Man Scilab

ilib_for_link - utility for shared library management with link

Calling Sequence

libn=ilib_for_link(names,files,libs,flag,makename,loadername])

Parameters

• names : a string matrix giving the entry names which are to be linked.
• files : string matrix giving objects files needed for shared library creation
• libs : string matrix giving extra libraries needed for shred library creation
• flag : a string flag ("c" or "f") for C or Fortran entry points.
• makename : character string. The pathname of the Makefile file without extension (default value Makelib ).
• loadername : character string. The pathname of the loader file (default value loader.sce ).
• libn : character string. The path of the really generated shared library file.

Description

This tool is used to create shared libraries and to generate a loader file which can be used to dynamically load the shared library into Scilab with the link function. New entry points given by names are then accessible through the call function or with non linear tools ode , optim ,...

The file to compile are supposed to be located given by makename . If makename sets a path different to the current directory, loader script must be located in the same directory using the loadername variable.

Many examples are provided in examples/link-examples-so directory.

Examples

f1=['int ext1c(n, a, b, c)'
    'int *n;     double *a, *b, *c;'
    '{int k;'
    '  for (k = 0; k < *n; ++k) '
    '      c[k] = a[k] + b[k];'
    '  return(0);}'];

mputl(f1,'fun1.c')

//creating the shared library (a gateway, a Makefile and a loader are 
//generated. 

ilib_for_link('ext1c','fun1.o',[],"c") 

// load the shared library 

exec loader.sce 

//using the new primitive
a=[1,2,3];b=[4,5,6];n=3;
c=call('ext1c',n,1,'i',a,2,'d',b,3,'d','out',[1,3],4,'d');
if norm(c-(a+b)) > %eps then pause,end

 
  

See Also

addinter ,   link ,   ilib_compile ,   ilib_gen_Make ,   ilib_gen_gateway ,   ilib_gen_loader ,   ilib_for_link ,  

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