def apply(self, query):
"""
引擎构建好后，即可解析query
"""
matched_items, special_post = self.searcher.search_match(query)
sel = Selector(matched_items, special_post, self.rule_info)
return sel.apply(query)
def get_selector():
# selector columns
dataset = get_data(selector=False)
train_data = dataset[dataset['rate'] > 0.0]
test_data = dataset[dataset['rate'] < 0.0]
train_data.reset_index(inplace=True, drop=True)
test_data.reset_index(inplace=True, drop=True)
columns = train_data.columns
remove_columns = ['sample_id', 'rate']
features_columns = [
column for column in columns if column not in remove_columns
]
x_train = train_data[features_columns]
y_train = train_data['rate']
selector = Selector()
select_columns = selector.get_select_features(x_train, y_train)
select_columns.extend(remove_columns)
remove_columns = [
column for column in train_data.columns if column not in select_columns
]
train_data = train_data.drop(columns=remove_columns)
test_data = test_data.drop(columns=remove_columns)
dataset = pd.concat([train_data, test_data])
selector_name = os.path.join(ETLDATA_PATH, 'selector_features.csv')
dataset.to_csv(selector_name, index=False)
def _parse_properties(self, htmltree):
# Populate properties from selectors
_properties = {}
config_props = self.config['properties']
# Search for each property option
for property in self._selector_properties:
if property not in config_props:
logging.info("No config found for {}".format(property))
continue
logging.info('Working on {}'.format(property))
args = {
'selector': config_props[property],
}
if property in self._dates:
args['is_date'] = True
selector = Selector(**args)
logging.info("Using selector \"{}\" with selector type {}".format(
selector.selector,
selector.SelectorType.__class__.__name__,
))
result_text = selector.result(htmltree)
logging.info('Found prop value {}'.format(result_text))
_properties[property] = result_text
return _properties
class Manager(Toplevel):
def __init__(self, master, writer, root, **kwargs):
super().__init__(master, **kwargs)
self.title("Settings")
self.master = master
self.writer = writer
self.root = root
self.record_of_names = {}
self.selector = Selector(self, bg=self["bg"])
self.fake_frame_background = "white"
self.fake_frame_place_info = {}
self.selector.place(relx=0, rely=0, relwidth=1, relheight=1)
def switch(self, widget, items, modifying=False):
settings = Settings(self, widget, items, modifying)
settings.place(relx=0, rely=0, relwidth=1, relheight=1)
self.wait_window(settings)
def switch_for_frame(self, board, tag, board_dims):
settings = Settings_for_frame(self, board, tag, board_dims)
settings.place(relx=0, rely=0, relwidth=1, relheight=1)
self.wait_window(settings)
def set_root(self, board):
str_dimensions = self.writer.app_geometry.replace("+", " ").replace(
"x", " ").split()
dimensions = [int(dim) for dim in str_dimensions]
settings = Settings_for_root(self, board, self.writer,
self.writer.app_background, dimensions,
self.writer.app_transparency)
settings.place(relx=0, rely=0, relwidth=1, relheight=1)
self.wait_window(settings)
def __init__(self, arg):
# setting
self.name_map = arg.name_map
self.opt = Setting()
# pygame
pygame.init()
self.screen = pygame.display.set_mode(self.opt.WINDOW_SIZE)
pygame.display.set_caption(self.opt.TITLE % self.name_map)
self.clock = pygame.time.Clock()
self.set_grill_surface()
# data
self.path = os.path.dirname(__file__)
self.path_img = os.path.join(self.path, "..", "src", "img")
file = self.name_map + self.opt.LUA_FORMAT
self.path_maps = os.path.join(self.path, "..", "src", "maps", file)
self.create = not os.path.exists(self.path_maps)
# objects
self.builder = Builder(self)
self.converter = Converter(self)
self.images = Images(self)
self.map = Map(self)
self.selector = Selector(self)
self.toolbar = Toolbar(self)
# loop
self.saved = True
self.loop()
pygame.quit()
def get_processing(self):
# 最终处理数据生成特征的函数
dataset = self._get_data_plusaugmentation()
boolean_columns = self._get_boolean_columns(dataset)
remove_columns = ['id', 'score']
num_columns = list() # 摘取其余的特征
for column in dataset.columns:
if column in remove_columns:
continue
if column in boolean_columns:
continue
num_columns.append(column)
# 异常字段处理：手动分箱
abnormal_columns = [
'online_shopping_num', 'logistics_num', 'financing_num',
'video_num', 'airplant_num', 'train_num', 'travel_num'
]
abnormal_encoder_columns = list()
for column in abnormal_columns:
encoder_column = f'{column}_encoder'
dataset[encoder_column] = dataset[column].apply(
self._get_abnormal_label)
abnormal_encoder_columns.append(encoder_column)
dataset = pd.get_dummies(dataset, columns=abnormal_encoder_columns)
#_get_abnormal_label函数只是把数据变成1234 但是要通过get_dummies变成哑变量0001
# 缺失值单独抽离特征：无效 这怎么可能有效啊！无语子
# 那既然这样无效的话 用什么办法处理缺失值呢？
# 是认为 除了boolean特征和刚刚处理过的app使用次数特征之外 其余的0值就是missing data啦
# for column in num_columns:
# # abnormal已处理过，continue
# if column in abnormal_columns:
# continue
# column_name = f'{column}_missing'
# dataset[column_name] = dataset[column].apply(self._get_missing_value)
# 将bool类型重新组合 也就是交互特征啦
# 生成的特征有点过多了 可以考虑去掉
# dataset = self._recombine_boolean_columns(dataset, boolean_columns)
# ??看看是啥特征 没看懂是在干嘛
# dataset = self._data_encoder(dataset, ['surfing_time', 'age'])
# 业务逻辑特征
dataset = self._get_operation_features(dataset)
if self.selector:
train_data = dataset[dataset['score'] > 0]
y_data = train_data['score']
x_data = train_data.drop(columns=['id', 'score'])
# 选特征
select_features = Selector(
ascending=self.ascending).get_select_features(x_data, y_data)
select_features.extend(['id', 'score'])
dataset = dataset[select_features]
return dataset
def run(self):
print 'hi, thread running'
selector_obj = Selector()
file_handler = FileHandler()
#this won't work unless you make a separate thread.
new_file = file_handler.monitor()
self.results = selector_obj.validate(new_file)
return
def run(self):
print 'hi, thread running'
selector_obj = Selector()
file_handler = FileHandler()
#this won't work unless you make a separate thread.
new_file = file_handler.monitor()
self.results = selector_obj.validate(new_file)
return
async def test_select_closed(self):
"""Select on a closed channel should return None"""
sel = Selector()
chan = Channel(2)
await chan.close()
sel.pop(chan)
val = await sel.gather()
self.assertEqual(val, (0, None))
def test_stop(self):
"""
Test .stop()
"""
sel = Selector(gt10, is_even, self.gens)
sel.stop()
self.assertEqual([], sel.gens)
self.assertIsNone(sel.started)
self.assertIsNone(sel.curr)
def test_stop(self):
"""
Test .stop()
"""
sel = Selector(gt10, is_even, self.gens)
sel.stop()
self.assertEqual([], sel.gens)
self.assertIsNone(sel.started)
self.assertIsNone(sel.curr)
def child_by_text(self, txt, **kwargs):
if "allow_scroll_search" in kwargs:
allow_scroll_search = kwargs.pop("allow_scroll_search")
name = self.jsonrpc.childByText(self.selector, Selector(**kwargs),
txt, allow_scroll_search)
else:
name = self.jsonrpc.childByText(self.selector, Selector(**kwargs),
txt)
return AutomatorDeviceNamedUiObject(self.device, name)
def test_select_on(self):
"""
Test .select_on decorator
"""
sel = Selector(gt10)
sel.select_on(gen1)
self.assertEqual(1, len(sel.gens))
sel_gen = sel.gens[0]
#self.assertEqual(gen1.__doc__, sel_gen.__doc__)
self.assertEqual(gen1.__name__, sel_gen.__name__)
def __init__(self, ip, port, ReqeustHandle, **kwargs):
self.loop = Selector()
self.ip = ip
self.port = port
self.RequestHandle = ReqeustHandle
self.kwargs = kwargs
self.server = socket.socket()
self.server.setsockopt(socket.SOL_SOCKET, socket.SO_REUSEADDR, True)
def test_select_on(self):
"""
Test .select_on decorator
"""
sel = Selector(gt10)
sel.select_on(gen1)
self.assertEqual(1, len(sel.gens))
sel_gen = sel.gens[0]
#self.assertEqual(gen1.__doc__, sel_gen.__doc__)
self.assertEqual(gen1.__name__, sel_gen.__name__)
def __prepareset(self, newSelector, namespaces=None):
"Used by appendSelector and __setitem__"
if not namespaces:
namespaces = {}
self._checkReadonly()
if not isinstance(newSelector, Selector):
newSelector = Selector((newSelector, namespaces), parent=self)
if newSelector.wellformed:
newSelector._parent = self # maybe set twice but must be!
