jlnquere

    // Thanks to @MonsieurDart for the idea :)
    func scroll(collectionView:XCUIElement, toFindCellWithId identifier:String) -> XCUIElement? {
        guard collectionView.elementType == .collectionView else {
            fatalError("XCUIElement is not a collectionView.")
        }
  
        var reachedTheEnd = false
        var allVisibleElements = [String]()
        
        while !reachedTheEnd {

Tenzer

LastPass Pwned Passwords checker

This is a script for checking if any of the passwords you have stored in LastPass have been exposed through previous data breaches.

To use the script you need to have Python 3 installed and you need a CSV export of your LastPass vault. The export can be generated from the LastPass CLI with:

lpass export > lastpass.csv

or can be extracted with the browser plugin by going to the LastPass icon → More Options → Advanced → Export → LastPass CSV File (note that I did have problems getting this to work).

yogthos

Introductory resources

• High level overview https://yogthos.github.io/ClojureDistilled.html
• An Animated Introduction to Clojure https://markm208.github.io/cljbook/
• Interactive tutorial in a browser https://tryclojure.org/
• Interactive exercises http://clojurescriptkoans.com/
• Clerk notebooks with introductory examples https://github.clerk.garden/anthonygalea/notes-on-clojure
• More interactive exercises https://4clojure.oxal.org/
• Lambda Island tutorials https://lambdaisland.com/
• Functional Programming with Clojure resources https://practicalli.github.io/

amirrajan

# coding: utf-8
module Geometry
  class Points
    def initialize array
      @array = array
    end

    def point_inside? point
      return false unless point.inside_rect? rect
      winding_number(point) == 0

xenobrain

def create_vertices rect
  x = rect.x; y = rect.y
  w = rect.w; h = rect.h
  cx = x + w * 0.5; cy = y + h * 0.5
  sin = Math.sin (rect.angle || 0.0).to_radians; cos = Math.cos (rect.angle || 0.0).to_radians
  [
    [(x - cx) * cos - (y + h - cy) * sin + cx, (x - cx) * sin + (y + h - cy) * cos + cy],         # Top Left
    [(x + w - cx) * cos - (y + h - cy) * sin + cx, (x + w - cx) * sin + (y + h - cy) * cos + cy], # Top Right
    [(x + w - cx) * cos - (y - cy) * sin + cx, (x + w - cx) * sin + (y - cy) * cos + cy],         # Bottom Right
    [(x - cx) * cos - (y - cy) * sin + cx, (x - cx) * sin + (y - cy) * cos + cy]                  # Bottom Left

xenobrain

module GTK
  class Runtime
    def draw_circle c
      radius = c.radius.to_i || 0
      xc = c.x.to_i + radius
      yc = c.y.to_i + radius
      t = c.thickness || 1
      r = c.r || 0
      g = c.g || 0
      b = c.b || 0