BruJu

// https://github.com/BruJu/PREC/blob/master/prec3/vocabulary-reader.js
// Developed for debug purpose
    
    function PropertyMapper::printPropertyMapper() {
        console.error("PropertyMapper {");
        console.error(`  iri:`);
        console.error(this.iri);
        console.error("  description node:");
        console.error(this.descriptionNode);
        console.error("  src:");

BruJu

const N3 = require('n3');

/**
 * Return the description of the `term`.
 * 
 * The description is:
 * - the term itself if it is not a blank node
 * - if it is a blank node, a list of every [predicate, object] for which
 * there exists a (term, predicate, object) quad in the default graph of the
 * store

BruJu

const assert = require('assert');
const N3 = require('n3');
const namespace = require('@rdfjs/namespace');
const ex = namespace("http://example.org/", N3.DataFactory);
const rdf = namespace("http://rdf.org/", N3.DataFactory);

describe('N3 Parser', function() {
    it('should parse nested nested quad', function() {
        let q = (new N3.Parser()).parse("<< << <sss> <ssp> <sso> >> <sp> <so> >> <p> <o> .")[0];

BruJu

<http://bruy.at/julian> <http://www.w3.org/1999/02/22-rdf-syntax-ns#type> <http://schema.org/Person> .

BruJu

/*

The problematic:

I want enum dispatch for a trait.

I could used
https://docs.rs/enum_dispatch/0.3.5/enum_dispatch/

BruJu

#include "../advent_of_code.hpp"
#include "../util/regex_helper.hpp"

#include <map>

// https://adventofcode.com/2015/day/17

namespace {
    size_t to(const std::vector<int> & containers, const std::vector<int> & leftovers, int target, size_t i = 0) {
        // Solution

BruJu

• Most of the time, \tt / \texttt instead of verb!!
• Create macro for common tools \Javascript
• Section, Table and Figure with a majuscule, (stop forgetting about this)
• an rdf because "an airdieff"
• "semantic" → adjectif, "semantics" → nom (même au singulier)

BruJu

Wasmtree-front-end but in C++ experiments

In this gist, we explore the possibilites offered by emscripten/embind to implement WasmTree backend. This evaluation is obviously biaised as WasmTree was conceived with wasm-bindgen possibilites and contraints in mind

embind documentation: https://emscripten.org/docs/porting/connecting_cpp_and_javascript/embind.html

Getting started

• Install emscripten: https://emscripten.org/docs/getting_started/downloads.html

BruJu

// https://play.rust-lang.org/

#[derive(Debug)]
struct A {
    x: u32
}

fn main() {
    let x = A { x: 7 };
    

BruJu

Context : I had trouble to compare Graphy and WasmTree behaviour on match calls, so I tried to understand how Graphy works.

Graphy semmed like it used some cache or lazy matching, so I did some tests

const graphy_factory = require('@graphy/core.data.factory')

const dataset = require('@graphy/memory.dataset.fast')();