class Example(Frame):
def __init__(self):
super().__init__()
self.initUI()
self.manage=Manage()
def initUI(self):
self.master.title("Simple")
self.pack(fill=BOTH, expand=1)
butt=Button(self,text="确认",command=self.onclick).pack(side="bottom")
self.path=StringVar()
entryPath=Entry(self,textvariable=self.path).pack(fill='both',side='top')
self.idtext=StringVar()
entryId=Entry(self,textvariable=self.idtext).pack()
self.idtext.set("input file id")
self.newName=StringVar()
entryNewName=Entry(self,textvariable=self.newName).pack()
self.newName.set('input new name')
def onclick(self):
print('butt clicked')
path=self.path.get()
id=self.idtext.get()
name=self.newName.get()
print(path+'\n'+self.idtext.get()+'\n'+self.newName.get())
self.manage.fileManage(path,id,name)
def __init__(self):
self.wordSegmentor = wordSegment() # 生成 分词器
self.sentFilter = sentenceFilter() # 生成 过滤器
self.NLUModel = NLU() # 生成 对话理解器
self.dialogueManager = Manage() # 生成 对话管理器
self.Interactor = InteractWithKB() # 生成 知识交互器
self.answerGenerator = AnswerGenerator() # 生成 回答产生器
self.isFirst = True # 是一轮对话的开始
self.isShow = "0" # 0表示不显示图,1表示显示图
def get_files():
data = request.get_json()
status = {"status": "Error", "files": [], "msg": "未知错误"}
status_code = 500
if data and token_verify(data["token"]):
status["status"] = "Success"
status_code = 200
m = Manage(POST_PATH)
status["files"] = m.all_file_info()
del status["msg"]
return jsonify(status), status_code
return jsonify(status), status_code
def brick_coin(cls):
'''make brick, coin'''
flag = 0
for k in BRICK_LIST:
POLY.print_poly(k, k.xps, k.yps)
if PERSON.xpos == 18 and PERSON.ypos >= 345 and PERSON.ypos <= 347 and flag == 0:
PERSON.sym = 'M'
try:
sound = open('smb_powerup.wav', 'r')
os.system('aplay -q ./smb_powerup.wav&')
except:
pass
BRICK_LIST.append(Brick(14, 345, '*', 3))
flag = 1
# print(PERSON.xpos,PERSON.ypos,k.xps,k.yps)
if PERSON.xpos == k.xps + 4 and PERSON.ypos >= k.yps and PERSON.ypos <= k.yps + 2:
if k.coin != '*' and k.coin != 0:
k.coin -= 1
try:
sound = open('smb_coin.wav', 'r')
os.system('aplay -q ./smb_coin.wav&')
except:
pass
Manage.coinscollect()
Manage.changescore('coin')
else:
try:
sound = open('smb_bump.wav', 'r')
os.system('aplay -q ./smb_bump.wav&')
except:
pass
if k.coin == 0:
BRICK_LIST.remove(k)
try:
sound = open('smb_breakblock.wav', 'r')
os.system('aplay -q ./smb_breakblock.wav&')
except:
pass
Manage.changescore('brick')
for k in COIN_LIST:
# k.print_coin(k.x,k.y)
POLY.print_poly(k, k.xps, k.yps)
if PERSON.xpos == k.xps and PERSON.ypos == k.yps:
try:
sound = open('smb_coin.wav', 'r')
os.system('aplay -q ./smb_coin.wav&')
except:
pass
Manage.coinscollect()
COIN_LIST.remove(k)
Manage.changescore('coin')
def make_flag(cls):
'''make end flag'''
# FLAG.print_FLAGag(FLAG.x)
POLY.print_poly(FLAG, FLAG.xps)
if PERSON.ypos == 504:
if FLAG.first == 0:
try:
sound = open('smb_flagpole.wav', 'r')
