def genNotifications(self):
self.fo.write("# notifications (traps) \n")
for notif in self.smimodule.get_notifications():
initdict = {"OID": repr(Basetypes.ObjectIdentifier(notif.OID))}
self.fo.write(genClass(notif, Objects.NotificationObject,
initdict))
self._genOIDItem(notif.OID, notif.name)
def createAndWait(self, session, *indexargs, **attribs):
vbl = self._create_vbl(*indexargs, **attribs)
vbl.append(
Basetypes.VarBind(
Basetypes.ObjectIdentifier(self.rowstatus.OID + self.indexoid),
self.rowstatus.syntaxobject(4))) # create and go
session.set(vbl)
return self
def genNodes(self):
self.fo.write("# nodes\n")
for node in self.smimodule.get_nodes(SMI.SMI_NODEKIND_NODE):
if node.name:
initdict = {}
initdict["name"] = repr(node.name)
initdict["OID"] = repr(Basetypes.ObjectIdentifier(node.OID))
self.fo.write(genClass(node, Objects.NodeObject, initdict))
self._genOIDItem(node.OID, node.name)
self.fo.write("\n")
def _make_index_oid(self, indexargs):
assert len(indexargs) == len(self.index)
indexoid = Basetypes.ObjectIdentifier()
i = 0
for idx in indexargs[:-1]:
indexoid.extend(Basetypes.oid(self.index[i].syntaxobject(idx)))
i += 1
end = self.index[i].syntaxobject(indexargs[-1])
end.implied = self.index.implied
indexoid.extend(Basetypes.oid(end))
return indexoid
def genColumns(self):
self.fo.write("# columns\n")
for col in self.smimodule.get_columns():
initdict = {}
initdict["syntaxobject"] = so = self._getSyntax(col)
if so.find("Enumeration") >= 0:
initdict["enumerations"] = col.syntax.enumerations
initdict["OID"] = repr(Basetypes.ObjectIdentifier(col.OID))
self.fo.write(genClass(col, Objects.ColumnObject, initdict))
self.fo.write("\n")
self._genOIDItem(col.OID, col.name)
def genGroups(self):
self.fo.write("# groups \n")
for group in self.smimodule.get_groups():
if group.status not in (SMI.SMI_STATUS_CURRENT,
SMI.SMI_STATUS_DEPRECATED,
SMI.SMI_STATUS_MANDATORY):
continue
initdict = {}
initdict["OID"] = repr(Basetypes.ObjectIdentifier(group.OID))
grouplist = []
for el in group.get_elements():
n = el.get_node()
grouplist.append(n.name)
initdict["group"] = "[%s]" % ", ".join(grouplist)
self.fo.write(genClass(group, Objects.GroupObject, initdict))
self._genOIDItem(group.OID, group.name)
def genScalars(self):
self.fo.write("# scalars \n")
for scalar in self.smimodule.get_scalars():
if scalar.status not in \
(SMI.SMI_STATUS_DEPRECATED,
SMI.SMI_STATUS_CURRENT,
SMI.SMI_STATUS_MANDATORY):
continue # do not expose optional or obsolete objects
initdict = {}
initdict["syntaxobject"] = so = self._getSyntax(scalar)
if so.find("Enumeration") >= 0:
initdict["enumerations"] = scalar.syntax.enumerations
initdict["OID"] = repr(Basetypes.ObjectIdentifier(scalar.OID))
self.fo.write(genClass(scalar, Objects.ScalarObject, initdict))
self.fo.write("\n")
self._genOIDItem(scalar.OID, scalar.name)
def genRows(self):
self.fo.write("# rows \n")
for row in self.smimodule.get_rows():
if row.status not in (SMI.SMI_STATUS_DEPRECATED,
SMI.SMI_STATUS_CURRENT,
SMI.SMI_STATUS_MANDATORY):
continue
initdict = {}
columns = "{%s}" % ", ".join(["%r: %s" % (s, s) for s in self._get_colnames(row)])
initdict["columns"] = columns
initdict["index"] = self._genIndexObjects(row)
rowstatus = row.rowstatus
if rowstatus:
initdict["rowstatus"] = row.rowstatus.name
initdict["OID"] = repr(Basetypes.ObjectIdentifier(row.OID))
self.fo.write(genClass(row, Objects.RowObject, initdict))
self.fo.write("\n")
def _oid_(self):
new = Basetypes.ObjectIdentifier()
self[-1].implied = self.implied
for obj in self:
new.extend(Basetypes.oid(obj))
return new