def create_with_tile_names(cls, tile_names):
return PGSet.create([
PGTile.with_name(tile_names[0]),
PGTile.with_name(tile_names[1]),
PGTile.with_name(tile_names[2]),
PGTile.with_name(tile_names[3])
])
def create_with_tile_chars(cls, tile_chars):
return PGSet.create([
PGTile.with_char(tile_chars[0]),
PGTile.with_char(tile_chars[1]),
PGTile.with_char(tile_chars[2]),
PGTile.with_char(tile_chars[3])
])
def test_num_tiles(self):
set = PGSet.create([
PGTile.with_name("teen", True),
PGTile.with_name("day", True),
PGTile.with_name("high ten", True),
PGTile.with_name("eleven", True)
])
self.assertIsNotNone(set)
def test_tile_ranking( self ): '''Test that the tile ranking is correctly parsed on creation''' gee_joon = PGTile.with_name( "gee joon" ) low_four = PGTile.with_name( "low four" ) hand1 = PGHand.create( gee_joon, low_four ) self.assertEqual( hand1.low_tile, gee_joon ) self.assertEqual( hand1.high_tile, low_four ) hand2 = PGHand.create( low_four, gee_joon ) self.assertEqual( hand2.low_tile, gee_joon ) self.assertEqual( hand2.high_tile, low_four )
def test_comparison2( self ):
hand11 = PGHand.create( PGTile.with_name( "day", True ),
PGTile.with_name( "mixed nine", True ) )
hand12 = PGHand.create( PGTile.with_name( "teen", True ),
PGTile.with_name( "mixed seven", True ) )
hand21 = PGHand.create( PGTile.with_name( "low four", True ),
PGTile.with_name( "mixed five", True ) )
hand22 = PGHand.create( PGTile.with_name( "long six", True ),
PGTile.with_name( "low ten", True ) )
self.assertTrue( hand11.beats( hand21 ) )
self.assertTrue( hand21.is_beaten_by( hand11 ) )
self.assertTrue( hand12.beats( hand22 ) )
self.assertTrue( hand22.is_beaten_by( hand12 ) )
def test_comparison( self ): gee_joon = PGTile.with_name( "gee joon" ) low_four = PGTile.with_name( "low four" ) teen = PGTile.with_name( "teen" ) mixed_five = PGTile.with_name( "mixed five" ) day = PGTile.with_name( "day" ) hand1 = PGHand.create( gee_joon, low_four ) hand2 = PGHand.create( teen, mixed_five ) hand3 = PGHand.create( day, mixed_five ) hand4 = PGHand.create( teen, day ) self.assertTrue( hand2.beats(hand1) ) self.assertFalse( hand2.copies(hand1) ) self.assertFalse( hand2.is_beaten_by(hand1) ) self.assertTrue( hand2.beats(hand3) ) self.assertTrue( hand2.beats(hand4) ) mixed_seven = PGTile.with_name( "mixed seven" ) hand1 = PGHand.create( teen, mixed_five ) hand2 = PGHand.create( teen, mixed_seven ) self.assertTrue( hand2.beats(hand1) ) self.assertTrue( hand1.is_beaten_by(hand2) )
def test_name( self ): teen1 = PGTile.with_name( "teen", True ) teen2 = PGTile.with_name( "teen", False ) hand1 = PGHand.create( teen1, teen2 ) self.assertEqual( hand1.label(), "teen bo" )
def create_with_tile_names( cls, tile1_name, tile2_name ): return PGHand.create( PGTile.with_name( tile1_name ), PGTile.with_name( tile2_name ) )
def create_with_tile_chars( cls, tile1_char, tile2_char ): return PGHand.create( PGTile.with_char( tile1_char ), PGTile.with_char( tile2_char ) )
def test_num_tiles( self ):
set = PGSet.create( [ PGTile.with_name( "teen", True ),
PGTile.with_name( "day", True ),
PGTile.with_name( "high ten", True ),
PGTile.with_name( "eleven", True ) ] )
self.assertIsNotNone( set )
def create_with_tile_names( cls, tile_names ):
return PGSet.create( [
PGTile.with_name(tile_names[0]),
PGTile.with_name(tile_names[1]),
PGTile.with_name(tile_names[2]),
PGTile.with_name(tile_names[3]) ] )
def create_with_tile_chars( cls, tile_chars ):
return PGSet.create( [
PGTile.with_char(tile_chars[0]),
PGTile.with_char(tile_chars[1]),
PGTile.with_char(tile_chars[2]),
PGTile.with_char(tile_chars[3]) ] )