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/*
* Copyright (c) 2020 MarkLogic Corporation
*
* Licensed under the Apache License, Version 2.0 (the "License");
* you may not use this file except in compliance with the License.
* You may obtain a copy of the License at
*
* http://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing, software
* distributed under the License is distributed on an "AS IS" BASIS,
* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
* See the License for the specific language governing permissions and
* limitations under the License.
*/
var assert = require('assert');
var should = require('should');
var mlutil = require('../lib/mlutil.js');
var queryBuilder = require('../lib/query-builder.js');
var q = queryBuilder.builder;
var qlib = queryBuilder.lib;
describe('query-builder', function() {
it('should create an and-query', function(){
assert.deepEqual(
q.and(q.collection('foo')),
{'and-query':{queries:[
{'collection-query': {uri:['foo']}}
]}}
);
assert.deepEqual(
q.and([q.collection('foo')]),
{'and-query':{queries:[
{'collection-query': {uri:['foo']}}
]}}
);
assert.deepEqual(
q.and(q.collection('foo'), q.ordered(true)),
{'and-query':{queries:[
{'collection-query': {uri:['foo']}}
], ordered: true}}
);
assert.deepEqual(
q.and([q.collection('foo')], q.ordered(true)),
{'and-query':{queries:[
{'collection-query': {uri:['foo']}}
], ordered: true}}
);
assert.deepEqual(
q.and([q.collection('foo'), q.ordered(true)]),
{'and-query':{queries:[
{'collection-query': {uri:['foo']}}
], ordered: true}}
);
assert.deepEqual(
q.and(q.collection('foo'), q.collection('bar')),
{'and-query':{queries:[
{'collection-query': {uri:['foo']}},
{'collection-query': {uri:['bar']}}
]}}
);
assert.deepEqual(
q.and([q.collection('foo'), q.collection('bar')]),
{'and-query':{queries:[
{'collection-query': {uri:['foo']}},
{'collection-query': {uri:['bar']}}
]}}
);
assert.deepEqual(
q.and(q.collection('foo'), q.collection('bar'), q.ordered(true)),
{'and-query':{queries:[
{'collection-query': {uri:['foo']}},
{'collection-query': {uri:['bar']}}
], ordered: true}}
);
assert.deepEqual(
q.and([q.collection('foo'), q.collection('bar')], q.ordered(true)),
{'and-query':{queries:[
{'collection-query': {uri:['foo']}},
{'collection-query': {uri:['bar']}}
], ordered: true}}
);
assert.deepEqual(
q.and([q.collection('foo'), q.collection('bar'), q.ordered(true)]),
{'and-query':{queries:[
{'collection-query': {uri:['foo']}},
{'collection-query': {uri:['bar']}}
], ordered: true}}
);
});
it('should create an and-not-query', function(){
assert.deepEqual(
q.andNot(q.collection('foo'), q.collection('bar')),
{'and-not-query':{
'positive-query': {'collection-query': {uri:['foo']}},
'negative-query': {'collection-query': {uri:['bar']}}
}}
);
assert.deepEqual(
q.andNot([q.collection('foo'), q.collection('bar')]),
{'and-not-query':{
'positive-query': {'collection-query': {uri:['foo']}},
'negative-query': {'collection-query': {uri:['bar']}}
}}
);
});
it('should create an attribute name', function(){
q.attribute('foo', 'bar').should.be.instanceOf(qlib.AttributeDef);
assert.deepEqual(
q.attribute('foo', 'bar'),
{element:{name: 'foo'}, attribute:{name: 'bar'}}
);
assert.deepEqual(
q.attribute(['foo', 'bar']),
{element:{name: 'foo'}, attribute:{name: 'bar'}}
);
assert.deepEqual(
q.attribute('foo', 'bar', 'baz'),
{element:{ns: 'foo', name: 'bar'}, attribute:{name: 'baz'}}
);
assert.deepEqual(
q.attribute(q.qname('foo'), 'bar', 'baz'),
{element:{name: 'foo'}, attribute:{ns: 'bar', name: 'baz'}}
);
assert.deepEqual(
q.attribute(['foo', 'bar', 'baz']),
