def vm(self, ip):
'''
list vm related rules
:param ip: vm ip
:return:
'''
debug("Try to show vm rules, ip=%s\n" % ip)
port_id = get_port_id_from_ip(ip)
debug('The port id is %s\n' % port_id)
if not port_id:
warn('No port id is found for ip=%s\n' % ip)
return
output(color_str('## IP = %s, port = %s\n' % (ip, port_id), 'r'))
br_port = find_br_ports(port_id)
if not br_port:
warn('No br port is found for ip=%s\n' % ip)
return
debug('The br port is %s\n' % br_port)
rules_dic = self._query_port_rules(br_port)
if rules_dic:
output(
color_str(
_format_str_iptables_rule_ %
('PKTS', 'SOURCE', 'DESTINATION', 'PROT', 'OTHER'), 'b'))
for r in rules_dic:
if rules_dic[r]:
output('%s:\n' % r)
self._fmt_show_rules(rules_dic[r])
def vm(self, ip):
'''
list vm related rules
:param ip: vm ip
:return:
'''
debug("Try to show vm rules, ip=%s\n" % ip)
port_id = get_port_id_from_ip(ip)
debug('The port id is %s\n' % port_id)
if not port_id:
warn('No port id is found for ip=%s\n' % ip)
return
output(color_str('## IP = %s, port = %s\n' % (ip, port_id), 'r'))
br_port = find_br_ports(port_id)
if not br_port:
warn('No br port is found for ip=%s\n' % ip)
return
debug('The br port is %s\n' % br_port)
rules_dic = self._query_port_rules(br_port)
if rules_dic:
output(color_str( _format_str_iptables_rule_ % (
'PKTS', 'SOURCE', 'DESTINATION', 'PROT', 'OTHER'), 'b'))
for r in rules_dic:
if rules_dic[r]:
output('%s:\n' % r)
self._fmt_show_rules(rules_dic[r])
def do_set(self, arg):
"""
<bridge> set
Set the default bridge
"""
if not arg:
output('Argument is missed\n')
elif not br_exists(arg):
output('The bridge does not exist.\n You can check available bridges using show\n')
else:
self.prompt = color_str('g', PROMPT_KW[:-2] + ':%s> ' % color_str('b', arg))
self.bridge = arg
output('Set the default bridge to %s.\n' % self.bridge)
def do_set(self, arg):
"""
<bridge> set
Set the default bridge
"""
if not arg:
output('Argument is missed\n')
elif not br_exists(arg):
output('The bridge does not exist.\n You can check available bridges using show\n')
else:
self.prompt = color_str('g', PROMPT_KW[:-2] + ':%s> ' % color_str('b', arg))
self.bridge = arg
output('Set the default bridge to %s.\n' % self.bridge)
def do_set(self, arg):
"""
<bridge> set
Set the default bridge
"""
if not arg:
output("Argument is missed\n")
elif not br_exists(arg):
output("The bridge does not exist.\n You can check available bridges using show\n")
else:
self.prompt = color_str("g", PROMPT_KW[:-2] + ":%s> " % color_str("b", arg))
self.bridge = arg
output("Set the default bridge to %s.\n" % self.bridge)
def __init__(self, stdin=sys.stdin, foreground=True):
self.bridge = None # default bridge
self.ipt = None
self.nss = None
self.dvr = None
if foreground:
self.prompt = color_str(PROMPT_KW, 'g')
self.stdin = stdin
self.in_poller = poll()
self.in_poller.register(stdin)
Cmd.__init__(self)
output("***\n Welcome to EasyOVS %s, "
"type help to see available cmds.\n***\n" % VERSION)
