A copy of the file is stored in the working directory.

Defines the working file name. The working file name can be relative or absolute. If the file exists only once in the design directory, only the file name is defined. If the file exists in several subdirectories of the design directory, you should define the relative path.

You can use RegExes as working file names. To do so, select RegEx from the menu to the left of the field. When selected, the archival option is selected for all files that comply with the regular expression.

Wildcards are not regular expressions. The following is a list of the most important conversions for wildcards and some examples for RegExes.

Defines the importance of files using the following options.

You must specify the maximum runtime in the additional options when using the Wait and Wait, indicates failure settings. These settings wait at most until the expiration of this value, even if the (executed) process has already finished.

By default, conditions are checked every one second. The interval of the check can be changed in the configuration settings.

If only one of Wait or Wait, indicates failure is set, but the associated files are not created, the process node waits until the maximum runtime.

When selected, activates the launch of a single process for multiple designs. The process node creates a file with designs to be calculated and provides the following environment variables for the executing script:

If this option is enabled, the environment variables OSL_DESIGN_NO, OSL_DESIGN_NAME, and OSL_DESIGN_DIR are not available.

An example implementation for the script in process node:

REM This is a Windows batch script (*.bat)
copy ..\..\..\py\run_multi_cpfunc.py
python run_multi_cpfunc.py %OSL_DESIGNS_BASE% %OSL_DESIGNS_LIST%

An example code snippet to process the designs:

# This is the Python script "run_multi_cpfunc.py"
...
basedir=normpath(sys.argv[1]) # base directory
listfile=normpath(sys.argv[2]) # path of the file containing the listing of design folders
for folder in listfilereader(listfile):
    pd=myreader(join(basedir,folder,'inp_cpfunc.txt')) # pd stands for parameter dictionary
    results={'Y': 0.5*pd['X1']+pd['X2']+0.5*pd['X1']*pd['X2']+5*sin(pd['X3'])+0.2*pd['X4']+0.1*pd['X5']}
    mywriter(join(basedir,folder,'out_cpfunc.txt'),results)
...