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  1. Bun's experimental Rust rewrite hits 99.8% test compatibility on Linux x64 glibc from twitter.com
    417 by heldrida 15h ago | |

    Discussion (403):

    Comment analysis in progress.

  2. Internet Archive Switzerland from blog.archive.org
    537 by hggh 13h ago | |

    Discussion (76):

    Comment analysis in progress.

  3. The Serial TTL connector we deserve from kohlschuetter.github.io
    44 by kohlschuetter 2d ago | |

    Discussion (33):

    Comment analysis in progress.

  4. Rust but Lisp from github.com/ThatXliner
    72 by thatxliner 4h ago | |

    Discussion (35):

    Comment analysis in progress.

  5. I’ve banned query strings from chrismorgan.info
    265 by susam 9h ago | |

    Discussion (148):

    Comment analysis in progress.

  6. Local privilege escalation via execve() from freebsd.org
    86 by Deeg9rie9usi 5h ago | |

    Discussion (57):

    Comment analysis in progress.

  7. Show HN: I made a Clojure-like language in Go, boots in 7ms from github.com/nooga
    89 by marcingas 8h ago | |

    Discussion (30):

    Comment analysis in progress.

  8. Zed Editor Theme-Builder from zed.dev
    157 by cuechan 8h ago | |

    Discussion (44):

    Comment analysis in progress.

  9. Making your own programming language is easier than you think (but also harder) from lisyarus.github.io
    49 by ibobev 2d ago | |

    Article: 1 hr 14 min

    The article discusses the author's experience and plans in creating their own programming language, focusing on its design goals, current implementation, and future development. The language aims to provide seamless C interop, low-level functionality, practicality, ease of sandboxing, small compiler footprint, fast compilation, cross-platform support, reasonable performance, and avoids direct recreation of existing languages like C++.

    • Seamless C interop
    • Low-level functionality
    • Practicality for modding
    • Ease of sandboxing
    • Small compiler footprint
    • Fast compilation
    • Cross-platform support
    • Reasonable performance
    Quality:
    The article provides a detailed and balanced overview of the language creation process, with clear explanations and technical insights.

    Discussion (17):

    Comment analysis in progress.

    Programming Languages Language Design & Development
  10. The first microcomputer: The transfluxor-powered Arma Micro Computer from 1962 from righto.com
    17 by rsecora 3d ago | |

    Article: 46 min

    The article discusses the Arma Micro Computer, which was developed in 1962 and used as a compact transistorized computer for space applications. It explores its unique features such as transfluxor storage, serial architecture, and its evolution into various systems like Navy ships, aircraft, and Air Force One.

    The Arma Micro Computer's development influenced the evolution of aerospace computing technology, potentially impacting navigation systems in various industries including military, aviation, and space exploration.
    • Used transfluxors for storage which allowed non-destructive readout.
    • Evolved into systems used on Navy ships, the E-2C Hawkeye plane, Concorde, and Air Force One.
    Quality:
    The article provides detailed technical information and historical context without bias.

    Discussion (0):

    More comments needed for analysis.

    Aerospace Space Applications, Aerospace Computers
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In the past 13d 21h 54m, we processed 2402 new articles and 107618 comments with an estimated reading time savings of 44d 11h 55m

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