/*
*
* METODOS STATICOS DE AYUDA
*
*/
public static void LoadStock(MechanicalKeyboard m, Thinkpad t)
{
for (int i = 0; i < 10; i++)
{
Factory.LoadMoreStock(t);
Factory.LoadMoreStock(m);
}
}
public void IsProductDuplicated_False()
{
// arrange
Random random = new Random();
List <Product> list = new List <Product>();
MechanicalKeyboard p1 = new MechanicalKeyboard("Poker 3", 1500, EKeyboardSize.FullSize);
p1.Serial_Number = 10;
list.Add(p1);
MechanicalKeyboard p2 = new MechanicalKeyboard("Poker 3", 1600, EKeyboardSize.Small);
p2.Serial_Number = 12;
bool exit;
// act
exit = (list == p2);
// assert
Assert.IsFalse(exit);
}
static void Main(string[] args)
{
// ATENCION - LA MAYORIA DE LA PRUEBAS QUE RESULTAN SIN STOCK ES DEBIDO A LOS TECLADOS QUE CONSUMEN
// MUCHAS KEYCAPS Y MUCHOS SWTICHES, TENER EN CUENTA Y AGREGAR STOCK CONTINUO PARA PROBAR
bool sinStock = false;
// creamos una lista con 2 objetos.
List <Product> list = new List <Product>();
MechanicalKeyboard p1 = new MechanicalKeyboard("Poker3", 1500, EKeyboardSize.Tenkeyless, true, ESwitchColor.CherryBlue);
Thinkpad p2 = new Thinkpad("T420", 2000, EScreenSize.LargeScreen, 1, true);
list.Add(p1);
list.Add(p2);
// Cargamos el diccionario de materiales (de la clase Materials) con los nombres de los
// atributos de c/tipo de objeto y un valor random
Factory.stock.LoadMaterialsNeeded(p1);
Factory.stock.LoadMaterialsNeeded(p2);
// Aumentamos el stock que se necesita para crear c/producto
Factory.LoadMoreStock(p1);
Factory.LoadMoreStock(p2);
// Mostramos Stock Inicial
Console.WriteLine("Consulto Stock (1) \n\n" + Factory.StockInfo());
try
{
// Intentamos agregar 2 productos
// Cuando se testea agregar productos ESTAR atentos al LoadMoreStock y su random interno
// si es muy chico habra que llamarlo varias veces
// A modo de prueba se puede cambiar su random a uno mayor
Factory.Create = new Thinkpad("T420", 2500, EScreenSize.MediumScreen, 1, true);
Factory.Create = new MechanicalKeyboard("Poker3", 1500, EKeyboardSize.Tenkeyless, false, ESwitchColor.CherryBlue);
Console.WriteLine("Primeros 2 productos (1) \n\n" + Factory.ProductsInfo() + "\n\n");
}
catch (OutOfStockException ex)
{
Console.WriteLine($"No hay stock suficiente (1) ", ex.Message);
}
try
{
Factory.Create = new MechanicalKeyboard("Qisan Magicforce", 1150, EKeyboardSize.Small, true, ESwitchColor.GateronClear);
Factory.Create = new MechanicalKeyboard("Das Keyboard 100", 1790, EKeyboardSize.Small, false, ESwitchColor.GateronBrown);
Console.WriteLine("Se agregan 2 productos mas (2) \n\n" + Factory.ProductsInfo() + "\n\n");
}
catch (OutOfStockException ex)
{
Console.WriteLine("No hay stock suficiente (2) ", ex.Message);
sinStock = true;
}
if (sinStock)
{
Factory.LoadMoreStock(p1);
}
try
{
Factory.Create = new MechanicalKeyboard("Das Keyboard 100", 2655, EKeyboardSize.FullSize, false, ESwitchColor.CherryRed);
Factory.Create = new Thinkpad("T430", 2500, EScreenSize.LargeScreen, 1, true);
Console.WriteLine("Se agregan mas productos (3) \n\n" + Factory.ProductsInfo() + "\n\n");
}
catch (OutOfStockException ex)
{
Console.WriteLine("Te quedaste sin stock (3) ", ex.Message);
}
Console.WriteLine("Consulto Stock (2) \n\n" + Factory.StockInfo());
//PROBAMOS SERIALIZACION
try
{
// Corroboramos que la lista de productos sea mayor a 0
// Si no lo es, lanzamos excepcion
if (!(Factory.listaProductos.Count > 0))
{
throw new NoProductCreatedException("Stock is empty, nothing to be serialized\nGo build some");
}
string path = AppDomain.CurrentDomain.BaseDirectory + "ProductsList.xml";
Serializator <List <Product> > toXml = new Serializator <List <Product> >();
toXml.Save(path, Factory.listaProductos);
Console.WriteLine($"XML file created successfully at {AppDomain.CurrentDomain.BaseDirectory}");
}
catch (NoProductCreatedException ex)
{
Console.WriteLine(ex.Message);
}
catch (Exception ex)
{
Console.WriteLine(ex.Message);
}
Console.ReadKey();
}
static void Main(string[] args)
{
/*
*
*
* PROBAMOS CREACION DE PRODUCTOS Y EXCEPCIONES
*
*
*/
// ATENCION - LA MAYORIA DE LA PRUEBAS QUE RESULTAN SIN STOCK ES DEBIDO A LOS TECLADOS QUE CONSUMEN
// MUCHAS KEYCAPS Y MUCHOS SWTICHES, TENER EN CUENTA Y AGREGAR STOCK CONTINUO PARA PROBAR
bool sinStock = false;
// creamos 2 objetos.