{element:{ns: 'foo', name: 'bar'}, attribute:{name: 'baz'}}
);
assert.deepEqual(
q.attribute('foo', 'bar', 'baz', 'quix'),
{element:{ns: 'foo', name: 'bar'}, attribute:{ns: 'baz', name: 'quix'}}
);
assert.deepEqual(
q.attribute(['foo', 'bar', 'baz', 'quix']),
{element:{ns: 'foo', name: 'bar'}, attribute:{ns: 'baz', name: 'quix'}}
);
assert.deepEqual(
q.attribute(['foo', 'bar'], ['baz', 'quix']),
{element:{ns: 'foo', name: 'bar'}, attribute:{ns: 'baz', name: 'quix'}}
);
assert.deepEqual(
q.attribute(['foo', 'bar'], 'baz', 'quix'),
{element:{ns: 'foo', name: 'bar'}, attribute:{ns: 'baz', name: 'quix'}}
);
});
it('should create a boost-query', function(){
assert.deepEqual(
q.boost(q.collection('foo'), q.collection('bar')),
{'boost-query':{
'matching-query': {'collection-query': {uri:['foo']}},
'boosting-query': {'collection-query': {uri:['bar']}}
}}
);
assert.deepEqual(
q.boost([q.collection('foo'), q.collection('bar')]),
{'boost-query':{
'matching-query': {'collection-query': {uri:['foo']}},
'boosting-query': {'collection-query': {uri:['bar']}}
}}
);
});
it('should create a box region', function() {
q.box(1.1, 2.2, 3.3, 4.4).should.be.instanceOf(qlib.BoxRegionDef);
assert.deepEqual(
q.box(1.1, 2.2, 3.3, 4.4),
{box:{south:1.1, west:2.2, north:3.3, east:4.4}}
);
assert.deepEqual(
q.box([1.1, 2.2, 3.3, 4.4]),
{box:{south:1.1, west:2.2, north:3.3, east:4.4}}
);
assert.deepEqual(
q.box(q.southWestNorthEast(1.1, 2.2, 3.3, 4.4)),
{box:{south:1.1, west:2.2, north:3.3, east:4.4}}
);
});
it('should create a circle region', function(){
q.circle(3.3, 1.1, 2.2).should.be.instanceOf(qlib.CircleRegionDef);
assert.deepEqual(
q.circle(3.3, 1.1, 2.2),
{circle:{radius:3.3, point:[{latitude:1.1, longitude:2.2}]}}
);
assert.deepEqual(
q.circle([3.3, 1.1, 2.2]),
{circle:{radius:3.3, point:[{latitude:1.1, longitude:2.2}]}}
);
assert.deepEqual(
q.circle(3.3, [1.1, 2.2]),
{circle:{radius:3.3, point:[{latitude:1.1, longitude:2.2}]}}
);
assert.deepEqual(
q.circle(3.3, q.latlon(1.1, 2.2)),
{circle:{radius:3.3, point:[{latitude:1.1, longitude:2.2}]}}
);
assert.deepEqual(
q.circle(3.3, q.point(1.1, 2.2)),
{circle:{radius:3.3, point:[{latitude:1.1, longitude:2.2}]}}
);
});
it('should create a collection-query', function(){
assert.deepEqual(
q.collection('foo'),
{'collection-query':{uri:['foo']}}
);
assert.deepEqual(
q.collection(['foo']),
{'collection-query':{uri:['foo']}}
);
assert.deepEqual(
q.collection('foo', 'bar'),
{'collection-query':{uri:['foo', 'bar']}}
);
assert.deepEqual(
q.collection(['foo', 'bar']),
{'collection-query':{uri:['foo', 'bar']}}
);
});
it('should create a datatype', function(){
q.datatype('string').should.be.instanceOf(qlib.DatatypeDef);
assert.deepEqual(
q.datatype('string'),
{datatype: 'xs:string'}
);
assert.deepEqual(
q.datatype(['string']),
{datatype: 'xs:string'}
);
assert.deepEqual(
q.datatype('string', 'collation'),
{datatype: 'xs:string', collation: 'collation'}
);
assert.deepEqual(
q.datatype(['string', 'collation']),
{datatype: 'xs:string', collation: 'collation'}
);
});
it('should create a directory-query', function(){
assert.deepEqual(
q.directory('foo'),
{'directory-query':{uri:['foo']}}
);
assert.deepEqual(
q.directory(['foo']),
{'directory-query':{uri:['foo']}}
);
assert.deepEqual(
q.directory('foo', true),
{'directory-query':{uri:['foo'], infinite: true}}
);
assert.deepEqual(
q.directory(['foo'], true),
{'directory-query':{uri:['foo'], infinite: true}}
);
assert.deepEqual(
q.directory('foo', 'bar'),
{'directory-query':{uri:['foo', 'bar']}}
);
assert.deepEqual(
q.directory(['foo', 'bar']),
{'directory-query':{uri:['foo', 'bar']}}
