+ hfcsRtRt^RIt^RIt^RIt^RIt^RIt^RIH t ^RIH t ^RI H t ^RI H t .R1Ot] P!4] P !4] P"!4] P$!43t]P(!R]P*4t]P(!R]P*4t]!R24tR t!R R ]4t!R R ]4t!RR]4tR3Rlt Rt!Rt"R4Rlt#R5Rlt$R5Rlt%Rt&^t'^t(!RR]4t)R6Rlt*R6Rlt+R6Rlt,R6Rlt-!RR]4t.Rt/R t0R!t1R"t2!R#R$]4t3]3t4R%t5R&t6R't7R(t8R)t9R*t:R7R+lt;R7R,ltR/t?R0t@R#)8acContains routines for printing protocol messages in text format. Simple usage example:: # Create a proto object and serialize it to a text proto string. message = my_proto_pb2.MyMessage(foo='bar') text_proto = text_format.MessageToString(message) # Parse a text proto string. message = text_format.Parse(text_proto, my_proto_pb2.MyMessage()) z kenton@google.com (Kenton Varda)N)decoder) type_checkers) descriptor) text_encodingz-?inf(?:inity)?f?$znanf?$zgoogle.protobuf.Anycs]tRt^GtRtRtR#)Errorz'Top-level module error for text_format.N)__name__ __module__ __qualname____firstlineno____doc____static_attributes__r@/usr/lib/python3.14/site-packages/google/protobuf/text_format.pyrrGs/r rcsFaa]tRt^KtoRtRV3RlltRtRtRtVt V;t #) ParseErrorz3Thrown in case of text parsing or tokenizing error.cs<Ve=Ve9\V4pVeVRPV4, pRPWA4pVe\\V`V4M\\V`4W nW0nR#)Nz:{0}z {0} : {1})strformatZsuperr__init___line_column)selfmessagelineZcolumnZloc __class__s&&&& r rZParseError.__init__Nslt/ Ic   v}}V$$""30g J&w/ J&(JLr cVP#N)rr&r GetLineZParseError.GetLine[s ::r crr)rrrr GetColumnZParseError.GetColumn^s <<r )rr)NNN) rrrr r rrrr __classdictcell__Z __classcell__)r __classdict__s@@r rrKs; r rcs8a]tRt^btoRtRtRtRtRtVt R#) TextWritercs:\P!4VnR#r)ioZStringIO_writer)ras_utf8&&r rZTextWriter.__init__ds;;=DLr cs8VPPV4#r)r"write)rZvalr$r r%ZTextWriter.writegs <<  c ""r c6VPP4#r)r"closerrr r'ZTextWriter.closejs <<   r cr&r)r"getvaluerrr r(ZTextWriter.getvaluems << ""r )r"N) rrrr rr%r'r(r rr@r r r bs!# ##r r cs\V4p\VV VVVVVVVVV V V V R7pVPV4VP4pVP 4V'dVP 4#V#)a Convert protobuf message to text format. Double values can be formatted compactly with 15 digits of precision (which is the most that IEEE 754 "double" can guarantee) using double_format='.15g'. To ensure that converting to text and back to a proto will result in an identical value, double_format='.17g' should be used. Args: message: The protocol buffers message. as_utf8: Return unescaped Unicode for non-ASCII characters. In Python 3 actual Unicode characters may appear as is in strings. In Python 2 the return value will be valid UTF-8 rather than only ASCII. as_one_line: Don't introduce newlines between fields. use_short_repeated_primitives: Use short repeated format for primitives. pointy_brackets: If True, use angle brackets instead of curly braces for nesting. use_index_order: If True, fields of a proto message will be printed using the order defined in source code instead of the field number, extensions will be printed at the end of the message and their relative order is determined by the extension number. By default, use the field number order. float_format (str): If set, use this to specify float field formatting (per the "Format Specification Mini-Language"); otherwise, shortest float that has same value in wire will be printed. Also affect double field if double_format is not set but float_format is set. double_format (str): If set, use this to specify double field formatting (per the "Format