def test_1093(self):
# Test that without creating a QApplication staticMetaObject still exists.
# Please see https://bugreports.qt.io/browse/PYSIDE-1093 for explanation.
# Note: This test must run first, otherwise we would be mislead!
assert self._test_1093_is_first
from PySide2 import QtCore
self.assertTrue(QtCore.QObject.staticMetaObject is not None)
app = QtCore.QCoreApplication.instance()
self.assertTrue(QtCore.QObject.staticMetaObject is not None)
if app is None:
app = QtCore.QCoreApplication([])
self.assertTrue(QtCore.QObject.staticMetaObject is not None)
del __builtins__.qApp
def test_qApp_is_like_a_macro_and_can_restart(self):
self._test_1093_is_first = False
from PySide2 import QtCore
try:
from PySide2 import QtGui, QtWidgets
except ImportError:
QtWidgets = QtGui = QtCore
# qApp is in the builtins
self.assertEqual(bool(qApp), False)
# and also in certain PySide modules
QtCore.qApp, QtGui.qApp, QtWidgets.qApp
# and they are all the same
self.assertTrue(qApp is QtCore.qApp is QtGui.qApp is QtWidgets.qApp)
# and the type is NoneType, but it is not None (cannot work)
self.assertTrue(type(qApp) is type(None))
self.assertTrue(qApp is not None)
# now we create an application for all cases
classes = (QtCore.QCoreApplication, QtGui.QGuiApplication,
QtWidgets.QApplication)
for klass in classes:
print("created", klass([]))
del __builtins__.qApp
print("deleted qApp")
# creating without deletion raises:
QtCore.QCoreApplication([])
with self.assertRaises(RuntimeError):
QtCore.QCoreApplication([])
# assigning qApp is obeyed
QtCore.qApp = 42
del __builtins__.qApp
self.assertEqual(QtCore.qApp, 42)
self.assertNotEqual(__builtins__, 42)
# delete it and it re-appears
del QtCore.qApp
QtCore.QCoreApplication([])
self.assertEqual(QtCore.QCoreApplication.instance(), QtCore.qApp)
# and they are again all the same
self.assertTrue(qApp is QtCore.qApp is QtGui.qApp is QtWidgets.qApp)
def test_qApp_is_like_a_macro_and_can_restart(self):
self._test_1093_is_first = False
from PySide2 import QtCore
try:
from PySide2 import QtGui, QtWidgets
except ImportError:
QtWidgets = QtGui = QtCore
# qApp is in the builtins
self.assertEqual(bool(qApp), False)
# and the type is None
self.assertTrue(qApp is None)
# now we create an application for all cases
classes = (QtCore.QCoreApplication, QtGui.QGuiApplication,
QtWidgets.QApplication)
for klass in classes:
print("created", klass([]))
qApp.shutdown()
print("deleted qApp", qApp)
# creating without deletion raises:
QtCore.QCoreApplication([])
with self.assertRaises(RuntimeError):
QtCore.QCoreApplication([])
self.assertEqual(QtCore.QCoreApplication.instance(), qApp)
def abort_all(self, ):
pass # Nothing to do
def abort(self, _):
pass # Nothing to do
def InitializeNetworkManager():
global AM_NETWORK_MANAGER
if AM_NETWORK_MANAGER is None:
AM_NETWORK_MANAGER = NetworkManager()
if __name__ == "__main__":
app = QtCore.QCoreApplication()
InitializeNetworkManager()
count = 0
# For testing, create several network requests and send them off in quick succession:
# (Choose small downloads, no need for significant data)
urls = [
"https://api.github.com/zen",
"http://climate.ok.gov/index.php/climate/rainfall_table/local_data",
"https://tigerweb.geo.census.gov/arcgis/rest/services/TIGERweb/AIANNHA/MapServer",
]
def handle_completion(index: int, code: int, data):
global count
try:
return self.handler.getAttrList()
except:
print('Problem getting getAttrList')
traceback.print_exc()
status = 1
return
#SIGNALS handler
def sigint_handler(*args):
QtCore.QCoreApplication.quit()
if __name__ == '__main__':
app = QtCore.QCoreApplication(sys.argv)
params = copy.deepcopy(sys.argv)
if len(params) > 1:
