public void Oven_POST_DelayedBaking(CLP_Connection clp_connection, string clp_user, string clp_token, string clp_auid, int duration, int delay, int temperature, string heater)
{
/* string response = clp_connection.ActionStop(clp_user, CLPtokenToString(), AUIDs[0]);
* Thread.Sleep(1000); */
// Set step bake 1 baking properties
Dictionary <string, string> props = new Dictionary <string, string>();
props.Add("SET_BAKE_TIME_MINUTES", duration.ToString());
props.Add("SET_OVEN_TEMPERATURE", temperature.ToString());
props.Add("HEATER_SYSTEM_SUB", heater);
bool properties_set = false;
int count_repeats = 0;
while (count_repeats < 5)
{
clp_connection.OV_SetBakeSettings(clp_user, clp_token, clp_auid, "OVEN_SET", duration, heater, temperature);
int count_check = 0;
while (count_check < 2)
{
if (ArePropertiesSet(clp_connection, clp_user, clp_token, clp_auid, props))
{
Logger.Log(LogMsgType.INFO, "[" + clp_auid + "] SetStepBakeSettingsStep1 -> action executed", LogAuthor.Adapter);
break;
}
Logger.Log(LogMsgType.INFO, "[" + clp_auid + "] SetStepBakeSettingsStep1 -> properties recheck required", LogAuthor.Adapter);
count_check++;
Thread.Sleep(750);
}
if (count_check < 2)
{
properties_set = true;
break;
}
count_repeats++;
Logger.Log(LogMsgType.INFO, "[" + clp_auid + "] SetStepBakeSettingsStep1 -> action re-initiating", LogAuthor.Adapter);
Thread.Sleep(750);
}
if (!properties_set)
{
Logger.Log(LogMsgType.ERROR, "[" + clp_auid + "] SetStepBakeSettingsStep1 -> action not executed", LogAuthor.Adapter);
ArePropertiesSet(clp_connection, clp_user, clp_token, clp_auid, props);
return;
}
Thread.Sleep(750);
// Set bake delay
DateTime delay_time = DateTime.Now.AddMinutes(delay);
clp_connection.OV_SetBakeStartTime(clp_user, clp_token, clp_auid, delay_time.Minute, delay_time.Hour);
props.Clear();
props.Add("BAKING_START_TIME_HOUR", delay_time.Hour.ToString());
props.Add("BAKING_START_TIME_MINUTE", delay_time.Minute.ToString());
properties_set = false;
count_repeats = 0;
while (count_repeats < 5)
{
clp_connection.OV_SetBakeStartTime(clp_user, clp_token, clp_auid, delay_time.Minute, delay_time.Hour);
int count_check = 0;
while (count_check < 2)
{
if (ArePropertiesSet(clp_connection, clp_user, clp_token, clp_auid, props))
{
Logger.Log(LogMsgType.INFO, "[" + clp_auid + "] SetBakeStartTime -> properties OK", LogAuthor.Adapter);
break;
}
Logger.Log(LogMsgType.INFO, "[" + clp_auid + "] SetBakeStartTime -> properties recheck required", LogAuthor.Adapter);
count_check++;
Thread.Sleep(750);
}
if (count_check < 2)
{
properties_set = true;
break;
}
count_repeats++;
Logger.Log(LogMsgType.INFO, "[" + clp_auid + "] SetBakeStartTime -> action re-initiating", LogAuthor.Adapter);
Thread.Sleep(750);
}
if (!properties_set)
{
Logger.Log(LogMsgType.ERROR, "[" + clp_auid + "] SetBakeStartTime -> action not executed", LogAuthor.Adapter);
ArePropertiesSet(clp_connection, clp_user, clp_token, clp_auid, props);
return;
}
Thread.Sleep(30000);
// Start bake action
clp_connection.OV_ActionStart(clp_user, clp_token, clp_auid);
Logger.Log(LogMsgType.INFO, "[" + clp_auid + "] SetBake ACTION SET", LogAuthor.Adapter);
}
public void Oven_POST_ActionStart(CLP_Connection clp_connection, string clp_user, string clp_token, string clp_auid)
{
clp_connection.OV_ActionStart(clp_user, clp_token, clp_auid);
Logger.Log(LogMsgType.INFO, "[" + clp_auid + "] SetBake ACTION SET", LogAuthor.Adapter);
}
