GitLab

c-kermit: C-Kermit for UNIX (CKU) with local modifications/customizations. Upstream homepage: https://www.kermitproject.org/

cpulatency: Set CPU Power Management Quality of Service DMA latency constraints

dps8m: A simulator for the GE/Honeywell/Bull L68/6180/DPS8M mainframe (upstream: https://gitlab.com/dps8m/dps8m)

duma: Detect Unintended Memory Access (D.U.M.A.) - A Red-Zone memory allocator

ecu: 'Extended Call Utility' is a research and engineering asynchronous serial and telnet communications program, originally written for users of SCO UNIX V.3.2/386 and XENIX V/286 systems.

fl256: A Go library, built on "math/big.Float", for precision crypto-currency ledger calculations, using a 42:214 fixed-precision representation.

gfcp: A high-performance variant of KCP for Go.

gfcptun: A fast and low-latency tunnel using GFCP over UDP.

gfpsgo: Fork of psgo, an IBM AIX-compatible ps(1) utility (and Go library) extended with various descriptors useful for displaying container-related data on Linux.

gfsmux: Efficient stream multiplexing for Go.

go.dev: Go module imports.

goc25519sm: A Go package for validated and consensus-safe Curve25519 scalar multiplication.

gonuma: A utility library for writing NUMA-aware Go applications.

gpushover: Go wrapper for the Pushover API.

graft: a package management utility by Peter R. Samuel <peter.r.samuel@gmail.com>. Mirrored from http://peters.gormand.com.au/Home/tools/graft

grg: Computer Algebra System for Differential Geometry, Gravitation and Field Theory, automatically mirrored from https://reduce-algebra.sourceforge.io/grg32/grg32.php

icas-bundled: REDUCE scripts that are bundled with iCAS, a port of REDUCE to iOS, automatically mirrored from http://alsoftiphone.com/iCAS/bundledFiles/

j-hpn-ssh: A development fork of the Pittsburgh Super-computing Center's High Performance SSH implementation.

leaktestfe: A convenience library and front-end for Uber goleak.

mtt: Model Transformation Tools, Bond-graph based modeling tools: A set of tools for modeling dynamic physical systems using the bond-graph methodology and transforming these models into representations suitable for analysis, control, and simulation.