info('*** Starting CLI:\n')
debug("==Loading credentials==\n")
debug("auth_url = %s\n" % os.getenv('OS_AUTH_URL') or
cfg.CONF.OS.auth_url)
debug("username = %s\n" % os.getenv('OS_USERNAME') or
cfg.CONF.OS.username)
passwd = os.getenv('OS_PASSWORD') or cfg.CONF.OS.password
passwd = passwd[:len(passwd)/4] + "****" + passwd[-len(passwd)/4:]
debug("password = %s\n" % passwd)
debug("tenant_name = %s\n" % os.getenv('OS_TENANT_NAME') or
cfg.CONF.OS.tenant_name)
while True:
try:
#if self.isatty():
#quietRun( 'stty sane' )
self.cmdloop()
break
except KeyboardInterrupt:
info('\nInterrupt\n')
def show_port_info(keywords):
'''
:param keyword: might be the ip address or substring of the id string
:return: related port
'''
for keyword in keywords.replace(',', ' ').split():
port = neutron_handler.query_port_by_id(keyword) or \
neutron_handler.query_port_by_ip(keyword)
if port:
output(color_str('b', '## port_id = %s\n' % (port.get('id'))))
for k in port:
output('%s: %s\n' %(k, port.get(k)))
else:
output('%s\n' %(color_str('r', 'No port is found, please '
'check your tenant information')))
def query_info(keywords):
"""
:param keyword: might be the ip address or substring of the id string
:return: related port
"""
for keyword in keywords.replace(',', ' ').split():
port = \
neutron_handler.query_port_by_id(keyword) or \
neutron_handler.query_port_by_ip(keyword)
if port:
output(color_str('## port_id = %s\n' % (port.get('id')), 'b'))
for k in port:
output('%s: %s\n' % (k, port.get(k)))
else:
output('%s\n' % (color_str('No port is found, please '
'check your tenant info', 'r')))
def __init__(self, stdin=sys.stdin, foreground=True):
self.bridge = None # default bridge
self.ipt = IPtables()
if foreground:
output('EasyOVS %s, type help for information\n' % VERSION)
self.prompt = color_str(PROMPT_KW, 'g')
self.stdin = stdin
self.in_poller = poll()
self.in_poller.register(stdin)
Cmd.__init__(self)
output("***\n Welcome to EasyOVS,"
"type help to see available commands.\n***\n")
info('*** Starting CLI:\n')
debug("==Loading credentials==\n")
debug("auth_url = %s\n" % os.getenv('OS_AUTH_URL')
or cfg.CONF.OS.auth_url)
debug("username = %s\n" % os.getenv('OS_USERNAME')
or cfg.CONF.OS.username)
passwd = os.getenv('OS_PASSWORD') or cfg.CONF.OS.password
passwd = passwd[:len(passwd) / 4] + "****" + passwd[-len(passwd) /
4:]
debug("password = %s\n" % passwd)
debug("tenant_name = %s\n" % os.getenv('OS_TENANT_NAME')
or cfg.CONF.OS.tenant_name)
while True:
try:
#if self.isatty():
#quietRun( 'stty sane' )
self.cmdloop()
break
except KeyboardInterrupt:
info('\nInterrupt\n')
def fmt_output(self):
if self.packet > 0:
result = color_str('g',self._format_str_ % (self.id, self.table, self.packet, self.priority,
compress_mac_str(self.match), self.actions))
else:
result = self._format_str_ % (self.id, self.table, self.packet, self.priority, compress_mac_str(self.match),
self.actions)
output(result)
def br_show(name):
"""
Show information of a given bridges.
