/* public void addSSIDExtraData(Scheduler.Classes.DeviceClass Device, string Key, string value)
* {
*
*
* var EDO = Device.get_PlugExtraData_Get(Instance.host);
* var parts = HttpUtility.ParseQueryString(EDO.GetNamed("SSIDKey").ToString());
* parts[Key] = value;
* EDO.RemoveNamed("SSIDKey");
* EDO.AddNamed("SSIDKey", parts.ToString());
* Device.set_PlugExtraData_Set(Instance.host, EDO);
*
* }*/
public void setValue(CAPI.CAPIControl ActionIn)
{
var devID = ActionIn.Ref;
var newDevice = SiidDevice.GetFromListByID(Instance.Devices, devID);
Instance.host.SetDeviceValueByRef(newDevice.Ref, ActionIn.ControlValue, true);
Instance.host.SetDeviceString(newDevice.Ref, "" + ActionIn.ControlValue, true);
newDevice.UpdateExtraData("ScratchPadString", "" + ActionIn.ControlValue);
}
public void CheckForReset(SiidDevice Rule)
{
var EDO = Rule.Extra;
var parts = HttpUtility.ParseQueryString(EDO.GetNamed("SSIDKey").ToString());
if (bool.Parse(parts["IsAccumulator"]))
{ //Check if accumulator
DateTime OldDate = DateTime.Parse(parts["DateOfLastReset"]);
switch (parts["ResetType"])
{
case "0": //interval in minutes
{
if ((DateTime.Now - OldDate).Minutes > Convert.ToInt64(parts["ResetInterval"]))
{
Reset(Rule);
}
break;
}
case "1": //time of day
{
DateTime Saved = Convert.ToDateTime(parts["ResetTime"]);
int hour = Saved.Hour;
int min = Saved.Minute;
if (((DateTime.Now - OldDate).Days > 0) && (DateTime.Now.Hour >= hour) && (DateTime.Now.Minute >= min))
{
Reset(Rule);
}
break;
}
case "2": //day of week
{
if (((DateTime.Now - OldDate).Days > 0) && ((int)DateTime.Now.DayOfWeek == Convert.ToInt32(parts["DayOfWeek"])))
{
Reset(Rule);
}
break;
}
case "3": //day of month
{
if (((DateTime.Now - OldDate).Days > 0) && ((int)DateTime.Now.Day == Convert.ToInt32(parts["DayOfMonth"])))
{
Reset(Rule);
}
break;
}
}
}
//Check if reset conditions were met between now and last update (Make sure we dont keep resetting until we leave the reset behind for instance only reset once on the day where reset is defined)
//set the date of last reset to DateTime.Now
}
/// <summary>
/// SIID fixed cost: Between 1000 and 2000(subtract 1000 round to 4 decmil, range from 0 to 1000)
/// </summary>
/// <param name="Device"></param>
/// <param name="FixedCostPlus1000"></param>
public void SetFixedCost(SiidDevice Device, double FixedCostPlus1000)
{
double FixedCost = 0;
FixedCost = FixedCostPlus1000 - 1000;
FixedCost = Double.Parse(FixedCost.ToString("0.00000"));
Device.UpdateExtraData("FixedCost", FixedCost.ToString());
UpdateDisplay(Device);
CheckForReset(Device);
}
/// <summary>
///SIID AWC: Negative number less than - 10(negate, subtract 10) No hardcoded upper range
///SIID LotSize: -Either AWC or LOTSIZE depending on indooor / outdoor, can use the same range for setting
///
/// SIID stores AWX/LotSize, Steward decides what to do with it and with the tiered rates
/// </summary>
/// <param name="Device"></param>
/// <param name="AWCOrLot"></param>
public void SetAWC_LotSize(SiidDevice Device, double AWCOrLot)
{
//
double AWC_Lot = 8000;
AWC_Lot = -(AWCOrLot + 10);
AWC_Lot = Double.Parse(AWC_Lot.ToString("0.00000"));
Device.UpdateExtraData("AWCOrLot", AWC_Lot.ToString());
Device.UpdateExtraData("showTier", "True");
UpdateDisplay(Device);
CheckForReset(Device);
}
public string parseInstances(string data)
{
// Console.WriteLine("ConfigDevicePost: " + data);
System.Collections.Specialized.NameValueCollection changed = null;
changed = System.Web.HttpUtility.ParseQueryString(data);
string partID = changed["id"].Split('_')[0];
int devId = Int32.Parse(changed["id"].Split('_')[1]);
if (partID == "S")
{
addSubrule(changed["id"]);
}
else if (partID == "R")
{
Reset(SiidDevice.GetFromListByID(Instance.Devices, devId));
}
else
{
if (partID == "ScratchPadString")
{
changed["value"] = changed["value"].Replace(" ", "%2B");
}
