/// <summary>
/// construct functions
/// </summary>
public FunctionController()
{
_functionManager = new FunctionManager();
//MQTT_send = SmartHomeController.api.SendMQTT;
//WS_send = SmartHomeController.api.SendWS;
function_names = new Dictionary <string, bool>();
MyFunctions();
}
public static void MQTToutput(string s)
{
/*************test********************/
shdata.Clock_tick();
/*************************************/
if (FunctionManager.IsValidJson(s))
{
string[] temp = FunctionManager.DecripeJsonMQTT(s);
_databaseController.InsertData(temp[0], temp[1], temp[2]);
_serverLog("Message from " + temp[0] + ", device id: " + temp[1] + "data: " + temp[2]);
}
else
{
_serverLog("Message from MQTT Device: " + s);
}
}
public static string ExcuteMsg(string msg)
{
string homeid = "";
//send message to server log
SmartHomeController._serverLog("message from andriod: \t" + msg);
// check if it is Json
if (!FunctionManager.IsValidJson(msg))
{
return("unkown message.");
}
//1. define account
//2. define msg income type
//3. find information and create output
//string[] temp = msg.Split(',');
int type;
string[] temp = FunctionManager.DecripeJsonWS(msg, out type);
if (type == 0)
{
throw new InvalidOperationException("JSON decription failed. check function");
}
else if (type == 1)
{
try
{
homeid = SmartHomeController._accountManager.GetLinkedBase(temp[0])[Convert.ToInt32(temp[1])];
}
catch (Exception ex)
{
throw new NullReferenceException("No Linked Base.");
}
}
//0 account, 1 base, 2 instruction, 3 device, 4 action or datatype
//0 account, 1 password, 2 instruction, 3 email
temp[2] = temp[2].ToLower();
switch (temp[2])
{
case "request":
if (temp[3].Equals("functionlist"))
{
return(SmartHomeController._functionController._functionManager.GetFunctionNames());
}
string output = "data_" + temp[3] + "_";
DateTime day;
List <Data> datas = new List <Data>();
if (FunctionManager.isDateTime(temp[4], out day))
{
datas = SmartHomeController._databaseController.database.GetData(homeid, temp[3], "day", day);
if (datas == null)
{
return("");
//return "no data in this date.";
}
}
else
{
datas = SmartHomeController._databaseController.database.GetAllData(homeid, temp[3]);
datas = FunctionManager.DataSort(datas, Convert.ToInt32(temp[2]));
}
foreach (Data d in datas)
{
string s;
output += d.getUnix(out s) + ",";
temp = s.Split(',');
string[] humidity = temp[0].Split(':');
//if(temp[]) // temp[0]+ ","+
temp = temp[1].Split(':');
//output += temp[1];
output += humidity[1] + "," + temp[1] + ";";
}
return(output);
break;
case "function":
if (temp[3].ToLower().Equals("on"))
{
SmartHomeController._databaseController.database.homes[homeid].AddFunction(temp[4]);
}
else
{
SmartHomeController._databaseController.database.homes[homeid].DeleteFunction(temp[4]);
}
return("");
break;
case "status":
if (temp[3] == "lights")
{
string status = "off";
if (SmartHomeController._databaseController.database.homes[homeid]._currentRoom.light1)
{
status = "on";
}
return("status_light_" + status + "," + SmartHomeController._databaseController.database.homes[homeid]._currentRoom.lumen);
}
else if (temp[1] == "temp")
{
//something
float tempe = SmartHomeController._databaseController.database.homes[homeid]._currentRoom.temp;
return(tempe.ToString());
}
return("");
break;
case "set":
if (temp[3] == "temp")
{
if (temp[4] == "off")
{
//turn off AC
//and function
int d;
if (!SmartHomeController._accountManager.TryGetIndex(temp[0], out d))
{
throw new Exception();
}
SmartHomeController._accountManager._users[d].LinkedHomes.Remove("AcAndroid");
}
else
{
//set value and turn on function.
SmartHomeController._databaseController.database.homes[homeid]._currentRoom.SetPreferedTemp(Convert.ToInt32(temp[4]));
}
return("debug one, Server has reviced your message for turn on or off AC.");
}
else if (temp[3] == "lamp 1")
{
if (temp[4] == "off")
{
SmartHomeController._apiManager.SendMQTT("Pi3", "{\"ID\":\"xuebo\",\"Device\":\"lamp 1\",\"Status\":\"0\"}");
}
else if (temp[4] == "on")
{
SmartHomeController._apiManager.SendMQTT("Pi3", "{\"ID\":\"xuebo\",\"Device\":\"lamp 1\",\"Status\":\"1\"}");
}
return("done.");
}
return("");
break;
case "login":
if (SmartHomeController._accountManager.Login(temp[0], temp[1]))
{
return("login_true");
}
else
{
return("login_false");
}
break;
case "register":
if (SmartHomeController._accountManager.AddAccount(temp[0], temp[1], temp[3]))
{
return("register_true");
}
else
{
return("register_false");
}
break;
case "logout":
if (SmartHomeController._accountManager.Logout(temp[0]))
{
return("logout_true");
}
else
{
return("logout_false");
}
break;
default:
int dump;
if (!SmartHomeController._accountManager.TryGetIndex(temp[0], out dump))
{
throw new Exception();
}
if (temp[4] == "off")
{
//turn off AC
//and function
SmartHomeController._accountManager._users[dump].LinkedHomes.Remove(temp[3]);
}
else
{
SmartHomeController._accountManager._users[dump].AddFunction(temp[3]);
}
return("");
throw new Exception();
break;
}
return("unknown instuction.");
}