"""
ovs_ports = Bridge(name).get_ports()
if not ovs_ports:
return
neutron_ports = neutron_handler.get_neutron_ports()
debug('get neutron_ports\n')
content = []
mac_ip_show = False
for intf in ovs_ports: # e.g., qvo-xxx, int-br-eth0, qr-xxx, tapxxx
port, tag, intf_type = \
ovs_ports[intf]['port'], ovs_ports[intf]['vlan'], ovs_ports[
intf]['type']
if neutron_ports and intf[3:] in neutron_ports:
p = neutron_ports[intf[3:]]
vm_ips = ','.join(
map(lambda x: x.get('ip_address'), p['fixed_ips']))
vm_mac = p.get('mac_address')
mac_ip_show = True
else:
vm_ips, vm_mac = '', ''
content.append((intf, port, tag, intf_type, vm_ips, vm_mac))
# output('%-20s%-8s%-16s%-24s%-8s\n' %(intf,port,vmIP,vmMac,tag))
content.sort(key=lambda x: x[1]) # sort by port
content.sort(key=lambda x: x[4]) # sort by vm_ip
content.sort(key=lambda x: x[3]) # sort by type
output(
color_str('%-20s%-12s%-8s%-12s' % ('Intf', 'Port', 'Vlan', 'Type'),
'r'))
if mac_ip_show:
output(color_str('%-16s%-24s\n' % ('vmIP', 'vmMAC'), 'r'))
else:
output('\n')
i = 0
for _ in content:
#color = ['w','g'][i%2]
color = 'b'
output(
color_str('%-20s%-12s%-8s%-12s' % (_[0], _[1], _[2], _[3]), color))
if mac_ip_show:
output(color_str('%-16s%-24s\n' % (_[4], _[5]), color))
else:
output('\n')
i += 1
def list(self):
"""
List existing namespaces in the system
:return:
"""
ns_list = self.get_ids()
if not ns_list:
warn('No namespace exists\n')
return
output(color_str('%d namespaces:\n ' % len(ns_list), 'b'))
ns_list_valid = filter(lambda x: not NameSpace(x).is_empty(), ns_list)
ns_list_empty = filter(lambda x: NameSpace(x).is_empty(), ns_list)
if ns_list_valid:
output(color_str('%s\n' % '\t'.join(ns_list), 'b'))
if ns_list_empty:
output('%s\n' % '\t'.join(ns_list))
def list(self):
"""
List existing namespaces in the system
:return:
"""
ns_list = self.get_ids()
if not ns_list:
warn('No namespace exists\n')
return
output(color_str('%d namespaces:\n ' % len(ns_list), 'b'))
ns_list_valid = filter(lambda x: not NameSpace(x).is_empty(), ns_list)
ns_list_empty = filter(lambda x: NameSpace(x).is_empty(), ns_list)
if ns_list_valid:
output(color_str('%s\n' % '\t'.join(ns_list), 'b'))
if ns_list_empty:
output('%s\n' % '\t'.join(ns_list))
def br_show(bridge):
"""
Show information of a given bridges.
"""
ovs_ports = br_getports(bridge)
if not ovs_ports:
return
neutron_ports = neutron_handler.get_neutron_ports()
debug('get neutron_ports', neutron_ports)
content = []
mac_ip_show = False
for intf in ovs_ports: # e.g., qvo-xxx, int-br-eth0, qr-xxx, tapxxx
port, tag, intf_type = \
ovs_ports[intf]['port'], ovs_ports[intf]['vlan'], ovs_ports[
intf]['type']
if neutron_ports and intf[3:] in neutron_ports:
p = neutron_ports[intf[3:]]
vm_ips = ','.join(map(lambda x: x.get('ip_address'),
p['fixed_ips']))
vm_mac = p.get('mac_address')
mac_ip_show = True
else:
vm_ips, vm_mac = '', ''
content.append((intf, port, tag, intf_type, vm_ips, vm_mac))
# output('%-20s%-8s%-16s%-24s%-8s\n' %(intf,port,vmIP,vmMac,tag))
content.sort(key=lambda x: x[1]) # sort by port
content.sort(key=lambda x: x[4]) # sort by vm_ip
content.sort(key=lambda x: x[3]) # sort by type
output(color_str('r', '%-20s%-12s%-8s%-12s'
% ('Intf', 'Port', 'Vlan', 'Type')))
if mac_ip_show:
output(color_str('r', '%-16s%-24s\n' % ('vmIP', 'vmMAC')))
else:
output('\n')
i = 0
for _ in content:
#color = ['w','g'][i%2]
color = 'b'
output(color_str(color, '%-20s%-12s%-8s%-12s'
% (_[0], _[1], _[2], _[3])))
if mac_ip_show:
output(color_str(color, '%-16s%-24s\n' % (_[4], _[5])))
else:
output('\n')
i += 1
def show(self):
'''
Print all rules in this chain
:return:
'''
output(color_str("chain=%s, policy=%s\n" % (self.name, self.policy),
'b'))
for r in self.rules:
r.show()
def show(self):
'''
Print all rules in this chain
:return:
'''
output(
color_str("chain=%s, policy=%s\n" % (self.name, self.policy), 'b'))
for r in self.rules:
r.show()
def show(self, chain=None):
'''
Get rules from this table
:param chain:
:return:
'''
output(color_str("===table=%s===\n" % self.name, 'r'))
for cn in self.chains:
if not chain or cn.upper() == chain.upper():
self.chains[cn].show()
def show(self, chain=None):
'''
Get rules from this table
:param chain:
:return:
'''
output(color_str("===table=%s===\n" % self.name, 'r'))
for cn in self.chains:
if not chain or cn.upper() == chain.upper():
self.chains[cn].show()
def show_iptables_rules(ips):
"""
Show the iptables rules of given vm ips.