SiidDevice newDevice = SiidDevice.GetFromListByID(Instance.Devices, devId);
//check for gateway change, do something special
if (partID == "Name")
{
newDevice.Device.set_Name(Instance.host, changed["value"]);
}
else if (partID == "devdelete")
{
Instance.host.DeleteDevice(devId);
SiidDevice.removeDev(Instance.Devices, devId);
}
else
{
newDevice.UpdateExtraData(partID, changed["value"]);
UpdateDisplay(newDevice);
}
}
return("True");
}
/// <summary>
/// SIID set rate(units per dollar): float between 200 and 1000 (subtract 200 round to 4 decimal places), rate range between 0 and 800
/// </summary>
/// <param name="Device"></param>
/// <param name="RatePlus200"></param>
public void SetRate(SiidDevice Device, double RatePlus200)
{
double Rate = 0;
// if (RatePlus200 < 0)
// {
// Rate = RatePlus200 + 200;
// }
// else
// {
Rate = RatePlus200 - 200;
// }
Rate = Double.Parse(Rate.ToString("0.0000"));
Device.UpdateExtraData("RateValue", Rate.ToString());
UpdateDisplay(Device);
CheckForReset(Device);
}
/// <summary>
/// for all accumulators: float/double value
///SIID reset accumulator: -1
///SIID set day of monthly reset: integer between 0 and 28
///SIID set rate(units per dollar): float between 200 and 1000 (subtract 200 round to 4 decimal places), rate range between 0 and 800
///SIID fixed cost: Between 1000 and 2000(subtract 1000 round to 4 decmil, range from 0 to 1000)
///For indoor / outdoor water:
///SIID Tiers(4 tiers with boundaries based on AWC or Lotsize), each tier needs an editable rate.
/// Tier 1 rate between 2000 and 3000(subtract 2000, round to 4 decmil, range 0 to 1000)
/// Tier 2 rate between 3000 and 4000(subtract 3000, round to 4 decmil, range 0 to 1000)
/// Tier 3 rate between 4000 and 5000(subtract 4000, round to 4 decmil, range 0 to 1000)
///SIID AWC: Negative number less than - 10(negate, subtract 10) No hardcoded upper range
///SIID LotSize: -Either AWC or LOTSIZE depending on indooor / outdoor, can use the same range for setting
/// </summary>
/// <param name="ActionIn"></param>
public void scratchpadCommandIn(CAPI.CAPIControl ActionIn)
{
try
{
var devID = ActionIn.Ref;
var newDevice = SiidDevice.GetFromListByID(Instance.Devices, devID);
if (ActionIn.ControlValue == -1)
{ //reset if -1
Reset(newDevice);
}
else if (ActionIn.ControlValue >= 0 && ActionIn.ControlValue < 35)
{
newDevice.UpdateExtraData("IsEnabled", "True");
newDevice.UpdateExtraData("IsAccumulator", "True");
newDevice.UpdateExtraData("ResetType", "3");
newDevice.UpdateExtraData("DayOfMonth", "" + Math.Round(ActionIn.ControlValue).ToString() + "");
}
else if (ActionIn.ControlValue >= 200 && ActionIn.ControlValue < 1000)
{
SetRate(newDevice, ActionIn.ControlValue);
}
else if (ActionIn.ControlValue >= 1000 && ActionIn.ControlValue < 2000)
{
SetFixedCost(newDevice, ActionIn.ControlValue);
}
else if (ActionIn.ControlValue >= 2000)
{
SetTieredRate(newDevice, ActionIn.ControlValue);
}
else if (ActionIn.ControlValue <= -10)
{
SetAWC_LotSize(newDevice, ActionIn.ControlValue);
}
else
{ //Set to monthly, accumulator, active, with date as value
Instance.hspi.Log("Error when parsing scratchpad command: Command was not in a recognised range. \nDevice: " + ActionIn.Ref + " Command: " + ActionIn.ControlValue.ToString(), 2);
}
}
catch (Exception E)
{
Instance.hspi.Log("Error when parsing scratchpad command " + E.Message + "\nDevice: " + ActionIn.Ref + " Command: " + ActionIn.ControlValue.ToString(), 2);
}
}
public void doLiveRule(SiidDevice Rule)
{
var parts = HttpUtility.ParseQueryString(Rule.Device.get_PlugExtraData_Get(Instance.host).GetNamed("SSIDKey").ToString());
string RawNumberString = GeneralHelperFunctions.GetValues(Instance, parts["LiveUpdateID"]);
double CalculatedString = CalculateString(RawNumberString);
try
{
String Name = Rule.Device.get_Name(Instance.host).ToLower();
//OK should apply tiered rate to the Calculated string if appropriate.
