public void AddMethodOk()
{
//create an instance of the class we want to create
clsCarCollection AllCars = new clsCarCollection();
//create the item of test data
clsCar TestItem = new clsCar();
//var to store the prim key
Int32 PrimaryKey = 0;
//set its proprties
TestItem.RegPlate = "dy20abc";
TestItem.CarName = "Audi";
TestItem.CarModel = "S5";
TestItem.CarColour = "Blue";
TestItem.EngineSize = "2949";
TestItem.Price = 150;
//set this cars to the test data
AllCars.ThisCar = TestItem;
//add record
PrimaryKey = AllCars.Add();
//set the prim key of the test data
TestItem.CarID = PrimaryKey;
//find the record
AllCars.ThisCar.Find(PrimaryKey);
//test to see that the 2 values are the same
Assert.AreEqual(AllCars.ThisCar, TestItem);
}
public void CarListAndCountOk()
{
//create an instance of the class we want to create
clsCarCollection AllCars = new clsCarCollection();
//create some test data to assign to the property
//in this case the data needs to be a list of objects
List <clsCar> Testlist = new List <clsCar>();
//add an item to the list
//create the item of test data
clsCar TestItem = new clsCar();
//set its proprties
TestItem.CarID = 1;
TestItem.RegPlate = "dy20abc";
TestItem.CarName = "Audi";
TestItem.CarModel = "S5";
TestItem.CarColour = "Blue";
TestItem.EngineSize = "2949cc";
TestItem.Price = 150;
//add the item to the test list
Testlist.Add(TestItem);
//assign the data to the property
AllCars.CarList = Testlist;
//test to see that the two values are the samw
Assert.AreEqual(AllCars.CarList, Testlist);
}
void PopulateArray(clsDataConnection DB)
{
//populates the array list based on the data table in the parameter DB
//var for the index
Int32 Index = 0;
//var to store the record count
Int32 RecordCount;
//get the count of records
RecordCount = DB.Count;
//clear the private array list
mCarList = new List <clsCar>();
//while there are records to process
while (Index < RecordCount)
{
//create a blank Car
clsCar AnCar = new clsCar();
//read in the fields from the current record
AnCar.CarNo = Convert.ToInt32(DB.DataTable.Rows[Index]["CarNo"]);
AnCar.CarMake = Convert.ToString(DB.DataTable.Rows[Index]["CarMake"]);
AnCar.CarModel = Convert.ToString(DB.DataTable.Rows[Index]["CarModel"]);
AnCar.Colour = Convert.ToString(DB.DataTable.Rows[Index]["Colour"]);
AnCar.BodyType = Convert.ToString(DB.DataTable.Rows[Index]["BodyType"]);
AnCar.Age = Convert.ToInt32(DB.DataTable.Rows[Index]["Age"]);
AnCar.Active = Convert.ToBoolean(DB.DataTable.Rows[Index]["Active"]);
AnCar.Mileage = Convert.ToInt32(DB.DataTable.Rows[Index]["Mileage"]);
//add the record to the private data mamber
mCarList.Add(AnCar);
//point at the next record
Index++;
}
}
public void DeleteMethodOk()
{
//create an instance of the class we want to create
clsCarCollection AllCars = new clsCarCollection();
//create the item of test data
clsCar TestItem = new clsCar();
//var to store the prim key
Int32 PrimaryKey = 0;
//set its proprties
TestItem.RegPlate = "dy20abc";
TestItem.CarName = "Audi";
TestItem.CarModel = "S5";
TestItem.CarColour = "Blue";
TestItem.EngineSize = "2949cc";
TestItem.Price = 150;
//set this cars to the test data
AllCars.ThisCar = TestItem;
//add record
PrimaryKey = AllCars.Add();
//set the prim key of the test data
TestItem.CarID = PrimaryKey;
//find the record
AllCars.ThisCar.Find(PrimaryKey);
//delte record
AllCars.Delete();
//find record
Boolean Found = AllCars.ThisCar.Find(PrimaryKey);
//test to see recrod not found
Assert.IsFalse(Found);
}
public void CarsListAndCountOK()
{
//Create an instance of the class we want to create.
clsCarsCollection AllCars = new clsCarsCollection();
//Create some test data to assign to the property.
//In this case data needs to be a list of objects.
