Examples of org.lilyproject.repository.api.Link$PropertyValue

org.lilyproject.repository.api.Link
A link to another record.
The difference between a Link and a RecordId is that a Link can be relative. This means that the link needs to be resolved against the context it occurs in (= the record it occurs in) in order to get the actual id of the record it points to.
About relative links

As an example, suppose we have a record with a variant property 'language=en'. In this record, we want to link to another record, also having the 'language=en'. By using Link, we can specify only the master record ID of the target record, without the 'language=en' property. The 'language=en' will be inherited from the record in which the link occurs. The advantage is that if the link is copied to another record with e.g. 'language=fr', the link will automatically adjust to this context.
Links have the following possibilities to specify the relative link:
- the master record id itself is optional, and can be copied (= inherited) from the context.
- it is possible to specify that all variant properties from the context should be copied. This is specified by the "copyAll" property of this object.
- it is possible to specify individual properties. For each individual property, you can specify one of the following:
  - an exact value
  - copy the value from the context (if any). This allows to selectively copy some variant properties from the context. This only makes sense when not using copyAll.
  - remove the value, if it would have been copied from the context. This is useful if you want to copy all variant properties from the context (not knowing how many there are), except some of them.
Creating links

If you just want a link to point to an exact record id, use the constructor new Link(recordId, false).
To have a link that copies variant properties from the context, use: new Link(recordId).
In such cases you might want to consider creating the link based only on the master record id new Link(recordId.getMaster()).
The Link class is immutable after construction. You have to either pass all properties through constructor arguments, or use the LinkBuilder class obtained via {@link #newBuilder}.
Example using LinkBuilder:
```
 RecordId recordId = ...; Link link = Link.newBuilder().recordId(recordId).copyAll(false).copy("dev").set("foo", "bar").create(); 
```
Resolving links to RecordId's

To resolve a link to a RecordId, using the {@link #resolve(RecordId,IdGenerator)} method.

        when(valueType.getBaseName()).thenReturn("BOOLEAN");
        assertEquals(Boolean.TRUE, FieldValueStringConverter.fromString("true", valueType, idGenerator));
        assertEquals(Boolean.FALSE, FieldValueStringConverter.fromString("false", valueType, idGenerator));


        when(valueType.getBaseName()).thenReturn("LINK");
        assertEquals(new Link(idGenerator.newRecordId("foobar")),
                FieldValueStringConverter.fromString("USER.foobar", valueType, idGenerator));


        when(valueType.getBaseName()).thenReturn("DATE");
        assertEquals(new LocalDate(2012, 6, 28), FieldValueStringConverter.fromString("2012-06-28", valueType, idGenerator));

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        Record record2 = createDefaultRecord();


        // Create record with link to record
        Record recordWithLinks = repository.newRecord();
        recordWithLinks.setRecordType(recordTypeWithLink.getName());
        Link link = Link.newBuilder().recordId(record.getId()).copyAll(false).create();
        recordWithLinks.setField(linkFieldType.getName(), link);
        recordWithLinks = repository.create(recordWithLinks);


        // Validate link is created
        link = (Link) recordWithLinks.getField(linkFieldType.getName());
        assertEquals(record.getId(), link.getMasterRecordId());


        // Read record again and validate link is there
        recordWithLinks = repository.read(recordWithLinks.getId());
        link = (Link) recordWithLinks.getField(linkFieldType.getName());
        assertEquals(record.getId(), link.getMasterRecordId());


        // Update record with link to record2
        recordWithLinks = repository.newRecord(recordWithLinks.getId());
        link = Link.newBuilder().recordId(record2.getId()).copyAll(false).create();
        recordWithLinks.setField(linkFieldType.getName(), link);
        recordWithLinks = repository.update(recordWithLinks);


        // Validate link is updated
        link = (Link) recordWithLinks.getField(linkFieldType.getName());
        assertEquals(record2.getId(), link.getMasterRecordId());


        // Read record and validate link is still updated
        recordWithLinks = repository.read(recordWithLinks.getId());
        link = (Link) recordWithLinks.getField(linkFieldType.getName());
        assertEquals(record2.getId(), link.getMasterRecordId());
    }

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        }


    }


    public Link generateLink() {
        return new Link(repository.getIdGenerator().newRecordId());
    }

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        if (linkedRecordSource != null) {
            TestRecord record = testActionContext.records.getRecord(linkedRecordSource);
            if (record == null) {
                return new ActionResult(false, null, 0);
            }
            return new ActionResult(true, new Link(record.getRecordId()), 0);
        }
        // Generate a link that possibly (most likely) points to a non-existing record
        return new ActionResult(true, testFieldType.generateLink(), 0);
    }