return newSelector
def __prepareset(self, newSelector, namespaces=None):
"Used by appendSelector and __setitem__"
if not namespaces:
namespaces = {}
self._checkReadonly()
if not isinstance(newSelector, Selector):
newSelector = Selector((newSelector, namespaces), parent=self)
if newSelector.wellformed:
newSelector._parent = self # maybe set twice but must be!
return newSelector
def Selecionar():
print('Informe o tipo de Consulta: C - COMPLETA | A - ATUALIZAÇÃO: ',
end='')
tipo = str(input())
print('Informe a Data INICIAL para a Consulta [YYYY-MM-DD]: ', end='')
data_inicio = str(input())
print('Informe a Data FINAL para a Consulta [YYYY-MM-DD]: ', end='')
data_final = str(input())
selecao = Selector(
) #Faz a seleção do conteudo dos tweets e insere em Banco de dados.
selecao.select(tipo, data_inicio, data_final)
class TestSelector(Command):
def __init__(self):
super().__init__()
self.testSelector = Selector([("row1", "op1", "op2", "op3")], (0, ))
DriverStation.getInstance()
def initialize(self):
pass
def execute(self):
self.testSelector.selectorLogic()
def __init__(self, conf):
self.conf = conf
self.log = conf.get('log')
self.site_statistic = SiteStatistics(conf['site_task_collect_db'])
self.seed_statistic = SeedStatistics(conf['seed_task_collect_db'])
self.scheduler = SiteSchedulerManager(self.conf, self.site_statistic,
self.seed_statistic)
self.selector = Selector(self.scheduler, self.conf)
self.crawl_selector = CrawlSelector(self.log, conf['selector_conf'],
conf['beanstalk_conf'],
self.scheduler)
def get_processing(self):
dataset = self._get_data()
boolean_columns = self._get_boolean_columns(dataset)
remove_columns = ['id', 'score']
num_columns = list()
for column in dataset.columns:
if column in remove_columns:
continue
if column in boolean_columns:
continue
num_columns.append(column)
#异常字段处理：手动分箱
abnormal_columns = [
'online_shopping_num', 'logistics_num', 'financing_num',
'video_num', 'airplant_num', 'train_num', 'travel_num'
]
abnormal_encoder_columns = list()
for column in abnormal_columns:
encoder_column = f'{column}_encoder'
dataset[encoder_column] = dataset[column].apply(
self._get_abnormal_label)
abnormal_encoder_columns.append(encoder_column)
dataset = pd.get_dummies(dataset, columns=abnormal_encoder_columns)
#缺失值单独抽离特征：无效
# for column in num_columns:
# if column in abnormal_columns:
# continue
# column_name = f'{column}_missing'
# dataset[column_name] = dataset[column].apply(self._get_missing_value)
#将bool类型重新组合
dataset = self._recombine_boolean_columns(dataset, boolean_columns)
#embedding
#dataset = self._data_encoder(dataset,['surfing_time','age'])
#业务逻辑特征
dataset = self._get_operation_features(dataset)
if self.selector:
train_data = dataset[dataset['score'] > 0]
y_data = train_data['score']
x_data = train_data.drop(columns=['id', 'score'])
#selects = Selector(ascending=self.ascending)
select_features = Selector(
ascending=self.ascending).get_select_features(x_data, y_data)
select_features.extend(['id', 'score'])
dataset = dataset[select_features]
return dataset
def __init__(self, topic, user):
self.topic = topic
self.user = user
self.user_loc = user.replace(
'@',
'__at__',
).replace('.', '__dot__')
self.items = get_items_fb(['items', topic])
self.resp_sub_loc = ['response', topic, self.user_loc]
res = Firebase.get_df(FB_URL, self.resp_sub_loc, False)
self.responses = pd.DataFrame.from_dict(res, orient='index')
self.item_selector = Selector(self.items)
def __init__(self, master, writer, root, **kwargs):
super().__init__(master, **kwargs)
self.title("Settings")
self.master = master
self.writer = writer
self.root = root
self.record_of_names = {}
self.selector = Selector(self, bg=self["bg"])
self.fake_frame_background = "white"
self.fake_frame_place_info = {}
self.selector.place(relx=0, rely=0, relwidth=1, relheight=1)
def parse( self, url, html ):
sel = Selector( html )
link = sel.xpath('//div[@class="menu_block"]/ul/li/a/@href')
tmp = []
for u in link:
if( u.find('www.gohappy.com.tw') != -1 ):
tmp.append(u)
else:
tmp.append('http://www.gohappy.com.tw' + u)
return True, tmp
def parse(self, url, html):
sel = Selector(html)
link = sel.xpath('//div[@class="menu_block"]/ul/li/a/@href')
tmp = []
for u in link:
if (u.find('www.gohappy.com.tw') != -1):
tmp.append(u)
else:
tmp.append('http://www.gohappy.com.tw' + u)
return True, tmp
def calculate():
room_key = str(request.form['room_key'])
user_name = str(request.form['user_name'])
if redis.client.hexists(room_key, 'outcome') == False:
if (redis.client.hlen(room_key) != 0) & (redis.client.hget(
room_key, 'host')['user_name'] == user_name):
user_selector = Selector(redis.client.hgetall(room_key))
redis.client.hmset(room_key, {'outcome': user_selector.select()})
else:
msg = {
'Data Processing, please revisit the page later. Thanks for your patience.'
}
return json.dumps(msg)
async def test_select_push(self):
"""Pushing on two channels should return the one with room"""
sel = Selector()
async with Channel(1) as chan1, Channel(1) as chan2:
# Push to C2 first
sel.push(chan1, 10)
sel.push(chan2, 20)
await chan1.push(11)
val = await sel.gather()
await chan1.close()
self.assertEqual(val, (1, True))
self.assertEqual(await chan1.pop(), 11)
self.assertEqual(await chan1.pop(), None)
self.assertEqual(await chan2.pop(), 20)
class TCPServerBasic(object):
"""
TCP服务器
usage:
server = TCPServer('0.0.0.0', 8000)
server.run_forever()
"""
def __init__(self, ip, port, ReqeustHandle, **kwargs):
self.loop = Selector()
self.ip = ip
self.port = port
self.RequestHandle = ReqeustHandle
self.kwargs = kwargs
self.server = socket.socket()
self.server.setsockopt(socket.SOL_SOCKET, socket.SO_REUSEADDR, True)
def file(self):
return self.server
def setup(self, selector):
selector.register(self, Selector.EVREADABLE)
def on_readable(self):
"""
服务器句柄可读
"""
conn, addr = self.server.accept()
connection = self.RequestHandle(conn, addr, **self.kwargs)
hold = connection.begin()
if hold is False:
print("new connection aborted by", self.RequestHandle.__name__)
connection.end()
else:
#print("new connection accepted.")
connection.setup(self.loop)
def on_writable(self):
raise NotImplemented
def run_forever(self):
self.server.bind((self.ip, self.port))
self.server.listen(15)
self.setup(self.loop)
self.loop.run_forever()
def parse( self, url, html ):
# This site has a Sitemap so parser will use Sitemap
# The Url http://www.gohappy.com.tw/ is a standard start key url
if( url == 'http://www.gohappy.com.tw/' ):
# This Page will redriect to sitemap
if( self.test_flag ):
print 'Hihi'
print self.config['name']
return False, []
return True, ['http://www.gohappy.com.tw/intro/sitemap.html']
elif( url == 'http://www.gohappy.com.tw/intro/sitemap.html' ):
#Parse Sitemap
sel = Selector( html )
block = sel.xpath('//div[@class="sitemap_group"]')
#remove some Block
tmp = [] # Create a tmp Url List
for __block in block:
#print __block.xpath('dl/dt/a/@title')[0]
level1 = __block.xpath('dl/dd/ul/li/a/@href')
level2 = __block.xpath('dl/dd/div/ul/li/a/@href')
for u in level1:
if ( u != '' ):
if( u.find('www.gohappy.com.tw') != -1 ):
tmp.append(u)
else:
tmp.append( 'http://www.gohappy.com.tw' + u )
for u in level2:
if ( u != '' ):
if( u.find('www.gohappy.com.tw') != -1 ):
tmp.append(u)
else:
tmp.append( 'http://www.gohappy.com.tw' + u )
return True, tmp
else:
return False, []
def parse( self, url, html ):
# Create XPath
sel = Selector( html )
# Return State, New Link
return True, []
def __init__(self, surfaceDest, gravityDir=DOWN, tutorialScheduler=None):
"""
constructeur. (thx captain obvious)
entrée :
surfaceDest : Surface principale de l'écran, sur laquelle s'affiche le jeu.
