public void CloseIndexWhichDoesNotExist()
{
using (var context = new ElasticsearchContext(ConnectionString, new ElasticsearchSerializerConfiguration(_elasticsearchMappingResolver)))
{
context.IndexClose("help");
}
}
public void SearchAggGeohashGridBucketAggregationWithSubAggSignificantTermsBucketAggregationWithNoHits()
{
var search = new Search
{
Aggs = new List<IAggs>
{
new GeohashGridBucketAggregation("termsDetails", "location")
{
Aggs = new List<IAggs>
{
new SignificantTermsBucketAggregation("testSignificantTermsBucketAggregation", "details")
},
Precision = 2
}
}
};
using (var context = new ElasticsearchContext(ConnectionString, ElasticsearchMappingResolver))
{
Assert.IsTrue(context.IndexTypeExists<SearchAggTest>());
var items = context.Search<SearchAggTest>(search, new SearchUrlParameters { SeachType = SeachType.count });
var termsAggResult = items.PayloadResult.Aggregations.GetComplexValue<TermsBucketAggregationsResult>("termsDetails");
var significantAggResult = termsAggResult.Buckets[0].GetSubAggregationsFromJTokenName<SignificantTermsBucketAggregationsResult>("testSignificantTermsBucketAggregation");
Assert.AreEqual(3, significantAggResult.Buckets[0].BgCount);
}
}
public void CreateAliasForIndex2()
{
var indexAliasDtoTest = new IndexAliasDtoTest { Id = 1, Description = "Test index for aliases" };
var aliasParameters = new AliasParameters
{
Actions = new List<AliasBaseParameters>
{
new AliasAddParameters("test2", "indexaliasdtotests"),
new AliasAddParameters("test3", "indexaliasdtotests")
}
};
using (var context = new ElasticsearchContext(ConnectionString, _elasticsearchMappingResolver))
{
context.AddUpdateDocument(indexAliasDtoTest, indexAliasDtoTest.Id);
context.SaveChanges();
var result = context.Alias(aliasParameters.ToString());
Assert.IsTrue(result);
Assert.IsTrue(context.AliasExists("test2"));
Assert.IsTrue(context.AliasExists("test3"));
}
}
public void SearchQueryBoolQuery()
{
var search = new Search
{
Query = new Query(
new BoolQuery
{
Must = new List<IQuery>
{
new RangeQuery("id") { GreaterThanOrEqualTo = "2", LessThan = "3", LessThanOrEqualTo = "2", GreaterThan = "1" }
},
MustNot = new List<IQuery>
{
new RangeQuery("id") {GreaterThan="34"}
},
Should = new List<IQuery>
{
new TermQuery("name", "two")
},
Boost=2.0,
DisableCoord= false,
MinimumShouldMatch= "2"
}
)
};
using (var context = new ElasticsearchContext(ConnectionString, ElasticsearchMappingResolver))
{
context.TraceProvider = new ConsoleTraceProvider();
Assert.IsTrue(context.IndexTypeExists<SearchTest>());
var items = context.Search<SearchTest>(search);
Assert.AreEqual(2, items.PayloadResult.Hits.HitsResult[0].Source.Id);
}
}
public void SearchAggDateRangesBucketAggregationKeyedWithNoHits()
{
var search = new Search
{
Aggs = new List<IAggs>
{
new DateRangeBucketAggregation("testRangesBucketAggregation", "dateofdetails", "MM-yyy", new List<RangeAggregationParameter<string>>
{
new ToRangeAggregationParameter<string>("now-8M/M"),
new ToFromRangeAggregationParameter<string>("now-8M/M", "now-10M/M"),
new FromRangeAggregationParameter<string>("now-10M/M")
{
Key = "keyName"
}
})
{
Keyed= true
}
}
};
using (var context = new ElasticsearchContext(ConnectionString, ElasticsearchMappingResolver))
{
Assert.IsTrue(context.IndexTypeExists<SearchAggTest>());
var items = context.Search<SearchAggTest>(search, new SearchUrlParameters { SeachType = SeachType.count });
var aggResult = items.PayloadResult.Aggregations.GetComplexValue<RangesNamedBucketAggregationsResult>("testRangesBucketAggregation");
var test = aggResult.Buckets.GetSubAggregationsFromJTokenName<RangeBucket>("keyName");
Assert.AreEqual(7, test.DocCount);
}
}
public void SearchAggFilterBucketAggregationWithChildrenNoHits()
{
var search = new Search
{
Aggs = new List<IAggs>
{
new FilterBucketAggregation("globalbucket", new GeoDistanceFilter("location", new GeoPoint(32,42), new DistanceUnitKilometer(10000) ))
{
Aggs = new List<IAggs>
{
new MaxMetricAggregation("maxAgg", "lift"),
new MinMetricAggregation("minAgg", "lift"),
new TopHitsMetricAggregation("topHits")
{
Size = 3
}
}
}
}
};
using (var context = new ElasticsearchContext(ConnectionString, ElasticsearchMappingResolver))
{
Assert.IsTrue(context.IndexTypeExists<SearchAggTest>());
var items = context.Search<SearchAggTest>(search, new SearchUrlParameters { SeachType = SeachType.count });
var aggResult = items.PayloadResult.Aggregations.GetComplexValue<GlobalBucketAggregationsResult>("globalbucket");
var max = aggResult.GetSingleMetricSubAggregationValue<double>("maxAgg");
Assert.AreEqual(7, aggResult.DocCount);
Assert.AreEqual(2.9, max);
}
}
public void SearchAggGeohashGridBucketAggregationWithTopHitsSubWithNoHits()
{
var search = new Search
{
Aggs = new List<IAggs>
{
new GeohashGridBucketAggregation("testGeohashGridBucketAggregation", "location")
{
Aggs = new List<IAggs>
{
new TopHitsMetricAggregation("tophits")
}
}
}
};
