public void UrlPathContainsIndexSpecifier()
{
const string expectedIndex = "myIndex";
var indexConnection = new ElasticConnection(defaultConnection.Endpoint, index: expectedIndex);
var formatter = new PostBodyRequestFormatter(indexConnection, mapping, new ElasticSearchRequest { Type = "type1" });
Assert.Contains(expectedIndex, formatter.Uri.AbsolutePath);
}
public void BodyContainsFilterTerm()
{
var termCriteria = TermsCriteria.Build(TermsExecutionMode.@bool, "term1", memberInfo, "singlecriteria");
var formatter = new PostBodyRequestFormatter(defaultConnection, mapping, new ElasticSearchRequest { Type = "type1", Filter = termCriteria });
var body = JObject.Parse(formatter.Body);
var result = TraverseWithAssert(body, "filter", "term");
Assert.Equal(1, result.Count());
Assert.Equal("!!! singlecriteria !!!", result[termCriteria.Field].ToString());
Assert.Null(result["execution"]); // Only applicable to "terms" filters
}
public void BodyContainsFilterTerms()
{
var termCriteria = TermsCriteria.Build("term1", memberInfo, "criteria1", "criteria2");
var formatter = new PostBodyRequestFormatter(defaultConnection, mapping, new ElasticSearchRequest { Type = "type1", Filter = termCriteria });
var body = JObject.Parse(formatter.Body);
var result = TraverseWithAssert(body, "filter", "terms");
var actualTerms = TraverseWithAssert(result, termCriteria.Field);
foreach (var criteria in termCriteria.Values)
Assert.Contains("!!! " + criteria + " !!!", actualTerms.Select(t => t.ToString()).ToArray());
Assert.Null(result["execution"]);
}
public Task<ElasticResponse> SearchAsync(ElasticSearchRequest searchRequest)
{
var formatter = new PostBodyRequestFormatter(connection, mapping, searchRequest);
log.Debug(null, null, "Request: POST {0}", formatter.Uri);
log.Debug(null, null, "Body: {0}", formatter.Body);
return retryPolicy.ExecuteAsync(
async () =>
{
using (var requestMessage = new HttpRequestMessage(HttpMethod.Post, formatter.Uri) { Content = new StringContent(formatter.Body) })
using (var response = await SendRequestAsync(connection.HttpClient, requestMessage))
using (var responseStream = await response.Content.ReadAsStreamAsync())
return ParseResponse(responseStream, log);
},
(response, exception) => exception is TaskCanceledException,
(response, additionalInfo) =>
{
additionalInfo["index"] = connection.Index;
additionalInfo["query"] = formatter.Body;
});
}
public void ParseThrowsInvalidOperationForUnknownCriteriaTypes()
{
var formatter = new PostBodyRequestFormatter(defaultConnection, mapping, new ElasticSearchRequest { Type = "type1", Query = new FakeCriteria() });
Assert.Throws<InvalidOperationException>(() => JObject.Parse(formatter.Body));
}
public void BodyIsValidJsonFormattedResponse()
{
var formatter = new PostBodyRequestFormatter(defaultConnection, mapping, new ElasticSearchRequest { Type = "type1" });
Assert.DoesNotThrow(() => JObject.Parse(formatter.Body));
}
public void BodyDoesNotContainTimeoutWhenZero()
{
var connection = new ElasticConnection(new Uri("http://localhost/"), timeout: TimeSpan.Zero);
var formatter = new PostBodyRequestFormatter(connection, mapping, new ElasticSearchRequest());
var body = JObject.Parse(formatter.Body);
var result = body["timeout"];
Assert.Null(result);
}
public void BodyContainsFilterOr()
{
var minCriteria = new RangeCriteria("minField", memberInfo, RangeComparison.GreaterThanOrEqual, 100);
var maxCriteria = new RangeCriteria("maxField", memberInfo, RangeComparison.LessThan, 32768);
var orCriteria = OrCriteria.Combine(minCriteria, maxCriteria);
