345 lines
10 KiB
JavaScript
345 lines
10 KiB
JavaScript
describe("Zotero.Items", function () {
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var win, collectionsView, zp;
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before(function* () {
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this.timeout(10000);
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win = yield loadZoteroPane();
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collectionsView = win.ZoteroPane.collectionsView;
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zp = win.ZoteroPane;
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})
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beforeEach(function () {
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return selectLibrary(win);
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})
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after(function () {
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win.close();
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})
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describe("#merge()", function () {
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it("should merge two items", function* () {
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var item1 = yield createDataObject('item');
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var item2 = yield createDataObject('item');
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var item2URI = Zotero.URI.getItemURI(item2);
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yield Zotero.Items.merge(item1, [item2]);
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assert.isFalse(item1.deleted);
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assert.isTrue(item2.deleted);
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// Check for merge-tracking relation
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assert.isFalse(item1.hasChanged());
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var rels = item1.getRelationsByPredicate(Zotero.Relations.replacedItemPredicate);
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assert.lengthOf(rels, 1);
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assert.equal(rels[0], item2URI);
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})
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it("should move merge-tracking relation from replaced item to master", function* () {
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var item1 = yield createDataObject('item');
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var item2 = yield createDataObject('item');
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var item2URI = Zotero.URI.getItemURI(item2);
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var item3 = yield createDataObject('item');
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var item3URI = Zotero.URI.getItemURI(item3);
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yield Zotero.Items.merge(item2, [item3]);
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yield Zotero.Items.merge(item1, [item2]);
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// Check for merge-tracking relation from 1 to 3
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var rels = item1.getRelationsByPredicate(Zotero.Relations.replacedItemPredicate);
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assert.lengthOf(rels, 2);
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assert.sameMembers(rels, [item2URI, item3URI]);
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})
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it("should update relations pointing to replaced item to point to master", function* () {
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var item1 = yield createDataObject('item');
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var item1URI = Zotero.URI.getItemURI(item1);
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var item2 = yield createDataObject('item');
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var item2URI = Zotero.URI.getItemURI(item2);
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var item3 = createUnsavedDataObject('item');
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var predicate = Zotero.Relations.relatedItemPredicate;
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item3.addRelation(predicate, item2URI);
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yield item3.saveTx();
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yield Zotero.Items.merge(item1, [item2]);
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// Check for related-item relation from 3 to 1
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var rels = item3.getRelationsByPredicate(predicate);
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assert.deepEqual(rels, [item1URI]);
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})
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it("should not update relations pointing to replaced item in other libraries", function* () {
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var group1 = yield createGroup();
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var group2 = yield createGroup();
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var item1 = yield createDataObject('item', { libraryID: group1.libraryID });
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var item1URI = Zotero.URI.getItemURI(item1);
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var item2 = yield createDataObject('item', { libraryID: group1.libraryID });
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var item2URI = Zotero.URI.getItemURI(item2);
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var item3 = createUnsavedDataObject('item', { libraryID: group2.libraryID });
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var predicate = Zotero.Relations.linkedObjectPredicate;
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item3.addRelation(predicate, item2URI);
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yield item3.saveTx();
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yield Zotero.Items.merge(item1, [item2]);
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// Check for related-item relation from 3 to 2
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var rels = item3.getRelationsByPredicate(predicate);
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assert.deepEqual(rels, [item2URI]);
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})
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})
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describe("#trash()", function () {
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it("should send items to the trash", function* () {
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var items = [];
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items.push(
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(yield createDataObject('item', { synced: true })),
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(yield createDataObject('item', { synced: true })),
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(yield createDataObject('item', { synced: true }))
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);
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items.forEach(item => {
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// Sanity-checked as true in itemTest#deleted
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assert.isUndefined(item._changed.deleted);
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});
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var ids = items.map(item => item.id);
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yield Zotero.Items.trashTx(ids);
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items.forEach(item => {
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assert.isTrue(item.deleted);
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// Item should be saved (can't use hasChanged() because that includes .synced)
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assert.isUndefined(item._changed.deleted);
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assert.isFalse(item.synced);
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});
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assert.equal((yield Zotero.DB.valueQueryAsync(
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`SELECT COUNT(*) FROM deletedItems WHERE itemID IN (${ids})`
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)), 3);
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for (let item of items) {
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assert.equal((yield Zotero.DB.valueQueryAsync(
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`SELECT synced FROM items WHERE itemID=${item.id}`
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)), 0);
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}
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});
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it("should update parent item when trashing child item", function* () {
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var item = yield createDataObject('item');
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var note = yield createDataObject('item', { itemType: 'note', parentID: item.id });
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assert.lengthOf(item.getNotes(), 1);
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yield Zotero.Items.trashTx([note.id]);
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assert.lengthOf(item.getNotes(), 0);
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});
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});
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describe("#emptyTrash()", function () {
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it("should delete items in the trash", function* () {
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var item1 = createUnsavedDataObject('item');
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item1.setField('title', 'a');
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item1.deleted = true;
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var id1 = yield item1.saveTx();
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var item2 = createUnsavedDataObject('item');
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item2.setField('title', 'b');
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item2.deleted = true;
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var id2 = yield item2.saveTx();
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var item3 = createUnsavedDataObject('item', { itemType: 'attachment', parentID: id2 });
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item3.attachmentLinkMode = Zotero.Attachments.LINK_MODE_IMPORTED_URL;
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item3.deleted = true;
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var id3 = yield item3.saveTx();
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yield collectionsView.selectTrash(Zotero.Libraries.userLibraryID);
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yield Zotero.Items.emptyTrash(Zotero.Libraries.userLibraryID);
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assert.isFalse(yield Zotero.Items.getAsync(id1));
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assert.isFalse(yield Zotero.Items.getAsync(id2));
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assert.isFalse(yield Zotero.Items.getAsync(id3));
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// TEMP: This is failing on Travis due to a race condition
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//assert.equal(zp.itemsView.rowCount, 0)
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})
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})
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describe("#getFirstCreatorFromData()", function () {
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it("should handle single eligible creator", function* () {
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for (let creatorType of ['author', 'editor', 'contributor']) {
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assert.equal(
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Zotero.Items.getFirstCreatorFromData(
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Zotero.ItemTypes.getID('book'),
