def get_FrameType(prototype):
try:
return FRAME_TYPE[prototype]
except:
printWARN("extra_Ethernet<get_FrameType> not find " +
str(prototype))
return str(prototype)
def get_img(IP_list_tuple, myIP):
IP_xy = []
for IP_tuple in IP_list_tuple:
for i in IP_tuple:
if not i == myIP:
XY = get_XY(ip=i)
if not XY == None:
IP_xy.append(XY)
printWARN("+" * 100)
mp = smopy.Map(
(min(IP_xy)[0], min(IP_xy)[1], max(IP_xy)[0], max(IP_xy)[1]), z=5)
x = []
y = []
for xy in IP_xy:
x1, y1 = mp.to_pixels(xy[0], xy[1])
x.append(x1)
y.append(y1)
printWARN("*" * 100)
mp.save_png("unit/curmap.png")
plt.figure()
ax = plt.subplot(111)
plt.xticks([])
plt.yticks([])
plt.grid(False)
plt.xlim(0, mp.w)
plt.ylim(mp.h, 0)
plt.axis('off')
plt.tight_layout()
ax.imshow(mp.img)
ax.plot(x, y, 'or')
plt.savefig("unit/plot.png")
def show_IP(self, IP_tuple):
if str(self.myIP) in IP_tuple:
self.IP_list_tuple.append(IP_tuple)
printWARN("IP_tuple" + str(len(self.IP_list_tuple)))
if len(self.IP_list_tuple) >= 100 and self.set_Png:
self.set_Png == False
# self.Thread_cap.stop()
self.Image.setIP(self.IP_list_tuple[:100], self.myIP)
def get_type(self, itype, code):
try:
code_key = list(ICMPTYPE[str(itype)].keys())
if code_key[0] == 'x':
''' random code '''
return ICMPTYPE[str(itype)]['x']
elif len(code_key) == 1 and code_key[0] == '0':
return ICMPTYPE[str(itype)]['0']
else:
return ICMPTYPE[str(itype)][str(code)]
except:
printWARN('icmp key ERROR ', str(itype), str(code))
return None
def print_result(self):
if self.TYPEINFO == None:
printWARN("ERROR")
else:
print('type: {}'.format(self.TYPEINFO.replace("_", " ")))
def restart(self):
printWARN("START Thred")
self.is_stop = False
def stop(self):
printWARN("STOP Thred")
self.is_stop = True