using (var context = new ElasticsearchContext(ConnectionString, ElasticsearchMappingResolver))
{
Assert.IsTrue(context.IndexTypeExists<SearchAggTest>());
var items = context.Search<SearchAggTest>(search, new SearchUrlParameters { SeachType = SeachType.count });
var aggResult = items.PayloadResult.Aggregations.GetComplexValue<GeohashGridBucketAggregationsResult>("testGeohashGridBucketAggregation");
var topHits = aggResult.Buckets[0].GetSubAggregationsFromJTokenName<TopHitsMetricAggregationsResult<SearchAggTest>>("tophits");
Assert.AreEqual(3, aggResult.Buckets[0].DocCount);
Assert.AreEqual(3, topHits.Hits.Total);
}
}
public void SearchAggSignificantTermsBucketAggregationPropertiesSet()
{
var search = new Search
{
Query = new Query(new MatchAllQuery()),
Aggs = new List<IAggs>
{
new SignificantTermsBucketAggregation("testSignificantTermsBucketAggregation", "details")
{
BackgroundFilter= new TermFilter("name", "details"),
InformationRetrievalRetrieval = new MutualInformation
{
BackgroundIsSuperset = false,
IncludeNegatives = false
},
ExecutionHint= ExecutionHint.global_ordinals
}
}
};
using (var context = new ElasticsearchContext(ConnectionString, ElasticsearchMappingResolver))
{
Assert.IsTrue(context.IndexTypeExists<SearchAggTest>());
var items = context.Search<SearchAggTest>(search, new SearchUrlParameters { SeachType = SeachType.count });
var aggResult = items.PayloadResult.Aggregations.GetComplexValue<SignificantTermsBucketAggregationsResult>("testSignificantTermsBucketAggregation");
Assert.AreEqual(7, aggResult.DocCount);
}
}
public void SearchAggTermsBucketAggregationnWithChildrenSubAggNoHits()
{
var search = new Search
{
Aggs = new List<IAggs>
{
new TermsBucketAggregation("test_min", "info")
{
Aggs = new List<IAggs>
{
new ChidrenBucketAggregation("childrenAgg", "testobjchildsep")
{
Aggs = new List<IAggs>
{
new TermsBucketAggregation("infoAgg", "info")
}
}
}
}
}
};
using (var context = new ElasticsearchContext(ConnectionString, ElasticsearchMappingResolver))
{
Assert.IsTrue(context.IndexTypeExists<TestObjParentSep>());
Assert.IsTrue(context.IndexTypeExists<TestObjChildSep>());
var items = context.Search<TestObjParentSep>(search, new SearchUrlParameters { SeachType = SeachType.count });
var aggResult = items.PayloadResult.Aggregations.GetComplexValue<TermsBucketAggregationsResult>("test_min");
Assert.AreEqual(3, aggResult.Buckets[0].DocCount);
}
}
public void SearchQueryMoreLikeThisQuery()
{
var search = new Search
{
Query = new Query(
new MoreLikeThisQuery
{
Fields = new List<string> {"moreinfo"},
LikeText = "yes one",
MinTermFreq = 1,
Boost = 50,
MinDocFreq = 1,
PercentTermsToMatch = 0.01
}
)
};
using (var context = new ElasticsearchContext(ConnectionString, ElasticsearchMappingResolver))
{
context.TraceProvider = new ConsoleTraceProvider();
Assert.IsTrue(context.IndexTypeExists<MoreLikeThisTestDto>());
var items = context.Search<MoreLikeThisTestDto>(search);
Assert.AreEqual(2, items.PayloadResult.Hits.Total);
}
}
public void SearchAggTermsBucketAggregationWithSubTopHitsMetricAggregationWithNoHits()
{
var search = new Search
{
Aggs = new List<IAggs>
{
new TermsBucketAggregation("test_min", "lift")
{
Aggs = new List<IAggs>
{
new TopHitsMetricAggregation("topHits")
{
Size = 5
}
}
}
}
};
using (var context = new ElasticsearchContext(ConnectionString, ElasticsearchMappingResolver))
{
Assert.IsTrue(context.IndexTypeExists<SearchAggTest>());
var items = context.Search<SearchAggTest>(search, new SearchUrlParameters { SeachType = SeachType.count });
var aggResult = items.PayloadResult.Aggregations.GetComplexValue<TermsBucketAggregationsResult>("test_min");
var hitsForBucket = aggResult.Buckets[0].GetSubAggregationsFromJTokenName<TopHitsMetricAggregationsResult<SearchAggTest>>("topHits");
Assert.AreEqual(3, aggResult.Buckets[0].DocCount);
Assert.AreEqual(2.1, hitsForBucket.Hits.HitsResult[0].Source.Lift);
}
}
public void CreateNewIndexAndMappingWithSimpleNullListAndNullArrayListAndAlias()
{
using (var context = new ElasticsearchContext(ConnectionString, new ElasticsearchSerializerConfiguration(_elasticsearchMappingResolver)))
{
context.TraceProvider = new ConsoleTraceProvider();
context.IndexCreate<AliasCreateIndexOne>(
new IndexDefinition
{
IndexAliases = new IndexAliases
{
Aliases = new List<IndexAlias>
{
new IndexAlias("testnew"), new IndexAlias("testnewroute")
{
Routing = "ddd"
}
}
}
});
Thread.Sleep(1500);
var result = context.IndexExists<AliasCreateIndexOne>();
Assert.IsTrue(result);
}
}
public void SearchAggScriptedMetricAggregationWithParamsWithNoHits()
{
var search = new Search
{
Aggs = new List<IAggs>
{
new ScriptedMetricAggregation("topScriptedMetricAggregation", "_agg.transactions.add(doc['lift'].value * _agg.times)")
{
InitScript= "_agg['transactions'] = []",
CombineScript= "script_calculated = 0; for (t in _agg.transactions) { script_calculated += t }; return script_calculated",
ReduceScript= "script_calculated = 0; for (a in _aggs) { script_calculated += a }; return script_calculated",