"""
self.initCommonStuff(surfaceDest, gravityDir, tutorialScheduler)
self.arena = ArenaAspirin(surfaceDest, self.posPixelArena, ARENA_SIZE, 2)
self.selectorPlayerOne = Selector(self.arena, 0)
self.crawlerGravRift = ArenaCrawler(ARENA_SIZE)
self.crawlerGravRift.config(RIGHT, DOWN)
self.gravityMovementsRift = GravityMovements(LEFT, False, False)
self.crawlerRegenRift = ArenaCrawler(ARENA_SIZE)
self.crawlerRegenRift.config(LEFT, UP)
self.crawlerGravRiftApply = ArenaCrawler(ARENA_SIZE)
self.crawlerGravRiftApply.config(UP, RIGHT)
self.nbAspirinTaken = 0
self.blinker = Blinker(self.arena)
self.populateArena()
self.arena.draw()
pygame.display.flip()
def test_no_pause(self):
"""
Test Selector with stop_condition=gt10 and no pause condition
"""
sel = Selector(gt10, None, self.gens)
expected = [0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 5, 6, 7, 8, 9, 10]
self.assertEqual(expected, list(sel))
def __init__(self, network, parent=None):
super(MainWindow, self).__init__(parent)
self.view = GraphicsView()
self.scene = QtGui.QGraphicsScene(self)
#self.scene.setSceneRect(network.left, network.bottom,
# network.right - network.left, network.top - network.bottom)
self.setCentralWidget(self.view)
self.selector = Selector(self)
self.addDockWidget(QtCore.Qt.LeftDockWidgetArea, self.selector)
self.setWindowTitle("Snake eye view of the streets of Singapore")
self.add_network(network)
self.view.setScene(self.scene)
def _setSelectorText(self, selectorText):
"""
:param selectorText:
comma-separated list of selectors or a tuple of
(selectorText, dict-of-namespaces)
:exceptions:
- :exc:`~xml.dom.NamespaceErr`:
Raised if the specified selector uses an unknown namespace
prefix.
- :exc:`~xml.dom.SyntaxErr`:
Raised if the specified CSS string value has a syntax error
and is unparsable.
- :exc:`~xml.dom.NoModificationAllowedErr`:
Raised if this rule is readonly.
"""
self._checkReadonly()
# might be (selectorText, namespaces)
selectorText, namespaces = self._splitNamespacesOff(selectorText)
try:
# use parent's only if available
namespaces = self.parentRule.parentStyleSheet.namespaces
except AttributeError:
pass
wellformed = True
tokenizer = self._tokenize2(selectorText)
newseq = []
expected = True
while True:
# find all upto and including next ",", EOF or nothing
selectortokens = self._tokensupto2(tokenizer, listseponly=True)
if selectortokens:
if self._tokenvalue(selectortokens[-1]) == ',':
expected = selectortokens.pop()
else:
expected = None
selector = Selector((selectortokens, namespaces), parent=self)
if selector.wellformed:
newseq.append(selector)
else:
wellformed = False
self._log.error(u'SelectorList: Invalid Selector: %s' %
self._valuestr(selectortokens))
else:
break
# post condition
if u',' == expected:
wellformed = False
self._log.error(u'SelectorList: Cannot end with ",": %r' %
self._valuestr(selectorText))
elif expected:
wellformed = False
self._log.error(u'SelectorList: Unknown Syntax: %r' %
self._valuestr(selectorText))
if wellformed:
self.seq = newseq
def test_pause(self):
"""
Test Selector with stop_condition=gt10 and pause_condition=is_even
"""
sel = Selector(gt10, is_even, self.gens)
expected = [5, 1, 7, 3, 9, 5, 7, 9]
self.assertEqual(expected, list(sel))
def xpath(self, xpath_expr: str):
"""
xpath语法
:return:
"""
selector = Selector(self.content, xpath_expr=xpath_expr)
return selector
def __init__(self, redis, events, periodics=[], select=[]):
self.logger = logging.getLogger('reactor')
self.selector = Selector(select)
self.db = ReactorDB(redis)
self.mapper = dict(self.mapper_gen(events))
self.periodics = periodics
self.timeline = SortedDict()
self.load()
def __init__(self, auth=False):
self.proto = ProtoConnection(self.session)
self.auth = auth
if self.auth:
self.sasl = SASL(self.proto)
else:
self.sasl = self.proto
self._lock = RLock()
self.condition = Condition(self._lock)
self.waiter = Waiter(self.condition)
self.selector = Selector.default()
self.timeout = 120
def initialize_routes(config):
"""
Initialize a new selector that maps routes to surrogate-key
generation. At the moment this is an empty map to which things
can be added (see test_entity_to_keys).
However, it ought to be possible to put all the (relevant) routes
in this map and forgo the procedural code in current_uri_keys.
Another option is to, at startup, wrap handlers in another handler
which properly generates keys. That version needs to be tried to
see if it is more tidy than this.
"""
fastly_selector = Selector()
def not_found(environ, start_response):
return []
fastly_selector.status404 = not_found
fastly_selector.status405 = not_found
config['fastly.selector'] = fastly_selector
def __init__(self, xml):
DbusPipeline.__init__(self, 'Pipeline')
Selector.__init__(self, xml)
pipeline_tree = etree.parse(xml)
root = pipeline_tree.xpath("/pipelines")
self.__description__ = xml
self.__thread__ = None
self.__stopthread__ = False
self.__dic__ = root[0].find("dic").get("file")
self.__hmm__ = root[0].find("hmm").get("file")
self.__pipeline__ = gst.parse_launch('gsettingsaudiosrc ! audioconvert ! audioresample '
+ '! vader auto-threshold=true ! pocketsphinx name=asr ! fakesink')
self.__lm__ = self.__getdefault__()
self.__previoushyp__ = ""
asr = self.__pipeline__.get_by_name('asr')
asr.set_property('hmm', self.__hmm__)
asr.set_property('dict', self.__dic__)
asr.set_property('lmctl', self.__lmctl__)
asr.set_property("lmname", self.__lm__)
asr.connect('result', self.__onresult__)
def __init__(self, surfaceDest, gravityDir=DOWN, tutorialScheduler=None):
"""
constructeur. (thx captain obvious)
entrée :
surfaceDest : Surface principale de l'écran, sur laquelle s'affiche le jeu.
"""
self.initCommonStuff(surfaceDest, gravityDir, tutorialScheduler)
self.arena = ArenaBasic(surfaceDest, self.posPixelArena, ARENA_SIZE, 2)
self.selectorPlayerOne = Selector(self.arena, 0)
self.populateArena()
self.arena.draw()
pygame.display.flip()
def __init__(self, app_conf):
self.app_conf = app_conf
self.sess_key = 'openid.amp.fm.gateway'
self.base_url = self.app_conf['base_url']
self.ekey = 'openidgateway'
self.urls = [
('[/]', {'GET': self.index}),
('/login[/]', {'GET': self.login, 'POST': self.login}),
('/complete[/]', {'GET': self.complete, 'POST': self.complete}),
('/transform/openid-redirect.xsl', {'GET': self.openid_redirect_xslt}),
]
self._s = Selector(self.urls)
if self.app_conf.get('debug', False):
self._s.add('/forms[/]', {'GET': self.forms})
self.store = filestore.FileOpenIDStore('./cache')
def __init__(self, surfaceDest, gravityDir=DOWN, tutorialScheduler=None,
xyFirstTouillette=(2, 5)):
"""
constructeur. (thx captain obvious)
entrée :
surfaceDest : Surface principale de l'écran, sur laquelle s'affiche le jeu.
