def __init__(self, GPIO, allIpPort, raspid, sensordata): self.tHCount = 0 self.GPIO = GPIO self.brokerIpPort = allIpPort[0] self.cameraIpPort = allIpPort[1] self.all_pin = sensordata[0] self.adc_pin = sensordata[1] self.useSensor = sensordata[2] self.ButtonUpDown = sensordata[3] self.topic = Topic.Topic(self.brokerIpPort, raspid) self.raspid = raspid self.reciveControl = False self.sensorTimerControl = [] self.sensorDetectControl = [] self.sensorTimerControlIndex = [] self.sensorDetectControlIndex = [] self.sensorMoveControl = [] self.setInstance(GPIO) self.receive = receive.Receive([self.sensorTimerControl, self.sensorDetectControl, self.sensorMoveControl], self.cameraIpPort, self.topic)
def Client(
listenPort, serverPort, serverAddress
): # Creates 'Client' function and takes in 'listenPort' that holds the port number to connect to, 'serverPort' that holds the server's port number, and 'serverAddress', that hods the address of the server to connect to
sock = socket.socket(
socket.AF_INET, socket.SOCK_STREAM) # Initializes 'sock' with a socket
sock.connect(
(serverAddress, serverPort)
) # Connect to the server with address 'serverAddress' over port number 'serverPort'
receiveThread = receive.Receive(sock) # Create thread to receive messages
receiveThread.start() # Start thread to receive messages
sock.send(str(listenPort).encode())
while (receive.hasPort == False):
i = 1
receive.filePort = listenPort
run(sock, listenPort) # Calls 'run' function
def api_main():
try:
my_json =request.get_json()
obj_receive = receive.Receive(my_json)
if obj_receive.stage==3:
angle11 = (obj_receive.word, '', [], 1)
angle_send11 = send.Send(3, word=angle11[0], trans=angle11[1], sentence_list=angle11[2], length=angle11[3])
angle_zhazha11 = dict(angle_send11)
angle_j11 = json.dumps(obj=angle_zhazha11)
return angle_j11
obj_check = check.Check(receive=obj_receive)
print(4)
result = obj_check.begin_check()
angle = (obj_receive.word, '', [['', '', '', '']], 1)
if result != "safe":
'''应为result !="safe:
return jsonify(result)方便测试其他数据'''
angle_send = send.Send( 2,angle[0],angle[1],angle[2],angle[3])
angle_zhazha = dict(angle_send)
angle_j = json.dumps(obj=angle_zhazha)
return angle_j
else:
obj_db_manager = db_manager.Db_Manager(receive=obj_receive)
obj_get_word_data = obj_db_manager.get_send_data()
if obj_get_word_data == "NULL":
Null_angle_send = send.Send(1, angle[0], angle[1], angle[2], angle[3])
Null_angle_zhazha = dict(Null_angle_send)
Null_angle_j = json.dumps(obj=Null_angle_zhazha)
#该单词未录入
return Null_angle_j
obj_send = send.Send( 0,obj_get_word_data[0],obj_get_word_data[1],obj_get_word_data[2],obj_get_word_data[3])
zhazha=dict(obj_send)
j = json.dumps(obj=zhazha)
return j
except Exception as e:
angle12 =("", '', [], 1)
angle_send = send.Send( 3,angle12[0],angle12[1],angle12[2],angle12[3])
angle_zhazha = dict(angle_send)
angle_j = json.dumps(obj=angle_zhazha)
print("异常")
return angle_j
import send
import receive
import gui
import time
import os
if __name__ == "__main__":
username = "******"
password = "******"
labels = [
'"[Gmail]/All Mail"', 'Inbox', '"[Gmail]/Sent Mail"', '"[Gmail]/Trash"'
]
# initialize smtp (email sending) and imap (email recieving) protocols
receive = receive.Receive(username, password)
send = send.Send(username, password)
# send.send_message(username, "sadasd", "asdasdffasasfdsfa")
msgs = []
file_name = 'messages.data'
# if msg file exists then read from it, else retreive msgs using imap
if os.path.exists(file_name):
msgs = gui.read_from_file(file_name)
else:
for label in labels:
msgs.append(receive.get_message(category=label))
# print inbox category only
# for msg in msgs:
# print("To:\t", msg[1])
def __init__(self):
warnings.filterwarnings("ignore")
for arg in sys.argv:
if arg == '--power':
self.POWER_FONA = True
print 'Powering FONA on...'
