public Type814ServiceMeterType ParseServiceMeterType(XElement element, IDictionary <string, XNamespace> namespaces)
{
XNamespace empty;
if (!namespaces.TryGetValue(string.Empty, out empty))
{
empty = XNamespace.None;
}
var model = new Type814ServiceMeterType
{
MeterMultiplier = element.GetChildText(empty + "MeterMultiplier"),
MeterType = element.GetChildText(empty + "MeterType"),
ProductType = element.GetChildText(empty + "ProductType"),
TimeOfUse = element.GetChildText(empty + "TimeOfUse"),
TimeOfUse2 = element.GetChildText(empty + "TimeOfUse2"),
NumberOfDials = element.GetChildText(empty + "NumberOfDials"),
UnmeteredNumberOfDevices = element.GetChildText(empty + "UnmeteredNumberOfDevices"),
UnmeteredDescription = element.GetChildText(empty + "UnmeteredDescription"),
StartMeterRead = element.GetChildText(empty + "StartMeterRead"),
ChangeReason = element.GetChildText(empty + "ChangeReason"),
};
return(model);
}
public void ParseServiceMeterType(Prism814Context context, string[] marketFields)
{
var current = context.Current;
if (current == null || current.ModelType != Type814Types.ServiceMeter)
{
throw new InvalidOperationException();
}
var meter = current as Type814ServiceMeter;
if (meter == null)
{
throw new InvalidOperationException();
}
var model = new Type814ServiceMeterType
{
ProductType = context.ProductType,
UnmeteredNumberOfDevices = context.UnmeterQuantity,
UnmeteredDescription = context.UnmeterDescription,
MeterMultiplier = marketFields.AtIndex(3),
MeterType = marketFields.AtIndex(2),
TimeOfUse = marketFields.AtIndex(5),
TimeOfUse2 = marketFields.AtIndex(6),
NumberOfDials = marketFields.AtIndex(4),
StartMeterRead = marketFields.AtIndex(10),
EndMeterRead = marketFields.AtIndex(11),
};
meter.AddType(model);
}
public void ParseServiceMeter(Prism814Context context, string[] marketFields)
{
var current = context.Current;
if (current == null || current.ModelType != Type814Types.Service)
{
throw new InvalidOperationException();
}
var service = current as Type814Service;
if (service == null)
{
throw new InvalidOperationException();
}
var model = new Type814ServiceMeter
{
EntityIdCode = marketFields.AtIndex(4),
MeterNumber = marketFields.AtIndex(2),
MeterType = marketFields.AtIndex(5),
LoadProfile = marketFields.AtIndex(8),
RateClass = marketFields.AtIndex(6),
RateSubClass = marketFields.AtIndex(7),
MeterCycle = marketFields.AtIndex(10),
MeterCycleDayOfMonth = marketFields.AtIndex(36),
SpecialNeedsIndicator = marketFields.AtIndex(21),
OldMeterNumber = marketFields.AtIndex(3),
MeterOwnerIndicator = marketFields.AtIndex(23),
AmsIndicator = marketFields.AtIndex(51),
SummaryInterval = marketFields.AtIndex(51),
};
service.AddMeter(model);
context.PushModel(model);
marketFields.TryAtIndex(11, x => context.ProductType = x);
marketFields.TryAtIndex(13, x => context.UnmeterQuantity = x);
marketFields.TryAtIndex(14, x => context.UnmeterDescription = x);
var hasIntervalType = false;
var hasProductType = false;
marketFields.TryAtIndex(5, x => hasIntervalType = true);
marketFields.TryAtIndex(11, x => hasProductType = true);
if (hasIntervalType || !hasProductType)
{
return;
}
var meterTypeModel = new Type814ServiceMeterType
{
ProductType = marketFields.AtIndex(11),
UnmeteredNumberOfDevices = marketFields.AtIndex(13),
UnmeteredDescription = marketFields.AtIndex(37),
};
model.AddType(meterTypeModel);
}
