Merge pull request #650 from vovikdrg/master

Update documentation

Author: Mpdreamz

new_docs/contents/nest/core/delete-by-query.markdown

@@ -8,27 +8,30 @@ menuitem: delete-by-query
 
 # Delete by Query
 
-	this.ConnectedClient.DeleteByQuery<ElasticSearchProject>(q => q.Term(f => f.Name, "elasticsearch.pm"));
+	ConnectedClient.DeleteByQuery<object>(q => q.Query(rq => rq.Term(f => f.Name, "elasticsearch.pm")));
 
 Elasticsearch allows you to delete over multiple types and indexes, so does NEST.
 
-	this.ConnectedClient.DeleteByQuery<ElasticSearchProject>(q => q
-		.Indices(new[] { "index1", "index2" })
-		.Term(f => f.Name, "elasticsearch.pm")
+	ConnectedClient.DeleteByQuery<ElasticSearchProject>(q => q
+		.Indices(new[] {"index1", "index2"})
+		.Query(rq => rq.Term(f => f.Name, "elasticsearch.pm"))
 	);
 
 As always `*Async` variants are available too.
 
 You can also delete by query over all the indices and types:
 
-	this.ConnectedClient.DeleteByQuery<ElasticSearchProject>(q => q
+	ConnectedClient.DeleteByQuery<ElasticSearchProject>(q => q
 		.AllIndices()
-		.Term(f => f.Name, "elasticsearch.pm")
+		.Query(rq => rq.Term(f => f.Name, "elasticsearch.pm"))
 	);
 
 The DeleteByQuery can be further controlled by passing a `DeleteByQueryParameters` object
 
-	this.ConnectedClient.DeleteByQuery<ElasticSearchProject>(
-		q => q.Term(f => f.Name, "elasticsearch.pm")
-		, new DeleteByQueryParameters { Consistency = Consistency.Quorum, Replication = Replication.Sync, Routing = "NEST" }	
+	ConnectedClient.DeleteByQuery<ElasticSearchProject>(q => q
+		.Query(rq => rq
+		.Term(f => f.Name, "elasticsearch.pm"))
+		.Routing("nest")
+		.Replication(ReplicationOptions.Sync)
 	);
+                    

new_docs/contents/nest/core/delete.markdown

@@ -13,20 +13,27 @@ The delete API allows to delete a typed JSON document from a specific index base
 
 ## By Id
 
-            this.ConnectedClient.DeleteById<ElasticSearchProject>(searchProject.Id);
-            this.ConnectedClient.DeleteByIdAsync<ElasticSearchProject>(searchProject.Id, c => /* called later */);
+	this.ConnectedClient.Delete<ElasticSearchProject>(searchProject.Id);
+	this.ConnectedClient.DeleteAsync<ElasticSearchProject>(searchProject.Id);
+
+## Delete with custom parameters
+
+	_client.Delete(request.Id, s => s
+		.Type("users")
+		.Index("myindex")
+	);
 
 ## By object (T)
 
 Id property is inferred (can be any value type (int, string, float ...))
 
-            this.ConnectedClient.Delete(searchProject);
-            this.ConnectedClient.DeleteAsync(searchProject);
+	this.ConnectedClient.Delete(searchProject);
+	this.ConnectedClient.DeleteAsync(searchProject);
 
 ## By IEnumerable<T>
 
-            this.ConnectedClient.DeleteMany(searchProjects);
-            this.ConnectedClient.DeleteManyAsync(searchProjects);
+	this.ConnectedClient.DeleteMany(searchProjects);
+	this.ConnectedClient.DeleteManyAsync(searchProjects);
 
 ## By IEnumerable<T> using bulkparameters
 

new_docs/contents/nest/core/index.markdown

@@ -21,7 +21,11 @@ is sufficient. this will index post too `/[default index]/posts/12`. The typenam
 
 If you need more control there are plenty of overloads, i.e:
 
-	client.Index(post, "index", "type", "id");
+	 _client.Index(post, i => i
+				.Index(index)
+				.Type(type)
+				.Id(post.Id)
+	);
 
 ## Asynchronous
 

new_docs/contents/nest/query/aggregation.markdown

@@ -0,0 +1,34 @@
+---
+template: layout.jade
+title: Connecting
+menusection: search
+menuitem: aggregation
+---
+
+
+# Aggregations
+
+Aggregations is new and more powerfull way to build facets. Using them its possible to build any kind of facets and grouped in way as needed.
+
+## Simple query
+
+	var results = EClinet.Search<ElasticSearchObject>(s => s.QueryString("*")
+		.Aggregations(a => a.Terms("GroupName", ta => ta.Field("Category")))
+	);
+
+then to read items 
+    
+	var termBucket = results.Aggs.Terms("GroupName").Items;
+
+## Global
+
+	var results = EClinet.Search<ElasticSearchObject>(s => s.QueryString("*")
+		.Aggregations(a => a.Global("Title", g=>g.Aggregations(ga => ga.Terms("GroupName", ta => ta.Field("Category"))))
+	));
+
+##Sub aggregation
+
+	var results = EClinet.Search<ElasticSearchObject>(s => s.QueryString("*")
+		.Aggregations(a => a.Global("Title", g=>g.Aggregations(ga => ga.Terms("GroupName", ta => ta.Field("Category")
+			.Aggregations(sa=>sa.Terms("Color", sat=>sat.Field("Color")))
+		)))));