//public void AddGatedBlock(string path, GatedDemodulationConfig gateConfig)
//{
// Block b = LoadBlockFromFile(path);
// AddGatedBlock(b, gateConfig);
//}
//public void AddGatedBlock(string path, string gateConfigName)
//{
// Block b = LoadBlockFromFile(path);
// AddGatedBlock(b, gateConfigName);
//}
// Use this to add blocks to SirCachealot's analysis queue.
//public void AddBlockToQueue(string path, string[] demodulationConfigs)
//{
// blockAddParams bap = new blockAddParams();
// bap.path = path;
// bap.demodulationConfigs = demodulationConfigs;
// threadManager.AddToQueue(AddBlockThreadWrapper, bap);
//}
//public void GateTOFDemodulatedBlock(DemodulatedBlock dblock, GatedDemodulationConfig gateConfig)
//{
// TOFDemodulatedBlock tdblock = dblock as TOFDemodulatedBlock;
// if (tdblock == null)
// {
// errorLog("Error: Object is not a TOF demodulated block.");
// return;
// }
// GatedDemodulatedBlock gdblock = new GatedDemodulatedBlock(dblock.TimeStamp, dblock.Config, dblock.PointDetectors, gateConfig);
// GatedBlockDemodulator gatedDemodulator = new GatedBlockDemodulator();
// gdblock = gatedDemodulator.GateTOFDemodulatedBlock(tdblock, gateConfig);
// blockStore.AddDBlock(gdblock);
// log("Gated TOF demodulated block " + dblock.Config.Settings["cluster"] + " - " + dblock.Config.Settings["clusterIndex"] +
// " with gate: " + gateConfig.Name
// );
//}
public void AddBlockToQueue(string path)
{
blockAddParams bap = new blockAddParams();
bap.path = path;
threadManager.AddToQueue(AddBlockThreadWrapper, bap);
}
// Use this to add blocks to SirCachealot's analysis queue.
public void AddBlockToQueue(string path, string[] demodulationConfigs)
{
blockAddParams bap = new blockAddParams();
bap.path = path;
bap.demodulationConfigs = demodulationConfigs;
threadManager.AddToQueue(AddBlockThreadWrapper, bap);
}
//public void AddGatedBlockToQueue(string path, string config)
//{
// gatedBlockAddParams bap = new gatedBlockAddParams();
// bap.path = path;
// bap.gateConfig = config;
// threadManager.AddToQueue(AddGatedBlockThreadWrapper, bap);
//}
// Use this to add blocks to SirCachealot's analysis queue.
//public void AddBlocksToQueue(string[] paths, string[] demodulationConfigs)
//{
// foreach (string path in paths)
// {
// blockAddParams bap = new blockAddParams();
// bap.path = path;
// bap.demodulationConfigs = demodulationConfigs;
// threadManager.AddToQueue(AddBlockThreadWrapper, bap);
// }
//}
public void AddBlocksToQueue(string[] paths)
{
foreach (string path in paths)
{
blockAddParams bap = new blockAddParams();
bap.path = path;
threadManager.AddToQueue(AddBlockThreadWrapper, bap);
}
}
// this method and the following struct are wrappers so that we can add a block
// with a single parameter, as required by the threadpool.
private void AddBlockThreadWrapper(object parametersIn)
{
threadManager.QueueItemWrapper(delegate(object parms)
{
blockAddParams parameters = (blockAddParams)parms;
AddBlock(parameters.path, parameters.demodulationConfigs);
},
parametersIn
);
}
// Use this to add blocks to SirCachealot's analysis queue.
public void AddBlockToQueue(string path, string[] demodulationConfigs)
{
blockAddParams bap = new blockAddParams();
bap.path = path;
bap.demodulationConfigs = demodulationConfigs;
threadManager.AddToQueue(AddBlockThreadWrapper, bap);
}
