[JanC]
> The code below makes it possible to write assembler code for
different
> architectures (in case pyasm ever supports that ;) and also a Python
> code version to use when running on a system where no assembler code
> can be used. It prints:
[Michael]
> Another (perhaps wacky) approach woul
JanC wrote:
[an example of using decorators to control pyasm]
Another (perhaps wacky) approach would be to change the assembler source syntax
enough to make it legal Python - in particular, this means parenthesizing the
arguments - then it can just be stored in-line with other Python source. Thi
Stefan Behnel schreef:
> Meaning: Put the assembler into the doc-string of a function. Then
> use a decorator to run the assembler on the function's __doc__ string
> and build an assembly function that takes the same arguments to make
> the assembly function directly callable.
That would 'disa
Hi!
What about an interface like this:
--
@pyasm
def hello_world(*some_args):
"""
!CHARS hello_str 'Hello world!\n\0'
!PROC hello_world PYTHON
!ARG self
!ARG args
PUSH hello_str
CALL PySys_WriteStdout
ADD ESP, 0x4
>
> #
> ## helloWorld.py
> ## assembly hello world script
> #
DOH! The example file got truncated. Here it is.
#
## helloWorld.py
## assembly hello world script
#
fro
PyASM by Grant Olson
=
PyASM is a dynamic x86 assembler for python. By "dynamic", I mean that it
can be used to generate inline assembly functions in python at runtime
without requiring object file generation or linkage.
New in version 0.2
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