List <clsCar> TestList = new List <clsCar>();
//Add item to the list
//Create the item of test data
clsCar TestItem = new clsCar();
//Set it's properties
TestItem.CarManufacturer = "Volkswagon";
TestItem.CarModel = "Golf R";
TestItem.CarRegistrationPlate = "DE17 FGH";
TestItem.CarColour = "Yellow";
TestItem.CarNumberOfDoors = 5;
TestItem.CarNumberOfSeats = 5;
TestItem.CarNeedsRepair = true;
TestItem.CarSold = false;
//Add the items to the test list.
TestList.Add(TestItem);
//Assign the data to the property.
AllCars.CarList = TestList;
//Test to see that the two values are the same.
Assert.AreEqual(AllCars.Count, TestList.Count);
}
public void AddMethodOK()
{
//create an instance of the class we want to create
clsCarCollection AllCars = new clsCarCollection();
//create the item of test data
clsCar TestItem = new clsCar();
//var to store the primary key
Int32 PrimaryKey = 0;
//set its properties
TestItem.Fuel = true;
TestItem.CarID = 3;
TestItem.ColourNo = 4;
TestItem.CarName = "Audi";
TestItem.Model = "A6 Sedan C8";
TestItem.BodyType = "SUV";
TestItem.Price = 47739.99m;
TestItem.Stock = 3;
TestItem.YearMade = DateTime.Now.Date;
//set ThisCar to the test data
AllCars.ThisCar = TestItem;
//add the record
PrimaryKey = AllCars.Add();
//set the primary key of the test data
TestItem.CarID = PrimaryKey;
//find the record
AllCars.ThisCar.Find(PrimaryKey);
//test to see that the two values are the same
Assert.AreEqual(AllCars.ThisCar, TestItem);
}
public void ListAndCountOK()
{
//create an instance of the class we want to create
clsCarCollection AllCars = new clsCarCollection();
//create some test data to assign to the property
//in this case the data needs to be a list of objects
List <clsCar> TestList = new List <clsCar>();
//add an item to the list
//create the time of test data
clsCar TestItem = new clsCar();
//set its properties
TestItem.Fuel = true;
TestItem.CarID = 3;
TestItem.ColourNo = 4;
TestItem.CarName = "Audi";
TestItem.Model = "A6 Sedan C8";
TestItem.BodyType = "SUV";
TestItem.Price = 44737.99m;
TestItem.Stock = 3;
TestItem.YearMade = DateTime.Now.Date;
//add the item to the test list
TestList.Add(TestItem);
//assign the data to the property
AllCars.CarList = TestList;
//test to see that the two values are the same
Assert.AreEqual(AllCars.Count, TestList.Count);
}
private void loadCarModel()
{
lvCarModel.Items.Clear();
lvCarModel.SuspendLayout();
carList = new List <clsCar>();
clsCar clscar = new clsCar();
carList = clscar.GetCarList();
foreach (clsCar car in carList)
{
ListViewItem oItem = new ListViewItem();
oItem.Text = car.Code;
oItem.SubItems.Add(car.Name);
oItem.SubItems.Add(car.Status.ToString());
oItem.Tag = car;
lvCarModel.Items.Add(oItem);
}
tsslCarModelCount.Text = "Row Count: " + lvCarModel.Items.Count;
lvCarModel.ResumeLayout();
}
// must pass car model. check username
private void loadInventory(clsCar car)
{
lvInventory.Items.Clear();
lvInventory.SuspendLayout();
List <clsInventory> list = new List <clsInventory>();
clsInventory clsinventory = new clsInventory();
list = clsinventory.getList(car);
foreach (clsInventory inventory in list)
{
ListViewItem oItem = new ListViewItem();
oItem.Text = inventory.TrackingCode;
oItem.SubItems.Add(inventory.Details);
oItem.SubItems.Add(inventory.Supplier);
oItem.Tag = inventory;
lvInventory.Items.Add(oItem);
}
tsslInventoryAvailableStocks.Text = "Available Stocks: " + lvInventory.Items.Count;
lvInventory.ResumeLayout();
}
protected void btnUpdate_OnClick(object sender, EventArgs e)
{
clsUser user = (clsUser)Session["User"];
clsCar car = new clsCar();
car.CarId = Convert.ToInt32(hdnCarId.Value);
car.VehicleReg = VehicleReg.Text;
car.VehicleColor = VehicleColor.Text;
car.VehicleMake = VehicleMake.Text;
car.VehicleModel = VehicleModel.Text;
car.UserID = user.UserID;
if (car.CarId > 0)
{
mgtCar.Update(car);
lblMessage.Text = "Car details updated successfully!";
