Discover @arvidn Open Source projects

Arvid Norberg (@arvidn)

arvidn

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Followers 3,289
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Registered about 13 years ago
Most used languages

C++
75.0 %

Python
25.0 %
Location 🇸🇪 Sweden
Country Total Rank 57
Country Ranking

C++
7

Python
205

libtorrent

an efficient feature complete C++ bittorrent implementation

struct_layout

tool to show the structure layout of types in your C/C++ program, highlighting padding

btfs

a user space file system for efficiently downloading and seeding torrents

access_profiler

a tool to count accesses to member variables in c++ programs

libtorrent-webui

a WebUI implementation for libtorrent based clients

utrack

fast UDP bittorrent tracker

libsimulator

libsimulator is a library for building discrete event simulations, implementing the ``boost.asio`` API.

bdecode

an efficient bdecoder / parser

libtorrent-daemon

a bittorrent client for servers

try_signal

Turns signals within a scope into c++ exceptions

torrent-tools

tools for creating, inspecting and modifying torrent files

peer_ordering

This is a simple simulation of peer connections in a bittorrent swarm, illustrating the potential performance issues (peer clustering) of widely used first-come-first-serve logic for accepting incoming connections as well as a solution to that problem.

bittorrent-trace

A tool to reconstruct and analyze bittorrent stream from a packet capture

inline-namespace-abi-versioning

Example and test of an approach to gradually introduce proper ABI versioning with inline namespaces in a library

libtorrent-fuzz

fuzzing infrastructure for libtorrent

torrent-analyzer

A tool to run statistics analysis on a set of .torrent files

bittorrent-multi-have

a bittorrent extension proposal

moving_average

an implementation of integer moving average algorithm

conan-boost-build-gen

a conan generator for boost-build

hash_complete_prefix

Experiment to count "complete bit prefixes" of output from various hashes, given complete bit prefix inputs. A complete bit prefix is a number of bits in the prefix of the digest where every bit combination is present in the set of digests.