Params = new ParamsForScript("_agg")
{
Params = new List<ScriptParameter>
{
new ScriptParameter("times", 1.4),
}
}
}
}
};
using (var context = new ElasticsearchContext(ConnectionString, ElasticsearchMappingResolver))
{
Assert.IsTrue(context.IndexTypeExists<SearchAggTest>());
var items = context.Search<SearchAggTest>(search, new SearchUrlParameters { SeachType = SeachType.count });
var aggResult = items.PayloadResult.Aggregations.GetSingleMetricAggregationValue<double>("topScriptedMetricAggregation");
Assert.AreEqual(22.82, aggResult);
}
}
public void CreateGeoShapeCircleMapping()
{
var geoShapeCircleDto = new GeoShapeCircleDto
{
CircleTest = new GeoShapeCircle
{
Coordinates = new GeoPoint(45, 45),
Radius="100m"
},
Id = "1",
Name = "test",
};
using (var context = new ElasticsearchContext(ConnectionString, new ElasticsearchSerializerConfiguration(_elasticsearchMappingResolver)))
{
context.TraceProvider = new ConsoleTraceProvider();
context.IndexCreate<GeoShapeCircleDto>();
Thread.Sleep(1500);
Assert.IsNotNull(context.IndexExists<GeoShapeCircleDto>());
context.AddUpdateDocument(geoShapeCircleDto, geoShapeCircleDto.Id);
context.SaveChanges();
Thread.Sleep(1500);
Assert.AreEqual(1, context.Count<GeoShapeCircleDto>());
var result = context.SearchById<GeoShapeCircleDto>(1);
Assert.AreEqual(geoShapeCircleDto.CircleTest.Coordinates.Count, result.CircleTest.Coordinates.Count);
}
}
public void SearchQueryQueryStringQueryAllProperties()
{
var search = new Search
{
Query = new Query(new QueryStringQuery("one document")
{
AllowLeadingWildcard = true,
Analyzer = LanguageAnalyzers.German,
AnalyzeWildcard = false,
AutoGeneratePhraseQueries = false,
Boost = 2.1,
DefaultField = "_all",
DefaultOperator = QueryDefaultOperator.OR,
EnablePositionIncrements = true,
Fuzziness = 0.5,
FuzzyMaxExpansions = 49,
FuzzyPrefixLength = 0,
Lenient = false,
Locale = "ROOT"
})
};
using (var context = new ElasticsearchContext(ConnectionString, ElasticsearchMappingResolver))
{
Assert.IsTrue(context.IndexTypeExists<SearchTest>());
var items = context.Search<SearchTest>(search);
Assert.AreEqual(2, items.PayloadResult.Hits.Total);
}
}
public void TearDown()
{
using (var context = new ElasticsearchContext(ConnectionString, ElasticsearchMappingResolver))
{
context.AllowDeleteForIndex = true;
var entityResult = context.DeleteIndexAsync<SearchTest>(); entityResult.Wait();
}
}
public void TestAliasExistsBadAlias()
{
using (var context = new ElasticsearchContext(ConnectionString, _elasticsearchMappingResolver))
{
context.TraceProvider = new ConsoleTraceProvider();
var found = context.AliasExists("existsaliastest".ToUpper());
Assert.IsFalse(found);
}
}
static void Main(string[] args)
{
IElasticsearchMappingResolver elasticsearchMappingResolver = new ElasticsearchMappingResolver();
// You only require a mapping if the default settings are not good enough
//elasticsearchMappingResolver.AddElasticSearchMappingForEntityType(typeof(Skill), new SkillElasticsearchMapping());
using (var elasticSearchContext = new ElasticsearchContext("http://localhost:9200/", elasticsearchMappingResolver))
{
elasticSearchContext.TraceProvider = new TraceProvider("tracingExample");
elasticSearchContext.AddUpdateDocument(TestData.SkillEf, TestData.SkillEf.Id);
elasticSearchContext.AddUpdateDocument(TestData.SkillOrm, TestData.SkillOrm.Id);
elasticSearchContext.AddUpdateDocument(TestData.SkillSQLServer, TestData.SkillSQLServer.Id);
elasticSearchContext.AddUpdateDocument(TestData.SkillGermanWithFunnyLetters, TestData.SkillGermanWithFunnyLetters.Id);
elasticSearchContext.AddUpdateDocument(TestData.SkillLevel, TestData.SkillLevel.Id);
var addEntitiesResult = elasticSearchContext.SaveChanges();
Console.WriteLine(addEntitiesResult.PayloadResult);
Console.WriteLine(addEntitiesResult.Status);
Console.WriteLine(addEntitiesResult.Description);
}
using (var elasticSearchContext = new ElasticsearchContext("http://localhost:9200/", elasticsearchMappingResolver))
{
elasticSearchContext.TraceProvider = new TraceProvider("tracingExample");
// get a entity and update it, then delete an entity
Skill singleEntityWithId = elasticSearchContext.GetDocument<Skill>("11");
singleEntityWithId.Updated = DateTime.UtcNow;
elasticSearchContext.AddUpdateDocument(TestData.SkillOrm, TestData.SkillOrm.Id);
elasticSearchContext.DeleteDocument<Skill>(TestData.SkillEf.Id);
elasticSearchContext.SaveChanges();
elasticSearchContext.AddUpdateDocument(TestData.SkillEf, TestData.SkillEf.Id);
var nextResult = elasticSearchContext.SaveChanges();
Console.WriteLine(nextResult.PayloadResult);
Console.WriteLine(nextResult.Status);
Console.WriteLine(nextResult.Description);
}
using (var elasticSearchContext = new ElasticsearchContext("http://localhost:9200/", elasticsearchMappingResolver))
{
elasticSearchContext.TraceProvider = new TraceProvider("tracingExample");
// deleting indexes are usually not required...
