public void OnDrawTest()
{
PlayerTargetedCard target = new PlayerTargetedCard(); // TODO: Initialize to an appropriate value
TwoServerWindow twoServer = null; // TODO: Initialize to an appropriate value
Player player = null; // TODO: Initialize to an appropriate value
string[] cardArgs = null; // TODO: Initialize to an appropriate value
target.OnDraw(twoServer, player, cardArgs);
Assert.Inconclusive("A method that does not return a value cannot be verified.");
}
public void ExecuteTest()
{
PlayerTargetedCard target = new PlayerTargetedCard(); // TODO: Initialize to an appropriate value
TwoServerWindow twoServer = null; // TODO: Initialize to an appropriate value
Player player = null; // TODO: Initialize to an appropriate value
string[] cardArgs = null; // TODO: Initialize to an appropriate value
bool expected = false; // TODO: Initialize to an appropriate value
bool actual;
actual = target.Execute(twoServer, player, cardArgs);
Assert.AreEqual(expected, actual);
Assert.Inconclusive("Verify the correctness of this test method.");
}
/// <summary>
/// Returns a set of draw2, draw3 and targetted draw2 cards for deck creation
/// </summary>
public List<Card> GetDrawCards()
{
List<Card> cardList = new List<Card>();
for (int i = 0; i < 4; i++)
{
string colour = "";
switch (i)
{
case 0:
colour = "Red";
break;
case 1:
colour = "Blue";
break;
case 2:
colour = "Yellow";
break;
case 3:
colour = "Green";
break;
}
for (int n = 0; n < 2; n++)
{
ColorDraw c = new ColorDraw();
int draw = n + 2;
c.Name = colour + " Draw " + draw;
c.SortValue = double.Parse(i + ".1" + draw);
c.Types.Add(colour);
c.Types.Add("DRAW " + draw);
c.DrawAmount = draw;
c.Types.Add(n.ToString());
cardList.Add(c);
if( n == 0)
{
c = new ColorDraw();
c.Name = colour + " Draw " + draw;
c.SortValue = double.Parse(i + ".1" + draw);
c.Types.Add(colour);
c.Types.Add("DRAW " + draw);
c.DrawAmount = draw;
c.Types.Add(n.ToString());
cardList.Add(c);
}
}
PlayerTargetedCard targ = new PlayerTargetedCard();
targ.Name = "Targetted " + colour + " +2";
targ.SortValue = i + .22;
targ.Types.Add(colour);
targ.Types.Add("TARGET 2");
targ.ValidTypes.Add(colour);
targ.ValidTypes.Add("TARGET 2");
targ.DrawAmount = 2;
cardList.Add(targ);
}
return cardList;
}
/// <summary>
/// Old card creation method - no longer using
/// </summary>
public List<Card> CardList()
{
List<Card> cardList = new List<Card>();
for (int i = 0; i < 4; i++)
{
string colour = "";
switch (i)
{
case 0:
colour = "Red";
break;
case 1:
colour = "Blue";
break;
case 2:
colour = "Yellow";
break;
case 3:
colour = "Green";
break;
}
for (int n = 0; n < 9; n++)
{
Card c = new Card();
c.Name = colour + " " + n;
c.SortValue = double.Parse(i + ".0" + n);
c.Types.Add(colour);
c.Types.Add(n.ToString());
cardList.Add(c);
}
for (int n = 0; n < 2; n++)
{
ColorDraw c = new ColorDraw();
int draw = n + 2;
c.Name = colour + " Draw " + draw;
c.SortValue = double.Parse(i + ".1" + draw);
c.Types.Add(colour);
c.Types.Add("DRAW " + draw);
c.DrawAmount = draw;
c.Types.Add(n.ToString());
cardList.Add(c);
}
PrincessDrink pd = new PrincessDrink();
pd.Name = String.Format("{0} Princess Drink", colour);
pd.SortValue = double.Parse(i + ".09");
pd.Types.Add(colour);
pd.Types.Add("PRINCESSDRINK");
cardList.Add(pd);
pd = new PrincessDrink();
pd.Name = String.Format("{0} Princess Drink", colour);
pd.SortValue = double.Parse(i + ".09");
pd.Types.Add(colour);
pd.Types.Add("PRINCESSDRINK");
cardList.Add(pd);
PlayerTargetedCard targ = new PlayerTargetedCard();
targ.Name = "Targetted " + colour + " +2";
targ.SortValue = i + .22;
targ.Types.Add(colour);
targ.Types.Add("TARGET 2");
targ.ValidTypes.Add(colour);
targ.ValidTypes.Add("TARGET 2");
targ.DrawAmount = 2;
cardList.Add(targ);
LightMasterCard lm = new LightMasterCard();
lm.Name = colour + " LightMaster";
