internal override void WrapInContainer(AggregationContainer c) => c.Missing = this;
internal override void WrapInContainer(AggregationContainer c) => c.TopHits = this;
internal override void WrapInContainer(AggregationContainer c) => c.MovingFunction = this;
internal override void WrapInContainer(AggregationContainer c) => c.IpRange = this;
internal override void WrapInContainer(AggregationContainer c) => c.Cardinality = this;
internal override void WrapInContainer(AggregationContainer c) => c.StatsBucket = this;
internal override void WrapInContainer(AggregationContainer c) => c.GeoDistance = this;
internal override void WrapInContainer(AggregationContainer c) => c.SerialDifferencing = this;
internal override void WrapInContainer(AggregationContainer c) => c.GeoCentroid = this;
internal override void WrapInContainer(AggregationContainer c) => c.Histogram = this;
internal override void WrapInContainer(AggregationContainer c) => c.Composite = this;
internal override void WrapInContainer(AggregationContainer c) => c.BucketScript = this;
internal override void WrapInContainer(AggregationContainer c) => c.Derivative = this;
internal override void WrapInContainer(AggregationContainer c) => c.WeightedAverage = this;
public object GetObjectCount(Object obj, Object Criteria)
{
Type typeObj = obj.GetType();
Type filtertype = Criteria.GetType();
if (!System.Configuration.ConfigurationManager.AppSettings["StorageType"].Equals("SQL"))
{
var node = new Uri(blueChappieSetttings.BlueChappieElasticServer + "/" + typeObj.Name + "lib/");
var client = new Nest.ElasticClient(node);
var searchRequest = new Nest.SearchRequest();
var aggregationRequest = new Nest.AggregationContainer();
QueryContainer andQuery = null;
ValueCountAggregation vcagg = null;
foreach (var imgFields in filtertype.GetProperties())
{
if (imgFields.GetValue(Criteria) != null)
{
if (!imgFields.GetValue(Criteria).Equals(""))
{
andQuery &= new TermQuery
{
Field = imgFields,
Value = imgFields.GetValue(Criteria)
};
//vcagg &= new ValueCountAggregation {
// name ="a",
// Field = imgFields
//};
}
}
}
var query = client.Search<object>(s => s
.Query(q => q
.ConstantScore(c => c
.Filter(fl => fl
&& andQuery))));
var docs = query.Documents;
DataTable tbl;
foreach (var rows in docs)
{
tbl = (DataTable)JsonConvert.DeserializeObject("[" + rows.Suffix("]") + "]", (typeof(DataTable)));
foreach (DataRow row in tbl.Rows)
{
foreach (System.Data.DataColumn fld in tbl.Columns)
{
foreach (PropertyInfo imgFields in typeObj.GetProperties())
{
if (imgFields.Name.Equals(fld.ColumnName))
{
if (imgFields.CanWrite)
{
imgFields.SetValue(obj, row.Field<object>(fld.ToString()));
}
}
}
}
}
}
}
else
{
System.Data.DataSet dataSet = new System.Data.DataSet();
System.Data.SqlClient.SqlConnection sqlConnection = new System.Data.SqlClient.SqlConnection("Database=BlueChappie;Server=localhost;uid=ProTrack2;pwd=protrack123;Connect Timeout=30;Min Pool Size=5;Max Pool Size=900;");
System.Data.SqlClient.SqlDataAdapter sqlDataAdapter = new System.Data.SqlClient.SqlDataAdapter();
string SQLStatement = "SELECT TOP 1 * FROM " + typeObj.Name + "lib with (nolock) WHERE 1=1";
string filter = "";
foreach (PropertyInfo imgFields in filtertype.GetProperties())
{
if (imgFields.GetValue(Criteria) != null)
{
if (!imgFields.GetValue(Criteria).Equals(""))
{
filter += ((filter.Equals("")) ? "" : " AND ") + imgFields.Name + "='" + imgFields.GetValue(Criteria) + "', ";
}
}
}
if (filter.Length > 0)
{
filter = filter.Substring(0, filter.Length - 2);
SQLStatement = SQLStatement.Replace("1=1", filter);
}
sqlDataAdapter.SelectCommand = new System.Data.SqlClient.SqlCommand(filter, sqlConnection);
sqlDataAdapter.Fill(dataSet);
DataTable tbl = dataSet.Tables[0];
tbl.TableName = typeObj.Name + "lib";
foreach (System.Data.DataRow row in tbl.Rows)
foreach (System.Data.DataColumn fld in tbl.Columns)
{
foreach (PropertyInfo imgFields in typeObj.GetProperties())
{
if (imgFields.Name.Equals(fld.ColumnName))
{
if (imgFields.CanWrite)
{
imgFields.SetValue(obj, row.Field<object>(fld.ToString()));
}
}
}
}
}
return obj;
}
internal override void WrapInContainer(AggregationContainer c) => c.MatrixStats = this;
internal override void WrapInContainer(AggregationContainer c) => c.AdjacencyMatrix = this;
internal override void WrapInContainer(AggregationContainer c) => c.GeoBounds = this;
internal override void WrapInContainer(AggregationContainer c) => c.MovingAverage = this;
public void Add(string key, AggregationContainer value) => BackingDictionary.Add(ValidateKey(key), value);
internal override void WrapInContainer(AggregationContainer c) => c.PercentilesBucket = this;
internal override void WrapInContainer(AggregationContainer c) => c.ScriptedMetric = this;
internal override void WrapInContainer(AggregationContainer c) => c.Nested = this;
internal override void WrapInContainer(AggregationContainer c) => c.Sampler = this;
internal override void WrapInContainer(AggregationContainer c) => c.SignificantTerms = this;
internal override void WrapInContainer(AggregationContainer c) => c.RareTerms = this;
internal override void WrapInContainer(AggregationContainer c) => c.MovingPercentiles = this;
internal override void WrapInContainer(AggregationContainer c) => c.ValueCount = this;
internal override void WrapInContainer(AggregationContainer c) => c.CumulativeSum = this;
internal override void WrapInContainer(AggregationContainer c) => c.BucketSelector = this;
internal override void WrapInContainer(AggregationContainer c) => c.Filters = this;