"""
self.initCommonStuff(surfaceDest, gravityDir, tutorialScheduler)
self.nbTouilletteToRemove = 2
self.mustDisplayRemoving = False
self.arena = ArenaTouillette(surfaceDest, self.posPixelArena,
ARENA_SIZE, 2, LIST_CHIP_GENERATION)
self.selectorPlayerOne = Selector(self.arena, 0)
self.populateArena()
self.arena.addBigObject(Touillette, pyRectTuple(xyFirstTouillette))
self.arena.draw()
pygame.display.flip()
def post(self, request):
try:
#import pdb; pdb.set_trace()
req = Request(request.environ)
log.debug('Received HTTP Request: %s', req)
print 'these are the request.params: ', request.params
print "request.environ is" , request.environ
#print "request.environ['CONTENT_LENGTH'] is" , request.environ['CONTENT_LENGTH']
print "FULL RAW POST Data:"
#this CONTENT_LENGTH wasn't getting populated in the environment on remote installations using encryption
#print request.environ['wsgi.input'].read(int(request.environ['CONTENT_LENGTH']))
print request.environ['wsgi.input'].read(req.content_length)
print "FULL request.POST Data:"
print request.POST
postdatakeys = request.POST.keys()
print "keys are:", postdatakeys
#accept only one posted file per request for now
stream_fieldstorage = request.POST[postdatakeys[0]]
print "size of post data in bytes", len(stream_fieldstorage.value)
#print "CGI FileStorage uploaded is: ", myfile
#Create a file in a permanent location, moving it out of CGI FieldStorage
#make file
file_prefix = 'received_data_' + str(datetime.datetime.now())
file_prefix = file_prefix.replace(' ', '_')
file_suffix_enc = '_encrypted.xml'
file_suffix_unenc = '_unencrypted.xml'
if inputConfiguration.USE_ENCRYPTION:
print "using encryption"
file_name = file_prefix + file_suffix_enc
elif not inputConfiguration.USE_ENCRYPTION:
print "not using encryption"
file_name = file_prefix + file_suffix_unenc
else:
print "not sure if using encrypted file or not"
if not os.path.exists(inputConfiguration.WEB_SERVICE_INPUTFILES_PATH[0]):
os.mkdir(inputConfiguration.WEB_SERVICE_INPUTFILES_PATH[0])
file_full_path = os.path.join(inputConfiguration.WEB_SERVICE_INPUTFILES_PATH[0], file_name)
print 'file_full_path: ', file_full_path
#open file
if inputConfiguration.USE_ENCRYPTION:
try:
print "trying to open encrypted file"
encrypted_file = open(file_full_path, 'w')
except:
print "Error opening encrypted instance file for writing"
raise Exception("Error opening encrypted instance file for writing")
if not inputConfiguration.USE_ENCRYPTION:
try:
print "trying to open unencrypted file"
unencrypted_file = open(file_full_path, 'w')
except:
print "Error opening unencrypted instance file for writing"
raise Exception("Error opening unencrypted instance file for writing")
#write to file
if inputConfiguration.USE_ENCRYPTION:
print 'writing', file_name, 'to', server_root, 'for decryption'
print 'encrypted_file is', encrypted_file
encrypted_file.write(stream_fieldstorage.value)
encrypted_file.close()
if not inputConfiguration.USE_ENCRYPTION:
print 'writing', file_name, 'to', server_root, 'server root for parsing'
print 'unencrypted_file is', unencrypted_file
unencrypted_file.write(stream_fieldstorage.value)
unencrypted_file.close()
#check if a file was written, regardless of encryption
if not os.path.exists(file_full_path):
print "A file wasn't written"
else:
print "A file was written at: ", file_full_path
#decrypt file if using decryption
#assume file is encrypted, since it can be difficult to tell if it is. We could look for XML structures, but how do you easily tell bad/invalid XML apart from encrypted? If not encrypted, that's a problem.
#decrypt file
if inputConfiguration.USE_ENCRYPTION:
try:
encrypted_file = open(file_full_path, 'r')
except:
print "couldn't open encrypted file for reading/decryption"
raise Exception("couldn't open encrypted file for reading/decryption")
data_decrypted = False
encoded_stream = encrypted_file.read()
encrypted_file.close()
cryptors = [DES3, GPG]
for cryptor in cryptors:
cobj = cryptor()
try:
if cobj.__class__.__name__ == 'DES3':
keyiv = get_incoming_3des_key_iv()
# decode base64 stream
encrypted_stream = base64.b64decode(encoded_stream)
# decrypt stream
decrypted_stream = cobj.decrypt(str(encrypted_stream), keyiv['key'], iv=keyiv['iv'])
# test if the resulting decrypted_stream is XML
xml_test = etree.XML(decrypted_stream)
data_decrypted = True
xml_test = None
break
if cobj.__class__.__name__ == 'GPG':
# decode base64 stream
encrypted_stream = base64.b64decode(encoded_stream)
# decrypt stream
decrypted_stream = cobj.decrypt(str(encrypted_stream))
# test if the resulting decrypted_stream is XML
xml_test = etree.XML(decrypted_stream)
data_decrypted = True
xml_test = None
break
except:
continue
if data_decrypted:
file_suffix_unenc = '_decrypted.xml'
file_name = file_prefix + file_suffix_unenc
#file_full_path = fileutils.getUniqueFileNameForMove(file_name, inputConfiguration.INPUTFILES_PATH[0])
file_full_path = inputConfiguration.WEB_SERVICE_INPUTFILES_PATH[0] + '/' + file_name
try:
decrypted_file = open(file_full_path, 'w')
except:
print "Error opening decrypted instance file for writing"
raise Exception("Error opening decrypted instance file for writing")
#write to file
print 'writing', file_name, 'to', server_root, 'to validate'
decrypted_file.write(decrypted_stream)
decrypted_file.close()
if not os.path.exists(file_full_path):
print "An decrypted file wasn't written"
else:
print "A file was written at: ", file_full_path
else:
message = "Unable to decrypt %s or the decoded|decrypted data is not valid XML" % file_full_path
print message
raise Exception(message)
#read in candidate XML file
# if inputConfiguration.USE_ENCRYPTION:
# try:
# unencrypted_file = open(file_full_path, 'r')
# except:
# print "couldn't open decrypted file for reading"
#
# if inputConfiguration.USE_ENCRYPTION:
# try:
# unencrypted_file = open(file_full_path, 'r')
# except:
# print "couldn't open unencrypted file for reading"
# remove multiple source tags
incoming_doc = etree.parse(file_full_path)
ns='{https://raw.githubusercontent.com/211tbc/synthesis/master/src/xsd/TBC_Extend_HUD_HMIS.xsd}'
for i, src in enumerate(incoming_doc.findall('{0}Source'.format(ns))):
if i == 0:
# we only care about the first one
continue
# remove the remaning source tags
incoming_doc.getroot().remove(src)
incoming_doc.write(file_full_path, pretty_print=True, encoding="UTF-8")
except Exception as e:
response = Response()
response.status = '500 Server Error'
response.body = file_full_path + '\n' + str(e)
message = '@@@@@@@@@@@@@\nHTTP RESPONSE -- %s; %s\n@@@@@@@@@@@@@' % (response.status, response.body)
print message
return response
# FBY :07/31/2017: Its assumed that we have a file so record that fact that it was received in the
# last_date_time table
db = DB()
session = db.Session()
try:
# Assume that record exists so update it
lifecycle_event = session.query(LastDateTime).filter(LastDateTime.event == 'file received').first()
lifecycle_event.event_date_time = datetime.datetime.now()
session.add(lifecycle_event)
session.commit()
except:
# Assume that record does not exist so insert it
lifecycle_event = LastDateTime(event='file received', event_date_time=datetime.datetime.now())
session.add(lifecycle_event)
session.commit()
# validate XML instance
try:
select = Selector()
result = select.validate(file_full_path, False)
this_schema = result.index(True)
schema_name = select.current_tests[this_schema].__name__
if len(schema_name) > 4:
schema_name = schema_name[:len(schema_name) - 4]
response = Response()
response.status = '202 Successful Validation'
response.body = 'The posted xml (locally at %s) successfully validated against the %s schema.' % (file_name, schema_name)
message = '@@@@@@@@@@@@@\nHTTP RESPONSE -- %s; %s\n@@@@@@@@@@@@@' % (response.status, response.body)
print message
# move valid file over to regular synthesis input_files directory for shredding
print "moving valid file ", file_name, "over to input_files for shredding"
# FBY: Call fileutils.moveFile to move unencrypted files into the input_files folder
fileutils.moveFile(file_full_path, inputConfiguration.INPUTFILES_PATH[0])
return response
except:
details = ''.join(list(set([str(issue) for issue in select.issues])))
response = Response()
response.status = '200 Unsuccessful Validation'
response.body = 'Could not find a matching schema for the posted xml. Details: %s' % (details)
message = '@@@@@@@@@@@@@\nHTTP RESPONSE -- %s; %s\n@@@@@@@@@@@@@' % (response.status, response.body)
print message
return response
class OpenIdGateway(object):
def __init__(self, app_conf):
self.app_conf = app_conf
self.sess_key = 'openid.amp.fm.gateway'
self.base_url = self.app_conf['base_url']
self.ekey = 'openidgateway'
self.urls = [
('[/]', {'GET': self.index}),
('/login[/]', {'GET': self.login, 'POST': self.login}),
('/complete[/]', {'GET': self.complete, 'POST': self.complete}),
('/transform/openid-redirect.xsl', {'GET': self.openid_redirect_xslt}),
]
self._s = Selector(self.urls)
if self.app_conf.get('debug', False):
self._s.add('/forms[/]', {'GET': self.forms})
self.store = filestore.FileOpenIDStore('./cache')
def __call__(self, environ, start_response):
return self._s(environ, start_response)
def get_consumer(self, sess):
return consumer.Consumer(sess, self.store)
def index(self, environ, start_response):
url = ''.join([self.base_url, 'login'])
raise HTTPSeeOther(location=url)
def login(self, environ, start_response):
req = Request(environ)
set_template(environ, 'login.xslt')
sess = environ['beaker.session']
params = {'base_uri': self.base_url}
if not sess.get(self.ekey):
sess[self.ekey] = {}
sess.save()
headers = [('Content-Type', 'application/xml')]
if not (req.params.get('uname') or req.params.get('return_location')):
message ='There must be a uname and return_location in the query string'
raise HTTPBadRequest(detail=message)
openid_url = req.params['uname']
sess[self.ekey]['return_location'] = req.params['return_location']
if not openid_url:
