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# Stats about event on entity in php world
It is necessary to be able to gather information about events for some entities:
- when the event has been done;
- who did it;
- ...
Those "infos" are not linked with right management, like describe in [timelines`.
### “infos” for some stats and info about an entity
Building an info means:
- create an Entity, and map this entity to a SQL view (not a regular table);
- use the framework to build this entity dynamically.
A framework api is built to be able to build multiple “infos” entities
through “union” views:
- use a command ``bin/console chill:db:sync-views`` to synchronize view (create view if it does not exist, or update
views when new SQL parts are added in the UNION query. Internally, this command call a new ``ViewEntityInfoManager``,
which iterate over available views to build the SQL;
- one can create new “view entity info” by implementing a
``ViewEntityInfoProviderInterface``
- this implementation of the interface is free to create another
interface for building each part of the UNION query. This interface
is created for AccompanyingPeriodInfo:
``Chill\PersonBundle\Service\EntityInfo\AccompanyingPeriodInfoUnionQueryPartInterface``
So, converting new “events” into rows for ``AccompanyingPeriodInfo`` is
just implementing this interface!
### Implementation for AccompanyingPeriod (``AccompanyingPeriod/AccompanyingPeriodInfo``)
A class is created for computing some statistical info for an
AccompanyingPeriod: ``AccompanyingPeriod/AccompanyingPeriodInfo``. This
contains information about “something happens”, who did it and when.
Having that info in the table answers some questions like:
- when is the last and the first action (AccompanyingPeriodWork,
Activity, AccompanyingPeriodWorkEvaluation, …) on the period;
- who is “acting” on the period, and when is the last “action” for each
user.
The AccompanyingPeriod info is mapped to a SQL view, not a table. The
SQL view is built dynamically (see below), and gathers info from
ActivityBundle, PersonBundle, CalendarBundle, … It is possible to create
a custom bundle and add info on this view.
```php
/**
*
* @ORM\Entity()
* @ORM\Table(name="view_chill_person_accompanying_period_info") ](==== THIS IS A VIEW, NOT A TABLE
*/
class AccompanyingPeriodInfo
{
// ...
}
```
#### Why do we need this?
For multiple jobs in a PHP world:
- moving the accompanying period to another step when inactive,
automatically;
- listing all the users which are intervening on the action on a new
“Liste des intervenants” page;
- filtering on exports
Later we will launch automatic anonymize for an accompanying period and
all related entities through this information.
#### How are the SQL views built that are mapped to “info” entities?
The AccompanyingPeriodInfo entity is mapped by a SQL view (not a regular
table).
The SQL view is built dynamically; it is a SQL view like this, for now (April 2023):
```sql
create view view_chill_person_accompanying_period_info
(accompanyingperiod_id, relatedentity, relatedentityid, user_id, infodate, discriminator, metadata) as
SELECT w.accompanyingperiod_id,
'Chill\PersonBundle\Entity\AccompanyingPeriod\AccompanyingPeriodWork'::text AS relatedentity,
w.id AS relatedentityid,
cpapwr.user_id,
w.enddate AS infodate,
'accompanying_period_work_end'::text AS discriminator,
'{}'::jsonb AS metadata
FROM chill_person_accompanying_period_work w
LEFT JOIN chill_person_accompanying_period_work_referrer cpapwr ON w.id = cpapwr.accompanyingperiodwork_id
WHERE w.enddate IS NOT NULL
UNION
SELECT cpapw.accompanyingperiod_id,
'Chill\PersonBundle\Entity\AccompanyingPeriod\AccompanyingPeriodWorkEvaluation'::text AS relatedentity,
e.id AS relatedentityid,
e.updatedby_id AS user_id,
e.updatedat AS infodate,
'accompanying_period_work_evaluation_updated_at'::text AS discriminator,
'{}'::jsonb AS metadata
FROM chill_person_accompanying_period_work_evaluation e
