conartist6

struct star {
    float BTmag,
    float VTmag,
    int Plx,
    int Plx_err
}

void main() {
    const char *source_holder = "H|           1| |00 00 00.22|+01 05 20.4| 9.10| |H|000.00091185|+01.08901332| |   3.54|   -5.20|   -1.88|  1.32|  0.74|  1.39|  1.36|  0.81| 0.32|-0.07|-0.11|-0.24| 0.09|-0.01| 0.10|-0.01| 0.01| 0.34|  0| 0.74|     1| 9.643|0.020| 9.130|0.019| | 0.482|0.025|T|0.55|0.03|L| | 9.2043|0.0020|0.017| 87| | 9.17| 9.24|       | | | |          | |  | 1| | | |  |   |       |     |     |    |S| | |224700|B+00 5077 |          |          |0.66|F5          |S ";

conartist6

Amputate the thought that says you shouldn't ever amputate a thought.

conartist6

Ember.Application.create({
  customEvents: {
  	draginit: 'dragInit',
  	/* Some events shadow regular dom events and thus don't need to be registered with Ember */
    // dragstart: 'dragStart',
    // drag: 'drag',
    // dragend: 'dragEnd',
    dropinit: 'dropInit',
    dropstart: 'dropStart',
    // drop: 'drop',

conartist6

let array = [1, 2, 3];
let seq = new Seq(array);
let keyedSeq = seq.toKeyedSequence();
seq.map(x => ++x);
Array.from(seq); // [2, 3, 4]
new Map(keyedSequence); // Map[0 => 2, 1 => 3, 2 => 4]

conartist6

import { iterableCurry } from './internal/iterable'
import { WeakExchange } from './internal/queues'
import consume from './consume'

function groupBy (getKey = (k, i) => k, iterable) {
  let iterator
  let idx = 0
  const weakExchange = new WeakExchange()
  let consumer

conartist6

import { $IterableLike, $IterableIterator, $MaybePromise } from './internal/$iterable';

type $MaybeIterable<T> = T extends $IterableLike<infer T> ? $IterableLike<T> : any;

// prettier-ignore
declare function $flat<U = any>(
  depth: 0,
  iterable: $MaybeIterable<U>,
): $IterableIterator<U>;

conartist6

function swap(arr, aIdx, bIdx) {
  if (aIdx < 0 || aIdx >= arr.length) throw new TypeError();
  if (bIdx < 0 || bIdx >= arr.length) throw new TypeError();

  const temp = arr[aIdx];
  arr[aIdx] = arr[bIdx];
  arr[bIdx] = temp;
}

function shiftToEnd(arr, idx) {

conartist6

const matching = {
  '{': '}',
  '}': '{',
};

export const tokenize = (lexEngine) => {
  const { start, get, take, end, setType } = lexEngine; // token fns
  const { peekChar, pushState, popState, match, matchable, allMatched } = lexEngine;

  const literal = (n) => {

conartist6

I'm working on a brand new build system, and I want to take a moment to address the obvious question, which is: OMGWTFBBQ why another one!?

The answer is in the trees.

The new tool, Macromé (pronounced "macro-may", imported as macrome) is powerful becase it performs in–place builds within existing directory tree structures, so that many types of data about the same underlying unit stay colocated.

For example a React component expressed as a tree-structured directory (a.k.a pod, or unit) and built by macrome might look like this:

[projectRoot]

conartist6

/* @macrome
 * @generated-by ./index.js
 */
const React = require('react');

const styles = require('index.module.css.js');
require('index.module.css');
// The bundler needs a css require to exist for static analysis.
// Node require hooks may be used to make requiring any .css a no-op.