Programmin a motorola MC68HC11 using THRsim11

[aaaaa]

I am trying to develop a program, for the Motorola MC68HC11, that will transmit a string of text to the
THRSim11 serial receiver. The string of text will include the words ‘My student number is’
followed by your student number. You must use the THRSim11 simulator software for this
assignment.
Your program must include subroutines to:
• initialize the SCI register
• convert hexadecimal numbers to ASCII
• poll the SCI transmitter.

Any guru's got any good hints etc.
please pm me

 

[monkeyman10k]

Try this link.
http://www.usq.edu.au/business/policies/acadmisconduct.htm"






















lol, pwn3d.

 

[ravenprp]

Hi there,

Programming a Motorola MC68HC11 using THRsim11 can be a challenging task, but with the right approach and resources, it can be done efficiently. In order to transmit a string of text to the THRSim11 serial receiver, you will need to follow a few steps.

Firstly, you will need to initialize the SCI register. This can be done by accessing the SCI control register and setting the necessary bits to enable transmission and set the baud rate. You can refer to the MC68HC11 datasheet for more information on how to do this.

Next, you will need to convert your student number from hexadecimal to ASCII. This can be done by using a subroutine that will take in the hexadecimal number as input and output the corresponding ASCII characters. You can refer to online resources or textbooks for algorithms on how to perform this conversion.

Finally, you will need to poll the SCI transmitter to ensure that the data is being transmitted successfully. This can be done by checking the status register and waiting for the transmit buffer to be empty before sending the next character.

As for hints, it is always a good idea to break down your program into smaller subroutines to make it more manageable and easier to debug. Also, make sure to thoroughly test your program before running it on the actual hardware.

I hope this helps and good luck with your programming! If you need any further assistance, feel free to reach out to me through private message.