def compile_module(modname, preload=None, all=False):
if preload:
for pm in preload:
SMI.load_module(pm)
smimodule = SMI.get_module(modname)
if not smimodule:
print "Could not load module", modname
return
if all:
for dep in _get_dependents(smimodule):
_compile_module(SMI.get_module(dep))
_compile_module(smimodule)
def compile_module(modname, preload=None, all=False):
if preload:
for pm in preload:
SMI.load_module(pm)
smimodule = SMI.get_module(modname)
if not smimodule:
print "Could not load module", modname
return
if all:
for dep in _get_dependents(smimodule):
_compile_module(SMI.get_module(dep))
_compile_module(smimodule)
def test_index(self):
print("index test: get an Index object of a row")
rtpmib = SMI.get_module("RTP-MIB")
rtpsess = rtpmib.get_node("rtpSessionInverseEntry")
rtpsess_index = rtpsess.get_index()
for ind in rtpsess_index:
print(rtpmib.get_node(ind.name).value)
def compile_everything(all=False):
count = 0
paths = SMI.get_path().split(":")
for dir in paths:
print "Looking in", dir
for modname in os.listdir(dir):
modpath = os.path.join(dir, modname)
if os.path.isfile(modpath):
print "Found module", modname, "compiling..."
try:
compile_module(modname, None, all)
except SMI.SmiError, err:
print "***[", err, "]***"
count += 1
SMI.clear() # clear out mememory
SMI.init()
def test_ipmib(self):
ipmod = SMI.get_module("IP-MIB")
eslist = ipmod.get_scalars()
for es in eslist:
print(es.name, es.syntax)
n = ipmod.get_node("ipForwarding")
print(n.syntax.enumerations)
def test_index(self):
print("index test: get an Index object of a row")
rtpmib = SMI.get_module("RTP-MIB")
rtpsess = rtpmib.get_node("rtpSessionInverseEntry")
rtpsess_index = rtpsess.get_index()
for ind in rtpsess_index:
print(rtpmib.get_node(ind.name).value)
def test_ipmib(self):
ipmod = SMI.get_module("IP-MIB")
eslist = ipmod.get_scalars()
for es in eslist:
print(es.name, es.syntax)
n = ipmod.get_node("ipForwarding")
print(n.syntax.enumerations)
def compile_everything(all=False):
count = 0
paths = SMI.get_path().split(":")
for dir in paths:
print "Looking in", dir
for modname in os.listdir(dir):
modpath = os.path.join(dir, modname)
if os.path.isfile(modpath):
print "Found module", modname, "compiling..."
try:
compile_module(modname, None, all)
except SMI.SmiError, err:
print "***[", err, "]***"
count += 1
SMI.clear() # clear out mememory
SMI.init()
def finalize(self):
self.oidfo.write("}\n")
handle_specials(self.fo, self.smimodule)
self.fo.write("""
# Add to master OIDMAP.
from pycopia import SMI
SMI.update_oidmap(__name__)
""")
def finalize(self):
self.oidfo.write("}\n")
handle_specials(self.fo, self.smimodule)
self.fo.write("""
# Add to master OIDMAP.
from pycopia import SMI
SMI.update_oidmap(__name__)
""")
def test_augments(self):
print("augments test: should see base conceptual row index.")
snmpmib = SMI.get_module("SNMP-COMMUNITY-MIB")
taenode = snmpmib.get_node("snmpTargetAddrExtEntry") # base row with implied index
taenode_index = taenode.get_index()
print(repr(taenode_index))
comm = snmpmib.get_node("snmpCommunityEntry") # augmented row
comm_index = comm.get_index()
print(repr(comm_index))
newoid = comm.OID
print(newoid)
def test_augments(self):
print("augments test: should see base conceptual row index.")