# this seems better ...
# raise HTTPBadRequest("need openid_url")
params['message'] = "Don't leave your name blank."
params['status'] = 'failure'
set_params(environ, params)
start_response('200 OK', headers)
return []
consumer = self.get_consumer(sess[self.ekey])
try:
request = consumer.begin(openid_url)
except Exception, exc:
params['message'] = 'Error in discovery: %s' % (cgi.escape(str(exc[0])))
params['status'] = 'failure'
set_params(environ, params)
start_response('200 OK', headers)
return []
if request is None:
errcode = cgi.escape(post['openid_url'])
params['message'] = 'No OpenID services found for <code>%s</code>' % (errcode)
params['status'] = 'failure'
set_params(environ, params)
start_response('200 OK', headers)
return []
#sreg_request = sreg.SRegRequest(required=['nickname'])
#request.addExtension(sreg_request)
return_to = '%scomplete'% self.base_url
return_to = '%s?identity=%s' % (return_to, openid_url)
trusted_root = self.base_url
sess[self.ekey]['trusted_root'] = trusted_root
redirect_url = request.redirectURL(trusted_root, return_to)
set_params(environ, {'redirect_url': redirect_url})
params['status'] = 'redirect'
params['message'] = 'OpendID Login Redirection'
sess.save()
set_params(environ, params)
start_response('200 OK', headers)
return []
class GameAspirin(GameBasic):
"""
classe qui gère tout le jeu.
"""
def __init__(self, surfaceDest, gravityDir=DOWN, tutorialScheduler=None):
"""
constructeur. (thx captain obvious)
entrée :
surfaceDest : Surface principale de l'écran, sur laquelle s'affiche le jeu.
"""
self.initCommonStuff(surfaceDest, gravityDir, tutorialScheduler)
self.arena = ArenaAspirin(surfaceDest, self.posPixelArena, ARENA_SIZE, 2)
self.selectorPlayerOne = Selector(self.arena, 0)
self.crawlerGravRift = ArenaCrawler(ARENA_SIZE)
self.crawlerGravRift.config(RIGHT, DOWN)
self.gravityMovementsRift = GravityMovements(LEFT, False, False)
self.crawlerRegenRift = ArenaCrawler(ARENA_SIZE)
self.crawlerRegenRift.config(LEFT, UP)
self.crawlerGravRiftApply = ArenaCrawler(ARENA_SIZE)
self.crawlerGravRiftApply.config(UP, RIGHT)
self.nbAspirinTaken = 0
self.blinker = Blinker(self.arena)
self.populateArena()
self.arena.draw()
pygame.display.flip()
def populateArena(self):
""" overriden """
for (coordX, coordY) in LIST_COORD_ASPRO_HALF_LEFT:
tileToHardDefine = self.arena.getTile(pyRect(coordX, coordY))
tileToHardDefine.chip = ChipAsproHalfLeft()
for (coordX, coordY) in LIST_COORD_ASPRO_HALF_RIGHT:
tileToHardDefine = self.arena.getTile(pyRect(coordX, coordY))
tileToHardDefine.chip = ChipAsproHalfRight()
def applyGravity(self):
""" zonc """
securedPrint(u" applyGravity")
#TRODO : une fonction/propriété, au lieu de ce len de merte.
if len(self.gravityMovements.dicMovement) > 0:
param = (self.crawlerGrav, self.gravityMovements, None)
self.arena.applyGravity(*param)
elif len(self.gravityMovementsRift.dicMovement) > 0:
param = (self.crawlerGravRiftApply, self.gravityMovementsRift, self.crawlerRegenRift)
self.arena.applyGravity(*param)
self.arena.regenerateAllChipsAfterOneGravity(self.crawlerRegenRift)
else:
self.arena.removeHalfAsproBottom()
def _determineAnyGravity(self):
param = (self.crawlerGrav, self.gravityMovements)
self.gravityMovements = self.arena.determineGravity(*param)
#pas besoin de controler None ?
gravNormalToDo = (self.gravityMovements is not None
and len(self.gravityMovements.dicMovement) > 0)
if gravNormalToDo:
return True
param = (self.crawlerGravRift, self.gravityMovementsRift)
self.gravityMovementsRift = self.arena.determineGravityFullSegment(*param)
gravColumnToDo = (self.gravityMovementsRift is not None
and len(self.gravityMovementsRift.dicMovement) > 0)
if gravColumnToDo:
return True
return False
def needStabilization(self):
""" overriden
"""
securedPrint(u"needStabilization")
anyGravToDo = self._determineAnyGravity();
if anyGravToDo:
securedPrint(u"needStabilization TRUE")
return True
if self.arena.hasAnyHalfAsproInBottom():
securedPrint(u"needStabilization true")
return True
securedPrint(u"needStabilization false")
return False
def handleGravity(self):
securedPrint(u"handleGravity aspro")
self.applyGravity()
# Morceaux copié-collé exactement de GameBasic.handleGravity
if self.needStabilization():
self.gravityCounter = DELAY_GRAVITY
else:
#arrache un peu no ? Réponse : oui. double-arrache.
