class enlace(object):
""" This class implements methods to the interface between Enlace and Application
"""
def __init__(self, name):
""" Initializes the enlace class
"""
self.fisica = fisica(name)
self.rx = RX(self.fisica)
self.tx = TX(self.fisica)
self.connected = False
self.baudrate = self.fisica.baudrate
def enable(self):
""" Enable reception and transmission
"""
self.fisica.open()
self.rx.threadStart()
self.tx.threadStart()
def disable(self):
""" Disable reception and transmission
"""
self.rx.threadKill()
self.tx.threadKill()
time.sleep(1)
self.fisica.close()
################################
# Application interface #
################################
def sendData(self, data, tipo):
""" Send data over the enlace interface
"""
pacote = self.tx.empacota(data, tipo)
#print(pacote)
self.tx.sendBuffer(pacote)
time.sleep(1)
throughput = len(pacote) / self.fisica.tempo
print("Throughput: {} kB/s".format(throughput / 1024))
def getData(self, size):
""" Get n data over the enlace interface
Return the byte array and the size of the buffer
"""
print('entrou na leitura e tentara ler ' + str(size))
data = self.rx.getNData(size)
#dados = self.rx.desempacota(data)
return (data, len(data))
class enlace(object):
""" This class implements methods to the interface between Enlace and Application
"""
def __init__(self, name):
""" Initializes the enlace class
"""
self.fisica = fisica(name)
self.rx = RX(self.fisica)
self.tx = TX(self.fisica)
self.connected = False
self.baudrate = self.fisica.baudrate
def enable(self):
""" Enable reception and transmission
"""
self.fisica.open()
self.rx.threadStart()
self.tx.threadStart()
def disable(self):
""" Disable reception and transmission
"""
self.rx.threadKill()
self.tx.threadKill()
time.sleep(1)
self.fisica.close()
################################
# Application interface #
################################
def sendData(self, data,tipo,atual=0):
""" Send data over the enlace interface
"""
#print(data)
pacote,quantidade,len_pays = self.tx.empacota(data,tipo)
quantidade -= 1
#print("PACOTE QUE CHEGOU DO EMPACOTA")
#print(pacote)
print("######################################")
print("VALOR DO ATUAL É {}".format(atual))
print("QUANTIDADE: {}".format(quantidade))
#print(pacote)
if tipo == 4:
if atual == 0:
print('entrou 0')
mensagem = pacote[:(8+len_pays[atual])]
elif atual == quantidade:
print('entrou quantidade')
mensagem = pacote[(8+len_pays[atual-1]):]
else:
print('entrou resto')
mensagem = pacote[(8+len_pays[atual-1]):(8+len_pays[atual])]
else:
mensagem = pacote
self.tx.sendBuffer(mensagem)
time.sleep(1)
throughput = len(pacote)/self.fisica.tempo
print("Mensagem a ser enviada")
print(mensagem)
print("Throughput: {} kB/s".format(throughput/1024))
def getData(self, size):
""" Get n data over the enlace interface
Return the byte array and the size of the buffer
"""
print('entrou na leitura e tentara ler ' + str(size) )
data = self.rx.getNData(size)
#dados = self.rx.desempacota(data)
return(data, len(data))
