public override void SaveHeatersAndActiveProfile(List <Heater> heaters, string profileName)
{
Heaters h = m_data.LoadHeaters();
List <Heater> changed = new List <Heater>();
foreach (Heater heater in heaters)
{
if (!h.GetHeaters().Contains(heater))
{
changed.Add(heater);
}
}
foreach (Heater heater in changed)
{
if (heater.Id.Equals(Heaters.StartId))
{
heater.Id = Heaters.NextId();
h.AddHeater(heater);
continue;
}
h.Replace(heater);
}
m_data.SaveHeaters(h);
SaveProfileAsActive(h, profileName);
List <Schedule> schedules = m_data.LoadSchedules();
}
public override Heaters FindHeaters()
{
m_heaters = m_data.LoadHeaters();
if (m_heaters.GetHeaters().Count < 8)
{
// add new heater in starting configuration
m_heaters.AddIfDoesntExist(new Heater("aa", "", ""));
}
return(m_heaters);
}
public virtual void SetReturnDateAndProfile(DateTime date, Profile profile)
{
Heaters h = m_data.LoadHeaters();
List <Schedule> schedules = m_data.LoadSchedules();
m_wifiDevices.SendAlternativeSchedules(h.GetHeaters(), schedules);
// sends invalid temperature -- alternative schedule is used
m_wifiDevices.SendReturnDateAndTemperature(date, 0);
}
/// <summary>
/// Saves profile to file, replaces profile with same name.
/// </summary>
/// <param name="heaters">Heaters in profile.</param>
/// <param name="name">Profile name.</param>
protected void SaveProfile(Heaters heaters, string name)
{
Profile profile = new Profile(name);
foreach (Heater h in heaters.GetHeaters())
{
profile.Add(h.Id, h.Schedule);
}
SaveProfile(profile);
}
/// <summary>
/// Checks heaters on wifi.
/// Creates new device, if one doesnt exist.
/// </summary>
/// <returns>Found heaters</returns>
public virtual Heaters FindHeaters()
{
Heaters heaters = m_data.LoadHeaters();
Dictionary <IPAddress, String> found = m_wifiDevices.FindHeaters();
foreach (String s in found.Values)
{
heaters.AddIfDoesntExist(new Heater(s, "", ""));
}
return(heaters);
}
public override Dictionary <String, double> GetTemperature()
{
Dictionary <String, double> res = new Dictionary <string, double>();
Random random = new Random();
m_heaters = m_data.LoadHeaters();
foreach (Heater h in m_heaters.GetHeaters())
{
res.Add(h.Name, 18 + random.NextDouble() * 5);
}
return(res);
}
public override void SaveNewHeatersAndNonactiveProfile(List <Heater> heaters, string profileName)
{
Heaters h = m_data.LoadHeaters();
List <Heater> newHeater = new List <Heater>();
foreach (Heater heater in heaters)
{
if (heater.Id.Equals(Heaters.StartId))
{
heater.Id = Heaters.NextId();
h.AddHeater(heater);
newHeater.Add(heater);
}
}
m_data.SaveHeaters(h);
SaveProfile(h, profileName);
List <Schedule> schedules = m_data.LoadSchedules();
}
/// <summary>
/// Changes new heaters id and saves schedule.
/// </summary>
/// <param name="heaters"></param>
/// <param name="profileName"></param>
public virtual void SaveNewHeatersAndNonactiveProfile(List <Heater> heaters, string profileName)
{
Heaters h = m_data.LoadHeaters();
List <Heater> newHeater = new List <Heater>();
foreach (Heater heater in heaters)
{
if (heater.Id.Equals(Heaters.StartId))
{
heater.Id = Heaters.NextId();
h.AddHeater(heater);
newHeater.Add(heater);
m_wifiDevices.ChangeIdfromStartId(Heaters.LastId);
}
}
m_data.SaveHeaters(h);
SaveProfile(h, profileName);
List <Schedule> schedules = m_data.LoadSchedules();
m_wifiDevices.SendSchedules(newHeater, schedules);
}
public SimulatedController()
{
m_heaters = new Heaters();
m_data = new Data();
}