elasticSearchContext.AllowDeleteForIndex = true;
var result = elasticSearchContext.DeleteIndexAsync<SkillLevel>();
result.Wait();
var result1 = elasticSearchContext.DeleteIndexAsync<Skill>();
result1.Wait();
//var result = elasticSearchContext.DeleteIndex<Skill>();
elasticSearchContext.SaveChanges();
//Console.WriteLine(result.Result.PayloadResult);
//Console.WriteLine(result.Result.Status);
//Console.WriteLine(result.Result.Description);
//Console.ReadLine();
}
}
public void GlobalElasticsearchMappingSearchAllTest()
{
// You require this for a global search, it is in the setup fixture
//_elasticsearchMappingResolver.AddElasticSearchMappingForEntityType(typeof(object), new GlobalElasticsearchMapping());
using (var context = new ElasticsearchContext(ConnectionString, _elasticsearchMappingResolver))
{
var results = context.Search<object>(new Search());
Assert.GreaterOrEqual(results.PayloadResult.Hits.Total, 3);
}
}
public void GlobalElasticsearchMappingCountTest()
{
// You require this for a global search, it is in the setup fixture
//_elasticsearchMappingResolver.AddElasticSearchMappingForEntityType(typeof(object), new GlobalElasticsearchMapping());
using (var context = new ElasticsearchContext(ConnectionString, _elasticsearchMappingResolver))
{
var count = context.Count<object>();
Assert.GreaterOrEqual(count, 3);
}
}
public void SearchQueryMultiMatchAllTest()
{
var search = new Search { Query = new Query(new MultiMatchQuery("document") { MultiMatchType = MultiMatchType.most_fields, TieBreaker = 0.5, Fields = new List<string> { "name", "details" } }) };
using (var context = new ElasticsearchContext(ConnectionString, ElasticsearchMappingResolver))
{
Assert.IsTrue(context.IndexTypeExists<SearchTest>());
var items = context.Search<SearchTest>(search);
Assert.AreEqual(1, items.PayloadResult.Hits.HitsResult[0].Source.Id);
}
}
public void SearchFilterMatchAllTest()
{
var search = new Search { Filter = new Filter(new MatchAllFilter { Boost = 1.1 }) };
using (var context = new ElasticsearchContext(ConnectionString, ElasticsearchMappingResolver))
{
Assert.IsTrue(context.IndexTypeExists<SearchTest>());
var items = context.Search<SearchTest>(search);
Assert.AreEqual(1, items.PayloadResult.Hits.HitsResult[0].Source.Id);
}
}
public void SearchQueryQueryStringQuery()
{
var search = new Search { Query = new Query(new QueryStringQuery("one document")) };
using (var context = new ElasticsearchContext(ConnectionString, ElasticsearchMappingResolver))
{
Assert.IsTrue(context.IndexTypeExists<SearchTest>());
var items = context.Search<SearchTest>(search);
Assert.AreEqual(2, items.PayloadResult.Hits.Total);
}
}
public void SearchQueryConstantScoreQueryWithQuery()
{
var search = new Search { Query = new Query(new ConstantScoreQuery(new TermQuery("name", "two")){Boost = 2.0}) };
using (var context = new ElasticsearchContext(ConnectionString, ElasticsearchMappingResolver))
{
Assert.IsTrue(context.IndexTypeExists<SearchTest>());
var items = context.Search<SearchTest>(search);
Assert.AreEqual(2, items.PayloadResult.Hits.HitsResult[0].Source.Id);
}
}
public void SearchQueryMatchTest()
{
var search = new Search { Query = new Query(new MatchQuery("name", "document one") { Boost = 1.1, Fuzziness = 1 }) };
using (var context = new ElasticsearchContext(ConnectionString, ElasticsearchMappingResolver))
{
Assert.IsTrue(context.IndexTypeExists<SearchTest>());
var items = context.Search<SearchTest>(search);
Assert.AreEqual(1, items.PayloadResult.Hits.HitsResult[0].Source.Id);
}
}
public Address GetAddressFromElasticsearch(int id)
{
Address address;
IElasticsearchMappingResolver ElasticsearchMappingResolver = new ElasticsearchMappingResolver();
using (var ElasticsearchContext = new ElasticsearchContext("http://localhost:9200/", ElasticsearchMappingResolver))
{
address = ElasticsearchContext.GetDocument<Address>(id);
}
return address;
}
public Person GetPersonFromElasticsearch(int id)
{
Person person;
IElasticsearchMappingResolver ElasticsearchMappingResolver = new ElasticsearchMappingResolver();
using (var ElasticsearchContext = new ElasticsearchContext("http://localhost:9200/", ElasticsearchMappingResolver))
{
person = ElasticsearchContext.GetDocument<Person>(id);
}
return person;
}
public void SearchQueryMatchPhaseTest()
{
var search = new Search { Query = new Query(new MatchPhaseQuery("name", "one") { Analyzer = LanguageAnalyzers.German, Slop = 1, Operator = Operator.and, CutoffFrequency = 0.2, ZeroTermsQuery = ZeroTermsQuery.none, Boost = 1.1, Fuzziness = 1 }) };
using (var context = new ElasticsearchContext(ConnectionString, ElasticsearchMappingResolver))
{
Assert.IsTrue(context.IndexTypeExists<SearchTest>());
var items = context.Search<SearchTest>(search);
Assert.AreEqual(1, items.PayloadResult.Hits.HitsResult[0].Source.Id);
}
}
public void SaveToElasticsearchStateProvinceIfitDoesNotExist()
{
IElasticsearchMappingResolver elasticsearchMappingResolver = new ElasticsearchMappingResolver();
using (var elasticSearchContext = new ElasticsearchContext("http://localhost:9200/", new ElasticsearchSerializerConfiguration(elasticsearchMappingResolver, true, true)))
{
