by User | Feb 16, 2016 | C, DOF, Downloads, Programming, Technical, Training
The OpenDOF Project is pleased to announce the release of an updated C SDK for OpenDOF 7. The SDK is an important component for training and development of C applications using DOF Technology.
This component is a package of OpenDOF libraries, tools and support components for the C programming language.
The SDK is available on our Download page.
by User | Feb 6, 2016 | Downloads, Java, Programming, Training
The OpenDOF Project is pleased to announce the point release of new training components. DOF Essentials SDK, Java 7 SDK and the DOF Router SDK.
by User | May 28, 2015 | C, Downloads, Java
If you have downloaded (or need to download) the SDK DOF Essentials, you may wonder what is needed to begin using it.
Basic instructions for this SDK are available on this page:
by Bryant Eastham | Apr 20, 2015 | C, Downloads, Programming, Technical
Last week Panasonic contributed an entire implementation of the OpenDOF protocols in C to the OpenDOF Project. The corresponding SDK and precompiled binaries are now available on the Downloads page.
by Jon Stringer | Mar 18, 2015 | Basics, Downloads, Help, Programming, Technical, Training
“DOF” is an acronym that defines the underlying technology supported by the OpenDOF Project. “Distributed” refers to the way objects and aspects of an object are distributed on a network. “Object” refers to the DOF Object Model, which ensures greater security and flexibility. And “Framework” refers to the fact that this is a complete solution that can be integrated into your application. To put it another way, DOF technology allows many different products, using many different standards, to more easily share information across many different networks. So whether you are networking a simple or complex system of embedded devices using local servers or taking advantage of advanced cloud technology, the OpenDOF Project can provide the solutions you need to enhance nearly any product, from the simplest resource-constrained devices to the most powerful computer networks.