}
else
{
mgtCar.Add(car);
lblMessage.Text = "Car details added successfully!";
}
messageBox.Visible = true;
ClearForm();
BindMyCars();
}
public void AddMethodOk()
{
//create an instance of the class we want to create
clsCarCollection AllCars = new clsCarCollection();
//create the item of test data
clsCar TestItem = new clsCar();
//var to store the primary key
int PrimaryKey = 0;
//set its properties
TestItem.CarNo = 1;
TestItem.CarMake = "Honda";
TestItem.CarModel = "Civic";
TestItem.Colour = "red";
TestItem.BodyType = "Sedan";
TestItem.Age = 5;
TestItem.Active = true;
TestItem.Mileage = 100000;
//set ThisCar to the test data
AllCars.ThisCar = TestItem;
//add the record
PrimaryKey = AllCars.Add();
//set the primary key of the test data
TestItem.CarNo = PrimaryKey;
//find the record
AllCars.ThisCar.Find(PrimaryKey);
//test to see that the two values are the same
Assert.AreEqual(AllCars.ThisCar, TestItem);
}
public void ListAndCountOK()
{
//create an instance of the class we want to create
clsCarCollection AllCars = new clsCarCollection();
//create some test data to assign to the property
//in this case the data needs to be a list of objects
List <clsCar> TestList = new List <clsCar>();
//add an item to the list
//create the item of test data
clsCar TestItem = new clsCar();
//set its properties
TestItem.CarNo = 1;
TestItem.CarMake = "Honda";
TestItem.CarModel = "Civic";
TestItem.Colour = "red";
TestItem.BodyType = "Sedan";
TestItem.Age = 5;
TestItem.Active = true;
TestItem.Mileage = 100000;
//add the item to the test list
TestList.Add(TestItem);
//assign the data to the property
AllCars.CarList = TestList;
//test to see that the two values are the same
Assert.AreEqual(AllCars.Count, TestList.Count);
}
private void loadCarModel()
{
lvCarModel.Items.Clear();
lvCarModel.SuspendLayout();
List <clsCar> list = new List <clsCar>();
clsCar oCar = new clsCar();
list = oCar.GetCarList();
foreach (clsCar car in list)
{
ListViewItem oItem = new ListViewItem();
oItem.Text = car.Code;
oItem.SubItems.Add(car.Name);
oItem.ImageKey = "folder";
oItem.Tag = car;
lvCarModel.Items.Add(oItem);
}
lvCarModel.ResumeLayout();
}
public void CarDeleteMethodOK()
{
//create an instance of the class we want to create.
clsCarsCollection AllCars = new clsCarsCollection();
//create the item of test data
clsCar TestItem = new clsCar();
//variable to store the primary key.
Int32 PrimaryKey = 0;
//set it's properties.
TestItem.CarID = 4;
TestItem.CarManufacturer = "BMW";
TestItem.CarModel = "i8";
TestItem.CarRegistrationPlate = "FE17 GTE";
TestItem.CarColour = "yellow";
TestItem.CarNumberOfDoors = 5;
TestItem.CarNumberOfSeats = 5;
TestItem.CarNeedsRepair = false;
TestItem.CarSold = true;
//set thiscar to the test date
AllCars.ThisCar = TestItem;
//add the record
PrimaryKey = AllCars.Add();
//set the primary key of the test data.
TestItem.CarID = PrimaryKey;
//find the record.
AllCars.ThisCar.Find(PrimaryKey);
//delete the record.
AllCars.Delete();
//now find the record.
Boolean Found = AllCars.ThisCar.Find(PrimaryKey);
//Test to see that the record was not found.
Assert.IsFalse(Found);
}
public void CarAddMethodOK()
{
//Create an instance of the class we want to create
clsCarsCollection AllCars = new clsCarsCollection();
//Create the item for test data.
clsCar TestItem = new clsCar();
//Var to store the primary key
Int32 PrimaryKey = 0;
//set it's properties
TestItem.CarID = 1;
TestItem.CarManufacturer = "Mini";
TestItem.CarModel = "Paceman";
TestItem.CarRegistrationPlate = "FE64 JUI";
TestItem.CarColour = "White";
TestItem.CarNumberOfDoors = 5;
TestItem.CarNumberOfSeats = 4;
TestItem.SupplierID = 4;
TestItem.CarNeedsRepair = false;
TestItem.CarSold = false;
//Set thiscar to the test data.
AllCars.ThisCar = TestItem;
//Find the record
AllCars.ThisCar.Find(PrimaryKey);
//Test to see if the two values are the same.