snmpmib = SMI.get_module("SNMP-COMMUNITY-MIB")
taenode = snmpmib.get_node("snmpTargetAddrExtEntry") # base row with implied index
taenode_index = taenode.get_index()
print(repr(taenode_index))
comm = snmpmib.get_node("snmpCommunityEntry") # augmented row
comm_index = comm.get_index()
print(repr(comm_index))
newoid = comm.OID
print(newoid)
def setUp(self):
SMI.load_modules("SNMPv2-SMI", "SNMPv2-TC", "SNMPv2-MIB", "UDP-MIB", "TCP-MIB")
mods = list(SMI.get_modules())
self.mod = mods[-1]
def _get_dependents(module, hash=None):
h = hash or {}
for imp in module.get_imports():
h[imp.module] = True
_get_dependents(SMI.get_module(imp.module), h)
return h.keys()
# bug here... must import Python mibs so that OIDMAP gets created.
from pycopia.mibs import SNMPv2_MIB
from pycopia.mibs import IF_MIB
print "Direct OID list method:"
print box.get([1, 3, 6, 1, 2, 1, 1, 5, 0]) # get OID from some other source
print
print "MIB node and raw SNMP method:"
try:
from pycopia.SMI import SMI
except ImportError, err:
print err
print "you need libsmi and the libsmi wrappers installed for this demo."
else:
oid1 = SMI.get_node('IF-MIB::ifName').OID + [1] # InterfaceIndex
oid2 = SMI.get_node('SNMPv2-MIB::sysName').OID + [0]
# same SNMP methods
for varbind in box.get(oid1, oid2):
print varbind.value
print
print "Abstract API method:"
# get SMI instance
ifname = IF_MIB.ifName(indexoid=[1]) # ColumnObject needs indexoid
sysname = SNMPv2_MIB.sysName()
# Get the SMI using the SNMP session. useful for getting the same MIB variable
# from many devices/sessions (iterate over a list of sessions).
print ifname.get(box)
print sysname.get(box)
# bug here... must import Python mibs so that OIDMAP gets created.
from pycopia.mibs import SNMPv2_MIB
from pycopia.mibs import IF_MIB
print "Direct OID list method:"
print box.get([1, 3, 6, 1, 2, 1, 1, 5, 0]) # get OID from some other source
print
print "MIB node and raw SNMP method:"
try:
from pycopia.SMI import SMI
except ImportError, err:
print err
print "you need libsmi and the libsmi wrappers installed for this demo."
else:
oid1 = SMI.get_node('IF-MIB::ifName').OID + [1] # InterfaceIndex
oid2 = SMI.get_node('SNMPv2-MIB::sysName').OID + [0]
# same SNMP methods
for varbind in box.get(oid1, oid2):
print varbind.value
print
print "Abstract API method:"
# get SMI instance
ifname = IF_MIB.ifName(indexoid=[1]) # ColumnObject needs indexoid
sysname = SNMPv2_MIB.sysName()
# Get the SMI using the SNMP session. useful for getting the same MIB variable
# from many devices/sessions (iterate over a list of sessions).
print ifname.get(box)
print sysname.get(box)
def setUp(self):
SMI.load_modules("SNMPv2-SMI", "SNMPv2-TC", "SNMPv2-MIB", "UDP-MIB", "TCP-MIB")
mods = list(SMI.get_modules())
self.mod = mods[-1]
def _get_dependents(module, hash=None):
h = hash or {}
for imp in module.get_imports():
h[imp.module] = True
_get_dependents(SMI.get_module(imp.module), h)
return h.keys()
def test_types(self):
print(" types test:")
tcmib = SMI.get_module("SNMPv2-TC")
smi_types = tcmib.get_types()
for smi_type in smi_types:
print("Type: ", smi_type, smi_type.snmptype)
def test_types(self):
print(" types test:")
tcmib = SMI.get_module("SNMPv2-TC")
smi_types = tcmib.get_types()
for smi_type in smi_types:
print("Type: ", smi_type, smi_type.snmptype)
