public string BuildCellset(MemoryStream data)
{
// arguments
string server=Serialization.DeserializeValue(data, typeof(string)) as string;
string database=Serialization.DeserializeValue(data, typeof(string)) as string;
string mdx=Serialization.DeserializeValue(data, typeof(string)) as string;
// execute
XmlCellsetWrapper cst=new XmlCellsetWrapper();
return cst.BuildCellset(server, database, mdx);
}
public string BuildCellset(MemoryStream data)
{
// arguments
string server = Serialization.DeserializeValue(data, typeof(string)) as string;
string database = Serialization.DeserializeValue(data, typeof(string)) as string;
string mdx = Serialization.DeserializeValue(data, typeof(string)) as string;
// execute
XmlCellsetWrapper cst = new XmlCellsetWrapper();
return(cst.BuildCellset(server, database, mdx));
}
public string GetLevelMembers(MemoryStream data)
{
// arguments
string server=Serialization.DeserializeValue(data, typeof(string)) as string;
string database=Serialization.DeserializeValue(data, typeof(string)) as string;
string cube=Serialization.DeserializeValue(data, typeof(string)) as string;
string levelUniqueName=Serialization.DeserializeValue(data, typeof(string)) as string;
// execute
XmlCellsetWrapper cst=new XmlCellsetWrapper();
return cst.GetLevelMembers(server, database, cube, levelUniqueName);
}
public string GetLevelMembers(MemoryStream data)
{
// arguments
string server = Serialization.DeserializeValue(data, typeof(string)) as string;
string database = Serialization.DeserializeValue(data, typeof(string)) as string;
string cube = Serialization.DeserializeValue(data, typeof(string)) as string;
string levelUniqueName = Serialization.DeserializeValue(data, typeof(string)) as string;
// execute
XmlCellsetWrapper cst = new XmlCellsetWrapper();
return(cst.GetLevelMembers(server, database, cube, levelUniqueName));
}
public string GetReportSchemaXml(MemoryStream data)
{
// arguments
string server = Serialization.DeserializeValue(data, typeof(string)) as string;
string database = Serialization.DeserializeValue(data, typeof(string)) as string;
string cube = Serialization.DeserializeValue(data, typeof(string)) as string;
string openNodesXml = Serialization.DeserializeValue(data, typeof(string)) as string;
// execute
XmlCellsetWrapper cst = new XmlCellsetWrapper();
return(cst.GetReportSchemaXml(server, database, cube, ref openNodesXml));
}
public string GetMemberChildren(MemoryStream data)
{
// arguments
string server=Serialization.DeserializeValue(data, typeof(string)) as string;
string database=Serialization.DeserializeValue(data, typeof(string)) as string;
string cube=Serialization.DeserializeValue(data, typeof(string)) as string;
string memUniqueName=Serialization.DeserializeValue(data, typeof(string)) as string;
bool ifLeafAddItself=(bool)Serialization.DeserializeValue(data, typeof(bool));
// execute
XmlCellsetWrapper cst=new XmlCellsetWrapper();
return cst.GetMemberChildren(server, database, cube, memUniqueName, ifLeafAddItself);
}
public string GetMemberGrandParent(MemoryStream data)
{
// arguments
string server = Serialization.DeserializeValue(data, typeof(string)) as string;
string database = Serialization.DeserializeValue(data, typeof(string)) as string;
string cube = Serialization.DeserializeValue(data, typeof(string)) as string;
string hierUniqueName = Serialization.DeserializeValue(data, typeof(string)) as string;
string memUniqueName = Serialization.DeserializeValue(data, typeof(string)) as string;
// execute
XmlCellsetWrapper cst = new XmlCellsetWrapper();
return(cst.GetMemberGrandParent(server, database, cube, hierUniqueName, memUniqueName));
}
public string GetMemberChildren(MemoryStream data)
{
// arguments
string server = Serialization.DeserializeValue(data, typeof(string)) as string;
string database = Serialization.DeserializeValue(data, typeof(string)) as string;
string cube = Serialization.DeserializeValue(data, typeof(string)) as string;
string memUniqueName = Serialization.DeserializeValue(data, typeof(string)) as string;
bool ifLeafAddItself = (bool)Serialization.DeserializeValue(data, typeof(bool));
// execute
XmlCellsetWrapper cst = new XmlCellsetWrapper();
return(cst.GetMemberChildren(server, database, cube, memUniqueName, ifLeafAddItself));
}
public string GetSchemaMembers(MemoryStream data)
{
// arguments
string server = Serialization.DeserializeValue(data, typeof(string)) as string;
string database = Serialization.DeserializeValue(data, typeof(string)) as string;
string cube = Serialization.DeserializeValue(data, typeof(string)) as string;
ArrayList uniqueNames = new ArrayList();
while (data.Position < data.Length)
{
uniqueNames.Add((string)Serialization.DeserializeValue(data, typeof(string)));
}
// execute
XmlCellsetWrapper cst = new XmlCellsetWrapper();
return(cst.GetSchemaMembers(server, database, cube, (string[])uniqueNames.ToArray(typeof(string))));
}
public string GetMemberGrandParent(MemoryStream data)
{
// arguments
string server=Serialization.DeserializeValue(data, typeof(string)) as string;
string database=Serialization.DeserializeValue(data, typeof(string)) as string;
string cube=Serialization.DeserializeValue(data, typeof(string)) as string;
string hierUniqueName=Serialization.DeserializeValue(data, typeof(string)) as string;
string memUniqueName=Serialization.DeserializeValue(data, typeof(string)) as string;
// execute
XmlCellsetWrapper cst=new XmlCellsetWrapper();
return cst.GetMemberGrandParent(server, database, cube, hierUniqueName, memUniqueName);
}
public string GetSchemaMembers(MemoryStream data)
{
// arguments
string server=Serialization.DeserializeValue(data, typeof(string)) as string;
string database=Serialization.DeserializeValue(data, typeof(string)) as string;
string cube=Serialization.DeserializeValue(data, typeof(string)) as string;
ArrayList uniqueNames=new ArrayList();
while(data.Position<data.Length)
uniqueNames.Add((string)Serialization.DeserializeValue(data, typeof(string)));
// execute
XmlCellsetWrapper cst=new XmlCellsetWrapper();
return cst.GetSchemaMembers(server, database, cube, (string[])uniqueNames.ToArray(typeof(string)));
}
public string GetReportXml(MemoryStream data)
{
// arguments
string server=Serialization.DeserializeValue(data, typeof(string)) as string;
string database=Serialization.DeserializeValue(data, typeof(string)) as string;
string cube=Serialization.DeserializeValue(data, typeof(string)) as string;
string inReportXml=Serialization.DeserializeValue(data, typeof(string)) as string;
// execute
XmlCellsetWrapper cst=new XmlCellsetWrapper();
return cst.GetReportXml(server, database, cube, ref inReportXml);
}
