cherscarlett

interface Time {
  hour: string,
  minute: string,
  dayPeriod: string
}

someFunction(dateParts: Intl.DateTimeFormatPart[]): Time {
    const {hour, minute, dayPeriod} = 
      dateParts.reduce(
        (time, part) => (time[part.type] = part.value, time), 

cherscarlett

import Component from '@glimmer/component';
import { action } from '@ember/object';

export default class extends Component {
  @action
  changeParam(number, event) {
    const params = this.args.param.slice(0);
    
    if (event.target.checked) {
      params.pushObject(number);

cherscarlett

.mtk3, .mtk6 {
  color: #36f9f6;
  text-shadow: 0 0 2px #001716, 0 0 5px #03edf933, 0 0 10px #ffff6633;
}

.mtk3.mtki {
  font-style: italic;
  color: #9963ff99;
}

cherscarlett

{
    "window.zoomLevel": 0,
    "diffEditor.ignoreTrimWhitespace": false,
    "editor.fontFamily": "Victor Mono",
    "editor.fontLigatures": true,
    "workbench.colorTheme": "SynthWave '84",
    "synthwave84.brightness": "1.5",
    "editor.tokenColorCustomizations": {
        "textMateRules": [
          {

cherscarlett

useLayoutEffect(
    () => {
      const {current: menuDOM} = menuRef;
      const body = window.document.querySelector('body');
      if (menuDOM && isOpen) {
        body.style['pointer-events'] = 'none';
        menuDOM.style['pointer-events'] = 'initial';
      } else if (menuDOM && !isOpen) {
        body.style['pointer-events'] = null;
        menuDOM.style['pointer-events'] = null;

cherscarlett

// Consider all numbers on a number line from x to y.
// Compare each number in sequence to every other number: inclusive, once.

// For x = 5, and y = 8
// d = 3
// d^2 + d = 12

// 5, 6    6, 7    7, 8    8, 5
// 5, 7    6, 8    7, 5    8, 6
// 5, 8    6, 5    7, 6    8, 7

cherscarlett

// Consider all numbers on a number line from x to y.
// Compare each number in sequence to every other number: inclusive, once.

// For x = 10, and y = 15

// 10, 11
// 10, 12
// 10, 13
// 10, 15
// ...

cherscarlett

// pseudocode

// create a new hash map for holding each language and a running sum of its size
// loop through each repository 
////// loop through each language
///////// add it to its matching entry and add the size to the running sum 
///////// add the size to the running sum of all languages
// return languages and total sum

cherscarlett

// pseudocode

// create a new array for holding each language and a running sum of its size
^^^^ is this the best way to hold this data for what we are going to use it for? ^^^^
// loop through each repository 
^^^^ we definitely cannot avoid this ^^^^
// loop through each language, within each repository
^^^^ can we avoid this? ^^^^ <--- we MIGHT be able to reduce complexity here
// for each language, add it to its matching entry and add the size to the running sum 
^^^^ can we do this differently, avoiding a loop? ^^^^ <--- we CAN reduce complexity here

cherscarlett

// pseudocode

// create a new array for holding each language and a running sum of its size
// loop through each repository 
// loop through each language, within each repository
// for each language, add it to its matching entry and add the size to the running sum
// get the sum of all of the sums of languages
// return the array and the total sum