The same way it's done in the official SDG icons. We're also using
uppercase with slightly smaller letter spacing for the same reason.
Even though we didn't do so in the past, we're moving the font to its
own folder inside the vendor folder and including the license file as
well in order to make it clear that these files do not follow the same
license CONSUL uses.
They were all following the same format.
Note we need to group the `see_all` translation keys together (the same
way it's done with the `most_active` keys) so we don't have an unused
translation warning.
We're also moving the "see all" link in processes outside the feed
content; the same way it's done in debates and proposals and removing
unnecessary classes in the processes feed: the column class is causing
the processes not to be aligned with the debates above them, and the
margin bottom is not needed because the margin of the footer is already
enough.
Note we're using the code instead of the ID to get the goal in the URL.
IMHO this is what most people would expect; visiting a URL with a "7"
takes you to SDG number 7, and not to the one with "7" as a database ID.
In order to avoid tests (either automated tests or manual tests) passing
by coincidence due to the goal ID and the goal code being the same, I'm
shuffling the codes before entering them in the databse.
I've tried using `resolve` in the routes so the code is automatically
taken into account, but it doesn't work since `resolve` cannot be used
inside a namespace, and here we're within the `sdg` namespace.
Note using `params[:relatable_type].classify` is recognized as a
security risk by some tools. However, it's a false positive, since we've
added constraints to the URL so that paramenter can only have the values
we trust.
So tests won't fail when an institution changes the default organization
name.
The tests are also easier to understand now, since it's more obvious
where the "CONSUL" text is coming from.
We were repeating the same code over and over (with a few variants) to
setup tests which require an administrator. We can use a tag and
simplify the code.
In some tables, we had "actions", and some columns were also links
pointing to some places. Having both of them at the same time is
confusing, particularly since traditionally the links in the columns
pointed to the same place as some of the actions (although that's not
the case since commit 48db31cd).
We're still keeping links in tables which don't have an action column.
For instance, the proposals table has a "select" button which would be
harder to use if we had action buttons next to it.
By using real XML responses developers will be able to understand better
how the integration works (the data flow), and the correspondency between
`remote_census` settings and their place at a real XML response.
As `stubbed_responses` methods were removed from the model layer now the
stubbing part should be managed from the test environment code so also
added a new helper module `RemoteCensusSetup` that can be used anywhere
where we need to call the web service.
Co-Authored-By: Javi Martín <javim@elretirao.net>
Now we can use the checkbox label text directly as locator at spec,
also default web_sections are created before every spec by loading
`db/seeds.rb` file so we were duplicating "Proposals" WebSection.
We were allowing users to check/uncheck the "Visible to valuators"
checkbox even when the budget is finished and so the investments cannot
be edited. So users were still able to check/uncheck this attribute, but
the server was silently rejecting these changes.
We've considered removing the column in this case but decided to keep it
since users can already control which columns they'd like to display.
This rule was added in rubocop-rspec 1.39.0. The `visible: false` option
is equivalent to `visible: :all`, but we generally use it meaning
`visible: :hidden` for positive expectations and `visible: :all` for
negative expectations.
The only exceptations are tests where we count the number of map icons
present. I'm assuming in this case we care about the number of map icons
independently on whether they are currently shown in the map, so I'm
keeping the `visible: :all` behavior in this case.
By default, Capybara only finds visible elements, so adding the
`visible: true` option is usually redundant.
We were using it sometimes to make it an obvious contrast with another
test using `visible: false`. However, from the user's perspective, we
don't care whether the element has been removed from the DOM or has been
hidden, so we can just test that the visible selector can't be found.
Besides, using `visible: false` means the test will also pass if the
element is present and visible. However, we want the test to fail if the
element is visible. That's why a couple of JavaScript-dependant tests
were passing even when JavaScript was disabled.
These tests were supposed to check the link to vote is hidden when users
don't have permission to vote. However, they aren't testing that, since
the `visible: false` option also matches visible elements. The links are
actually considered visible since they're displayed by the browser;
there's just another element on top of them.
Using `obscured: true` instead of `visible: false` solves the issue.
However, while the `obscured` option is true when the element is hidden
by another element, it's also true when the element is not currently
visible in the browser window, so in some cases we need to scroll so the
condition is effective.
This rule was added in Rubocop 0.89.0. However, there are some false
positives when we don't use interpolation but simply concatenate in
order to avoid long lines. Even if there weren't false positives, there
are places where we concatenate to emphasize the point that we're adding
a certain character to a text.
We might reconsider this rule in the future, since we generally prefer
interpolation over concatenation.
Using `travel` we go to `Time.now + interval`. If the application's time
zone changes due to seasonal clock changes during that interval, we
might travel to a time which is not the time we intended to travel to.
Example:
On a system using the UTC time zone, it's 9AM on October 25 (Friday).
Since by default CONSUL uses the Madrid time zone, it means the
application's time is 11AM.
We use `travel` to advance three days. That means we go to 9AM UTC on
October 28 (Monday). The application's time will be 10AM due to the
seasonal clock change, so we haven't fully traveled three days in
application's time.
To reproduce locally, run:
```
TZ=UTC rspec spec/system/proposal_notifications_spec.rb:410
```
Using `travel_to` with `3.days.from_now`, which uses the application's
time zone and so it will travel to October 28 at 11AM, solves the
problem.