);
assert.deepEqual(
q.directory('foo', 'bar', true),
{'directory-query':{uri:['foo', 'bar'], infinite: true}}
);
assert.deepEqual(
q.directory(['foo', 'bar'], true),
{'directory-query':{uri:['foo', 'bar'], infinite: true}}
);
});
it('should create a document-query', function(){
assert.deepEqual(
q.document('foo'),
{'document-query':{uri:['foo']}}
);
assert.deepEqual(
q.document(['foo']),
{'document-query':{uri:['foo']}}
);
assert.deepEqual(
q.document('foo', 'bar'),
{'document-query':{uri:['foo', 'bar']}}
);
assert.deepEqual(
q.document(['foo', 'bar']),
{'document-query':{uri:['foo', 'bar']}}
);
});
it('should create a document-fragment-query', function(){
assert.deepEqual(
q.documentFragment(q.collection('foo')),
{'document-fragment-query':{'collection-query': {uri:['foo']}}}
);
assert.deepEqual(
q.documentFragment([q.collection('foo')]),
{'document-fragment-query':{'collection-query': {uri:['foo']}}}
);
});
it('should create an element name', function(){
q.element('foo').should.be.instanceOf(qlib.ElementDef);
assert.deepEqual(
q.element('foo'),
{element:{name: 'foo'}}
);
assert.deepEqual(
q.element(['foo']),
{element:{name: 'foo'}}
);
assert.deepEqual(
q.element(q.qname('foo')),
{element:{name: 'foo'}}
);
assert.deepEqual(
q.element('foo', 'bar'),
{element:{ns: 'foo', name: 'bar'}}
);
assert.deepEqual(
q.element(['foo', 'bar']),
{element:{ns: 'foo', name: 'bar'}}
);
assert.deepEqual(
q.element(q.qname('foo', 'bar')),
{element:{ns: 'foo', name: 'bar'}}
);
});
it('should create a field name', function() {
q.field('foo').should.be.instanceOf(qlib.FieldDef);
assert.deepEqual(
q.field('foo'),
{field: {name: 'foo'}}
);
assert.deepEqual(
q.field(['foo']),
{field: {name: 'foo'}}
);
});
it('should create a fragment scope', function(){
q.fragmentScope('documents').should.be.instanceOf(qlib.FragmentScopeDef);
assert.deepEqual(
q.fragmentScope('documents'),
{'fragment-scope': 'documents'}
);
assert.deepEqual(
q.fragmentScope(['documents']),
{'fragment-scope': 'documents'}
);
});
it('should create geo-attribute-pair queries', function(){
assert.deepEqual(
q.geospatial(q.geoAttributePair('parent', 'latitude', 'longitude'),
q.latlon(1.1, 2.2)),
{'geo-attr-pair-query':{parent:{name:'parent'},
lat:{name:'latitude'}, lon:{name:'longitude'},
point:[{latitude:1.1, longitude:2.2}]}}
);
assert.deepEqual(
q.geospatial(q.geoAttributePair(q.qname('parent'), q.qname('latitude'), q.qname('longitude')),
q.point(1.1, 2.2)),
{'geo-attr-pair-query':{parent:{name:'parent'},
lat:{name:'latitude'}, lon:{name:'longitude'},
point:[{latitude:1.1, longitude:2.2}]}}
);
assert.deepEqual(
q.geospatial(q.geoAttributePair(q.attribute('parent', 'latitude'),
q.attribute('parent', 'longitude')),
q.point(1.1, 2.2)),
{'geo-attr-pair-query':{parent:{name:'parent'},
lat:{name:'latitude'}, lon:{name:'longitude'},
point:[{latitude:1.1, longitude:2.2}]}}
);
assert.deepEqual(
q.geospatial(q.geoAttributePair([q.qname('parent'), q.qname('latitude'), q.qname('longitude')]),
q.point(1.1, 2.2)),
{'geo-attr-pair-query':{parent:{name:'parent'},
lat:{name:'latitude'}, lon:{name:'longitude'},
point:[{latitude:1.1, longitude:2.2}]}}
);
assert.deepEqual(
q.geospatial(q.geoAttributePair('parent', 'latitude', 'longitude'),
q.latlon(1.1, 2.2),
q.weight(2), q.fragmentScope('documents'), q.geoOptions('boundaries-included')),
{'geo-attr-pair-query':{parent:{name:'parent'},
lat:{name:'latitude'}, lon:{name:'longitude'},
point:[{latitude:1.1, longitude:2.2}],
weight: 2,
'fragment-scope': 'documents',
'geo-option':['boundaries-included']}}
);
});
it('should create geo-element queries', function(){