else:
self.POWER_FONA = False
if arg == '--version':
print 'TYOS VERSION ' + VERSION
sys.exit()
self.VERSION = VERSION
if self.POWER_FONA:
import power
power.Power().toggle()
time.sleep(10)
#Setup fona
self.fona = serialport.SerialPort()
self.fona.connect()
self.set_audio()
#Setup some important objects
self.scope = framebuffer.pyscope()
self.toolbar = toolbar.Toolbar(self.fona)
self.apps = apps.App(self.fona)
self.reciever = receive.Receive(self.fona)
pygame.init()
#Setup surface
self.WINDOWWIDTH = 320
self.WINDOWHIEGHT = 480
self.surface = pygame.display.set_mode(
(self.WINDOWWIDTH, self.WINDOWHIEGHT), pygame.FULLSCREEN)
pygame.mouse.set_visible(False)
self.clock = pygame.time.Clock()
#Colors R G B
self.BLUE = (0, 0, 255)
self.WHITE = (255, 255, 255)
self.BLACK = (0, 0, 0)
self.surface.fill(self.WHITE)
self.update = True
#Setup logo
self.logo = pygame.image.load('/home/pi/tyos/graphics/logo.png')
self.logo_rect = self.logo.get_rect()
self.logo_rect.y = self.surface.get_rect().centery - 50
self.logo_rect.centerx = self.surface.get_rect().centerx
#Setup Battery Icon
self.bat = pygame.image.load('/home/pi/tyos/graphics/bat.png')
self.bat_rect = self.bat.get_rect()
self.bat_rect.centery = 15
self.bat_rect.right = self.WINDOWWIDTH - 10
#Setup Low Battery Icon
self.low_bat = pygame.image.load('/home/pi/tyos/graphics/low_bat.png')
self.low_bat_rect = self.low_bat.get_rect()
self.low_bat_rect.centery = 380
self.low_bat_rect.centerx = self.surface.get_rect().centerx
#Setup App Toolbar
self.app_toolbar = pygame.Rect(0, 0, 320, 30)
#Rectangle Dictionary
self.rectangles = {'rects': [self.app_toolbar], 'colors': [self.BLACK]}
#Reception Rectangle dictionary
self.reception_bars = {'rects': [], 'colors': []}
#Battery Left Text
self.bat_left = {
'surface': self.toolbar.bat_left,
'rects': self.toolbar.bat_left_rect
}
#Setup fonts
self.font = pygame.font.Font('/home/pi/tyos/fonts/arial.ttf', 20)
#Setup clock Text
self.clock_text = self.font.render('12:00', True, self.WHITE,
self.BLACK)
self.clock_text_rect = self.clock_text.get_rect()
self.clock_text_rect.centerx = self.surface.get_rect().centerx
self.clock_text_rect.centery = 15
#Image Dictionary
self.images = {
'surfaces': [self.bat],
'rects': [self.bat_rect, self.clock_text_rect]
}
self.blit_logo = True
self.dead_bat = False
def rebuild_receive(self, receive, old_msg_type, new_topic):
receive.unregister()
del receive
return receive.Receive(new_topic, old_msg_type, on_received)#怎么把之前的回调函数传进来？传回调函数对象的时候应该在后面实例化的时候。
def create_receive(self, topic, msg_type, on_received):
return receive.Receive(topic, msg_type, on_received)
# chaci = yanzheng.get_send_data()
# finly = send.Send(chaci[0], chaci[1], chaci[2], chaci[3])
# back_json = send.Send.to_dict(finly)
# # 将目前对象转换为字典
# print(back_json)
# return jsonify(back_json)
# else:return jsonify(fankui)
my_json = {
"security": {
"uname": "amy",
"key": 12323,
"time": 2321
},
"word": "a",
"option": {
"level": 1
}
}
obj_receive = receive.Receive(my_json)
print(obj_receive.option.level)
obj_check = check.Check(receive=obj_receive)
result = obj_check.begin_check()
if result == "safe":
print(1)
else:
obj_db_manager = db_manager.Db_Manager(receive=obj_receive)
obj_get_word_data = obj_db_manager.get_send_data()
obj_send = send.Send(obj_get_word_data[0], obj_get_word_data[1],
obj_get_word_data[2], obj_get_word_data[3])
print(obj_send)
# fasong = get_send_json(obj_send)