public UpdateResponse Update(Action <UpdateDescriptor <dynamic> > updateSelector)
{
var updateDescriptor = new UpdateDescriptor <dynamic>();
updateSelector(updateDescriptor);
var data = ElasticClient.Serialize(updateDescriptor);
var path = this.CreateUpdatePath <dynamic>(updateDescriptor);
return(this._Update(path, data));
}
public IUpdateResponse Update <T>(Action <UpdateDescriptor <T> > updateSelector) where T : class
{
var updateDescriptor = new UpdateDescriptor <T>();
updateSelector(updateDescriptor);
var data = JsonConvert.SerializeObject(updateDescriptor, Formatting.Indented, IndexSerializationSettings);
//var data = ElasticClient.Serialize(updateDescriptor);
var path = this.CreateUpdatePath <T>(updateDescriptor);
return(this._Update(path, data));
}
private string CreateUpdatePath <T, K>(UpdateDescriptor <T, K> s)
where T : class
where K : class
{
var index = s._Index ?? this.IndexNameResolver.GetIndexForType <T>();
var type = s._Type != null?s._Type.Resolve(this.Settings) : this.GetTypeNameFor <T>();
var id = s._Id ?? this.IdResolver.GetIdFor(s._Object);
index.ThrowIfNullOrEmpty("index");
type.ThrowIfNullOrEmpty("type");
id.ThrowIfNullOrEmpty("id");
var path = this.PathResolver.CreateIndexTypeIdPath(index, type, id, "_update") + "/?";
if (s._Consistency.HasValue)
{
path += "consistency=" + Enum.GetName(typeof(Consistency), s._Consistency.Value);
}
if (s._Replication.HasValue)
{
path += "replication=" + Enum.GetName(typeof(Replication), s._Replication.Value);
}
if (s._Refresh.HasValue)
{
path += "refresh=" + s._Refresh.Value.ToString().ToLower();
}
if (s._Timeout.HasValue)
{
path += "timeout=" + s._Timeout.ToString();
}
if (s._Timeout.HasValue)
{
path += "timeout=" + s._Timeout.ToString();
}
if (!string.IsNullOrWhiteSpace(s._Percolate))
{
path += "percolate=" + s._Percolate;
}
if (!string.IsNullOrWhiteSpace(s._Parent))
{
path += "parent=" + s._Parent;
}
if (!string.IsNullOrWhiteSpace(s._Routing))
{
path += "routing=" + s._Routing;
}
return(path);
}
private string CreateUpdatePath <T, K>(UpdateDescriptor <T, K> s)
where T : class
where K : class
{
var index = s._Index ?? this.Infer.IndexName <T>();
var type = s._Type != null?s._Type.Resolve(this._connectionSettings) : this.Infer.TypeName <T>();
var id = s._Id ?? this.Infer.Id(s._Object);
index.ThrowIfNullOrEmpty("index");
type.ThrowIfNullOrEmpty("type");
id.ThrowIfNullOrEmpty("id");
var querystringPairs = new List <string>();
if (s._Consistency.HasValue)
{
querystringPairs.Add("consistency=" + Enum.GetName(typeof(Consistency), s._Consistency.Value));
}
if (s._Replication.HasValue)
{
querystringPairs.Add("replication=" + Enum.GetName(typeof(Replication), s._Replication.Value));
}
if (s._Refresh.HasValue)
{
querystringPairs.Add("refresh=" + s._Refresh.Value.ToString().ToLower());
}
if (s._Timeout.HasValue)
{
querystringPairs.Add("timeout=" + s._Timeout);
}
if (!string.IsNullOrWhiteSpace(s._Percolate))
{
querystringPairs.Add("percolate=" + s._Percolate);
}
if (!string.IsNullOrWhiteSpace(s._Parent))
{
querystringPairs.Add("parent=" + s._Parent);
}
if (!string.IsNullOrWhiteSpace(s._Routing))
{
querystringPairs.Add("routing=" + s._Routing);
}
if (s._RetriesOnConflict.HasValue)
{
querystringPairs.Add("retries_on_conflict=" + s._RetriesOnConflict);
}
return(this.PathResolver.CreateIndexTypeIdPath(index, type, id, "_update") + "/?" + string.Join("&", querystringPairs));
}
