Didericis

// This architecture is fine if you normally pass around an object with the structure of
// bigObj. EX: If you have a BigObj type that always has firstName, lastName, address, state, etc,
class Component1 extends Component {
  fullName = () => `${this.props.bigObj.firstName} ${this.props.bigObj.lastName}`;
  location = () => `${this.props.bigObj.address} ${this.props.bigObj.state}`;
  render() {
    return (
      <div>
        <span>{this.fullName()}</span>
        <span>{this.location()}</span>

Didericis

class Fun extends Component {
  render() {
    return (
      <div>
        <h1>Hi</h1>
        {(() => {
          if (this.props.one) return <span>Fun</span>
          if (this.props.two || this.props.three) return <h1>Stuff</h1>;
          return <p>WEEEEE</p>
        })()}

Didericis

class ListComponent extends Component {
  // need to make sure to define instance method (not prototype) if you need to access state
  sort = () => {
    console.log('Sort');
  }
  render() {
    return (
      <ListComponentHeader sort={this.sort} />
    );
  }

Didericis

def get_cluster(cluster, point, traversed_points):
  cluster.add(point)
  traversed_points = traversed_points - {point}
  untraversed_neighbors = point["neighbors"] - traversed_points
  while untraversed_neighbors:
    next_point = untraversed_neighbors.pop()
    custer = get_cluster(cluster, next_point, traversed_points)
  return cluster