if (!elasticSearchContext.IndexTypeExists<StateProvince>())
{
elasticSearchContext.TraceProvider = new ConsoleTraceProvider();
using (var databaseEfModel = new EfModel())
{
int pointer = 0;
const int interval = 20;
bool firstRun = true;
int length = databaseEfModel.StateProvince.Count();
while (pointer < length)
{
_stopwatch.Start();
var collection =
databaseEfModel.StateProvince.OrderBy(t => t.StateProvinceID)
.Skip(pointer)
.Take(interval)
.ToList<StateProvince>();
_stopwatch.Stop();
Console.WriteLine("Time taken for select {0} Address: {1}", interval, _stopwatch.Elapsed);
_stopwatch.Reset();
_stopwatch.Start();
foreach (var item in collection)
{
var ee = item.CountryRegion.Name;
elasticSearchContext.AddUpdateDocument(item, item.StateProvinceID);
}
if (firstRun)
{
elasticSearchContext.SaveChangesAndInitMappings();
firstRun = false;
}
else
{
elasticSearchContext.SaveChanges();
}
_stopwatch.Stop();
Console.WriteLine("Time taken to insert {0} Address documents: {1}", interval, _stopwatch.Elapsed);
_stopwatch.Reset();
pointer = pointer + interval;
Console.WriteLine("Transferred: {0} items", pointer);
}
}
}
}
}
public void SearchQueryMatchPhasePrefixTest()
{
var search = new Search { Query = new Query(new MatchPhasePrefixQuery("name", "one") { MaxExpansions = 500, Boost = 1.1, MinimumShouldMatch = "50%", Fuzziness = 1 }) };
using (var context = new ElasticsearchContext(ConnectionString, ElasticsearchMappingResolver))
{
Assert.IsTrue(context.IndexTypeExists<SearchTest>());
var items = context.Search<SearchTest>(search);
Assert.AreEqual(1, items.PayloadResult.Hits.HitsResult[0].Source.Id);
}
}
public void DeleteGlobalWarmer()
{
var ex = Assert.Throws <ElasticsearchCrudException>(() =>
{
using (var context = new ElasticsearchContext(ConnectionString, _elasticsearchMappingResolver))
{
const string warmerName = "mywarmerone";
var warmer = new Warmer(warmerName)
{
Query = new Query(new MatchAllQuery())
};
context.TraceProvider = new ConsoleTraceProvider();
var found = context.WarmerCreate(warmer);
Assert.True(found);
var ok = context.WarmerDelete(warmerName, "");
Assert.True(ok);
}
});
}
public void SearchQueryRegExpQuery()
{
var search = new Search
{
Query = new Query(new RegExpQuery("name", "o.*")
{
Boost = 1.7,
Flags = RegExpFlags.INTERSECTION,
MaxDeterminizedStates = 10000
})
};
using (var context = new ElasticsearchContext(ConnectionString, ElasticsearchMappingResolver))
{
context.TraceProvider = new ConsoleTraceProvider();
Assert.IsTrue(context.IndexTypeExists <SearchTest>());
var items = context.Search <SearchTest>(search);
Assert.AreEqual(1, items.PayloadResult.Hits.Total);
}
}
public void SearchAggTermsBucketAggregationWithNoHits()
{
var search = new Search
{
Aggs = new List <IAggs>
{
new TermsBucketAggregation("test_min", "lift")
}
};
using (var context = new ElasticsearchContext(ConnectionString, ElasticsearchMappingResolver))
{
Assert.IsTrue(context.IndexTypeExists <SearchAggTest>());
var items = context.Search <SearchAggTest>(search, new SearchUrlParameters {
SeachType = SeachType.count
});
var aggResult = items.PayloadResult.Aggregations.GetComplexValue <TermsBucketAggregationsResult>("test_min");
Assert.AreEqual(3, aggResult.Buckets[0].DocCount);
}
}
public void SearchFilterHasParentQuery()
{
var search = new Search
{
Query =
new Query(
new HasParentQuery("testobjparentsep", new MatchAllQuery())
{
ScoreMode = ScoreModeHasParentQuery.none
}
)
};
using (var context = new ElasticsearchContext(ConnectionString, ElasticsearchMappingResolver))
{
Assert.IsTrue(context.IndexTypeExists <TestObjChildSep>());
var items = context.Search <TestObjChildSep>(search);
Assert.AreEqual(4, items.PayloadResult.Hits.Total);
}
}
public void SearchFilterHasChildFilter()
{
var search = new Search {
Filter =
new Filter(
new HasChildFilter("testobjchildsep", new MatchAllFilter())
{
MaxChildren = 10,
MinChildren = 2
}
)
};
using (var context = new ElasticsearchContext(ConnectionString, ElasticsearchMappingResolver))
{
Assert.IsTrue(context.IndexTypeExists <TestObjParentSep>());
var items = context.Search <TestObjParentSep>(search);
Assert.AreEqual(3, items.PayloadResult.Hits.HitsResult[0].Source.Id);
}
}
public void SearchAggDateHistogramBucketAggregationWithNoHits()
{
var search = new Search
{
Aggs = new List <IAggs>
{
new DateHistogramBucketAggregation("testHistogramBucketAggregation", "dateofdetails", new TimeUnitMonth(1))
}
};
using (var context = new ElasticsearchContext(ConnectionString, ElasticsearchMappingResolver))
{
Assert.True(context.IndexTypeExists <SearchAggTest>());
var items = context.Search <SearchAggTest>(search, new SearchUrlParameters {
SeachType = SeachType.count
});
var aggResult = items.PayloadResult.Aggregations.GetComplexValue <DateHistogramBucketAggregationsResult>("testHistogramBucketAggregation");
Assert.Equal(1, aggResult.Buckets[0].DocCount);
}
}
public void TearDown()
{
using (var context = new ElasticsearchContext(ConnectionString, _elasticsearchMappingResolver))
{
context.AllowDeleteForIndex = true;
var entityResult1 = context.DeleteIndexAsync <SkillTestEntityTwo>(); entityResult1.Wait();
var entityResult2 = context.DeleteIndexAsync <SkillParentCollection>(); entityResult2.Wait();