MechanicalKeyboard p1 = new MechanicalKeyboard("Poker3", 1500, EKeyboardSize.Tenkeyless, true, ESwitchColor.CherryBlue);
Thinkpad p2 = new Thinkpad("Thinkpad T420", 2000, EScreenSize.LargeScreen, 1, true);
// Cargamos el diccionario de materiales (de la clase Materials) con los nombres de los
// atributos de c/tipo de objeto y un valor random
Factory.stock.LoadMaterialsNeeded(p1);
Factory.stock.LoadMaterialsNeeded(p2);
// Aumentamos el stock que se necesita para crear c/producto
LoadStock(p1, p2);
// Mostramos Stock Inicial
CheckStock(1);
try
{
// Intentamos agregar 2 productos
// Cuando se testea agregar productos ESTAR atentos al LoadMoreStock y su random interno
// si es muy chico habra que llamarlo varias veces
// A modo de prueba se puede cambiar su random a uno mayor
Factory.Create = new Thinkpad("Thinkpad T420", 2500, EScreenSize.MediumScreen, 1, true);
Factory.Create = new MechanicalKeyboard("Poker3", 1500, EKeyboardSize.Tenkeyless, false, ESwitchColor.CherryBlue);
Console.WriteLine("Se agregan 2 productos (1)" + Factory.ProductsInfo());
}
catch (OutOfStockException ex)
{
sinStock = true;
Console.WriteLine($"No hay stock suficiente (1) ", ex.Message);
}
try
{
Factory.Create = new MechanicalKeyboard("Qisan Magicforce", 1150, EKeyboardSize.Small, true, ESwitchColor.GateronClear);
Factory.Create = new MechanicalKeyboard("Das Keyboard 100", 1790, EKeyboardSize.Small, false, ESwitchColor.GateronBrown);
Console.WriteLine("Se agregan 2 productos (2)" + Factory.ProductsInfo());
}
catch (OutOfStockException ex)
{
sinStock = true;
Console.WriteLine("No hay stock suficiente (2) ", ex.Message);
}
if (sinStock)
{
LoadStock(p1, p2);
sinStock = false;
}
CheckStock(2);
try
{
Factory.Create = new MechanicalKeyboard("Das Keyboard 100", 2655, EKeyboardSize.FullSize, false, ESwitchColor.CherryRed);
Factory.Create = new Thinkpad("Thinkpad T430", 2500, EScreenSize.LargeScreen, 1, true);
Console.WriteLine("Se agregan 2 productos (3)" + Factory.ProductsInfo());
}
catch (OutOfStockException ex)
{
Console.WriteLine("Te quedaste sin stock (3) ", ex.Message);
}
CheckStock(3);
/*
*
*
* PROBAMOS SERIALIZACION
*
*
*/
Console.WriteLine("\n@@@@@@ SE PRUEBA SERIALIZACION @@@@@\n");
try
{
// Corroboramos que la lista de productos sea mayor a 0
// Si no lo es, lanzamos excepcion
DateTime currentDate = new DateTime();
currentDate = DateTime.Now;
if (!(Factory.listaProductos.Count > 0))
{
throw new NoProductCreatedException("Stock is empty, nothing to be serialized\nGo build some");
}
string path = AppDomain.CurrentDomain.BaseDirectory + "ProductsList - " + currentDate.ToString("-MMddyyyy_HHmmss") + ".xml";
Serializator <List <Product> > toXml = new Serializator <List <Product> >();
toXml.SaveXML(path, Factory.listaProductos);
Console.WriteLine($"XML file created successfully at {AppDomain.CurrentDomain.BaseDirectory}");
}
catch (NoProductCreatedException ex)
{
Console.WriteLine(ex.Message);
}
catch (Exception ex)
{
Console.WriteLine(ex.Message);
}
if (sinStock)
{
LoadStock(p1, p2);
sinStock = false;
}
CheckStock(4);
try
{
Factory.Create = new MechanicalKeyboard("Das Keyboard 100", 2655, EKeyboardSize.FullSize, false, ESwitchColor.CherryRed);
