We already configure `I18n.locale` and we reset Globalize's fallbacks
before every test.
On the other hand, RSpec automatically resets anything which is stub
with `allow`, so there's no need to use `and_call_original` in an
`after` block.
Settings are stored in the database, and so any changes to the settings
done during the tests are automatically rolled back between one test and
the next one.
There were also a few places where we weren't using an `after` block but
changing the setting at the end of the test.
Investments can be reclassified to a different heading during the participatory budget process.
Whilst we are recording this change of heading in the `previous_heading_id` attribute, we are only keeping the _last_ heading. If there are multiple reclassifications we lose this chain of reclassifications.
In this commit we are adding an `original_heading_id` attribute, that will only be set once, when creating the investment, and will not get lost with multiple reclassificaitons of an investment.
The tests in the `spec/lib/graphql_spec.rb` failed sometimes because
creating a record with a tag list of ["health"] when both "health" and
"Health" tags exist might assign either one of them. These tests usually
pass because we create two records and just by chance usually one of the
records gets one tag and the other one gets the other tag. However, the
test was written as if we expected the first record to get the first tag
and the second record to get the second tag, while very often the tests
were passing because the first record got the second tag and the second
record got the first tag. And when both records get the same tag, the
tests fail.
So I've changed these tests to tags are assigned directly and, since we
want to test the `tag_list` method, I've also added some tests to the
Tag model, which reflect the current behaviour: a random tag is assigned
when several tags with the same case-insensitive name exist.
Another option to assign the right tag to the record we're creating
would be to add `ActsAsTaggableOn.strict_case_match = true` to an
initializer. However, that would also create new tags on the database
when we accidentally assign a tag like "hEaLth" (like in the test we add
in this commit). Ideally we would have a strict case match for existing
tags and a non-strict case match for new tags, but I haven't found a way
to do it.
We don't need to create a heading every time we create an investment; we
can use an existing one by default.
Some tests are now much faster and don't fail on Travis due to reaching
Capybara's timeout anymore.
The dates are saved on UTC times on the database. So, for example,
if living in West Australia, `Date.current.beginning_of_day` will be
stored as UTC's yesterday at 15:15:00, while `Date.current.end_of_day`
will be stored as UTC's today at 15:14:59.
When we use the `DATE` database function, PostgreSQL will select the
records with the same UTC date as the current UTC date. However, we need
the records with the same application date (as defined in
`config.time_zone`) as the current application date. The test passed
(for us) because we were using `beginning_of_day + 3.hours` to make sure
we were creating records when the date in Madrid was the same as the UTC
date.
Using a ruby interval for the time condition solves the problem.
System count isn't a relevant number because the important one is the
number of votes counted by poll officers. We're still maintaining it for
a month in case poll officers would like to review the results.
- Add the methods "parse_date_of_birth" and "parse_postal_code"
to recover the correct position of their values depending on the
configuration of the remote census.
- In the previous version, each signature was equivalent to a document
and we separated them by commas.
Now each signature may also need the fields birth date and postal code.
So we separated each signature with a semicolon and separated each of
its fields by commas.
Example old version: "12345678X, 87654321Y"
Example new version:
"12345678X, 31/12/1980, 28001; 87654321Y, 31/12/1981, 28002"
- Update translations:
"Write the numbers separated by commas (,)" to
"Write the numbers separated by semicolons (;)"
- Add :date_of_birth and :postal_code to Signature to allow send these
fields to CustomCensusAPI
- Add new model presence validates: Only validate :date_of_birth and
:postal_code presence when the application has configured Remote Census
and their alias fields has values.
This new functionality will allow to retrieve in the signature sheet
the document number, the date of birth and the postal code.
So we renamed :document_numbers to :required_fields_to_veriry to
clarify and adjust the name to its use.
- Only validate :date_of_birth and :postal_code presence when the application
has configured Custom Census and their alias fields has values.
- Only validate :year_of_birth presence when :date_of_birth is not configured
to send to Custom Census
- Add :date_of_birth and :postal_code
- Only display new fields when aplication has configured the
custom census API and contains alias values for fields. Add 2
class Setting methods to check this feature:
- force_presence_date_of_birth?
- force_presence_postal_code?
- Render remote census configuration content on settings index.
- Update type method from Setting
On Admin::SettingsController#index we are using 'all_settings' to
group all settings by 'type' method.
'type' method return the first part of key when split by '.'
To allow use by example: all_settings["remote_census.general"]
and recover only settings related with this key we have added new
'elsif' on 'type' method.
This model without database allow us to validate incoming file extension and
headers and also does the following during importation process:
* Ignore empty rows
* Classifiy rows in two groups: created_records, invalid_records
* Create admin controller and routes
* Add pagination
* Add search by document_number
* Add EN and ES translations
* Add index specs
* Add missing model specs
This module is used in a callback model and in charge of
- extracting resources associated from RemoteTranslation and preparing
its fields to be sent to the MicrosoftTranslateClient thought DelayedJobs
- receive the response from MicrosoftTranslateClient and update resource
with his translates
Co-authored-by: javierm <elretirao@gmail.com>
- Each RemoteTranslation is associated with a resource (through polymorphic)
and has the locale to we want translate.
- After create a RemoteTranslation we create a enqueue_remote_translation
method that will be send remote translation instance to remote translation
client
As we cannot order budget investments by any translatable field through
AR queries we are doing the same using ruby Array sort method and doing
array pagination manually with Kaminari 'paginate_array' helper method.
Results were not including records without translations for current
locale (I18n.locale). Now we search for given title against all
translation fallbacks for current locale.
Also fix sort_by_title method [1]
[1] Use ruby sort instead of active record order scope because Globalize
does not provide a way to search over all available fallbacks when
translation for current locale does not exist.
