Photoshop is a very popular and widely accepted designing application, developed and marketed by Adobe. There are various versions of this application available in the market. Whenever, Adobe launches a newer version of the application, it has some added features and enhancements. However, sometimes, upgrading to the newer version can lead to PSD file corruption from the previous versions. Such issues cause data loss and you have to repair PSD file to work around the issue.
As an example of this problem, consider a situation where you may experience the below mentioned scenarios while working with Adobe Photoshop:
- You upgrade to latest version of Adobe Photoshop, which is Adobe Photoshop CS5.
- You start getting an error while opening
the files. The error states:
"Could not complete your request (to open the file) because an unexpected end-of-file was encountered."
- When you get this error message, the significant design files become inaccessible.
In order to work around such issues, you need to fix PSD file using efficient solutions.
How to Prevent “End of File” Error?
Unexpected End of File is a critical error message, which indicates errors with the PSD file. You can prevent these conditions using the below steps:
- Do not reset the file saving process. It may lead to incomplete writing of the file on the disk.
- Do not close the Photoshop application or reboot your system while reading data from or writing data to the hard drive.
- Perform frequent defrag on the hard drive and keep the disk clean and in working condition.
- Make sure that hard drive is not completely full and does not have any bad sectors or error blocks.
Above steps help you prevent the End of File error. However, if you do not take these steps or get errors even after taking these steps, you need to opt for third-party file repair applications.
The commercial recovery applications are particularly developed to repair and restore the damaged Adobe Photoshop design files. Such tools offer absolute recovery of all your significant data using high-end recovery algorithms.