Why You Need TotalView for Debugging Multithreaded Programs
Meeting the rigorous requirements of HPC development requires tools designed for applications with hundreds of millions of lines of code — and extensive parallelism and concurrency. Get the comprehensive C, C++, and Fortran debugging tools features you need with TotalView.
Advanced Thread Control
Stop and debug an individual thread or groups of threads or processes.
One to Many Threads
Easily view and debug an HPC job's threads and processes.
Different Types of Technologies
Debug pthreads and OpenMP, C++, Qt, and more.
Why TotalView Is the Leading HPC Debugger for Complex, Multithreaded Applications
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Capabilities
Advanced Debugger
Basic Debuggers
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Capabilities
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Breakpoints and source display
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Command line interface
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Memory debugging
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Reverse debugging
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Full control over all process threads
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Debugging two or more processes simultaneously
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Graphical display of array data
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Debugging C++ code with heavy template use
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Complex data structure insight
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Use Barrier points to synchronize threads
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Dynamically insert new code down to the thread level with evaluation points
”We rely on TotalView for all of our parallel debugging needs.”
Watch a Multithreaded Program Debugging Session
See how easy it is to analyze and control threads, and set thread-level breakpoints, using TotalView.
Multi-Core and Multithreaded Program Development
Transitioning applications to run on multicore systems is easier with an advanced debugger that can give you big-picture and detailed views of multithreaded, highly parallel code.
Download this two-part white paper — Transitioning to Multicore (Part 1) and Transitioning to Multicore Development Part 2 — to improve your application’s performance.