if not params[1].startswith('--Ice.Config='):
params[1] = '--Ice.Config=' + params[1]
elif len(params) == 1:
params.append('--Ice.Config=config')
ic = Ice.initialize(params)
status = 0
mprx = {}
parameters = {}
for i in ic.getProperties():
parameters[str(i)] = str(ic.getProperties().getProperty(i))
if status == 0:
worker = SpecificWorker(mprx)
worker.setParams(parameters)
qApp.quit()
class slotTest(unittest.TestCase):
def quit_app(self):
global qApp
qApp.quit()
def testBasic(self):
global qApp
timer = QtCore.QTimer()
timer.setInterval(100)
my_obj = objTest()
my_slot = QtCore.SLOT("slot()")
QtCore.QObject.connect(timer, QtCore.SIGNAL("timeout()"), my_obj, my_slot)
timer.start(100)
QtCore.QTimer.singleShot(1000, self.quit_app)
qApp.exec_()
self.assertTrue(my_obj.ok)
if __name__ == '__main__':
global qApp
qApp = QtCore.QCoreApplication([])
unittest.main()
def get_A(D, Q):
# 必要な情報の辞書とリスト
info = D # 辞書の作成
info_list_name = [] # 名前のみのlistの作成
info_list_val = [] # valueのみlistの作成
info_list_val_name = [] # valueの値段を除いた名前のみのlistの作成
for v in info.keys(): # 辞書をリストに変換(key)
info_list_name.append(v)
for v in info.values(): # 辞書をリストに変換(value)
info_list_val.extend(v)
for v in range(len(info_list_val)): # valueの名前だけのlist
info_list_val_name.append(info_list_val[v][0])
for v in range(len(info_list_val_name)):
info_list_name.append(info_list_val_name[v])
# 識別するための情報の追加
plus_info = [
'他', '情報', '認識結果', '一番安い', '検出結果', '種類', '商品リスト', 'カテゴリリスト', 'カテゴリーリスト'
]
for v in range(len(plus_info)):
info_list_val_name.append(plus_info[v])
# テキストから取得した情報数を返す関数.見つからない場合は0を返す.
def get_info_num(text):
flag = 0
for information_num in info.keys():
if information_num in text:
flag += 1
for information_num in info_list_val_name:
if information_num in text:
flag += 1
if information_num == '他':
flag += 100
if information_num == '一番安い':
flag += 1000
return flag
# テキストから必要なを抽出する関数．見つからない場合は空文字を返す．
def get_info(text):
info_key = 0 # 得られる情報がkeyかどうかを識別する変数
info_value = 0 # 得られる情報がvalueかどうかを識別する変数
case = 0 # 質問の種類を識別する変数
key_name = "" # 得られる情報(key)の名前を取得
value_name = "" # 得られる情報(value)の名前を取得
Q_case = 0 # 質問か読み上げ繰り返しなのかを識別する変数
for information in info.keys():
if information in text:
if information != '他':
key_name = information # ユーザーに聞かれた情報(key)の名前を取得
info_key = 1
for information in info_list_val_name:
if information in text:
if information != '他':
value_name = information # ユーザーに聞かれた情報(value)の名前を取得
info_value = 1
if (value_name == "情報") or (value_name == "認識結果") or (
value_name == "検出結果") or (value_name == "種類") or (
value_name
== "商品リスト") or (value_name
== "カテゴリリスト") or (value_name
== "カテゴリーリスト"):
Q_case = 1
if info_key == 1 and info_value == 1:
if value_name == '一番安い':
pass
else:
info_key = 0 # keyとvalueの一部がかぶっていた場合,valueを優先する処理
return information, info_key, info_value, key_name, value_name, Q_case
else:
return information, info_key, info_value, key_name, value_name, Q_case
return "", info_key, info_value, key_name, value_name, Q_case
# Qtに関するおまじない
if not QtCore.QCoreApplication.instance():
app = QtCore.QCoreApplication()
else:
app = QtCore.QCoreApplication.instance()
el = QtCore.QEventLoop()
# SCXMLファイルの読み込み
sm = QtScxml.QScxmlStateMachine.fromFile('states_1.scxml')
# 初期状態に遷移
sm.start()
el.processEvents()
# 状態とシステム発話を紐づけた辞書
uttdic = {"ask_info": ""}
# 初期状態の取得
current_state = sm.activeStateNames()[0]
# 初期状態に紐づいたシステム発話の取得と出力
sysutt = uttdic[current_state]
# ユーザ入力の処理
while True:
text = Q # 質問を読み込む
info_num = 0 # 情報数が1or2の識別するための変数
response_list = [] # 返す答えの要素を保存するlist
response_ans = [] # 返す答えを保存するlist
# ユーザ入力を用いて状態遷移と取得情報数
if current_state == "ask_info":
info_num = get_info_num(text)
ans, info_key, info_value, key_name, value_name, case = get_info(
text)
