Rupert Smith rupertlssmith

My Elm Design Philosophy

Quick Overview of Elm

Elm is a pure typed functional language with fully decidable type inference. The syntax of the language is ML-style and very minimalist; in most cases there is only 1 way of writing something since there is little syntactic sugar. It has no user space escape hatches for mutation or direct execution of side effects outside of its runtime IO wrapper. The runtime IO wrapper provides commands (Cmd a) for requesting side effects, subscriptions (Sub a) for receiving notifications of events, and tasks (Task err a) for side effects that are guaranteed to provide some response. It is targetted at writing web applications and compiles to javascript, although it can also run outside of the browser.

Elm has a powerful type system that yields a type for any expression or construct in the language. Type checking is muc more 'complete' than in most other languages and greatly reduces the potential bugs that can be written in code that compiles. The compiler provid

🧩 Bitcoin Knots Installation Guide (Debian)

1. Install Required Dependencies

sudo apt update
sudo apt install build-essential libtool autotools-dev automake pkg-config bsdmainutils curl git
sudo apt install libssl-dev libevent-dev libboost-system-dev libboost-filesystem-dev libboost-test-dev libboost-thread-dev
sudo apt install libminiupnpc-dev libzmq3-dev libsqlite3-dev

Resources

Introductions/Motiviations

Undergrad final year project. Prolog compiler to bytecode, LLVM.
I want to learn more about the compiler code, intrigued about approach taken to extend by Lamdera.
Get more people involved.
No updates to Elm compiler since... Can we just use Lamdera in production instead?

	#!/usr/bin/env python3
	"""
	Codebase Chat CLI - GPU Accelerated

	A command-line interface for interacting with codebases using local LLMs via Ollama.
	Supports GPU acceleration for improved performance and ChromaDB for vector indexing.

	Features:
	- Vector index creation of source code files with ChromaDB and Ollama embeddings
	- .codechatignore support for excluding files/folders

	module ModalGroup exposing (..)

	{-\| A ModalGroup is a collection of items, zero or one of which can be active at a time.

	It is intended for modelling the behaviour of modal dialog boxes, where at most one dialog box can
	be open at a time.

	-}

	import Dict exposing (Dict)

	program = [ comment ], [ "port" ], "module", module_name, "exposing", "(", exposed_list, ")", { import_statement }, { declaration }, { comment };

	module_name = identifier, { ".", identifier }, [ comment ];
	exposed_list = identifier \| "(", identifier, { ",", identifier }, ")", [ comment ] \| "..";

	import_statement = "import", module_name, [ import_alias ], [ "exposing", "(", exposed_list, ")" ], [ comment ];
	import_alias = "as", identifier, [ comment ];

	declaration = type_declaration
	\| type_alias_declaration

	Integrating Xen 4.2 AUR with Systemd.
	=================================

	I tested the AUR package with a fresh installation of Arch of x86_64. Only
	packages 'base', 'base-devel'and the dependencies mentioned on the site
	were installed.
	* package build also requires dev86
	* dev86 is in multilib, x86_64 users need to enable multilib in /etc/pacman.conf

	* users need to add a new entry to their bootloader config file (mentioned)

	class Resizeable extends HTMLElement {
	constructor() {
	super();

	this.resizeCallback = this.resizeCallback.bind(this);
	this._observer = new ResizeObserver(this.resizeCallback);
	}

	connectedCallback() {
	this._observer.observe(this);

	module Existential exposing (add, impl, init, map, wrap)


	impl : t -> (raise -> rep -> t)
	impl constructor =
	\raise rep -> constructor


	wrap : (raise -> rep -> t) -> (raise -> rep -> (t -> q)) -> (raise -> rep -> q)
	wrap method pipeline raise rep =

	module DGrammar exposing (..)

	import BoundingBox2d exposing (BoundingBox2d)
	import Color exposing (Color)
	import Point2d exposing (Point2d)
	import Quantity exposing (Unitless)
	import Vector2d exposing (Vector2d)


	type alias DGram =