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        expectEvent(CREATE, ALTERNATE_TABLE, record1.getId(), nvfield1.getId(), nvTag.getId());
        record1 = alternateTable.create(record1);


        Record record2 = alternateTable.newRecord();
        record2.setRecordType(nvRecordType1.getName());
        record2.setField(nvLinkField1.getName(), new Link(ALTERNATE_TABLE, record1.getId()));
        record2.setField(nvTag.getName(), 0L);
        expectEvent(CREATE, ALTERNATE_TABLE, record2.getId(), nvLinkField1.getId(), nvTag.getId());
        record2 = alternateTable.create(record2);


        commitIndex();

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        expectEvent(CREATE, ALTERNATE_TABLE, record1.getId(), nvfield1.getId(), nvTag.getId());
        record1 = alternateTable.create(record1);


        Record record2 = alternateTable.newRecord();
        record2.setRecordType(nvRecordType1.getName());
        record2.setField(nvLinkField1.getName(), new Link(record1.getId()));
        record2.setField(nvTag.getName(), 0L);
        expectEvent(CREATE, ALTERNATE_TABLE, record2.getId(), nvLinkField1.getId(), nvTag.getId());
        record2 = alternateTable.create(record2);


        commitIndex();

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        expectEvent(CREATE, ALTERNATE_TABLE, record1.getId(), nvfield1.getId(), nvTag.getId());
        record1 = alternateTable.create(record1);


        Record record2 = defaultTable.newRecord();
        record2.setRecordType(nvRecordType1.getName());
        record2.setField(nvLinkField1.getName(), new Link(ALTERNATE_TABLE, record1.getId()));
        record2.setField(nvTag.getName(), 0L);
        expectEvent(CREATE, Table.RECORD.name, record2.getId(), nvLinkField1.getId(), nvTag.getId());
        record2 = defaultTable.create(record2);


        commitIndex();

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            expectEvent(CREATE, Table.RECORD.name, record1.getId(), nvfield1.getId(), nvTag.getId());
            record1 = defaultTable.create(record1);


            Record record2 = defaultTable.newRecord();
            record2.setRecordType(nvRecordType1.getName());
            record2.setField(nvLinkField1.getName(), new Link(record1.getId()));
            record2.setField(nvTag.getName(), 0L);
            expectEvent(CREATE, Table.RECORD.name, record2.getId(), nvLinkField1.getId(), nvTag.getId());
            record2 = defaultTable.create(record2);


            commitIndex();
            verifyResultCount("nv_deref1:nvpear", 1);
        }




        //
        // Variant deref
        //
        {
            log.debug("Begin test NV7");
            Record masterRecord = defaultTable.newRecord();
            masterRecord.setRecordType(nvRecordType1.getName());
            masterRecord.setField(nvfield1.getName(), "yellow");
            masterRecord.setField(nvTag.getName(), 0L);
            expectEvent(CREATE, Table.RECORD.name, masterRecord.getId(), nvfield1.getId(), nvTag.getId());
            masterRecord = defaultTable.create(masterRecord);


            RecordId var1Id = idGenerator.newRecordId(masterRecord.getId(), Collections.singletonMap("lang", "en"));
            Record var1Record = defaultTable.newRecord(var1Id);
            var1Record.setRecordType(nvRecordType1.getName());
            var1Record.setField(nvfield1.getName(), "green");
            var1Record.setField(nvTag.getName(), 0L);
            expectEvent(CREATE, Table.RECORD.name, var1Id, nvfield1.getId(), nvTag.getId());
            defaultTable.create(var1Record);


            Map<String, String> varProps = new HashMap<String, String>();
            varProps.put("lang", "en");
            varProps.put("branch", "dev");
            RecordId var2Id = idGenerator.newRecordId(masterRecord.getId(), varProps);
            Record var2Record = defaultTable.newRecord(var2Id);
            var2Record.setRecordType(nvRecordType1.getName());
            var2Record.setField(nvfield1.getName(), "blue");
            var2Record.setField(nvTag.getName(), 0L);
            expectEvent(CREATE, Table.RECORD.name, var2Id, nvfield1.getId(), nvTag.getId());
            defaultTable.create(var2Record);


            commitIndex();
            verifyResultCount("nv_deref2:yellow", 1);
            verifyResultCount("nv_deref3:yellow", 2);
            verifyResultCount("nv_deref4:green", 1);
            verifyResultCount("nv_deref3:green", 0);
            verifyResultCount("nv_deref5:blue", 1);
            verifyResultCount("nv_deref5:green", 0);
            verifyResultCount("nv_deref5:yellow", 0);
            verifyResultCount("nv_deref6:blue", 2);
            verifyResultCount("nv_deref7:blue", 1);
            verifyResultCount("nv_deref8:blue", 0);
        }