os.system('aplay -q ./smb_flagpole.wav&')
except:
pass
FLAG.first = PERSON.xpos - 1
# print(FLAG.first)
# FLAG.move(FLAG.first)
POLY.move_poly(FLAG, FLAG.first)
Manage.changescore('enemy1')
def set_up(self):
for table in self.tables:
self.data[table] = []
# 加载汇率
self.val_rates = Manage.val_rate
self.rmb_rates = Manage.rmb_rate
self.openids = Manage.filter_openid(self.history)
# 新用户入库
self.alluser = LoadAllUser(self)
def delete():
data = request.get_json()
status = {"status": "Error", "msg": "未知错误"}
status_code = 500
if data is None:
status["msg"] = "参数错误"
status_code = 400
elif {"token", "filename"}.difference(set(data.keys())):
status["msg"] = "缺少以下参数：{}".format(", ".join({"token", "filename"}.difference(set(data.keys()))))
status_code = 400
elif not token_verify(data["token"]):
status["msg"] = "无效token"
status_code = 401
else:
m = Manage(POST_PATH)
s, msg = m.del_file(filename=data["filename"], local_git_path=LOCAL_GIT_PATH)
threading.Thread(target=deploy, args=[]).start()
if s:
status["status"] = "Success"
status["msg"] = msg
status_code = 200
logger.info(status["msg"])
return jsonify(status), status_code
def __init__(self):
wx.Frame.__init__(self, None, -1, "Budget ver. 1.0", size=(1100, 650))
self.Centre(wx.BOTH)
panel = wx.Panel(self, -1)
notebook = wx.Notebook(panel)
notebook.AddPage(Expenses(notebook), "Expenses")
notebook.AddPage(Income(notebook), "Income")
notebook.AddPage(Transfer(notebook), "Transfer")
notebook.AddPage(Accounts(notebook), "Accounts")
notebook.AddPage(Analysis(notebook), "Analysis")
notebook.AddPage(Manage(notebook), "Manage")
sizer = wx.BoxSizer()
sizer.Add(notebook, 1, wx.EXPAND)
panel.SetSizer(sizer)
def enemy(cls, lgt):
'''make enemy bullets'''
# for bullets
for k in BULLET_LIST:
BOARD.mat[k.xps][k.yps] = k.sym
if time.time() - k.tym > 0.1:
k.tym = time.time()
if BOARD.checkstar(k.xps, k.yps + 1) is 1 or k.yps > lgt + 80:
BULLET_LIST.remove(k)
else:
k.yps += k.vel
if k.xps >= 22 and k.xps <= 25 and k.yps == BOSS.y and BOSS.Health >= 0:
Manage.bosslife()
BULLET_LIST.remove(k)
BOSS.Health -= 1
if BOSS.Health >= 0:
if time.time() - BOSS.bosstime > 1:
BOSS.bosstime = time.time()
BOSS.x = random.randint(22, 25)
BOSS.y = random.randint(460, 470)
BOSS_BULLET.append(Bullet(BOSS.x - 2, BOSS.y, -1, BOSS_B))
prob = random.randint(1, 100)
if prob < 20:
BOSS_BULLET.append(Bullet(BOSS.x - 3, BOSS.y, -1, BOSS_B))
if prob < 10:
BOSS_BULLET.append(Bullet(BOSS.x - 1, BOSS.y, -1, BOSS_B))
if prob == 2:
BOSS_BULLET.append(Bullet(BOSS.x, BOSS.y, -1, BOSS_B))
if PERSON.xpos <= 25 and PERSON.xpos >= 22 and PERSON.ypos >= BOSS.y \
and PERSON.ypos <= BOSS.y + 5:
Manage.changelives()
zps = 0
for i, j in CHECKPOINT:
if j >= PERSON.ypos and i is not None:
PERSON.xpos = CHECKPOINT[zps - 1][0]
PERSON.ypos = CHECKPOINT[zps - 1][1]
break
zps += 1
for k in BOSS_BULLET:
if (k.xps >= PERSON.xpos - 1 and k.xps <= PERSON.xpos
