Keyboard users select a time slot by moving to the
radio for that slot, using the arrow keys, and
selecting it by pressing 'space' or 'enter', like
a `<select>`.
We allow this by listening for 'keydown' events
from the 'enter' or 'space' keys on time slot
radios that are checked.
Browsers fire 'click' events alongside the
'keydown' event meaning it's possible for the
code that makes the selection to be run twice.
We currently guard against this by checking for
the `pageX` property of the event object,
reasoning that a click event fired by a key press
won't have a cursor position.
Most browsers we support set it to `0` but it
isn't always the case:
https://dom-event-test.glitch.me/results.html
For those browsers, the `!event.pageX` condition
resolves correctly so this works. Safari and
versions of Internet Explorer before 11 however,
set it to a positive number.
In those browsers, moving the selection between
radios using the arrow keys fired a 'click' event
which, in Safari and IE<11, was treated as a
mouse/touch event and so confirmed the selection.
This made it impossible to select a later time.
These changes replace the 'click' event on time
slots with an artifical one that tracks
mouse/trackpad clicks by listening for a
'mousedown' followed by a 'mouseup' on a time
slot. This doesn't fire on key presses so avoids
the problem.
Clicking the 'Done' button resets the module to
its default state. 'Done' implies you've
completed your selection so this doesn't make
sense.
This changes it so any selection made will be
confirmed when 'Done' is clicked.
Extends triggerEvent, allowing the creation of
different types of event, and to change the data
on its object. Also fakes the positional data
browsers add to the event object.
Also adds helpers for simulating:
- all the events for a mouse click
- the events invovled in moving the selection in a radio group
It helps the tests to know the `Hogan` variable is
actually a property of the global variable
(`window` in this case) and doesn't hurt the
readability of the script.
We added `Upload letters` to the platform admin service settings, which makes is confusing when next to `Upload documents`.
Also `User auth type editting` is a confusing label
`User auth type editting` --> `Email authentication`
`Uploading documents` --> `Send file by email`
The upload_letters permission can only be changed by Platform Admin
users. It works in a similar way to the inbound_sms nested permission
- you only see the row in the table if you have the 'letter' permission,
but the 'letter' and 'upload_letters' are still separate permissions and
changing one does not affect the other.
Before, the delete decorator would delete the keys from Redis and then
we made the request to api to change the data. However, it is possible
that the cache could get re-populated in between these two things
happening, and so would cache outdated data.
This changes the order to send the api request first. We then always
delete the specified keys from Redis. Changing the order of the code in
the decorator changes the order in which the cache keys get deleted, so
the tests have been updated.
This report will be used by the engagement team. There is a form to give
a start and end date for the report, and the form is then downloaded
as a CSV file when the form is submitted.
It’s possible to delete default letter contact blocks because there is a
fallback – having a blank letter contact block. This is different to SMS
senders and reply to addresses.
For this to make sense it also means:
- adding the ‘blank’ letter contact block to the list of letter contact
blocks
- having a way of setting the default back to being blank
