And simplify tree view load event handling, which may or may not have
been contributing to intermittent test failures, but is cleaner this way
regardless.
Relations are now properties of collections and items rather than
first-class objects, stored in separate collectionRelations and
itemRelations tables with ids for subjects, with foreign keys to the
associated data objects.
Related items now use dc:relation relations rather than a separate table
(among other reasons, because API syncing won't necessarily sync both
items at the same time, so they can't be stored by id).
The UI assigns related-item relations bidirectionally, and checks for
related-item and linked-object relations are done unidirectionally by
default.
dc:isReplacedBy is now dc:replaces, so that the subject is an existing
object, and the predicate is now named
Zotero.Attachments.replacedItemPredicate.
Some additional work is still needed, notably around following
replaced-item relations, and migration needs to be tested more fully,
but this seems to mostly work.
The test runner now downloads and caches the PDF tools for the current
platform within the test data directory and only redownloads them when
out of date, and it updates the download URL so that the full-text code
pulls from the cache directory via a file:// URL.
The installPDFTools() support function now installs the files directly
instead of going through the prefs, and a new uninstallPDFTools()
function removes the tools. Since the presence of the PDF tools can
affect other tests, tests that need the tools should install them in a
before() and uninstall them in an after(), leaving most tests to run
without PDF indexing.
This also adds a callback to the waitForWindow() support function. If a
modal dialog is opened, it blocks the next promise handler from running,
so a callback has to be used to interact with and close the dialog
immediately.
Character sets are now populated on demand, so they can't be run through
Zotero.CharacterSets.getName() in getContentsAsync(), since they might
not exist. (I'm also not sure why this was being done anyway.)
For now, this just calls Zotero.Utilities.generateObjectKey(), but this
function makes more sense in DataObjectUtilities. It does need to be
accessible to the connectors, but if it's possible to add an alias in
Zotero.Utilities just for the connectors, it'd probably be better to do
that and use Zotero.DataObjectUtilities.generateKey() elsewhere.
These previously returned an itemID, but now that new saved items can be edited
without a refetch, they should just return the new item.
(Possible I missed a few spots where these are called.)
Notifier.trigger() needs to be async, since if it actually runs it waits for
promises returned from observers. But the vast majority of trigger() calls are
in transactions where they just queue and can therefore be synchronous. This
replaces all such calls with Notifier.queue().
This should fix a race condition that was causing the emptyTrash() test to fail
intermittently.
citeproc-js relies on this in several locations. Seems that Zotero passes these IDs to citeproc from the item picker. We also need to consider existing embedded items in Word/LO documents, but they do have embedded URIs, so it shouldn't be a problem.
CC @fbennett
* Enable legacy mode for export translators compatible with pre-4.0.27:
* Add compatibility mappings, so that current translators don't break if they specify minVersion lower than 4.0.27. This does introduce non-compatible changes, specifically, "version" field in legacy mode is "versionNumber" in the new format. "version" in the new format corresponds to the "version" as specified for Zotero API JSON format. New translators should expect Zotero web API JSON format and should specify minVersion 4.0.27.
* Update CSL mappings to comply with new itemToExportFormat
* CSL JSON export translator needs to be updated to be compatible with 4.0.27 to export correct CSL JSON
* Use item URI for id in CSL JSON instead of item ID
* Fix note and attachment handling in itemToCSLJSON
After saving a new object and reloading primary data and any changed
data (which we can maybe reconsider at some point), mark all other data
types as loaded, since there's no other data we don't have. For example,
this allows for item.save() to be followed by item.setField() without
needing to call item.loadItemData() first.