Run machine code, assembly and webassembly directly in Python.
Have you ever realized you can't remember how to add numbers in Python but you do remember how to do it in assembly?
If the answer is yes this is the package for you, using pyas
you will be able to run machine code, assembly and webassembly directly from within Python!
Warning currently this only supports Linux and pyscript
pip3 install pyas
pip3 install git+https://github.com/donno2048/pyas
Comments are noted with ;
, #
and //
from pyas import function
add_one = function(
'8b c7' # mov eax, edi
'83 c0 01' # add eax, 1
'c3' # ret
)
return_same = function(
'''
8b c7 # mov eax, edi
c3 // ret
'''
)
print(add_one(10), "=", return_same(10), "+ 1")
# output: 11 = 10 + 1
add_numbers = lambda i, val: function(
'''
8b c7 ; mov eax, edi
83 c0 %.2x # add eax, i
c3 // ret
'''
%i,
val # every value after the first argument will be passed directly to the function if supplied
)
print(add_numbers(4, 10), "=", "10 + 4")
# output: 14 = 10 + 4
from pyas import function
add_one = function(
'''
mov eax, edi
add eax, 1
ret
''',
raw = False
)
return_same = function(
'''
mov eax, edi
ret
''',
raw = False
)
print(add_one(10), "=", return_same(10), "+ 1")
# output: 11 = 10 + 1
add_numbers = lambda i, val: function(
'''
mov eax, edi
add eax, %d
ret
'''
%i,
val, # every value after the first argument will be passed directly to the function if supplied
raw = False
)
print(add_numbers(4, 10), "=", "10 + 4")
# output: 14 = 10 + 4
pyas will automatically recognize running in a web browser and will run Webassembly, but you'll have to specify a func_name
.
from pyas import function
add_one = function(
'\0asm\1\0\0\0\1\6\1`\1'
'\x7f\1\x7f\3\2\1\0\7'
'\x0b\1\7add_one\0\0\n\t'
'\1\7\0\x20\0A\x01j\x0b'
, func_name = 'add_one')
print(f"{add_one(10)} = {add_one(9)} + 1")
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