/usr/lib/rads/venv/lib/python3.13/site-packages/dns/__pycache__
Edit: /usr/lib/rads/venv/lib/python3.13/site-packages/dns/__pycache__/message.cpython-313.pyc (85931B)
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$)&)r c U R S $ )zRAs much of the message as could be processed.
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FIJ r rF c & \ rS rSrS\S\4S jrSrg) MessageErrorx exceptionoffsetc Xl X l g r, rX rY )r/ rX rY s r r. MessageError.__init__y s " r r[ N)r r r r Exceptionintr. r r
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S\4SA j5 r:\0S+\;S4SB j5 r)reprrc r5 s r __repr__Message.__repr__ s "T$'']2S88r c " U R 5 $ r, )to_textr5 s r __str__Message.__str__ s ||~ r rq
relativizekwc [ R " 5 nUR SU R - 5 UR S[ R
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$ )zConvert the message to text.
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arguments are passed to the RRset ``to_wire()`` method.
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zid %d
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zrcode zflags r zedns zeflags z payload %d
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% r r c [ U R 5 H u p#XL d M U R U5 s $ [ S5 e)zReturn the "section number" of the specified section for use
in indexing.
*section* is one of the section attributes of this message.
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zunknown section)r ri r
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6NA%))!,, 7 *++r numberc V U R R U5 nU R U $ )zReturn the section list associated with the specified section
number.
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name.
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)r makeri )r/ r r s r r Message.section_from_numberG s) $$))&1}}W%%r Fr rdclassrdtypecoversdeletingcreate force_unique
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[ U[ 5 ( a [ R R X)S9n[ R R R U5 n[ R R R U5 n[ R R R U5 nUb) [ R R R U5 nXX4XV4n U( dS U R b! U R R U 5 n U b U $ O%U H n U R! X#XEU5 ( d M U s $ U( d [" e[ R$ R' X#XEU5 n UR) U 5 U R b XR U ' U $ )a Find the RRset with the given attributes in the specified section.
*section*, an ``int`` section number, a ``str`` section name, or one of
the section attributes of this message. This specifies the
the section of the message to search. For example::
my_message.find_rrset(my_message.answer, name, rdclass, rdtype)
my_message.find_rrset(dns.message.ANSWER, name, rdclass, rdtype)
my_message.find_rrset("ANSWER", name, rdclass, rdtype)
*name*, a ``dns.name.Name`` or ``str``, the name of the RRset.
*rdclass*, an ``int`` or ``str``, the class of the RRset.
*rdtype*, an ``int`` or ``str``, the type of the RRset.
*covers*, an ``int`` or ``str``, the covers value of the RRset.
The default is ``dns.rdatatype.NONE``.
*deleting*, an ``int``, ``str``, or ``None``, the deleting value of the
RRset. The default is ``None``.
*create*, a ``bool``. If ``True``, create the RRset if it is not found.
The created RRset is appended to *section*.
*force_unique*, a ``bool``. If ``True`` and *create* is also ``True``,
create a new RRset regardless of whether a matching RRset exists
already. The default is ``False``. This is useful when creating
DDNS Update messages, as order matters for them.
*idna_codec*, a ``dns.name.IDNACodec``, specifies the IDNA
encoder/decoder. If ``None``, the default IDNA 2003 encoder/decoder
is used.
Raises ``KeyError`` if the RRset was not found and create was
``False``.
Returns a ``dns.rrset.RRset object``.
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$ f = f)a Get the RRset with the given attributes in the specified section.
If the RRset is not found, None is returned.
*section*, an ``int`` section number, a ``str`` section name, or one of
the section attributes of this message. This specifies the
the section of the message to search. For example::
my_message.get_rrset(my_message.answer, name, rdclass, rdtype)
my_message.get_rrset(dns.message.ANSWER, name, rdclass, rdtype)
my_message.get_rrset("ANSWER", name, rdclass, rdtype)
*name*, a ``dns.name.Name`` or ``str``, the name of the RRset.
*rdclass*, an ``int`` or ``str``, the class of the RRset.
*rdtype*, an ``int`` or ``str``, the type of the RRset.
*covers*, an ``int`` or ``str``, the covers value of the RRset.