Factory.Create = new Thinkpad("Thinkpad T430", 2500, EScreenSize.LargeScreen, 1, true);
Factory.Create = new Thinkpad("Thinkpad T450", 3500, EScreenSize.LargeScreen, 1, true);
Console.WriteLine("Se agregan 2 productos (4)" + Factory.ProductsInfo());
}
catch (OutOfStockException ex)
{
sinStock = true;
Console.WriteLine("Te quedaste sin stock (4) ", ex.Message);
}
CheckStock(5);
/*
*
*
* PROBAMOS GUARDAR EN DB
*
*
*/
Console.WriteLine("\n@@@@@@ SE PRUEBA BASE DATOS @@@@@\n");
string notebookQuery = null;
string keyboardQuery = null;
List <string> thinkpadProperties = null;
List <string> keyboardProperties = null;
if (Factory.listaProductos.Count > 0)
{
if (Factory.listaProductos.ContainsType("Thinkpad")) // metodo de extension
{
thinkpadProperties = Factory.GetProperties(Factory.listaProductos, "Thinkpad");
notebookQuery = SQL <Thinkpad> .BuildInsertQuery(thinkpadProperties, "Notebooks");
}
if (Factory.listaProductos.ContainsType("MechanicalKeyboard")) // metodo de extension
{
keyboardProperties = Factory.GetProperties(Factory.listaProductos, "MechanicalKeyboard");
keyboardQuery = SQL <MechanicalKeyboard> .BuildInsertQuery(keyboardProperties, "Keyboards");
}
try
{
List <Product> temp = new List <Product>(Factory.listaProductos);
foreach (Product item in temp)
{
if (item is Thinkpad)
{
SQL <Thinkpad> .Insert(notebookQuery, thinkpadProperties, (Thinkpad)item);
}
if (item is MechanicalKeyboard)
{
SQL <MechanicalKeyboard> .Insert(keyboardQuery, keyboardProperties, (MechanicalKeyboard)item);
}
Factory.listaProductos.Remove(item);
}
Console.WriteLine("Product/s successfully save to DB. Stock emptied");
}
catch (InvalidQueryException ex)
{
Console.WriteLine(ex.Message);
}
catch (Exception ex)
{
Console.WriteLine(ex.Message);
}
}
else
{
Console.WriteLine("Stock is empty, nothing to save on DB\nGo build some");
}
/*
*
*
* PROBAMOS CONSULTAS BD
*
*
*/
Console.WriteLine("\n@@@@@@ SE PRUEBA CONSULTAS A DATOS @@@@@\n");
List <Product> listN = null;
List <Product> listK = null;
try
{
listN = SQL <Product> .QueryBD("SELECT * from Notebooks");
listK = SQL <Product> .QueryBD("SELECT * from Keyboards");
}
catch (Exception ex)
{
Console.WriteLine(ex.Message);
}
try
{
Console.WriteLine("\n@@@@@@ TABLA: NOTEBOOKS @@@@@\n");
if (listN != null && listN.Count > 0)
{
foreach (Product item in listN)
{
Console.WriteLine(item.ToString());
}
}
Console.WriteLine("\n@@@@@@ TABLA: TECLADOS @@@@@\n");
if (listK != null && listK.Count > 0)
{
foreach (Product item in listK)
{
Console.WriteLine(item.ToString());
}
}
}
catch (NullReferenceException ex)
{
Console.WriteLine("OJO, LISTA NULA. CHEQUEAR" + ex.Message);
}
Console.WriteLine("FINAL DE LA CLASE TEST");
Console.ReadKey();
}
//sementara masih gagal
#region Custom Binary Files
//public static void SaveProject(MechanicalKeyboard mechanicalKeyboard, string projectName)
public static void SaveProject(MechanicalKeyboard mechanicalKeyboard, string filepath)
{
BinaryFormatter bf = new BinaryFormatter();
//FileStream stream = new FileStream(Application.persistentDataPath + "/" + projectName + ".sav", FileMode.Create);
//FileStream stream = new FileStream(Application.persistentDataPath + "/MechanicalKeyboard.sav", FileMode.Create);