        //
        // Update denormalized data
        //
        {
            log.debug("Begin test NV8");
            Record record1 = defaultTable.newRecord(idGenerator.newRecordId("boe"));
            record1.setRecordType(nvRecordType1.getName());
            record1.setField(nvfield1.getName(), "cucumber");
            record1.setField(nvTag.getName(), 0L);
            expectEvent(CREATE, Table.RECORD.name, record1.getId(), nvfield1.getId(), nvTag.getId());
            record1 = defaultTable.create(record1);


            // Create a record which will contain denormalized data through linking
            Record record2 = defaultTable.newRecord();
            record2.setRecordType(nvRecordType1.getName());
            record2.setField(nvLinkField1.getName(), new Link(record1.getId()));
            record2.setField(nvfield1.getName(), "mushroom");
            record2.setField(nvTag.getName(), 0L);
            expectEvent(CREATE, Table.RECORD.name, record2.getId(), nvLinkField1.getId(), nvfield1.getId(), nvTag.getId());
            record2 = defaultTable.create(record2);

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            expectEvent(CREATE, Table.RECORD.name, record1.getId(), 1L, null, vfield1.getId(), liveTag.getId());
            record1 = defaultTable.create(record1);


            Record record2 = defaultTable.newRecord();
            record2.setRecordType(vRecordType1.getName());
            record2.setField(vLinkField1.getName(), new Link(record1.getId()));
            record2.setField(liveTag.getName(), Long.valueOf(1));
            expectEvent(CREATE, Table.RECORD.name, record2.getId(), 1L, null, vLinkField1.getId(), liveTag.getId());
            record2 = defaultTable.create(record2);


            commitIndex();
            verifyResultCount("v_deref1:fig", 1);


            log.debug("Begin test V6.1");
            RecordId record3Id = idGenerator.newRecordId(record1.getId(), Collections.singletonMap("lang", "en"));
            Record record3 = defaultTable.newRecord(record3Id);
            record3.setRecordType(vRecordType1.getName());
            record3.setField(vfield1.getName(), "banana");
            record3.setField(liveTag.getName(), Long.valueOf(1));
            expectEvent(CREATE, Table.RECORD.name, record3.getId(), 1L, null, vfield1.getId(), liveTag.getId());
            record3 = defaultTable.create(record3);


            commitIndex();
            verifyResultCount("v_deref3:fig", 1);


            log.debug("Begin test V6.2");
            Map<String, String> varprops = new HashMap<String, String>();
            varprops.put("lang", "en");
            varprops.put("branch", "dev");
            RecordId record4Id = idGenerator.newRecordId(record1.getId(), varprops);
            Record record4 = defaultTable.newRecord(record4Id);
            record4.setRecordType(vRecordType1.getName());
            record4.setField(vfield1.getName(), "coconut");
            record4.setField(liveTag.getName(), Long.valueOf(1));
            expectEvent(CREATE, Table.RECORD.name, record4.getId(), 1L, null, vfield1.getId(), liveTag.getId());
            record4 = defaultTable.create(record4);


            commitIndex();
            verifyResultCount("v_deref3:fig", 2);       //master=>v_field1 (record3 and record4)
            verifyResultCount("v_deref2:fig", 1);       //-branch,-lang=>v_field1 (record4)
            verifyResultCount("v_deref4:banana", 1);    //-branch=>v_field1 (record4)
            verifyResultCount("v_deref5:coconut", 1);   //+branch=>v_field1 (record3)


            // remove the live tag from record1
            log.debug("Begin test V7");
            record1.delete(liveTag.getName(), true);
            expectEvent(UPDATE, Table.RECORD.name, record1.getId(), liveTag.getId());
            record1 = defaultTable.update(record1);


            commitIndex();
            verifyResultCount("v_deref1:fig", 0);


            // and add the live tag again record1
            log.debug("Begin test V8");
            record1.setField(liveTag.getName(), Long.valueOf(1));
            expectEvent(UPDATE, Table.RECORD.name, record1.getId(), liveTag.getId());
            record1 = defaultTable.update(record1);


            commitIndex();
            verifyResultCount("v_deref1:fig", 1);


