Subject:
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Re: building a remote debugger for win32 -- need help
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Newsgroups:
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lugnet.robotics.handyboard
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Date:
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Wed, 3 Nov 1999 02:21:51 GMT
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Original-From:
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Charles Hacker <c.hacker@mailbox.ANTISPAMgu.edu.au>
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Viewed:
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3228 times
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Hans,
What Christopher Prosserhas stated was correct, and this is exactly
what Vadim Gerasimov does in his HDBL windows program.
And it is also the technique used in my HB_Buffalo downloader program
for programming the HandyBoard with a Buffalo type machine code
monitor.
http://132.234.46.5/Programs/HBoard/Index.shtml
My downloader was written in Borland Delphi, yet I am familiar
with Borland-C. I can thus help if needed.
I would be interested in seeing this project come about. Keep us
posted!
> Hi everybody,
>
> As a part of a project at my university we're building a
> crossdevelopment environment for the Windows environment. As a part of
> this programming environment we want to build a remote debugger. So,
> we will have to incorporate a downloader and a remote debugging
> mechanism that works over the serial interface.
> In the end we hope to have a fullblown Borland-C like programming
> environment for the 68HC11, with both simulated debugging and remote
> debugging. (Yup, we're ambitious:-))
>
> And right at the beginning of all this i'm walking into problems. I
> can't find anywhere in the extensive documentation that is available
> on the web how to communicate with the 68hc11 over the serial line,
> other than with Interactive C. This is not an option for us:-(.
>
> So right now I'm writing a C++ object that will communicate with the
> board. When instantiated it should install the talker that comes with
> pcbug11 (talkeree.s19) on the board and then wait for commands that
> are transmitted over the serial line.
>
> Right now i've come as far as to open the serial comport on the pc to
> talk to the board but i have no idea where to go from there. Can
> anybody help me?
>
> For the c++ literate, here's the interface of the C++ object:
>
> class SerialCommunicator
> {
> public:
> SerialCommunicator(int port, int speed);
> //the constructor should automatically install the talker
> int open(); //opens the comport
> int close(); //closes the comport
> int read(); //should read from the serial line. Stores what it
> //reads in private datamember Data
> int write(char *Data);//should send data to the board
> int readStatus(){ return status;}
> //this is just to keep the state
> private:
> SerialCommunicator(SerialCommunicator &SC);
> // disables copyconstruction
> int portNr, comSpeed, status;//no comment needed
> char Data[255];//string in which to store data that comes
> //from the serial connection
> HANDLE hCom; //win32 handle to a comport
> //below are other members needed by the win32 API
> DCB Dcb;
> COMMTIMEOUTS Timeouts;
>
> };
>
>
> Regards.
> Hans
Charles Hacker
Lecturer in Electronics, Computing and Physics
School of Engineering
Griffith University - Gold Coast
PMB 50 Gold Coast Mail Centre
Southport Queensland 9726
Australia.
Email - C.Hacker@mailbox.gu.edu.au
Ph. (07) 5594 8670
Fax.(07) 5594 8065
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