JOIN chill_person_accompanying_period_work cpapw ON cpapw.id = e.accompanyingperiodwork_id
WHERE e.updatedat IS NOT NULL
UNION
SELECT cpapw.accompanyingperiod_id,
'Chill\PersonBundle\Entity\AccompanyingPeriod\AccompanyingPeriodWorkEvaluation'::text AS relatedentity,
e.id AS relatedentityid,
cpapwr.user_id,
e.maxdate AS infodate,
'accompanying_period_work_evaluation_start'::text AS discriminator,
'{}'::jsonb AS metadata
FROM chill_person_accompanying_period_work_evaluation e
JOIN chill_person_accompanying_period_work cpapw ON cpapw.id = e.accompanyingperiodwork_id
LEFT JOIN chill_person_accompanying_period_work_referrer cpapwr ON cpapw.id = cpapwr.accompanyingperiodwork_id
WHERE e.maxdate IS NOT NULL
UNION
SELECT cpapw.accompanyingperiod_id,
'Chill\PersonBundle\Entity\AccompanyingPeriod\AccompanyingPeriodWorkEvaluation'::text AS relatedentity,
e.id AS relatedentityid,
cpapwr.user_id,
e.startdate AS infodate,
'accompanying_period_work_evaluation_start'::text AS discriminator,
'{}'::jsonb AS metadata
FROM chill_person_accompanying_period_work_evaluation e
JOIN chill_person_accompanying_period_work cpapw ON cpapw.id = e.accompanyingperiodwork_id
LEFT JOIN chill_person_accompanying_period_work_referrer cpapwr ON cpapw.id = cpapwr.accompanyingperiodwork_id
UNION
SELECT cpapw.accompanyingperiod_id,
'Chill\PersonBundle\Entity\AccompanyingPeriod\AccompanyingPeriodWorkEvaluationDocument'::text AS relatedentity,
doc.id AS relatedentityid,
doc.updatedby_id AS user_id,
doc.updatedat AS infodate,
'accompanying_period_work_evaluation_document_updated_at'::text AS discriminator,
'{}'::jsonb AS metadata
FROM chill_person_accompanying_period_work_evaluation_document doc
JOIN chill_person_accompanying_period_work_evaluation e ON doc.accompanyingperiodworkevaluation_id = e.id
JOIN chill_person_accompanying_period_work cpapw ON cpapw.id = e.accompanyingperiodwork_id
WHERE doc.updatedat IS NOT NULL
UNION
SELECT cpapw.accompanyingperiod_id,
'Chill\PersonBundle\Entity\AccompanyingPeriod\AccompanyingPeriodWorkEvaluation'::text AS relatedentity,
e.id AS relatedentityid,
cpapwr.user_id,
e.maxdate AS infodate,
'accompanying_period_work_evaluation_max'::text AS discriminator,
'{}'::jsonb AS metadata
FROM chill_person_accompanying_period_work_evaluation e
JOIN chill_person_accompanying_period_work cpapw ON cpapw.id = e.accompanyingperiodwork_id
LEFT JOIN chill_person_accompanying_period_work_referrer cpapwr ON cpapw.id = cpapwr.accompanyingperiodwork_id
WHERE e.maxdate IS NOT NULL
UNION
SELECT w.accompanyingperiod_id,
'Chill\PersonBundle\Entity\AccompanyingPeriod\AccompanyingPeriodWork'::text AS relatedentity,
w.id AS relatedentityid,
cpapwr.user_id,
w.startdate AS infodate,
'accompanying_period_work_start'::text AS discriminator,
'{}'::jsonb AS metadata
FROM chill_person_accompanying_period_work w
LEFT JOIN chill_person_accompanying_period_work_referrer cpapwr ON w.id = cpapwr.accompanyingperiodwork_id
UNION
SELECT activity.accompanyingperiod_id,
'Chill\ActivityBundle\Entity\Activity'::text AS relatedentity,
activity.id AS relatedentityid,
au.user_id,
activity.date AS infodate,
'activity_date'::text AS discriminator,
'{}'::jsonb AS metadata
FROM activity
LEFT JOIN activity_user au ON activity.id = au.activity_id
WHERE activity.accompanyingperiod_id IS NOT NULL;
```
As you can see, the view gathers multiple SELECT queries and binds them
with UNION.
Each SELECT query is built dynamically, through a class implementing an
interface: ``Chill\PersonBundle\Service\EntityInfo\AccompanyingPeriodInfoUnionQueryPartInterface``, `like
here <https://gitlab.com/Chill-Projet/chill-bundles/-/blob/master/src/Bundle/ChillPersonBundle/Service/EntityInfo/AccompanyingPeriodInfoQueryPart/AccompanyingPeriodWorkEndQueryPartForAccompanyingPeriodInfo.php.md)__
To add new `SELECT` query in different `UNION` parts in the SQL view, create a
service and implements this interface: ``Chill\PersonBundle\Service\EntityInfo\AccompanyingPeriodInfoUnionQueryPartInterface``.