5 projects tagged "threading"
Updated 29 Mar 2010
Atomthreads
| Pop | 43.13 |
|---|---|
| Vit | 1.03 |
Atomthreads is a highly portable RTOS and scheduler for real time embedded systems. Made up of a few small C files, it can easily be dropped into any embedded system project that needs threading support. Ports to new CPU architectures require a single assembler file.
Updated 01 Sep 2009
python-symmetric-jsonrpc
| Pop | 45.83 |
|---|---|
| Vit | 1.42 |
python-symmetric-jsonrpc is a JSON-RPC implementation for Python that is symmetric (both ends can call each other), asynchronous (calls can interleave with responses), thread-safe, and transport agnostic (can be run on top of e.g. an SSL connection).
Updated 24 Aug 2009
The Karoo Project
| Pop | 26.34 |
|---|---|
| Vit | 1.00 |
The Karoo Project is a framework for making it practical to create distributed applications. "Practical" means that it must do it simply, efficiently, and cheaply. This project provides application management, queuing, and IPC.
Updated 20 Jun 2009
Multi Threaded Daemon - enhanced
| Pop | 34.47 |
|---|---|
| Vit | 1.00 |
Multi Threaded Daemon - enhanced is a class that implements a daemon that can spawn multiple parallel threads. It includes a sample app to monitor a "queue" directory on the filesystem, and spawns up to "N" child processes to parse individual files from it. It is an enhanced version of the original Multithreaded Daemon class written by Benoit Perroud. This version provides several robustness improvements, adds support for handling signals (SIGTERM, SIGHUP), and a unique PID file to avoid starting multiple instances.
Updated 29 Apr 2009
libpersist
| Pop | 72.00 |
|---|---|
| Vit | 1.00 |
libpersist is a small library of C++ base classes and templates providing the capability to store and load objects in their entirety across executions. It also provides for object relocation between threads in a NUMA (non-uniform memory access) parallel processing environment. Objects are stored to disk as POD. They are reconstructed when reloaded into memory. Relocation is a special case of persistence, requiring reconstruction after the POD has been moved in memory. After all objects have been relocated, all references to the objects are swizzled (their IDs are resolved to their addresses), so that they can be dereferenced efficiently.
