public void ExecuteTests()
{
IMCollection <Action> testMethods = Tests();
if (Predefined.IsEmpty(testMethods))
{
_logger.Log("[IGNORED] " + this + " There are no tests to be executed here...");
return;
}
if (IgnoreSuite())
{
_logger.Log("[IGNORED] " + this + " This suite is marked to be ignored");
return;
}
testMethods.ForEach(testMethod => {
try
{
SetUp();
testMethod();
OnSucceedTest(testMethod);
}
catch (Exception e)
{
OnFailedTest(testMethod);
_logger.Error(e.Message);
}
CleanUp();
});
}
public StarfieldObject(Texture2D tex, Vector2 start, float vel, float scl, Predefined def)
{
texture = tex;
position = start;
velocity = vel;
scale = scl;
if (def == Predefined.SmallStar)
{
spriteOffsetX = 1;
spriteOffsetY = 1;
spriteWidth = 1;
spriteHeight = 1;
}
else if (def == Predefined.PointedStar)
{
spriteOffsetX = 6;
spriteOffsetY = 1;
spriteWidth = 3;
spriteHeight = 3;
}
else if (def == Predefined.Planet)
{
spriteOffsetX = 51;
spriteOffsetY = 682;
spriteWidth = 151;
spriteHeight = 38;
}
else if (def == Predefined.Nebula)
{
Random rand = new Random();
int type = rand.Next(0, 3);
spriteOffsetX = 10;
spriteOffsetY = 2;
spriteWidth = 32;
spriteHeight = 25;
if (type == 1)
{
spriteOffsetX = 44;
spriteOffsetY = 4;
spriteWidth = 23;
spriteHeight = 18;
}
else if (type == 2)
{
spriteOffsetX = 70;
spriteOffsetY = 2;
spriteWidth = 27;
spriteHeight = 31;
}
rotation = rand.Next(0, (int)Math.PI * 2);
}
}
public void PredifinedItems()
{
Predefined predefined = new Predefined();
IEnumerable <ShoppingItem> items = predefined.GetAllItems();
ShoppingItem bread = items.First(f => f.Code == "BRD");
ShoppingItem apple = items.First(f => f.Code == "APL");
ShoppingItem banana = items.First(f => f.Code == "BNA");
Assert.AreEqual("Bread", bread.Name, "This item should a bread");
Assert.AreEqual("Apple", apple.Name, "This item should an apple");
Assert.AreEqual("Banana", banana.Name, "This item should a banana");
}
public KeysController()
{
TatePairing e = Predefined.ssTate();
BigInt s = new BigInt("505589879806357574715819689796588537146433291440", 10);
BFMasterPrivateKey masterPrivate = new BFMasterPrivateKey(s);
BigInt xP = new BigInt("4291662186182105785020055031256275922735182686564035226466395653970413755358824903482223509624549595190077490704367257937172972896431165061643256253841639", 10);
BigInt yP = new BigInt("4734655302033019638724717069550998600270840147458147624263679086394750166097273830456518097912007100893265204858608788227968249694875877762941090121639110", 10);
BigInt xPpub = new BigInt("3321521420324942690122656396767763795495870232445101779865981146134484022298665464121724898190544088107820667943606314446170142017782563402275554873870099", 10);
BigInt yPpub = new BigInt("5811060153287472925206265749794945978469077668029247862550354611572579518279518356217273453987945241447730233617290283194068671621572534510817890943208269", 10);
Point P = new Point(xP, yP);
Point Ppub = new Point(xPpub, yPpub);
BFMasterPublicKey masterPublic = new BFMasterPublicKey(e, P, Ppub);
master = new KeyPair(masterPublic, masterPrivate);
}
public void BillinearTest()
{
//using a predefined pairing
Pairing e = Predefined.nssTate();
//get P, which is a random point in group G1
BigInt xP = new BigInt("6489939838247988945871981900040296813593014269345452667904622838482534881503698483366430292883248221510827517646942621360563883893977498988822397615847035", 10);