The default is ``dns.rdatatype.NONE``.
*deleting*, an ``int``, ``str``, or ``None``, the deleting value of the
RRset. The default is ``None``.
*create*, a ``bool``. If ``True``, create the RRset if it is not found.
The created RRset is appended to *section*.
*force_unique*, a ``bool``. If ``True`` and *create* is also ``True``,
create a new RRset regardless of whether a matching RRset exists
already. The default is ``False``. This is useful when creating
DDNS Update messages, as order matters for them.
*idna_codec*, a ``dns.name.IDNACodec``, specifies the IDNA
encoder/decoder. If ``None``, the default IDNA 2003 encoder/decoder
is used.
Returns a ``dns.rrset.RRset object`` or ``None``.
N)r r ) r/ r r r r r r r r r r s r get_rrsetMessage.get_rrset sS f
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nU$ )az Returns the number of records in the specified section.
*section*, an ``int`` section number, a ``str`` section name, or one of
the section attributes of this message. This specifies the
the section of the message to count. For example::
my_message.section_count(my_message.answer)
my_message.section_count(dns.message.ANSWER)
my_message.section_count("ANSWER")
c 3 L # U H n[ S [ U5 5 v M g7f)rH N)maxr ).0rrss r (Message.section_count.. s 8C3s8$$s "$rH ) r r^ r r r r r sumrF rS rj rn )r/ r r counts r
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hhqk))F>>#D CIM !D * 88 AID r c U R ( d g[ R " 5 nU R R U5 [ UR 5 5 $ )z)Compute the size required for the TSIG RRr )rn r BytesIOr r r )r/ fs r _compute_tsig_reserve Message._compute_tsig_reserve s< yy JJL ! 1::< r r max_sizemultirr prepend_lengthprefer_truncationc Uc U R b U R nUS:X a U R S:w a
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5 U R H4 n UR U R U R U R 5 M6 U R H/ n UR " [ R R" U 40 UD6 M1 U R$ H/ n UR " [ R R& U 40 UD6 M1 U R( H/ n UR " [ R R* U 40 UD6 M1 UR5 5 U R6 b' UR9 U R6 U R: X5 UR= 5 U R> b [ R> RA URC 5 U RD U R> S [G [H RH " 5 5 U RJ UU5 u pU R> RM 5 U R> RO U 5 UR! [ R R* U R> 5 UR= 5 U( a Xl( URC 5 nXl) U( a [U U5 RW SS5 U- nU$ ! [ R, R. aa U( aX UR0 [ R R* : a- U=R [ R R2 - sl GNe f = f)a Return a string containing the message in DNS compressed wire
format.
Additional keyword arguments are passed to the RRset ``to_wire()``
method.
*origin*, a ``dns.name.Name`` or ``None``, the origin to be appended
to any relative names. If ``None``, and the message has an origin
attribute that is not ``None``, then it will be used.
*max_size*, an ``int``, the maximum size of the wire format
output; default is 0, which means "the message's request
payload, if nonzero, or 65535".
*multi*, a ``bool``, should be set to ``True`` if this message is
part of a multiple message sequence.
*tsig_ctx*, a ``dns.tsig.HMACTSig`` or ``dns.tsig.GSSTSig`` object, the
ongoing TSIG context, used when signing zone transfers.
*prepend_length*, a ``bool``, should be set to ``True`` if the caller
wants the message length prepended to the message itself. This is
useful for messages sent over TCP, TLS (DoT), or QUIC (DoQ).
*prefer_truncation*, a ``bool``, should be set to ``True`` if the caller
wants the message to be truncated if it would otherwise exceed the
maximum length. If the truncation occurs before the additional section,
the TC bit will be set.
Raises ``dns.exception.TooBig`` if *max_size* was exceeded.
Returns a ``bytes``.
r i i rI big),rq rk re rendererRendererrc rh r reserver r{ add_questionr r r r add_rrsetrQ r rR r rS rX TooBigr TCrelease_reservedrj add_optrl write_headerrn signget_wirerm r^ ru ro clearaddrr rv r to_bytes)r/ rq r r rr r r r r opt_reserve tsig_reserver new_tsigctxrv s r r Message.to_wire* s X >dkk 5[[F q=##q( // c>H
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should be added.
