The machinery to fix orphaned calendar events that were broken by MDL-67494.
The solution consists of:
1) Upgrade step that checks if this site has executed the problematic upgrade steps and
if positive, it will schedule a new run for calendar_fix_orphaned_events adhoc task.
2) Adhoc task that will self-spawn calling the recovery machinery, running until
all the orphaned calendar events are fixed. It also sets the maximum runtime of
60 seconds. It is also possible to override that number by specifing the desired
number setting the ->calendareventsmaxseconds in your config.php
3) CLI script that will look for all the calendar events which userids
where broken by a wrong upgrade step, affecting to Moodle 3.9.5
and up.
It performs checks to both:
a) Detect if the site was affected (ran the wrong upgrade step).
b) Look for orphaned calendar events, categorising them as:
- standard: site / category / course / group / user events
- subscription: events created via subscriptions.
- action: normal action events, created to show common important dates.
- override: user and group override events, particular, that some activities support.
- custom: other events, not being any of the above, common or particular.
By specifying it (--fix) try to recover as many broken events (missing userid) as
possible. Standard, subscription, action, override events in core are fully supported but
override or custom events should be fixed by each plugin as far as there isn't any standard
API (plugin-wise) to launch a rebuild of the calendar events.
4) Unit tests and helper functions to generate calendar events. We have decided to
keep the tests simple, testing only true and false and not using data generators because
the code is purely to recover the calendar events and won't turn into an API or something
and also due to the urgency of this issue.
The helpers have been created in calendar/tests/helpers.php since there are no data generators
for calendar.
This commits adds a fallback for plugins which does not have
custom_completion implementation.
For those cases, it will search for {modulename}_get_completion_state
callback in the plugin and call get_overall_completion() method in
cm_completion_details class to get the overall completion state for
a course module and user.
Before this change a teacher would be able to see users listed if:
* They have an active enrolment and can submit
* They have an an inactive enrolment for a role that can submit
After this change they will additonally be able to see users listed:
* That have an active enrolment and have submitted
* That have an inactive enrolment and have submitted
This means that if an assignment has it's context frozen all users
that have made some form of submission will still be listed.
It will also apply if the submission capability is removed from a
user.
If a user's enrolment is deleted they will not be listed.
The submission and grading counts have also been updated so
they will reflect the new rules.
Before this change if a student visited an assignment that is
frozen they would only see the title and description even if
they had made a submission to it.
After the change they will be able to see the status of their
submission and any feedback and grades they have recived.
It will also make the Moodle app recognise that submission
should not happen because the assignment is frozen.
Tests based on ones created by Andrew Nicols
Create a new profile field type, move all existing content of the fields
'icq', 'skype', 'aim', 'yahoo', 'msn' and 'url' in the mdl_user table to
theses new profile fields if needed.
AMOS BEGIN
MOV [aimid,core],[aimid,courseimage,profilefield_social]
MOV [yahooid,core],[yahooid,profilefield_social]
MOV [skypeid,core],[skypeid,profilefield_social]
MOV [icqnumber,core],[icqnumber,profilefield_social]
MOV [msnid,core],[msnid,profilefield_social]
MOV [webpage,core],[webpage,profilefield_social]
AMOS END
Backup the table user_lastaccess which holds data for when a user last accessed a course.
And also restore to the table user_lastaccess from the .xml file created in the backup.
As part of the tests preparations, some backups are created, but
the tests aren't calling to their ->destroy() method at the end.
The destroy() method is needed to go cleaning and unsetting various
objects that, only then, will free resources, like memory, open files...
This isn't critical under Unix OSs... but Windows is really sensible
and keeps all open files locked, so any write operation on them fails.