if (Name.Contains("water") && Name.Contains("meter") && (Name.Contains("indoor") || Name.Contains("outdoor")))
{
double MeterString = Double.Parse(parts["RawValue"]);
CalculatedString = LiveTier(MeterString, CalculatedString, Rule);
}
else
{
double Rate = 1;
if (Boolean.Parse(parts["showTier"]))
{
Rate = Double.Parse(parts["RateTier1"]);
}
else if (!String.IsNullOrEmpty(parts["RateValue"]))
{
Rate = Double.Parse(parts["RateValue"]);
}
CalculatedString = CalculatedString * Rate;
}
}
catch
{
}
if (Math.Abs(CalculatedString) < .00001)
{
CalculatedString = 0;
}
Rule.UpdateExtraData("LiveValue", "" + CalculatedString.ToString());
}
public void Reset(SiidDevice Rule)
{
var EDO = Rule.Extra;
var parts = HttpUtility.ParseQueryString(EDO.GetNamed("SSIDKey").ToString());
parts["OldValue"] = parts["NewValue"];
parts["DateOfLastReset"] = DateTime.Now.AddHours(-1).ToString();
EDO.RemoveNamed("SSIDKey");
EDO.AddNamed("SSIDKey", parts.ToString());
Rule.Device.set_PlugExtraData_Set(Instance.host, EDO);
string userNote = Rule.Device.get_UserNote(Instance.host);
userNote = userNote.Split("PLUGIN EXTRA DATA:".ToCharArray())[0];
userNote += "PLUGIN EXTRA DATA:" + parts.ToString();
Rule.Device.set_UserNote(Instance.host, userNote);
Rule.Extra = EDO;
UpdateDisplay(Rule);
}
public List <SiidDevice> getAllRules()
{
List <SiidDevice> listOfDevices = new List <SiidDevice>();
List <SiidDevice> B = new List <SiidDevice>();
lock (Instance.Devices)
{
foreach (SiidDevice C in Instance.Devices)
{
B.Add(C);
}
}
SiidDevice.Update(Instance);
foreach (SiidDevice Dev in B)
{
try
{
var EDO = Dev.Extra;
var parts = HttpUtility.ParseQueryString(EDO.GetNamed("SSIDKey").ToString());
string s = parts["Type"];
if (parts["Type"] == "Scratchpad")
{
if (Dev.Device.get_Location2(Instance.host) != "Rates")
{
listOfDevices.Add(Dev);
}
}
}
catch
{
}
}
return(listOfDevices);
}
public void GenericDeviceStuff(SiidDevice SiidDev)
{
Scheduler.Classes.DeviceClass Device = SiidDev.Device;
Values["ID"] = SiidDev.Ref;
Values["Name"] = Device.get_Name(Instance.host);
Values["Floor"] = Device.get_Location2(Instance.host);
Values["Room"] = Device.get_Location(Instance.host);
Values["code"] = Device.get_Code(Instance.host);
Values["address"] = Device.get_Address(Instance.host);
Values["statusOnly"] = Device.get_Status_Support(Instance.host);
Values["CanDim"] = Device.get_Can_Dim(Instance.host);
Values["doNotLog"] = Instance.host.DeviceNoLog(SiidDev.Ref);
// voiceC=AllInstances[InstanceFriendlyName].host.DeviceProperty_Boolean(DeviceID", HomeSeerAPI.Enums.eDeviceProperty.Prop;
// includeInPower=AllInstances[InstanceFriendlyName].host.;
// usePopUp=Device.use;
//doNotUp = HomeSeerAPI.Enums.eCapabilities;
Values["userAccess"] = Device.get_UserAccess(Instance.host);
Values["notes"] = Device.get_UserNote(Instance.host);
var DeviceType = Device.get_DeviceType_Get(Instance.host);
Values["DeviceType"] = DeviceType.Device_API.ToString() + "?" + DeviceType.Device_API_Description.ToString() + "?" + DeviceType.Device_SubType.ToString() + "?" + DeviceType.Device_SubType_Description.ToString() + "?" + DeviceType.Device_Type.ToString() + "?" + DeviceType.Device_Type_Description.ToString();
Values["deviceTypeString"] = Device.get_Device_Type_String(Instance.host);
Values["RelationshipStatus"] = Device.get_Relationship(Instance.host);
Values["associatedDevicesList"] = Device.get_AssociatedDevices_List(Instance.host);
HomeSeerAPI.VSVGPairs.VSPair[] AllStatus = Instance.host.DeviceVSP_GetAllStatus(SiidDev.Ref);
Values["vsp"] = EncodeVSPairs(AllStatus);
Values["vgp"] = EncodeVGPairs(AllStatus, SiidDev.Ref);
// Values["vgp"] =;
// Values["associatedDevices"]=Device.get_AssociatedDevices(Instance.host);
}
/// <summary>
///SIID Tiers(4 tiers with boundaries based on AWC or Lotsize), each tier needs an editable rate.