"""
for ip in ips.replace(',', ' ').split():
port_id = get_port_id_from_ip(ip)
if not port_id:
output('No local addr %s exists.\n' % ip)
continue
output(color_str('r', '## IP = %s, port = %s\n' % (ip, port_id)))
rules_dic = get_iptables_rules(port_id)
if rules_dic:
output(color_str('b', _format_str_iptables_rule_ % ('PKTS',
'SOURCE',
'DESTINATION', 'PROT', 'OTHER')))
for r in rules_dic:
if rules_dic[r]:
output('%s:\n' % r)
fmt_show_rules(rules_dic[r])
def fmt_output(self):
if self.packet > 0:
result = color_str(
'g', self._format_str_ %
(self.id, self.table, self.packet, self.priority,
compress_mac_str(self.match), self.actions))
else:
result = self._format_str_ % (
self.id, self.table, self.packet, self.priority,
compress_mac_str(self.match), self.actions)
output(result)
def do_exit(self, _arg):
"""
Go up one level in the command mode structure. If
already at the top level, exit from the command line
interface and log out.
"""
if self.bridge:
self.bridge = None
self.prompt = color_str("g", PROMPT_KW)
else:
return self.do_quit(_arg)
def do_exit(self, _arg):
"""
Go up one level in the command mode structure. If
already at the top level, exit from the command line
interface and log out.
"""
if self.bridge:
self.bridge = None
self.prompt = color_str('g', PROMPT_KW)
else:
return self.do_quit(_arg)
def br_show(name):
"""
Show information of a given bridges.
"""
ovs_ports = Bridge(name).get_ports()
if not ovs_ports:
return
neutron_ports = neutron_handler.get_neutron_ports()
debug("get neutron_ports\n")
content = []
mac_ip_show = False
for intf in ovs_ports: # e.g., qvo-xxx, int-br-eth0, qr-xxx, tapxxx
port, tag, intf_type = ovs_ports[intf]["port"], ovs_ports[intf]["vlan"], ovs_ports[intf]["type"]
if neutron_ports and intf[3:] in neutron_ports:
p = neutron_ports[intf[3:]]
vm_ips = ",".join(map(lambda x: x.get("ip_address"), p["fixed_ips"]))
vm_mac = p.get("mac_address")
mac_ip_show = True
else:
vm_ips, vm_mac = "", ""
content.append((intf, port, tag, intf_type, vm_ips, vm_mac))
# output('%-20s%-8s%-16s%-24s%-8s\n' %(intf,port,vmIP,vmMac,tag))
content.sort(key=lambda x: x[1]) # sort by port
content.sort(key=lambda x: x[4]) # sort by vm_ip
content.sort(key=lambda x: x[3]) # sort by type
output(color_str("%-20s%-12s%-8s%-12s" % ("Intf", "Port", "Vlan", "Type"), "r"))
if mac_ip_show:
output(color_str("%-16s%-24s\n" % ("vmIP", "vmMAC"), "r"))
else:
output("\n")
i = 0
for _ in content:
# color = ['w','g'][i%2]
color = "b"
output(color_str("%-20s%-12s%-8s%-12s" % (_[0], _[1], _[2], _[3]), color))
if mac_ip_show:
output(color_str("%-16s%-24s\n" % (_[4], _[5]), color))
else:
output("\n")
i += 1
def show(self, test_content=None):
"""
Show the namespace content in format
"""
self._load(test_content)
output(color_str("# Namespace = %s\n" % self.id, 'b'))
if len(self.intfs) == 1 and 'lo' == self.intfs.values()[0].get('intf'):
output('Only lo interface existed\n')
return
output(_format_str_ns_intf_ % ('ID', 'Intf', 'Mac', 'IPs'))
for d in self.intfs:
if self.intfs[d].get('intf') != 'lo':
output(_format_str_ns_intf_ %
(d, self.intfs[d].get('intf'), self.intfs[d].get('mac'),
', '.join(self.intfs[d].get('ip'))))
def br_show(bridge):
"""
Show information of a given bridges.
