def set_sensor_ip(self,ip):
"""
Set the card IP address
@param ip: IP address of this sensor
"""
logger.debug("Setting sensor IP to %s."%ip)
ip = struct.pack('>I',NET.ip2int(ip))
lophi_packet = self._send_command(G.SENSOR_DISK.OP.REG_WRITE,
G.SENSOR_DISK.ADDR.IP_SENS,
ip)
if lophi_packet.header['op_code'] == G.SENSOR_DISK.OP.REG_WRITE and lophi_packet.header['memory_addr'] == G.SENSOR_DISK.ADDR.IP_SENS:
return True
else:
return False
def set_dest_ip(self,dest_ip):
"""
Set the destination IP for our SATA frames
@param dest_ip: Destination IP that SATA packets will be sent to
"""
logger.debug("Setting destination IP to %s."%dest_ip)
ip = struct.pack('>I',NET.ip2int(dest_ip))
lophi_packet = self._send_command(G.SENSOR_DISK.OP.REG_WRITE,
G.SENSOR_DISK.ADDR.IP_DEST,
ip)
if lophi_packet.header['op_code'] == G.SENSOR_DISK.OP.REG_WRITE and lophi_packet.header['memory_addr'] == G.SENSOR_DISK.ADDR.IP_DEST:
return True
else:
return False
def set_sensor_ip(self, ip):
"""
Set the card IP address
@param ip: IP address of this sensor
"""
logger.debug("Setting sensor IP to %s." % ip)
ip = struct.pack('>I', NET.ip2int(ip))
lophi_packet = self._send_command(G.SENSOR_DISK.OP.REG_WRITE,
G.SENSOR_DISK.ADDR.IP_SENS, ip)
if lophi_packet.header[
'op_code'] == G.SENSOR_DISK.OP.REG_WRITE and lophi_packet.header[
'memory_addr'] == G.SENSOR_DISK.ADDR.IP_SENS:
return True
else:
return False
def set_dest_ip(self, dest_ip):
"""
Set the destination IP for our SATA frames
@param dest_ip: Destination IP that SATA packets will be sent to
"""
logger.debug("Setting destination IP to %s." % dest_ip)
ip = struct.pack('>I', NET.ip2int(dest_ip))
lophi_packet = self._send_command(G.SENSOR_DISK.OP.REG_WRITE,
G.SENSOR_DISK.ADDR.IP_DEST, ip)
if lophi_packet.header[
'op_code'] == G.SENSOR_DISK.OP.REG_WRITE and lophi_packet.header[
'memory_addr'] == G.SENSOR_DISK.ADDR.IP_DEST:
return True
else:
return False