public Type814ServiceMeterType[] ListServiceMeterTypes(int meterKey)
{
using (var connection = new SqlConnection(connectionString))
using (var command = connection.CreateCommand("esp_814ServiceMeterTOUList"))
{
command.AddWithValue("@Meter_Key", meterKey);
if (connection.State != ConnectionState.Open)
{
connection.Open();
}
var collection = new List <Type814ServiceMeterType>();
using (var reader = command.ExecuteReader())
{
while (reader.Read())
{
var item = new Type814ServiceMeterType
{
TypeKey = reader.GetInt32("Type_Key"),
MeterKey = meterKey,
};
reader.TryGetString("MeterMultiplier", x => item.MeterMultiplier = x);
reader.TryGetString("MeterType", x => item.MeterType = x);
reader.TryGetString("ProductType", x => item.ProductType = x);
reader.TryGetString("TimeOfUse", x => item.TimeOfUse = x);
reader.TryGetString("NumberOfDials", x => item.NumberOfDials = x);
reader.TryGetString("UnmeteredNumberOfDevices", x => item.UnmeteredNumberOfDevices = x);
reader.TryGetString("UnmeteredDescription", x => item.UnmeteredDescription = x);
reader.TryGetString("StartMeterRead", x => item.StartMeterRead = x);
reader.TryGetString("EndMeterRead", x => item.EndMeterRead = x);
reader.TryGetString("ChangeReason", x => item.ChangeReason = x);
reader.TryGetString("TimeOfUse2", x => item.TimeOfUse2 = x);
collection.Add(item);
}
return(collection.ToArray());
}
}
}
public void When_Saving_Header_With_Any_Service_Meter_Types_Then_Insert_Service_Meter_Type_Is_Called()
{
// arrange
const int serviceMeterKey = 2;
var type = new Type814ServiceMeterType {
ChangeReason = "mock"
};
var meter = new Type814ServiceMeter();
meter.AddType(type);
var service = new Type814Service();
service.AddMeter(meter);
var header = new Type814Header();
header.AddService(service);
dataAccess.Stub(x => x.InsertHeader(Arg.Is(header)))
.Return(1);
dataAccess.Stub(x => x.InsertService(Arg.Is(service)))
.Return(1);
dataAccess.Stub(x => x.InsertServiceMeter(Arg.Is(meter)))
.Return(serviceMeterKey);
dataAccess.Expect(x => x.InsertServiceMeterType(Arg.Is(type)))
.Return(1);
// act
concern.SaveHeader(header);
// assert
Assert.AreEqual(serviceMeterKey, type.MeterKey);
dataAccess.VerifyAllExpectations();
}
public int InsertServiceMeterType(Type814ServiceMeterType model)
{
using (var connection = new SqlConnection(connectionString))
using (var command = connection.CreateCommand("csp814ServiceMeterTypeInsert"))
{
SqlParameter keyParameter;
command.AddWithValue("@Meter_Key", model.MeterKey)
.AddWithValue("@MeterMultiplier", model.MeterMultiplier)
.AddWithValue("@MeterType", model.MeterType)
.AddWithValue("@ProductType", model.ProductType)
.AddWithValue("@TimeOfUse", model.TimeOfUse)
.AddWithValue("@TimeOfUse2", model.TimeOfUse2)
.AddWithValue("@NumberOfDials", model.NumberOfDials)
.AddWithValue("@UnmeteredNumberOfDevices", model.UnmeteredNumberOfDevices)
.AddWithValue("@UnmeteredDescription", model.UnmeteredDescription)
.AddWithValue("@StartMeterRead", model.StartMeterRead)
.AddWithValue("@EndMeterRead", model.EndMeterRead)
.AddWithValue("@ChangeReason", model.ChangeReason)
.AddOutParameter("@Type_Key", SqlDbType.Int, out keyParameter);
if (connection.State != ConnectionState.Open)
{
connection.Open();
}
command.ExecuteNonQuery();
if (keyParameter.Value == null)
{
throw new Exception();
}
var typeKey = (int)keyParameter.Value;
model.TypeKey = typeKey;
return(typeKey);
}
}
