HSERIN seems to fail and I can't see WHY

[Jumper]

Thanks for the answer and your idea works, it it any different if I use that way or:

for n=o to 255
HSERIN [RxData(n)]
next n

except it compiles in different size?

by the way,

I was trying to load a Byte from the RxData array into the lowbyte and high byte of a word array "C_Data(x)". What would be the best way of doing (since this is not allowed)?

C_Data(x).Lowbyte=RxData(n)
C_Data(x).HighByte=RxData(n+1)

I solved this loading with using a Melanie suggested method "C_Data.lowbyte(i) =RxData(n)" but this requires that you adresses the C_Data.Lowbyte(i) not using the word count but the position of the byte in the word array so the Highbyte iadresses as C_data.Lowbyte(i+1).

I couldn't even get a temporary word variable to work but that could have been because of the time of the day.

This should work right??

Temp.Lowbyte=RxData(n)
Temp.HighByte=RxData(n+1)
C_Data(i)=Temp




Not that user friendly ;-) (at least not 3 am)

/j

[Darrel Taylor]

Thanks for the answer and your idea works, it it any different if I use that way or:

for n=o to 255
HSERIN [RxData(n)]
next n

That'll work just as well. Wouldn't be the case with SERIN2, but with HSERIN it's fine.

I was trying to load a Byte from the RxData array into the lowbyte and high byte of a word array "C_Data(x)". What would be the best way of doing (since this is not allowed)?

Here's another possibility...

C_Data(i)=RxData(n) << 8 + RxData(n+1)

or...

RxData   VAR BYTE[256]
RxDataW  VAR WORD EXT
@RxDataW = RxData

; -- then later on ---

C_Data(i) = RxDataW(n/2)

But the second one assumes the data in the byte array is aligned to word boundaries, which may not be the case.
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