mojenmojen

<ion-grid>
    <ion-row>
        <ion-col>
            <button ion-button margin (click)="pushPage(pages.menus.items[1])">SPORTS</button>
            <button ion-button margin (click)="pushPage(pages.menus.items[2])">BUTTON2</button>
            <button ion-button margin (click)="pushPage(pages.menus.items[3])">BUTTON3</button>
        </ion-col>
        <ion-col>
            <button ion-button margin (click)="pushPage(pages.menus.items[4])">BUTTON4</button>

mojenmojen

<ion-grid>
    <ion-row>
      <ion-col col-6 *ngFor="let p of pages.menus.items" [ngClass]="p.extra_classes">
          <ion-card (click)="pushPage(p)" class="menu-card">
            <div class="card-title"><ion-icon *ngIf="p.class" name="{{p.class}}"></ion-icon></div>
            <div class="card-subtitle">{{p.title}}</div>
          </ion-card>
      </ion-col>
    </ion-row>
</ion-grid>

mojenmojen

add_filter('wp_nav_menu_items', 'add_login_logout_link', 10, 2); 
function add_login_logout_link($items, $args) {         
  ob_start();         
  wp_loginout('index.php');         
  $loginoutlink = ob_get_contents();        
  ob_end_clean();         
  $items .= '<li>'. $loginoutlink .'</li>';     
  return $items; 
}

mojenmojen

/* Main redirection of the default login page */
function qs_redirect_login_page() {
	$login_page  = home_url('login');
	$page_viewed = basename($_SERVER['REQUEST_URI']);

	if($page_viewed == "wp-login.php" && $_SERVER['REQUEST_METHOD'] == 'GET') {
		wp_redirect($login_page);
		exit;
	}
}

mojenmojen

/**
 * Redirect user after successful login.
 *
 * @param string $redirect_to URL to redirect to.
 * @param string $request URL the user is coming from.
 * @param object $user Logged user's data.
 * @return string
 */
function qs_login_redirect( $redirect_to, $request, $user ) {
	//is there a user to check?

mojenmojen

public static int CountPossibleClusters( int totalRelics, int checkNum ) {

		int next_checkNum = 0;
		switch (checkNum) {
		case 6:
			next_checkNum = 5;
			break;
		case 5:
			next_checkNum = 4;
			break;

mojenmojen

/*
Write a method multi_array_sum to find (and return) the sum of all the numbers in a 
multi-dimensional array of integers. A multi-dimensional array is an array for which
at least some elements are themselves arrays. In this example every array and sub-array
will only contain integers and/or more sub-arrays.

SAMPLE OUTPUT
Given a multi-dimensional array:
a = [1, [2, [3,4]], [5,6] ]

mojenmojen

/* 
sample output:

if the function call were check_divisors( [2,3], 1, 7) the printed output would be:

1
2 one_match
3 one_match
4 one_match
5

mojenmojen

function clock_angles(hour, minute) {
	
	// note: there are 360 degrees around the clock interface
	
	// calculate the degree position of the hour hand
	hourDegree = 30 * hour;
	
	// calculate how far the hour hand is from zero
	if ( hourDegree < 180 ) {
		hourDifference = hourDegree;

mojenmojen

function reverseArray( arrayToInvert ) {
  // create a variable for the new array
  var invertedArray = [];
  
  // count how many things are in the original array
  numLoops = arrayToInvert.length;
  
  // loop that many times backwards and put each element into the new array
  for ( i = numLoops -1; i >= 0; i-- ) {
  	invertedArray.push( arrayToInvert[i]);