FileStream stream = new FileStream(filepath, FileMode.Create);
MechanicalKeyboardData data = new MechanicalKeyboardData(mechanicalKeyboard);
//int keySwitch = int.Parse(mechanicalKeyboard.checkLayout().ToString());
// keycaps
//data.materials[0] = new string[keySwitch][];
// 0 = keyboard's name; 1 = keycap's name; 2 = keycaps; 3 = cases; 4 = switches;
//data.materials[0] = new string[1][];
//data.materials[0][0] = new string[1];
//data.materials[0][0][0] = mechanicalKeyboard.keyboardName;
//data.materials[1] = new string[1][];
//data.materials[1][0] = new string[1];
//data.materials[1][0][0] = mechanicalKeyboard.keycapsProfile;
////for (int i = 0; i < keySwitch; i++)
//for (int i = 0; i < mechanicalKeyboard.keycapsMaterial.Length; i++)
//{
// //data.materials[0][i] = new string[2];
// //data.materials[0][i][0] = mechanicalKeyboard.keycapsMaterial[i][0];
// //data.materials[0][i][1] = null;
// //if (mechanicalKeyboard.keycapsMaterial[i][1] != null)
// //{
// // data.materials[0][i][1] = mechanicalKeyboard.keycapsMaterial[i][1];
// //}
// data.materials[2] = new string[mechanicalKeyboard.keycapsMaterial.Length][];
// for (int j = 0; j < mechanicalKeyboard.keycapsMaterial[i].Length; j++)
// {
// data.materials[2][i] = new string[mechanicalKeyboard.keycapsMaterial[i].Length];
// data.materials[2][i][j] = mechanicalKeyboard.keycapsMaterial[i][j].name;
// }
//}
//// cases
////data.materials[1] = new string[1][];
////data.materials[1][0] = new string[1];
////data.materials[1][0][1] = mechanicalKeyboard.casesMaterial;
//data.materials[3] = new string[1][];
//data.materials[3][0] = new string[1];
//data.materials[3][0][0] = mechanicalKeyboard.caseMaterial.name;
//// switches
////data.materials[2] = new string[keySwitch][];
//data.materials[4] = new string[mechanicalKeyboard.switchesMaterial.Length][];
////for (int i = 0; i < keySwitch; i++)
//for (int i = 0; i < mechanicalKeyboard.switchesMaterial.Length; i++)
//{
// //data.materials[2][i] = new string[3];
// //data.materials[2][i][0] = mechanicalKeyboard.switchesMaterial[i][0];
// //data.materials[2][i][1] = mechanicalKeyboard.switchesMaterial[i][1];
// //data.materials[2][i][2] = mechanicalKeyboard.switchesMaterial[i][2];
// data.materials[4][i] = new string[mechanicalKeyboard.switchesMaterial[i].Length];
// for (int j = 0; j < mechanicalKeyboard.switchesMaterial[i].Length; j++)
// {
// data.materials[4][i][j] = mechanicalKeyboard.switchesMaterial[i][j].name;
// }
//}
bf.Serialize(stream, data);
stream.Close();
}
public MechanicalKeyboardData(MechanicalKeyboard mechanicalKeyboard)
{
//materials = new string[3][][];
//materials = new string[4][][];
materials = new string[5][][];
// ARRAY PERTAMA
//for (int i = 0; i <= materials.GetLength(0); i++) // 0 = keycaps; 1 = cases; 2 = switches;
for (int i = 0; i <= materials.Length; i++) // 0 = keyboard's name; 1 = keycap's profile; 2 = keycaps; 3 = cases; 4 = switches;
{
// U/ Nama Keyboard
if (i == 0)
{
materials[i] = new string[1][];
materials[i][0] = new string[1];
materials[i][0][0] = mechanicalKeyboard.keyboardName;
}
// U/ Keycaps Profile
else if (i == 1)
{
materials[i] = new string[1][];
materials[i][0] = new string[1];