*key*, a ``dns.tsig.Key`` is the key to use. If a key is specified,
the *keyring* and *algorithm* fields are not used.
*keyring*, a ``dict``, ``callable`` or ``dns.tsig.Key``, is either
the TSIG keyring or key to use.
The format of a keyring dict is a mapping from TSIG key name, as
``dns.name.Name`` to ``dns.tsig.Key`` or a TSIG secret, a ``bytes``.
If a ``dict`` *keyring* is specified but a *keyname* is not, the key
used will be the first key in the *keyring*. Note that the order of
keys in a dictionary is not defined, so applications should supply a
keyname when a ``dict`` keyring is used, unless they know the keyring
contains only one key. If a ``callable`` keyring is specified, the
callable will be called with the message and the keyname, and is
expected to return a key.
*keyname*, a ``dns.name.Name``, ``str`` or ``None``, the name of
this TSIG key to use; defaults to ``None``. If *keyring* is a
``dict``, the key must be defined in it. If *keyring* is a
``dns.tsig.Key``, this is ignored.
*fudge*, an ``int``, the TSIG time fudge.
*original_id*, an ``int``, the TSIG original id. If ``None``,
the message's id is used.
*tsig_error*, an ``int``, the TSIG error code.
*other_data*, a ``bytes``, the TSIG other data.
*algorithm*, a ``dns.name.Name`` or ``str``, the TSIG algorithm to use. This is
only used if *keyring* is a ``dict``, and the key entry is a ``bytes``.
Nr )r re rn Keyr callabler r nextiterbytesrm rc r, r& mac_sizes) r/ rm r% r( r* r/ r0 r& r s r use_tsigMessage.use_tsig s ^ gsxx|| , ,ChhG
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r c R U R ( a U R R $ g r, )rn r r5 s r r% Message.keyname s 9999>> !r c X U R ( a U R S R $ g r )rn r& r5 s r keyalgorithmMessage.keyalgorithm s 9999Q<)) )r c X U R ( a U R S R $ g r )rn r) r5 s r r) Message.mac s 9999Q<## #r c X U R ( a U R S R $ g r )rn r+ r5 s r r/ Message.tsig_error s 9999Q<%% %r c , [ U R 5 $ r, )boolrn r5 s r had_tsigMessage.had_tsig s DII r c 2 [ R R R R U[ R R U=( d S5 n[ R
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re r! r" OPTr r r$ r rootr^ )rh r r rj s r _make_optMessage._make_opt
sW kkoo!!%%gs}}/@/@'-RPyy##CHHMM3u:sCCr r r r rk r rl c Ub USL a SnOUSL a SnUS: a SU l SU l gUS- nX!S- - nUc / nU R X#U5 U l Uc UnX@l US: a [ S5 eX`l g) a Configure EDNS behavior.
*edns*, an ``int``, is the EDNS level to use. Specifying ``None``, ``False``,
or ``-1`` means "do not use EDNS", and in this case the other parameters are
ignored. Specifying ``True`` is equivalent to specifying 0, i.e. "use EDNS0".
*ednsflags*, an ``int``, the EDNS flag values.
*payload*, an ``int``, is the EDNS sender's payload field, which is the maximum
size of UDP datagram the sender can handle. I.e. how big a response to this
message can be.
*request_payload*, an ``int``, is the EDNS payload size to use when sending this
message. If not specified, defaults to the value of *payload*.
*options*, a list of ``dns.edns.Option`` objects or ``None``, the EDNS options.
*pad*, a non-negative ``int``. If 0, the default, do not pad; otherwise add
padding bytes to make the message size a multiple of *pad*. Note that if
padding is non-zero, an EDNS PADDING option will always be added to the
message.
NFr Tr l ~ r_ zpad must be non-negative)rj rk rK r rl )r/ r r r rk r rl s r use_ednsMessage.use_edns s @ <45=D
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#I #I ~~i'BDH &")#2 Qw !;<<Hr c J U R ( a U R S- S- $ g)Ni r_ r )rj r r5 s r r Message.ednsD s 88NNX-"4 4r c R U R ( a U R R $ gr )rj ttlr5 s r r Message.ednsflagsK s 8888<< r c U R ( a XR l g U( a U R U5 U l g g r, )rj rS rK r s r r rT R s* 88 HHL
~~a(DH r c X U R ( a U R S R $ gr )rj r r5 s r r Message.payloadY s 8888A;&& &r c X U R ( a U R S R $ g)Nr r
)rj r r5 s r r Message.options` s 8888A;&& &r wantedc U( a. U =R [ R R - sl gU R ( a8 U =R [ [ R R 5 ) - sl gg)zEnable or disable 'DNSSEC desired' flag in requests.
*wanted*, a ``bool``. If ``True``, then DNSSEC data is
desired in the response, EDNS is enabled if required, and then
the DO bit is set. If ``False``, the DO bit is cleared if
EDNS is enabled.
N)r re rh DOrj r^ )r/ rZ s r want_dnssecMessage.want_dnssecg sG NNciill *N
XX NNs399<< 0 0 0N r c [ R R [ U R 5 [ U R
5 5 $ )z2Return the rcode.
Returns a ``dns.rcode.Rcode``.
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OS 5HIIr r c [ R R U5 u p#U =R S- sl U =R U- sl U =R S- sl U =R U- sl g)zESet the rcode.
*rcode*, a ``dns.rcode.Rcode``, is the rcode to set.
i i N)re r to_flagsrh r )r/ r valueevalues r set_rcodeMessage.set_rcode| sR
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*$ & r c f [ R R [ U R 5 5 $ )z5Return the opcode.
Returns a ``dns.opcode.Opcode``.
)re r r r^ rh r5 s r r Message.opcode s!
zz$$S_55r r c U =R S- sl U =R [ R R U5 - sl g)zJSet the opcode.
*opcode*, a ``dns.opcode.Opcode``, is the opcode to set.
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set_opcodeMessage.set_opcode s/
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r otypec h U R Vs/ s H o"R U:X d M UPM sn$ s snf )z1Return the list of options of the specified type.)r rl )r/ rl r s r get_optionsMessage.get_options s' %)\\K\6\\U5J\KKKs //c [ [ [ R R U R [ R R R 5 5 $ )zBReturn the list of Extended DNS Error (EDE) options in the message)r r re r EDEOptionrn
OptionTypeEDEr5 s r extended_errorsMessage.extended_errors s9 D++,d.>.>sxx?R?R?V?V.WXXr c U$ r, r
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:w a [ eXVS S4$ )NrH F) re r rI rF rS rj r rJ r r# r" r" )r/ r r positionr r r s r _parse_special_rr_header Message._parse_special_rr_header s S]]&& &>44488388==(
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ChainingResulti a The result of a call to dns.message.QueryMessage.resolve_chaining().
The ``answer`` attribute is the answer RRSet, or ``None`` if it doesn't
exist.
The ``canonical_name`` attribute is the canonical name after all
chaining has been applied (this is the same name as ``rrset.name`` in cases
where rrset is not ``None``).
The ``minimum_ttl`` attribute is the minimum TTL, i.e. the TTL to
use if caching the data. It is the smallest of all the CNAME TTLs
and either the answer TTL if it exists or the SOA TTL and SOA
minimum values for negative answers.
The ``cnames`` attribute is a list of all the CNAME RRSets followed to
get to the canonical name.
canonical_namer minimum_ttlcnamesc 4 Xl X l X0l X@l g r, )r r r r )r/ r r r r s r r. ChainingResult.__init__ s - & r )r r r r N)r r r r r re r r r r r r^ r r. r r
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RRset.
Raises ``dns.message.NotQueryResponse`` if the message is not
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Raises ``dns.message.ChainTooLong`` if the CNAME chain is too long.
Raises ``dns.message.AnswerForNXDOMAIN`` if the rcode is NXDOMAIN
but an answer was found.
Raises ``dns.exception.FormError`` if the question count is not 1.
Returns a ChainingResult object.
r rH N) rh re r r: r r{ rX FormErrorr rS MAX_TTL MAX_CHAINr r r r minr r CNAMEr targetr= r NXDOMAINr@ r SOAminimumparentNoParentr ) r/ r{ qnamemin_ttlr r r crrsetrdaunamesrrsets r resolve_chaining QueryMessage.resolve_chaining sE :: $ )" " t}} "--)) )==#
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section.
Raises ``dns.message.NotQueryResponse`` if the message is not
a response.
Raises ``dns.message.ChainTooLong`` if the CNAME chain is too long.
Raises ``dns.message.AnswerForNXDOMAIN`` if the rcode is NXDOMAIN
but an answer was found.
Raises ``dns.exception.FormError`` if the question count is not 1.
)r r r5 s r r QueryMessage.canonical_name' s $$&555r r
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question_only: Are we only reading the question?
one_rr_per_rrset: Put each RR into its own RRset?
keyring: TSIG keyring
ignore_trailing: Ignore trailing junk at end of request?
multi: Is this message part of a multi-message sequence?
DNS dynamic updates.
continue_on_error: try to extract as much information as possible from
the message, accumulating MessageErrors in the *errors* attribute instead of
raising them.
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Nz!HHIHr Tz"got signed message without keyringzkey 'z ' unknowni)3r* ri r r r r r rq r r re r rI r# r r{ rX r r restrict_tordatafrom_wire_parserr rp r r r$ rj rm r% r dictr r7 rn r3 r& r4 validaterv r^ ru ro rr r r r r] r r seek)r/ r r r r r rr_start
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tok: the tokenizer.
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last_name: The most recently read name when building a message object.
one_rr_per_rrset: Put each RR into its own RRset?
origin: The origin for relative names
relativize: relativize names?
relativize_to: the origin to relativize to.
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is_whitespaceas_namerq r r r rC r re rX SyntaxErrorr r rc r] INr r{ r r )r/ r r r r r r r s r _question_line_TextReader._question_line s ,,''7 $ /""$$ !XX - -||**DOOT=O=O DN ~~ < ""$$--++ + (nn..u{{;GHHLLNE&&((mm/// ) ((5"&,,"?"? '#
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object.NTHEADER)r r r r
is_commentrc upperr* r r r rw r rF rP r r r] r r )r/ line_methodr r ur* s r r _TextReader.readB sd '' HHLLt,E""$$ !!KK%%'="&"3"3K<< "llG # 0 0 2G%,%:%:%D%DQ%GN <<'. 070M0M 1 11- & )@)@@&*&9&9 &*mm " HHNN5 ! 'E F || --/DL|| ! s 3A2F( & F( (
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+ r r r r r r c < [ XX#XE5 nUR 5 $ )a Convert the text format message into a message object.
The reader stops after reading the first blank line in the input to
facilitate reading multiple messages from a single file with
``dns.message.from_file()``.
*text*, a ``str``, the text format message.
*idna_codec*, a ``dns.name.IDNACodec``, specifies the IDNA
encoder/decoder. If ``None``, the default IDNA 2003 encoder/decoder
is used.
*one_rr_per_rrset*, a ``bool``. If ``True``, then each RR is put
into its own rrset. The default is ``False``.
*origin*, a ``dns.name.Name`` (or ``None``), the
origin to use for relative names.
*relativize*, a ``bool``. If true, name will be relativized.
*relativize_to*, a ``dns.name.Name`` (or ``None``), the origin to use
when relativizing names. If not set, the *origin* value will be used.
Raises ``dns.message.UnknownHeaderField`` if a header is unknown.
Raises ``dns.exception.SyntaxError`` if the text is badly formed.
Returns a ``dns.message.Message object``
)r r )r r r rq r r r s r r r p s% T *JF ;;=r r c [ U [ 5 ( a [ U 5 nO[ R " U 5 nU n [ XU5 sSSS5 $ ! , ( d f O= f e)a| Read the next text format message from the specified file.
Message blocks are separated by a single blank line.
*f*, a ``file`` or ``str``. If *f* is text, it is treated as the
pathname of a file to open.
*idna_codec*, a ``dns.name.IDNACodec``, specifies the IDNA
encoder/decoder. If ``None``, the default IDNA 2003 encoder/decoder
is used.
*one_rr_per_rrset*, a ``bool``. If ``True``, then each RR is put
into its own rrset. The default is ``False``.
Raises ``dns.message.UnknownHeaderField`` if a header is unknown.
Raises ``dns.exception.SyntaxError`` if the text is badly formed.
Returns a ``dns.message.Message object``
N)r r open
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a] Make a query message.
The query name, type, and class may all be specified either
as objects of the appropriate type, or as strings.
The query will have a randomly chosen query id, and its DNS flags
will be set to dns.flags.RD.
qname, a ``dns.name.Name`` or ``str``, the query name.
*rdtype*, an ``int`` or ``str``, the desired rdata type.
*rdclass*, an ``int`` or ``str``, the desired rdata class; the default
is class IN.
*use_edns*, an ``int``, ``bool`` or ``None``. The EDNS level to use; the
default is ``None``. If ``None``, EDNS will be enabled only if other
parameters (*ednsflags*, *payload*, *request_payload*, or *options*) are
set.
See the description of dns.message.Message.use_edns() for the possible
values for use_edns and their meanings.
*want_dnssec*, a ``bool``. If ``True``, DNSSEC data is desired.
*ednsflags*, an ``int``, the EDNS flag values.
*payload*, an ``int``, is the EDNS sender's payload field, which is the
maximum size of UDP datagram the sender can handle. I.e. how big
a response to this message can be.
*request_payload*, an ``int``, is the EDNS payload size to use when
sending this message. If not specified, defaults to the value of
*payload*.
*options*, a list of ``dns.edns.Option`` objects or ``None``, the EDNS
options.
*idna_codec*, a ``dns.name.IDNACodec``, specifies the IDNA
encoder/decoder. If ``None``, the default IDNA 2003 encoder/decoder
is used.
*id*, an ``int`` or ``None``, the desired query id. The default is
``None``, which generates a random query id.
*flags*, an ``int``, the desired query flags. The default is
``dns.flags.RD``.
*pad*, a non-negative ``int``. If 0, the default, do not pad; otherwise add
padding bytes to make the message size a multiple of *pad*. Note that if
padding is non-zero, an EDNS PADDING option will always be added to the
message.
Returns a ``dns.message.QueryMessage``
r r Tr r r rk r r r rl r
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R, [ R( R. R0 :X d M7 SnM; U R3 SSX R4 US9 U R6 ( aF U R9 U R: U R< USUSU R> 5 U R@ U l! U $ )a Make a message which is a response for the specified query.
The message returned is really a response skeleton; it has all of the infrastructure
required of a response, but none of the content.
Response section(s) which are copied are shallow copies of the matching section(s)
in the query, so the query's RRsets should not be changed.
*query*, a ``dns.message.Message``, the query to respond to.
*recursion_available*, a ``bool``, should RA be set in the response?
*our_payload*, an ``int``, the payload size to advertise in EDNS responses.
*fudge*, an ``int``, the TSIG time fudge.
*tsig_error*, an ``int``, the TSIG error.
*pad*, a non-negative ``int`` or ``None``. If 0, the default, do not pad; otherwise
if not ``None`` add padding bytes to make the message size a multiple of *pad*. Note
that if padding is non-zero, an EDNS PADDING option will always be added to the
message. If ``None``, add padding following RFC 8467, namely if the request is
padded, pad the response to 468 otherwise do not pad.
*copy_mode*, a ``dns.message.CopyMode`` or ``None``, determines how sections are
copied. The default, ``None`` copies sections according to the default for the
message's opcode, which is currently ``dns.message.CopyMode.QUESTION`` for all
opcodes. ``dns.message.CopyMode.QUESTION`` copies only the question section.
``dns.message.CopyMode.EVERYTHING`` copies all sections other than OPT or TSIG
records, which are created appropriately if needed. ``dns.message.CopyMode.NOTHING``
copies no sections; note that this mode is for server testing purposes and is
otherwise not recommended for use. In particular, ``dns.message.is_response()``
will be ``False`` if you create a response this way and the rcode is not
``FORMERR``, ``SERVFAIL``, ``NOTIMP``, or ``REFUSED``.
Returns a ``dns.message.Message`` object whose specific class is appropriate for the
query. For example, if query is a ``dns.update.UpdateMessage``, the response will
be one too.
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