5 projects tagged "multithreaded"
Updated 05 Oct 2009
sockthread
| Pop | 39.55 |
|---|---|
| Vit | 1.00 |
SockThread is an implementation of multi-threaded sockets. It is has a built-in echo server for telnet connections. It was written with standard native C/C++ libraries. C++ classes std::thread and C socket APIs <sys/socket.h> were used.
Updated 16 Oct 2009
Thread Weaver
| Pop | 25.12 |
|---|---|
| Vit | 36.21 |
Thread Weaver is a framework for writing multithreaded unit tests for Java classes. It lets you create breakpoints inside your code and to stop individual threads when they reach a breakpoint. This allows you to produce controlled repeatable tests that can help to verify thread safety and detect race conditions.
Updated 01 Nov 2012
Eagle DNS
| Pop | 64.19 |
|---|---|
| Vit | 3.29 |
Eagle DNS is a powerful, multithreaded, platform independent DNS server written in Java. It is based on the very reliable and proven dnsjava API and has pluggable resolvers, zone providers, and plugins, making it very flexible.
Updated 01 Nov 2012
Flac2All
| Pop | 73.08 |
|---|---|
| Vit | 4.07 |
Flac2All is a multi-threaded script that will convert your collection of FLAC files into either Ogg Vorbis, MP3 (with the Lame encoder), or FLAC, complete with any tags and identical file/folder structure. The script has been stable for about a year now, and it has been known to saturate 8-core machines with parallel conversions. It is useful for people with with large FLAC collections who also want a lossy version for portable media players. If wanted, the script can perform updates by skipping already converted files. It has only been tested on Linux, but it should work without alteration on the other Unix systems with bash and the required dependencies.
Updated 27 Jul 2012
phalanx
| Pop | 67.14 |
|---|---|
| Vit | 3.62 |
phalanx computes a digest of many buffers simultaneously, and produces a combined hash of them all. It is an initiative to provide a fast, simple, and portable alternative method to compute a checksum in a parallel fashion. It has options for I/O buffer size, hash width, number of threads, and more. It can be run single-threadedly for performance comparisons. It can check files against previously-saved sums, like "MD5sum" does. It also has a "demo" mode, to ascertain accurate operation. It is intended to be useful on large files and multicore/multiprocessor/multithreaded environments.