Specification Mini-Language"); if it is not set but float_format is set, use float_format. Otherwise, use ``str()`` use_field_number: If True, print field numbers instead of names. descriptor_pool (DescriptorPool): Descriptor pool used to resolve Any types. indent (int): The initial indent level, in terms of spaces, for pretty print. message_formatter (function(message, indent, as_one_line) -> unicode|None): Custom formatter for selected sub-messages (usually based on message type). Use to pretty print parts of the protobuf for easier diffing. print_unknown_fields: If True, unknown fields will be printed. force_colon: If set, a colon will be added after the field name even if the field is a proto message. Returns: str: A string of the text formatted protocol buffer message. )print_unknown_fields force_colon)r _Printer PrintMessager(r'rstrip)rr# as_one_lineuse_short_repeated_primitivespointy_bracketsuse_index_order float_format double_formatuse_field_numberdescriptor_poolindentmessage_formatterr+r,outprinterresults&&&&&&&&&&&&&& r MessageToStringr=qs{t 7#    #/ ' w <<>&))+ ==? -r c s\V3/VBp\V\4'dV#VPR4'dRMRpVP V4#)zFConvert protobuf message to encoded text format. See MessageToString.r#utf-8Zascii)r= isinstancebytesgetencode)rZkwargstextZcodecs&, r MessageToBytesrDsI  +F +$e KZZ **'% U r csVP\PP8H;'dCVPP ;'d%VPP 4P#r)typerFieldDescriptor TYPE_MESSAGE message_typeZ has_options GetOptionsZ map_entry)fieldrr _IsMapEntryrKsZ ** 22?? ? 4 4    ( ( 4 4    ' ' ) 3 35r csX\WVVVVVVV V V V V VR7pVPV4R#)r:r8r#r0r1r2r3r4r5r6r7r9r+r,N)r-r.)rr:r8r#r0r1r2r3r4r5r6r7r9r+r,r;s&&&&&&&&&&&&&&& r r.r.sD  g$A%%!'%)/ ' wr cN\W#WEWgWV V V V R7 pVPW4R#)%Print a single field name/value pair.r9r+r,N)r- PrintFieldrJvaluer:r8r#r0r1r2r3r4r5r9r+r,r;&&&&&&&&&&&&&& r rPrPs3 S'2$M'8*>!,  .'  U"r crM)z0Print a single field value (not including name).rON)r-PrintFieldValuerQrSr rTrT s3 S'2$M'8*>!,  .'  %'r csVf^RIHpVP4p^RIHpVP4pVP V4pTP T4pT!4# \ dR#i;i)aReturns a protobuf message instance. Args: type_name: Fully-qualified protobuf message type name string. descriptor_pool: DescriptorPool instance. Returns: A Message instance of type matching type_name, or None if the a Descriptor wasn't found matching type_name. N)r7)symbol_database)google.protobufr7ZDefaultrUZFindMessageTypeByNameZKeyErrorZ GetPrototype)Z type_namer7Zpool_modrUZdatabasemessage_descriptorrHs&& r _BuildMessageFromTypeNamerX"sq;&&(O-  $ $ &((>>yI&&'9:,   sA A*)A*csda]tRtRtoRtRRltRtRtRtRt R t R t R t R t R tRtVtR#)r-i@z)Text format printer for protocol message.Nc sWnW nW0nW@nWPnW`nWpnWnV eWnMWnWn Wn Wn Wn Wn R#)aInitialize the Printer. Double values can be formatted compactly with 15 digits of precision (which is the most that IEEE 754 "double" can guarantee) using double_format='.15g'. To ensure that converting to text and back to a proto will result in an identical value, double_format='.17g' should be used. Args: out: To record the text format result. indent: The initial indent level for pretty print. as_utf8: Return unescaped Unicode for non-ASCII characters. In Python 3 actual Unicode characters may appear as is in strings. In Python 2 the return value will be valid UTF-8 rather than ASCII. as_one_line: Don't introduce newlines between fields. use_short_repeated_primitives: Use short repeated format for primitives. pointy_brackets: If True, use angle brackets instead of curly braces for nesting. use_index_order: If True, print fields of a proto message using the order defined in source code instead of the field number. By default, use the field number order. float_format: If set, use this to specify float field formatting (per the "Format Specification Mini-Language"); otherwise, shortest float that has same value in wire will be printed. Also affect double field if double_format is not set but float_format is set. double_format: If set, use this to specify double field formatting (per the "Format Specification Mini-Language"); if it is not set but float_format is set, use float_format. Otherwise, str() is used. use_field_number: If True, print field numbers instead of names. descriptor_pool: A DescriptorPool used to resolve Any types. message_formatter: A function(message, indent, as_one_line): unicode|None to custom format selected sub-messages (usually based on message type). Use to pretty print parts of the protobuf for easier diffing. print_unknown_fields: If True, unknown fields will be printed. force_colon: If set, a colon will be added after the field name even if the field is a proto message. NrL)rr:r8r#r0r1r2r3r4r5r6r7r9r+r,s&&&&&&&&&&&&&&&r rZ_Printer.__init__CsbhHKL")F&**$ (',*. 4"r c sRVP9dR#\VP4VP4pV'dVP VP 4VP 'dRMRpVPPVPR,: RVP: RV: R24VPV4VPPVP'dRMR4R #R#) z5Serializes if message is a google.protobuf.Any field./F: [] T) Ztype_urlrXZTypeNamer7ZMergeFromStringrRr,r:r%r8_PrintMessageFieldValuer0)rrZpacked_messageZcolon&& r _TryPrintAsAnyMessageZ_Printer._TryPrintAsAnyMessages '""" .w/?/?/A/3/C/CEN$$W]]3%%%c2e hhnnDKK#$5$5w7G7GOP "">2 hhnnD,,,S$7  r cs&VPWPVP4pVfR#VPpVP RVP,4VP V4TP VP'dRMR4R#)NFr\r_T)r9r8r0r:r%)rrZ formattedr:rar _TryCustomFormatMessageZ _Printer._TryCustomFormatMessagesm&&w T=M=MNI  ((CIIcDKK IIiIIT%%%c40 r c sVP'dVPV4'dR#VPP\8XdVP V4'dR#VP 4pVP'dVPRR7VEF(wr4\V4'dD\V4F2pVP4!WTV,R7pVPW64K4 KZVP\PP 8XdVP"'dfVP$\PP&8wd=VP$\PP(8wdVP+W44KVFpVPW74K EKVPW44EK+ VP,'d"VP/VP144R#R#)zYConvert protobuf message to text format. Args: message: The protocol buffers message. NcsV^,P'dV^,P#V^,P#)) is_extensionnumberZindex)Zxrr ZZ'_Printer.PrintMessage..s+qt'8'8'8! HadjjHr )key)rgrR)r9rc DESCRIPTOR full_name_ANY_FULL_TYPE_NAMErbZ ListFieldsr3ZsortrKZsorted GetEntryClassrPlabelrrFLABEL_REPEATEDr1cpp_typeCPPTYPE_MESSAGECPPTYPE_STRING"_PrintShortRepeatedPrimitivesValuer+_PrintUnknownFieldsZ UnknownFields)rrZfieldsrJrRrgZ entry_submsgZelements&& r r.Z_Printer.PrintMessagesw  $">">w"G"G $$(;; ""7++    !F  kkHJ  U  %=C ,,.3CjI, //% .! ;;*44CC C  . . .*"<"<"L"LL*"<"<"K"KK  1 1% ?g OOE + %'*     w4467!r c sVPpVEF0pVPRVP,4VP\VP44VP \ 8XdVP'dVPR4M*VPR4V;P^, unVPVP4VP'dVPR4KV;P^,unVPRVP,R,4EK2VP \8XEd\P!\VP4^\VP44wrEV\VP48XdVP'dVPR4M*VPR4V;P^, unVPX4VP'dVPR4EK(V;P^,unVPRVP,R,4EKmVPR4VP\ P"!VPR44TPVP'dRMR 4EKVPR 4VP\VP44TPVP'dRMR 4EK3 R # \d^pELi;i) zPrint unknown fields.r\z { z { z} z} z: "Fz" z" z: r_N)r:r%r8rZ field_numberZ wire_typeWIRETYPE_START_GROUPr0rrZdataWIRETYPE_LENGTH_DELIMITEDrZ_DecodeUnknownFieldSetZ memoryviewlen ExceptionrCEscape)rZunknown_fieldsr:rJZembedded_unknown_messageZposs&& r rrZ_Printer._PrintUnknownFieldss8 ((C iidkk!" iiE&&'( 0 0     ))E  ))F  ++ +   ,     ))D/ ++ + ))C$++%- . ??7 7 -4,J,J$aUZZ-: ) # #ejj/ !     