def test_success(self):
"""
Test a successful run of level 0
"""
tlu_globals.init() #in case not called before ;)
tlu_hardware_global.init()
logging.debug('Test test_success started')
game = self.getGame('test_success')
logging.debug('game created: ' + str(game))
task = Level00
logging.debug("test_success: b4 start: Game=" + str(game))
game.start(task, 0)
logging.debug("test_success: after start: Game=" + str(game))
self.assertTrue(game.is_running(),
"Started game has to run (for at least 2.5 seconds)")
time.sleep(1.2) #wait a bit to terminate the level internally
res = game.result() #wait for level to terminate
games = Game.objects.all()
for g in games:
logging.debug(str(g))
self.assertEqual(res, Level.PASSED,
"Expected result is " + str(Level.PASSED))
levelobject = game.current_level
self.assertNotEqual(levelobject, None, "The level has to be known")
self.assertEqual(levelobject.levelnum, 0, "Level has to be 0")
self.assertEqual(levelobject.points, 5, "5 points achieved")
self.assertNotEqual(levelobject.level_start, None,
"The level should have a starting time")
self.assertNotEqual(levelobject.level_ended, None,
"The level should have a ending time")
self.assertEqual(levelobject.result, Level.PASSED,
"results have to match (passed)=" + str(Level.PASSED))
def abortlevel(request, level_id):
"""
Process the abort request
:param request: HTTP-request
:param level_id: level-id that shall be aborted
"""
user = request.user
try:
tlu_globals.init()
tlu_hardware_global.init()
game = user.game
checkLevel(request, level_id)
except OutOfRangeError:
template_name = "level_error.html"
error = _(
"We are sorry, but the provided level-id does not fit your overall progress, you have to restart."
)
return render(request, template_name, {'error': error})
except:
template_name = "level_error.html"
error = _(
"We are sorry, but the user has to be known/logged in, you have to restart."
)
return render(request, template_name, {'error': error})
game.abort()
level = Level00(request.user.id)
level.cleanup(True)
level.startup()
return renderLevel(request, level_id) #redisplay the content
def retrylevel(request, level_id):
"""
Process the retry-request, shows renderLevel in the end
:param request: HTTP-request
:param level_id:
"""
user = request.user
try:
tlu_globals.init()
tlu_hardware_global.init()
game = user.game
checkLevel(request, level_id)
except OutOfRangeError:
template_name = "level_error.html"
error = _(
"We are sorry, but the provided level-id does not fit your overall progress, you have to restart."
)
return render(request, template_name, {'error': error})
except:
template_name = "level_error.html"
error = _(
"We are sorry, but the user has to be known/logged in, you have to restart."
)
return render(request, template_name, {'error': error})
level = Level00(request.user.id) #use the simplest instance
level.startup() #all hardware to restart
game.retry()
return renderLevel(request,
level_id) #redisplay the content to allow for restart
def startlevel(request, level_id):
"""
Starts the game as per request given and returns the Level via renderLevel
:param request: HTTP-request
:param level_id: level-number
"""
user = request.user
try:
tlu_globals.init()
tlu_hardware_global.init()
checkLevel(request, level_id)
user.game.start(levels[level_id], level_id)
logging.debug("Game started: " + str(user.game))
except OutOfRangeError:
template_name = "level_error.html"
error = _(
"We are sorry, but the provided level-id does not fit your overall progress, you have to restart."
)
return render(request, template_name, {'error': error})
except Exception as e:
template_name = "level_error.html"
error = _(
"We are sorry, but the user has to be known/logged in, you have to restart."
) + " Error: " + str(e)
return render(request, template_name, {'error': error})
return renderLevel(request, level_id)
def renderLevel(request, level_id):
"""
Show the Level-page where we can start the individual level
:param request: HTTP-request
:param level_id: level-number to start
"""
template_name = "level_" + "{:02d}".format(level_id) + ".html"
user = request.user
game = user.game
try:
tlu_globals.init()
tlu_hardware_global.init()
checkLevel(request, level_id)
except OutOfRangeError:
template_name = "level_error.html"
error = _(
"We are sorry, but the provided level-id does not fit your overall progress, you have to restart."
)
return render(request, template_name, {'error': error})
dips = game.getDipSwitch(level_id)
leftDip = _("left:") + " " + tlu_hardwarebase.showleft_dip(dips)
rightDip = _("right:") + " " + tlu_hardwarebase.showright_dip(dips)
overall_progress = game.getOverallProgress()
info = _("Please press start and check the DIP-settings...")
