> I would like to run Python scripts on an embedded MIPS Linux platform
> having only 2 MiB of flash ROM and 16 MiB of RAM for everything.
(...)
Have you looked at Python for S60 and Python for the Maemo platform?
If not directly useful, they should provide some hints.
[1] http://opensource.noki
Milan Krcmar wrote:
> Thank you people. I'm going to try to strip unneeded things and let you
> know the result.
>
> Along with running Python on an embedded system, I am considering two
> more things. Suppose the system to be a small Linux router, which, after
> the kernel starts, merely configur
Thank you people. I'm going to try to strip unneeded things and let you
know the result.
Along with running Python on an embedded system, I am considering two
more things. Suppose the system to be a small Linux router, which, after
the kernel starts, merely configures lots of parameters of the ker
Milan Krcmar schrieb:
> Can you give me any information to start with? I would prefer stripping
> current version of Python rather than returning to a years-old (but
> smaller) version and remembering what of the new syntax/functionality to
> avoid.
I would start with dropping support for dynamic
Milan Krcmar <[EMAIL PROTECTED]> writes:
> I would like to run Python scripts on an embedded MIPS Linux platform
> having only 2 MiB of flash ROM and 16 MiB of RAM for everything.
>
> Current (2.5) stripped and gzipped (I am going to use a compressed
> filesystem) CPython binary, compiled with def
Milan Krcmar wrote:
> Current (2.5) stripped and gzipped (I am going to use a compressed
> filesystem) CPython binary, compiled with defaults on a i386/glibc
> Linux, results in 500 KiB of "flash". How to make the Python
> interpreter even smaller?
In my experience, the biggest gain can be obtain
I would like to run Python scripts on an embedded MIPS Linux platform
having only 2 MiB of flash ROM and 16 MiB of RAM for everything.
Current (2.5) stripped and gzipped (I am going to use a compressed
filesystem) CPython binary, compiled with defaults on a i386/glibc
Linux, results in 500 KiB of
