class Statistic(QObject):
# 定义信号
# 第1个int表示requst包的数量，第2个int表示response包的数量
tracker_pkt_cnt_changed = pyqtSignal(int, int)
# 第1个int表示handshake包的数量，第2个int表示message包的数量
peer_pkt_cnt_changed = pyqtSignal(int, int)
# tracker中的信息增加时发送信号，更新UI信息
tracker_info_changed = pyqtSignal()
# peer中信息改变是发送的信号，更新UI信息
peer_info_changed = pyqtSignal()
def __init__(self):
super(Statistic, self).__init__()
# ip : tracker
self.iip = '192.168.1.9'
self.tracker_stat = {}
self.peer_stat = {}
self.tracker_req_pkt_cnt = 0
self.tracker_res_pkt_cnt = 0
self.peer_msg_pkt_cnt = 0
self.peer_hs_pkt_cnt = 0
self.peer_upload_time = {}
self.peer_download_time = {}
self.ctrl = Control()
# log
self.log = Log()
def add_tracker_pkt(self, pkt, type):
# # 发送信
# self.dataChanged.emit("old status", "new status")
pkt_info = pkt.packet_info
cur_time = time.strftime("%Y-%m-%d %H:%M:%S", time.localtime())
if type == 'response':
self.tracker_res_pkt_cnt+=1
ip = pkt_info.sip
port = pkt_info.sport
else:
self.tracker_req_pkt_cnt+=1
ip = pkt_info.dip
port = pkt_info.dport
if ip in self.tracker_stat.keys():
stat = self.tracker_stat[ip]
else:
stat = Tracker_Info('udp', ip, port)
stat = Tracker_Info('udp', ip, port)
self.tracker_stat[ip] = stat
if type == 'response':
if pkt.action == 0:
self.log.add_log('[%s]:udp tracker[ip:%s port:%s]进行了connect response\n' % (cur_time, ip, port))
elif pkt.action == 1:
seeders = pkt.seeders
user_cnt = len(pkt.ip_port_list)
stat.set_seeders(seeders)
stat.set_users(user_cnt)
self.log.add_log('[%s]:udp tracker[ip:%s port:%s]进行了announce response\n' % (cur_time, ip, port))
elif pkt.action == 2:
self.log.add_log('[%s]:udp tracker[ip:%s port:%s]进行了scrapy response\n' % (cur_time, ip, port))
pass
elif pkt.action == 3:
self.log.add_log('[%s]:udp tracker[ip:%s port:%s]进行了error response\n' % (cur_time, ip, port))
pass
else:
if pkt.action == 0:
pass
self.log.add_log('[%s]:本地主机向udp tracker[ip:%s port:%s]进行了connect request\n' % (cur_time, ip, port))
elif pkt.action == 1:
pass
self.log.add_log('[%s]:本地主机向udp tracker[ip:%s port:%s]进行了announce request\n' % (cur_time, ip, port))
elif pkt.action == 2:
pass
self.log.add_log('[%s]:本地主机向udp tracker[ip:%s port:%s]进行了scrapy request\n' % (cur_time, ip, port))
self.tracker_info_changed.emit()
self.tracker_pkt_cnt_changed.emit(self.tracker_res_pkt_cnt, self.tracker_req_pkt_cnt)
def add_http_tracker(self, pkt, type):
# self.dataChanged.emit("old status", "new status")
pkt_info = pkt.packet_info
cur_time = time.strftime("%Y-%m-%d %H:%M:%S", time.localtime())
if type == 'response':
self.tracker_res_pkt_cnt += 1
ip = pkt_info.sip
port = pkt_info.sport
self.log.add_log('[%s]:http tracker[ip:%s port:%s]进行了announce response\n' % (cur_time, ip, port))
else:
self.tracker_req_pkt_cnt += 1
ip = pkt_info.dip
port = pkt_info.dport
self.log.add_log('[%s]:本地主机向udp tracker[ip:%s port:%s]发送了annnounce request\n' % (cur_time, ip, port))
if ip in self.tracker_stat.keys():
stat = self.tracker_stat[ip]
else:
stat = Tracker_Info('http', ip, port)
self.tracker_stat[ip] = stat
self.tracker_info_changed.emit()
self.tracker_pkt_cnt_changed.emit(self.tracker_res_pkt_cnt, self.tracker_req_pkt_cnt)
def add_peer_pkt(self, pkt):
ticks = time.time()
cur_time = time.strftime("%Y-%m-%d %H:%M:%S", time.localtime())
pkt_info = pkt.packet_info
if pkt_info.sip == self.iip:
ip = pkt_info.dip
port = pkt_info.dport
else:
ip = pkt_info.sip
port = pkt_info.sport
