def type(self):
"""Get the basic type associated with this node.
:return: The class from :mod:`basictypes` module which can
represent the node. When retrieving a valid value for
this node, the returned class can be instanciated to get
an appropriate representation.
"""
from snimpy import basictypes
if self._override_type:
t = self._override_type
else:
t = _smi.smiGetNodeType(self.node)
target = {
_smi.SMI_BASETYPE_INTEGER32: basictypes.Integer,
_smi.SMI_BASETYPE_INTEGER64: basictypes.Integer,
_smi.SMI_BASETYPE_UNSIGNED32: {b"TimeTicks": basictypes.Timeticks, None: basictypes.Unsigned32},
_smi.SMI_BASETYPE_UNSIGNED64: basictypes.Unsigned64,
_smi.SMI_BASETYPE_OCTETSTRING: {b"IpAddress": basictypes.IpAddress, None: basictypes.OctetString},
_smi.SMI_BASETYPE_OBJECTIDENTIFIER: basictypes.Oid,
_smi.SMI_BASETYPE_ENUM: {b"TruthValue": basictypes.Boolean, None: basictypes.Enum},
_smi.SMI_BASETYPE_BITS: basictypes.Bits,
}.get(t.basetype, None)
if isinstance(target, dict):
tt = _smi.smiGetParentType(t)
target = target.get(
(t.name != ffi.NULL and ffi.string(t.name)) or (tt.name != ffi.NULL and ffi.string(tt.name)) or None,
target.get(None, None),
)
if target is None:
raise SMIException("unable to retrieve type of node")
return target
def fmt(self):
"""Get node format. The node format is a string to use to display
a user-friendly version of the node. This is can be used for
both octet strings or integers (to make them appear as decimal
numbers).
:return: The node format as a string or None if there is no
format available.
"""
if self._override_type:
t = self._override_type
else:
t = _smi.smiGetNodeType(self.node)
tt = _smi.smiGetParentType(t)
f = (
t != ffi.NULL
and t.format != ffi.NULL
and ffi.string(t.format)
or tt != ffi.NULL
and tt.format != ffi.NULL
and ffi.string(tt.format)
) or None
if f is None:
return None
return f.decode("ascii")
def type(self):
"""Get the basic type associated with this node.
:return: The class from :mod:`basictypes` module which can
represent the node. When retrieving a valid value for
this node, the returned class can be instanciated to get
an appropriate representation.
"""
from snimpy import basictypes
if self._override_type:
t = self._override_type
else:
t = _smi.smiGetNodeType(self.node)
if t == ffi.NULL:
raise SMIException("unable to retrieve type of node")
target = {
_smi.SMI_BASETYPE_INTEGER32: basictypes.Integer,
_smi.SMI_BASETYPE_INTEGER64: basictypes.Integer,
_smi.SMI_BASETYPE_UNSIGNED32: {
b"TimeTicks": basictypes.Timeticks,
None: basictypes.Unsigned32
},
_smi.SMI_BASETYPE_UNSIGNED64: basictypes.Unsigned64,
_smi.SMI_BASETYPE_OCTETSTRING: {
b"IpAddress": basictypes.IpAddress,
None: basictypes.OctetString
},
_smi.SMI_BASETYPE_OBJECTIDENTIFIER: basictypes.Oid,
_smi.SMI_BASETYPE_ENUM: {
b"TruthValue": basictypes.Boolean,
None: basictypes.Enum
},
_smi.SMI_BASETYPE_BITS: basictypes.Bits
}.get(t.basetype, None)
if isinstance(target, dict):
tt = _smi.smiGetParentType(t)
target = target.get(
(t.name != ffi.NULL and ffi.string(t.name))
or (tt.name != ffi.NULL and ffi.string(tt.name)) or None,
target.get(None, None))
if target is None:
raise SMIException("unable to retrieve type of node")
return target
def typeName(self):
"""Retrieves the name of the the node's current declared type
(not basic type).
:return: A string representing the current declared type,
suitable for assignment to type.setter.
"""
if self._override_type:
t = self._override_type
else:
t = _smi.smiGetNodeType(self.node)
# This occurs when the type is "implied".
if t.name == ffi.NULL:
t = _smi.smiGetParentType(t)
if t is None or t == ffi.NULL:
raise SMIException("unable to retrieve the declared type " "of the node '{}'".format(self.node.name))
return ffi.string(t.name)
def fmt(self):
"""Get node format. The node format is a string to use to display
a user-friendly version of the node. This is can be used for
both octet strings or integers (to make them appear as decimal
numbers).
:return: The node format as a string or None if there is no
format available.
"""
if self._override_type:
t = self._override_type
else:
t = _smi.smiGetNodeType(self.node)
tt = _smi.smiGetParentType(t)
f = (t != ffi.NULL and t.format != ffi.NULL and ffi.string(t.format)
or tt != ffi.NULL and tt.format != ffi.NULL
and ffi.string(tt.format)) or None
if f is None:
return None
return f.decode("ascii")
def typeName(self):
"""Retrieves the name of the the node's current declared type
(not basic type).
:return: A string representing the current declared type,
suitable for assignment to type.setter.
"""
if self._override_type:
t = self._override_type
else:
t = _smi.smiGetNodeType(self.node)
# This occurs when the type is "implied".
if t.name == ffi.NULL:
t = _smi.smiGetParentType(t)
if t is None or t == ffi.NULL:
raise SMIException("unable to retrieve the declared type "
"of the node '{0}'".format(self.node.name))
return ffi.string(t.name)
