.

It's great for deep dives into specific parts of your code.

All lessons in this course

  1. Erlang Profiling Techniques
  2. Tracing & Debugging Distributed Systems
  3. Metrics & Monitoring Integration
  4. Memory Analysis & Garbage Collection Tuning
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