if (self.tutorialScheduler is None
or not self.tutorialScheduler.mustLockGameStimuli()
):
self.selectorPlayerOne.setStimuliLock(False)
def gameStimuliInteractiveTouch(self):
""" overriden """
#self.blinker.startBlink((pyRect(2, 2), pyRect(3, 2), pyRect(4, 2)))
if self.arena.getAndResetTakenAsproFull():
self.nbAspirinTaken += 1
if self.nbAspirinTaken == NB_ASPIRIN_TO_TAKE:
listTextWin = language.LIST_TEXTS_WIN[language.languageCurrent]
self.console.addListTextAndDisplay(listTextWin, COLOR_WIN)
else:
textYeah = language.TEXT_YEAH[language.languageCurrent]
self.console.addListTextAndDisplay((textYeah, ))
if self.tutorialScheduler is None:
strBla = u"%d/%d" % (self.nbAspirinTaken, NB_ASPIRIN_TO_TAKE)
self.console.addListTextAndDisplay((strBla, ))
def OnInit(self):
self.selector = Selector()
self.init_frame()
return True
class SampleApp(wx.App):
def OnInit(self):
self.selector = Selector()
self.init_frame()
return True
def init_frame(self):
self.frm_main = wx.Frame( None, wx.ID_ANY
, "Quiz Script for QMAClone"
, size=(400, 200) )
self.frm_main.Centre()
self.panel = wx.Panel(self.frm_main)
self.sizer_vbox = wx.BoxSizer(wx.VERTICAL)
self.panel.SetSizer(self.sizer_vbox)
self.sizer_1st = wx.BoxSizer()
self.sizer_vbox.Add(self.sizer_1st, wx.TOP | wx.ALIGN_CENTER)
self.sizer_2nd = wx.BoxSizer()
self.sizer_vbox.Add(self.sizer_2nd, wx.TOP | wx.ALIGN_CENTER)
self.sizer_3rd = wx.BoxSizer()
self.sizer_vbox.Add(self.sizer_3rd, wx.TOP | wx.ALIGN_CENTER)
self.sizer_4th = wx.BoxSizer()
self.sizer_vbox.Add(self.sizer_4th, wx.TOP | wx.ALIGN_CENTER)
# 1st column
## member
self.sizer_1st.Add( wx.StaticText(self.panel, label="人数: ")
, flag=wx.TOP | wx.ALIGN_CENTER )
element_array = []
for i in range(2,8+1):
element_array.append(str(i))
self.combo_number = wx.ComboBox(self.panel, wx.ID_ANY, ""
, choices = element_array, style=wx.CB_READONLY
, size = (50,-1) )
self.combo_number.SetSelection(2)
self.sizer_1st.Add(self.combo_number, flag=wx.TOP | wx.ALIGN_CENTER)
## Max Quiz Number
self.sizer_1st.Add(wx.StaticText(self.panel, label="最大問題番号: ")
, flag=wx.TOP | wx.ALIGN_CENTER)
self.txt_max_quiz = wx.TextCtrl(self.panel, value=str(setting.MAX_QUIZ_NUM)
, size = (50,-1))
self.txt_max_quiz.SetMaxLength(4)
self.sizer_1st.Add(self.txt_max_quiz, flag=wx.TOP | wx.ALIGN_CENTER)
## rate
self.sizer_1st.Add(wx.StaticText(self.panel, label="レート: ")
, flag=wx.TOP | wx.ALIGN_CENTER)
self.txt_rate = wx.TextCtrl(self.panel, value=str(setting.RATE)
, size=(50,-1))
self.txt_rate.SetMaxLength(5)
self.sizer_1st.Add(self.txt_rate, flag=wx.TOP | wx.ALIGN_CENTER)
# 2nd Column
## Quiz Number
self.txt_quiz_number = wx.StaticText(self.panel, label="Quiz Number")
font = wx.Font(20,wx.FONTFAMILY_DEFAULT,wx.FONTSTYLE_NORMAL,wx.FONTWEIGHT_NORMAL)
self.txt_quiz_number.SetFont(font)
self.txt_quiz_number.SetForegroundColour("#0000FF")
self.sizer_2nd.Add(self.txt_quiz_number, flag=wx.TOP | wx.ALIGN_CENTER)
## Total Money
self.sizer_2nd.Add(wx.StaticText(self.panel, label="total: ")
, flag=wx.TOP | wx.ALIGN_CENTER)
self.txt_total_money = wx.StaticText(self.panel, label="0"
, size = (50,-1))
self.sizer_2nd.Add(self.txt_total_money, flag=wx.TOP | wx.ALIGN_CENTER)
# 3rd Column
## Money List
self.grid_money_list = gridlib.Grid(self.panel)
self.grid_money_list.CreateGrid(1, setting.MEMBER)
for i in range(0, setting.MEMBER):
self.grid_money_list.SetColLabelValue(i, str(i+1) + "位")
self.grid_money_list.SetCellValue(0, i, "")
self.grid_money_list.SetRowLabelSize(0)
self.grid_money_list.AutoSize()
self.sizer_3rd.Add(self.grid_money_list, flag=wx.TOP | wx.ALIGN_CENTER)
# 4th Column
## Shuffle Button
self.btn_quiz = wx.Button(self.panel)
self.btn_quiz.SetLabel("Shuffle")
self.btn_quiz.Bind(wx.EVT_BUTTON, self.on_shuffle)
self.sizer_4th.Add(self.btn_quiz, 0, flag=wx.TOP | wx.ALIGN_CENTER)
self.frm_main.Show()
def on_shuffle(self, event):
# Get Value from text_ctrl
setting.MEMBER = int( self.combo_number.GetValue() )
setting.MAX_QUIZ_NUM = int( self.txt_max_quiz.GetValue() )
setting.RATE = int( self.txt_rate.GetValue() )
# Next Quiz
self.selector.shuffle()
self.txt_quiz_number.SetLabel(str(self.selector.quiz))
self.txt_total_money.SetLabel(str(self.selector.total_money))
# Reset Grid
self.grid_money_list.ClearGrid()
w = self.grid_money_list.GetNumberCols()
diff = setting.MEMBER - w
if diff > 0:
self.grid_money_list.AppendCols(diff)
elif diff < 0:
self.grid_money_list.DeleteCols(0, abs(diff))
self.grid_money_list.SetSize( (1, setting.MEMBER) )
for i in range(0, setting.MEMBER):
self.grid_money_list.SetColLabelValue(i, str(i+1) + "位")
self.grid_money_list.SetCellValue(0, i
, str(self.selector.money_list[i]))
self.grid_money_list.AutoSize()
def __init__(self, connection):
self.connection = connection
self._lock = self.connection._lock
self._selector = Selector.default()
self.reset()
class Reactor(object):
def __init__(self, redis, events, periodics=[], select=[]):
self.logger = logging.getLogger('reactor')
self.selector = Selector(select)
self.db = ReactorDB(redis)
self.mapper = dict(self.mapper_gen(events))
self.periodics = periodics
self.timeline = SortedDict()
self.load()
def time(self):
return itime()
def mapper_gen(self, events):
for event in events:
yield event.type(), event
def __getitem__(self, name):
return self.selector.get(name)
def add_to_queue(self, event, time):
self.selector.process(event)
self.get(time).append(event)
def load(self):
for time, event_queue in self.db.event_models:
for event_db in event_queue:
event = self.mapper.get(event_db.type.get())
if event:
self.add_to_queue(event(**event_db.params.get()), time=time)
def flush(self):
self.timeline.clear()
self.selector.clear()
def get(self, time):
queue = self.timeline.get(time)
if queue is None:
queue = self.timeline[time] = []
return queue
def append(self, event, tdelta=None, time=None):
time = time or self.time() + tdelta
self.add_to_queue(event, time)
self.db.dump(time, event)
return time
def wait_for_calc(self, time):
done = False
while self.timeline and not done:
smallest_time, events = self.timeline.smallest_item()
if smallest_time <= time:
yield smallest_time, events
else:
done = True
def remove_events(self, time):
if time in self.timeline:
del self.timeline[time]
self.db.remove_item(time)
def execute(self, event, time):
try:
event.do(self, time)
except Exception:
self.logger.error('%s executing at %s' % (event, time), exc_info=1)
def calc(self, time=None):
time = time or self.time()
for event in self.periodics:
self.execute(event, time)
for expected_time, events in self.wait_for_calc(time):
for event in events:
self.execute(event, time)
self.selector.remove(event)
self.remove_events(expected_time)
class GameBasic():
"""
classe qui gère tout le jeu.
"""
def __init__(self, surfaceDest, gravityDir=DOWN, tutorialScheduler=None):
"""
constructeur. (thx captain obvious)
entrée :
surfaceDest : Surface principale de l'écran, sur laquelle s'affiche le jeu.