or k.xps + 1 == PERSON.xpos) and (
k.yps >= PERSON.ypos - 1 and k.yps <= PERSON.ypos):
Manage.changelives()
BOSS_BULLET.remove(k)
for k in BOSS_BULLET:
BOARD.mat[k.xps][k.yps] = k.sym
if time.time() - k.tym > 0.1:
k.tym = time.time()
if BOARD.checkstar(k.xps, k.yps - 1) is 1 or k.yps < lgt:
BOSS_BULLET.remove(k)
else:
k.yps += k.vel
# BOSS.print_boss(BOSS.x,BOSS.y)
POLY.print_poly(BOSS, BOSS.x, BOSS.y)
# print(lgt)
for k in ELIST:
if k.type == "enemy1":
flagvar = False
if time.time() - k.tym > 0.5:
k.tym = time.time()
if k.yps >= lgt and k.yps <= lgt + 80:
# k.move(None)
POLY.move_poly(k)
if (PERSON.xpos == k.xps and PERSON.ypos == k.yps):
Manage.changelives()
flagvar = True
zps = 0
for i, j in CHECKPOINT:
if j >= PERSON.ypos:
PERSON.xpos = CHECKPOINT[zps - 1][0]
PERSON.ypos = CHECKPOINT[zps - 1][1]
break
zps += 1
if PERSON.xpos + \
1 == k.xps and (PERSON.ypos - 1 == k.yps or PERSON.ypos == k.yps):
try:
sound = open('smb_stomp.wav', 'r')
os.system('aplay -q ./smb_stomp.wav&')
except:
pass
Manage.enemykill()
Manage.changescore(k.type)
PERSON.xpos -= 2
ELIST.remove(k)
if lgt > 100:
if PERSON.xpos == k.xps:
if k.vel > 0 and PERSON.ypos < k.yps - 4:
k.vel = -k.vel
if k.vel < 0 and PERSON.ypos > k.yps + 4:
k.vel = -k.vel
if k.xps == 26:
BOARD.mat[k.xps][k.yps] = ' '
ELIST.remove(k)
# k.print_enemy(k.xps,k.yps)
POLY.print_poly(k, k.xps, k.yps)
if flagvar:
return PERSON.ypos - 10
if k.type == "enemy2": # TURTLE ENEMY
flagvar = False
if time.time() - k.tym > 5 and k.sym == ' ':
k.tym = time.time()
k.sym = '^'
k.vel = random.randrange(-1, 2, 2)
if k.yps >= lgt and k.yps <= lgt + 80:
# k.move()
POLY.move_poly(k)
if PERSON.xpos == k.xps and PERSON.ypos + \
1 == k.yps and k.sym == ' ' and k.vel == 0:
try:
sound = open('smb_kick.wav', 'r')
os.system('aplay -q ./smb_kick.wav&')
except:
pass
k.vel = 1
if PERSON.xpos == k.xps and PERSON.ypos - \
2 == k.yps and k.sym == ' ' and k.vel == 0:
try:
sound = open('smb_kick.wav', 'r')
os.system('aplay -q ./smb_kick.wav&')
except:
pass
k.vel = -1
# enemy-enemy collision
if k.sym == ' ' and k.vel != 0 and time.time() - k.tym > 0.1:
k.tym = time.time()
if k.yps >= lgt and k.yps <= lgt + 80:
POLY.move_poly(k)
for enmy in ELIST:
if (enmy.xps == k.xps and enmy.yps == k.yps
and k != enmy):
try:
sound = open('smb_stomp.wav', 'r')
os.system('aplay -q ./smb_stomp.wav&')
except:
pass
Manage.enemykill()
Manage.changescore(enmy.type)
ELIST.remove(enmy)
if time.time() - k.tym > 0.5 and k.sym == '^':
k.tym = time.time()
if k.yps >= lgt and k.yps <= lgt + 80:
POLY.move_poly(k)
if (PERSON.xpos == k.xps
and (PERSON.ypos == k.yps or PERSON.ypos - 1 == k.yps)
and k.vel != 0):
Manage.changelives()
flagvar = True
zps = 0
for i, j in CHECKPOINT:
if j >= PERSON.ypos:
PERSON.xpos = CHECKPOINT[zps - 1][0]
PERSON.ypos = CHECKPOINT[zps - 1][1]
break
zps += 1
if (PERSON.xpos + 2 == k.xps
and (PERSON.ypos == k.yps or PERSON.ypos - 1 == k.yps)
and k.sym == '^'):
k.sym = ' '
k.tym = time.time()
PERSON.xpos -= 2
k.vel = 0
if (PERSON.xpos + 1 == k.xps
and (PERSON.ypos == k.yps or PERSON.ypos - 1 == k.yps)
and k.sym == ' '):
try:
sound = open('smb_stomp.wav', 'r')
os.system('aplay -q ./smb_stomp.wav&')
except:
pass
Manage.enemykill()
Manage.changescore(k.type)
PERSON.xpos -= 2
ELIST.remove(k)
if lgt > 100:
if PERSON.xpos == k.xps and k.sym == '^':
if k.vel > 0 and PERSON.ypos < k.yps - 4:
k.vel = -k.vel
if k.vel < 0 and PERSON.ypos > k.yps + 4:
k.vel = -k.vel
if k.xps == 26:
BOARD.mat[k.xps][k.yps] = ' '
ELIST.remove(k)
# k.print_enemy(k.xps,k.yps,k.sym)
POLY.print_poly(k, k.xps, k.yps)
if flagvar:
return PERSON.ypos - 10
return lgt
def manage_basico(self):
m = Manage('www.google.com.ar');
m.manage_inicial();
def run_manage():
source_type = "mysql"
Manage.run_from_muiltiprocess(source_type)
from manage import Manage
from person import Person
class Deportament:
def __init__(self, *args):
self.args = args
def showAll(self):
for obj in self.args:
print(obj)
def giveRaise(self, procent):
for obj in self.args:
obj.giveraise(procent)
if __name__ == "__main__":
d1 = Person('Nikita Didenko', 'Developers', 3000)
d2 = Person('Andrey Didenko', 'Developers', 300)
d3 = Person('Elena Didenko', 'Developers', 200)
d4 = Manage('Katy Didenko', 100)
my_Family = Deportament(d1, d2, d3, d4)
my_Family.giveRaise(10)
my_Family.showAll()
from flask import Flask, Response, render_template, request, session, url_for, redirect, send_from_directory
from manage import Manage
import json, os, time, sys
from conf import *
from result_transform import transform_result
ServerManage = Manage(file_config, sql_config)
app = Flask(app_config["app_name"],
template_folder=app_config["template_path"],
static_folder=app_config["static_path"])
app.config["ALLOWED_IMGS "] = set(app_config["img_type"])
app.config["ALLOWED_VIDEOS "] = set(app_config["video_type"])
app.config['SECRET_KEY'] = os.urandom(24)
app.config['MIN_CONTENT_LENGTH'] = 1024
sys.path.insert(0, app_config["root_path"])
###############################################################
###############################################################
# 验证文件格式
def allowed_img(filename):
if "." in filename:
L = filename.split(".")
n = len(L)
if L[n - 1] in app.config["ALLOWED_IMGS "]:
return True
return False
def allowed_video(filename):
if "." in filename:
def __init__(self):
super().__init__()
self.initUI()
self.manage=Manage()
''' The Bomb Class
The bomb class does not inherit
any other class, it creates a bomb,
keeps count of bombs and their positions,
explosion, and then clears that explosion.
'''
from check import checkboard
from board import Board
from enemy import Enemy
from manage import Manage
# An instance of manage to keep
# count of time, score and lives.
MANAGEINSTANCE = Manage()
class Bomb:
'''Bomb class has all bomb functions.'''
# Arrays for x,y coordinates of Bombs
Bomba = []
Bombb = []
# the explosion function to explode bombs.
# Dealt individually for 4 positions around a coordinate.
def explosion(self, alpha, beta):
'''Deals with explosion of bomb'''
# For the oroginal position.
for j in range(0, 4):
Board.board[(beta + 1) * 2][(alpha + 1) * 4 + j] = 'e'
class dialogServer(object):
def __init__(self):
self.wordSegmentor = wordSegment() # 生成 分词器
self.sentFilter = sentenceFilter() # 生成 过滤器
self.NLUModel = NLU() # 生成 对话理解器
self.dialogueManager = Manage() # 生成 对话管理器
self.Interactor = InteractWithKB() # 生成 知识交互器
self.answerGenerator = AnswerGenerator() # 生成 回答产生器
self.isFirst = True # 是一轮对话的开始
self.isShow = "0" # 0表示不显示图,1表示显示图
def setIsShow(self, intent):
if intent == "query_location":
self.isShow = "1"
else:
self.isShow = "0"
def dialogComplete(self):
pass
# 这里是 对话完成后,将一些状态置0
def processSentecne(self, input_x):
sentCuted = self.wordSegmentor.cut_sentence(input_x) # 分词
self.sentFilter.filtSent(sentCuted) # 过滤器处理句子
if self.wordSegmentor.hasSentence == True: # 保证有内容
# 过滤器先放上吧
# if self.sentFilter.state == True:
if True == True:
# 说明是任务相关的句子
sentence, intent, slot = self.NLUModel.nluSentence(
sentCuted) # 理解句子
if self.isFirst == True: # 表明是新一轮开始
self.strCode = self.dialogueManager.firstmanage(
intent, slot, sentence)
if self.dialogueManager.state == 2: # 只有是完成状态才会产生答案
ans = self.Interactor.information_to_answer(
sentence, self.dialogueManager.intentHold,
self.dialogueManager.slotStrHold,
self.dialogueManager.slotDictHold)
input_x = self.dialogueManager.newSentence()
answerSentence = self.answerGenerator.generateAnswer(
input_x, ans, self.dialogueManager.intentHold,
self.dialogueManager.slotStrHold)
# 这里应该有归零操作,将一些状态置为初始状态,可是是哪些状态置0呢???值得思考
self.isFirst = True
self.setIsShow(self.dialogueManager.intentHold)
return answerSentence
elif self.dialogueManager.state == 1: # 开启多轮对话状态
querySentence = self.dialogueManager.querySentence(
intent, self.strCode) # 产生问句
self.isFirst = False
self.isShow = "0"
return querySentence
elif self.dialogueManager.state == 3: # 处于多轮对话中
print("3333slot", slot)
print("33333sentence", sentence)
self.dialogueManager.informationFuse(
self.dialogueManager.intentHold, slot,
sentence) # 将新旧信息融合
# strCode = dialogueManager.calState(intent,dialogueManager.slotStrHold)
self.dialogueManager.str2State(
self.dialogueManager.intentHold,
self.dialogueManager.slotStrHold) # 改变对话管理器状态
self.dialogueManager.buildSlotDict(
self.dialogueManager.intentHold, slot, sentence)
if self.dialogueManager.state != 2:
print("不等于2222 ", self.dialogueManager.state)
querySentence = self.dialogueManager.querySentence(
self.dialogueManager.intentHold,
self.dialogueManager.slotStrHold) # 产生问句
self.isFirst = False
self.isShow = "0"
return querySentence
else: # 完成状态
print("这里!!!!!")
ans = self.Interactor.information_to_answer(
sentence, self.dialogueManager.intentHold,
self.dialogueManager.slotStrHold,
self.dialogueManager.slotDictHold)
input_x = self.dialogueManager.newSentence()
print("完成状态", self.dialogueManager.slotStrHold)
answerSentence = self.answerGenerator.generateAnswer(
input_x, ans, self.dialogueManager.intentHold,
self.dialogueManager.slotStrHold)
print("self.dialogueManager.answerState",
self.dialogueManager.answerState)
print("完成状态", answerSentence)
self.isFirst = True
self.setIsShow(self.dialogueManager.intentHold)
return answerSentence
else:
return "您说的句子我暂时无法处理,请点击结束对话,将问题汇报给管理员"
else:
return "请输入内容"
from flask import Flask, render_template
import data
from manage import Manage
manage = Manage()
app = Flask(__name__)
@app.context_processor
def inject_stage_and_region():
return dict(departures=data.departures)
@app.route('/')
@app.route('/index')
def index():
return render_template('index.html', tours=data.tours)
@app.route('/from/<direction>')
def direction(direction):
return render_template('direction.html',
departure=manage.depart_city(direction),
direction=direction)
@app.route('/tour/<id>')
def tour(id):
return render_template('tour.html', tour=data.tours.get(int(id)))
'''main mario file'''
import os
from polymorph import POLY
from board import BOARD
from scene import Scene
from person import PERSON, CHECKPOINT
from manage import Manage
SCENE = Scene()
M = Manage()
i = 0
MID = 0
TIMER = 0
os.system('aplay -q ./mario-theme.wav&')
while i <= BOARD.width - 80:
if PERSON.xpos == 25 and PERSON.ypos == 504:
break
os.system("clear")
M.printhead()
SCENE.make_cm(i)
SCENE.make_pps()
SCENE.brick_coin()
SCENE.moving_bar()
SCENE.make_flag()
i = SCENE.enemy(i)
# PERSON.print_mario(PERSON.xpos,PERSON.ypos)
POLY.print_poly(PERSON, PERSON.xpos, PERSON.ypos)
# BOARD.print_board(i,i+80)
POLY.print_poly(BOARD, i, i + 80)
# PERSON.move(i)
POLY.move_poly(PERSON, i)
from deportament import Deportament
from manage import Manage
from person import Person
bob = Person('Bob Smit', 'dev', 3000)
lot = Person('Lot Smit', 'dev', 3000)
gut = Manage('Gut Smit', 300)
develop = Deportament(bob, lot, gut)
import shelve
db = shelve.open('Person_Develop')
for obj in bob, lot, gut:
db[obj.name] = obj
db.close()
if __name__ == "__main__":
db = shelve.open('Person_Develop')
print(db['Bob Smit'])
def vglub(element, count=3):
print('.' * count, element)
count += 3
for key in element.__bases__:
vglub(key, count)
def rebuild():
manage = Manage(app)
manage.reset_local_persistence()
manage.build_clean_persistence()
manage.populate_persistence()
import click
from flask import Flask
import random
import utils
import models
import actions
from manage import Manage
import logging
from datetime import datetime
app = Flask(__name__)
manage = Manage(app)
if not manage.check_persistence_exists():
manage.build_clean_persistence()
manage.populate_persistence()
### NON OPEN ACTIVE BOOKING API ENDPOINT ###
@app.route("/", methods=["GET"])
def index():
return utils.error_response('nothing_to_see_here')
### OPEN ACTIVE BOOKING API ENDPOINTS ###
### GET functions ###
import csv, datetime
from manage import Manage as mng
# reader = mng.getData('https://bx.in.th/api/')['1']
# print(reader)
BTC = mng.getData('https://bx.in.th/api/')['1']
lastPrice = float(BTC['last_price'])
with open('wallet.csv') as csvfile:
reader = list(csv.reader(csvfile))
print('youy credits: {:,} {}'.format(float(reader[3][1]), reader[3][0]))
buy = input('how much BTC you want to but?: ')
print('connecting...')
if float(buy) <= float(reader[3][1]):
t = datetime.datetime.now().strftime('%H:%M:%S')
reader[3][1] = float(reader[3][1]) - float(buy)
reader[4][1] = float(buy) / lastPrice
reader[0][1] = t
print('your credits: {:,} {}'.format(float(reader[3][1]),
reader[3][0]))
print('you are received: {:,} {}'.format(float(reader[4][1]),
reader[4][0]))
else:
print('not enough credit or wrong input!')
print(reader)
def main():
wordSegmentor = wordSegment() # 生成 分词器
sentFilter = sentenceFilter() # 生成 过滤器
NLUModel = NLU() # 生成 对话理解器
dialogueManager = Manage() # 生成 对话管理器
Interactor = InteractWithKB() # 生成 知识交互器
answerGenerator = AnswerGenerator() # 生成 回答产生器
# input_x = "刘通是谁的学生"
# input_x = "介绍一下邓华老师"
# input_x = "邓华老师的研究方向是什么"
input_x = "介绍一下机电工程学院"
i = 0
# data = loadFile()
print()
print("输入的句子是",input_x)
sentCuted = wordSegmentor.cut_sentence(input_x)
# sentFilter.filtSent(sentCuted) # 先不加过滤器
# try:
if wordSegmentor.hasSentence == True: # 保证有内容
if True == True: # 保证是任务相关的句子
i+=1
print("这是第",i,"句话")
# input_x = "王老师的办公室在哪"
# input_x = "王恒升老师的办公室在哪"
# intent = "query_location"
# slot = ["first_name","teacher","o","room","o","o"]
# slot = ["name","teacher","o","room","o","o"]
# sentence = ["王","老师","的","办公室","在","哪里"]
# sentence = ["王恒升","老师","的","办公室","在","哪里"]
# sentFilter.filtSent(sentCuted)
# print("sentCuted",sentCuted)
sentence,intent,slot = NLUModel.nluSentence(sentCuted)
print("intent = ",intent)
strCode = dialogueManager.firstmanage(intent,slot,sentence)
# print("strCode",strCode)
for _ in range(5):
if dialogueManager.state == 2: # 只有是完成状态才会产生答案
print("-----单轮对话----")
# print("strCode",strCode)
print("sentence",sentence)
print("dialogueManager.intentHold",dialogueManager.intentHold)
print("dialogueManager.slotStrHold",dialogueManager.slotStrHold)
print("dialogueManager.slotDictHold",dialogueManager.slotDictHold)
ans = Interactor.information_to_answer(sentence,
dialogueManager.intentHold,
dialogueManager.slotStrHold,
dialogueManager.slotDictHold)
# print("myManager.state",dialogueManager.state)
# print("Interactor.interactState",Interactor.interactState)
print("ans",ans)
input_x = dialogueManager.newSentence()
print("newSentence",input_x)
answerSentence = answerGenerator.generateAnswer(input_x,ans,intent,dialogueManager.answerState)
print("answerSentence",answerSentence)
print("----- 单轮结束-------")
print()
elif dialogueManager.state == 1: # 开启多轮对话
print("----开启多轮对话----")
querySentence = dialogueManager.querySentence(intent,strCode) # 产生问句
print("querySentence",querySentence)
elif dialogueManager.state == 3: # 处于多轮对话中
print("-----处于多轮对话中-----")
# intent_new = "query_location"
# slot_new = ["name"]
# sentence_new = ["王恒升"]
# input_x = "询问一个老师的办公室"
input_x = input("请输入句子:--- ")
print("dialogueManager.slotStrHold",dialogueManager.slotStrHold)
sentCuted = wordSegmentor.cut_sentence(input_x)
sentence_new,intent_new,slot_new = NLUModel.nluSentence(sentCuted)
print("intent_new",intent_new)
dialogueManager.informationFuse(dialogueManager.intentHold,slot_new,sentence_new) # 将新旧信息融合
# strCode = dialogueManager.calState(intent,dialogueManager.slotStrHold)
dialogueManager.str2State(dialogueManager.intentHold,dialogueManager.slotStrHold) # 确定对话管理器状态
dialogueManager.buildSlotDict(dialogueManager.intentHold,slot_new,sentence_new)
print("ialogueManager.state==3",dialogueManager.state)
# 不一定产生问句啊，有可能是完成状态，就不需要产生问句了
if dialogueManager.state==3:
print("sentence_new333 ",sentence_new)
print("dialogueManager.slotStrHold333 ",dialogueManager.slotStrHold)
querySentence = dialogueManager.querySentence(dialogueManager.intentHold,dialogueManager.slotStrHold) # 产生问句
print("querySentence333 ",querySentence)
print("---------多轮对话中(结束)---------------------------------")
else:
print("您的请求不在本系统支持范围内")
else:
print("请输入内容")
def main():
try:
manage = Manage()
manage.start()
except Exception as e:
print('pool run error.', e)