Assert.AreEqual(AllCars.ThisCar, TestItem);
}
public void InstanceOK()
{
//create an instance of our class clsCar
clsCar ACar = new clsCar();
//check to see that the class is not null
Assert.IsNotNull(ACar);
}
public void InstanceOK()
{
//create instance of the class we want to create
clsCar ACar = new clsCar();
//test to see it exists
Assert.IsNotNull(ACar);
}
public void InstanceOk()
{
//Create an instanceof the class we want to create
clsCar AnCar = new clsCar();
//test to see that it exists
Assert.IsNotNull(AnCar);
}
public void CarID()
{
clsCar ACar = new clsCar();
Int32 TestData = 21;
//assgn the data to the property
ACar.CarID = TestData;
//applythe test
Assert.AreEqual(ACar.CarID, TestData);
}
protected void ddlMyCars_OnSelectedIndexChanged(object sender, EventArgs e)
{
if (ddlMyCars.SelectedValue != "0")
{
clsCar car = mgtCar.GetCar(Convert.ToInt32(ddlMyCars.SelectedValue));
VehicleReg.Text = car.VehicleReg;
VehicleColor.Text = car.VehicleColor;
VehicleMake.Text = car.VehicleMake;
VehicleModel.Text = car.VehicleModel;
}
}
public void ColourNoPropertyOK()
{
//create an instance f the class we want to create
clsCar ACar = new clsCar();
//create some test data to assign to the property
Int32 TestData = 3;
//assign the data to the property
ACar.ColourNo = TestData;
//test to see that the two values are the same
Assert.AreEqual(ACar.ColourNo, TestData);
}
public void EnginesizePropertyOk()
{
//create an instance of the class we want to create
clsCar AnEngineSize = new clsCar();
//create some test data to assign to the property
string TestData = "2999";
//assign the data to the property
AnEngineSize.EngineSize = TestData;
//test to see that the two values are the same
Assert.AreEqual(AnEngineSize.EngineSize, TestData);
}
public void RegPlatePropertyOk()
{
//create an instance of the class we want to create
clsCar AnRegPlate = new clsCar();
//create some test data to assign to the property
string TestData = "AB69BNM";
//assign the data to the property
AnRegPlate.RegPlate = TestData;
//test to see that the two values are the same
Assert.AreEqual(AnRegPlate.RegPlate, TestData);
}
public void CarModelPropertyOk()
{
//create an instance of the class we want to create
clsCar AnCarModel = new clsCar();
//create some test data to assign to the property
string TestData = "RS7";
//assign the data to the property
AnCarModel.CarModel = TestData;
//test to see that the two values are the same
Assert.AreEqual(AnCarModel.CarModel, TestData);
}
public void CarColourPropertyOK()
{
//create an instance of the class we want to create
clsCar AnCarColour = new clsCar();
//create some test data to assign to the property
string TestData = "black";
//assign the data to the property
AnCarColour.CarColour = TestData;
//test to see that the two values are the same
Assert.AreEqual(AnCarColour.CarColour, TestData);
}
public void CarIDPropertyOk()
{
//create an instance of the class we want to create
clsCar AnCarId = new clsCar();
//create some test data to assign to the property
Int32 TestData = 1;
//assign the data to the property
AnCarId.CarID = TestData;
//test to see that the two values are the same
Assert.AreEqual(AnCarId.CarID, TestData);
}
public void FuelPropertyOK()
{
//create an instance of the class we want to create
clsCar ACar = new clsCar();
//create some trest data to assign to the property
Boolean TestData = true;
//assign the data to the property
ACar.Fuel = TestData;
//test to see thst the two values are the same
Assert.AreEqual(ACar.Fuel, TestData);
}
public void YearMadePropertyOK()
{
//create an instance of the class we want to create
clsCar ACar = new clsCar();
//create some test data to assign to the property
DateTime TestData = DateTime.Now.Date;
//assign the data to the property
ACar.YearMade = TestData;
//test to see that the two values are the same
Assert.AreEqual(ACar.YearMade, TestData);
}
public void ValidMethodOK()
{
//create an instance of the class we want to create
clsCar ACar = new clsCar();
//string variable to store any error message
String Error = "";
//invoke th method
Error = ACar.Valid(CarName, Model, BodyType, YearMade);
//test to see that the result is correct
Assert.AreEqual(Error, "");
}
public void ModelPropertyOK()
{
//create an instance f the class we want to create
clsCar ACar = new clsCar();
//create some test data to assign to the property
string TestData = "X5 E70";
//assign the data to the property
ACar.Model = TestData;
//test to see that the two values are the same
Assert.AreEqual(ACar.Model, TestData);
}
