//Testing scoring after 1 trick
func TestOne(test *testing.T) {
p2Expect := 15
otherExpect := 0
p0 := player.NewPlayer(0)
p1 := player.NewPlayer(1)
p2 := player.NewPlayer(2)
p3 := player.NewPlayer(3)
players := []*player.Player{p0, p1, p2, p3}
t := table.NewTable(players)
t.SetFirstPlayed(1)
t.PlayCard(card.NewCard(3, card.Heart), 1)
t.PlayCard(card.NewCard(7, card.Heart), 2)
t.PlayCard(card.NewCard(12, card.Spade), 3)
t.PlayCard(card.NewCard(4, card.Diamond), 0)
t.SendTrick()
t.EndRound()
score := p0.GetScore()
if score != otherExpect {
test.Errorf("Expected %d, got %d", otherExpect, score)
}
score = p1.GetScore()
if score != otherExpect {
test.Errorf("Expected %d, got %d", otherExpect, score)
}
score = p2.GetScore()
if score != p2Expect {
test.Errorf("Expected %d, got %d", p2Expect, score)
}
score = p3.GetScore()
if score != otherExpect {
test.Errorf("Expected %d, got %d", otherExpect, score)
}
}
func (t *Table) GenerateCards() {
t.allCards = make([]*card.Card, 0)
for i := 0; i < 13; i++ {
t.allCards = append(t.allCards, card.NewCard(i+2, card.Club))
t.allCards = append(t.allCards, card.NewCard(i+2, card.Diamond))
t.allCards = append(t.allCards, card.NewCard(i+2, card.Spade))
t.allCards = append(t.allCards, card.NewCard(i+2, card.Heart))
}
}
//Testing win condition
func TestTwelve(test *testing.T) {
p0 := player.NewPlayer(0)
players := []*player.Player{p0}
t := table.NewTable(players)
t.SetFirstPlayed(0)
t.PlayCard(card.NewCard(12, card.Spade), 0)
t.SendTrick()
t.PlayCard(card.NewCard(12, card.Spade), 0)
t.SendTrick()
t.PlayCard(card.NewCard(12, card.Spade), 0)
t.SendTrick()
winner := t.EndRound()
expect := -1
if winner != expect {
test.Errorf("Expected %d, got %d", expect, winner)
}
t.NewRound()
t.PlayCard(card.NewCard(12, card.Spade), 0)
t.SendTrick()
t.PlayCard(card.NewCard(12, card.Spade), 0)
t.SendTrick()
t.PlayCard(card.NewCard(12, card.Spade), 0)
t.SendTrick()
t.PlayCard(card.NewCard(12, card.Spade), 0)
t.SendTrick()
t.PlayCard(card.NewCard(12, card.Spade), 0)
t.SendTrick()
t.PlayCard(card.NewCard(12, card.Spade), 0)
t.SendTrick()
winner = t.EndRound()
expect = 0
if winner != expect {
test.Errorf("Expected %d, got %d", expect, winner)
}
}
//Testing playing a card-- ValidPlay() testing 2 of Clubs rule
func TestEight(test *testing.T) {
p0 := player.NewPlayer(0)
players := []*player.Player{p0}
t := table.NewTable(players)
t.SetFirstPlayed(0)
if t.ValidPlay(card.NewCard(8, card.Club), 0) == true {
test.Errorf("Expected invalid play for starting round with card other than 2 of Clubs")
} else if t.ValidPlay(card.NewCard(2, card.Club), 0) == false {
test.Errorf("Expected valid play for starting round with 2 of Clubs")
}
}
//Testing playing a card-- HasSuit()
func TestSix(test *testing.T) {
p := player.NewPlayer(0)
p.AddToHand(card.NewCard(6, card.Diamond))
p.AddToHand(card.NewCard(4, card.Spade))
if p.HasSuit(card.Diamond) == false || p.HasSuit(card.Spade) == false {
test.Errorf("False negative")
}