"""
self.initCommonStuff(surfaceDest, gravityDir, tutorialScheduler)
self.arena = ArenaBasic(surfaceDest, self.posPixelArena, ARENA_SIZE, 2)
self.selectorPlayerOne = Selector(self.arena, 0)
self.populateArena()
self.arena.draw()
pygame.display.flip()
def populateArena(self):
""" à overrider. On initialise l'arena avec les chips que l'on veut, si on veut. """
pass
def execStimTutoNext(self):
securedPrint(u"next tutorialization")
# TRODO : un tutorial qui ne fait rien ? Ce qui permettrait d'éviter
# ces tests de is None à chaque fois ?
if self.tutorialScheduler is None:
return
if self.tutorialScheduler.takeStimTutoNext():
self.showCurrentTutoStep()
if self.tutorialScheduler.getCurrentTellObjective():
zapValidatorDescrip = self.zapValidatorBase.getListStrDescription()
param = (zapValidatorDescrip, COLOR_ZAP_OBJECTIVE)
self.console.addListTextAndDisplay(*param)
else:
# re-blink, si le tuto n'avance pas, et que y'a des trucs à blinker.
# comme ça le joueur revoit les blinks si il a pas eu le temps de les voir.
# ATTENTION : code ajouté à l'arrache suite à reprise du projet à l'arrache.
listPosBlink = self.tutorialScheduler.getCurrentBlink()
if len(listPosBlink) and self.blinker is not None:
self.blinker.startBlink(listPosBlink)
def initCommonStuff(self, surfaceDest, gravityDir, tutorialScheduler=None):
""" zob
TRODO : c'est un peu le bordel d'avoir foutu ça là.
Du coup, quand on regarde dans l'init, on se rend pas compte que y'a
toutes ces variables membres. donc, c'est mal de faire ça.
"""
self.surfaceDest = surfaceDest
self.blinker = None
self.tutorialScheduler = tutorialScheduler
self.console = Console(self.surfaceDest, pyRect(400, 10, 235, 460), nbCharMax=25)
self.console.addText(language.TEXT_HELLO[language.languageCurrent])
self.console.refresh()
self.console.display()
self.manual = ManualInGame(
self.surfaceDest,
pyRect(10, 340, 400, 130),
self.tutorialScheduler)
self.manual.refresh()
self.manual.display()
self.posPixelArena = pyRect(10, 10)
param = (self.posPixelArena, ARENA_SIZE, TILE_PIXEL_SIZE)
self.stimuliStocker = StimuliStockerForGame(*param)
#Ca c'est le putain d'objet qui permet de maîtriser le temps !!!
#Talaaaa, je suis le maître du temps. et des frames par secondes aussi.
self.clock = pygame.time.Clock()
if gravityDir is None:
self.crawlerGrav = None
self.gravityMovements = None
self.crawlerRegen = None
else:
(gravPrimDir, gravSecDir, primCoordIsX, gravIncsCoord,
regenPrimDir, regenSecDir) = DICT_GRAVITY_CONFIG[gravityDir]
self.crawlerGrav = ArenaCrawler(ARENA_SIZE)
self.crawlerGrav.config(gravPrimDir, gravSecDir)
param = (gravityDir, primCoordIsX, gravIncsCoord)
self.gravityMovements = GravityMovements(*param)
self.crawlerRegen = ArenaCrawler(ARENA_SIZE)
self.crawlerRegen.config(regenPrimDir, regenSecDir)
#print "self.crawlerRegen.secMove :", self.crawlerRegen.secMove
def respawnZapValidator(self):
""" redéfinit self.zapValidatorBase (qui n'est pas bien nommé, au passage) """
param = (self.arena, random.randrange(7, 23), random.randrange(3))
self.zapValidatorBase = ZapValidatorBase(*param)
def tryToZap(self):
""" zob """
selPath = self.selectorPlayerOne.selPath
selSuppl = self.selectorPlayerOne.selSuppl
if self.zapValidatorBase.validateZap(selPath, selSuppl, []):
# gestion du tutorial, si y'en a un.
if self.tutorialScheduler is not None:
param = (selPath, selSuppl)
if self.tutorialScheduler.takeStimTileSelected(*param):
self.showCurrentTutoStep()
if self.tutorialScheduler.totallyFailed:
listTextFail = self.tutorialScheduler.getFailText()
self.console.addListTextAndDisplay(listTextFail)
self.zapWin()
self.respawnZapValidator()
self.arena.zapSelection(selPath, selSuppl)
self.selectorPlayerOne.cancelAllSelection()
if self.needStabilization():
self.gravityCounter = DELAY_GRAVITY
self.selectorPlayerOne.setStimuliLock(True)
if ((self.tutorialScheduler is None) or
(self.tutorialScheduler.getCurrentTellObjective())):
zapValidatorDescrip = self.zapValidatorBase.getListStrDescription()
self.console.addListTextAndDisplay(zapValidatorDescrip, COLOR_ZAP_OBJECTIVE)
else:
lastTryDescrip = self.zapValidatorBase.getListStrLastTry()
textFail = language.TEXT_FAIL[language.languageCurrent]
self.console.addListTextAndDisplay(lastTryDescrip + (textFail, ))
def zapWin(self):
""" à overrider """
textYeah = language.TEXT_YEAH[language.languageCurrent]
self.console.addListTextAndDisplay((textYeah, ))
def periodicAction(self):
""" à overrider """
pass
def applyGravity(self):
""" zonc """
param = (self.crawlerGrav, self.gravityMovements, self.crawlerRegen)
self.arena.applyGravity(*param)
self.arena.regenerateAllChipsAfterOneGravity(self.crawlerRegen)
def needStabilization(self):
""" zob
"""
param = (self.crawlerGrav, self.gravityMovements)
self.gravityMovements = self.arena.determineGravity(*param)
if (self.gravityMovements is not None
and len(self.gravityMovements.dicMovement) > 0
):
return True
if self.arena.hasChipToRegenerate(self.crawlerRegen):
return True
return False
def handleGravity(self):
self.applyGravity()
if self.needStabilization():
self.gravityCounter = DELAY_GRAVITY
else:
#arrache un peu no ? Réponse : oui. double-arrache.
if (self.tutorialScheduler is None
or not self.tutorialScheduler.mustLockGameStimuli()
):
self.selectorPlayerOne.setStimuliLock(False)
def gameStimuliInteractiveTouch(self):
""" à overrider """
pass
# debug à l'arrache
if False:
if hasattr(self.arena, "listBigObj"):
for bigObject in self.arena.listBigObj:
securedPrint(u"bigobj : %s" % unicode(bigObject.posTopLeft))
securedPrint(u" listPosArena : %s" % bigObject.listPosArena)
for line in self.arena.matrixTile:
for tile in line:
if tile.chip.getBrouzouf() == 10:
print "10 ",
elif tile.chip.getBrouzouf() > 0:
print " " + str(tile.chip.getBrouzouf()) + " ",
elif tile.chip.getSugar() > 0:
print " S ",
elif tile.chip.getChipType() == 4:
print " B ",
elif tile.chip.getChipType() == 1:
print " 0 ",
else:
print "?" + str(tile.chip.getChipType()) + " ",
print ""
def showCurrentTutoStep(self):
"""
"""
if self.tutorialScheduler is None:
return
listTextDescrip = self.tutorialScheduler.getCurrentText()
if len(listTextDescrip):
securedPrint(unicode(listTextDescrip))
param = (listTextDescrip, COLOR_TUTORIAL)
self.console.addListTextAndDisplay(*param)
# sound
soundTuto = self.tutorialScheduler.getCurrentSound()
if soundTuto is not None:
pygame.mixer.stop()
soundTuto.play()
#blink
listPosBlink = self.tutorialScheduler.getCurrentBlink()
if len(listPosBlink) and self.blinker is not None:
self.blinker.startBlink(listPosBlink)
#lock
if self.tutorialScheduler.mustLockGameStimuli():
securedPrint("locked !!!")
self.selectorPlayerOne.setStimuliLock(True)
else:
# Euh... Faut délocker ou rien faire ? Bonne question.
self.selectorPlayerOne.setStimuliLock(False)
def playOneGame(self):
"""
zob
"""
# TRODO : pourquoi y'a du code d'init ici ?
self.gravityCounter = 0
self.respawnZapValidator()
self.showCurrentTutoStep()
if ((self.tutorialScheduler is None) or
(self.tutorialScheduler.getCurrentTellObjective())):
zapValidatorDescrip = self.zapValidatorBase.getListStrDescription()
self.console.addListTextAndDisplay(zapValidatorDescrip, COLOR_ZAP_OBJECTIVE)
while True: #ça, c'est la classe, déjà pour commencer.