assert.deepEqual(
q.geospatial(q.geoElement('element'), q.latlon(1.1, 2.2)),
{'geo-elem-query':{
element:{name:'element'},
point:[{latitude:1.1, longitude:2.2}]}}
);
assert.deepEqual(
q.geospatial(q.geoElement(q.qname('element')), q.point(1.1, 2.2)),
{'geo-elem-query':{
element:{name:'element'},
point:[{latitude:1.1, longitude:2.2}]}}
);
assert.deepEqual(
q.geospatial(q.geoElement(q.element('element')), q.point(1.1, 2.2)),
{'geo-elem-query':{
element:{name:'element'},
point:[{latitude:1.1, longitude:2.2}]}}
);
assert.deepEqual(
q.geospatial(q.geoElement('parent', 'element'), q.latlon(1.1, 2.2)),
{'geo-elem-query':{parent:{name:'parent'},
element:{name:'element'},
point:[{latitude:1.1, longitude:2.2}]}}
);
assert.deepEqual(
q.geospatial(q.geoElement(q.qname('parent'), q.qname('element')),
q.point(1.1, 2.2)),
{'geo-elem-query':{parent:{name:'parent'},
element:{name:'element'},
point:[{latitude:1.1, longitude:2.2}]}}
);
assert.deepEqual(
q.geospatial(q.geoElement(q.element('parent'), q.element('element')),
q.point(1.1, 2.2)),
{'geo-elem-query':{parent:{name:'parent'},
element:{name:'element'},
point:[{latitude:1.1, longitude:2.2}]}}
);
assert.deepEqual(
q.geospatial(q.geoElement([q.qname('parent'), q.qname('element')]),
q.point(1.1, 2.2)),
{'geo-elem-query':{parent:{name:'parent'},
element:{name:'element'},
point:[{latitude:1.1, longitude:2.2}]}}
);
assert.deepEqual(
q.geospatial(q.geoElement('parent', 'element'),
q.latlon(1.1, 2.2), q.weight(2),
q.fragmentScope('documents'), q.geoOptions('boundaries-included')),
{'geo-elem-query':{parent:{name:'parent'},
element:{name:'element'},
point:[{latitude:1.1, longitude:2.2}],
weight: 2,
'fragment-scope': 'documents',
'geo-option':['boundaries-included']}}
);
});
it('should create geo-element-pair queries', function(){
assert.deepEqual(
q.geospatial(q.geoElementPair('parent', 'latitude', 'longitude'), q.latlon(1.1, 2.2)),
{'geo-elem-pair-query':{parent:{name:'parent'},
lat:{name:'latitude'}, lon:{name:'longitude'},
point:[{latitude:1.1, longitude:2.2}]}}
);
assert.deepEqual(
q.geospatial(q.geoElementPair(q.qname('parent'), q.qname('latitude'), q.qname('longitude')),
q.point(1.1, 2.2)),
{'geo-elem-pair-query':{parent:{name:'parent'},
lat:{name:'latitude'}, lon:{name:'longitude'},
point:[{latitude:1.1, longitude:2.2}]}}
);
assert.deepEqual(
q.geospatial(q.geoElementPair(q.element('parent'), q.element('latitude'), q.element('longitude')),
q.point(1.1, 2.2)),
{'geo-elem-pair-query':{parent:{name:'parent'},
lat:{name:'latitude'}, lon:{name:'longitude'},
point:[{latitude:1.1, longitude:2.2}]}}
);
assert.deepEqual(
q.geospatial(q.geoElementPair([q.qname('parent'), q.qname('latitude'), q.qname('longitude')]),
q.point(1.1, 2.2)),
{'geo-elem-pair-query':{parent:{name:'parent'},
lat:{name:'latitude'}, lon:{name:'longitude'},
point:[{latitude:1.1, longitude:2.2}]}}
);
assert.deepEqual(
q.geospatial(q.geoElementPair('parent', 'latitude', 'longitude'), q.latlon(1.1, 2.2),
q.weight(2), q.fragmentScope('documents'), q.geoOptions('boundaries-included')),
{'geo-elem-pair-query':{parent:{name:'parent'},
lat:{name:'latitude'}, lon:{name:'longitude'},
point:[{latitude:1.1, longitude:2.2}],
weight: 2,
'fragment-scope': 'documents',
'geo-option':['boundaries-included']}}
);
});
it('should create geo-path queries', function(){
assert.deepEqual(
q.geospatial(q.geoPath('foo'), q.latlon(1.1, 2.2)),
{'geo-path-query':{'path-index':{text: 'foo', namespaces: ''},
point:[{latitude:1.1, longitude:2.2}]}}
);
assert.deepEqual(
q.geospatial(q.geoPath('foo', q.coordSystem('wgs84/double')), q.latlon(1.1, 2.2)),
