Note we're using both the `hidden` and `disabled` properties to
guarantee compatibility with user agents which might still display the
option even when using the `hidden` attribute or hiding it with
`display: none`. We could also use `hide()` and `show()` instead of the
`hidden` property, but since we're using the `disabled` property, I
thought the code would be easier to read if we used properties in both
cases.
Also note users will no longer be able to get, let's say, debates which
are related to goal 1 and target 2.1. We think this use case is highly
unlikely and there's no need to take it into account.
We've had to add a couple of hacks in order to make jQuery UI datepicker
work with Turbolinks, and one of our tests is failing because the
datepicker changes its height when changing from a month with 5 weeks to
a month with 6 weeks.
We could add a workaround so the test still passes (jQuery UI doesn't
provide a configuration option to always displays 6 weeks in the
datepicker), but I think it's easier to just use the HTML5 native date
input field, which also allows us to simplify the code a bit and IMHO it
improves the user experience, particularly when using mobile phones.
Since date fields are not supported in Safari and Internet Explorer,
we're still using the jQuery UI datepicker on those browsers (and on any
other browser not supporting date fields).
Due to these changes, we're moving the tests checking datepicker's
behaviour to the dashboard. I've choosing not to change the public pages
because I'm not 100% sure everybody would like this change (some people
prefer the datepicker because we can configure the way it looks).
To maintain consistency and the use of advanced search in the frontend,
we forced the expected date format for all languages. This is a temporary
solution that we should analyze in depth to allow different date formats
depending on the language in the filters.
For now we're only adding rules related to spacing and double quotes,
following the same rules we use in Ruby, which are the same rules
CoffeeScript followed when compiling these files.
We're also using the recommended ESLint rules, which will warn us about
many JavaScript common pitfalls, the `strict` rule which enforces using
strict mode, and the `no-console` rule, which will prevent us from
shipping code meant for debugging.
Although it's arguably more common to use the JSON format to define
these rules, I've chosen YAML because it's the format we use in all our
linters.
These statements were automatically added by CoffeeScript.
I'm only removing the obvious cases; there might be more cases where the
`return` statement isn't necessary.