"""
ovs_ports = br_getports(bridge)
if not ovs_ports:
return
neutron_ports = get_neutron_ports()
content = []
mac_ip_show = False
for intf in ovs_ports: # e.g., qvo-xxx, int-br-eth0, qr-xxx, tapxxx
port, tag, intf_type = ovs_ports[intf]['port'], ovs_ports[intf]['vlan'], ovs_ports[intf]['type']
if neutron_ports and intf[3:] in neutron_ports:
vm_ip, vm_mac = neutron_ports[intf[3:]]['ip_address'], neutron_ports[intf[3:]]['mac']
mac_ip_show = True
else:
vm_ip, vm_mac = '', ''
content.append((intf, port, tag, intf_type, vm_ip, vm_mac))
#output('%-20s%-8s%-16s%-24s%-8s\n' %(intf,port,vmIP,vmMac,tag))
content.sort(key=lambda x: x[1]) #sort by port
content.sort(key=lambda x: x[4]) #sort by vm_ip
content.sort(key=lambda x: x[3]) #sort by type
output(color_str('b','%-20s%-12s%-8s%-12s' % ('Intf', 'Port', 'Vlan', 'Type')))
if mac_ip_show:
output(color_str('b', '%-16s%-24s\n' % ('vmIP', 'vmMAC')))
else:
output('\n')
i = 0
for _ in content:
color = ['w','g'][i%2]
output(color_str(color, '%-20s%-12s%-8s%-12s' % (_[0], _[1], _[2], _[3])))
if mac_ip_show:
output(color_str(color, '%-16s%-24s\n' % (_[4], _[5])))
else:
output('\n')
i += 1
def show(self, test_content=None):
"""
Show the namespace content in format
"""
self._load(test_content)
output(color_str("# Namespace = %s\n" % self.id, 'b'))
if len(self.intfs) == 1 and 'lo' == self.intfs.values()[0].get('intf'):
output('Only lo interface existed\n')
return
output(_format_str_ns_intf_ %('ID', 'Intf', 'Mac', 'IPs'))
for d in self.intfs:
if self.intfs[d].get('intf') != 'lo':
output(_format_str_ns_intf_
% ( d, self.intfs[d].get('intf'),
self.intfs[d].get('mac'),
', '.join(self.intfs[d].get('ip'))))
def __init__(self, bridge=None, stdin=sys.stdin):
self.prompt = color_str('g', PROMPT_KW)
self.bridge = bridge
self.stdin = stdin
self.in_poller = poll()
self.in_poller.register(stdin)
Cmd.__init__(self)
output("***\n Welcome to EasyOVS, type help to see available commands.\n***\n")
info('*** Starting CLI:\n')
while True:
try:
#if self.isatty():
#quietRun( 'stty sane' )
self.cmdloop()
break
except KeyboardInterrupt:
info('\nInterrupt\n')
def br_list():
"""
List available bridges.
