Please note that the recommended version of Scilab is 2026.0.0. This page might be outdated.
See the recommended documentation of this function
exec
script file execution
Syntax
exec(path [,mode]) exec(fun [,mode]) ierr = exec(path, 'errcatch' [,mode]) ierr = exec(fun, 'errcatch' [,mode])
Arguments
- path
- a string, the path of the script file. 
- mode
- an integer scalar, the execution mode (see below). 
- fun
- a Scilab function. 
- ierr
- an integer, 0 or error number. 
Description
exec(path [,mode]) executes sequentially the Scilab instructions
            contained in the file given by path  with an optional
            execution mode mode.
The different cases for mode are :
- 0
- the default value. 
- -1
- nothing is printed. 
- 1
- echo of each command line. 
- 2
- prompt - -->is printed.
- 3
- echoes + prompts. 
- 4
- stops before each prompt. Execution resumes after a carriage return. 
- 7
- stops + prompts + echoes : useful mode for demos. 
exec(fun [,mode]) executes function  fun as a script: no
            input nor output argument nor specific variable environment. This method for script evaluation allows to store scripts as
            function in libraries.
If an error is encountered while executing, if 'errcatch' flag is
            present exec issues no error message, aborts execution of the
            instructions and resumes with ierr equal to the error
            number. If 'errcatch' flag is not present, standard error handling
            works.
Remarks
exec files may now be used to define functions using the inline function definition syntax (see function).
exec supports files encoded as ANSI/ASCII and UTF-8.
The length of each line in a file is limited to 4096 characters.
Examples
// create a script file mputl('a=1;b=2',TMPDIR+'/myscript') // execute it exec(TMPDIR+'/myscript') whos -name "a " // create a function deff('y=foo(x)','a=x+1;y=a^2') clear a b // call the function foo(1) // a is a variable created in the environment of the function foo // it is destroyed when foo returns whos -name "a " x=1 //create x to make it known by the script foo exec(foo) // a and y are created in the current environment whos -name "a " whos -name "y "
See also
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