IIe  IIf  KK1 K  " "#; <     IIdO KK1 K IIcDKK'%/ 0 ))F  ))M))%**e< = ))T---E6 : $ #ejj/" )))#t4e 0 # sAM MMc s&VPpVPRVP,4VP'd'VP\ VP 44EM\VP 'dVPR4VPP4P'dyVP\PP8XdPVP\PP8Xd'VPVP P"4MVPVP"4VPR4MjVP\PP$8Xd'VPVP P&4MVPVP&4VP('g*VP*\PP,8wdVPR4R#R#)zPrint field name.r\r]r^rZN)r:r%r8r6rrfrecontaining_typerIZmessage_set_wire_formatrErrFrGrlZLABEL_OPTIONALrHri TYPE_GROUPnamer,rnro)rrJr:s&& r _PrintFieldNameZ_Printer._PrintFieldNamesM ((CIIcDKK   iiELL!"     #  ! ! , , . F F F JJ*44AA A KK:55DD D ))E&&00 1 ))EOO $ # ::33>> > %$$))* ))EJJ   *44DDD iin Er c sVPV4VPPR4VPW4VPPVP'd R4R#R4R#)rNr\r_N)r{r:r%rTr0)rrJrR&&&r rPZ_Printer.PrintFieldsNHHNN3&HHNN$***355r c sVPV4VPPR4\\ V4^, 4F6pVP WV,4VPPR4K8 VP WR,4VPPR4VPPVP 'd R4R#R4R#)z("Prints short repeated primitives value.z [z, r^r\r_N)r{r:r%ZrangerurTr0)rrJrRZis&&& r rqZ+_Printer._PrintShortRepeatedPrimitivesValue&s HHNN4 3u:> " 5(+ hhnnT# b *HHNN3HHNN$***355r cs0VP'dRpRpMRpRpVP'dQVPPRV,4VP V4VPPV4R#VPPRV,4V;P ^, unVP V4V;P ^,unVPPRVP ,V,4R#)<>{}z%s z%s r\N)r2r0r:r%r.r8)rrRZopenbZclosebrar r`Z _Printer._PrintMessageFieldValue2s efef  hhnnUU]#  hhnnV hhnnVe^$ kkQk  kkQk hhnnS4;;&/0r c sVPpVP\PP8XdVP V4R#VP\PP 8XddVPPPVR4pVeVPVP4R#VP\V44R#VP\PP8XdVPR4\V\4'd%VP'gVP!R4pMTpVP"\PP$8XdRpM VPpVP\&P(!WV44VPR4R#VP\PP*8Xd/V'dVPR4R#VPR4R#VP\PP,8XdVP.e.VPRP1VP.V44R#\2P4!V4'dVP\V44R#VP\\6P8!V444R#VP\PP:8Xd<VP<e.VPRP1VP<V44R#VP\V44R#)zPrint a single field value (not including name). For repeated fields, the value should be a single element. Args: field: The descriptor of the field to be printed. value: The value of the field. N"r>Ftruefalsez{1:{0}})r:rnrrFror`Z CPPTYPE_ENUM enum_typevalues_by_numberrAr%rzrrpr?r#rBrE TYPE_BYTESrrwZ CPPTYPE_BOOLZ CPPTYPE_FLOATr4rmathZisnanrZToShortestFloatZCPPTYPE_DOUBLEr5)rrJrRr: enum_valueZ out_valueZ out_as_utf8s&&& r rTZ_Printer.PrintFieldValueEs$ ((C ~~33CCC ""5) :55BB B??3377tDj   *//" #e* :55DD D iio E3   LL)  z11<< < ll  ii %%i=> iio :55BB B  & ' :55CC C   & )""4#4#4e<= ::e   ))CJ  ))C 55e<= > ..J66EE E    ( ii   !3!3U;< iiE r )r0r#r7r5r4r,r8r9r:r2r+r6r3r1 rdFFFFFNNFNNFF)rrrr r rrbrcr.rrr{rPrqr`rTr rr)r*r r-r-@sC1D#L %8N55n:6 61&00r r-c r\TP\V\4'dRMR4VVVVVR7#)aParses a text representation of a protocol message into a message. NOTE: for historical reasons this function does not clear the input message. This is different from what the binary msg.ParseFrom(...) does. If text contains a field already set in message, the value is appended if the field is repeated. Otherwise, an error is raised. Example:: a = MyProto() a.repeated_field.append('test') b = MyProto() # Repeated fields are combined text_format.Parse(repr(a), b) text_format.Parse(repr(a), b) # repeated_field contains ["test", "test"] # Non-repeated fields cannot be overwritten a.singular_field = 1 b.singular_field = 2 text_format.Parse(repr(a), b) # ParseError # Binary version: b.ParseFromString(a.SerializeToString()) # repeated_field is now "test" Caller is responsible for clearing the message as needed. Args: text (str): Message text representation. message (Message): A protocol buffer message to merge into. allow_unknown_extension: if True, skip over missing extensions and keep parsing allow_field_number: if True, both field number and field name are allowed. descriptor_pool (DescriptorPool): Descriptor pool used to resolve Any types. allow_unknown_field: if True, skip over unknown field and keep parsing. Avoid to use this option if possible. It may hide some errors (e.g. spelling error on field name) Returns: Message: The same message passed as argument. Raises: ParseError: On text parsing problems.  