button_text = _("Start Level") + " " + str(level_id)
button_url = '/tlu_joyit_game/start/' + str(level_id)
return render(
request, template_name, {
'leftDip': leftDip,
'rightDip': rightDip,
'overall_progress': overall_progress,
'info': info,
'button_text': button_text,
'button_url': button_url
})
def test_start_game(self):
"""
Test to startup the game (level 0)
"""
tlu_globals.init() #in case not called before ;)
tlu_hardware_global.init()
logging.debug('Test test_start_game started')
game = self.getGame('test_start_game')
logging.debug("test_start_game: b4 start: Game=" + str(game))
game.start(Level00, 0)
logging.debug("test_start_game: after start: Game=" + str(game))
time.sleep(
1.2
) #wait until game times out internally after 1 second, then continue here
res = game.result()
self.assertEqual(
res, Level.PASSED,
"Expected result of game00-run is " + str(Level.PASSED))
levelobject = game.current_level
self.assertNotEqual(levelobject, None, "The level has to be known")
self.assertEqual(levelobject.levelnum, 0, "Level has to be 0")
self.assertEqual(levelobject.points, 5, "5 points achieved")
self.assertEqual(levelobject.result, 1, "results have to match")
self.assertNotEqual(levelobject.level_start, None,
"The level should have a starting time")
self.assertNotEqual(levelobject.level_ended, None,
"The level should have a ending time")
self.assertEqual(levelobject.prevLevel, None,
"The previous level has to be empty")
def __init__(self, *args, **kwargs):
tlu_hardware_global.init()
self.dipswitch_settings = (tlu_hardwarebase.getDipHex(tlu_buttons),
tlu_hardwarebase.getDipHex(tlu_buttons),
tlu_hardwarebase.getDipHex(tlu_cursor),
tlu_hardwarebase.getDipHex(tlu_buttons),
tlu_hardwarebase.getDipHex(tlu_buttons)
| tlu_hardwarebase.getDipHex(tlu_touch))
models.Model.__init__(self, *args, **kwargs)
def __init__(self):
global global_lcd
global global_matrix
logging.info("Global_vars: Init")
if (global_lcd == None) or (global_matrix == None):
tlu_hardware_global.init()
if global_lcd == None:
global_lcd = tlu_lcd.lcd_panel()
if global_matrix == None:
global_matrix = tlu_matrix.tlu_matrix()
def restart(request):
"""
Process the restart request from the user
:param request: HTTP-request
"""
tlu_globals.init()
tlu_hardware_global.init()
game = request.user.game
game.restart()
return HttpResponseRedirect(
reverse('tlu_joyit_game:level', kwargs={'level_id': 1}))
def setUp(self):
tlu_globals.init()
tlu_hardware_global.init()
if emulatekey and self._testMethodName=="test_checkkey" :
obj=tlu_queueobject(tlu_queue.tlu_queue.MSG_KEYPRESSED,1)
tlu_globals.kbQueue.put(obj)
elif emulatekey and self._testMethodName=="test_checkcursor":
obj=tlu_queueobject(tlu_queue.tlu_queue.MSG_KEYPRESSED,100)
tlu_globals.cqueue.put(obj)
elif emulatekey and self._testMethodName=="test_checktouch":
obj=tlu_queueobject(tlu_queue.tlu_queue.MSG_TOUCH_PRESSED)
tlu_globals.tqueue.put(obj)
def test_globals(self):
""" Test the global-functionality provided by tlu_globals
"""
tlu_globals.init() #in case not called before ;)
tlu_hardware_global.init()
glob = tlu_globals.globMgr.tlu_glob()
self.assertTrue(glob.test(), "The test has to pass...")
if emulatekey:
self.assertNotEqual(tlu_globals.kbQueue, None,
"Keyboardqueue should not be null on mac")
self.assertNotEqual(tlu_globals.cqueue, None,
"Cursorqueue should not be null on mac")
self.assertNotEqual(tlu_globals.tqueue, None,
"Touchqueue should not be null on mac")
def get(self, request, *args, **kwargs):
"""
Renders the view and starts the hardware by displaying the clock
Kills as well all possible running processes
:param request: HTTP-request
"""
logger.info("Index View called")
tlu_globals.init()
tlu_hardware_global.init()
suspendCurrentGame(request)
level = Level00(request.user.id)
level.cleanup(True)
level.startup()
tlu_globals.globMgr.tlu_glob().stopClock()
return generic.TemplateView.get(self, request, *args, **kwargs)
def test_retry(self):
"""
Test to simulate a retry-wish of the player
"""
tlu_globals.init() #in case not called before ;)
tlu_hardware_global.init()
logging.debug('Test test_retry started')
game = self.getGame('test_retry')
logging.debug("test_retry: b4 start: Game=" + str(game))
game.start(Level00, 0)
time.sleep(0.5) #allow the game top start
logging.debug("test_retry: after start: Game=" + str(game))
game.retry()
levelobject = game.current_level
self.assertNotEqual(levelobject, None, "The level has to be known")
self.assertEqual(levelobject.levelnum, 0, "Level has to be 0")
self.assertEqual(levelobject.points, 0, "No points achieved")
self.assertEqual(levelobject.result, Level.RETRY,
"results have to match (retry)=" + str(Level.RETRY))
def LevelView(request, level_id):
"""
Shows renderLevel for the given level-id
:param request: HTTP-request
:param level_id: level-id
"""
level = Level00(request.user.id) #real level does not matter
tlu_globals.init()
tlu_hardware_global.init()
level.startup() #some basic settings
try:
checkLevel(request, level_id)
except OutOfRangeError:
template_name = "level_error.html"
error = _(
"We are sorry, but the provided level-id does not fit your overall progress, you have to restart."