{'geo-path-query':{'path-index':{text: 'foo', namespaces: ''},
coord:'wgs84/double', point:[{latitude:1.1, longitude:2.2}]}}
);
assert.deepEqual(
q.geospatial(q.geoPath('foo'), [1.1, 2.2]),
{'geo-path-query':{'path-index':{text: 'foo', namespaces: ''},
point:[{latitude:1.1, longitude:2.2}]}}
);
assert.deepEqual(
q.geospatial(q.geoPath(q.pathIndex('foo', {bar: 'baz'})), q.point(1.1, 2.2)),
{'geo-path-query':{'path-index':{text: 'foo', namespaces: {bar: 'baz'}},
point:[{latitude:1.1, longitude:2.2}]}}
);
assert.deepEqual(
q.geospatial(q.geoPath(['foo', {bar: 'baz'}]), [1.1, 2.2]),
{'geo-path-query':{'path-index':{text: 'foo', namespaces: {bar: 'baz'}},
point:[{latitude:1.1, longitude:2.2}]}}
);
assert.deepEqual(
q.geospatial(q.geoPath([q.pathIndex('foo', {bar: 'baz'})]), q.point(1.1, 2.2)),
{'geo-path-query':{'path-index':{text: 'foo', namespaces: {bar: 'baz'}},
point:[{latitude:1.1, longitude:2.2}]}}
);
assert.deepEqual(
q.geospatial(q.geoPath(q.pathIndex('foo', {bar: 'baz'})), q.point(1.1, 2.2),
q.weight(2), q.fragmentScope('documents'), q.geoOptions('boundaries-included')),
{'geo-path-query':{'path-index':{text: 'foo', namespaces: {bar: 'baz'}},
point:[{latitude:1.1, longitude:2.2}],
weight: 2,
'fragment-scope': 'documents',
'geo-option':['boundaries-included']}}
);
});
it('should create geo-region-path queries', function(){
assert.deepEqual(
q.geospatialRegion(q.geoPath('foo'), 'contains', q.polygon([1.1, 2.2], [3.3, 4.4])),
{'geo-region-path-query':{'path-index':{text: 'foo', namespaces: ''},
'geospatial-operator':'contains',
polygon:{point:[{latitude:1.1, longitude:2.2}, {latitude:3.3, longitude:4.4}]}}}
);
});
it('should create geo-json-property queries', function(){
assert.deepEqual(
q.geospatial(q.geoProperty('property1'), q.latlon(1.1, 2.2)),
{'geo-json-property-query':{
'json-property':'property1',
point:[{latitude:1.1, longitude:2.2}]}}
);
assert.deepEqual(
q.geospatial(q.geoProperty(q.property('property1')), q.point(1.1, 2.2)),
{'geo-json-property-query':{
'json-property':'property1',
point:[{latitude:1.1, longitude:2.2}]}}
);
assert.deepEqual(
q.geospatial(q.geoProperty('parent', 'property1'), q.latlon(1.1, 2.2)),
{'geo-json-property-query':{'parent-property':'parent',
'json-property':'property1',
point:[{latitude:1.1, longitude:2.2}]}}
);
assert.deepEqual(
q.geospatial(q.geoProperty(q.property('parent'), q.property('property1')),
q.point(1.1, 2.2)),
{'geo-json-property-query':{'parent-property':'parent',
'json-property':'property1',
point:[{latitude:1.1, longitude:2.2}]}}
);
assert.deepEqual(
q.geospatial(q.geoProperty([q.property('parent'), q.property('property1')]),
q.point(1.1, 2.2)),
{'geo-json-property-query':{'parent-property':'parent',
'json-property':'property1',
point:[{latitude:1.1, longitude:2.2}]}}
);
assert.deepEqual(
q.geospatial(q.geoProperty('parent', 'property1'),
q.latlon(1.1, 2.2), q.weight(2),
q.fragmentScope('documents'), q.geoOptions('boundaries-included')),
{'geo-json-property-query':{'parent-property':'parent',
'json-property':'property1',
point:[{latitude:1.1, longitude:2.2}],
weight: 2,
'fragment-scope': 'documents',
'geo-option':['boundaries-included']}}
);
});
it('should create geo-json-property-pair queries', function(){
assert.deepEqual(
q.geospatial(q.geoPropertyPair('parent', 'latitude', 'longitude'),
q.latlon(1.1, 2.2)),
{'geo-json-property-pair-query':{'parent-property':'parent',
'lat-property':'latitude', 'lon-property':'longitude',
point:[{latitude:1.1, longitude:2.2}]}}
);
assert.deepEqual(
q.geospatial(q.geoPropertyPair(q.property('parent'),