            // Make second version of record1, assign both versions different tags, and assign these tags also
            // to version1 of record2.
            log.debug("Begin test V9");
            record1.setField(vfield1.getName(), "strawberries");
            record1.setField(previewTag.getName(), Long.valueOf(2));
            expectEvent(UPDATE, Table.RECORD.name, record1.getId(), 2L, null, vfield1.getId(), previewTag.getId());
            record1 = defaultTable.update(record1);


            record2.setField(previewTag.getName(), Long.valueOf(1));
            expectEvent(UPDATE, Table.RECORD.name, record2.getId(), previewTag.getId());
            record2 = defaultTable.update(record2);


            commitIndex();
            verifyResultCount("+v_deref1:strawberries +lily.vtagId:" + qesc(previewTag.getId().toString()), 1);
            verifyResultCount("+v_deref1:strawberries +lily.vtagId:" + qesc(liveTag.getId().toString()), 0);
            verifyResultCount("+v_deref1:strawberries", 1);
            verifyResultCount("+v_deref1:fig +lily.vtagId:" + qesc(liveTag.getId().toString()), 1);
            verifyResultCount("+v_deref1:fig +lily.vtagId:" + qesc(previewTag.getId().toString()), 0);
            verifyResultCount("+v_deref1:fig", 1);


            // Now do something similar with a 3th version, but first update record2 and then record1
            log.debug("Begin test V10");
            record2.setField(latestTag.getName(), Long.valueOf(1));
            expectEvent(UPDATE, Table.RECORD.name, record2.getId(), latestTag.getId());
            record2 = defaultTable.update(record2);


            record1.setField(vfield1.getName(), "kiwi");
            record1.setField(latestTag.getName(), Long.valueOf(3));
            expectEvent(UPDATE, Table.RECORD.name, record1.getId(), 3L, null, vfield1.getId(), latestTag.getId());
            record1 = defaultTable.update(record1);


            commitIndex();
            verifyResultCount("+v_deref1:kiwi +lily.vtag:latest", 1);
            verifyResultCount("+v_deref1:strawberries +lily.vtag:preview", 1);
            verifyResultCount("+v_deref1:fig +lily.vtag:live", 1);
            verifyResultCount("+v_deref1:kiwi +lily.vtag:live", 0);
            verifyResultCount("+v_field1:kiwi +lily.vtag:latest", 1);
            verifyResultCount("+v_field1:fig +lily.vtag:live", 1);


            // Perform updates to record3 and check if denorm'ed data in index of record4 follows
            log.debug("Begin test V11");
            record3.delete(vfield1.getName(), true);
            expectEvent(UPDATE, Table.RECORD.name, record3.getId(), 2L, null, vfield1.getId());
            record3 = defaultTable.update(record3);


            commitIndex();
            verifyResultCount("v_deref4:banana", 1); // live tag still points to version 1!


            log.debug("Begin test V11.1");
            defaultTable.read(record3Id, Long.valueOf(2)); // check version 2 really exists
            record3.setField(liveTag.getName(), Long.valueOf(2));
            expectEvent(UPDATE, Table.RECORD.name, record3.getId(), liveTag.getId());
            defaultTable.update(record3);


            commitIndex();
            verifyResultCount("v_deref4:banana", 0);
            verifyResultCount("v_field1:coconut", 1);


            // Perform updates to record4 and check if denorm'ed data in index of record3 follows
            log.debug("Begin test V12");
            record4.delete(vfield1.getName(), true);
            expectEvent(UPDATE, Table.RECORD.name, record4.getId(), 2L, null, vfield1.getId());
            record4 = defaultTable.update(record4);


            commitIndex();
            verifyResultCount("v_deref5:coconut", 1); // live tag still points to version 1!


            log.debug("Begin test V12.1");
            defaultTable.read(record4Id, Long.valueOf(2)); // check version 2 really exists
            record4.setField(liveTag.getName(), Long.valueOf(2));
            expectEvent(UPDATE, Table.RECORD.name, record4.getId(), liveTag.getId());
            defaultTable.update(record4);


            commitIndex();
            verifyResultCount("v_deref5:coconut", 0); // now it's gone


            // Delete master
            log.debug("Begin test V13");
            expectEvent(DELETE, Table.RECORD.name, record1.getId());
            defaultTable.delete(record1.getId());


            commitIndex();
            verifyResultCount("v_deref1:fig", 0);
            verifyResultCount("v_deref2:fig", 0);
            verifyResultCount("v_deref3:fig", 0);
        }


