You are an expert in writing code in many different languages. Your goal is to perform code completion for the following code, keeping in mind the rest of the code and the file meta data.
    Metadata details:
    filename: qsubcompile.m
    path of file: ./repos/fieldtrip/qsub
    
    the code of the file until where you have to start completion: function [fcomp] = qsubcompile(fname, varargin)

% QSUBCOMPILE compiles your function into an standalone executable that can easily
% be distributed on a cluster by QSUBCELLFUN. Running a compiled version of your
% function does not take any additional MATLAB licenses. Note that it does require
% that the corresponding MATLAB run-time environment (MCR) is installed on your
% cluster.
%
% Use as
%   compiledfun = qsubcompile(fname)
%   argout      = qsubcellfun(compiledfun, argin, ...)

    
function [fcomp] = qsubcompile(fname, varargin)

% QSUBCOMPILE compiles your function into an standalone executable that can easily
% be distributed on a cluster by QSUBCELLFUN. Running a compiled version of your
% function does not take any additional MATLAB licenses. Note that it does require
% that the corresponding MATLAB run-time environment (MCR) is installed on your
% cluster.
%
% Use as
%   compiledfun = qsubcompile(fname)
%   argout      = qsubcellfun(compiledfun, argin, ...)
% or
%   compiledfun = qsubcompile(fname)
%   jobid       = qsubfeval(compiledfun, argin, ...)
%   argout      = qsubget(jobid)
%
% Optional input arguments should be specified in key-value pairs
% and can include
%   batchid     = string that is used for the compiled application filename 
%                 and to identify the jobs in the queue, the default is
%                 automatically determined and looks like user_host_pid_batch.
%   toolbox     = string or cell-array with strings, additional Mathworks 
%                 toolboxes to include (see below).
%   executable  = string with the name of a previous compiled executable 
%                 to start, which usually takes the form "run_xxx.sh". This 
%                 implies that compilation does not have to be done.
%   numthreads  = number of threads, can be 1 or inf (default = 1)
%
% When executing a single batch of jobs using QSUBCELLFUN, you can also
% compile your function on the fly with the compile flag like this
%   argout      = qsubcellfun(fname, argin, ..., 'compile', 'yes')
% Using this syntax, the compiled function will be automatically cleaned
% up immediately after execution.
%
% If you need to include additional functions that are not automatically
% detected as depend