KeilC51 connects with Proteus to debug VDM51.dll-EEWORLD

Collect

1. If KeilC and Proteus have been correctly installed in the directory C:Program Files, copy C:Program FilesLabcenter ElectronicsProteus 6 ProfessionalMODELSVDM51.dll to the directory C:Program FileskeilCC51BIN.
2. Use Notepad to open the C:Program FileskeilCC51TOOLS.INI file, and add the following under the [C51] column: TDRV5=BINVDM51.DLL ("Proteus VSM Monitor-51 Driver") The "5" in "TDRV5" should be written according to the actual situation, and do not repeat the original one. (Steps 1 and 2 only need to be set up for the first use.)
3. Enter the KeilC μVision2 development integrated environment, create a new project, and select a suitable microcontroller CPU device for the project (such as: Atmel's AT89C51). And add the KeilC source program to the project.
4. Click the "Project menu/Options for Target" option or click the "option for target" button on the toolbar

, a window will pop up, click the "Debug" button, and the page shown in the figure will appear.

KeilC51 and Proteus connect and debug VDM51.dll

In the dialog box that appears, select "Proteus VSM Monitor-51 Driver" in the drop-down menu on the upper right column. And click the small dot in front of "Use" to indicate the selection. Then click the "Setting" button to set the communication interface. Add "127.0.0.1" after "Host". If you are not using the same computer, you need to add the IP address of another computer here (the other computer should also install Proteus). Add "8000" after "Port". The setting is as shown in the figure, click the "OK" button. Finally, compile the project, enter the debugging state, and run it. 5. Proteus settings Enter Proteus's ISIS, click the menu "Debug" with the left mouse button, and select "use romote debugger monitor", as shown in the figure. After that, KeilC and Proteus can be connected for debugging. 6. KeilC and Proteus connection simulation debugging Click the simulation run start button, we can clearly observe the changes in the electrical frequency of each pin, red represents high electrical frequency, and blue represents low electrical frequency.
KeilC51 and Proteus connect and debug VDM51.dll

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