popout | Java file-based extremely fast and reliable FIFO queue

I couldn't test this because it doesn't compile locally (obviously) but I think you could do it like this:

Per the docs at https://redux-toolkit.js.org/api/serializabilityMiddleware , you should be able to use the ignoredPaths option to provide a keypath string to ignore in the state:

Animations don't work with display: none/block, you have to use visibility: hidden/visible:

There are several issues here:

1. The pop-up appears only once, only on the second page while you are waiting for this element each loop iteration. You should check if this element appears and only if it appeared to click it. Otherwise just pass.
2. This element has several class name attributes. So you should use CSS Selector or XPath to locate it, not by_class_name since this method is accepting a single class name, not a sequence of class names separated by spaces.
3. You can use click() method directly on the returned by WebDriverWait(driver, 5).until(EC.visibility_of_element_located((By.CSS_SELECTOR, "button.popover-x-button-close.icl-CloseButton"))) element, no need to get this element again with driver.find_element

I suggest something like the folllowing:

You can't do it like that with react. React is declarative which means a component describes what should be rendered given the state and props of the component. What you are trying to do is how you would do it with e.g. jQuery. What you need to do is set the items as component state and render it accordingly. Returning jsx from a handler won't do anything to the rendered output of a component.

A possible solution would be to store inside of the PopOut if it should show its children:

path('', views.reptile_itemAlt, name='itemAlt'),

is likely going to be matching against the requests which you want to go to:

path('update', views.item_update, name='item-update'),

and by extension the edit endpoint below that!

Move 'item-update'(reptibase/update) and 'edit'(repitbase/edit) above 'itemAlt' to account for their respective paths and then all other requests should pass through those and get captured by the correct view.

See the section entitled 'The Path Before Us' here, which gives a good explanation of this phenomenon:

https://www.mattlayman.com/understand-django/urls-lead-way/

You have an infinite loop, because you're using the wrong formulas for left-child-index and right-child-index.

Look at heapifyDown. The first index tested is 0, and getRightChildIndex() says that it's right child is also at 0*2 == 0.

For heaps with the root at 0, the left and right children of i are at i*2+1 and i*2+2. For heaps with the root at 1 (not your case), the left and right children of i are at i*2 and i*2+1.

Note that if you fix this then your algorithm can work, but it won't be awesome. Appropriate solutions for this problem use quickselect (expected O(n)), a min-heap (O(n * log k)), or a partial heapsort (O(n + k log n)). Yours is like a partial heap sort, but without the O(n) heapify at the start, giving O(n log n).

Your animation is pretty much complete. The problem as I see it is that when the .active class is added to a child, the other children fill up the void in the grid. This makes the active child not enlarge from its original position.

I made my own solution using CSS but without animations - and vanilla JavaScript. In my code (just as in yours) the child gets lose from the grid, gets an absolute position and then fills up the entire parent container with width: 100%; and height: 100%; I also added CSS specifications to the other children to stay put when this is happening (see below).

It's a rather snappy effect because transition is not applied to width and height unless the child is absolute positioned before the active class is added. To achieve a more "zoomy" effect is a bit more tricky:

• You can observe for DOM attribute (class) mutations with JavaScript (in other words, add a class with absolute positioning, and when that operation is completed, add another class with width: 100%; and height: 100%;).
• Or you could use position: absolute on all the child elements from the start, but then you also need to specify width, height, top, left etc.
• Some other solution I'm too tired or not skilled enough to think of.

You're either adding or removing an icon from the toolbar when the window is resized. This is not necessarily the case, in fact since for every resized pixel an event is fired most of the resize events shouldn't modify the icons.

The easiest way to fix this is by making the remove item call conditional: