def get_dns_deployment_option(self, option, server=None):
e = self._soap_client.service.getDNSDeploymentOption(
self.get_id(), option, 0)
if not util.has_response(e):
return None
else:
return entity(self, e, self._soap_client)
def __init__(self, width, height):
self.width = width
self.height = height
self.origin = np.array([self.width / 2, self.height / 2])
self.root = entity(
point(self.origin, np.array([0., 0.]), np.array([0., 0.])),
np.array([0., 0., 0.]))
self.cluster = cluster(self.root)
def load(self, node):
super(TransformResponse, self).load(node)
entities = node.find('Entities')
if entities == None:
raise MalformedMessageError("Response requires Entities tag")
for ent in entities.getchildren():
self.entities.append( entity.entity( node=ent ) )
def create(self, amount):
e = []
for i in range(amount):
p = point(vector.random(self.origin, 300), np.array([0., 0.]),
np.array([0., 0.]))
c = color.random_hue(0, 360)
ent = entity(p, c)
e.append(ent)
self.cluster.add(*e)
def instantiate_entity(self, e, soap_client):
"""Instantiate an appropriate python class given an entity returned from a SOAP call.
:param e: SOAP entity.
:param soap_client: BAM SOAP client connection for the entity instance to use when accessing the API.
:return: A type specific instance object of the SOAP entity or generic entity object. None if there is no type.
"""
if 'type' in e:
t = e['type']
if t == entity.Configuration:
return configuration(self, e, soap_client)
elif t == entity.User:
return user(self, e, soap_client)
elif t == entity.Zone:
return zone(self, e, soap_client)
elif t == entity.View:
return view(self, e, soap_client)
elif t == entity.IP4Block:
return ip4_block(self, e, soap_client)
elif t == entity.IP4Network:
return ip4_network(self, e, soap_client)
elif t == entity.HostRecord:
return host_record(self, e, soap_client)
elif t == entity.AliasRecord:
return alias_record(self, e, soap_client)
elif t == entity.MXRecord:
return mx_record(self, e, soap_client)
elif t == entity.TXTRecord:
return text_record(self, e, soap_client)
elif t == entity.HINFORecord:
return host_info_record(self, e, soap_client)
elif t == entity.SRVRecord:
return srv_record(self, e, soap_client)
elif t == entity.NAPTRRecord:
return naptr_record(self, e, soap_client)
elif t == entity.ExternalHostRecord:
return external_host_record(self, e, soap_client)
elif t == entity.GenericRecord:
return generic_record(self, e, soap_client)
elif t == entity.EnumZone:
return enum_zone(self, e, soap_client)
elif t == entity.EnumNumber:
return enum_number(self, e, soap_client)
elif t in deployment_role.roles:
return deployment_role(self, e, soap_client)
elif t == entity.IP4Address:
return ip4_address(self, e, soap_client)
elif t == entity.Server:
return server(self, e, soap_client)
else:
return entity(self, e, soap_client)
else:
return None
def main_run():
run = True
vel_x = 3
points = 0
obstacles = []
displayed_points = points
collision = False
pj = entity(60, 500-30-80, 50, 80, acc, timeJumping, timeSliding)
while run:
clock.tick(FPS)
points += vel_x
pj.action()
draw_window(screen, obstacles, pj)
for ind, obs in sorted(enumerate(obstacles)):
if obs.test_collision(pj):
end(win_x, 500, screen, displayed_points)
obs.x -= vel_x
if obs.x < -30:
obstacles.remove(obs)
textsurface = myfont.render('Points:' + str(displayed_points), False, (255, 255, 255))
screen.blit(textsurface, (win_x - 20 - textsurface.get_width(), 20 + textsurface.get_height()))
keys = pygame.key.get_pressed()
if keys[pygame.K_UP] and not pj.isSliding:
pj.isJumping = True
if keys[pygame.K_DOWN] and not pj.isJumping:
pj.isSliding = True
for event in pygame.event.get():
if event.type==pygame.QUIT:
run = False
pygame.quit()
sys.exit()
if event.type == pygame.USEREVENT+1:
vel_x += 1
if event.type == pygame.USEREVENT+2:
displayed_points = points
if event.type == pygame.USEREVENT+3:
r = random.randint(0, 1)
if r == 0:
obstacles.append(obstacle(win_x, 500-(30+50), 70, 50))
elif r == 1:
obstacles.append(obstacle(win_x, 0, 40, 395))
pygame.display.update()
def push_bootstrap_to_db(self, db):
for tid in self.type_order:
self.log.debug("Inserting type:", tid)
self.log.debug(repr(self.index["id"][tid]))
e = entity.entity(rec=self.index["id"][tid], db=db, creator=db.creator_guid)
if e.errors:
self.log.debug("ERROR PUSHING TO DB IN INIT", e.errors, self.index["id"][tid])
raise Exception
else:
e.create()
if e.errors:
self.log.debug("ERROR PUSHING TO DB IN CREATE", e.errors, self.index["id"][tid])
def entity_create(self):
e = entity.entity(rec=self.q,db=self.db,creator=self.user.id)
if e.errors:
self.r["status"]="error"
self.r["message"]=e.errors
return False
else:
e.create()
if e.errors:
self.r["status"]="error"
self.r["message"]=e.errors
return False
else:
self.r["response"] = e.rec
return True
def querydb():
question = request.form['question']
with sql.connect("watson.db") as con:
cur = con.cursor()
cur.execute("INSERT INTO trends (question, asktime, useful) VALUES (?,?,?)",(question.lower(),int(time.time()),1))
con.commit()
msg = "Record successfully added"
con = sql.connect("watson.db")
con.row_factory = sql.Row
cur = con.cursor()
cur.execute("select answer from offline where question like (?)",(question,))
answer = cur.fetchall()[0]["answer"]
print(answer)
if answer is None:
answer = "Sorry we do not have an answer for this yet."
yesNo, sentvalue = sentiment(answer)
print yesNo, sentvalue
try:
#New Code
entityQuestion = entity.entity(question)
print entityQuestion
(eat,heal,danger) = text.sentence(text.process(answer),entityQuestion)
output, eatS, healS, dangerS = entity.score(eat,heal,danger)
if ((len(output) > 0)):
answer = ''.join(output)
print output
print eatS
print healS
print dangerS
#End of new Code
if(eatS > sentvalue):
yesNo = 1
sentvalue = eastS
if(healS > sentvalue):
yesNo = 1
sentvalue = healS
if(dangerS > sentvalue):
yesNo = 0
sentvalue = dangerS
except:
print "Sorry no help from Answer Extraction. Reverting back."
return json.dumps({'answer': answer, 'sentiment' : yesNo, 'sentper' : sentvalue})
def __init__ (self,screen):
width = 20
length = 10
self.tickrate = 10
curses.curs_set(False)
self.screen = screen
self.World = world.world(width,length,self.tickrate)
self.game_screen =
entity.player(0,0,self.World)
entity.sheep(5,5,self.World)
entity.zombie(7,7,self.World)
a = entity.entity("D",3,3,25,self.World)
a.name = "d"
self.game_mode()
def combine(a,b,op):
#takes two entities and returns a combo of them.
c = entity()
if a.ent == b.contains or op == '-':
#multiplication or subtraction swap
t = a
a = b
b = t
for k in a.__dict__:
if k == "num":
c.num = "("+str(a.__dict__[k])+op+str(b.__dict__[k])+")"
else:
c.__dict__[k]= b.__dict__[k]
#print(c.__dict__)
return c
def newPlayer():
corpus = { "R": rotationBody(image = LD("../RESOURCES/RedSquare.png"), center = (100, 100)),
"B": rotationBody(image = LD("../RESOURCES/BlueSquare.png"), center = (200, 100)),
"G": rotationBody(image = LD("../RESOURCES/GreenSquare.png"), center = (300, 100)),
"Y": rotationBody(image = LD("../RESOURCES/YellowSquare.png"), center = (400, 100)),
}
animations = {
"RDown": lambda corpus, moment, duration: boxDown(corpus["R"], moment, duration),
"BDown": lambda corpus, moment, duration: boxDown(corpus["B"], moment, duration),
"GDown": lambda corpus, moment, duration: boxDown(corpus["G"], moment, duration),
"YDown": lambda corpus, moment, duration: boxDown(corpus["Y"], moment, duration),
"RUp": lambda corpus, moment, duration: boxUp(corpus["R"], moment, duration),
"BUp": lambda corpus, moment, duration: boxUp(corpus["B"], moment, duration),
"GUp": lambda corpus, moment, duration: boxUp(corpus["G"], moment, duration),
"YUp": lambda corpus, moment, duration: boxUp(corpus["Y"], moment, duration),
"twistR": lambda corpus, moment, duration: twistBox(corpus["R"], moment),
"twistB": lambda corpus, moment, duration: twistBox(corpus["B"], moment),
"twistG": lambda corpus, moment, duration: twistBox(corpus["G"], moment),
"twistY": lambda corpus, moment, duration: twistBox(corpus["Y"], moment),
}
actions = {
"RDown": lambda ent, **worldState: pushBox(ent, "R", **worldState),
"BDown": lambda ent, **worldState: pushBox(ent, "B", **worldState),
"GDown": lambda ent, **worldState: pushBox(ent, "G", **worldState),
"YDown": lambda ent, **worldState: pushBox(ent, "Y", **worldState),
"RUp": lambda ent, **worldState: pullBox(ent, "R", **worldState),
"BUp": lambda ent, **worldState: pullBox(ent, "B", **worldState),
"GUp": lambda ent, **worldState: pullBox(ent, "G", **worldState),
"YUp": lambda ent, **worldState: pullBox(ent, "Y", **worldState),
"twistR": lambda ent, **worldState: startBox(ent, "R", **worldState),
"twistB": lambda ent, **worldState: startBox(ent, "B", **worldState),
"twistG": lambda ent, **worldState: startBox(ent, "G", **worldState),
"twistY": lambda ent, **worldState: startBox(ent, "Y", **worldState),
}
return entity( corpus = corpus,
animations = animations,
actions = actions,
brain = brain,
init = init,
)
def onexecute(self):
# make an instance of all the functions
# common.c = common()
common.inventorytotal = playertotals()
common.mp = morepanel()
common.e = event()
common.ai = ai()
common.ip = infopanel()
common.en = entity()
common.cv = civilization()
common.g = graphics()
common.sounds = sounds.sounds()
# initialize pygame
pygame.init()
# Read from config file
opt = open(os.path.join(common.rootdir, "options.json"), 'r')
y = json.loads(opt.read())
common.srclocation = os.path.join("texturepacks", y['texturepack'])
common.enablesky = bool(y['sky'])
opt.close()
# load the window
common.screen = pygame.display.set_mode( (common.width, common.height), RESIZABLE)
pygame.display.set_caption(common.name+" v."+str(common.version));
common.running = True
common.screen.fill((255,255,255))
# load all images/resources
common.g.loadall()
pygame.display.set_icon(civilization.buildingtextures[0])
# do cursors
common.hand = pygame.cursors.compile(hand_str, 'x', '.', "o")
common.grabber = pygame.cursors.compile(grabber_str, 'x', '.', "o")
#Starts music
common.sounds.playmusic("Into_the_Unknown")
self.fromlauncher()
def makeentity(tup,deps,s,i,words=None):
ent,idx,num,lemma,cont= tup
if ent == "$":
ent = "dollars"
lemma = "dollar"
e = entity(num,ent,i,idx,cont,lemma,deps)
ws = [x[0] for x in words]
e.verb = e.verb.strip()
if e.verb in ws:
i = ws.index(e.verb)
if "VB" not in words[i][1]["PartOfSpeech"]:
e.verb = ''
else: e.verb = ''
if e.verb=='':
verbs = [x[0] for x in words if "VB" in x[1]["PartOfSpeech"] and x[1]["Lemma"] not in ['do','be']]
#print("VERBS : ",verbs);input()
e.verb = ' '.join(verbs)
return e
def load(self, node):
super(TransformRequest, self).load(node)
entities = node.find('Entities')
if entities == None:
raise MalformedMessageError('Request requires Entities tag')
for ent in entities.getchildren():
self.entities.append( entity.entity( node=ent ) )
fields = node.find('TransformFields')
if fields != None:
for field in fields.getchildren():
if 'Name' not in field.attrib:
raise MalformedMessageError("No Name attribute in Field")
name = field.attrib['Name']
value = field.text and field.text.strip() or ''
self.fields[name] = value
limit = node.find('Limits')
if limit != None:
self.softlimit = limit.attrib.get('SoftLimit', None)
self.hardlimit = limit.attrib.get('HardLimit', None)
window.title("SpaceShooter")
# Récupération de la taille de l'écran de l'utilisateur
width = window.winfo_screenwidth()
height = window.winfo_screenheight()
# Création de la fenêtre principale
can = Canvas(window, height = height, width = width)
can.pack()
can.focus_set()
background.init(can, window)
# Création des entitées (vaisseau + ennemi)
world.addEntity(entity(can, can.create_image(width * 0.25, height * 0.5, image = images.clone(2)), vector(20, 0), 100))
world.addEntity(entity(can, can.create_image(width * 0.75, height * 0.5, image = images.clone(3)), vector(-20, 0), 100))
# Initialisation des commandes
key_press = {"Left": False, "Right": False, "Up": False, "Down": False, "space":False, "Escape":False}
def press(event):
key_press[event.keysym] = True
def release(event):
key_press[event.keysym] = False
for key in ["Up", "Left", "Right", "Down", "space", "Escape"]:
can.bind('<KeyPress-%s>' %key, press)
can.bind('<KeyRelease-%s>' %key, release)
#tester
from entity import entity
# from inventory import inventory
stat = [10, 10, 10, 1000]
itemModifacation = [2,1]
playerModifacation = [1,1,1]
pla = entity("Quinny", stat)
pla.addItem("water", itemModifacation, playerModifacation)
pla.listItems()
print("\n\n")
pla.listItems()
print(pla.itemStats("water", 0))
print(pla.stats(3))
print(pla.name)
def add_to_coord(self, x, y):
pt = point(np.array([x, y], dtype='f'), np.array([0., 0.]),
np.array([0., 0.]))
