Supported Scanner Lists (note: These lists are currently outdated).This how to takes you through the process of downloading, compiling and installing the latest sane code from the git repository. This guide also includes how to install the SANE Project's PPA, giving you the most up-to-date version of SANE.Ĭompile SANE from source - ADVANCED. This guide contains basic troubleshooting commands and tools, the known issues and workarounds for sane problems on Ubuntu and other useful information on troubleshooting sane issues. The following resources can help you troubleshoot your SANE problems. While SANE just works in the vast majority of cases, sometimes issues can arise. If you need to set up network scanning with SANE, see the Sane Daemon Tutorial This is very useful in office and educational environments where you have to share a scanner among many computers, or where a single workstation needs to access several scanners. Network scanning allows you to set up your scanner on a server, then share that scanner or scanners out to your entire network. If you need help with setting up a specific scanner, see the SANE Scanners page. If you need general help setting up SANE on your computer, see the SANE Tutorial. By and large, when you plug in your scanner and fire up a SANE front end, it will just work. SANE is generally installed by default on Ubuntu desktops. SANE back ends include command line programs, Windows programs, Mac programs, php programs, Android apps and many, many more. These programs communicate with the back end to communicate with the scanner. Their are a number of front ends that allow you to interface with the scanner. A few manufacturers have even produced scanners with a SANE back-end built in to them. ![]() This is the actual software that communicates directly with the scanner to produce the images. This allows programmers a stable interface to write scanning software to. The SANE software is comprised of three parts -įirst is the standard API (Application Programming Interface) that is designed to allow various components of scanning hardware and software to work together. This software allows Linux devices to use various image scanner hardware (flatbed scanner, auto document feed scanners, hand-held scanners, video- and still-cameras, frame-grabbers, etc.). SANE ("Scanner Access Now Easy") is the open source software that powers scanning on most Linux devices. So if you don't like one of them, chose another. But there are many options in the software store. There are many for scanning in Linux, like SANE and skanlite. It makes existing 32-bit TWAIN drivers usable by 64-bit TWAIN applications.Scanning on Linux is generally a quick and easy process that just works. I also have an experimental TWAIN 64-bit to 32-bit Bridge that is moving slowly toward beta-test. Twerp is a kind of ‘demo scanning app’ – but not meant to be used as a production tool. ![]() Twirl is an interactive interface to the TWAIN API – most of what you can do programmatically through the TWAIN API, you can do interactively in Twirl. Twister is an app that does a kind of static compliance check on a TWAIN driver – primarily capability values and behavior. My EZTwain library comes in a 64-bit edition, and the SDK includes several TWAIN test apps compiled in 圆4: The TWAIN Working Group’s developer toolkit includes ‘Twacker’ in a 64-bit version – this is also more of a demo/test application. The fact that there are essentially no 64-bit TWAIN drivers makes it almost pointless to build a 64-bit TWAIN application, unless the scanning function is truly (pardon the pun) peripheral.Īre you looking for 64-bit apps so you can test a driver? I have not heard of any 64-bit TWAIN applications.
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