materials[i][0][0] = mechanicalKeyboard.keycapsProfile;
}
// U/ CASES
//if (i == 1)
else if (i == 3)
{
materials[i] = new string[1][];
materials[i][0] = new string[1];
//materials[i][0][0] = mechanicalKeyboard.caseMaterial.name;
materials[i][0][0] = mechanicalKeyboard.caseMaterial;
}
//else if (i == 0 || i == 2)
else if (i == 2 || i == 4)
{
// ARRAY KEDUA U/ KEYCAPS (0) & SWITCHES (2)
//Debug.Log(materials.GetLength(0));
//for (int j = 0; j <= materials.GetLength(1); j++) // ERROR: array index is out of range
//Debug.Log(mechanicalKeyboard.checkLayout());
//if (i == 0) // KEYCAPS (0)
if (i == 2) // KEYCAPS (2)
{
//materials[i] = new string[mechanicalKeyboard.checkLayout()][];
materials[i] = new string[mechanicalKeyboard.keycapsMaterial.Length][];
for (int j = 0; j < mechanicalKeyboard.keycapsMaterial.Length; j++)
{
//Debug.Log(mechanicalKeyboard.keycapsMaterial[j].Length); // JALAN
materials[i][j] = new string[mechanicalKeyboard.keycapsMaterial[j].Length];
for (int k = 0; k < mechanicalKeyboard.keycapsMaterial[j].Length; k++)
{
//materials[i][j][k] = mechanicalKeyboard.keycapsMaterial[j][k].name;
materials[i][j][k] = mechanicalKeyboard.keycapsMaterial[j][k];
}
}
}
else if (i == 4) // SWITCHES (4)
{
//Debug.Log(mechanicalKeyboard.switchesMaterial.Length); // JALAN
materials[i] = new string[mechanicalKeyboard.switchesMaterial.Length][]; // ERROR: Array index is out of range
for (int j = 0; j < mechanicalKeyboard.switchesMaterial.Length; j++)
{
materials[i][j] = new string[mechanicalKeyboard.switchesMaterial[j].Length];
for (int k = 0; k < mechanicalKeyboard.switchesMaterial[j].Length; k++)
{
//materials[i][j][k] = mechanicalKeyboard.switchesMaterial[j][k].name;
materials[i][j][k] = mechanicalKeyboard.switchesMaterial[j][k];
}
}
}
//for (int j = 0; j <= materials[i].Length; j++)
//{
// //materials[i] = new string[mechanicalKeyboard.checkLayout()][];
// //if (i == 0) // KEYCAPS (0)
// if (i == 2) // KEYCAPS (2)
// {
// //materials[i][j] = new string[2];
// //Debug.Log(mechanicalKeyboard.keycapsMaterial[i]);
// //materials[i][j][0] = mechanicalKeyboard.keycapsMaterial[i][0]; // Object reference not set to an instance of an object
// //materials[i][j][1] = null;
// //if (mechanicalKeyboard.keycapsMaterial[i][1] != null)
// //{
// // materials[i][j][1] = mechanicalKeyboard.keycapsMaterial[i][1];
// //}
// materials[i][j] = new string[mechanicalKeyboard.keycapsMaterial[j].Length]; // object is not set to an instance of an object
// for (int k = 0; k < mechanicalKeyboard.keycapsMaterial[j].Length; k++)
// {
// materials[i][j][k] = mechanicalKeyboard.keycapsMaterial[j][k].name;
// }
// }
// //else if (i == 2) // SWITCHES (2)
// else if (i == 4) // SWITCHES (4)
// {
// //materials[i][j] = new string[3];
// //materials[i][j][0] = mechanicalKeyboard.switchesMaterial[i][0];
// //materials[i][j][1] = mechanicalKeyboard.switchesMaterial[i][1];
// //materials[i][j][2] = mechanicalKeyboard.switchesMaterial[i][2];
// materials[i][j] = new string[mechanicalKeyboard.switchesMaterial[j].Length];
// for (int k = 0; k < mechanicalKeyboard.switchesMaterial[j].Length; k++)
// {
// materials[i][j][k] = mechanicalKeyboard.switchesMaterial[j][k].name;
// }
// }
//}
}
}
}