Learning Sequences (LS) don't need to edit unit blocks at all.
It's not their data and the stitching code didn't have all the
safety guards that the course block normalizer does in api.js.
This fixes an issue with degenerate course layouts (like problems
as direct children of sequences) when LS is enabled. It was trying
to stitch units and sequences together but failing to account for
unitIds that aren't actual units.
Which is technically still supported by the platform, though not
possible in Studio. We could try to do something smarter here, but
that's not LS's job - it should just trust that the unit data is
correctly normalized already. That unit loading code will
eventually move to the sequence metadata anyway (ideally) and LS
won't touch units at all.
AA-1162
if the user is masquerading as a specific learner, then dismiss the modal and do not post back and save the Honor Code signature
Co-authored-by: Simon Chen <schen@edX-C02FW0GUML85.local>
In order to finish off TNL-7107 I needed to meet the acceptance criteria: When learners or educators select a section dropdown item they are taken to the first subsection within that section that is not completed by default. If all subsections are completed they should be taken to the first(subsection) in that section.
This reimagining of Jumpnav does that by lazy loading in the menuItem's destinations and routing the user using React-Router.
In order to finish off TNL-7107 I needed to meet the acceptance criteria: When learners or educators select a section dropdown item they are taken to the first subsection within that section that is not completed by default. If all subsections are completed they should be taken to the first(subsection) in that section.
This reimagining of Jumpnav does that by lazy loading in the menuItem's destinations and routing the user using React-Router.
For performance and long term simplification reasons, we want to take
the work currently done by the Course Blocks API and split it up between
the Learning Sequences API (course outline) and Sequence Metadata API
(details about the Units in a Sequence). This will also make it easier
to later support different kinds of Sequences, where we might not know
all the details about it at the time we load the course-wide outline
data.
This starts moving over the responsibility for the high level outline
and metadata to Learning Sequences. It requires that the waffle flag
"learning_sequences.use_for_outlines" be active in the LMS. If that flag
is not active, the Learning Sequences API call will return a 403 error,
and this code will fall back to the older behavior.
Some data could not be shifted over yet. Namely:
* Sequence legacy URL is not currently output by the Learning Sequences
API. This is simple to add, but I don't know if there's any point in
adding it now that the Courseware MFE is functional for timed exams.
* Unit metadata was not completely shifted over to the Sequence Metadata
API because doing so would cause blocking requests and would cause a
noticeable performance regression. This should not be moved over until
the Sequence Metadata API can be made more performant.
* Effort Estimation currently relies on content introspection of the
underlying content in a way that the Learning Sequences API does not
support.
This is the last of a handful of PRs in support of TNL-8330.
The courseware was properly reading the access errors and
redirecting the user as appropriate (like to the dashboard or
whatever).
This requires a backend change to push the error along.
Removes sequences we shouldn't see by using the Learning Sequences API
(TNL-8377). Depends on https://github.com/edx/edx-platform/pull/27955
It works by adding a call to the Learning Sequences API and (if that
endpoint is enabled, i.e. returns 200 for this user+course), uses the
results of that endpoint to remove sequences from the Course Blocks API
call. Learning Sequences knows how to do things like bubble up the
content group settings of units to sequences for the case where all
units have the same restrictions and the user would see an empty
sequence.
This component blocks access to graded units when
the user is required to sign the integrity agreement for
the course. Once signed, it will not appear for the course
again.
Valid courseware URLs currently include:
* /course/:courseId
* /course/:courseId/:sequenceId
* /course/:courseId/:sequenceId/:unitId
In this commit we add support for:
* /course/:courseId/:sectionId
* /course/:courseId/:sectionId/:unitId
* /course/:courseId/:unitId
All URL forms still redirect to:
/course/:courseId/:sequenceId/:unitId
See ADR #8 for more context.
All changes:
* refactor: allow courseBlocks factory to build multiple sections
* refactor: make CoursewareContainer tests less brittle & stateful
* feat: handle courseware paths more liberally
* refactor: reorder, rename, & comment redirection functions
TNL-7796
We were inconsistently using “position” - a 1-indexed value - in JS arrays which are 0-indexed. We had an existing, normalized property called “activeUnitIndex” which we now use everywhere instead. The value is modified back to 1-indexed before being returned to the server.
* Moving model-store into “generic” sub-directory.
Also adding a README.md to explain what belongs in “generic”
* Moving user-messages into “generic” sub-directory.
* Moving PageLoading into “generic” sub-directory.
* Moving “tabs” module into “generic” sub-directory.
* Moving InstructorToolbar and MasqueradeWidget up to instructor-toolbar.
The masquerade widget is a sub-module of instructor-toolbar.
* Co-locating celebration APIs with celebration utils.
Also adding an ADR about thunk/API naming conventions and making some other areas of the code adhere to it.
* Moving courseware data (thunks, api) into the courseware module.
Note that cousre-home/data/api still uses normalizeBlocks - this should be fixed so it’s not reaching across. Maybe we pull that particular API up top.
This PR includes a few TODOs for things I saw, as well as a tiny bit of whitespace cleanup.
* Extensive refactor of application data management.
- “course-blocks” and “course-meta” are replaced with “courseware” module. This obscures the difference between the two from the application itself.
- a generic “model-store” module is used to store all course, section, sequence, and unit data in a normalized way, agnostic to the metadata vs. blocks APIs.
- SequenceContainer has been removed, and it’s work is just done in CourseContainer instead.
- UI components are - in general - more responsible for deciding their own behavior during data loading. If they want to show a spinner or nothing, it’s up to their discretion.
- The API layer is responsible for normalizing data into a form the app will want to use, prior to putting it into the model store.
* Organizing into some more sub-modules.
- Bookmarks becomes it’s own module.
- SequenceNavigation becomes another one.
* More modularization of data directories.
- Moving model-store up to the top.
- Moving fetchCourse and fetchSequence up to the top-level data directory, since they’re used by both courseware and outline.
- Moving getBlockCompletion and updateSequencePosition into the courseware/data directory, since they pertain to that page.
* Normalizing on using the word “title”
* Using history.replace instead of history.push
This fixes TNL-7125
* Allowing sub-components to use hooks and redux
This reduces the amount of data we need to pass around, and lets us move some complexity to more natural modules.
* Fixing bug where enrollment alert is shown for undefined isEnrolled
The enrollment alert would inadvertently be shown if a user navigated from the outline to the course. This was because it interpreted an undefined “isEnrolled” flag as false. Instead, we should wait for the isEnrolled flag to be explicitly true or false.
* Organizing modules.
- Renaming “outline” to “course-home”.
- Moving sequence and sequence-navigation modules under the course module.
* Some final application organization and ADR write-ups.
* Final refactoring
- Favoring passing data by ID and looking it up in the store with useModel.
- Moving headers into course-header directory.
* Updating ADRs. Splitting model-store information out into its own ADR.