var entityResult3 = context.DeleteIndexAsync <SkillParentArray>(); entityResult3.Wait();
var entityResult4 = context.DeleteIndexAsync <SkillChild>(); entityResult4.Wait();
var entityResult5 = context.DeleteIndexAsync <SkillTestEntity>(); entityResult5.Wait();
var entityResult6 = context.DeleteIndexAsync <SkillWithIntArray>(); entityResult6.Wait();
var entityResult7 = context.DeleteIndexAsync <SkillWithIntCollection>(); entityResult7.Wait();
var entityResult8 = context.DeleteIndexAsync <SkillWithSingleChild>(); entityResult8.Wait();
var entityResult9 = context.DeleteIndexAsync <SkillSingleChildElement>(); entityResult9.Wait();
var entityResult10 = context.DeleteIndexAsync <SkillWithIntCollection>(); entityResult10.Wait();
var entityResult11 = context.DeleteIndexAsync <SkillWithStringLongAndDoubleArray>(); entityResult11.Wait();
var entityResult12 = context.DeleteIndexAsync <SkillWithStringLongAndDoubleCollection>(); entityResult12.Wait();
var entityResult13 = context.DeleteIndexAsync <SkillDocumentHastSet>(); entityResult13.Wait();
}
}
public void SearchQueryCommonTermsQueryLikeBoolMatch()
{
var search = new Search
{
Query = new Query(
new CommonTermsQuery("details", "leave it alone", 0.001)
{
LowFreqOperator = QueryDefaultOperator.AND
}
)
};
using (var context = new ElasticsearchContext(ConnectionString, ElasticsearchMappingResolver))
{
context.TraceProvider = new ConsoleTraceProvider();
Assert.True(context.IndexTypeExists <SearchTest>());
var items = context.Search <SearchTest>(search);
Assert.Equal(1, items.PayloadResult.Hits.Total);
}
}
public void SearchQueryIdsFilter()
{
var search = new Search
{
Filter = new Filter(new IdsFilter(new List <object> {
1, 2
})
{
Type = "searchtest"
})
};
using (var context = new ElasticsearchContext(ConnectionString, ElasticsearchMappingResolver))
{
context.TraceProvider = new ConsoleTraceProvider();
Assert.IsTrue(context.IndexTypeExists <SearchTest>());
var items = context.Search <SearchTest>(search);
Assert.AreEqual(2, items.PayloadResult.Hits.Total);
}
}
public void SearchAggMissingBucketAggregationWithNoHits()
{
var search = new Search
{
Aggs = new List <IAggs>
{
new MissingBucketAggregation("missingbucket", "nonExistingFieldName")
}
};
using (var context = new ElasticsearchContext(ConnectionString, ElasticsearchMappingResolver))
{
Assert.True(context.IndexTypeExists <SearchAggTest>());
var items = context.Search <SearchAggTest>(search, new SearchUrlParameters {
SeachType = SeachType.count
});
var aggResult = items.PayloadResult.Aggregations.GetComplexValue <MissingBucketAggregationsResult>("missingbucket");
Assert.Equal(7, aggResult.DocCount);
}
}
public void SearchQueryNotFilter()
{
var search = new Search
{
Filter = new Filter(
new NotFilter(new TermFilter("name", "one"))
{
Cache = false
}
)
};
using (var context = new ElasticsearchContext(ConnectionString, ElasticsearchMappingResolver))
{
context.TraceProvider = new ConsoleTraceProvider();
Assert.IsTrue(context.IndexTypeExists <SearchTest>());
var items = context.Search <SearchTest>(search);
Assert.AreEqual(2, items.PayloadResult.Hits.Total);
}
}
public void TestDefaultContextGetEntityAsync()
{
const int entityId = 34;
using (var context = new ElasticsearchContext(ConnectionString, _elasticsearchMappingResolver))
{
context.TraceProvider = new ConsoleTraceProvider();
context.AddUpdateDocument(_entitiesForTests[entityId], entityId);
// Save to Elasticsearch
var ret = context.SaveChangesAsync();
Assert.AreEqual(ret.Result.Status, HttpStatusCode.OK);
// Get the entity
var entityResult = context.GetDocumentAsync <SkillTestEntity>(entityId);
Assert.AreEqual(entityResult.Result.Status, HttpStatusCode.OK);
Assert.AreEqual(entityResult.Result.PayloadResult.Id, entityId);
Assert.IsNotNull(entityResult.Result.PayloadResult);
}
}
public void SearchFilterHasParentFilterInnerHits()
{
var search = new Search
{
Filter =
new Filter(
new HasParentFilter("testobjparentsep", new MatchAllFilter())
{
InnerHits = new InnerHits()
}
)
};
using (var context = new ElasticsearchContext(ConnectionString, ElasticsearchMappingResolver))
{
Assert.IsTrue(context.IndexTypeExists <TestObjChildSep>());
var items = context.Search <TestObjChildSep>(search);
Assert.AreEqual(4, items.PayloadResult.Hits.Total);
}
}
public void SearchQueryBoolFilter()
{
var search = new Search
{
Filter = new Filter(
new BoolFilter(new RangeFilter("id")
{
GreaterThanOrEqualTo = "2", LessThan = "3", LessThanOrEqualTo = "2", GreaterThan = "1"
})
)
};
using (var context = new ElasticsearchContext(ConnectionString, ElasticsearchMappingResolver))
{
context.TraceProvider = new ConsoleTraceProvider();
Assert.IsTrue(context.IndexTypeExists <SearchTest>());
var items = context.Search <SearchTest>(search);
Assert.AreEqual(2, items.PayloadResult.Hits.HitsResult[0].Source.Id);
}
}
public void CreateAliasForIndex()
{
var indexAliasDtoTest = new IndexAliasDtoTest {
Id = 1, Description = "Test index for aliases"
};
using (var context = new ElasticsearchContext(ConnectionString, _elasticsearchMappingResolver))
{
context.AddUpdateDocument(indexAliasDtoTest, indexAliasDtoTest.Id);
context.SaveChanges();
