Python program to pad ROMs to exactly 48 K (e.g. for sQLux)

[ql_freak]

UQLX can use ROMs which are less than 49152 Bytes (48 K), but sQLux complains. So I have written a quick and dirty Python program to make a 48 K ROM from those ROMs. Hint: The program does not allow to overwrite the existing ROM on disk, you must save it with another name.

[tofro]

The next release of sqlux will likely accept ROMs shorter than 49152 Bytes.

[ql_freak]

I'm not sure, if this is a good idea. A ROM should have exactly 49152 bytes. With the current version of sQLux it is much more difficult, to load a file, which is no QL-ROM. It would only make sense, if ROMs >48K can be loaded as system ROM, and even than, it would be nice, if sQLux checks, that it is e.g 64, 128, ... KBytes exactly.

[XorA]

truncate -s 48k test.rom

Much easier than python

[tofro]

I'm not sure, if this is a good idea. A ROM should have exactly 49152 bytes. With the current version of sQLux it is much more difficult, to load a file, which is no QL-ROM. It would only make sense, if ROMs >48K can be loaded as system ROM, and even than, it would be nice, if sQLux checks, that it is e.g 64, 128, ... KBytes exactly.

Well, we need to accept what's out there. And there's plenty of ROMs floating about shorter than 49152 bytes. If we supply a warning if a "short ROM" is detected, that should be enough.

[XorA]

I'm not sure, if this is a good idea. A ROM should have exactly 49152 bytes. With the current version of sQLux it is much more difficult, to load a file, which is no QL-ROM. It would only make sense, if ROMs >48K can be loaded as system ROM, and even than, it would be nice, if sQLux checks, that it is e.g 64, 128, ... KBytes exactly.

Well, we need to accept what's out there. And there's plenty of ROMs floating about shorter than 49152 bytes. If we supply a warning if a "short ROM" is detected, that should be enough.

I accepted tofro's reasoning and sQLay3 already did except short roms, so I merged his patch a few minutes ago!