Results for "Author: cr hough"

Never use DoEvents again. This is a standard C/C++ Message Pump. Compare each of these three methods against each other (including DoEvents) and watch your CPU usage. The code is pretty self-explanatory I think.

Never use DoEvents again. This is a standard C/C++ Message Pump. Compare each of these three methods against each other (including DoEvents) and watch your CPU usage. The code is pretty self-explanatory I think.

Never use DoEvents again. This is a standard C/C++ Message Pump. Compare each of these three methods against each other (including DoEvents) and watch your CPU usage. The code is pretty self-explanatory I think.

Never use DoEvents again. This is a standard C/C++ Message Pump. Compare each of these three methods against each other (including DoEvents) and watch your CPU usage. The code is pretty self-explanatory I think.

Never use DoEvents again. This is a standard C/C++ Message Pump. Compare each of these three methods against each other (including DoEvents) and watch your CPU usage. The code is pretty self-explanatory I think.

Never use DoEvents again. This is a standard C/C++ Message Pump. Compare each of these three methods against each other (including DoEvents) and watch your CPU usage. The code is pretty self-explanatory I think.

Never use DoEvents again. This is a standard C/C++ Message Pump. Compare each of these three methods against each other (including DoEvents) and watch your CPU usage. The code is pretty self-explanatory I think.

Never use DoEvents again. This is a standard C/C++ Message Pump. Compare each of these three methods against each other (including DoEvents) and watch your CPU usage. The code is pretty self-explanatory I think.

Never use DoEvents again. This is a standard C/C++ Message Pump. Compare each of these three methods against each other (including DoEvents) and watch your CPU usage. The code is pretty self-explanatory I think.

Never use DoEvents again. This is a standard C/C++ Message Pump. Compare each of these three methods against each other (including DoEvents) and watch your CPU usage. The code is pretty self-explanatory I think.