r_r7allow_unknown_field) ParseLinessplitr?r@rCrallow_unknown_extensionallow_field_numberr7r&&&&&&r Parserxs:d DJJ 4(?(?uUK+&$3(;  ==r c r)a}Parses a text representation of a protocol message into a message. Like Parse(), but allows repeated values for a non-repeated field, and uses the last one. This means any non-repeated, top-level fields specified in text replace those in the message. Args: text (str): Message text representation. message (Message): A protocol buffer message to merge into. allow_unknown_extension: if True, skip over missing extensions and keep parsing allow_field_number: if True, both field number and field name are allowed. descriptor_pool (DescriptorPool): Descriptor pool used to resolve Any types. allow_unknown_field: if True, skip over unknown field and keep parsing. Avoid to use this option if possible. It may hide some errors (e.g. spelling error on field name) Returns: Message: The same message passed as argument. Raises: ParseError: On text parsing problems. rr_r) MergeLinesrr?r@rrr Mergers::  jj*T511u= %-  //r cB\VVVVR7pVPW4#)aParses a text representation of a protocol message into a message. See Parse() for caveats. Args: lines: An iterable of lines of a message's text representation. message: A protocol buffer message to merge into. allow_unknown_extension: if True, skip over missing extensions and keep parsing allow_field_number: if True, both field number and field name are allowed. descriptor_pool: A DescriptorPool used to resolve Any types. allow_unknown_field: if True, skip over unknown field and keep parsing. Avoid to use this option if possible. It may hide some errors (e.g. spelling error on field name) Returns: The same message passed as argument. Raises: ParseError: On text parsing problems. r)_Parserrlinesrrrr7rZparser&&&&&& r rr-6 *%#2': <&   5 **r cr)aParses a text representation of a protocol message into a message. See Merge() for more details. Args: lines: An iterable of lines of a message's text representation. message: A protocol buffer message to merge into. allow_unknown_extension: if True, skip over missing extensions and keep parsing allow_field_number: if True, both field number and field name are allowed. descriptor_pool: A DescriptorPool used to resolve Any types. allow_unknown_field: if True, skip over unknown field and keep parsing. Avoid to use this option if possible. It may hide some errors (e.g. spelling error on field name) Returns: The same message passed as argument. Raises: ParseError: On text parsing problems. r)rrrrr rrrr csha]tRtRtoRtRRltRtRtRtRt R t R t ] R 4t R tR tVtR#)riz(Text format parser for protocol message.Ncs6WnW nW0nW@nR#r)rrr7r)rrrr7rs&&&&&r rZ_Parser.