Search Results for "state-thread"

...This abstracts the boilerplate of view holders, diffing items and binding payload changes, item types, item ids, span counts, and more, in order to simplify building screens with multiple view types. Additionally, Epoxy adds support for saving view state and automatic diffing of item changes. We developed Epoxy at Airbnb to simplify the process of working with RecyclerViews, and to add the missing functionality we needed. We now use Epoxy for most of the main screens in our app and it has improved our developer experience greatly. If you are using layout resources in Epoxy annotations then for library projects add Butterknife's gradle plugin to your buildscript.

...With code generation, Litho can perform optimisations for your UI under the hood, while keeping your code simple and easy to maintain. Litho can measure and layout your UI ahead of time without blocking the UI thread. By decoupling its layout system from the traditional Android View system, Litho can drop the UI thread constraint imposed by Android. Litho uses Yoga for layout and automatically reduces the number of ViewGroups that your UI contains. This, in addition to Litho's text optimizations, allows for much smaller view hierarchies and improves both memory and scroll performance.

SMC takes a state machine stored in a .sm file and generates a State pattern in 14 programming languages. Includes: default transitions, transition args, transition guards, push/pop transitions and Entry/Exit actions. See User Manual for more info.

TymeacSE is a full-feature, multi-threading, fork-join framework for Java SE development (RMI and internal server). TymeacSE provides a high performance queuing facility, professional thread management and recursive processing that is easy to use.

Enhancement to ANT / Maven - JUnit Reports: - adds 'yellow' or 'blue' state to unit tests: "not fully implemented" - an overview over how much not-fully-implemented tests exist see Screenshots!

FAIN SNAP provides an active network programming language and interpreter. It allows finite state machines to be operated over a number of network elements. Its main use is to program firewalls and raise alerts. It is a native Debian distribution.

HOOPLE is a portable collection of C++ source code, featuring thread-safe objects for collections and event processing, RPC-style plugin-based encrypted networking (CROMP / octopus), bookmark collection management utilities, and a lot of other cool stuff. This is the project page for HOOPLE version 1, which was retired on September 25 2010. The code supposedly still builds on both Linux (with gnu gcc) and on Windows (with ms visual studio).

TymeacME is a full-feature, multi-threading, backend-process manager for Java (J2ME) development. TymeacME provides a queuing facility, professional thread management, recursive processing and a minimal footprint that is easy to use.

lsx is a small and powerful text and source code generator based on a format called Eva. Both java libraries for lsx and Eva and tutorial with some "Hello" samples including "Hello State Machine", interesting demo that generates C++ code.

It's new technology for Development Personal Creation/Customization Services , based on XML standard and DAFSM (Finite State Machine Theory) , using multiple call control protocols.

C/C++/Java source code library and Build Environment. Contains code for threading, inter-thread communication (ITC), sockets, embedded database, parsing, fileio, etc. The majority of the library is designed for embedded development.

This project was started in an effort to ease development of Swing applications by creating a XML to Swing rendering utility. Although this project is definitely in the first released state, it shows great promise and focuses solely on the Swing API as a

Make in Java (jmk) is an application which is used to ensure that a set of files is in a consistent state. The application is based on the make utility which is part of most Unix systems, but is designed to support the task of writing platform independe

This is a research project yielding a basis for a configuration management system (CMS) designed around the open source development (OSD) process. By first analyzing the OSD process and tools in its current state, the project aims to develop a system tha

A Maven plugin which checks at build time against artifact lifecycle state defined in metadata on remote repositories.