/// Tier 1 rate between 2000 and 3000(subtract 2000, round to 4 decmil, range 0 to 1000)
/// Tier 2 rate between 3000 and 4000(subtract 3000, round to 4 decmil, range 0 to 1000)
/// Tier 3 rate between 4000 and 5000(subtract 4000, round to 4 decmil, range 0 to 1000)
/// Tier 4 rate between 5000 and 6000(subtract 4000, round to 4 decmil, range 0 to 1000)
/// </summary>
/// <param name="Device"></param>
/// <param name="TieredRate"></param>
public void SetTieredRate(SiidDevice Device, double TieredRate)
{
String Tier = "RateTier";
Double Rate = 0;
//Tier 4 rate
if (TieredRate >= 5000)
{
Rate = TieredRate - 5000;
Tier += "4";
}
//Tier 3 rate
if (TieredRate >= 4000)
{
Rate = TieredRate - 4000;
Tier += "3";
}
//Tier 2 rate
else if (TieredRate >= 3000)
{
Rate = TieredRate - 3000;
Tier += "2";
}
//Tier 1 rate
else
{
Rate = TieredRate - 2000;
Tier += "1";
}
Rate = Double.Parse(Rate.ToString("0.0000"));
Device.UpdateExtraData(Tier, Rate.ToString());
Device.UpdateExtraData("showTier", "True");
UpdateDisplay(Device);
CheckForReset(Device);
}
//Functions like TieredRates, but just gets the tier and applies that rate to LiveValue
public Double LiveTier(Double MeterValue, Double LiveValue, SiidDevice Rule)
{
var parts = HttpUtility.ParseQueryString(Rule.Device.get_PlugExtraData_Get(Instance.host).GetNamed("SSIDKey").ToString());
Double AWCorLot = Double.Parse(parts["AWCOrLot"]);
Double Rate1 = Double.Parse(parts["RateTier1"]);
Double Rate2 = Double.Parse(parts["RateTier2"]);
Double Rate3 = Double.Parse(parts["RateTier3"]);
String Name = Rule.Device.get_Name(Instance.host).ToLower();
if (Name.Contains("indoor"))
{
//Indoor water meter
//AWCOrLot is AWC
//Final Amount = Rate1 * (Meter Value up to AWC) + Rate2 * (Meter value from AWC up to AWC*1.2) + Rate3 * (Meter value greater than AMC*1.2)
Double Amount1 = 0;
Double Amount2 = 0;
Double Amount3 = 0;
if (MeterValue > AWCorLot * 1.2)
{
return(Rate3 * LiveValue);
}
if (MeterValue > AWCorLot)
{
return(Rate2 * LiveValue);
}
return(Rate1 * LiveValue);
}
else
{
//Outdoor water meter, AWC
//AWCOrLot is LotSize
//Use lot size to calculate outdoor allotment ALT
//ALT follows the table in the Sterling Ranch Outdoor Water Allotment Table
//10/13/2017
/*Lot Size Gal/year Apr May June July Aug Set Oct Multiplier
* 0 - 3000 10000 700 1600 1900 2100 1900 1300 500 1
* 3001-4000 12500 875 2000 2375 2625 2375 1625 625 1.25
* 4001-5000 15000 1050 2400 2850 3150 2850 1950 750 1.5
* 5001-6000 27000 1890 4320 5130 5670 5130 3510 1350 2.7
* 6001-7000 32000 2240 5120 6080 6720 6080 4160 1600 3.2
* 7001-8000 39000 2730 6240 7410 8190 7410 5070 1950 3.9
* 8001-11000 49000 3430 7840 9310 10290 9310 6370 2450 4.9
* 11001-20000 60000 4200 9600 11400 12600 11400 7800 3000 6
* 20001-30000 80000 5600 12800 15200 16800 15200 10400 4000 8
* 30001 ++ 100000 7000 1600 19000 21000 19000 13000 5000 10
*
*/
//Definitely a better way to do this.
double[] MonthRate = new double[] { 700, 1600, 1900, 2100, 1900, 1300, 500, 0, 0, 0, 0, 0 };
String[] MonthIndex = new String[] { "4", "5", "6", "7", "8", "9", "10", "11", "12", "1", "2", "3" };
double[] SizeCap = new double[] { 3001, 4001, 5001, 6001, 7001, 8001, 11001, 20001, 30001 };
double[] MultPlier = new double[] { 1, 1.25, 1.5, 2.7, 3.2, 3.9, 4.9, 6, 8, 10 };
int index = 0;
foreach (double Cap in SizeCap)
{
if (Cap > AWCorLot)
{
break;
}
index++;
}
double Mult = MultPlier[index];
// int thisMonth = int.Parse(DateTime.Now.ToString("MM")); //this is the month number
double MonthVal = MonthRate[Array.IndexOf(MonthIndex, DateTime.Now.Month.ToString())];
double ALT = Mult * MonthVal;
Rule.UpdateExtraData("OutdoorWaterBudget", "" + ALT);
//ALT is the budget. Want to return this to STEWARD also.