if p.HasSuit(card.Club) == true || p.HasSuit(card.Heart) == true {
test.Errorf("False positive")
}
}
//Testing playing a card-- ValidPlay() testing first round points rule
func TestNine(test *testing.T) {
p0 := player.NewPlayer(0)
p1 := player.NewPlayer(1)
p1.AddToHand(card.NewCard(12, card.Spade))
p1.AddToHand(card.NewCard(3, card.Diamond))
players := []*player.Player{p0, p1}
t := table.NewTable(players)
t.SetFirstPlayed(0)
t.PlayCard(card.NewCard(2, card.Club), 0)
if t.ValidPlay(card.NewCard(12, card.Spade), 1) == true {
test.Errorf("Expected invalid play for points on the first round")
}
}
//Testing playing a card-- HasAllPoints()
func TestSeven(test *testing.T) {
p1 := player.NewPlayer(0)
p2 := player.NewPlayer(1)
p1.AddToHand(card.NewCard(6, card.Heart))
p1.AddToHand(card.NewCard(12, card.Spade))
p2.AddToHand(card.NewCard(2, card.Diamond))
p2.AddToHand(card.NewCard(5, card.Heart))
if p1.HasAllPoints() == false {
test.Errorf("False negative")
}
if p2.HasAllPoints() == true {
test.Errorf("False positive")
}
}
//Testing playing a card-- ValidPlay() testing following suit rule
func TestEleven(test *testing.T) {
p0 := player.NewPlayer(0)
p1 := player.NewPlayer(1)
p0.AddToHand(card.NewCard(2, card.Club))
p1.AddToHand(card.NewCard(3, card.Diamond))
players := []*player.Player{p0, p1}
t := table.NewTable(players)
t.SetFirstPlayed(0)
t.PlayCard(card.NewCard(2, card.Club), 0)
if t.ValidPlay(card.NewCard(3, card.Diamond), 1) == false {
test.Errorf("Expected valid play for not following suit when player doesn't have suit")
}
p1.AddToHand(card.NewCard(5, card.Club))
if t.ValidPlay(card.NewCard(5, card.Club), 1) == false {
test.Errorf("Expected valid play for following suit")
}
if t.ValidPlay(card.NewCard(3, card.Diamond), 1) == true {
test.Errorf("Expected invalid play for not following suit when player has suit")
}
}
//Testing playing a card-- ValidPlay() testing breaking Hearts rule
func TestTen(test *testing.T) {
p0 := player.NewPlayer(0)
p1 := player.NewPlayer(1)
p0.AddToHand(card.NewCard(5, card.Heart))
p1.AddToHand(card.NewCard(2, card.Heart))
p1.AddToHand(card.NewCard(3, card.Diamond))
players := []*player.Player{p0, p1}
t := table.NewTable(players)
t.SetFirstPlayed(0)
t.PlayCard(card.NewCard(2, card.Club), 0)
t.PlayCard(card.NewCard(3, card.Club), 1)
t.SendTrick()
t.SetFirstPlayed(0)
if t.ValidPlay(card.NewCard(5, card.Heart), 0) == false {
test.Errorf("Expected valid play for opener rightfully breaking Hearts")
}
t.SetFirstPlayed(1)
if t.ValidPlay(card.NewCard(2, card.Heart), 1) == true {
test.Errorf("Expected invalid play for opener wrongfully breaking Hearts")
}
t.PlayCard(card.NewCard(3, card.Diamond), 1)
if t.ValidPlay(card.NewCard(5, card.Heart), 0) == false {
test.Errorf("Expected valid play for follower rightfully breaking Hearts")
}
p0.AddToHand(card.NewCard(7, card.Diamond))
if t.ValidPlay(card.NewCard(5, card.Heart), 0) == true {
test.Errorf("Expected invalid play for follower wrongfully breaking Hearts")
}
}