"""
bridges = get_all_bridges()
if not bridges:
output("None bridge exists. Might try using root privilege?\n")
return
br_info = ""
for br in sorted(bridges.keys()):
br_info += color_str("%s\n" % br, "r")
if bridges[br]["Port"]:
br_info += "\tPort:\t\t%s\n" % (" ".join(sorted(bridges[br]["Port"].keys())))
if bridges[br]["Controller"]:
br_info += "\tController:\t%s\n" % (" ".join(bridges[br]["Controller"]))
if bridges[br]["fail_mode"]:
br_info += "\tFail_Mode:\t%s\n" % (bridges[br]["fail_mode"])
output(br_info)
def __init__(self, bridge=None, stdin=sys.stdin):
self.prompt = color_str('g', PROMPT_KW)
self.bridge = bridge
self.stdin = stdin
self.in_poller = poll()
self.in_poller.register(stdin)
Cmd.__init__(self)
output(
"***\n Welcome to EasyOVS, type help to see available commands.\n***\n"
)
info('*** Starting CLI:\n')
while True:
try:
#if self.isatty():
#quietRun( 'stty sane' )
self.cmdloop()
break
except KeyboardInterrupt:
info('\nInterrupt\n')
def br_list():
"""
List available bridges.
"""
bridges = get_all_bridges()
if not bridges:
output('None bridge exists. Might try using root privilege?\n')
return
br_info = ''
for br in sorted(bridges.keys()):
br_info += color_str("%s\n" % br, 'r')
if bridges[br]['Port']:
br_info += "\tPort:\t\t%s\n" \
% (' '.join(sorted(bridges[br]['Port'].keys())))
if bridges[br]['Controller']:
br_info += "\tController:\t%s\n" \
% (' '.join(bridges[br]['Controller']))
if bridges[br]['fail_mode']:
br_info += "\tFail_Mode:\t%s\n" % (bridges[br]['fail_mode'])
output(br_info)
def __init__(self, bridge=None, stdin=sys.stdin):
self.prompt = color_str('g', PROMPT_KW)
self.bridge = bridge
self.stdin = stdin
self.in_poller = poll()
self.in_poller.register(stdin)
Cmd.__init__(self)
output("***\n Welcome to EasyOVS, type help to see available commands.\n***\n")
info('*** Starting CLI:\n')
debug("==cfg.ADMIN==\n")
debug("auth_url = %s\n" % cfg.CONF.OS.auth_url)
debug("username = %s\n" % cfg.CONF.OS.username)
debug("password = %s\n" % cfg.CONF.OS.password)
debug("tenant_name = %s\n" % cfg.CONF.OS.tenant_name)
while True:
try:
#if self.isatty():
#quietRun( 'stty sane' )
self.cmdloop()
break
except KeyboardInterrupt:
info('\nInterrupt\n')
def __init__(self, bridge=None, stdin=sys.stdin):
self.prompt = color_str("g", PROMPT_KW)
self.bridge = bridge
self.stdin = stdin
self.in_poller = poll()
self.in_poller.register(stdin)
Cmd.__init__(self)
output("***\n Welcome to EasyOVS, type help to see available commands.\n***\n")
info("*** Starting CLI:\n")
debug("==cfg.ADMIN==\n")
debug("auth_url = %s\n" % cfg.CONF.OS.auth_url)
debug("username = %s\n" % cfg.CONF.OS.username)
debug("password = %s\n" % cfg.CONF.OS.password)
debug("tenant_name = %s\n" % cfg.CONF.OS.tenant_name)
while True:
try:
# if self.isatty():
# quietRun( 'stty sane' )
self.cmdloop()
break
except KeyboardInterrupt:
info("\nInterrupt\n")
def banner_output():
output(
color_str(
'%-3s%-4s%-10s%-6s%-60s%-20s\n' %
('ID', 'TAB', 'PKT', 'PRI', 'MATCH', 'ACT'), 'g'))
def banner_output():
output(color_str('%-3s%-4s%-10s%-6s%-60s%-20s\n'
% ('ID', 'TAB', 'PKT', 'PRI', 'MATCH', 'ACT'), 'g'))