public void testSelectsNexus4OnExactMatch()
{
AndroidModel model = new AndroidModel("4.4.2", "KOT49H", "Nexus 4", "LGE");
ModelSpecificDistanceCalculator distanceCalculator = new ModelSpecificDistanceCalculator(null, null, model);
AssertEx.AreEqual("should be Nexus 4", "Nexus 4", distanceCalculator.Model.Model);
}
public static void GetAndroidModel(OCVModel ocvModel, RCModel rcModel, ref AndroidModel androidModel)
{
androidModel.iOCVVolt = ocvModel.iOCVVolt;
androidModel.fCTABase = rcModel.fCTABase;
androidModel.fCTASlope = rcModel.fCTASlope;
androidModel.listfCurr = rcModel.listfCurr;
androidModel.listfTemp = rcModel.listfTemp;
androidModel.outYValue = rcModel.outYValue;
}
internal static void GenerateAndroidDriver(AndroidModel androidModel, Project project)
{
List <string> strFilePaths = androidModel.FilePaths;
List <string> strHHeaderComments;
UInt32 uErr = 0;
TableMakerService.InitializeHeaderInfor(ref uErr, project.BatteryType.Manufacturer, project.BatteryType.Name, project.AbsoluteMaxCapacity.ToString(), project.LimitedChargeVoltage.ToString(), project.CutoffDischargeVoltage.ToString(), out strHHeaderComments);
var OutFolder = $@"{GlobalSettings.RootPath}{project.BatteryType.Name}\{project.Name}\{GlobalSettings.ProductFolderName}";
GenerateCHFiles(ref uErr, OutFolder, strFilePaths[0], strFilePaths[1], strHHeaderComments, androidModel.iOCVVolt, project.VoltagePoints, androidModel.listfTemp, androidModel.listfCurr, androidModel.outYValue, androidModel.fCTABase, androidModel.fCTASlope);
}
public void testCalculatesDistanceForMotoXPro()
{
Context applicationContext = Android.App.Application.Context;
AndroidModel model = new AndroidModel("5.0.2", "LXG22.67-7.1", "Moto X Pro", "XT1115");
ModelSpecificDistanceCalculator distanceCalculator = new ModelSpecificDistanceCalculator(applicationContext, null, model);
AssertEx.AreEqual("should be Moto X Pro", "Moto X Pro", distanceCalculator.Model.Model);
Double distance = distanceCalculator.CalculateDistance(-49, -58);
AssertEx.AreEqual("Distance should be as predicted by coefficients at 3 meters", 2.661125466, distance, 0.1);
}
private AndroidModel[] CreateAndroidModelData(string[] Lines)
{
List <AndroidModel> models = new List <AndroidModel>();
for (int i = 1; i < Lines.Length; i++)
{
string[] data = Lines[i].Split(",");
AndroidModel model = new AndroidModel
{
Model = data[0],
Manufacturer = data[2]
};
models.Add(model);
}
return(models.ToArray());
}
public AndroidModel GetAndroidInfo3(string userName, int matb, int getSTT, int getSMS, int getUserInfo)
{
var counterDayInfo = BLLLoginHistory.Instance.GetForHome(sqlconnectString, sqlconnection, userName, matb, DateTime.Now, 0);
AndroidModel androidModel = new AndroidModel();
androidModel.TicketNumber = counterDayInfo.CurrentTicket;
androidModel.TotalWaiting = counterDayInfo.TotalWating;
androidModel.CounterWaitings = counterDayInfo.CounterWaitingTickets;
androidModel.UserId = counterDayInfo.UserId;
androidModel.HasEvaluate = counterDayInfo.HasEvaluate;
androidModel.Status = counterDayInfo.Status;
androidModel.TicketNumber = counterDayInfo.CurrentTicket;
androidModel.UserInfo = new UserModel()
{
UserName = counterDayInfo.UserName
};
return(androidModel);
}