        //
        // Test that when using vtag pointing to version '0', versioned content is not accessible
        //
        {
            // Plain (without deref)
            log.debug("Begin test V14");
            Record record1 = defaultTable.newRecord();
            record1.setRecordType(vRecordType1.getName());
            record1.setField(nvfield1.getName(), "rollerblades");
            record1.setField(vfield1.getName(), "bicycle");
            record1.setField(liveTag.getName(), 1L);
            record1.setField(nvTag.getName(), 0L);
            expectEvent(CREATE, Table.RECORD.name, record1.getId(), 1L, null, nvfield1.getId(), vfield1.getId(), liveTag.getId(),
                    nvTag.getId());
            record1 = defaultTable.create(record1);


            commitIndex();
            verifyResultCount("+lily.vtagId:" + qesc(nvTag.getId().toString()) + " +nv_field1:rollerblades", 1);
            verifyResultCount("+lily.vtagId:" + qesc(nvTag.getId().toString()) + " +v_field1:bicycle", 0);
            verifyResultCount("+lily.vtagId:" + qesc(liveTag.getId().toString()) + " +nv_field1:rollerblades", 1);
            verifyResultCount("+lily.vtagId:" + qesc(liveTag.getId().toString()) + " +v_field1:bicycle", 1);


            // With deref
            log.debug("Begin test V15");
            Record record2 = defaultTable.newRecord();
            record2.setRecordType(vRecordType1.getName());
            record2.setField(nvLinkField2.getName(), new Link(record1.getId()));
            record2.setField(nvTag.getName(), 0L);
            record2.setField(liveTag.getName(), 0L);
            expectEvent(CREATE, Table.RECORD.name, record2.getId(), nvLinkField2.getId(), nvTag.getId(), liveTag.getId());
            record2 = defaultTable.create(record2);


            commitIndex();
            verifyResultCount("+lily.vtagId:" + qesc(nvTag.getId().toString()) + " +nv_v_deref:bicycle", 0);
            verifyResultCount("+lily.vtagId:" + qesc(liveTag.getId().toString()) + " +nv_v_deref:bicycle", 1);
        }


        //
        // Test deref from a versionless record via a versioned field to a non-versioned field.
        // From the moment a versioned field is in the deref chain, when the vtag points to version 0,
        // the deref should evaluate to null.
        //
        {
            log.debug("Begin test V18");
            Record record1 = defaultTable.newRecord();
            record1.setRecordType(vRecordType1.getName());
            record1.setField(nvfield1.getName(), "Brussels");
            record1.setField(nvTag.getName(), 0L);
            expectEvent(CREATE, Table.RECORD.name, record1.getId(), (Long) null, null, nvfield1.getId(), nvTag.getId());
            record1 = defaultTable.create(record1);


            Record record2 = defaultTable.newRecord();
            record2.setRecordType(vRecordType1.getName());
            record2.setField(vLinkField1.getName(), new Link(record1.getId()));
            record2.setField(nvTag.getName(), 0L);
            expectEvent(CREATE, Table.RECORD.name, record2.getId(), 1L, null, vLinkField1.getId(), nvTag.getId());
            record2 = defaultTable.create(record2);


            Record record3 = defaultTable.newRecord();
            record3.setRecordType(vRecordType1.getName());
            record3.setField(nvLinkField2.getName(), new Link(record2.getId()));
            record3.setField(nvTag.getName(), 0L);
            expectEvent(CREATE, Table.RECORD.name, record3.getId(), (Long) null, null, nvLinkField2.getId(), nvTag.getId());
            record3 = defaultTable.create(record3);


            commitIndex();
            verifyResultCount("+lily.vtagId:" + qesc(nvTag.getId().toString()) + " +nv_v_nv_deref:Brussels", 0);


            // Give the records a live tag
            log.debug("Begin test V19");
            record1.setField(liveTag.getName(), 0L);
            expectEvent(UPDATE, Table.RECORD.name, record1.getId(), liveTag.getId());
            record1 = defaultTable.update(record1);


            record2.setField(liveTag.getName(), 1L);
            expectEvent(UPDATE, Table.RECORD.name, record2.getId(), liveTag.getId());
            record2 = defaultTable.update(record2);


            record3.setField(liveTag.getName(), 0L);
            expectEvent(UPDATE, Table.RECORD.name, record3.getId(), liveTag.getId());
            record3 = defaultTable.update(record3);


            commitIndex();
            verifyResultCount("+lily.vtagId:" + qesc(liveTag.getId().toString()) + " +nv_v_nv_deref:Brussels", 1);
        }