BigInt yP = new BigInt("4183869719038127850866054323652097154062917818644838834002147757841525900395398794914246812190615424669832349278263049648914095684913634131502517423626958", 10);
Point P = new Point(xP, yP);
//get Q, which is a random point in group G2
BigInt xQ = new BigInt("2954273822533893703877488768696651085799471510788466547935020721095428933759242911655447662730930250257332528194261492443088328780492269310876627460775540", 10);
BigInt yQ = new BigInt("5618108911398484778214611016375606480759218944436047801309324726445485710683489022960503194997792712985027904009701406998265308597942813750269945637462064", 10);
Point Q = new Point(xQ, yQ);
//compute e(P,Q)
FieldElement epq = e.Compute(P, Q);
//the curve on which G1 is defined
EllipticCurve g1 = e.Curve;
//a is a 160-bit random integer
BigInt a = new BigInt(160, new Random());
//Point aP is computed over G1
Point aP = g1.Multiply(P, a);
//The curve on which G2 is defined
EllipticCurve g2 = e.Curve2;
//b is a 160-bit random integer
BigInt b = new BigInt(160, new Random());
//bQ is computed over G2
Point bQ = g2.Multiply(Q, b);
//compute e(aP,bQ)
FieldElement res = e.Compute(aP, bQ);
//compute e(P,Q)^ab, this is done in group Gt
BigInt ab = a.Multiply(b);
//get the field on which Gt is defined
Field gt = e.Gt;
FieldElement res2 = gt.Pow(epq, ab);
//compare these two
Assert.AreEqual(res, res2);
}
static void Main(string[] args)
{
Predefined p = new Predefined();
ParkingLot park = new ParkingLot();
Floors fl = p.IniatializeFloors();
park.floors.Add(fl);
Customer cust;
Admin admin;
while (1 == 1)
{
Console.WriteLine(" ADMIN PRESS 1 ");
Console.WriteLine(" CUSTOMER PRESS 2 ");
int choice = Convert.ToInt32(Console.ReadLine());
//Create a few Vehicle and User Class
if (choice == 2)
{
cust = p.InitializeCustomers();
cust.search.ShowParkingSpaceByVehicleType(cust.v, park);
}
else
{
admin = p.InitializeAdmin();
foreach (var x in p.IniatializeParkingSpot())
{
admin.AddParkingSpot(park.floors[0], x);
}
}
}
}
public IMCollection <TEntity> Transform()
{
IMCollection <TEntity> resultObjects = new MCollection <TEntity>();
_dbRows.ForEach(row =>
{
TEntity entity = new TEntity();
row.Columns.ForEach(column =>
{
string columnName = column.Name?.ToLower();
if (column.Value == DBNull.Value)
{
return;
}
if (Predefined.Like(columnName, "%_id"))
{
//Getting relationship instance
PropertyInfo entityRelationshipInfo = GetPrivatePropertyInfo(typeof(TEntity), columnName?.Split("_id")[0]);
object entityRelationshipInstance = entityRelationshipInfo.GetValue(entity);
//Setting up relationship id
PropertyInfo entityRelationshipIdInfo = GetPrivatePropertyInfo(entityRelationshipInstance.GetType(), "id");
entityRelationshipIdInfo?.SetValue(entityRelationshipInstance, Convert.ChangeType(column.Value, column.Type));
}
else
{
columnName = columnName?.Replace("_", "");
PropertyInfo propertyInfo = GetPrivatePropertyInfo(typeof(TEntity), columnName);
propertyInfo?.SetValue(entity, Convert.ChangeType(column.Value, column.Type));
}
});
resultObjects.Add(entity);
});
return(resultObjects);
}
public int CompareTo(Predefined other)
{
return(Value.CompareTo(other));
}
public static NodeID make_nid(Predefined predefined)
{
return((UInt16)predefined);
}
private static ClientInput AddDefaultPermissions(ClientInput c)
{
c.Permissions = c.Permissions.Concat(Predefined.ClientDefaults()).Distinct().ToList();
return(c);
}