var result = context.AliasCreateForIndex("test", "indexaliasdtotests");
Assert.True(result);
Thread.Sleep(1200);
GetResult resultGet = context.Get(new Uri("http://localhost:9200/_alias/test"));
Console.WriteLine(resultGet);
}
}
public void CreateIndexWithParentChildMappings()
{
CreateIndexList();
using (var context = new ElasticsearchContext(ConnectionString, _elasticsearchMappingResolver))
{
var doc1 = context.GetDocument <ListMappingChildParentRoutingTestsLevel1>(1);
Assert.NotNull(doc1);
var doc2 = context.GetDocument <ListMappingChildParentRoutingTestsLevel2>(2, new RoutingDefinition {
ParentId = 1, RoutingId = 1
});
Assert.NotNull(doc2);
var doc3 = context.GetDocument <ListMappingChildParentRoutingTestsLevel3>(3, new RoutingDefinition {
ParentId = 2, RoutingId = 1
});
Assert.NotNull(doc3);
}
}
public void SaveToElasticsearchStateProvince()
{
IElasticsearchMappingResolver elasticsearchMappingResolver = new ElasticsearchMappingResolver();
using (var elasticSearchContext = new ElasticsearchContext("http://localhost:9200/", new ElasticsearchSerializerConfiguration(elasticsearchMappingResolver, true, true)))
{
//elasticSearchContext.TraceProvider = new ConsoleTraceProvider();
elasticSearchContext.IndexCreate <StateProvince>();
using (var databaseEfModel = new SQLDataModel())
{
int pointer = 0;
const int interval = 20;
int length = databaseEfModel.StateProvince.Count();
while (pointer < length)
{
stopwatch.Start();
var collection = databaseEfModel.StateProvince.OrderBy(t => t.StateProvinceID).Skip(pointer).Take(interval).ToList <StateProvince>();
stopwatch.Stop();
Console.WriteLine("Time taken for select {0} Address: {1}", interval, stopwatch.Elapsed);
stopwatch.Reset();
stopwatch.Start();
foreach (var item in collection)
{
var ee = item.CountryRegion.Name;
var t = item.Address.ToList();
elasticSearchContext.AddUpdateDocument(item, item.StateProvinceID);
}
elasticSearchContext.SaveChanges();
stopwatch.Stop();
Console.WriteLine("Time taken to insert {0} Address documents: {1}", interval, stopwatch.Elapsed);
stopwatch.Reset();
pointer = pointer + interval;
Console.WriteLine("Transferred: {0} items", pointer);
}
}
}
}
public void TestDefaultContextTestJsonIgnore()
{
using (var context = new ElasticsearchContext(ConnectionString, _elasticsearchMappingResolver))
{
context.TraceProvider = new ConsoleTraceProvider();
var testJsonIgnore = new TestJsonIgnore
{
MyStringArray = new List <string> {
"ff", "dd"
},
BlahBlah = "sss",
Id = 3,
MyLongArray = new List <long> {
23, 4323456, 333332
},
SkillSingleChildElement = new SkillSingleChildElement {
Details = "ss", Id = 3
},
SkillSingleChildElementList =
new List <SkillSingleChildElement> {
new SkillSingleChildElement {
Details = "ww", Id = 2
}
}
};
context.AddUpdateDocument(testJsonIgnore, testJsonIgnore.Id);
// Save to Elasticsearch
context.SaveChanges();
var ret = context.GetDocument <TestJsonIgnore>(3);
Assert.AreEqual(ret.MyLongArray, null);
Assert.AreEqual(ret.SkillSingleChildElement, null);
Assert.AreEqual(ret.SkillSingleChildElementList, null);
Assert.AreEqual(ret.BlahBlahNull, null);
Assert.AreEqual(ret.BlahBlah, "sss");
Assert.AreEqual(ret.Id, 3);
}
}
public void SearchAggPercentileRanksMetricAggregationNoHits()
{
var search = new Search
{
Size = 0,
Aggs = new List <IAggs>
{
new PercentileRanksMetricAggregation("test_PercentilesMetricAggregation", "lift", new List <double> {
20.0, 30.0, 40.0
})
}
};
using (var context = new ElasticsearchContext(ConnectionString, ElasticsearchMappingResolver))
{
Assert.True(context.IndexTypeExists <SearchAggTest>());
var items = context.Search <SearchAggTest>(search);
var aggResult = items.PayloadResult.Aggregations.GetComplexValue <PercentileRanksMetricAggregationsResult>("test_PercentilesMetricAggregation");
Assert.Equal(100, aggResult.Values["20.0"]);
}
}
public void SearchQueryGeoDistanceFilter0Range()
{
var search = new Search {
Filter =
new Filter(
new GeoDistanceFilter(
"location",
new GeoPoint(43, 43),
new DistanceUnitMeter(0)
)
)
};
using (var context = new ElasticsearchContext(ConnectionString, ElasticsearchMappingResolver))
{
context.TraceProvider = new ConsoleTraceProvider();
Assert.IsTrue(context.IndexTypeExists <SearchTest>());
var items = context.Search <SearchTest>(search);
Assert.AreEqual(0, items.PayloadResult.Hits.Total);
}
}
public void CreateNewIndexAndMappingWithSimpleNullListAndNullArrayListAndAlias()
{
using (var context = new ElasticsearchContext(ConnectionString, new ElasticsearchSerializerConfiguration(_elasticsearchMappingResolver)))
{
context.TraceProvider = new ConsoleTraceProvider();
context.IndexCreate <AliasCreateIndexOne>(new IndexDefinition {
IndexAliases = new IndexAliases {
Aliases = new List <IndexAlias> {
new IndexAlias("testnew"), new IndexAlias("testnewroute")
{
Routing = "ddd"
}
}
}
});
Thread.Sleep(1500);
var result = context.IndexExists <AliasCreateIndexOne>();
Assert.IsTrue(result);
}
}
public static void Main(string[] args)
{
IElasticsearchMappingResolver elasticsearchMappingResolver = new ElasticsearchMappingResolver();
// You only require a mapping if the default settings are not good enough
