/// <summary>
/// Populates the settings list will all possible combination of ranges, as defined in the
/// database. This can result in many elements.
/// </summary>
public void PopulateAllPossible()
{
list = new List <MotionSensorSettingsTest>();
seperateSettingLists = new List <MotionSetting>();
var db = new DAL.CaptureDbTest(ConfigurationManager.ConnectionStrings["LOCALDB"].ConnectionString);
Convert(db.ReturnSettingTypeRanges());
}//Populate
public ChartDataList Get()
{
string conn = ConfigurationManager.ConnectionStrings["LOCALDB"].ConnectionString;
var db = new DAL.CaptureDbTest(conn);
DataTable dt = db.ReturnLagTestData();
ChartDataList chartDataList = new ChartDataList();
chartDataList.AddLagTestData(dt, "Lag Tests");
return chartDataList;
}
public ChartDataList Get()
{
string conn = ConfigurationManager.ConnectionStrings["LOCALDB"].ConnectionString;
var db = new DAL.CaptureDbTest(conn);
DataTable dt = db.ReturnLagTestData();
ChartDataList chartDataList = new ChartDataList();
chartDataList.AddLagTestData(dt, "Lag Tests");
return(chartDataList);
}
/// <summary>
/// Creates a list where each setting is changed across its full range, whilst the other settings remain at their default level
/// </summary>
public void PopulateSequentialChange()
{
seperateSettingLists = new List <MotionSetting>();
list = new List <MotionSensorSettingsTest>();
var db = new DAL.CaptureDbTest(ConfigurationManager.ConnectionStrings["LOCALDB"].ConnectionString);
Convert(db.ReturnSettingTypeRanges());
//combine the seperate settings into the list
seperateSettingLists.ForEach(x => list.AddRange(x.list));
}//PopulateSequentialChange
public void Populate()
{
list = new List <LagTestData>();
string conn = ConfigurationManager.ConnectionStrings["LOCALDB"].ConnectionString;
var db = new DAL.CaptureDbTest(conn);
DataTable dt = db.ReturnLagTestData();
foreach (DataRow dr in dt.Rows)
{
list.Add(new LagTestData(dr));
}
}
public void Populate()
{
list = new List<LagTestData>();
string conn = ConfigurationManager.ConnectionStrings["LOCALDB"].ConnectionString;
var db = new DAL.CaptureDbTest(conn);
DataTable dt = db.ReturnLagTestData();
foreach (DataRow dr in dt.Rows)
{
list.Add(new LagTestData(dr));
}
}
// [EnableCors(origins: "http://localhost:3328", headers: "*", methods: "*")]
public ChartDataList Get()
{
string conn = ConfigurationManager.ConnectionStrings["LOCALDB"].ConnectionString;
var db = new DAL.CaptureDbTest(conn);
DataTable settingTypes = db.ReturnSettingTypes();
ChartDataList chartDataList = new ChartDataList();
foreach(DataRow dr in settingTypes.Rows)
{
DataTable dt = db.ReturnTestConfusionData(dr.Field<int>("settingTypeId"));
if(dt.Rows.Count > 0)
{
chartDataList.AddMotionTestData(dt, dr["settingTypeName"].ToString().ToTitleString());
}
}
return chartDataList;
}
// [EnableCors(origins: "http://localhost:3328", headers: "*", methods: "*")]
public ChartDataList Get()
{
string conn = ConfigurationManager.ConnectionStrings["LOCALDB"].ConnectionString;
var db = new DAL.CaptureDbTest(conn);
DataTable settingTypes = db.ReturnSettingTypes();
ChartDataList chartDataList = new ChartDataList();
foreach (DataRow dr in settingTypes.Rows)
{
DataTable dt = db.ReturnTestConfusionData(dr.Field <int>("settingTypeId"));
if (dt.Rows.Count > 0)
{
chartDataList.AddMotionTestData(dt, dr["settingTypeName"].ToString().ToTitleString());
}
}
return(chartDataList);
}
