def reinstall(switch_address, interface, port):
with open(reinstall_file, "w+") as f:
switch_ip_parts = switch_address.split(".")
pi_addr = ".".join([
switch_ip_parts[0], switch_ip_parts[1],
str(private_number),
str(port)
])
f.write(pi_addr)
power_cycle.power_cycle(switch_address, interface, port)
def restart(host_ips):
ip_mac_map = {ip: None for ip in host_ips}
with open('{}/{}'.format(direc, hosts_file), 'r') as fd:
for line in fd:
mac, ip = line.split(';')[:2]
ip_mac_map[ip] = mac
for ip in host_ips:
mac = ip_mac_map[ip]
if mac:
switch_port = findport.find_port(mac, switch_ip, community)
if switch_port:
power_cycle.power_cycle(switch_port, switch_ip, community)
def reinstall(host_ip):
host_ip = host_ip[
0] # change later. func should take a list rather than string
with open(direc + '/' + hosts_file, 'r') as fd:
for line in fd:
if host_ip == line.split(';')[1]:
mac = line.split(';')[0]
switch_port = findport.find_port(mac, switch_ip, community)
if switch_port:
with open(direc + '/reinstall.txt', 'w') as f:
f.write(host_ip)
power_cycle.power_cycle(switch_port, switch_ip, community)
else:
print('Switch port not found')
def remshell(pi_address, port_on_localhost):
with open(direc + '/' + hosts_file, 'r') as fd:
for line in fd:
if pi_address == line.split(';')[1]:
mac = line.split(';')[0]
switch_port = findport.find_port(mac, switch_ip, community)
if switch_port:
with open(direc + '/remshell.txt', 'w') as fd:
pi_addr = piaddress + ',' + str(port_on_localhost)
fd.write(pi_addr)
power_cycle.power_cycle(switch_port, switch_ip, community)
else:
print('Switch port not found')
else:
print(pi_address + ' not found')
def mapper(switch_address,interface, port, file):
for portNum in port:
power_cycle.power_cycle(switch_address,interface, portNum)
time.sleep(30)
mac_mapper.mac_mapper(file)
def reinstall(switch_address, interface, port):
with open("reinstall.txt", "w") as f:
network_addr = ip[:7] + str(interface) + "." + str(port)
f.write(network_addr)
power_cycle.power_cycle(switch_address, interface, port)
def restart(switch_address, interface, ports):
for port in ports:
power_cycle.power_cycle(switch_address, interface, port)
def powercycle(switch_ports):
for switch_port in switch_ports:
power_cycle.power_cycle(switch_port, switch_ip, community)
