Add separate python2 and python3 targets, and a flag for Qt version.

2 files changed, 0 insertions, 162 deletions

diff --git a/bindings/python/test1_position.py b/bindings/python/test1_position.py
deleted file mode 100644
index e04081a..0000000
--- a/bindings/python/test1_position.py
+++ /dev/null
@@ -1,78 +0,0 @@
-# coding: utf-8
-
-import quackle
-
-def startUp(lexicon='twl06',
-            alphabet='english',
-            datadir='../../data'):
-
-    # Set up the data manager
-    dm = quackle.DataManager()
-    dm.setComputerPlayers(quackle.ComputerPlayerCollection.fullCollection())
-    dm.setBackupLexicon(lexicon)
-    dm.setAppDataDirectory(datadir)
-
-    # Set up the alphabet
-    abc = quackle.AlphabetParameters.findAlphabetFile(alphabet)
-    abc2 = quackle.Util.stdStringToQString(abc) #convert to qstring
-    fa = quackle.FlexibleAlphabetParameters()
-
-    assert fa.load(abc2)
-    dm.setAlphabetParameters(fa)
-
-    # Set up the board
-    board = quackle.BoardParameters()
-    dm.setBoardParameters(board)
-
-    # Find the lexicon
-    dawg = quackle.LexiconParameters.findDictionaryFile(lexicon + '.dawg')
-    gaddag = quackle.LexiconParameters.findDictionaryFile(lexicon + '.gaddag')
-    dm.lexiconParameters().loadDawg(dawg)
-    dm.lexiconParameters().loadGaddag(gaddag)
-
-    dm.strategyParameters().initialize(lexicon)
-    return dm
-
-
-def getComputerPlayer(dm, name='Speedy Player'):
-    player, found = dm.computerPlayers().playerForName(name)
-    assert found
-    player = player.computerPlayer()
-    return player
-
-
-dm = startUp()
-
-# Create a computer player
-player1 = getComputerPlayer(dm)
-print player1.name()
-
-# Create the Game file (.gcg) reader
-gamereader = quackle.GCGIO()
-gamePath = quackle.Util.stdStringToQString('../../test/positions/short_game_with_bad_moves.gcg')
-game = gamereader.read(gamePath, quackle.Logania.MaintainBoardPreparation)
-
-# Get the current position
-position = game.currentPosition()
-
-player1.setPosition(position)
-
-racks = quackle.ProbableRackList()
-unseenbag = position.unseenBag()
-if unseenbag.size() <= dm.parameters().rackSize() + 3:
-    enum = quackle.Enumerator(unseenbag)
-    enum.enumerate(racks)
-    for rack in racks:
-        print rack
-
-movesToShow = 10
-
-print "Board state: \n%s" % position.board().toString()
-print "Move made: %s" % position.moveMade().toString()
-print "Current player: %s" % position.currentPlayer().storeInformationToString()
-print "Turn number: %i" % position.turnNumber()
-
-movelist = player1.moves(10)
-
-# Show 10 moves suggested by computer player
-for move in movelist: print move.toString()
diff --git a/bindings/python/test2_selfplay.py b/bindings/python/test2_selfplay.py
deleted file mode 100644
index bb6e889..0000000
--- a/bindings/python/test2_selfplay.py
+++ /dev/null
@@ -1,84 +0,0 @@
-# coding: utf-8
-
-import time
-
-import quackle
-
-def startUp(lexicon='twl06',
-            alphabet='english',
-            datadir='../../data'):
-
-    # Set up the data manager
-    dm = quackle.DataManager()
-    dm.setComputerPlayers(quackle.ComputerPlayerCollection.fullCollection())
-    dm.setBackupLexicon(lexicon)
-    dm.setAppDataDirectory(datadir)
-
-    # Set up the alphabet
-    abc = quackle.AlphabetParameters.findAlphabetFile(alphabet)
-    abc2 = quackle.Util.stdStringToQString(abc) #convert to qstring
-    fa = quackle.FlexibleAlphabetParameters()
-
-    assert fa.load(abc2)
-    dm.setAlphabetParameters(fa)
-
-    # Set up the board
-    board = quackle.BoardParameters()
-    dm.setBoardParameters(board)
-
-    # Find the lexicon
-    dawg = quackle.LexiconParameters.findDictionaryFile(lexicon + '.dawg')
-    gaddag = quackle.LexiconParameters.findDictionaryFile(lexicon + '.gaddag')
-    dm.lexiconParameters().loadDawg(dawg)
-    dm.lexiconParameters().loadGaddag(gaddag)
-
-    dm.strategyParameters().initialize(lexicon)
-    return dm
-
-
-def getComputerPlayer(dm, name='Speedy Player'):
-    player, found = dm.computerPlayers().playerForName(name)
-    assert found
-    player = player.computerPlayer()
-    return player
-
-
-dm = startUp()
-
-p1 = getComputerPlayer(dm)
-p2 = getComputerPlayer(dm)
-
-# Create computer players
-player1 = quackle.Player('Compy1', quackle.Player.ComputerPlayerType, 0)
-player1.setComputerPlayer(p1)
-print player1.name()
-
-player2 = quackle.Player('Compy2', quackle.Player.ComputerPlayerType, 1)
-player2.setComputerPlayer(p2)
-print player2.name()
-
-dm.seedRandomNumbers(42)
-
-game = quackle.Game()
-players = quackle.PlayerList()
-
-players.append(player1)
-players.append(player2)
-
-game.setPlayers(players)
-game.associateKnownComputerPlayers()
-game.addPosition()
-
-for i in range(50):
-    if game.currentPosition().gameOver():
-        print "GAME OVER"
-        break
-
-    player = game.currentPosition().currentPlayer()
-    move = game.haveComputerPlay()
-    #print "Player: " + player.name()
-    print "Rack : " + player.rack().toString()
-    print 'Move: ' + move.toString()
-    print 'Board: \n' + game.currentPosition().board().toString()
-
-    time.sleep(1)