internal VertexTable GetRowForActiveVertex(string vertexName)
{
return(VertexTable.GetAll(_vertexTable)
.Where(gn => vertexName == gn.VertexName && !string.IsNullOrEmpty(gn.InstanceName))
.Where(gn => gn.IsActive)
.First());
}
internal void DeactivateVertexOnInstance(string vertexName, string instanceName)
{
var newActiveVertex = VertexTable.GetAll(_vertexTable)
.Where(gn => instanceName == gn.InstanceName && vertexName == gn.VertexName)
.First();
newActiveVertex.IsActive = false;
TableOperation insertOperation = TableOperation.InsertOrReplace(newActiveVertex);
_vertexTable.ExecuteAsync(insertOperation).Wait();
}
internal void ActivateVertexOnInstance(string vertexName, string instanceName)
{
var newActiveVertex = VertexTable.GetAll(_vertexTable)
.Where(gn => instanceName == gn.InstanceName && vertexName == gn.VertexName)
.First();
newActiveVertex.IsActive = true;
TableOperation insertOperation = TableOperation.InsertOrReplace(newActiveVertex);
_vertexTable.ExecuteAsync(insertOperation).Wait();
var procs = VertexTable.GetAll(_vertexTable)
.Where(gn => vertexName == gn.VertexName && instanceName != gn.InstanceName);
foreach (var proc in procs)
{
if (proc.IsActive)
{
proc.IsActive = false;
TableOperation _insertOperation = TableOperation.InsertOrReplace(proc);
_vertexTable.ExecuteAsync(_insertOperation).Wait();
}
}
}
internal VertexTable GetRowForDefaultInstance()
{
return(VertexTable.GetAll(_vertexTable).Where(gn => string.IsNullOrEmpty(gn.VertexName)).First());
}
internal VertexTable GetRowForInstanceVertex(string instanceName, string vertexName)
{
return(VertexTable.GetAll(_vertexTable).Where(gn => instanceName == gn.InstanceName && vertexName == gn.VertexName).First());
}