November 2011 Archives

As I mentioned before, deadlocks occur because of lock inversions, that is one thread is holding lock 1 and requires lock 2 and another thread is holding lock 2 and requires lock1.

Our tools help you find lock inversions in your code without requiring deadlocks to occur, all you need to do is run the code under our Lock Inversion Detector, LID, or our Lock Inversion Analyser, LIA.

About this Archive

This page is an archive of entries from November 2011 listed from newest to oldest.

September 2011 is the previous archive.

December 2011 is the next archive.

This is where we write about the development of Lock Explorer, a suite of tools for locating lock inversions, finding deadlocks before they happen and investigating lock usage, contention and performance in multi-threaded code.

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