q.property('latitude'), q.property('longitude')),
q.point(1.1, 2.2)),
{'geo-json-property-pair-query':{'parent-property':'parent',
'lat-property':'latitude', 'lon-property':'longitude',
point:[{latitude:1.1, longitude:2.2}]}}
);
assert.deepEqual(
q.geospatial(q.geoPropertyPair([q.property('parent'),
q.property('latitude'), q.property('longitude')]),
q.point(1.1, 2.2)),
{'geo-json-property-pair-query':{'parent-property':'parent',
'lat-property':'latitude', 'lon-property':'longitude',
point:[{latitude:1.1, longitude:2.2}]}}
);
assert.deepEqual(
q.geospatial(q.geoPropertyPair('parent', 'latitude', 'longitude'),
q.latlon(1.1, 2.2), q.weight(2),
q.fragmentScope('documents'), q.geoOptions('boundaries-included')),
{'geo-json-property-pair-query':{'parent-property':'parent',
'lat-property':'latitude', 'lon-property':'longitude',
point:[{latitude:1.1, longitude:2.2}],
weight: 2,
'fragment-scope': 'documents',
'geo-option':['boundaries-included']}}
);
});
it('should create geo options', function(){
assert.deepEqual(
q.geoOptions('boundaries-included'),
{'geo-option':['boundaries-included']}
);
assert.deepEqual(
q.geoOptions(['boundaries-included']),
{'geo-option':['boundaries-included']}
);
assert.deepEqual(
q.geoOptions('boundaries-included', 'boundaries-latitude-excluded'),
{'geo-option':['boundaries-included', 'boundaries-latitude-excluded']}
);
assert.deepEqual(
q.geoOptions(['boundaries-included', 'boundaries-latitude-excluded']),
{'geo-option':['boundaries-included', 'boundaries-latitude-excluded']}
);
});
it('should create a locks-fragment-query', function(){
assert.deepEqual(
q.locksFragment(q.collection('foo')),
{'locks-fragment-query':{'collection-query': {uri:['foo']}}}
);
assert.deepEqual(
q.locksFragment([q.collection('foo')]),
{'locks-fragment-query':{'collection-query': {uri:['foo']}}}
);
});
it('should create a near-query', function(){
assert.deepEqual(
q.near(q.collection('foo'), q.collection('bar')),
{'near-query':{queries:[
{'collection-query': {uri:['foo']}},
{'collection-query': {uri:['bar']}}
]}}
);
assert.deepEqual(
q.near([q.collection('foo'), q.collection('bar')]),
{'near-query':{queries:[
{'collection-query': {uri:['foo']}},
{'collection-query': {uri:['bar']}}
]}}
);
assert.deepEqual(
q.near(q.collection('foo'), q.collection('bar'), 3),
{'near-query':{queries:[
{'collection-query': {uri:['foo']}},
{'collection-query': {uri:['bar']}}
], distance: 3}}
);
assert.deepEqual(
q.near([q.collection('foo'), q.collection('bar')], 3),
{'near-query':{queries:[
{'collection-query': {uri:['foo']}},
{'collection-query': {uri:['bar']}}
], distance: 3}}
);
assert.deepEqual(
q.near([q.collection('foo'), q.collection('bar'), 3]),
{'near-query':{queries:[
{'collection-query': {uri:['foo']}},
{'collection-query': {uri:['bar']}}
], distance: 3}}
);
assert.deepEqual(
q.near(q.collection('foo'), q.collection('bar'), 3, q.weight(4)),
{'near-query':{queries:[
{'collection-query': {uri:['foo']}},
{'collection-query': {uri:['bar']}}
], distance: 3, 'distance-weight': 4}}
);
assert.deepEqual(
q.near([q.collection('foo'), q.collection('bar')], 3, q.weight(4)),
{'near-query':{queries:[
{'collection-query': {uri:['foo']}},
{'collection-query': {uri:['bar']}}
], distance: 3, 'distance-weight': 4}}
);
assert.deepEqual(
q.near([q.collection('foo'), q.collection('bar'), 3, q.weight(4)]),
{'near-query':{queries:[
{'collection-query': {uri:['foo']}},
{'collection-query': {uri:['bar']}}
], distance: 3, 'distance-weight': 4}}
);
assert.deepEqual(
q.near(q.collection('foo'), q.collection('bar'), 3, q.weight(4),
q.ordered(true)),
{'near-query':{queries:[