//Final Amount = Rate1 * (Meter Value up to ALT) + Rate2 * (Meter value from ALT up to ALT*1.2) + Rate3 * (Meter value from ALT*1.2 to 1.4*ALT) + Rate4 * (Meter value greater than AMC*1.4)
if (ALT > 0)
{
Double Rate4 = Double.Parse(parts["RateTier4"]);
if (MeterValue > AWCorLot * 1.4)
{
return(Rate4 * LiveValue);
}
if (MeterValue > AWCorLot * 1.2)
{
return(Rate3 * LiveValue);
}
if (MeterValue > AWCorLot)
{
return(Rate2 * LiveValue);
}
return(Rate1 * LiveValue);
}
else
{ //If the allowence is zero, just apply Rate1 to full amount
return(LiveValue * Rate1);
}
}
// double Rate = Double.Parse(parts["RateValue"]);
// return LiveValue * Rate1;
}
public string BuildScratchDeviceTab(int id)
{
StringBuilder sb = new StringBuilder();
SiidDevice Dev = SiidDevice.GetFromListByID(Instance.Devices, id);
htmlBuilder ScratchBuilder = new htmlBuilder("Scratch" + Instance.ajaxName);
sb.Append("<div><h2>ScratchPad Rules:<h2><hl>");
htmlTable ScratchTable = ScratchBuilder.htmlTable();
ScratchTable.addHead(new string[] { "Rule Name", "Value", "Enable Rule", "Is Accumulator", "Reset Type", "Reset Interval", "Rule String", "Fixed Cost", "Show Tiered Rates", "Rate ($ per unit)", "Real Time Data Rule String", "Rule Formatting", "HomeseerID" }); //0,1,2,3,4,5
int ID = Dev.Ref;
List <string> Row = new List <string>();
var EDO = Dev.Extra;
var parts = HttpUtility.ParseQueryString(EDO.GetNamed("SSIDKey").ToString());
Row.Add(ScratchBuilder.stringInput("Name_" + ID, Dev.Device.get_Name(Instance.host)).print());
Row.Add(parts["DisplayedValue"]);
Row.Add(ScratchBuilder.checkBoxInput("IsEnabled_" + ID, bool.Parse(parts["IsEnabled"])).print());
Row.Add(ScratchBuilder.checkBoxInput("IsAccumulator_" + ID, bool.Parse(parts["IsAccumulator"])).print());
//Reset type is 0=periodically, 1=daily,2=weekly,3=monthly
Row.Add(ScratchBuilder.selectorInput(ScratchpadDevice.ResetType, "ResetType_" + ID, "ResetType_" + ID, Convert.ToInt32(parts["ResetType"])).print());
//Based on what selector input, this next cell will be crowded with the different input possibilities where all but one have display none
StringBuilder ComplexCell = new StringBuilder();
ComplexCell.Append("<div id=0_" + ID + " style=display:none>Interval in minutes: " + ScratchBuilder.numberInput("ResetInterval_" + ID + "_0", Convert.ToInt32(parts["ResetInterval"])).print() + "</div>");
ComplexCell.Append("<div id=1_" + ID + " style=display:none>" + ScratchBuilder.timeInput("ResetTime_" + ID + "_1", parts["ResetTime"]).print() + "</div>");
ComplexCell.Append("<div id=2_" + ID + " style=display:none>" + ScratchBuilder.selectorInput(GeneralHelperFunctions.DaysOfWeek, "DayOfWeek_" + ID + "_2", "DayOfWeek_" + ID + "_2", Convert.ToInt32(parts["DayOfWeek"])).print() + "</div>");
ComplexCell.Append("<div id=3_" + ID + " style=display:none>Day of the month: " + ScratchBuilder.numberInput("DayOfMonth_" + ID + "_3", Convert.ToInt32(parts["DayOfMonth"])).print() + "</div>");
ComplexCell.Append(@"<script>
UpdateDisplay=function(id){
console.log('UPDATING DISPLAY '+id);
$('#0_'+id)[0].style.display='none';
$('#1_'+id)[0].style.display='none';
$('#2_'+id)[0].style.display='none';
$('#3_'+id)[0].style.display='none';
V = $('#ResetType_'+id)[0].value;
$('#'+V+'_'+id)[0].style.display='';
}
DoChange=function(){
console.log('DoChange');
console.log(this);
UpdateDisplay(this.id.split('_')[1]);
}
UpdateDisplay(" + ID + @");
$('#ResetType_" + ID + @"').change(DoChange); //OK HERE
</script>");
Row.Add(ComplexCell.ToString());
Row.Add(ScratchBuilder.stringInput("ScratchPadString_" + ID, parts["ScratchPadString"].Replace("(^p^)", "+")).print());
if (parts["FixedCost"] == null)
{
parts["FixedCost"] = "0";
}
Row.Add(ScratchBuilder.stringInput("FixedCost_" + ID, parts["FixedCost"].Replace("(^p^)", "+")).print());
if (parts["showTier"] == null)
{
parts["showTier"] = "False";
}
Row.Add(ScratchBuilder.checkBoxInput("showTier_" + ID, bool.Parse(parts["showTier"])).print());
if (parts["RateTier1"] == null)
{
parts["RateTier1"] = "0";
}
if (parts["RateTier2"] == null)
{
parts["RateTier2"] = "0";
}
