allTypesAndFields: Direct serialization of all valid fields for all valid item types
citeProcJSExport: All item types and fields as sent to citeproc-js
itemJSON: Zotero.Item::toJSON serialization of all item types and fields
translatorExport: items as presented to export translators after 4.0.27
translatorExportLegacy: items as presented to export translators before 4.0.27
(does not cover relations, collections, tags, attachments)
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
Add functions to generate sample data for various formats
* Zotero Web API JSON (Zotero.Item::toJSON)
* CiteProc-JS JSON
* Export translator JSON
* Direct serialization of Zotero.Item fields
Add a way to load sample data into DB from JSON
Add tests for loading sample data into DB
Add tests for automatically generated data
This will help us make sure that field mappings and data formats don't change
* 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.
updateBundledStyles() already has the contents of a new/updated
translator when it copies it into the data dir, so there's no need for
Zotero.Translators.reinit() to read it again from the just-copied file.
This passes the metadata from updateBundledStyles() to reinit() to avoid
the extra file read.
(Alas, this appears to make essentially zero difference on an OS X
system with an SSD, but maybe it will help elsewhere.)
Get rid of data_access.js, at long last. Existing calls to
Zotero.getCollections() will need to be replaced with
Zotero.Collections.getByLibrary() or .getByParent().
Also removes Zotero.Collection::getCollections(), which is redundant
with Zotero.Collections.getByLibrary(), and Zotero.Collections.add().
The latter didn't didn't include a libraryID anyway, so code might as
well just use 'new Zotero.Collection' instead.
If a view or other resources are destroyed while a promise is being
resolved, subsequent code can fail. This is generally harmless, but it
results in unnecessary errors being logged to the console.
To address this, promises can use a new function,
Zotero.Promise.check(), to test whether a value is truthy or 0 and
automatically throw a specific error that's ignored by the unhandled
rejection handler if not.
Example usage:
getAsync().tap(() => Zotero.Promise.check(this.win));
If this.win is cleaned up while getAsync() is being resolved, subsequent
lines won't be run, and nothing will be logged to the console.
