The digit in the tens position needs to be the LSB. If zPosRaw = 1234.5 the array looks like this: While(i zPosRawByteArray, 3, value.GetBuffer(), value.GetLength())
LOOP UNTIL END OF ASCII NUMBER OR END OF BCD REACHED Int j = 0 //INDEX TO BCD REPRESENTATION OF THE NUMBER Int i = 0 //INDEX TO INPUT ASCII REPRESENTATION OF THE NUMBER Int CTestDPDlg::atobcd(void* pBcd, int nBcdLen, char* pszNumber, int nNumLen)
PURPOSE : Converts an ASCII (text) representation of a number to BCD. nNumLen - (input) length of the input pszNumber char array. representation of the number to encode. pszNumber - (input) pointer to a char array containing the text nBcdLen - (input) usable length of the pBcd variable. ARGUMENTS: pBcd - (output) void pointer to location where the encoded Only to find I really have no idea how to modify it to accomplish what I need. However after some poking around its not working entirely as I need it to, so I was going to modify it. Its one my supervisor found online that seemed to work fine for the purposes of our test code. Add additional test cases as needed.Hello all, I'm trying to modify some code but I'm having some difficulty - probably because I don't really understand the function in the first place. Follow the requirements as specified below: struct Time Info Current time: 11:59:56A Extra credit output only: Enter seconds to advance: 3600 Current time: 12:59:56P Extra Credit: Perform extra features as indicated above. Write a program that simulates a clock where main is in C/C++ and main function will drive the rest of the program including calling procedures in assembly. You will need to work with C/C++ and Assembly language for this exercise. The ones digit will be stored in the lower 4 bits of each byte. The tens digit will be stored in the upper 4 bits (nibble) of each byte. You will use an array of 4 unsigned bytes to store the tens and ones values of the clock's hours, minutes, seconds and a char ‘A’ or ‘P’ to indicate AM or PM. BCD is a way to represent decimal digits (0-9) in 4 bits (0000-1001). Transcribed image text: For this assignment you will work with a BCD (Binary Coded Decimal) clock.
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