lm.SortValue = i + .3;
lm.Types.Add(colour);
lm.Types.Add("LIGHTMASTER");
lm.ValidTypes.Add(colour);
lm.ValidTypes.Add("LIGHTMASTER");
cardList.Add(lm);
SkipCard sc = new SkipCard();
sc.Name = colour + " Skip";
sc.SortValue = i + .4;
sc.Types.Add(colour);
sc.Types.Add("SKIP");
sc.ValidTypes.Add(colour);
sc.ValidTypes.Add("SKIP");
cardList.Add(sc);
sc = new SkipCard();
sc.Name = colour + " Skip";
sc.SortValue = i + .4;
sc.Types.Add(colour);
sc.Types.Add("SKIP");
sc.ValidTypes.Add(colour);
sc.ValidTypes.Add("SKIP");
cardList.Add(sc);
sc = new SkipCard();
sc.Name = colour + " Skip";
sc.SortValue = i + .4;
sc.Types.Add(colour);
sc.Types.Add("SKIP");
sc.ValidTypes.Add(colour);
sc.ValidTypes.Add("SKIP");
cardList.Add(sc);
sc = new SkipCard();
sc.Name = colour + " Skip";
sc.SortValue = i + .4;
sc.Types.Add(colour);
sc.Types.Add("SKIP");
sc.ValidTypes.Add(colour);
sc.ValidTypes.Add("SKIP");
cardList.Add(sc);
DoubleDownCard dd = new DoubleDownCard();
dd.Name = colour + " Double Down";
dd.SortValue = i + .5;
dd.Types.Add(colour);
dd.Types.Add("DOUBLEDOWN");
dd.ValidTypes.Add(colour);
dd.ValidTypes.Add("DOUBLEDOWN");
cardList.Add(dd);
dd = new DoubleDownCard();
dd.Name = colour + " Double Down";
dd.SortValue = i + .5;
dd.Types.Add(colour);
dd.Types.Add("DOUBLEDOWN");
dd.ValidTypes.Add(colour);
dd.ValidTypes.Add("DOUBLEDOWN");
cardList.Add(dd);
dd = new DoubleDownCard();
dd.Name = colour + " Double Down";
dd.SortValue = i + .5;
dd.Types.Add(colour);
dd.Types.Add("DOUBLEDOWN");
dd.ValidTypes.Add(colour);
dd.ValidTypes.Add("DOUBLEDOWN");
cardList.Add(dd);
}
PrincessFufu pf = new PrincessFufu();
pf.Name = "Princess Fufu";
pf.SortValue = 5.01;
pf.Types.Add("Red");
pf.Types.Add("Blue");
pf.Types.Add("Green");
pf.Types.Add("Yellow");
pf.ValidTypes.Add("Red");
pf.ValidTypes.Add("Blue");
pf.ValidTypes.Add("Green");
pf.ValidTypes.Add("Yellow");
cardList.Add(pf);
pf = new PrincessFufu();
pf.Name = "Princess Fufu";
pf.SortValue = 5.01;
pf.Types.Add("Red");
pf.Types.Add("Blue");
pf.Types.Add("Green");
pf.Types.Add("Yellow");
pf.ValidTypes.Add("Red");
pf.ValidTypes.Add("Blue");
pf.ValidTypes.Add("Green");
pf.ValidTypes.Add("Yellow");
cardList.Add(pf);
pf = new PrincessFufu();
pf.Name = "Princess Fufu";
pf.SortValue = 5.01;
pf.Types.Add("Red");
pf.Types.Add("Blue");
pf.Types.Add("Green");
pf.Types.Add("Yellow");
pf.ValidTypes.Add("Red");
pf.ValidTypes.Add("Blue");
pf.ValidTypes.Add("Green");
pf.ValidTypes.Add("Yellow");
cardList.Add(pf);
pf = new PrincessFufu();
pf.Name = "Princess Fufu";
pf.SortValue = 5.01;
pf.Types.Add("Red");
pf.Types.Add("Blue");
pf.Types.Add("Green");
pf.Types.Add("Yellow");
pf.ValidTypes.Add("Red");
pf.ValidTypes.Add("Blue");
pf.ValidTypes.Add("Green");
pf.ValidTypes.Add("Yellow");
cardList.Add(pf);
BoomCard bc = new BoomCard();
bc.Name = "BoomCard";
bc.SortValue = 5.02;
bc.Types.Add("Red");
bc.Types.Add("Blue");
bc.Types.Add("Green");
bc.Types.Add("Yellow");
bc.ValidTypes.Add("Red");
bc.ValidTypes.Add("Blue");
bc.ValidTypes.Add("Green");
bc.ValidTypes.Add("Yellow");
cardList.Add(bc);
Card gc = new Card();
gc.Name = "Gray";
gc.SortValue = 5.03;
gc.Types.Add("Red");
gc.Types.Add("Blue");
gc.Types.Add("Green");
gc.Types.Add("Yellow");
gc.ValidTypes.Add("Red");
gc.ValidTypes.Add("Blue");
gc.ValidTypes.Add("Green");
gc.ValidTypes.Add("Yellow");
cardList.Add(gc);
gc = new Card();
gc.Name = "Gray";
gc.SortValue = 5.03;
gc.Types.Add("Red");
gc.Types.Add("Blue");
gc.Types.Add("Green");
gc.Types.Add("Yellow");
gc.ValidTypes.Add("Red");
gc.ValidTypes.Add("Blue");
gc.ValidTypes.Add("Green");
gc.ValidTypes.Add("Yellow");
cardList.Add(gc);
return cardList;
}
public void PlayerTargetedCardConstructorTest()
{
PlayerTargetedCard target = new PlayerTargetedCard();
Assert.Inconclusive("TODO: Implement code to verify target");
}