if (parts["RateTier3"] == null)
{
parts["RateTier3"] = "0";
}
if (parts["RateTier4"] == null)
{
parts["RateTier4"] = "0";
}
if (parts["AWCOrLot"] == null)
{
parts["AWCOrLot"] = "8000";
}
if (parts["showTier"] == "True")
{
Row.Add("<div id='tiers" + ID + "' style='display:inline'>Tier 1:" + ScratchBuilder.stringInput("RateTier1_" + ID, parts["RateTier1"]).print() + " Tier 2:" +
ScratchBuilder.stringInput("RateTier2_" + ID, parts["RateTier2"]).print() + " Tier 3:" +
ScratchBuilder.stringInput("RateTier3_" + ID, parts["RateTier3"]).print() + " Tier 4:" +
ScratchBuilder.stringInput("RateTier4_" + ID, parts["RateTier4"]).print() + " AWC or LotSize:" +
ScratchBuilder.stringInput("AWCOrLot_" + ID, parts["AWCOrLot"]).print() + "</div>" + "<div id='rate" + ID + "' style='display:none'>" + ScratchBuilder.stringInput("RateValue_" + ID, parts["RateValue"]).print() + "</div>" + @"<script>
UpdateTier=function(id){
IsChecked = $('#showTier_' + id)[0].checked;
if(IsChecked){
$('#tiers'+id)[0].style.display='inline';
$('#rate'+id)[0].style.display='none';
}
else{
$('#tiers'+id)[0].style.display='none';
$('#rate'+id)[0].style.display='inline';
}
}
TierChange=function(){
console.log('TierChange');
console.log(this);
UpdateTier(this.id.split('_')[1]);
}
UpdateTier(" + ID + @");
$('#showTier_" + ID + @"').change(TierChange); //OK HERE
</script>");
}
else
{
Row.Add("<div id='tiers" + ID + "' style='display:none'>Tier 1:" + ScratchBuilder.stringInput("RateTier1_" + ID, parts["RateTier1"]).print() + " Tier 2:" +
ScratchBuilder.stringInput("RateTier2_" + ID, parts["RateTier2"]).print() + " Tier 3:" +
ScratchBuilder.stringInput("RateTier3_" + ID, parts["RateTier3"]).print() + " Tier 4:" +
ScratchBuilder.stringInput("RateTier4_" + ID, parts["RateTier4"]).print() + " AWC or LotSize:" +
ScratchBuilder.stringInput("AWCOrLot_" + ID, parts["AWCOrLot"]).print() + "</div>" + "<div id='rate" + ID + "' style='display:none'>" + ScratchBuilder.stringInput("RateValue_" + ID, parts["RateValue"]).print() + "</div>" + @"<script>
UpdateTier=function(id){
IsChecked = $('#showTier_' + id)[0].checked;
if(IsChecked){
$('#tiers'+id)[0].style.display='inline';
$('#rate'+id)[0].style.display='none';
}
else{
$('#tiers'+id)[0].style.display='none';
$('#rate'+id)[0].style.display='inline';
}
}
TierChange=function(){
console.log('TierChange');
console.log(this);
UpdateTier(this.id.split('_')[1]);
}
UpdateTier(" + ID + @");
$('#showTier_" + ID + @"').change(TierChange); //OK HERE
</script>");
}
Row.Add(ScratchBuilder.stringInput("LiveUpdateID_" + ID, parts["LiveUpdateID"]).print());
//Instance.hspi.Log(parts["ScratchPadString"],0);
Row.Add(ScratchBuilder.stringInput("DisplayString_" + ID, parts["DisplayString"]).print());
Row.Add("" + Dev.Ref);
Row.Add(ScratchBuilder.button("R_" + ID.ToString(), "Reset").print());
Row.Add(ScratchBuilder.DeleteDeviceButton(ID.ToString()).print());
// Row.Add(ScratchBuilder.button("S_" + ID.ToString(), "Add Associated Device").print());
ScratchTable.addArrayRow(Row.ToArray());
sb.Append(ScratchTable.print());
sb.Append("</div>");
return(sb.ToString());
}
public void UpdateDisplay(SiidDevice Rule)
{
try
{
var parts = HttpUtility.ParseQueryString(Rule.Device.get_PlugExtraData_Get(Instance.host).GetNamed("SSIDKey").ToString());
//Do the calculator string parse to get the new value
string RawNumberString = GeneralHelperFunctions.GetValues(Instance, parts["ScratchPadString"]);
double RawCalculatedString = CalculateString(RawNumberString); //Raw meter read
double CalculatedString = 0; //difference betweenold and new values
double RatedString = 0; //difference multiplied by the rate
if (bool.Parse(parts["IsAccumulator"]))
{
CalculatedString = RawCalculatedString - Double.Parse(parts["OldValue"]);
}
//Raw value is before rate
//So to get the pre-rate value from another scratchpad rule do $(ruleID)
//To get the post rate value do #(ruleID)
try
{
//In a meter setting the Calculated String is the raw meter read. Now we multiply it by the rate (because the output should be the cost of the meter)
//SO Time for some odd hardcoding.