if Control.block_all_flag:
self.ctrl.add_blocked_addr(ip, port)
if ip in self.peer_stat.keys():
stat = self.peer_stat[ip]
else:
stat = Peer_Info(ip, port)
self.peer_stat[ip] = stat
# 统计握手协议
if isinstance(pkt, Peer_Handshake):
self.peer_hs_pkt_cnt+=1
self.log.add_log('[%s]:本地主机与peer[ip:%s port:%s]进行了handshake\n' % (cur_time, ip, port))
else:
self.log.add_log('[%s]:本地主机与peer[ip:%s port:%s]发送了数据\n' % (cur_time, ip, port))
self.peer_msg_pkt_cnt+=1
last_time = 0
speed = self.peer_stat[ip].upload_speed
# 上传
if self.iip == pkt_info.sip:
if ip in self.peer_upload_time.keys():
last_time = self.peer_upload_time[ip]
# 下载
else:
if ip in self.peer_download_time.keys():
last_time = self.peer_download_time[ip]
# 计算速度
if ticks - last_time ==0:
pass
else:
speed = round(pkt_info.pld_len / (ticks - last_time), 2)
# 上传
if self.iip == pkt_info.sip:
self.peer_upload_time[ip] = ticks
self.peer_stat[ip].upload_speed = speed
# 下载
else:
self.peer_download_time[ip] = ticks
self.peer_stat[ip].download_speed = speed
self.peer_info_changed.emit()
self.peer_pkt_cnt_changed.emit(self.peer_hs_pkt_cnt, self.peer_msg_pkt_cnt)
class Init:
def __init__(self):
self.log = Log()
self.face_reg = FaceReg("file_path", self.log)
self.arrangement_reader = ArrangementReader(self.log)
self.camera_manager = CameraManager(self.log)
self.tts = self.log.tts
self.is_end = False
self.sign_result = {
"扫地": {},
"拖地": {},
"杂物间+柜台": {},
"摆桌椅": {},
"窗户+窗台": {},
"图书角+黑板+讲台": {},
"倒垃圾": {}
}
def time_count(self, second, callback):
"""
计时器
:param second: 计算的秒数
:param callback: 时间到以后的callback
:return:
"""
self.log.add_log("Init: Start time count for" + str(second), 1)
time.sleep(second)
callback()
def generate_report(self):
"""
开始生成报告
:return:
"""
json.dump(self.sign_result, open("./data/json/report.json", "w", encoding="utf-8"))
def init_sign_window(self):
"""
初始化签名窗口
:return:
"""
# INIT THE SIGN WINDOW
window = Tk()
window.title("自动签到系统")
window.geometry('1024x600')
# SET THE NOTICE LABLE
notice = Label(window, text="请点击按钮并签到", font=("Helvetica", 20))
notice.pack(side=TOP)
# 摆桌椅Frame
desk_place = Frame(window, height=25)
desc_desk = Label(desk_place, text="摆桌椅签名区", font=("Helvetica", 15))
desc_desk.pack(side=TOP)
row_1_button = Button(desk_place, height=10, width=10, command=lambda : self.sign(1, 1), text="列1")
row_1_button.pack(side=LEFT)
row_2_button = Button(desk_place, height=10, width=10, command=lambda: self.sign(1, 2), text="列2")
row_2_button.pack(side=LEFT)
row_3_button = Button(desk_place, height=10, width=10, command=lambda: self.sign(1, 3), text="列3")
row_3_button.pack(side=LEFT)
row_4_button = Button(desk_place, height=10, width=10, command=lambda: self.sign(1, 4), text="列4")
row_4_button.pack(side=LEFT)
row_5_button = Button(desk_place, height=10, width=10, command=lambda: self.sign(1, 5), text="列5")
row_5_button.pack(side=LEFT)
row_6_button = Button(desk_place, height=10, width=10, command=lambda: self.sign(1, 6), text="列6")
row_6_button.pack(side=LEFT)
row_7_button = Button(desk_place, height=10, width=10, command=lambda: self.sign(1, 7), text="列7")
row_7_button.pack(side=LEFT)
row_8_button = Button(desk_place, height=10, width=10, command=lambda: self.sign(1, 8), text="列8")
row_8_button.pack(side=LEFT)
desk_place.pack(side=TOP)
# 窗户+窗台签名区
window_place = Frame(window, height=25)
window_desk = Label(window_place, text="窗户+窗台签名区", font=("Helvetica", 15))
window_desk.pack(side=TOP)
row_1_button = Button(window_place, height=10, width=10, command=lambda: self.sign(2, 1), text="窗1")
row_1_button.pack(side=LEFT)
row_2_button = Button(window_place, height=10, width=10, command=lambda: self.sign(2, 2), text="窗2")
row_2_button.pack(side=LEFT)
row_3_button = Button(window_place, height=10, width=10, command=lambda: self.sign(2, 3), text="窗3")
row_3_button.pack(side=LEFT)
row_4_button = Button(window_place, height=10, width=10, command=lambda: self.sign(2, 4), text="窗4")
row_4_button.pack(side=LEFT)
window_place.pack(side=TOP)
# 黑板签名区
bb_place = Frame(window, height=25, width=50)
bb_notice = Label(bb_place, text="黑板+图书角签名区", font=("Helvetica", 15))
bb_notice.pack(side=TOP)
button = Button(bb_place, height=10, width=10, command=lambda: self.sign(3, 1), text="点ME")
button.pack(side=LEFT)
# ATTENTION: PACK IN THE END
# 扫地签名
sweep_place = Frame(window, height=25)
sweep_notice = Label(sweep_place, text="扫地签名区", font=("Helvetica", 15))
sweep_notice.pack(side=TOP)
row_1_button = Button(sweep_place, height=10, width=10, command=lambda: self.sign(4, 1), text="列1")
row_1_button.pack(side=LEFT)
row_2_button = Button(sweep_place, height=10, width=10, command=lambda: self.sign(4, 2), text="列2")
row_2_button.pack(side=LEFT)
row_3_button = Button(sweep_place, height=10, width=10, command=lambda: self.sign(4, 3), text="列3")
row_3_button.pack(side=LEFT)
row_4_button = Button(sweep_place, height=10, width=10, command=lambda: self.sign(4, 4), text="列4")
row_4_button.pack(side=LEFT)
row_5_button = Button(sweep_place, height=10, width=10, command=lambda: self.sign(4, 5), text="列5")
row_5_button.pack(side=LEFT)
row_6_button = Button(sweep_place, height=10, width=10, command=lambda: self.sign(4, 6), text="列6")
row_6_button.pack(side=LEFT)
row_7_button = Button(sweep_place, height=10, width=10, command=lambda: self.sign(4, 7), text="列7")
row_7_button.pack(side=LEFT)
row_8_button = Button(sweep_place, height=10, width=10, command=lambda: self.sign(4, 8), text="列8")
row_8_button.pack(side=LEFT)
row_9_button = Button(sweep_place, height=10, width=10, command=lambda: self.sign(4, 9), text="后面+讲台")
row_9_button.pack(side=LEFT)
sweep_place.pack(side=TOP)
# 拖地签名
mop_place = Frame(window, height=25)
mop_notice = Label(window, text="拖地签名区", font=("Helvetica", 15))
mop_notice.pack(side=TOP)
row_1_button = Button(mop_place, height=10, width=10, command=lambda: self.sign(5, 1), text="列1")
row_1_button.pack(side=LEFT)
row_2_button = Button(mop_place, height=10, width=10, command=lambda: self.sign(5, 2), text="列2")
row_2_button.pack(side=LEFT)
row_3_button = Button(mop_place, height=10, width=10, command=lambda: self.sign(5, 3), text="列3")
row_3_button.pack(side=LEFT)
row_4_button = Button(mop_place, height=10, width=10, command=lambda: self.sign(5, 4), text="列4")
row_4_button.pack(side=LEFT)
row_5_button = Button(mop_place, height=10, width=10, command=lambda: self.sign(5, 5), text="列5")
row_5_button.pack(side=LEFT)
row_6_button = Button(mop_place, height=10, width=10, command=lambda: self.sign(5, 6), text="列6")
row_6_button.pack(side=LEFT)
row_7_button = Button(mop_place, height=10, width=10, command=lambda: self.sign(5, 7), text="列7")
row_7_button.pack(side=LEFT)
row_8_button = Button(mop_place, height=10, width=10, command=lambda: self.sign(5, 8), text="列8")
row_8_button.pack(side=LEFT)
row_8_button = Button(mop_place, height=10, width=10, command=lambda: self.sign(5, 9), text="后面+讲台")
row_8_button.pack(side=LEFT)
mop_place.pack(side=TOP)
# 倒垃圾签名
trash_place = Frame(window, height=25, width=50)
trash_notice = Label(trash_place, text="倒垃圾签名区", font=("Helvetica", 15))
trash_notice.pack(side=TOP)
button = Button(trash_place, height=10, width=10, command=lambda: self.sign(6, 1), text="点ME")
button.pack(side=LEFT)
trash_place.pack(side=LEFT)
# 杂物间签名区
room_place = Frame(window, height=25, width=50)
room_notice = Label(room_place, text="杂物间签名区", font=("Helvetica", 15))
room_notice.pack(side=TOP)
button = Button(room_place, height=10, width=10, command=lambda: self.sign(7, 1), text="点ME")
button.pack(side=LEFT)
room_place.pack(side=LEFT)
bb_place.pack(side=LEFT)
# RUN THE WINDOW
window.mainloop()
def sign(self, command, row):
"""
进行签名
:param command: 签到模式
:param row: 列数
:return:
"""
img = self.camera_manager.capture_image()
self.camera_manager.show_image(img)
self.generate_report()
detect_res = self.face_reg.face_detect(self.face_reg.read_img("img.jpg"))
try:
face_num = detect_res["result"]["face_num"]
except KeyError:
print(detect_res)
raise KeyError
while True:
if face_num == 0:
self.tts.start("没有检测到人脸，请对准摄像头重拍")
else:
# self.tts.start("Face Detected. Start searching...")
break
search_res = self.face_reg.face_search(self.face_reg.read_img("img.jpg"))
try:
user_id = search_res["result"]["user_list"][0]["user_id"]
except:
print(search_res)
raise KeyError
if command == 1:
index = self.arrangement_reader.get_index(self.arrangement_reader.get_name(int(user_id)),
self.arrangement_reader.class_arrangement["摆桌椅"])
if index is False:
self.tts.start("你可不是干这个的啊！")
return
if index + 1 == int(row):
self.sign_result["摆桌椅"][index] = True
self.tts.start("签到完成")
next_name = self.arrangement_reader.class_arrangement["扫地"][index]
self.tts.start("请" + next_name + "同学开始扫地")
self.tts.start("你负责的是" + str(index + 1) + "列，要扫干净哦！第九列是指教室的后面和讲台")
else:
self.tts.start("错误的人脸和对应列数！")
elif command == 2:
index = self.arrangement_reader.get_index(self.arrangement_reader.get_name(int(user_id)),
self.arrangement_reader.class_arrangement["窗户+窗台"])
if index is False:
self.tts.start("你可不是干这个的啊！")
return
if index + 1 == int(row):
self.sign_result["窗户+窗台"][index] = True
self.tts.start("签到完成")
else:
self.tts.start("错误的人脸和对应窗户号！")
elif command == 3:
index = self.arrangement_reader.get_index(self.arrangement_reader.get_name(int(user_id)),
self.arrangement_reader.class_arrangement["图书角+黑板+讲台"])
if index is False:
self.tts.start("你可不是干这个的啊！")
return
self.sign_result["图书角+黑板+讲台"][index] = True
self.tts.start("签到完成")
elif command == 4:
index = self.arrangement_reader.get_index(self.arrangement_reader.get_name(int(user_id)),
self.arrangement_reader.class_arrangement["扫地"])
if index is False:
self.tts.start("你可不是干这个的啊！")
return
if index + 1 == int(row):
try:
if self.sign_result["摆桌椅"][index] is True:
self.sign_result["扫地"][index] = True
self.tts.start("签到完成")
next_name = self.arrangement_reader.class_arrangement["拖地"][index]
self.tts.start("请" + next_name + "同学开始拖地")
self.tts.start("你负责的是" + str(index + 1) + "列，要拖干净哦！第九列是指教室的后面和讲台")
is_end = True
for i in self.sign_result["扫地"].keys():
if self.sign_result["扫地"][i] is False:
is_end = False
if is_end:
trash = self.arrangement_reader.get_names(self.arrangement_reader.class_arrangement["倒垃圾"])
self.tts.start(trash)
self.tts.start("请这些同学现在开始倒垃圾")
