private void LoadLatestConfiguration(bool tasksOnly = false)
{
if (!tasksOnly)// isAssemblyConfiguration reloading required
{
LoadAssemblyConfiguration();
}
ClearConfiguration();
ConfigurationBroker cmain = Configurations.GetNewestMainConfiguration();
if (cmain != null)
cmain.Apply(this);// validate and apply
}
private void LoadLatestConfiguration(bool tasksOnly = false)
{
if (!tasksOnly)
{
ConfigurationAssemblys casm = Configurations.GetNewestAssemblysConfiguration();
if (casm != null)
{
casm.Apply(this);
LoadAssemblys();
}
}
ClearConfiguration();
ConfigurationBroker cmain = Configurations.GetNewestMainConfiguration();
if (cmain != null)
{
cmain.Apply(this);// validate and apply
}
}
private void CreateRandomBenchConfiguration(bool tasksOnly = false)
{
if (!tasksOnly)// isAssemblyConfiguration reloading required
{
LoadAssemblyConfiguration();
}
ClearConfiguration();
ConfigurationBroker cmain = Configurations.GetNewestMainConfiguration();
cmain.Apply(this);
var qinterface = QueueInterfaces.GetQueue(MemQueue.queueTypeName);
QueueSpecificParameters parameters = new MemQueueParams();
RegisterConnection("benchQ", qinterface, parameters, true);
RegisterChannel("benchQ", "benchCH#" + 1, true);
RegisterChannel("benchQ", "benchCH#" + 2, true);
Random rnd = new Random(DateTime.UtcNow.Millisecond);
for (int i = 0; i < 5; i++)
{
RegisterTempTask(new MetaTask
{
ChannelName = "benchCH#" + (i % 2 == 0 ? 1 : 2),
intervalType = IntervalType.withoutInterval,
intervalValue = rnd.Next(0, 1000),
ModuleName = BenchModules.ModConsumer.ModuleName,
NameAndDescription = "bench task #" + (i + 1)
}, null);
}
//for (int i = 0; i < 10000; i++)
//{
// RegisterTempTask(new MetaTask
// {
// ChannelName = "benchCH#1",
// intervalType = IntervalType.intervalMilliseconds,
// intervalValue = rnd.Next(0, 1000),
// ModuleName = BenchModules.ModConsumer.ModuleName,
// NameAndDescription = "bench task #" + (i + 1)
// }, null);
//}
}
