public override void Initialize(Dictionary <string, string> initParams)
{
try
{
TimeSeriesPlugin._Logger.InfoFormat("Initialize {0}", c_PluginName);
LocalDB = initParams.ContainsKey("LocalDB") ?
initParams["LocalDB"] :
"Data Source=MeasuredValueDB.sdf;Password=;Persist Security Info=True";
RemoteDB = initParams.ContainsKey("RemoteDB") ?
initParams["RemoteDB"] :
@"Data Source=.;Initial Catalog=HomeAutomation;Integrated Security=True";
MessageQueuePaths = initParams.ContainsKey("MessageQueuePaths") ?
initParams["MessageQueuePaths"] :
@".\Private$\KostalValues";
CronJobText = initParams.ContainsKey("CronJob") ?
initParams["CronJob"] :
"0/30 * * * * ?";
_Logger.InfoFormat("LocalDB: {0}", LocalDB);
_Logger.InfoFormat("RemoteDB: {0}", RemoteDB);
_Logger.InfoFormat("MessageQueuePaths: {0}", MessageQueuePaths);
_Logger.InfoFormat("CronJob: {0}", CronJobText);
DataBaseConnection.InitSqlCeConnection(LocalDB);
DataBaseConnection.InitSqlConnection(RemoteDB);
string configFile = Path.GetDirectoryName(Assembly.GetEntryAssembly().Location) + "\\CompressionConfigs.xml";
_Logger.InfoFormat("Load Config File: {0}", configFile);
_CompressionConditionManager = CompressionConditionManager.LoadFromFile(configFile);
_ErrorQueue = new SimpleMessageQueueWrapper <IDictionary <string, object> >();
_ErrorQueue.Initialize(".\\Private$\\ErrorQueue");
_ErrorQueue.MessageLabel = "Error";
//this._JobDetail.JobDataMap.Add("CompressionConditionManager", this._CompressionConditionManager);
//this._JobDetail.JobDataMap.Add("MessageQueuePaths", this.MessageQueuePaths);
_Scheduler.AddJob(CronJobText, Execute, null, false);
}
catch (Exception ex)
{
_Logger.Fatal("Cannot server initialization failed. Plugin will not start.", ex);
}
}
public void SaveCompressionConditionConfig()
{
TimeSpanConfig tsc1 = new TimeSpanConfig()
{
Hours = 1,
Minutes = 2,
Seconds = 3
};
TimeSpanConfig tsc2 = new TimeSpanConfig()
{
Hours = 0,
Minutes = 1,
Seconds = 2
};
CompressionConditionConfig ccc = new CompressionConditionConfig()
{
MeasuredValueName = "Test",
RewriteValueAfter = tsc1,
TimeDeadBand = tsc2,
ValueDeadBandDelta = 0.12345
};
CompressionConditionConfigs configs = new CompressionConditionConfigs();
configs.Items = new CompressionConditionConfig[] {
ccc,
ccc
};
XmlSerializer configSerializer = new XmlSerializer(typeof(CompressionConditionConfigs), "TimeSeries");
using (TextWriter writer = new StreamWriter("test.xml")) {
configSerializer.Serialize(writer, configs);
writer.Close();
}
XmlSerializer test = new XmlSerializer(typeof(CompressionConditionConfigs), "TimeSeries");
using (TextReader reader = new StreamReader("test.xml")) {
CompressionConditionConfigs configs2 = (CompressionConditionConfigs)test.Deserialize(reader);
Assert.AreEqual(2, configs2.Items.Length);
CompressionConditionManager manager = new CompressionConditionManager(configs2);
var config = manager.GetConfigFor("");
}
var configs10 = new CompressionConditionConfigs();
configs10.Items = new CompressionConditionConfig[] {
new CompressionConditionConfig()
{
MeasuredValueName = "Tag1",
RewriteValueAfter = new TimeSpanConfig()
{
Hours = 1,
Minutes = 0,
Seconds = 0
},
TimeDeadBand = new TimeSpanConfig()
{
Hours = 0,
Minutes = 0,
Seconds = 10
},
ValueDeadBandDelta = 1.2
},
new CompressionConditionConfig()
{
MeasuredValueName = "Tag2",
RewriteValueAfter = new TimeSpanConfig()
{
Hours = 1,
Minutes = 0,
Seconds = 0
},
TimeDeadBand = new TimeSpanConfig()
{
Hours = 0,
Minutes = 0,
Seconds = 10
},
ValueDeadBandDelta = 1.2
}
};
//XmlSerializer configSerializer = new XmlSerializer(typeof(CompressionConditionConfigs), "TimeSeries");
using (TextWriter writer = new StreamWriter("Thomas.xml"))
{
configSerializer.Serialize(writer, configs10);
writer.Close();
}
CompressionConditionManager manager2 = CompressionConditionManager.LoadFromFile("Thomas.xml");
}