except KeyError:
self.tts.start("摆桌椅的还没摆完呢！")
return
else:
self.tts.start("你的任务还没有开始呢！")
# c = str(input("ALLOW?: "))
# if c == 1:
# self.sign_result["扫地"][index] = True
# self.tts.start("签到完成")
else:
self.tts.start("错误的人脸和对应列数！")
elif command == 5:
index = self.arrangement_reader.get_index(self.arrangement_reader.get_name(int(user_id)),
self.arrangement_reader.class_arrangement["拖地"])
if index is False:
self.tts.start("你可不是干这个的啊！")
return
if index + 1 == int(row):
try:
if self.sign_result["扫地"][index] is True:
self.sign_result["拖地"][index] = True
self.tts.start("签到完成")
is_end = True
for i in self.sign_result["拖地"].keys():
if self.sign_result["拖地"][i] is False:
is_end = False
if is_end:
room = self.arrangement_reader.get_names(self.arrangement_reader.class_arrangement["杂物间+柜台"])
self.tts.start(room)
self.tts.start("这些同学则现在开始清理杂物间和柜台")
else:
self.tts.start("你的任务还没有开始呢！")
# c = str(input("ALLOW?: "))
# if c == 1:
# self.sign_result["拖地"][index] = True
# self.tts.start("签到完成")
except KeyError:
self.tts.start("扫地的还没扫呢！你怎么签名")
# c = str(input("ALLOW?: "))
# if c == 1:
# self.sign_result["拖地"][index] = True
# self.tts.start("签到完成")
return
else:
self.tts.start("错误的人脸和对应列数！")
elif command == 6:
index = self.arrangement_reader.get_index(self.arrangement_reader.get_name(int(user_id)),
self.arrangement_reader.class_arrangement["倒垃圾"])
if index is False:
self.tts.start("你可不是干这个的啊！")
return
self.sign_result["倒垃圾"][index] = True
self.tts.start("签到完成")
elif command == 7:
index = self.arrangement_reader.get_index(self.arrangement_reader.get_name(int(user_id)),
self.arrangement_reader.class_arrangement["杂物间+柜台"])
if index is False:
self.tts.start("你可不是干这个的啊！")
return
self.sign_result["杂物间+柜台"][index] = True
self.tts.start("签到完成")
def phase1_start(self):
"""
run
:return:
"""
self.log.add_log("Phase1: now start", 1)
self.tts.start("现在，开始第一阶段。请以下同学留下，其余同学全部出去或在后面等着")
table = self.arrangement_reader.get_names(self.arrangement_reader.class_arrangement["摆桌椅"])
window = self.arrangement_reader.get_names(self.arrangement_reader.class_arrangement["窗户+窗台"])
blackboard = self.arrangement_reader.get_names(self.arrangement_reader.class_arrangement["图书角+黑板+讲台"])
self.tts.start(table)
self.tts.start("这些同学负责摆桌椅，现在开始工作。按照摆完以后请过来选择列数完成签名，")
self.tts.start("摆桌椅要求：全部拉开，保 证一定距离以方面扫地拖地；椅子要翻上去")
time.sleep(0.5)
self.tts.start(window)
self.tts.start("然后，这些同学负责擦窗台和窗户。按照读的顺序，每人一个窗，从只有窗户的一侧从前往后数，门的一侧也是从前往后数")
self.tts.start("窗户要求：用抹布擦干以后找报纸弄干，擦的时候要有规律，水不要太多。没有抹布要么等要么去对面借，完成以后过来签名")
time.sleep(0.5)
self.tts.start(blackboard)
self.tts.start("这些同学负责整理黑板、图书柜、讲台")
self.tts.start("黑板要擦干净，擦完以后一定打开屏幕，不要遮住了。讲台不要有垃圾，粉笔灰擦干净，完成后过来签名")
video_recorder = threading.Thread(target=self.camera_manager.capture_video, args=("phase1-record1.mp4",))
video_recorder.start()
self.init_sign_window()
def run(self):
"""
启动程序
:return:
"""
self.log.add_log("Init: System is now running...", 1)
self.log.add_log("Init: Initializing...", 1)
time_count_thread = threading.Thread(target=self.time_count, args=(1200, self.generate_report))
time_count_thread.start()
self.tts.start("Hi~ 这里是袁翊闳开发的【自动劳动管理系统】")
self.tts.start("主人~ 现在，是时候开始劳动了~")
#
self.arrangement_reader.read_in()
# public = self.arrangement_reader.get_names(self.arrangement_reader.public_labor_arranagement)
# self.tts.start(public)
# self.tts.start("这些同学马上跟着正诺恒，拿上一个扫把和垃圾铲，还有两个垃圾袋去工地！")
self.phase1_start()
self.generate_report()
