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// This modue provide three function to interact with a python interpretor:
//
// - py_write : write a scilab variable in python
// - py_read : read a python variable in scilab
// - py_eval : evaluate a python string
//
// A convenience function to call into python is also provided
global GLOB_PY_INIT ;
GLOB_PY_INIT = %F ;
function py_write(pyname, scivar)
// TODO
endfunction
function sci_var = py_read(py_name)
var_type = py_type(py_name)
// Call the right function accoring to var_type
sci_var = call('py_read_int_c', py_name, 1, 'c','out', [1,1], 2, 'i')
endfunction
function ptype = py_type(py_name)
// @param py_name: the name of a python variable
// @return: an integer,
ptype = 1
endfunction
function py_eval(eval_str)
call('py_eval_c',eval_str, 1, 'c','out')
endfunction
function py_initialize()
global GLOB_PY_INIT
if GLOB_PY_INIT == %F
call('py_initialize_c', 'out')
GLOB_PY_INIT = %T ;
end
endfunction
function py_finalize()
call('py_finalize_c', 'out')
endfunction
function call_python(funcname, varargin)
for i=1:length(varargin)
arg = varargin(i)
pywrite(printf("_tmp%i_", arg))
end
endfunction
intf = [ 'py_initialize_c', 'py_finalize_c','py_eval_c', 'py_read_int_c'] ;
libn = ilib_for_link(intf, 'callpython.c','', 'c' ,'make' , ...
'loader.sce' ,'callpython.lib','-LIBPATH:C:\Python26\libs', ...
'-IC:\Python26\include') ;
exec('loader.sce') ;
py_initialize()
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