//Every meter uses rate Unless it's an indoor water meter or an outdoor water meter. We will check for those and apply the tiered rates if so.
//In the future we may want to genealize this
String Name = Rule.Device.get_Name(Instance.host).ToLower();
if (Name.Contains("water") && Name.Contains("meter") && (Name.Contains("indoor") || Name.Contains("outdoor")))
{
RatedString = TieredRate(CalculatedString, Rule);
}
else
{
double Rate = 1;
if (Boolean.Parse(parts["showTier"]))
{
Rate = Double.Parse(parts["RateTier1"]);
}
else if (!String.IsNullOrEmpty(parts["RateValue"]))
{
Rate = Double.Parse(parts["RateValue"]);
}
//round calculated string and rated string to nearest hundreths place
RatedString = CalculatedString * Rate;
}
}
catch (Exception e)
{
Instance.hspi.Log("Problem rendering scratchpad rule " + e.Message, 2);
}
//processed value is after rate
//If the reset time was too soon, set CalculatedString to be 0
if (bool.Parse(parts["IsAccumulator"]) && DateTime.Now.AddHours(-1).Subtract(DateTime.Parse(parts["DateOfLastReset"])).TotalSeconds < 45) //If the reset was less than 45 seconds ago, display 0 as the scratchpad value
{
CalculatedString = 0;
RatedString = 0;
}
RatedString = Math.Round(RatedString * 1000) / 1000;
CalculatedString = Math.Round(CalculatedString * 1000) / 1000;
RawCalculatedString = Math.Round(RawCalculatedString * 1000) / 1000;
string ValueString = String.Format(parts["DisplayString"], RatedString);
Instance.host.SetDeviceString(Rule.Ref, ValueString, true);
Instance.host.SetDeviceValueByRef(Rule.Ref, CalculatedString, true);
Rule.LoadExtraData();
Rule.UpdateExtraDataNoCall("NewValue", "" + RawCalculatedString.ToString()); //Newest meter read
Rule.UpdateExtraDataNoCall("RawValue", "" + CalculatedString); //Raw meter read for this month
Rule.UpdateExtraDataNoCall("ProcessedValue", "" + RatedString); //Raw meter read multiplied by rate information
Rule.UpdateExtraDataNoCall("CurrentTime", "" + DateTime.Now.ToString());
Rule.UpdateExtraDataNoCall("DisplayedValue", "" + ValueString); //the ProcessedValue displayed on the meter
Rule.SaveExtraData();
// EDO.RemoveNamed("SSIDKey");
// EDO.AddNamed("SSIDKey", parts.ToString());
parts = HttpUtility.ParseQueryString(Rule.Device.get_PlugExtraData_Get(Instance.host).GetNamed("SSIDKey").ToString());
string userNote = Rule.Device.get_UserNote(Instance.host);
userNote = userNote.Split("PLUGIN EXTRA DATA:".ToCharArray())[0];
userNote += "PLUGIN EXTRA DATA:" + parts.ToString();
Rule.Device.set_UserNote(Instance.host, userNote);
Rule.Device.set_PlugExtraData_Set(Instance.host, Rule.Extra);
}
catch (Exception e)
{
Instance.hspi.Log("Problem updating scratchpad display " + e.Message, 2);
}
//Check if rule is an accumulator, if so do NewValue - OldValue
//String Format the value, put results in display
doLiveRule(Rule);
}
public SIIDDevice(SiidDevice SiidDev, InstanceHolder instance) : base(SiidDev, instance)
{
Instance = instance;
Scheduler.Classes.DeviceClass Device = SiidDev.Device;
var EDO = SiidDev.Extra;
System.Collections.Specialized.NameValueCollection parts = HttpUtility.ParseQueryString(EDO.GetNamed("SSIDKey").ToString());
//Need to grab the key order from somewhere
string[] Orderlist = null;
switch (parts["Type"])
{
case ("Modbus Gateway"): {
Orderlist = ModbusMaster.Attributes;
break;
}
case ("Modbus Device"):
{
Orderlist = ModbusDevice.Attributes;
break;
}
case ("BACnet Device"):
case ("BACnet Object"):
{
//Need to export everything that we would need in order to import. All of bacnetNodeData, essentially.