        //
        // Test many-to-one dereferencing (= deref where there's actually more than one record pointing to another
        // record)
        // (Besides correctness, this test was also added to check/evaluate the processing time)
        //
        {
            log.debug("Begin test V19.1");


            final int COUNT = 5;


            Record record1 = defaultTable.newRecord();
            record1.setRecordType(vRecordType1.getName());
            record1.setField(vfield1.getName(), "hyponiem");
            record1.setField(liveTag.getName(), 1L);
            expectEvent(CREATE, Table.RECORD.name, record1.getId(), 1L, null, vfield1.getId(), liveTag.getId());
            record1 = defaultTable.create(record1);


            // Create multiple records
            for (int i = 0; i < COUNT; i++) {
                Record record2 = defaultTable.newRecord();
                record2.setRecordType(vRecordType1.getName());
                record2.setField(vLinkField1.getName(), new Link(record1.getId()));
                record2.setField(liveTag.getName(), 1L);
                expectEvent(CREATE, Table.RECORD.name, record2.getId(), 1L, null, vLinkField1.getId(), liveTag.getId());
                record2 = defaultTable.create(record2);
            }


            commitIndex();
            verifyResultCount("v_deref1:hyponiem", COUNT);


            record1.setField(vfield1.getName(), "hyperoniem");
            record1.setField(liveTag.getName(), 2L);
            expectEvent(UPDATE, Table.RECORD.name, record1.getId(), 2L, null, vfield1.getId(), liveTag.getId());
            record1 = defaultTable.update(record1);
            commitIndex();
            verifyResultCount("v_deref1:hyperoniem", COUNT);
        }


        //
        // Multi-value field tests
        //
        {
            // Test multi-value field
            log.debug("Begin test V30");
            Record record1 = defaultTable.newRecord();
            record1.setRecordType(vRecordType1.getName());
            record1.setField(vStringMvField.getName(), Arrays.asList("Dog", "Cat"));
            record1.setField(liveTag.getName(), 1L);
            expectEvent(CREATE, Table.RECORD.name, record1.getId(), 1L, null, vStringMvField.getId(), liveTag.getId());
            record1 = defaultTable.create(record1);


            commitIndex();
            verifyResultCount("v_string_mv:Dog", 1);
            verifyResultCount("v_string_mv:Cat", 1);
            verifyResultCount("v_string_mv:(Dog Cat)", 1);
            verifyResultCount("v_string_mv:(\"Dog Cat\")", 0);


            // Test multiple single-valued fields indexed into one MV field
            // TODO


            // Test single-value field turned into multivalue by formatter
            // TODO


            // Test multi-valued deref to single-valued field
            // TODO
        }


        //
        // Long type tests
        //
        {
            log.debug("Begin test V40");
            Record record1 = defaultTable.newRecord();
            record1.setRecordType(vRecordType1.getName());
            record1.setField(vLongField.getName(), 123L);
            record1.setField(liveTag.getName(), 1L);
            expectEvent(CREATE, Table.RECORD.name, record1.getId(), 1L, null, vLongField.getId(), liveTag.getId());
            record1 = defaultTable.create(record1);


            commitIndex();
            verifyResultCount("v_long:123", 1);
            verifyResultCount("v_long:[100 TO 150]", 1);
        }


        //
        // Datetime type test
        //
        {
            log.debug("Begin test V50");
            Record record1 = defaultTable.newRecord();
            record1.setRecordType(vRecordType1.getName());
            record1.setField(vDateTimeField.getName(), new DateTime(2010, 10, 14, 15, 30, 12, 756, DateTimeZone.UTC));
            record1.setField(liveTag.getName(), 1L);
            expectEvent(CREATE, Table.RECORD.name, record1.getId(), 1L, null, vDateTimeField.getId(), liveTag.getId());
            record1 = defaultTable.create(record1);


            commitIndex();
            verifyResultCount("v_datetime:\"2010-10-14T15:30:12.756Z\"", 1);
            verifyResultCount("v_datetime:\"2010-10-14T15:30:12Z\"", 0);