ent = entity(pt, np.array([0., 255., 0.]))
self.cluster.add(ent)
from entity import entity
from school import school
from SchoolList import SchoolList
from cv import cv
from work import work
e = entity('p')
e.setStartDate('Jan 1 2005')
s = school('q')
s.setStartDate('Jan 1 2005')
s.setEndDate('Jan 1 2006')
s1 = school('q2')
s1.setStartDate('Jan 1 2005')
s1.setEndDate('May 29 2006')
w = work('w')
w.setStartDate('May 1 2014')
e.printName()
s.printAll()
w.printAll()
sl = SchoolList()
#sl.addSchool(e)
#sl.addSchool(w)
sl.addSchool(s1)
def create_node(self, name):
name = self.clean_entity_name(name)
return entity(name)
ogre.draw(w)
for obj in entities:
obj.draw(w)
if obj.name == 'monster':
obj.followPlayer(ogre)
playerInv.draw(w)
p.display.update()
####### main ############
m = mapp(-3600, -3700)
entities.append(
entity(-200, 600, -200, 600, 5, 10, 'monster', entity_type='mob'))
entities.append(entity(100, 100, 100, 100, 5, 10, 'monster',
entity_type='mob'))
entities.append(entity(-500, 300, -500, 300, 0, 0, 'tree',
entity_type='solid'))
playerInv = inventory(900, SCREEN_H - 300, False, False)
items.append(item(1, 'coins', 100, 100))
items.append(item(2, 'globes', 100, 100))
ogre = player(400, 300, 64, 64)
####### main ############
run = True
while run:
# 聊天对话框
from Tkinter import *
from widgets import dialogbox
class DialogWindow(object):
def __init__(self,local,remote):
self.local,self.remote = local,remote
self._init_window()
def _init_window(self):
self.root = Tk()
self.remotelabel = Label(text='对方是：[%s]' % self.remote.name,anchor=W,font='sans 9 bold')
self.dialog = dialogbox.DialogBox(self.root)
self.remotelabel.grid(row=0,column=0,sticky=N+S+W+E,pady=5,padx=3)
self.dialog.grid(row=1,column=0)
def showdialog(self):
self.root.mainloop()
if __name__ == '__main__':
from entity import entity
s = entity('a')
r = entity('b')
frm = DialogWindow(s,r)
frm.showdialog()
def process_data(entity, data):
func_list = data.split(' ')
for func_name in func_list:
if len(func_name) > 0 :
func = getattr(entity, func_name)
if not func:
print 'function %s not found!' % func_name
continue
func()
if __name__ == '__main__':
socket = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
socket.bind(('127.0.0.1', 4000))
socket.listen(0)
socket.setblocking(0)
entity = entity.entity()
clients = {}
while True:
conn = None
addr = None
try:
conn, addr = socket.accept()
except:pass
if conn:
print 'find new connection'
clients[addr[0]+str(addr[1])] = conn
for client_id, client in clients.iteritems():
data = ''
while True:
tmp_data = None
from sys import argv
from entity import entity
if __name__ == '__main__':
try:
table_name = argv[1]
except:
print('SyntaxError: invalid syntax')
print('usage: python dto.py table_name')
quit()
entity(table_name, dto=True)