With strings, good as well!

Thanks guys! If I had Photoshop I could do this, but I uninstalled it.

On an off-topic note, do we still need to uninstall TiEmu to use GIMP and vice-versa? That was why I always stayed away from GIMP before, aside from the fact I disliked how everything were separate windows (I prefer everything in one window like Paint Shop Pro and Photofiltre Studio).

No idea, sorry.

I have a request guys, attached is an image I'd like the white part to be removed so that it is nothing (transparent) and it has no background so it will go fine in any colour.

Thanks, if you could also tell me how to do that

I tried a rubber in Paint.NET but it's hard to control it, even with anti-aliasing enabled.

Happybojr looks like:

It's actually normal for extremely old products to be more valuable, but such a difference is not fair in my view.

What does it mean?

In Z80 Assembly, 'ret' means the end of a program. It closes when reaches a 'ret' instruction.

I just created a very simple tool that allows you to convert hexadecimal code like FDCB00AE to code like .dw $CBFD, $AE00.

It's a small python program that can either read files or read hexadecimal code by type input.

It converts the code and then creates a .txt file with named 'dwCode.txt' with the final code to be used in an Assembly code.


You need Python 2.x to run it. It's attached, hope you like it. For now, it can only open ASCII files (not 8xp) and the number of bytes has to be divisible by four, so '210100' won't work, but 'FDCB00AE' will. Sorry for this, I'll try to fix it.

Here's the source code:

def bibEndianToLittleEndian(hex):
"""Takes a big endian hex string and turns it to little endian"""
splitHex = [hex[x:x+4] for x in xrange(0,len(hex),4)]
for i in range(0,len(splitHex)):
splitHex[i] = splitHex[i][2]+splitHex[i][3]+splitHex[i][0]+splitHex[i][1]
return "".join(splitHex)

def littleEndianToDw(hex):
"""Takes a little endian string as an argument and turns it to .dw blocks"""
#.dw $CBFD,$AE00
finalString = ".dw"
splitHex = [hex[x:x+4] for x in xrange(0,len(hex),4)]
for i in range(0,len(splitHex)):
finalString+= " $"+splitHex[i]+","
return finalString[0:len(finalString)-1]

def main():
print "Choose:\n1. Type hexadecimal code\n2. Open from file"
option = input()
if option==1:
hexCode = raw_input("Type hexadecimal code: ")
g = open('dwCode.txt','w')
g.write(littleEndianToDw(bibEndianToLittleEndian(hexCode)))
g.close()

else:
fileName = raw_input("Enter name of ASCII file: ")
f = open(fileName,'r')
hexCode = f.read()
f.close()
g = open('dwCode.txt','w')
g.write(littleEndianToDw(bibEndianToLittleEndian(hexCode)))
g.close()

if __name__=='__main__':
main()
Enjoy

Quote from: Art_of_camelot on April 11, 2011, 05:26:08 am

Wow, that's really fast! Was this done with Batlibs functions, or Recode? Looks nice either way. =)

yeah, it is all ReCode at this point

Quote from: Scout on April 11, 2011, 05:03:58 am

Zeda: Maybe you could include BatLib App in the folder when you upload it

Awesome job eitherway.

I normally would do that, since BatLib continues to be updated, if I upload a version with a program, it will soon be outdated Plus, if users already have the latest copy, I don't want them to have to reinstall a downgraded version

Ok, then just including the link in the readme is fine