#Ollydbg debugger detected code
#Ollydbg debugger detected professional

Instead, we will reuse existing professional debuggers in DIWIDE. We do not intend to implement our own Sequential Debugger on NT and UNIX platforms. under debugging, stopped by the debugger, running freely, etc.) of all processes included in the parallel application. Furthermore, 'stack windows' can be opened for each process to show the actual contents of the program stack and a project window is provided as well to show the current state (e.g. In this way, the user can inspect data space of numerous application processes in parallel. Similarly, several watch windows belonging to different processes may exist on the screen at the same time. The user can set and remove breakpoints in the source windows and can perform the common process control commands like step, continue, etc.

#Ollydbg debugger detected code

Source code of different processes can be listed in different windows simultaneously. The user interface of the distributed debugger offers several windows for the user to carry out debugging commands and to inspect code or data of the parallel program. There is a Debug Controller demon on each host to manage the communication between Master Debugger and Sequential Debuggers. User commands related to a particular application process are delivered to the Sequential Debugger attached to that process. (Of course, the console computer can also run application processes.) The console machine runs the Master Debugger process connected to the user interface (GUI) by which the user is able to watch, control, and modify the execution of the application processes. On the debugger's point of view we have to differentiate between the 'worker' machines where one or more application processes are running and a host where the debugger's console is running. The system architecture of DIWIDE is depicted in Figure 4. This approach has been proved very usable in the GRADE programming environment, so we have decided to apply it also in the design of DIWIDE. The most natural way to debug a message-passing program is to attach a sequential debugger to each individual application process and control these sequential debuggers by the help of a GUI connected to a central debugger demon.