The testFileCopy software measures the speed of file copying. It allows users to determine the time it takes to transfer files between storage devices, helping them optimize their data management processes. The software is simple to use and offers accurate results.
If you're experiencing slow file copying from a network drive, testFileCopy might be just what you need. As a free Perl script, testFileCopy is designed to test the speed of file copying and report on read, write, and transfer speeds.
To get started, all you need to do is specify a source and destination file as command-line arguments - just like using the 'cp' command. If only one argument is provided, the script reads from STDIN. You can find sample usages for the script in the comments at the top of the file.
One useful tip when using testFileCopy is to supply /dev/null as the destination and/or /dev/random as the source. This can help you isolate issues with the source or destination file systems. You can also generate source data programmatically by reading from STDIN.
Overall, testFileCopy is a useful tool for anyone looking to troubleshoot slow file copying. With its clear reporting on read, write, and transfer speeds, it can help you quickly identify issues and optimize the copying process.
To get started, all you need to do is specify a source and destination file as command-line arguments - just like using the 'cp' command. If only one argument is provided, the script reads from STDIN. You can find sample usages for the script in the comments at the top of the file.
One useful tip when using testFileCopy is to supply /dev/null as the destination and/or /dev/random as the source. This can help you isolate issues with the source or destination file systems. You can also generate source data programmatically by reading from STDIN.
Overall, testFileCopy is a useful tool for anyone looking to troubleshoot slow file copying. With its clear reporting on read, write, and transfer speeds, it can help you quickly identify issues and optimize the copying process.
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