var formatter = new PostBodyRequestFormatter(defaultConnection, mapping, new ElasticSearchRequest { Type = "type1", Filter = orCriteria });
var body = JObject.Parse(formatter.Body);
var result = TraverseWithAssert(body, "filter", "or");
Assert.Equal(2, result.Children().Count());
foreach (var child in result)
Assert.True(((JProperty)(child.First)).Name == "range");
}
public void BodyContainsSizeWhenSpecified()
{
const int expectedSize = 4096;
var formatter = new PostBodyRequestFormatter(defaultConnection, mapping, new ElasticSearchRequest { Type = "type1", Size = expectedSize });
var body = JObject.Parse(formatter.Body);
var result = TraverseWithAssert(body, "size");
Assert.Equal(expectedSize, result);
}
public void BodyContainsTimeoutWhenSpecified()
{
const string expectedTimeout = "15s";
var connection = new ElasticConnection(new Uri("http://localhost/"), timeout: TimeSpan.FromSeconds(15));
var formatter = new PostBodyRequestFormatter(connection, mapping, new ElasticSearchRequest());
var body = JObject.Parse(formatter.Body);
var result = TraverseWithAssert(body, "timeout");
Assert.Equal(expectedTimeout, result);
}
public void UrlPathContainsTypeSpecifier()
{
var formatter = new PostBodyRequestFormatter(defaultConnection, mapping, new ElasticSearchRequest { Type = "type1" });
Assert.Contains("type1", formatter.Uri.AbsolutePath);
}
public void BodyContainsPrefixFilter()
{
const string expectedField = "motor";
const string expectedPrefix = "SR20";
var prefixCriteria = new PrefixCriteria(expectedField, expectedPrefix);
var formatter = new PostBodyRequestFormatter(defaultConnection, mapping, new ElasticSearchRequest { Type = "type1", Filter = prefixCriteria });
var body = JObject.Parse(formatter.Body);
var actualRegexp = TraverseWithAssert(body, "filter", "prefix", expectedField);
Assert.Equal(expectedPrefix, actualRegexp);
}
public void BodyContainsSortOptions()
{
var expectedSortOptions = new List<SortOption> { new SortOption("first", true), new SortOption("second", false), new SortOption("third", false, true) };
var formatter = new PostBodyRequestFormatter(defaultConnection, mapping, new ElasticSearchRequest { Type = "type1", SortOptions = expectedSortOptions });
var body = JObject.Parse(formatter.Body);
var result = TraverseWithAssert(body, "sort");
for (var i = 0; i < expectedSortOptions.Count; i++)
{
var actualSort = result[i];
var desiredSort = expectedSortOptions[i];
if (desiredSort.IgnoreUnmapped)
{
var first = (JProperty)actualSort.First;
Assert.Equal(desiredSort.Name, first.Name);
var childProperties = first.First.Children().Cast<JProperty>().ToArray();
Assert.Single(childProperties, f => f.Name == "ignore_unmapped" && f.Value.ToObject<bool>());
Assert.Single(childProperties, f => f.Name == "order" && f.Value.ToObject<string>() == "desc");
}
else
{
if (desiredSort.Ascending)
{
Assert.Equal(desiredSort.Name, actualSort);
}
else
{
var finalActualSort = actualSort[desiredSort.Name];
Assert.NotNull(finalActualSort);
Assert.Equal("desc", finalActualSort.ToString());
}
}
}
}
public void BodyContainsFilterMissing()
{
const string expectedFieldName = "fieldShouldBeMissing";
var termCriteria = new MissingCriteria(expectedFieldName);
var formatter = new PostBodyRequestFormatter(defaultConnection, mapping, new ElasticSearchRequest { Type = "type1", Filter = termCriteria });
var body = JObject.Parse(formatter.Body);
var field = TraverseWithAssert(body, "filter", "missing", "field");
Assert.Equal(expectedFieldName, field);
}
public void BodyContainsQueryRange()
{