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[
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{
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fieldMode: 0,
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firstName: 'A',
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lastName: 'B',
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creatorTypeID: Zotero.CreatorTypes.getID(creatorType)
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}
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]
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),
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'B',
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creatorType
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);
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}
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});
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it("should ignore single ineligible creator", function* () {
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assert.strictEqual(
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Zotero.Items.getFirstCreatorFromData(
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Zotero.ItemTypes.getID('book'),
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[
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{
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fieldMode: 0,
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firstName: 'A',
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lastName: 'B',
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creatorTypeID: Zotero.CreatorTypes.getID('translator')
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}
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]
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),
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''
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);
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});
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it("should handle single eligible creator after ineligible creator", function* () {
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for (let creatorType of ['author', 'editor', 'contributor']) {
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assert.equal(
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Zotero.Items.getFirstCreatorFromData(
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Zotero.ItemTypes.getID('book'),
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[
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{
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fieldMode: 0,
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firstName: 'A',
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lastName: 'B',
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creatorTypeID: Zotero.CreatorTypes.getID('translator')
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},
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{
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fieldMode: 0,
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firstName: 'C',
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lastName: 'D',
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creatorTypeID: Zotero.CreatorTypes.getID(creatorType)
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}
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]
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),
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'D',
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creatorType
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);
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}
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});
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it("should handle two eligible creators", function* () {
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for (let creatorType of ['author', 'editor', 'contributor']) {
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assert.equal(
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Zotero.Items.getFirstCreatorFromData(
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Zotero.ItemTypes.getID('book'),
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[
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{
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fieldMode: 0,
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firstName: 'A',
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lastName: 'B',
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creatorTypeID: Zotero.CreatorTypes.getID(creatorType)
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},
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{
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fieldMode: 0,
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firstName: 'C',
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lastName: 'D',
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creatorTypeID: Zotero.CreatorTypes.getID(creatorType)
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}
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]
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),
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'B ' + Zotero.getString('general.and') + ' D',
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creatorType
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);
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}
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});
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it("should handle three eligible creators", function* () {
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for (let creatorType of ['author', 'editor', 'contributor']) {
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assert.equal(
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Zotero.Items.getFirstCreatorFromData(
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Zotero.ItemTypes.getID('book'),
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[
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{
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fieldMode: 0,
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firstName: 'A',
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lastName: 'B',
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creatorTypeID: Zotero.CreatorTypes.getID(creatorType)
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},
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{
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fieldMode: 0,
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firstName: 'C',
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lastName: 'D',
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creatorTypeID: Zotero.CreatorTypes.getID(creatorType)
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},
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{
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fieldMode: 0,
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firstName: 'E',
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lastName: 'F',
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creatorTypeID: Zotero.CreatorTypes.getID(creatorType)
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}
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]
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),
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'B ' + Zotero.getString('general.etAl'),
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creatorType
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);
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}
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});
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it("should handle two eligible creators with intervening creators", function* () {
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for (let creatorType of ['author', 'editor', 'contributor']) {
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assert.equal(
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Zotero.Items.getFirstCreatorFromData(
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Zotero.ItemTypes.getID('book'),
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[
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{
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fieldMode: 0,
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firstName: 'A',
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lastName: 'B',
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creatorTypeID: Zotero.CreatorTypes.getID('translator')
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},
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{
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fieldMode: 0,
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firstName: 'C',
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lastName: 'D',
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creatorTypeID: Zotero.CreatorTypes.getID(creatorType)
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},
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{
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fieldMode: 0,
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firstName: 'E',
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lastName: 'F',
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creatorTypeID: Zotero.CreatorTypes.getID('translator')
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},
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{
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fieldMode: 0,
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firstName: 'G',
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lastName: 'H',
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creatorTypeID: Zotero.CreatorTypes.getID(creatorType)
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}
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]
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),
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'D ' + Zotero.getString('general.and') + ' H',
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creatorType
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);
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}
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});
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});
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describe("#getAsync()", function() {
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it("should return Zotero.Item for item ID", function* () {
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let item = new Zotero.Item('journalArticle');
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let id = yield item.saveTx();
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item = yield Zotero.Items.getAsync(id);
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assert.notOk(item.isFeedItem);
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assert.instanceOf(item, Zotero.Item);
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assert.notInstanceOf(item, Zotero.FeedItem);
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});
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it("should return Zotero.FeedItem for feed item ID", function* () {
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let feed = new Zotero.Feed({ name: 'foo', url: 'http://www.' + Zotero.randomString() + '.com' });
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yield feed.saveTx();
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let feedItem = new Zotero.FeedItem('journalArticle', { guid: Zotero.randomString() });
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feedItem.libraryID = feed.libraryID;
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let id = yield feedItem.saveTx();
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feedItem = yield Zotero.Items.getAsync(id);
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assert.isTrue(feedItem.isFeedItem);
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assert.instanceOf(feedItem, Zotero.FeedItem);
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});
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});
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});
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