{'collection-query': {uri:['foo']}},
{'collection-query': {uri:['bar']}}
], distance: 3, 'distance-weight': 4, ordered: true}}
);
assert.deepEqual(
q.near([q.collection('foo'), q.collection('bar')], 3, q.weight(4),
q.ordered(true)),
{'near-query':{queries:[
{'collection-query': {uri:['foo']}},
{'collection-query': {uri:['bar']}}
], distance: 3, 'distance-weight': 4, ordered: true}}
);
assert.deepEqual(
q.near([q.collection('foo'), q.collection('bar'), 3, q.weight(4),
q.ordered(true)]),
{'near-query':{queries:[
{'collection-query': {uri:['foo']}},
{'collection-query': {uri:['bar']}}
], distance: 3, 'distance-weight': 4, ordered: true}}
);
assert.deepEqual(
q.near(q.collection('foo'), q.collection('bar'), 3, q.weight(4),
q.ordered(true), q.minDistance(1)),
{'near-query':{queries:[
{'collection-query': {uri:['foo']}},
{'collection-query': {uri:['bar']}}
], distance: 3, 'distance-weight': 4, ordered: true,
'minimum-distance': 1}}
);
});
it('should create a not-query', function(){
assert.deepEqual(
q.not(q.collection('foo')),
{'not-query':{'collection-query': {uri:['foo']}}}
);
assert.deepEqual(
q.not([q.collection('foo')]),
{'not-query':{'collection-query': {uri:['foo']}}}
);
});
it('should create a not-in-query', function(){
assert.deepEqual(
q.notIn(q.collection('foo'), q.collection('bar')),
{'not-in-query':{
'positive-query': {'collection-query': {uri:['foo']}},
'negative-query': {'collection-query': {uri:['bar']}}
}}
);
assert.deepEqual(
q.notIn([q.collection('foo'), q.collection('bar')]),
{'not-in-query':{
'positive-query': {'collection-query': {uri:['foo']}},
'negative-query': {'collection-query': {uri:['bar']}}
}}
);
});
it('should create an or-query', function(){
assert.deepEqual(
q.or(q.collection('foo')),
{'or-query':{queries:[
{'collection-query': {uri:['foo']}}
]}}
);
assert.deepEqual(
q.or([q.collection('foo')]),
{'or-query':{queries:[
{'collection-query': {uri:['foo']}}
]}}
);
assert.deepEqual(
q.or(q.collection('foo'), q.collection('bar')),
{'or-query':{queries:[
{'collection-query': {uri:['foo']}},
{'collection-query': {uri:['bar']}}
]}}
);
assert.deepEqual(
q.or([q.collection('foo'), q.collection('bar')]),
{'or-query':{queries:[
{'collection-query': {uri:['foo']}},
{'collection-query': {uri:['bar']}}
]}}
);
});
it('should create a path index', function(){
q.pathIndex('foo').should.be.instanceOf(qlib.PathIndexDef);
assert.deepEqual(
q.pathIndex('foo'),
{'path-index': {text: 'foo', namespaces: ''}}
);
assert.deepEqual(
q.pathIndex(['foo']),
{'path-index': {text: 'foo', namespaces: ''}}
);
assert.deepEqual(
q.pathIndex('foo', {bar: 'baz'}),
{'path-index': {text: 'foo', namespaces: {bar: 'baz'}}}
);
assert.deepEqual(
q.pathIndex(['foo', {bar: 'baz'}]),
{'path-index': {text: 'foo', namespaces: {bar: 'baz'}}}
);
});
it('should create a properties-fragment-query', function(){
assert.deepEqual(
q.propertiesFragment(q.collection('foo')),
{'properties-fragment-query':{'collection-query': {uri:['foo']}}}
);
assert.deepEqual(
q.propertiesFragment([q.collection('foo')]),
{'properties-fragment-query':{'collection-query': {uri:['foo']}}}
);
});
it('should create a point', function(){
q.point(1.1, 2.2).should.be.instanceOf(qlib.PointRegionDef);
assert.deepEqual(
q.point(1.1, 2.2),
{point:[{latitude:1.1, longitude:2.2}]}
);
assert.deepEqual(
q.point([1.1, 2.2]),
{point:[{latitude:1.1, longitude:2.2}]}
);
assert.deepEqual(
q.point(q.latlon(1.1, 2.2)),
{point:[{latitude:1.1, longitude:2.2}]}
);
});
it('should create a polygon', function(){
q.polygon([1.1, 2.2], [3.3, 4.4]).should.be.instanceOf(qlib.PolygonRegionDef);
assert.deepEqual(