var rangeCriteria = new RangeCriteria("someField", memberInfo,
new[]
{
new RangeSpecificationCriteria(RangeComparison.LessThan, 100),
new RangeSpecificationCriteria(RangeComparison.GreaterThan, 200)
});
var formatter = new PostBodyRequestFormatter(defaultConnection, mapping, new ElasticSearchRequest { Type = "type1", Query = rangeCriteria });
var body = JObject.Parse(formatter.Body);
var result = TraverseWithAssert(body, "query", "range");
var actualRange = TraverseWithAssert(result, rangeCriteria.Field);
Assert.Equal("!!! 100 !!!", actualRange["lt"]);
Assert.Equal("!!! 200 !!!", actualRange["gt"]);
}
public void BodyContainsQueryString()
{
const string expectedQuery = "this is my query string";
var queryString = new QueryStringCriteria(expectedQuery);
var formatter = new PostBodyRequestFormatter(defaultConnection, mapping, new ElasticSearchRequest { Type = "type1", Query = queryString });
var body = JObject.Parse(formatter.Body);
var result = TraverseWithAssert(body, "query", "query_string", "query");
Assert.Equal(expectedQuery, result.ToString());
}
public void BodyContainsFilterSingleCollapsedOr()
{
const string expectedFieldName = "fieldShouldExist";
var existsCriteria = new ExistsCriteria(expectedFieldName);
var orCriteria = OrCriteria.Combine(existsCriteria);
var formatter = new PostBodyRequestFormatter(defaultConnection, mapping, new ElasticSearchRequest { Type = "type1", Filter = orCriteria });
var body = JObject.Parse(formatter.Body);
var field = TraverseWithAssert(body, "filter", "exists", "field");
Assert.Equal(expectedFieldName, field);
}
public void BodyContainsFilterNot()
{
var termCriteria = TermsCriteria.Build("term1", memberInfo, "alpha", "bravo", "charlie", "delta", "echo");
var notCriteria = NotCriteria.Create(termCriteria);
var formatter = new PostBodyRequestFormatter(defaultConnection, mapping, new ElasticSearchRequest { Type = "type1", Filter = notCriteria });
var body = JObject.Parse(formatter.Body);
var result = TraverseWithAssert(body, "filter", "not", "terms");
var actualTerms = TraverseWithAssert(result, termCriteria.Field);
foreach (var criteria in termCriteria.Values)
Assert.Contains("!!! " + criteria + " !!!", actualTerms.Select(t => t.ToString()).ToArray());
}
public void BodyContainsFromWhenSpecified()
{
const int expectedFrom = 1024;
var formatter = new PostBodyRequestFormatter(defaultConnection, mapping, new ElasticSearchRequest { Type = "type1", From = expectedFrom });
var body = JObject.Parse(formatter.Body);
var result = TraverseWithAssert(body, "from");
Assert.Equal(expectedFrom, result);
}
public void BodyContainsFieldSelections()
{
var expectedFields = new List<string> { "first", "second", "third" };
var formatter = new PostBodyRequestFormatter(defaultConnection, mapping, new ElasticSearchRequest { Type = "type1", Fields = expectedFields });
var body = JObject.Parse(formatter.Body);
var result = TraverseWithAssert(body, "fields");
foreach (var field in expectedFields)
Assert.Contains(field, result);
}
public void BodyContainsRangeFilter()
{
const string expectedField = "capacity";
const decimal expectedRange = 2.0m;
var rangeCriteria = new RangeCriteria(expectedField, memberInfo, RangeComparison.GreaterThanOrEqual, expectedRange);
var formatter = new PostBodyRequestFormatter(defaultConnection, mapping, new ElasticSearchRequest { Type = "type1", Filter = rangeCriteria });
var body = JObject.Parse(formatter.Body);
var result = TraverseWithAssert(body, "filter", "range", expectedField, "gte");
Assert.Equal("!!! 2.0 !!!", result);
}