//To this end, maybe it would be easiest to also store device-level stuff in object nodes - i.e. device IP address
Orderlist = BACnetObject.Attributes;
System.Collections.Specialized.NameValueCollection bacnetNodeData = BACnetDevices.ParseJsonString(parts["BACnetNodeData"]); // HttpUtility.ParseQueryString(parts["BACnetNodeData"]);
foreach (var Ent in Orderlist)
{
listOfAttributes.Add(Ent);
switch (Ent)
{
case "Type":
Values[Ent] = parts[Ent];
break;
case "NetworkIPAddress":
Values[Ent] = bacnetNodeData["ip_address"];
break;
case "DeviceIPAddress":
Values[Ent] = bacnetNodeData["device_ip_address"];
break;
case "DeviceUDPPort":
Values[Ent] = bacnetNodeData["device_udp_port"];
break;
case "DeviceInstance":
Values[Ent] = bacnetNodeData["device_instance"];
break;
case "ObjectType":
Values[Ent] = bacnetNodeData["object_type_string"];
break;
case "ObjectInstance":
Values[Ent] = bacnetNodeData["object_instance"];
break;
case "ObjectName":
Values[Ent] = bacnetNodeData["object_name"];
break;
case "PollInterval":
Values[Ent] = bacnetNodeData["polling_interval"];
break;
case "RawValue":
case "ProcessedValue":
Values[Ent] = parts[Ent];
break;
}
}
return;
//Orderlist = BACnetDevice.Attributes;
//break;
}
case ("Scratchpad"):
{
Orderlist = ScratchpadDevice.Attributes;
break;
}
}
foreach (var Ent in Orderlist)
{
Values[Ent] = parts[Ent];
listOfAttributes.Add(Ent);
}
}
public HomeSeerDevice(SiidDevice SiidDev, InstanceHolder instance)
{
Instance = instance;
GenericDeviceStuff(SiidDev);
}
public string addSubrule(string data)
{
//Make a new rule, but make it in service to an existing rule:
var dv = Instance.host.NewDeviceRef("R");
Scheduler.Classes.DeviceClass newDevice = (Scheduler.Classes.DeviceClass)Instance.host.GetDeviceByRef(dv);
newDevice.set_InterfaceInstance(Instance.host, Instance.name);
newDevice.set_Name(Instance.host, "Type Meter Rate" + dv);
// newDevice.set_Location2(Instance.host, "ScratchpadSubRule");
newDevice.set_Location(Instance.host, "Utilities");
newDevice.set_Location2(Instance.host, "Rates");
//newDevice.set_Interface(Instance.host, "Modbus Configuration");//Put here the registered name of the page for what we want in the Modbus tab!!! So easy!
newDevice.set_Interface(Instance.host, Util.IFACE_NAME); //Needed to link device to plugin, so the tab calls back to the correct hardcoded homeseer function
//newDevice.set_InterfaceInstance()'' SET INTERFACE INSTANCE
newDevice.set_Relationship(Instance.host, Enums.eRelationship.Not_Set);
newDevice.MISC_Set(Instance.host, Enums.dvMISC.NO_LOG);
newDevice.MISC_Set(Instance.host, Enums.dvMISC.SHOW_VALUES);
// newDevice.MISC_Set(Instance.host, Enums.dvMISC.HIDDEN);
HomeSeerAPI.PlugExtraData.clsPlugExtraData EDO = new PlugExtraData.clsPlugExtraData();
// EDO = newDevice.get_PlugExtraData_Get(Instance.host);
string ruleString = makeNewRules();
string userNote = newDevice.get_UserNote(Instance.host);
userNote = userNote.Split("PLUGIN EXTRA DATA:".ToCharArray())[0];
userNote += "PLUGIN EXTRA DATA:" + ruleString.ToString();
newDevice.set_UserNote(Instance.host, userNote);
EDO.AddNamed("SSIDKey", ruleString);
newDevice.set_PlugExtraData_Set(Instance.host, EDO);
// newDevice.set_Device_Type_String(Instance.host, makeNewModbusGateway());
var DevINFO = new DeviceTypeInfo_m.DeviceTypeInfo();
DevINFO.Device_API = DeviceTypeInfo_m.DeviceTypeInfo.eDeviceAPI.Plug_In;
newDevice.set_DeviceType_Set(Instance.host, DevINFO);
Instance.Devices.Add(new SiidDevice(Instance, newDevice));
MakeStewardVSP(dv);
StringBuilder stb = new StringBuilder();
var page = this;
string GatewayID = data.Split("_".ToCharArray())[1];
SiidDevice GateWay = SiidDevice.GetFromListByID(Instance.Devices, Convert.ToInt32(GatewayID));
Scheduler.Classes.DeviceClass Gateway = GateWay.Device; //Should keep in gateway a list of devices
Gateway.AssociatedDevice_Add(Instance.host, dv); //This is totally working actually
return("refresh");
stb.Append("<meta http-equiv=\"refresh\" content = \"0; URL='/deviceutility?ref=" + dv + "&edit=1'\" />");
// stb.Append("<a id = 'LALA' href='/deviceutility?ref=" + dv + "&edit=1'/><script>LALA.click()</script> ");
page.AddBody(stb.ToString());
return(page.BuildPage());
}