There's a couple of places where this was causing a cart update submission where it wasn't needed, eg the items had not actually changed. The conditional here was designed to stop that from happening, but it was actually passing every time (the conditional logic was not actually catching the case it was supposed to).
This is really expensive!
This for new changes to the enterprise registration/signup flow where a map will be displayed when people are filling in their address. On this map people can check the geocoder has geocoded their address correctly and if not they can manually adjust their latitude/longitude on the map.
But currently every time someone changes their address in the Admin > Enterprise > Address section the address would automatically be geocoded so this could overwrite the latitude/longitude that was set during sign up. To prevent the latitude/longitude from being overwritten this add's a checkbox which people need to explicity click if they want their address to be automatically geocoded, otherwise it will just use the manually configured latitude/longitude.
Note this new feature which allows people to select their location on a map during registration only works with Google maps so far. So if an instance is using Open Street Map this change also adds support for passing a :use_geocoder parameter to the Api::EnterprisesController during registration so that the address will be geocoded on the backend without the use of a map.
When the user entered a number beyond the stock level, the browser was
correcting that to the max number which is very helpful. But Angular was
setting the model to undefined which removes the item from the cart.
Deactivating Angular's max behaviour let's us set the value ourselves
which is then used in the cart.
If the user entered an invalid quantity, Angular set the model to
undefined and we removed the input field to show the add button. That
makes it impossible for a user to see what the maximum quantity to enter
would be. For example:
- The variant has a stock level of 5.
- The user enters 7.
- Angular sets it to undefined.
- The input field disappears.
- The user is startled and doesn't know how to proceed.
But now we hide the input only if it's deliberately set to zero.
The user can now type anything into the quantity field and some of it
may not be valid. These safe guards ensure that the buttons still work
even if the quantity is undefined or out of range.
Angular guards against the value being out of range but that has other
side-effects. We want to be able to de-activate some of Angular's
behaviour.
Here we need to build a really dynamic structure on the page like "Results for: <search-term> in <filter1> or <filter2>" and the styling on each of the words needs to be a bit different, specifically the filter terms need to be differently styled to the join words like "in" and "or". We have to generate those bits on the Angular side, but they also have to be wrapped in HTML in a specific way.
$sce.trustAsHtml() marks the injected HTML as "safe" (in relation to security issues like XSS). In this case the injected content doesn't involve any user-defined data, so it should be fine.