__init__s $; 0*2r c 6RVnVPW4V#)zBParses a text representation of a protocol message into a message.F_allow_multiple_scalars _ParseOrMergerrrr|r rZ_Parser.ParseLines)s#(D u& Nr c r)zBMerges a text representation of a protocol message into a message.Trrr|r rZ_Parser.MergeLines/s#'D u& Nr c sRV4p\V4pVP4'gVPWB4K)R#)zConverts a text representation of a protocol message into a message. Args: lines: Lines of a message's text representation. message: A protocol buffer message to merge into. Raises: ParseError: On text parsing problems. c3st"TF.p\V\4'dTMVPR4xK0 R#5i)r>N)r?rZdecode)Z.0r& r Z Z(_Parser._ParseOrMerge..@s1D4%%4;;w+??s68N) TokenizerAtEnd _MergeField)rrrZ str_lines tokenizer&&& r rZ_Parser._ParseOrMerge5s=I)$Ioo y* r c  sH VPpVP\8XEdVPR4'EdVP V4wrEVP R4VPR4VPR4'dRpMVP R4Rp\ VVP4pV'g\RV,4hVPV4'g@VP4'dVPR V: R 24hVPW4KVR pVPVVVR 7R #VPR4'Ed&VP4.p VPR4'd"V PVP44K8RPV 4p VP 'g#VPRVP,4hVP"P%V 4p V 'g.VP&'dR p MLVPRV ,4hW:P(8wd%VPRV : RVP: R 24hVP R4EMVP+4p VP,'dvV P/4'd`\1V RR4p VP2P5V R 4p V 'g.VP 'dVP"P7V 4p MVP8P5V R 4p V 'g^VP8P5V P;4R 4p V 'd,V P<\>P@PB8wdR p V 'dGV P<\>P@PB8XdV PDPFV 8wdR p V 'g7VPH'g%VPRVP: RV : R 24hV 'EdVPJ'gV PL'dVPOV PLPF4p V e[WPF8wdKVPRV PF: RV : RV PLPF: RVP: R 2 4hV PP\>P@PR8XdVPR4VPTp MVP R4VPVp V PX\>P@PZ8XdeVPR4'dNVPR4'g6V !WV 4VPR4'dMOVP R4K5M;V !WV 4M1VP&'gVPH'gQh\]V4VPR4'gVPR4R #R #)zMerges a single protocol message field into a message. Args: tokenizer: A tokenizer to parse the field name and values. message: A protocol message to record the data. Raises: ParseError: In case of text parsing problems. r]r^rZr~rrrz$Type %s not found in descriptor pool Expected "".F)type_url_prefix deterministicN.z+Message type "%s" does not have extensions.zExtension "%s" not registered. Did you import the _pb2 module which defines it? 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Args: tokenizer: A tokenizer to parse the field value. message: The message of which field is a member. field: The descriptor of the field to be merged. Raises: ParseError: In case of text parsing problems. r~rrrr" should not have multiple " " extensions. " fields.rrrRN)rKrrrlrrFrmrerZaddgetattrrzrkr HasExtensionrrhriHasFieldZ SetInParentrrrHrrnrorgZCopyFromrR) rrrrJZ is_map_entryZ end_tokenZ sub_messageZ value_cpptyperRs &&&& r rZ_Parser._MergeMessageFields:u%LC  ii {{j00???    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Args: tokenizer: A tokenizer to parse the field name and values. rZrr~N)r LookingAt_SkipFieldValue_SkipFieldMessagerrr rrnsK#y':': ( ( &&s++Ii r csTVPR4'dLVP4VPR4'dVP4K)VPR4MVP4\ V4VPR4'gVPR4R#R#)zzSkips over a complete field (name and value/message). Args: tokenizer: A tokenizer to parse the field name and values. r]rr^rrN)rrrrrrrr _SkipFieldrs # !   s # #!!# c '')Y   c " "  #r csVPR4'dRpMVPR4RpVPR4'g%VPR4'g\V4K;VPV4R#)z`Skips over a field message. Args: tokenizer: A tokenizer to parse the field name and values. r~rrrN)rrrr)rZ delimiterrr rrsd#I cI    $ $Y-@-@-E-Ey Ir csFVP4'dVP4'dKR#VP4'g[\V4'gH\V4'g5VP 4'g\ RVP ,4hR#R#R#R#)zSkips over a field value. Args: tokenizer: A tokenizer to parse the field name and values. Raises: ParseError: In case an invalid field value is found. NzInvalid field value: )TryConsumeByteStringTryConsumeIdentifier_TryConsumeInt64_TryConsumeUint64TryConsumeFloatrtokenrrr rrs##%%  ( ( * *   ( ( * * 9 % %.? .J.J  # # % % ,y> ?? &/K % +r c sHa]tRtRtoRt]P !R4t]P !R]P4t ]P !R]P4t ]P !RPRR.] Uu.uFpR PVR 7NK up,44t]P !R 4t]P !R 4tR*R ltRtRtRtRtRtRtRtRtRtRtRtRtRtRtRt Rt!Rt"Rt#R t$R!t%R"t&R#t'R$t(R%t)R&t*R't+R(t,Vt-R)#uupi)+rizProtocol buffer text representation tokenizer. This class handles the lower level string parsing by splitting it into meaningful tokens. 