q.polygon([1.1, 2.2], [3.3, 4.4]),
{polygon:{point:[{latitude:1.1, longitude:2.2}, {latitude:3.3, longitude:4.4}]}}
);
assert.deepEqual(
q.polygon(q.point(1.1, 2.2), q.point(3.3, 4.4)),
{polygon:{point:[{latitude:1.1, longitude:2.2}, {latitude:3.3, longitude:4.4}]}}
);
assert.deepEqual(
q.polygon([q.point(1.1, 2.2), q.point(3.3, 4.4)]),
{polygon:{point:[{latitude:1.1, longitude:2.2}, {latitude:3.3, longitude:4.4}]}}
);
assert.deepEqual(
q.polygon(q.latlon(1.1, 2.2), q.latlon(3.3, 4.4)),
{polygon:{point:[{latitude:1.1, longitude:2.2}, {latitude:3.3, longitude:4.4}]}}
);
assert.deepEqual(
q.polygon([q.latlon(1.1, 2.2), q.latlon(3.3, 4.4)]),
{polygon:{point:[{latitude:1.1, longitude:2.2}, {latitude:3.3, longitude:4.4}]}}
);
});
it('should create a property name', function(){
q.property('foo').should.be.instanceOf(qlib.JSONPropertyDef);
assert.deepEqual(
q.property('foo'),
{'json-property': 'foo'}
);
assert.deepEqual(
q.property(['foo']),
{'json-property': 'foo'}
);
});
it('should create a QName', function(){
q.qname('foo').should.be.instanceOf(qlib.QNameDef);
assert.deepEqual(
q.qname('foo'),
{name: 'foo'}
);
assert.deepEqual(
q.qname(['foo']),
{name: 'foo'}
);
assert.deepEqual(
q.qname('foo', 'bar'),
{ns: 'foo', name: 'bar'}
);
assert.deepEqual(
q.qname(['foo', 'bar']),
{ns: 'foo', name: 'bar'}
);
});
it('should create an lsqt query', function(){
assert.deepEqual(
q.lsqtQuery('bitemporalCollection'),
{'lsqt-query':{
'temporal-collection': 'bitemporalCollection'}}
);
assert.deepEqual(
q.lsqtQuery('bitemporalCollection', '2014-09-05T00:00:00.000Z'),
{'lsqt-query':{
'temporal-collection': 'bitemporalCollection',
timestamp: '2014-09-05T00:00:00.000Z'}}
);
assert.deepEqual(
q.lsqtQuery('bitemporalCollection', new Date('2014-09-05T00:00:00.000Z')),
{'lsqt-query':{
'temporal-collection': 'bitemporalCollection',
timestamp: '2014-09-05T00:00:00.000Z'}}
);
assert.deepEqual(
q.lsqtQuery('bitemporalCollection', q.weight(2)),
{'lsqt-query':{
'temporal-collection': 'bitemporalCollection',
weight: 2}}
);
assert.deepEqual(
q.lsqtQuery('bitemporalCollection',
q.temporalOptions('cached')),
{'lsqt-query':{
'temporal-collection': 'bitemporalCollection',
'temporal-option':['cached']}}
);
assert.deepEqual(
q.lsqtQuery('bitemporalCollection', '2014-09-05T00:00:00.000Z', q.weight(2),
q.temporalOptions('cached')),
{'lsqt-query':{
'temporal-collection': 'bitemporalCollection',
timestamp: '2014-09-05T00:00:00.000Z',
weight: 2,
'temporal-option':['cached']}}
);
});
it('should create a period compare query', function(){
assert.deepEqual(
q.periodCompare('axis1', 'ALN_CONTAINS', 'axis2'),
{'period-compare-query':{
axis1: 'axis1',
'temporal-operator': 'ALN_CONTAINS',
axis2: 'axis2'}}
);
assert.deepEqual(
q.periodCompare('axis1', 'ALN_CONTAINS', 'axis2',
q.temporalOptions('cached')),
{'period-compare-query':{
axis1: 'axis1',
'temporal-operator': 'ALN_CONTAINS',
axis2: 'axis2',
'temporal-option':['cached']}}
);
});
it('should create a period range query', function(){
assert.deepEqual(
q.periodRange('axis1', 'ALN_CONTAINS',
q.period('2014-09-05T00:00:00.000Z', '2014-10-05T00:00:00.000Z')),
{'period-range-query':{
axis: ['axis1'],
'temporal-operator': 'ALN_CONTAINS',
period: [{
'period-start': '2014-09-05T00:00:00.000Z',
'period-end': '2014-10-05T00:00:00.000Z'
}]}}
);
assert.deepEqual(
q.periodRange('axis1', 'ALN_CONTAINS',
q.period('2014-09-05T00:00:00.000Z', '2014-10-05T00:00:00.000Z'),
q.temporalOptions('cached')),
{'period-range-query':{
axis: ['axis1'],
'temporal-operator': 'ALN_CONTAINS',
period:[{
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