Waher.Networking.XMPP.Avatar by: Peter Waher

Class library adding support for managing avatars to the XMPP Client library defined in Waher.Networking.XMPP.

Waher.Networking.XMPP.Concentrator by: Peter Waher

Implements the XMPP IoT concentrator as defined by the Neuro-Foundation (neuro-foundation.io). The concentrator interface allows a device to manage a set of internal virtual devices, all sharing the same XMPP connection.

Waher.Networking.XMPP.Control by: Peter Waher

Implements the XMPP IoT control extesion as defined by the Neuro-Foundation (neuro-foundation.io).

Waher.Networking.XMPP.PEP by: Peter Waher

Class library adding support for the Personal Eventing Protocol (XEP-0163) to the XMPP Client library defined in Waher.Networking.XMPP. Other related extensions supported include: XEP-0080: User Location XEP-0084: User Avatar XEP-0107: User Mood XEP-0108: User Activity XEP-0118: User Tune

Waher.Networking.XMPP.Provisioning by: Peter Waher

Implements the XMPP IoT provisioning extesion as defined by the Neuro-Foundation (neuro-foundation.io).

Waher.Networking.XMPP.PubSub by: Peter Waher

Class library adding support for the Publish/Subscribe extension (XEP-0060) to the XMPP Client library defined in Waher.Networking.XMPP.

Waher.Networking.XMPP.Sensor by: Peter Waher

Implements the XMPP IoT sensor data extesion as defined by the Neuro-Foundation (neuro-foundation.io).

Waher.Networking.XMPP.Synchronization by: Peter Waher

Implements the clock synchronization extesion as defined by the Neuro-Foundation (neuro-foundation.io).

Waher.Persistence by: Peter Waher

The Waher.Persistence project provides the basic architecture and framework for accessing objects in an object database, based solely on meta-data provided through the corresponding class definitions.

Waher.Runtime.Cache by: Peter Waher

Class library that helps with caching of objects in runtime environments.

Waher.Runtime.Console by: Peter Waher

Class library that helps with queueing and serialization of input and output to and from the Console in a multi-threaded environment, avoiding dead-locks when console is locked.

Waher.Runtime.Counters by: Peter Waher

Class library that helps with counting events in runtime environments in a persistent and efficient and platform-independent manner.

Waher.Runtime.Inventory by: Peter Waher

Class library that keeps an inventory of types and interfaces available in your code. It also provides a means to access available types given an interface, and can find the best implementation to process a task or item. It can be used to implement an Inversion of Control Pattern, and helps instantiate interfaces, abstract classes and normal classes, including recursively instantiating constructor arguments. Handles singleton types.

Waher.Runtime.Language by: Peter Waher

Class library that helps applications with language localization.

Waher.Runtime.Profiling by: Peter Waher

Contains tools for profiling sequences of actions in multiple threads. Results are accumulated, and can be exported to XML or as PlantUML Diagrams.

Waher.Runtime.Queue by: Peter Waher

Contains a specialised FIFO Queue for asynchronous transport of items between tasks. You can have multiple working tasks adding items to the queue, as well as multiple working tasks subscribing to items from the queue.

Waher.Runtime.Settings by: Peter Waher

Class library that helps applications maintain a set of persistent settings.

Waher.Runtime.Temporary by: Peter Waher

Contains classes simplifying working with temporary in-memory and file streams. TemporaryFile encapsulates a temporary file, manages filename and makes sure to delete the file when done. A TemporaryStream maintains content in-memory if below a threshold size limit, and switches to a TemporaryFile when content crosses threshold.

Waher.Runtime.Text by: Peter Waher

Class library for working with text and text documents, particularly find differences between texts, or sequences of symbols, or mapping strings to a harmonized set of strings (or tokens).

Waher.Runtime.Threading by: Peter Waher

Class library that provides classes for usage in multi-threaded asynchronous environments providing multiple-read/single-write capabilities. Support for async entry into read and/or write states, allowing for complex lock management in asynchronous methods, where different sections of the code are executed by different working threads.