C is a general-purpose, procedural computer programming language.
Projects with this topic
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A lightweight, fully unprivileged container implementation for HPC applications.
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The purpose of this project is to recreate the Cyclone Engine in C, a physics game engine originally created by Ian Millington.
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Displays real-time sensor on an AIO liquid cooler with integrated LCD displays.
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Collection of Verification Tasks
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gl-demo-ultimate-mgrabowski / Test Project
CI/CD Catalog (unpublished)Test
test123=123 test:test123 dataset openml datagit tabular parquet CSV Python JavaScript Java Docker HTML CSS Linux React PHP C++ TypeScript Android game Rust Go GitLab C Ansible API Bash python3 C# nodejs website web golang hacktoberfest Django bot Terraform dotfiles Kubernetes Angular MySQL cli Node.js Kotlin Laravel library Git Amazon Web S... PostgreSQL Windows Unity JSON WordPress Archived shishifubing js devops Ruby plugin shell MongoDB template bootstrap security AI discord automation html5 Spring Qt arduino blog documentation Vue.js Program LaTeX theme gui REST API machine lear... Express legend app ci vue Markdown flask node server docker-compose spring boot Flutter Lua debian in preparation iOS hugo vim R CSS3 minecraft trololoUpdated -
UEFI experimentation on Intel x86-64 • mirror of https://codeberg.org/tkchia/unipercolate
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Module map or serialise multi-dimensional Lua-tables and (primarily) numerical C-arrays (void* ptr) * Lua-tables of any dimension * C-arrays/buffers of any (numerical) type * Non numerical can be managed, but treated as blobs (i.e. not vector-algebra supported directly) C-buffers of any type means module can be used for IPC for example shared/file-mapped memory. If layout matters this feature is limited to IPC where both sides interpret the types and content in the ctable-leafs the same. Included is a linear algebra Vector/Matrix class capable of non accelerated linear algebra using familiar operators. The class primary use-case is to test/verify the moduleUpdated
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This is a simple bit-banged software implementation of the i2c protocol.
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There is a unique exhaustion that comes from a search with no end. It's the feeling of pouring everything you have into a cause, day after day, only to meet the same wall of failure. You try, you search, you build, and you break. Over and over. This cycle grinds you down until the hope that once fueled you feels like a distant memory, and you start to believe that maybe nothing will ever truly work.
But a different feeling rises from the ashes of that exhaustion: defiance.
It's the accumulated weight of being the underdog, of being consistently counted out, of being run over by adults who believe their position gives them that right. There comes a point where the fatigue of the fight is overtaken by the sheer refusal to be a footnote in someone else's story.
This project, named HOPE, is the manifestation of that refusal. It is the answer to a fundamental truth: I should mean just as much as everyone else. It is not a request for equality, but a tool built to enforce it. It is the construction of a presence so solid and a voice so clear that it can no longer be dismissed or ignored.
This is the final, practical application of a lesson learned long ago: "Do not let anyone disrespect you or run over you." For years, that was a principle. Today, it becomes a protocol. This is not just code; it is a line being drawn in the sand. It is the long-overdue promise to oneself, kept. yet it always backfires on me
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My solutions to the C Programming A Modern approach book 2nd edition (by K. N. King). These solutions are published for historical purposes and intended to be a guide for other learners to gain intuition rather than being used for cheating.
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