            // Test without milliseconds
            log.debug("Begin test V51");
            Record record2 = defaultTable.newRecord();
            record2.setRecordType(vRecordType1.getName());
            record2.setField(vDateTimeField.getName(), new DateTime(2010, 10, 14, 15, 30, 12, 000, DateTimeZone.UTC));
            record2.setField(liveTag.getName(), 1L);
            expectEvent(CREATE, Table.RECORD.name, record2.getId(), 1L, null, vDateTimeField.getId(), liveTag.getId());
            record2 = defaultTable.create(record2);


            commitIndex();
            verifyResultCount("v_datetime:\"2010-10-14T15:30:12Z\"", 1);
            verifyResultCount("v_datetime:\"2010-10-14T15:30:12.000Z\"", 1);
            verifyResultCount("v_datetime:\"2010-10-14T15:30:12.000Z/SECOND\"", 1);
        }


        //
        // Date type test
        //
        {
            log.debug("Begin test V60");
            Record record1 = defaultTable.newRecord();
            record1.setRecordType(vRecordType1.getName());
            record1.setField(vDateField.getName(), new LocalDate(2020, 1, 30));
            record1.setField(liveTag.getName(), 1L);
            expectEvent(CREATE, Table.RECORD.name, record1.getId(), 1L, null, vDateField.getId(), liveTag.getId());
            record1 = defaultTable.create(record1);


            commitIndex();
            verifyResultCount("v_date:\"2020-01-30T00:00:00Z/DAY\"", 1);
            verifyResultCount("v_date:\"2020-01-30T00:00:00.000Z\"", 1);
            verifyResultCount("v_date:\"2020-01-30T00:00:00Z\"", 1);
            verifyResultCount("v_date:\"2020-01-30T00:00:01Z\"", 0);


            verifyResultCount("v_date:[2020-01-29T00:00:00Z/DAY TO 2020-01-31T00:00:00Z/DAY]", 1);


            log.debug("Begin test V61");
            Record record2 = defaultTable.newRecord();
            record2.setRecordType(vRecordType1.getName());
            record2.setField(vDateField.getName(), new LocalDate(2020, 1, 30));
            record2.setField(liveTag.getName(), 1L);
            expectEvent(CREATE, Table.RECORD.name, record2.getId(), 1L, null, vDateField.getId(), liveTag.getId());
            record2 = defaultTable.create(record2);


            commitIndex();
            verifyResultCount("v_date:\"2020-01-30T00:00:00Z/DAY\"", 2);
        }


        //
        // Blob tests
        //
        {
            log.debug("Begin test V70");
            Blob blob1 = createBlob("blob1_msword.doc", "application/msword", "blob1_msword.doc");
            Blob blob1dup = createBlob("blob1_msword.doc", "application/msword", "blob1_msword.doc");
            Blob blob2 = createBlob("blob2.pdf", "application/pdf", "blob2.pdf");
            Blob blob3 =
                    createBlob("blob3_oowriter.odt", "application/vnd.oasis.opendocument.text", "blob3_oowriter.odt");
            Blob blob4 = createBlob("blob4_excel.xls", "application/excel", "blob4_excel.xls");


            // Single-valued blob field
            Record record1 = defaultTable.newRecord();
            record1.setRecordType(vRecordType1.getName());
            record1.setField(vBlobField.getName(), blob1);
            record1.setField(liveTag.getName(), 1L);
            expectEvent(CREATE, Table.RECORD.name, record1.getId(), 1L, null, vBlobField.getId(), liveTag.getId());
            record1 = defaultTable.create(record1);


            commitIndex();
            verifyResultCount("v_blob:sollicitudin", 1);
            verifyResultCount("v_blob:\"Sed pretium pretium lorem\"", 1);
            verifyResultCount("v_blob:lily", 0);


            // Multi-value and hierarchical blob field
            log.debug("Begin test V71");
            HierarchyPath path1 = new HierarchyPath(blob1dup, blob2);
            HierarchyPath path2 = new HierarchyPath(blob3, blob4);
            List<HierarchyPath> blobs = Arrays.asList(path1, path2);


            Record record2 = defaultTable.newRecord();
            record2.setRecordType(vRecordType1.getName());
            record2.setField(vBlobMvHierField.getName(), blobs);
            record2.setField(liveTag.getName(), 1L);
            expectEvent(CREATE, Table.RECORD.name, record2.getId(), 1L, null, vBlobMvHierField.getId(), liveTag.getId());
            record2 = defaultTable.create(record2);


            commitIndex();
            verifyResultCount("v_blob:blob1", 2);
            verifyResultCount("v_blob:blob2", 1);
            verifyResultCount("v_blob:blob3", 1);
            verifyResultCount("+v_blob:blob4 +v_blob:\"Netherfield Park\"", 1);