if ans != "" and info_num == 1: # 情報数が1の場合の状態遷移を実行
info_case = 1
sm.submitEvent("ans")
el.processEvents()
if ans != "" and info_num == 2: # 情報数が1の場合の状態遷移を実行(keyとvalueの名前のかぶりあり)
info_case = 1
sm.submitEvent("ans")
el.processEvents()
if ans != "" and info_num > 2 and info_num < 1000: # 情報数が2の場合（カテゴリ＋他 or 商品名＋他）の状態遷移を実行
info_case = 2
sm.submitEvent("ans")
el.processEvents()
if ans != "" and info_num > 1000: # 情報数が2の場合（カテゴリ＋一番安い）の状態遷移を実行
info_case = 3
sm.submitEvent("ans")
el.processEvents()
# 遷移先の状態を取得
current_state = sm.activeStateNames()[0]
# 遷移先がtell_infoの場合は情報を伝えて終了
if current_state == "tell_info":
# 伝える情報(info_caseにより伝える情報を区別)
# 得られた情報が1つの場合
if info_case == 1 and info_key == 1 and info_value == 0 and case == 0: # keyに関して聞かれた場合
for information in info.keys():
if information == key_name: # 得られた情報(key)をkeyとして持つvalueを検索,表示
response_list = info[information]
for i in range(len(response_list)):
response_ans.append(response_list[i][0])
response_ans.append('があります')
if info_case == 1 and info_key == 0 and info_value == 1 and case == 0: # valueに関して聞かれた場合(値段に関する質問)
for information in range(len(info_list_val)):
if value_name == info_list_val[information][0]:
response_ans.append(
str(info_list_val[information][1]) + '円です')
if info_case == 1 and info_key == 0 and info_value == 1 and case == 1 and (
value_name == '認識結果' or value_name == '検出結果' or value_name
== '情報' or value_name == '商品リスト'): # 認識結果を返す処理
for v in info_list_val_name:
response_ans.append(v)
for i in range(len(plus_info)):
del response_ans[-1]
if info_case == 1 and info_key == 0 and info_value == 1 and case == 1 and (
value_name == '種類' or value_name == 'カテゴリリスト'
or value_name == 'カテゴリーリスト'): # 商品の種類を返す処理
for v in info.keys():
response_ans.append(v)
# 得られた情報が2つの場合
if info_case == 2 and info_key == 1 and info_value == 0 and case == 0: # あるkeyに関して他に何があるか聞かれた場合の検索,表示(key+他を想定)
for information in info.keys():
if information == key_name: # 得られた情報(key)をkeyとして持つvalueを検索,表示
response_list = info[information]
for i in range(len(response_list)):
response_ans.append(response_list[i][0])
del response_ans[0]
if response_ans == []:
response_ans.append('他にはありません')
else:
response_ans.append('があります')
if info_case == 2 and info_key == 0 and info_value == 1 and case == 0: # あるkeyに関して他に何があるか聞かれた場合の検索,表示(value+他を想定)
del_number = 0 # かぶっている商品を調べて削除するための変数
for information in info.keys():
if type(info[information]) == list:
for i in range(len(info[information])):
if value_name in info[information][i][0]:
response_list = info[information]
for i in range(len(response_list)):
response_ans.append(response_list[i][0])
for number in range(len(response_ans)): # かぶっている商品を削除
if value_name == response_ans[number]:
del_number = number
del response_ans[del_number]
if response_ans == []:
response_ans.append('他にはありません')
else:
response_ans.append('があります')
if info_case == 3: # あるkeyに関して一番安い商品を聞かれた場合の検索，表示(key+一番安いを想定)
if info_key == 0 and info_value == 1:
pass
else:
L = []
for k, v in info.items():
if k == key_name:
L = deepcopy(v)
L = sorted(L, key=lambda x: x[1])
response_ans.append(
str(L[0][1]) + '円の' + str(L[0][0]) + 'です')
break
def __init__(self, app=None):
super().__init__()
if app is None:
app = QtCore.QCoreApplication([])
self._app = app
def __init__(self):
app = QtCore.QCoreApplication()
self.sessiondic = {}
def make_app():
global app
app = QtCore.QCoreApplication.instance()
if app is None:
app = QtCore.QCoreApplication([])
return app
def __init__(self):
# Qtに関するおまじない
app = QtCore.QCoreApplication()
# 対話セッションを管理するための辞書
self.sessiondic = {}
def _createQApplication():
if QtCore.QCoreApplication.instance() is not None:
return QtCore.QCoreApplication.instance()
return QtCore.QCoreApplication()
