public void GetKLA_TestQueryNull()
{
ElasticsearchInterceptingConnection conn = new ElasticsearchInterceptingConnection();
ESResourceAggregationService aggSvc = this.GetService <ESResourceAggregationService>(conn);
Assert.ThrowsAny <Exception>(() => {
KeyLabelAggResult[] aggResults = aggSvc.GetKeyLabelAggregation(
"toolSubtypes",
null
);
});
}
public void GetKLA_Build_SubType_Missing_Tooltype()
{
ElasticsearchInterceptingConnection conn = new ElasticsearchInterceptingConnection();
ESResourceAggregationService aggSvc = this.GetService <ESResourceAggregationService>(conn);
Assert.ThrowsAny <Exception>(() => {
KeyLabelAggResult[] aggResults = aggSvc.GetKeyLabelAggregation(
"toolSubtypes",
new ResourceQuery
{
Filters = new Dictionary <string, string[]> {
}
}
);
});
}
public void GetKLA_TestBadFacet()
{
ElasticsearchInterceptingConnection conn = new ElasticsearchInterceptingConnection();
ESResourceAggregationService aggSvc = this.GetService <ESResourceAggregationService>(conn);
Assert.ThrowsAny <Exception>(() => {
KeyLabelAggResult[] aggResults = aggSvc.GetKeyLabelAggregation(
"chicken",
new ResourceQuery {
Filters = new Dictionary <string, string[]> {
{ "toolTypes", new string[] { "datasets_databases" } }
}
}
);
});
}
public void GetKLA_Basic_NoQuery()
{
//Create new ESRegAggConnection...
IConnection conn = new ESResAggSvcConnection("ResearchTypes_EmptyQuery");
//Expected Aggs
KeyLabelAggResult[] expectedAggs = new KeyLabelAggResult[] {
new KeyLabelAggResult()
{
Key = "basic",
Label = "Basic",
Count = 94
},
new KeyLabelAggResult()
{
Key = "translational",
Label = "Translational",
Count = 66
},
new KeyLabelAggResult()
{
Key = "clinical_trials",
Label = "Clinical Trials",
Count = 42
},
new KeyLabelAggResult()
{
Key = "epidemiologic",
Label = "Epidemiologic",
Count = 26
},
new KeyLabelAggResult()
{
Key = "clinical",
Label = "Clinical",
Count = 5
}
};
ESResourceAggregationService aggSvc = this.GetService <ESResourceAggregationService>(conn);
KeyLabelAggResult[] actualAggs = aggSvc.GetKeyLabelAggregation("researchTypes", new ResourceQuery());
//Order does matter here, so we can compare the arrays
Assert.Equal(expectedAggs, actualAggs, new KeyLabelAggResultComparer());
}
public void GetKLA_SubType_NoMatches()
{
//Create new ESRegAggConnection...
IConnection conn = new ESResAggSvcConnection("SubtoolTypes_WithToolType_NoResults");
//Expected Aggs
KeyLabelAggResult[] expectedAggs = new KeyLabelAggResult[] { };
ESResourceAggregationService aggSvc = this.GetService <ESResourceAggregationService>(conn);
KeyLabelAggResult[] actualAggs = aggSvc.GetKeyLabelAggregation(
"toolSubtypes",
new ResourceQuery
{
Filters = new Dictionary <string, string[]> {
{ "toolTypes", new string[] { "nohits" } }
}
}
);
//Order does matter here, so we can compare the arrays
Assert.Equal(expectedAggs, actualAggs, new KeyLabelAggResultComparer());
}
public void GetKLA_Build_SubType()
{
//Create new ESRegAggConnection...
string actualPath = "";
string expectedPath = "r4r_v1/resource/_search"; //Use index in config
JObject actualRequest = null;
JObject expectedRequest = JObject.Parse(@"
{
""size"": 0,
""query"": {
""bool"": {
""filter"": [
{ ""term"": { ""toolTypes.key"": { ""value"": ""datasets_databases"" }}}
]
}
},
""aggs"": {
""toolSubtypes_agg"": {
""nested"": {
""path"": ""toolSubtypes""
},
""aggs"": {
""toolSubtypes_filter"": {
""filter"": {
""term"": { ""toolSubtypes.parentKey"": { ""value"": ""datasets_databases"" } }
},
""aggs"": {
""toolSubtypes_key"": {
""terms"": {
""field"": ""toolSubtypes.key"",
""size"": 999
},
""aggs"": {
""toolSubtypes_label"": {
""terms"": {
""field"": ""toolSubtypes.label""
}
}
}
}
}
}
}
}
}
}
");
/*
*/
ElasticsearchInterceptingConnection conn = new ElasticsearchInterceptingConnection();
//SearchResponse<Resource> <-- type
conn.RegisterRequestHandlerForType <SearchResponse <Resource> >((req, res) =>
{
actualPath = req.Path;
actualRequest = conn.GetRequestPost(req);
});
ESResourceAggregationService aggSvc = this.GetService <ESResourceAggregationService>(conn);
try
{
KeyLabelAggResult[] aggResults = aggSvc.GetKeyLabelAggregation(
"toolSubtypes",
new ResourceQuery {
Filters = new Dictionary <string, string[]> {
{ "toolTypes", new string[] { "datasets_databases" } }
}
}
);
}
catch (Exception ex) {
int i = 1;
} //We don't care how it processes the results...
Assert.Equal(expectedPath, actualPath);
Assert.Equal(expectedRequest, actualRequest, new JTokenEqualityComparer());
}
public void GetKLA_SubType_NoQuery()
{
//Create new ESRegAggConnection...
IConnection conn = new ESResAggSvcConnection("SubtoolTypes_WithToolType");
//Expected Aggs
KeyLabelAggResult[] expectedAggs = new KeyLabelAggResult[] {
new KeyLabelAggResult()
{
Key = "clinical_data",
Label = "Clinical Data",
Count = 21
},
new KeyLabelAggResult()
{
Key = "imaging",
Label = "Imaging",
Count = 14
},
new KeyLabelAggResult()
{
Key = "genomic_datasets",
Label = "Genomic Datasets",
Count = 13
},
new KeyLabelAggResult()
{
Key = "epidemiologic_data",
Label = "Epidemiologic Data",
Count = 12
},
new KeyLabelAggResult()
{
Key = "patient_registries",
Label = "Patient Registries",
Count = 3
},
new KeyLabelAggResult()
{
Key = "biological_networks",
Label = "Biological Networks",
Count = 2
}
};
ESResourceAggregationService aggSvc = this.GetService <ESResourceAggregationService>(conn);
KeyLabelAggResult[] actualAggs = aggSvc.GetKeyLabelAggregation(
"toolSubtypes",
new ResourceQuery
{
Filters = new Dictionary <string, string[]> {
{ "toolTypes", new string[] { "datasets_databases" } }
}
}
);
//Order does matter here, so we can compare the arrays
Assert.Equal(expectedAggs, actualAggs, new KeyLabelAggResultComparer());
}
