Please note that the recommended version of Scilab is 2026.0.0. This page might be outdated.
See the recommended documentation of this function
genlib
build library from functions in given directory
Calling Sequence
genlib(lib_name [[,dir_name, [ Force [,verb [,Names]]]]) genlib(lib_name [,path=dir_name] [,verbose=verb] [,force=Force] [,names=Names])
Arguments
- lib_name:
- Scilab string. The variable name of the library to (re)create. 
- dir_name:
- Scilab string. The name of the directory to look for - .sci-files.
- Force
- boolean value (default value is - %f). Set it to- %tto force the sci-files recompilation.
- verb
- boolean values (default value is - %f). Set it to- %tto get information.
- Names
- a vector of strings, the names of function to include in the library. By default all the sci-files are taken into account 
Description
For each .sci file in dir_name (or only those
            specified by the Names argument), genlib executes a
            exec and saves the functions to the corresponding .bin
            file.  The .sci file must not contain anything but Scilab
            functions.  If a .bin file is newer than the associated
            .sci file, genlib does not translate and save the file.
This default behaviour can be changed if force is given and 
            set to %t. In this latter case the recompilation is always 
            performed for each .sci file.
When all .sci files have been processed, genlib creates a
            library variable named lib_name and saves it in the file
            lib in dir_name. If the Scilab variable
            lib_name is not protected (see predef) this
            variable is updated.
If verbose is et to %t information are displayed during 
            the build process.
If dir_name argument is not given and if lib_name
            Scilab variable  exists and it is a library dir_name is taken equal to the
            lib_name library path (update mode).
Restrictions
Scilab tacitly assumes that file foo.sci defines at least a
            function named foo. If subsidiary functions are included,
            they are made known to Scilab only after the function foo
            had been referenced.
See Also
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