            // Nested blob field
            log.debug("Begin test V72");
            List<List<List<Blob>>> nestedBlobs = Arrays.asList(
                    Arrays.<List<Blob>>asList(
                            Arrays.<Blob>asList(
                                    createBlob("niobium".getBytes(), "text/plain", "foo.txt"),
                                    createBlob("tantalum".getBytes(), "text/plain", "foo.txt")
                            ),
                            Arrays.<Blob>asList(
                                    createBlob("fermium".getBytes(), "text/plain", "foo.txt"),
                                    createBlob("seaborgium".getBytes(), "text/plain", "foo.txt")
                            )
                    ),
                    Arrays.<List<Blob>>asList(
                            Arrays.<Blob>asList(
                                    createBlob("einsteinium".getBytes(), "text/plain", "foo.txt")
                            )
                    )
            );


            Record record3 = defaultTable.newRecord();
            record3.setRecordType(vRecordType1.getName());
            record3.setField(vBlobNestedField.getName(), nestedBlobs);
            record3.setField(liveTag.getName(), 1L);
            expectEvent(CREATE, Table.RECORD.name, record3.getId(), 1L, null, vBlobNestedField.getId(), liveTag.getId());
            record3 = defaultTable.create(record3);


            commitIndex();
            verifyResultCount("v_blob:niobium", 1);
            verifyResultCount("v_blob:tantalum", 1);
            verifyResultCount("v_blob:fermium", 1);
            verifyResultCount("v_blob:seaborgium", 1);
            verifyResultCount("v_blob:einsteinium", 1);
        }


        //
        // Test field with explicitly configured formatter
        //
        {
            log.debug("Begin test V80");
            Record record1 = defaultTable.newRecord();
            record1.setRecordType(vRecordType1.getName());
            record1.setField(vDateTimeField.getName(), new DateTime(2058, 10, 14, 15, 30, 12, 756, DateTimeZone.UTC));
            record1.setField(vStringMvField.getName(), Arrays.asList("wood", "plastic"));
            record1.setField(liveTag.getName(), 1L);
            expectEvent(CREATE, Table.RECORD.name, record1.getId(), 1L, null, vDateTimeField.getId(), vStringMvField.getId(),
                    liveTag.getId());
            record1 = defaultTable.create(record1);


            commitIndex();
            verifyResultCount("year:2058", 1);
            verifyResultCount("firstValue:wood", 1);
            verifyResultCount("firstValue:plastic", 0);
        }


        //
        // Test inheritance of variant properties for link fields
        //
        {
            log.debug("Begin test V100");
            Map<String, String> varProps = new HashMap<String, String>();
            varProps.put("lang", "nl");
            varProps.put("user", "ali");


            RecordId record1Id = repository.getIdGenerator().newRecordId(varProps);
            Record record1 = defaultTable.newRecord(record1Id);
            record1.setRecordType(vRecordType1.getName());
            record1.setField(vfield1.getName(), "venus");
            record1.setField(liveTag.getName(), 1L);
            expectEvent(CREATE, Table.RECORD.name, record1.getId(), 1L, null, vfield1.getId(), liveTag.getId());
            record1 = defaultTable.create(record1);


            RecordId record2Id = repository.getIdGenerator().newRecordId(varProps);
            Record record2 = defaultTable.newRecord(record2Id);
            record2.setRecordType(vRecordType1.getName());
            // Notice we make the link to the record without variant properties
            record2.setField(vLinkField1.getName(), new Link(record1.getId().getMaster()));
            record2.setField(liveTag.getName(), 1L);
            expectEvent(CREATE, Table.RECORD.name, record2.getId(), 1L, null, vLinkField1.getId(), liveTag.getId());
            record2 = defaultTable.create(record2);


            commitIndex();

View Full Code Here


        // Create a record which links to one of the other records
        log.debug("Begin test V406");
        Record record3 = defaultTable.newRecord(idGenerator.newRecordId());
        record3.setRecordType(rt.getName());
        record3.setField(field2.getName(), new Link(record2.getId()));
        expectEvent(CREATE, Table.RECORD.name, record3.getId(), 1L, null, field2.getId());
        record3 = defaultTable.createOrUpdate(record3);


        //
        // Test searches

View Full Code Here

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Examples of org.lilyproject.repository.api.Link$PropertyValue

About relative links

Creating links

Resolving links to RecordId's

Related Classes of org.lilyproject.repository.api.Link$PropertyValue