''' The run file
# Instances of classes created here
# for running the application.'''
import os
from bomberman import Bomberman
from manage import Manage
# TEST is an object of Bomberman
TEST = Bomberman()
# TEST1 is an object of Manage
TEST1 = Manage()
# the initial Welcome Print.
print("")
print("Welcome, to this rendition of Bomberman!")
print("")
print("Press 'Enter' to start playing.")
TAKENINPUT = input()
# This generates bricks on the board
TEST.generatebricks()
# This generates enemies on the board
TEST.generateenemies()
# This generates the bomberman
TEST.generatebomberman()
i = 0
while True:
os.system("tput reset")
# -*- encoding:gbk -*-
from process.video_process import VideoProcess
from process.image_process import ImageProcess
from model.face_recognize_easy import EasyDist
from model.face_recognize_sgd import SgdDist
import numpy,os,json,time
from multiprocessing import Process,Manager,Lock,Pool,freeze_support
from manage import Manage
from conf import *
ServerManage = Manage(file_config,sql_config)
global Model,Ip,Vp
hist = compute_config["hist"]
process_num = compute_config["process_num"]
Model = SgdDist(model_config["recognize_model_path"])
Ip = ImageProcess(
face_detect_filename=model_config["face_detect_path"],
face_vec_filename=model_config["face_vec_path"]
)
Vp = VideoProcess(model_config["ffmpge_path"])
url = "%s:%d"%(app_config["host"],app_config["port"]) +"/imgs/result?t=%s&hist=%s&videoname=%s"
def get_feature_spark(imgs_path,hist,feature_path):
command = "spark-submit %s %s %s %s"%(model_config["spark_model_path"],
imgs_path,
hist,
feature_path
)
os.popen(command)
import json, csv, os, requests
import datetime, time
from manage import Manage as mng
kw = ['secondary_currency', 'last_price', 'change']
r = mng.getData('https://bx.in.th/api/')
BTC = r['1']
previous = float(BTC[kw[1]])
reader = mng.checkWallet('wallet.csv')
print('-----------------------------')
text = 'initialize'
for i in range(10):
text = text + '.'
print(text, end='\r')
time.sleep(0.5)
while True:
BTC = mng.getData('https://bx.in.th/api/')['1']
#print('-----------------------------')
t = datetime.datetime.now().strftime('%H:%M:%S')
#for i in r.items():
#print('time: {} | {} | last price : {:.2f} | change: {}%'.format(t, i[1][kw[0]], i[1][kw[1]], i[1][kw[2]]))
print('-----------------------------')
#print('time: {} | {} | last price : {:.2f} | change: {}%'.format(t, BTC[kw[0]], BTC[kw[1]], BTC[kw[2]]), end='\r')
print('time: {} | {} | last price : {:.2f} | change: {}%'.format(
t, BTC[kw[0]], BTC[kw[1]], BTC[kw[2]]))
print('-----------------------------')
if float(BTC[kw[1]]) > previous:
print('price up!')
elif float(BTC[kw[1]]) == previous:
print('same!')