"""
Simple test.
"""
import GameInfo
import NecroQuest
import GameMap
import os
try:
    import wx
except:
    pass

# Copy the new version here, THEN import PyVBA:
LocalPath = "PyVBA.pyd"
if os.path.exists(LocalPath):
    LocalTime = os.stat(LocalPath).st_mtime
else:
    LocalTime = 0
DistalPath = r"build\lib.win32-2.5\PyVBA.pyd"
if os.path.exists(DistalPath):
    DistalTime = os.stat(DistalPath).st_mtime
else:
    DistalTime = 0

if LocalTime < DistalTime:    
    Command = r"copy %s %s"%(DistalPath, LocalPath)
    print Command
    os.system(Command)

def TestConfig():
    KeyConfig = PyVBA.GetKeyConfig()
    print "KeyConfig:", KeyConfig
    NewConfig = (1, 2, 3, 4, 5, 6, 7, 8, 9, 10)
    PyFCEU.SetKeyConfig(NewConfig)
    KeyConfig = PyVBA.GetKeyConfig()
    print "KeyConfig:", KeyConfig

def TestPlayGame():
    PyVBA.foo()
    print dir(PyVBA)
    #ROMPath = r"g:\emu\gba\gbaren\USA\MegaMan Zero (U).zip"
    #ROMPath = r"g:\emu\gba\gbaren\1370 - Metroid - Zero Mission (U).zip"
    #ROMPath = r"g:\emu\gba\1370 - Metroid - Zero Mission (U).zip"
    ROMPath = r"g:\emu\gb\Legend of Zelda Oracle of Ages.gbc"
    SavePath = None
    #SavePath = r"G:\emu\gba\GBARen\USA\MegaMan Zero (U)2.sgm"
    print "playGame:", ROMPath
    Result = PyVBA.PlayGame(ROMPath, SavePath)
    print Result
        

def TestQuest():
    #ROMName = r"g:\emu\gba\gbaren\Mario Advanced 3 - Yoshi's Island # GBA.zip"
    ROMName = r"g:\emu\gba\gbaren\USA\WarioWare Inc. (U).zip"
    GameInfo.ParseGameInfoFromFile(os.path.join("quests", "Games.xml"))
    Metagame = GameMap.MetagameClass()
    QuestFilePath = os.path.join("Quests", "Dot", "Dot.qst")
    Metagame.Load(QuestFilePath)
    #Quest = Metagame.GetQuestByName("SMPlatforming")
    Quest = Metagame.GetQuestByName("Meta-meta-game")
    #Quest = None
    print ">>> Quest:", Quest
    SavePath = Quest.GetSaveFilePath()
    print ">>>SavePath:", SavePath
    #SavePath = None
    ResultList = PyVBA.PlayGame(ROMName, SavePath, Quest)
    print ResultList

def TestKeyConfig():
    import Keystroke
    KeyConfig = [Keystroke.JoystickButtons.Button2, Keystroke.JoystickButtons.Button3,
                 wx.WXK_TAB, wx.WXK_RETURN, # Select and start
                 Keystroke.JoystickButtons.Up, Keystroke.JoystickButtons.Down, Keystroke.JoystickButtons.Left, Keystroke.JoystickButtons.Right,
                 Keystroke.JoystickButtons.Button1, Keystroke.JoystickButtons.Button4,
                  ord("Q"), ord("W"), # Left-trigger and right-trigger
                 ord("R"), ord("G"), #wx.WXK_ESCAPE,
                  0, 0]
                 
##    KeyConfig = [ord("Z"), ord("X"), # A and B
##                  wx.WXK_TAB, wx.WXK_RETURN, # Select and start
##                  wx.WXK_NUMPAD_UP, wx.WXK_NUMPAD_DOWN, wx.WXK_NUMPAD_LEFT, wx.WXK_NUMPAD_RIGHT, # Directions
##                  ord("A"), ord("S"), # X and Y
##                  ord("Q"), ord("W"), # Left-trigger and right-trigger
##                 ord("R"), ord("G"), #wx.WXK_ESCAPE,
##                  0, 0]
    TranslatedConfig = []
    for Key in KeyConfig:
        MappedKey = Keystroke.VBAKeyMapping.get(Key, Key)
        print "%s maps to %s"%(Key, MappedKey)
        TranslatedConfig.append(MappedKey)
    PyVBA.SetKeyConfig(TranslatedConfig)
    TestQuest()

if __name__ == "__main__":    
    import PyVBA
    print "Path:", PyVBA.__file__
    TestPlayGame()
    #TestQuest()
    #TestConfig()
    #TestKeyConfig()