def test_check_player_end_attack(self): #setup x = 100 y = 100 w = 10 h = 10 dx = 0 dy = 0 s = 10 hg = 15 vg= 15 self.player = Player(x,y,w,h,dx,dy,s,hg,vg,"right",(0,0)) self.expectedSwordX = -100 self.expectedSwordY = -100 self.expectedSwordW = 0 self.expectedSwordH = 0 #stimulus self.player.attack() result = self.player.endAttack() #result self.assertEqual( result.getX(), self.expectedSwordX) self.assertEqual( result.getY(), self.expectedSwordY) self.assertEqual( result.getWidth(), self.expectedSwordW) self.assertEqual( result.getHeight(), self.expectedSwordH)
class TestPlayer(unittest.TestCase): def test_check_player_attack_right(self): #setup x = 100 y = 100 w = 10 h = 10 dx = 0 dy = 0 s = 10 hg = 15 vg= 15 self.player = Player(x,y,w,h,dx,dy,s,hg,vg,"right",(0,0)) self.expectedSwordX = int(x+w) self.expectedSwordY = int(y + (h/2.75)) self.expectedSwordW = int(w/2) self.expectedSwordH = int(h/3) #stimulus result = self.player.attack() #result self.assertEqual( result.getX(), self.expectedSwordX) self.assertEqual( result.getY(), self.expectedSwordY) self.assertEqual( result.getWidth(), self.expectedSwordW) self.assertEqual( result.getHeight(), self.expectedSwordH) def test_check_player_end_attack(self): #setup x = 100 y = 100 w = 10 h = 10 dx = 0 dy = 0 s = 10 hg = 15 vg= 15 self.player = Player(x,y,w,h,dx,dy,s,hg,vg,"right",(0,0)) self.expectedSwordX = -100 self.expectedSwordY = -100 self.expectedSwordW = 0 self.expectedSwordH = 0 #stimulus self.player.attack() result = self.player.endAttack() #result self.assertEqual( result.getX(), self.expectedSwordX) self.assertEqual( result.getY(), self.expectedSwordY) self.assertEqual( result.getWidth(), self.expectedSwordW) self.assertEqual( result.getHeight(), self.expectedSwordH)
def test_negative_health_loss_does_nothing(self):
#setup
self.p = Player(480,
250,
50,
50,
0,
0,
0,
0,
0,
'right',
roomXY=(0, 0))
self.mExpectedHealth = 100
#stimulus
self.p.looseHealth(-1)
result = self.p.getHealth()
#result
self.assertEqual(result, self.mExpectedHealth)
def test_check_player_takes_correct_damage2(self):
#setup
self.mHealth = 100
self.mExpectedHealth = 99
self.p = Player(480,
250,
50,
50,
0,
0,
0,
0,
0,
'right',
roomXY=(0, 0))
#stimulus
self.p.looseHealth(1)
result = self.p.getHealth()
#result
self.assertEqual(result, self.mExpectedHealth)
def test_Object_list_updates_correct_object_room_2_0(self):
#setup
self.mWidth = 500
self.mHeight = 500
VerticleDoorHeight = self.mHeight
VerticleDoorWidth = 3
HorizontalDoorHeight = 3
HorizontalDoorWidth = self.mWidth
self.mObjects = []
self.mDoors = []
self.mActiveObjects = []
self.mDoor0 = adventurelib.objects.Door( self.mWidth - VerticleDoorWidth , 0, VerticleDoorWidth, VerticleDoorHeight, (0, 0), (1, 0))
self.mDoor0Invert = adventurelib.objects.Door( 0 , self.mHeight/2 - (VerticleDoorHeight / 2), VerticleDoorWidth, VerticleDoorHeight, (1, 0), (0, 0))
self.mDoor1 = adventurelib.objects.Door( (self.mWidth / 2) - (HorizontalDoorWidth / 2) , 0, HorizontalDoorWidth, HorizontalDoorHeight, (1, 0), (1, 1) )
self.mDoor1Invert = adventurelib.objects.Door( (self.mWidth/2) - (HorizontalDoorWidth / 2) , self.mHeight - ( HorizontalDoorHeight) , HorizontalDoorWidth, HorizontalDoorHeight, (1, 1), (1, 0))
self.mDoor2 = adventurelib.objects.Door( (self.mWidth / 2) - (HorizontalDoorWidth / 2) , 0, HorizontalDoorHeight, HorizontalDoorWidth, (2, 0), (2, 1) )
self.mDoor2Invert = adventurelib.objects.Door( (self.mWidth/2) - (HorizontalDoorWidth / 2) , self.mHeight - ( HorizontalDoorHeight), HorizontalDoorHeight, HorizontalDoorWidth, (2, 1), (2, 0))
self.mActiveObjects.append( self.mDoor0 )
self.mDoors.append( self.mDoor0 )
self.mDoors.append( self.mDoor0Invert )
self.mDoors.append( self.mDoor1 )
self.mDoors.append( self.mDoor1Invert )
self.mDoors.append( self.mDoor2 )
self.mDoors.append( self.mDoor2Invert )
self.mObjects.append( self.mDoors)
self.game = adventureGame.AdventureGame( 500, 500, 50 )
self.mPlayer = Player( 480, 250, 50, 50, 0, 0, 0, 0, 0, 'right', roomXY = (2, 0))
self.mHealth = 100
self.mExpectedHealth = 99
#stimulus
self.mActiveObjects = []
AdventureGame.add_current_obj_in_lists_to_active_objects(self, self.mObjects )
result = len(self.mActiveObjects)
self.mExpectedNunberOfObjects = 1
self.assertEqual( result, self.mExpectedNunberOfObjects )
class TestHealth(unittest.TestCase):
def test_check_player_takes_correct_damage2(self):
#setup
self.mHealth = 100
self.mExpectedHealth = 99
self.p = Player(480,
250,
50,
50,
0,
0,
0,
0,
0,
'right',
roomXY=(0, 0))
#stimulus
self.p.looseHealth(1)
result = self.p.getHealth()
#result
self.assertEqual(result, self.mExpectedHealth)
def test_check_player_takes_correct_damage50(self):
#setup
self.mHealth = 100
self.mExpectedHealth = 50
self.p = Player(480,
250,
50,
50,
0,
0,
0,
0,
0,
'right',
roomXY=(0, 0))
#stimulus
self.p.looseHealth(50)
result = self.p.getHealth()
#result
self.assertEqual(result, self.mExpectedHealth)
def test_negative_health_loss_does_nothing(self):
#setup
self.p = Player(480,
250,
50,
50,
0,
0,
0,
0,
0,
'right',
roomXY=(0, 0))
self.mExpectedHealth = 100
#stimulus
self.p.looseHealth(-1)
result = self.p.getHealth()
#result
self.assertEqual(result, self.mExpectedHealth)