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Raises: ParseError: If an identifier couldn't be consumed. zExpected identifier.)r _IDENTIFIERrrrrrr rZTokenizer.ConsumeIdentifierBsCZZF    ! !& ) ) OO2 33NN Mr crr)rrrrr TryConsumeIdentifierOrNumberZ&Tokenizer.TryConsumeIdentifierOrNumberQs( $$&   rc sVPpVPPV4'gVPRV,4hVP 4V#)rz&Expected identifier or number, got %s.)r_IDENTIFIER_OR_NUMBERrrrrrr rZ#Tokenizer.ConsumeIdentifierOrNumberXsHZZF  % % + +F 3 3 OODvM NNNN Mr crr)ConsumeIntegerrrrr TryConsumeIntegerZTokenizer.TryConsumeIntegergs(    rc \VP4pTP 4T# \d pTP\ T44hRp?ii;i)zwConsumes an integer number. Returns: The integer parsed. Raises: ParseError: If an integer couldn't be consumed. N)_ParseAbstractIntegerr ValueErrorrrrrr<err rZTokenizer.ConsumeIntegernsK$$TZZ0f NN M $ OOCF ##$) AAAcrr)rrrrr rZTokenizer.TryConsumeFloat~s(    rc r)zConsumes an floating point number. Returns: The number parsed. Raises: ParseError: If a floating point number couldn't be consumed. N) ParseFloatrrrrrrrr rZTokenizer.ConsumeFloatsK$$**%f NN M $ OOCF ##$rc r)zwConsumes a boolean value. Returns: The bool parsed. Raises: ParseError: If a boolean value couldn't be consumed. N) ParseBoolrrrrrrrr rZTokenizer.ConsumeBoolsK$$f NN M $ OOCF ##$rcrr)rrrrr rZTokenizer.TryConsumeByteStringrrc sVP4p\VR4# \dpTPT4hRp?ii;i)zwConsumes a string value. Returns: The string parsed. Raises: ParseError: If a string value couldn't be consumed. r>N)rrZUnicodeDecodeError_StringParseError)rZ the_bytesrrr rZTokenizer.ConsumeStringsE&&(I& G $$ &  " "1 %%&s  ?:?c sVP4.pVP'd>VP^,\9d"VPVP44KORP V4#)zConsumes a byte array value. Returns: The array parsed (as a string). Raises: ParseError: If a byte array value couldn't be consumed. r )_ConsumeSingleByteStringr_QUOTESrr)rZthe_listrr rZTokenizer.ConsumeByteStringsQ--/0H ***A'1ood3356 88H r c sVPp\V4^8gV^,\9dVPRV: 24h\V4^8gVR,V^,8wdVPRV: 24h\P !V^R4pTP4T# \ d pTP\T44hRp?ii;i)a/Consume one token of a string literal. String literals (whether bytes or text) can come in multiple adjacent tokens which are automatically concatenated, like in C or Python. This method only consumes one token. Returns: The token parsed. Raises: ParseError: When the wrong format data is found. zExpected string but found: zString missing ending quote: Nr}) rrur rrZ CUnescaperrr)rrCr<rs& r rZ"Tokenizer._ConsumeSingleByteStrings ::D 4y1}Qw. OOtE FF 4y1}RDG+ OOG HH$&&tAbz2f NN M $ OOCF ##$s?B** C5CCcs\WP4pTP 4T# \d pTP\ T44hRp?ii;ir) ParseEnumrrrrr)rrJr<rrar rZTokenizer.ConsumeEnumsK$ +f NN M $ OOCF ##$rc s^\WP^,VP^,4#)zCreates and *returns* a ParseError for the previously read token. Args: message: A message to set for the exception. Returns: A ParseError instance. )rrrrrr$r rZ!Tokenizer.ParseErrorPreviousTokens, g22Q6++a/ 11r c s\RVP,R,V,VP^,VP^,4#)z9Creates and *returns* a ParseError for the current token.'z': )rrrrr r$r rZTokenizer.ParseErrors< dT///&87Bjj1ndllQ&6 88r csDVPR\V4,4#)zCouldn't parse string: )rr)rrr$r rZTokenizer._StringParseErrors ??5A> ??r c srVPVnVPVnV;P\ VP 4, unVP 4VP'g RVnR#VPPVPVP4pV'gCVP'g1VPPVPVP4pV'dVP^4pW nR#VPVP,VnR#)z Reads the next meaningful token.r[N)rrrrrurrr_TOKENrrrrr)rrrrr rZTokenizer.NextTokens**D LLDLLC O#L    dj KK  d00$,, ?E ,,,mm!!