/// <summary>
/// Reads an verifies all of the nodes.
/// </summary>
private bool DoWriteBadTypeTest()
{
// follow tree from each starting node.
bool success = true;
// collection writeable variables that don't change during the test.
List <TestVariable> variables = new List <TestVariable>();
for (int ii = 0; ii < WriteableVariables.Count; ii++)
{
TestVariable test = new TestVariable();
test.Variable = WriteableVariables[ii];
test.DataType = TypeInfo.GetBuiltInType(WriteableVariables[ii].DataType, Session.TypeTree);
test.Values = new List <DataValue>();
variables.Add(test);
}
Log("Starting WriteBadTypeTest for {0} Nodes", variables.Count);
double increment = MaxProgress / variables.Count;
double position = 0;
WriteValueCollection nodesToWrite = new WriteValueCollection();
int nodes = 0;
int operations = 0;
foreach (TestVariable variable in variables)
{
nodes++;
AddWriteBadValues(variable, nodesToWrite);
// process batch.
if (nodesToWrite.Count > 100)
{
operations += nodesToWrite.Count;
if (!WriteBadValues(nodesToWrite))
{
success = false;
break;
}
if (nodes > variables.Count / 5)
{
Log("Wrote {0} attribute values for {1} nodes.", operations, nodes);
nodes = 0;
operations = 0;
}
nodesToWrite.Clear();
}
position += increment;
ReportProgress(position);
}
// process final batch.
if (success)
{
if (nodesToWrite.Count > 0)
{
operations += nodesToWrite.Count;
if (!WriteBadValues(nodesToWrite))
{
success = false;
}
else
{
Log("Wrote {0} attribute values for {1} nodes.", operations, nodes);
}
nodesToWrite.Clear();
}
}
return(success);
}
/// <summary>
/// Reads an verifies all of the nodes.
/// </summary>
private bool DoWriteBadTypeTest()
{
// follow tree from each starting node.
bool success = true;
// collection writeable variables that don't change during the test.
List<TestVariable> variables = new List<TestVariable>();
for (int ii = 0; ii < WriteableVariables.Count; ii++)
{
TestVariable test = new TestVariable();
test.Variable = WriteableVariables[ii];
test.DataType = TypeInfo.GetBuiltInType(WriteableVariables[ii].DataType, Session.TypeTree);
test.Values = new List<DataValue>();
variables.Add(test);
}
Log("Starting WriteBadTypeTest for {0} Nodes", variables.Count);
double increment = MaxProgress/variables.Count;
double position = 0;
WriteValueCollection nodesToWrite = new WriteValueCollection();
int nodes = 0;
int operations = 0;
foreach (TestVariable variable in variables)
{
nodes++;
AddWriteBadValues(variable, nodesToWrite);
// process batch.
if (nodesToWrite.Count > 100)
{
operations += nodesToWrite.Count;
if (!WriteBadValues(nodesToWrite))
{
success = false;
break;
}
if (nodes > variables.Count/5)
{
Log("Wrote {0} attribute values for {1} nodes.", operations, nodes);
nodes = 0;
operations = 0;
}
nodesToWrite.Clear();
}
position += increment;
ReportProgress(position);
}
// process final batch.
if (success)
{
if (nodesToWrite.Count > 0)
{
operations += nodesToWrite.Count;
if (!WriteBadValues(nodesToWrite))
{
success = false;
}
else
{
Log("Wrote {0} attribute values for {1} nodes.", operations, nodes);
}
nodesToWrite.Clear();
}
}
return success;
}
/// <summary>
/// Reads an verifies all of the nodes.
/// </summary>
private bool DoReadWriteTest()
{
// follow tree from each starting node.
bool success = true;
double increment = MaxProgress / AvailableNodes.Count;
double position = 0;
Log("Starting ReadWriteTest for {0} Nodes", AvailableNodes.Values.Count);
WriteValueCollection nodesToWrite = new WriteValueCollection();
int nodes = 0;
int operations = 0;
uint[] attributeIds = Attributes.GetIdentifiers();
foreach (Node node in AvailableNodes.Values)
{
nodes++;
AddWriteValues(node, nodesToWrite, attributeIds);
// process batch.
if (nodesToWrite.Count > BlockSize)
{
operations += nodesToWrite.Count;
if (!Write(nodesToWrite))
{
success = false;
break;
}
if (nodes > AvailableNodes.Count / 5)
{
Log("Wrote {0} attribute values for {1} nodes.", operations, nodes);
nodes = 0;
operations = 0;
}
nodesToWrite.Clear();
}
position += increment;
ReportProgress(position);
}
// process final batch.
if (success)
{
if (nodesToWrite.Count > 0)
{
operations += nodesToWrite.Count;
if (!Write(nodesToWrite))
{
success = false;
}
else
{
Log("Wrote {0} attribute values for {1} nodes.", operations, nodes);
}
}
}
return(success);
}
/// <summary>
/// Reads an verifies all of the nodes.
/// </summary>
private bool DoReadWriteTest()
{
// follow tree from each starting node.
bool success = true;
double increment = MaxProgress/AvailableNodes.Count;
double position = 0;
Log("Starting ReadWriteTest for {0} Nodes", AvailableNodes.Values.Count);
WriteValueCollection nodesToWrite = new WriteValueCollection();
int nodes = 0;
int operations = 0;
uint[] attributeIds = Attributes.GetIdentifiers();
foreach (Node node in AvailableNodes.Values)
{
nodes++;
AddWriteValues(node, nodesToWrite, attributeIds);
// process batch.
if (nodesToWrite.Count > BlockSize)
{
operations += nodesToWrite.Count;
if (!Write(nodesToWrite))
{
success = false;
break;
}
if (nodes > AvailableNodes.Count/5)
{
Log("Wrote {0} attribute values for {1} nodes.", operations, nodes);
nodes = 0;
operations = 0;
}
nodesToWrite.Clear();
}
position += increment;
ReportProgress(position);
}
// process final batch.
if (success)
{
if (nodesToWrite.Count > 0)
{
operations += nodesToWrite.Count;
if (!Write(nodesToWrite))
{
success = false;
}
else
{
Log("Wrote {0} attribute values for {1} nodes.", operations, nodes);
}
}
}
return success;
}