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gdbgui - Browser-based frontend to gdb (gnu debugger)


A modern, browser-based frontend to gdb (gnu debugger). Add breakpoints, view stack traces, and more in C, C++, Go, and Rust! Simply run gdbgui from the terminal and a new tab will open in your browser. gdbgui is easy to get started with yet supports scripting, and has terminal access while keeping the user interface in lock step with the underlying gdb process.

Byebug - Debugging in Ruby 2


Byebug is a simple to use, feature rich debugger for Ruby. It uses the TracePoint API for execution control and the Debug Inspector API for call stack navigation, so it doesn't depend on internal core sources. It's developed as a C extension, so it's fast. And it has a full test suite so it's reliable.

VSDebugPro - Enhanced debugging for C/C++. Dump blocks of data, load data in memory


VSDebugPro is a Visual Studio extension for Visual C/C++ that adds several useful debugging utilities such as dumping raw blocks of memory to a file without changing program code, loading binary data from a file to a specific memory location, allocating new memory in the debugged process, and more.

bo - The Swiss army knife of data examination and manipulation


The Swiss army knife of data examination and manipulation. This is the tool to use when you need to visualize or convert data in different formats.




wbscope - A wishbone controlled scope for FPGA's


This is a generic/library routine for providing a bus accessed 'scope' or (perhaps more appropriately) a bus accessed logic analyzer for use internal to an FPGA. The general operation is such that this 'scope' can record and report on any 32 bit value transiting through the FPGA that you have connected to the scope. Once started and reset, the scope records a copy of the input data every time the clock ticks with the circuit enabled. That is, it records these values up until the trigger. Once the trigger goes high, the scope will record for bw_holdoff more counts before stopping. Values may then be read from the buffer, oldest to most recent. After reading, the scope may then be reset for another run. The Wishbone scope was featured on zipcpu.com as a conclusion to the discussion of the example debugging bus. That example discussed how to hook up the scope to your logic, as well as how to employ the scope software to create a VCD file that could then be viewed in GTKWave. The scope was also mentioned as a means of capturing traces of button bounces, with the short discussion of how to set it up for that task here.