$"4"4dllCe kk!nej%%dll3djr ) rrrrrrrrrrrrN)T).rrrr r recompilerZ MULTILINErrrr rr rrrrrrrrrrrrrrrrrrrrrrrrrrrrrr r)Zmarkrs0@r rrsK 6"+ ZZ bll 3(::or||D ::chh!,  $:@@D@I  & =)+**V,"   6       & 4 18 @44_ s6Drc\VRRR7#)Consumes a signed 32bit integer number from tokenizer. Args: tokenizer: A tokenizer used to parse the number. Returns: The integer parsed. Raises: ParseError: If a signed 32bit integer couldn't be consumed. TF is_signedis_long_ConsumeIntegerrrr rrs dE BBr c\VRRR7#)zConsumes an unsigned 32bit integer number from tokenizer. Args: tokenizer: A tokenizer used to parse the number. Returns: The integer parsed. Raises: ParseError: If an unsigned 32bit integer couldn't be consumed. Frrrrr rr(s eU CCr cB\V4R# \dR#i;ir)rrrrr rr7s$)     cr)rTrrrrr rr?s dD AAr crr)rrrrr rrNs$9   rcr)zConsumes an unsigned 64bit integer number from tokenizer. Args: tokenizer: A tokenizer used to parse the number. Returns: The integer parsed. Raises: ParseError: If an unsigned 64bit integer couldn't be consumed. FTrrrrr rrVs eT BBr cs\VPWR7pTP 4T# \d pTP\ T44hRp?ii;i)aCConsumes an integer number from tokenizer. Args: tokenizer: A tokenizer used to parse the number. is_signed: True if a signed integer must be parsed. is_long: True if a long integer must be parsed. Returns: The integer parsed. Raises: ParseError: If an integer with given characteristics couldn't be consumed. rN)rrrrrr)rrrr<rrr rresQ' )//Y PF  - '   s1v &&'s+ AAAcs\V4p\^\V4,\V4,,pVPV4V#)zParses an integer. Args: text: The text to parse. is_signed: True if a signed integer must be parsed. is_long: True if a long integer must be parsed. Returns: The integer value. Raises: ValueError: Thrown Iff the text is not a valid integer. )r_INTEGER_CHECKERSintZ CheckValue)rCrrr<Zcheckerrr rr{s? ! && a#g,.Y? @' V -r csTp\P!RV4pV'd/VP^4R,VP^4,p\V^4# \d\ RT,4hi;i)zParses an integer without checking size/signedness. Args: text: The text to parse. Returns: The integer value. Raises: ValueError: Thrown Iff the text is not a valid integer. z (-?)0(\d+)$Z0ozCouldn't parse integer: %s)rrrrr)rCZ orig_textZ c_octal_matchrr rrsw)((>40-   q !D (=+>+>q+A AD@ tQ< @ 2Y> ??@s  AA;cs\V4# \d\PT4'd)T^,R8Xd\R4u#\R4u#\PT4'd\R4u#\TP R44u# \d\RT,4hi;ii;i)zParse a floating point number. Args: text: Text to parse. Returns: The number parsed. Raises: ValueError: If a floating point number couldn't be parsed. Z-z-infZinfZnanfzCouldn't parse float: %s)Zfloatr_FLOAT_INFINITYr _FLOAT_NANr/rCrr rrs= ; =T"" aCV}U|   $   5\=T[[%&& =4t;<<==s8 %CC CC6 CB C B>>Ccs<VR9dR#VR9dR#\R4h)zParse a boolean value. Args: text: Text to parse. Returns: Boolean values parsed Raises: ValueError: If text is not a valid boolean. TFzExpected "true" or "false".)rZtZ1ZTrue)rrZ0ZFalse)rrrr rrs( ''  ++  2 33r csVPp\V^4p\VPR4'dVPPR8XdV#VP P VR4pVf\RVPV3,4hVP# \dMTPP TR4pTf\RTP: RT: R24hTP#i;i)aParse an enum value. The value can be specified by a number (the enum value), or by a string literal (the enum name). Args: field: Enum field descriptor. value: String value. Returns: Enum value number. 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