#Le jeu va s'auto-ralentir pour atteindre le nombre de FPS spécifié
self.clock.tick(FRAME_PER_SECOND)
self.stimuliStocker.resetStimuli()
self.stimuliStocker.takeEventsFromMouseAndKeyboard()
#TRODO : une sorte de mapping ?
if self.stimuliStocker.stimuliQuitGame:
return
if self.stimuliStocker.mustStandBy:
self.selectorPlayerOne.takeStimuliStandBy()
for posSelected in self.stimuliStocker.listPosArenaToActivate:
securedPrint(unicode(posSelected))
self.selectorPlayerOne.takeStimuliActivateTile(posSelected)
if self.stimuliStocker.stimuliTryZap:
# TRODO condition foutue à l'arrache.
# Faut rendre le stimuliStocker configurable. On y locke/délocke des trucs
if (self.tutorialScheduler is None
or not self.tutorialScheduler.mustLockGameStimuli()):
self.tryToZap()
if self.stimuliStocker.stimuliEmptySelection:
self.selectorPlayerOne.cancelAllSelection()
if self.stimuliStocker.stimuliChangeZapConstraint:
self.respawnZapValidator()
zapValidatorDescrip = self.zapValidatorBase.getListStrDescription()
self.console.addListTextAndDisplay(zapValidatorDescrip, COLOR_ZAP_OBJECTIVE)
if self.stimuliStocker.stimuliConsoleScrollUp:
self.console.moveCursorText(-1)
self.console.refresh()
self.console.display()
if self.stimuliStocker.stimuliConsoleScrollDown:
self.console.moveCursorText(+1)
self.console.refresh()
self.console.display()
if self.stimuliStocker.stimTutoNext:
self.execStimTutoNext()
if self.stimuliStocker.stimReblink:
# TODO : il aurait vraiment fallu un tutorialScheduler par
# défaut, bidon, qui ne fait rien. Là on s'en sort pas à le
# tester à chaque fois si il existe.
if self.tutorialScheduler is not None:
listPosBlink = self.tutorialScheduler.getCurrentBlink()
else:
listPosBlink = []
if len(listPosBlink) and self.blinker is not None:
self.blinker.startBlink(listPosBlink)
# Je ne sais plus pourquoi je raconte ça ici, ni ce que ça veut dire.
#
#si stand by : stand by
#si activate. on chope la coord.
# si coord none. : stan by. Et previous = None
# sinon :
# si previous = None. On active et c'est tout.
# sinon : on active tout le chemin entre previous et actuel
# previous = actuel
posInteract = self.stimuliStocker.posArenaToInteractTouch
if posInteract is not None:
# ça faut le foutre dans la fonction qu'on override.
# C'est peut être mieux non ?
if self.arena.stimuliInteractiveTouch(posInteract):
self.selectorPlayerOne.cancelAllSelection()
if self.needStabilization():
self.selectorPlayerOne.setStimuliLock(True)
self.gravityCounter = DELAY_GRAVITY
if (self.tutorialScheduler is not None and
self.tutorialScheduler.takeStimInteractiveTouch()):
self.showCurrentTutoStep()
# c'est de cette fonction là que je parle.
self.gameStimuliInteractiveTouch()
#TRODO : faudra une 'tite classe pour les compteurs.
if self.gravityCounter:
self.gravityCounter -= 1
if not self.gravityCounter:
self.handleGravity()
self.periodicAction()
if self.blinker is not None:
self.blinker.advanceTimerAndHandle()
#TRODO : optimiser ça. Pas de refresh géant à chaque frame.
self.arena.draw()
pygame.display.flip()
def main():
app = Selector(wrap=Yaro)
app.add('401', GET=get_401)
app.add('', GET=get_index)
app.add('/', GET=get_index)
app.add('/items.json', GET=get_items_json)
app.add('/items', GET=get_item)
app.add('/item/{id}', GET=get_item)
app.add('/dropbox', POST=post_to_dropbox,GET=get_dropbox)
app.add('/notes', POST=post_to_notes,GET=get_notes)
app.add('/note/{id}', DELETE=delete_note)
app.add('/dropbox/{id}', GET=get_dropbox_item)
app.add('/thumbnail/{blob_key}', GET=get_thumbnail)
app.add('/serve/{blob_key}', GET=serve_blob)
app.add('/attributes', GET=get_attributes,POST=post_to_attributes)
app.add('/attribute/{ascii_id}', GET=get_attribute,DELETE=delete_attribute)
app.add('/upload/{user_id}', POST=process_upload)
app.add('/formupload/{user_id}', POST=process_formupload)
app.add('/upload_url', GET=get_upload_url)
run_wsgi_app(app)
class GameTouillette(GameBasic):
"""
classe qui gère tout le jeu.
"""
def __init__(self, surfaceDest, gravityDir=DOWN, tutorialScheduler=None,
xyFirstTouillette=(2, 5)):
"""
constructeur. (thx captain obvious)
entrée :
surfaceDest : Surface principale de l'écran, sur laquelle s'affiche le jeu.
"""
self.initCommonStuff(surfaceDest, gravityDir, tutorialScheduler)
self.nbTouilletteToRemove = 2
self.mustDisplayRemoving = False
self.arena = ArenaTouillette(surfaceDest, self.posPixelArena,
ARENA_SIZE, 2, LIST_CHIP_GENERATION)
self.selectorPlayerOne = Selector(self.arena, 0)
self.populateArena()
self.arena.addBigObject(Touillette, pyRectTuple(xyFirstTouillette))
self.arena.draw()
pygame.display.flip()
def periodicAction(self):
""" à overrider """
# À priori, ce genre de truc n'a rien à foutre dans une "periodicAction".
# On n'a besoin de le tester uniquement quand une touillette
# est arrivée en bas de l'écran.
if self.mustDisplayRemoving:
securedPrint(u"blorp")
nbTouRemoved = self.arena.nbTouilletteRemoved
nbTouToRem = self.nbTouilletteToRemove
self.mustDisplayRemoving = False
if nbTouRemoved == nbTouToRem:
listTextWin = language.LIST_TEXTS_WIN[language.languageCurrent]
self.console.addListTextAndDisplay(listTextWin, COLOR_WIN)
else:
strBla = u"%d/%d" % (nbTouRemoved, nbTouToRem)
textTouy = language.TEXT_TOUY[language.languageCurrent]
self.console.addListTextAndDisplay((textTouy, strBla))
def handleGravity(self):
securedPrint(u"handleGravity")
if self.arena.removeBottomTouillette():
touilletteRemoved = True
self.mustDisplayRemoving = True
else:
touilletteRemoved = False
self.applyGravity()
if self.needStabilization() or touilletteRemoved or self.arena.hasTouilletteInBottom():
securedPrint(u"there is still gravity.")
self.gravityCounter = DELAY_GRAVITY
else:
securedPrint(u"lock set to false.")
self.selectorPlayerOne.setStimuliLock(False)
import barrel.cooper
import static
import json
from selector import Selector
from unipath import FSPath as Path
app = Selector()
base = Path(__file__).parent
for course in base.listdir(filter=Path.isdir):
subapp = static.Cling(course.child('html'))
if course.child('auth.json').exists():
users = json.load(open(course.child('auth.json')))
auth = barrel.cooper.basicauth(users=users, realm="Course Material") # FIXME: worth allowing customization here?
subapp = auth(subapp)
app.add("/%s|" % course.name, GET=subapp)
# guess what - don't change this unless you're running this out of
# something less like gunicorn/etc. Oh... You're welcome.
__all__ = ['application']
def say_hello(environ, start_response):
"""
Test app...
"""
args, kwargs = environ['wsgiorg.routing_args']
print args
start_response("200 OK", [('Content-type', 'text/plain')])
return ["Hello, %s!" % kwargs['name']]
# I know - a long variable name, but don't change it - see the above
# message above ``__all__`` for more context...
application = Selector()
# include for smoke testing
application.add('/hello/{name}', GET=say_hello)
application.add(ENDPT_PREFIX + '/hello/{name}', GET=say_hello)
# Change to include a version number as a prefix
application.add(ENDPT_PREFIX + '/lookup[/]', GET=lookup)
application.add(ENDPT_PREFIX +
'/register/{object_id:word}/{object_name:segment}/' +
'{object_desc:segment[/{parent_uuid:word}][/]', POST=register)
application.add(ENDPT_PREFIX +
'/provenance/{uuid:word}/{username}/{service_name}/' +
'{event_name}/{category_name}[/]', POST=provenance)
application.add(ENDPT_PREFIX +
'/provenance/{service_name}/{event_name}/{category_name}[/]',