)
return render(request, template_name, {'error': error})
if request.method == 'GET':
return renderLevel(request, level_id)
return HttpResponseNotAllowed(['POST'])
def __init__(self, queue, seconds):
"""
Defines the queue where the timeout message would be send to and the amount of seconds the level should last
:param queue: Message-Queue for Timeout message
:param seconds: Seconds to wait until timeout, max 99 seconds allowed
"""
Thread.__init__(self)
self.is_aborted=False
self.has_to_restart=False
self.paused = seconds<0
if seconds > 999:
seconds = 999
if seconds <= 0:
seconds = 0.1
self.tenths=int(seconds*10)
self.queue=queue
self.sevenseg=tlu_led.seven_segment()
tlu_globals.init()
tlu_hardware_global.init()
glob=tlu_globals.globMgr.tlu_glob()
glob.stopClock() #terminate Clock in case it is showing
def test_abort(self):
"""
Test to abort the game during its operation (level 0)
"""
tlu_globals.init() #in case not called before ;)
tlu_hardware_global.init()
logging.debug('Test test_abort started')
game = self.getGame('test_abort')
game.start(Level00, 0)
game.abort()
logging.debug('Test test_abort ended, analysis starts')
levelobject = game.current_level
logging.debug('Test test_abort result is: ' + str(levelobject))
self.assertNotEqual(levelobject, None, "The level has to be known")
self.assertEqual(levelobject.levelnum, 0, "Level has to be 0")
self.assertEqual(levelobject.points, 0, "No points achieved")
self.assertNotEqual(levelobject.level_start, None,
"The level should have a starting time")
self.assertNotEqual(levelobject.level_ended, None,
"The level should have a ending time")
self.assertEqual(levelobject.result, Level.ABORT,
"results have to match (aborted)=" + str(Level.ABORT))
def checkLevel(request, level_id):
"""
Check that the provided level is within the allowed range.
If not raises an OutOfRangeError
:param request: HTTP-request
:param level_id: level-number (picked from url)
"""
if level_id == 1:
#startup level is ever ok
return
user = request.user
try:
tlu_globals.init()
tlu_hardware_global.init()
game = user.game
except:
return
if game.current_level == None:
if (level_id > 1):
status = getGameState(user.id)
status.msg = _(
"You just started from the beginning, so level has to be one, please restart the game!"
)
setGameState(user.id, status)
raise OutOfRangeError
else:
return
if (level_id > game.current_level.levelnum + 1) or (
level_id <
game.current_level.levelnum) or game.completed(level_id):
status = getGameState(user.id)
status.msg = _(
"The requested level is not in line with our expectations, please restart the game!"
)
setGameState(user.id, status)
raise OutOfRangeError
def LevelOverview(request):
"""
Render the Level-overwiew which contains a table for the current state and
as well another one for the levels played so far.
:param request: HTTP-request
"""
if request.method == 'GET':
tlu_globals.init()
tlu_hardware_global.init()
suspendCurrentGame(request)
level = Level00(request.user.id)
level.startup()
template_name = 'tlu_joyit_game/level_overview.html'
user = get_object_or_404(User, pk=request.user.id)
game = user.game
logging.debug("LevelOverview, current game=" + str(game))
button_text = _("Continue the game now")
path = ""
try:
level_set = game.level_set.all().order_by('-id')
except (KeyError, Level.DoesNotExist):
level_set = None
cur_level = game.current_level
if cur_level == None:
current_level_num = 0
else:
current_level_num = cur_level.levelnum
next_level_num = current_level_num
if (cur_level != None) and (cur_level.result == Level.PASSED):
next_level_num += 1
if game.completed(next_level_num):
next_level_num -= 1
button_text = _("Play level again")
path = reverse('tlu_joyit_game:retry',
kwargs={'level_id': next_level_num})
if len(path) == 0:
path = reverse('tlu_joyit_game:level',
kwargs={'level_id': next_level_num})
last_played = None
if (cur_level != None):
last_played = cur_level.level_start
if last_played == None:
last_played = _("Not yet played")
path = '/tlu_joyit_game/restart'
if (level_set == None) or (len(level_set) < 1):
button_text = _("Start now")
game = request.user.game
achieved_points = game.getAchievedPoints()
minutes_active_game = game.getMinutesPlayedCurrentGame()
minutes_played = game.getMinutesPlayedOverall()
num_starts = game.getNumStarts()
return render(
request, template_name, {
'current_level': str(current_level_num),
'last_played': last_played,
'achieved_points': achieved_points,
'minutes_active_game': str(minutes_active_game),
'minutes_played': str(minutes_played),
'num_starts': str(num_starts),
'button_text': button_text,
'next_level_url': path
})
return HttpResponseNotAllowed(['POST'])