Return Value: This function returns a string that contains the date and time which is in human readable form. It is used to set timet object that contains a time value. Timer::Timer(const std::chrono::milliseconds &interval,Īuto waitResult = mRunCondition. char ctime (const timet timer) Parameters: This function accepts single parameter timeptr. The rest should be self-explanatory but if you still have any questions you can use the comments section down below. Checking if the thread can be joined is another important thing to note. Notice how a std::condition_variable is used for a flexible wait, rather than just sleeping the thread unconditionally. Timer(const std::chrono::milliseconds &interval,Īnd the following is the contents of timer.cpp file. Obviously, it can still be improved by adding a number of different constructors for convenience and even query methods, but the idea is to to have an interval in milliseconds, a task that is run at every interval and finally a simple flag to decide whether it should repeat or not. To work, every lapse of period, the control sends a. Well, I ended up writing one myself using what I could gather and this post is the summary of it all.įollowing code snippet is the contents of timer.hpp file. A timer is a non-spatial object that uses recurring lapses of time in a computer or in an application. As a Qt Framework user I wanted to have something as close to QTimer as possible, or maybe even something like Timer class in. One thing I noticed while searching for a simple, generic and pure C++ Timer class online, was the huge amount of answers that were floating around and none of them fit the exact description I was looking for.
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