elasticsearchMappingResolver.AddElasticSearchMappingForEntityType(typeof(AppRecord), new AppRecordMapping());
using (var elasticSearchContext = new ElasticsearchContext("http://localhost:9200/", elasticsearchMappingResolver))
{
elasticSearchContext.TraceProvider = new TraceProvider("tracingExample");
elasticSearchContext.AddUpdateDocument(TestData.AppRecord1, TestData.AppRecord1.Hash);
elasticSearchContext.AddUpdateDocument(TestData.AppRecord2, TestData.AppRecord2.Hash);
elasticSearchContext.AddUpdateDocument(TestData.AppRecord3, TestData.AppRecord3.Hash);
var addEntitiesResult = elasticSearchContext.SaveChanges();
Console.WriteLine(addEntitiesResult.PayloadResult);
Console.WriteLine(addEntitiesResult.Status);
Console.WriteLine(addEntitiesResult.Description);
}
}
public void SearchQueryQueryStringQueryMultipleFields()
{
var search = new Search
{
Query = new Query(new QueryStringQuery("one document")
{
Fields = new List <string> {
"name", "details"
},
TieBreaker = 1,
UseDisMax = true
})
};
using (var context = new ElasticsearchContext(ConnectionString, ElasticsearchMappingResolver))
{
Assert.IsTrue(context.IndexTypeExists <SearchTest>());
var items = context.Search <SearchTest>(search);
Assert.AreEqual(2, items.PayloadResult.Hits.Total);
}
}
public void SearchQueryGeoDistanceFilter0Range()
{
var search = new Search {
Filter =
new Filter(
new GeoDistanceFilter(
"location",
new GeoPoint(43, 43),
new DistanceUnitMeter(0)
)
)
};
using (var context = new ElasticsearchContext(ConnectionString, ElasticsearchMappingResolver))
{
context.TraceProvider = new ConsoleTraceProvider();
Assert.True(context.IndexTypeExists <SearchTest>());
var items = context.Search <SearchTest>(search);
Assert.True(items.Description.Contains("invalid radiusMeters"));
}
}
public void SearchQueryScriptFilter()
{
var search = new Search
{
Filter = new Filter(new ScriptFilter("doc['lift'].value * factor")
{
Params = new List <ScriptParameter>
{
new ScriptParameter("factor", 1.5)
}
})
};
using (var context = new ElasticsearchContext(ConnectionString, ElasticsearchMappingResolver))
{
context.TraceProvider = new ConsoleTraceProvider();
Assert.True(context.IndexTypeExists <SearchTest>());
var items = context.Search <SearchTest>(search);
Assert.Equal(3, items.PayloadResult.Hits.Total);
}
}
public void TestDefaultContextParentWithANullHashSetOfChildObjectNested()
{
var testSkillParentObject = new SkillDocumentHastSet
{
Id = 1,
NameSkillParent = "cool",
};
using (var context = new ElasticsearchContext(ConnectionString, _elasticsearchMappingResolver))
{
context.TraceProvider = new ConsoleTraceProvider();
context.AddUpdateDocument(testSkillParentObject, testSkillParentObject.Id);
// Save to Elasticsearch
var ret = context.SaveChanges();
Assert.Equal(ret.Status, HttpStatusCode.OK);
var roundTripResult = context.GetDocument <SkillDocumentHastSet>(testSkillParentObject.Id);
Assert.Equal(roundTripResult.NameSkillParent, testSkillParentObject.NameSkillParent);
}
}
public void TestDefaultContextParentNestedIntCollectionEqualsNull()
{
using (var context = new ElasticsearchContext(ConnectionString, _elasticsearchMappingResolver))
{
context.TraceProvider = new ConsoleTraceProvider();
var skillWithIntArray = new SkillWithIntCollection {
BlahBlah = "test with no int array", Id = 3
};
context.AddUpdateDocument(skillWithIntArray, skillWithIntArray.Id);
// Save to Elasticsearch
var ret = context.SaveChanges();
Assert.Equal(ret.Status, HttpStatusCode.OK);
var returned = context.GetDocument <SkillWithIntCollection>(3);
Assert.Equal(skillWithIntArray.BlahBlah, returned.BlahBlah);
Assert.Null(returned.MyIntArray);
}
}
public void TestDefaultContextParentNestedIntArray()
{
using (var context = new ElasticsearchContext(ConnectionString, _elasticsearchMappingResolver))
{
context.TraceProvider = new ConsoleTraceProvider();
var skillWithIntArray = new SkillWithIntArray
{
MyIntArray = new[] { 2, 4, 6, 99, 7 },
BlahBlah = "test3 with int array",
Id = 2
};
context.AddUpdateDocument(skillWithIntArray, skillWithIntArray.Id);
// Save to Elasticsearch
var ret = context.SaveChanges();
Assert.Equal(ret.Status, HttpStatusCode.OK);
var returned = context.GetDocument <SkillWithIntArray>(2);
Assert.Equal(skillWithIntArray.MyIntArray[2], returned.MyIntArray[2]);
}
}
public void SearchQuerySpanMultiQueryWithRangeQuery()
{
var search = new Search
{
Query = new Query(
new SpanMultiQuery(
new RangeQuery("details")
{
GreaterThanOrEqualTo = "one"
})
)
};
using (var context = new ElasticsearchContext(ConnectionString, ElasticsearchMappingResolver))
{
context.TraceProvider = new ConsoleTraceProvider();
Assert.True(context.IndexTypeExists <SearchTest>());
var items = context.Search <SearchTest>(search);
Assert.Equal(3, items.PayloadResult.Hits.Total);
}
}
public void TearDown()
{
using (var context = new ElasticsearchContext(ConnectionString, _elasticsearchMappingResolver))
{
context.AllowDeleteForIndex = true;
if (context.IndexExists <TestSettingsIndex>())
{
context.DeleteIndex <TestSettingsIndex>();
}
if (context.IndexExists <TestDfrSimilarity>())
{
context.DeleteIndex <TestDfrSimilarity>();
}
if (context.IndexExists <TestBm25Similarity>())
{
context.DeleteIndex <TestBm25Similarity>();
}
}
}
