o i%@sdZddlZddlZddlZddlZejZGdddejZGddde Z ddZ d d Z d d Z d dZdddZdddZ ddZejZejZdS)zImproved JSON serialization. Ncs eZdZdZfddZZS) JsonEncoderzCustomizable JSON encoder. If the object implements __getstate__, then that method is invoked, and its result is serialized instead of the object itself. cs.z|j}W|StyYnwt|SN) __getstate__AttributeErrorsuperdefault)selfvalue get_state __class__N/var/www/edux/Edux_v2/venv/lib/python3.10/site-packages/debugpy/common/json.pyrs  zJsonEncoder.default)__name__ __module__ __qualname____doc__r __classcell__r r r rrsrc@sJeZdZdZeZ eddZ ddZddZdd Z d d Z d d Z dS) JsonObjectzzA wrapped Python object that formats itself as JSON when asked for a string representation via str() or format(). )indentcCst|trJ||_dSr) isinstancerr )rr r r r__init__-s zJsonObject.__init__cCstr)NotImplementedErrorrr r rr1szJsonObject.__getstate__cCs t|jSr)builtinsreprr rr r r__repr__4s zJsonObject.__repr__cCt|Sr)formatrr r r__str__7zJsonObject.__str__cCs4|rd|d}t|d|ji}n|j}||jS)aIf format_spec is empty, uses self.json_encoder to serialize self.value as a string. Otherwise, format_spec is treated as an argument list to be passed to self.json_encoder_factory - which defaults to JSONEncoder - and then the resulting formatter is used to serialize self.value as a string. Example:: format("{0} {0:indent=4,sort_keys=True}", json.repr(x)) zjson_encoder_factory()json_encoder_factory)evalr# json_encoderencoder )r format_spec make_encoderencoderr r r __format__:s   zJsonObject.__format__N) rrrrrr#r%rrrr r*r r r rr"s  rc Cs<|D]}t|tjrz||WStyYqwqdS)zGConvert value (str) to number, otherwise return None if is not possibleN) issubclassnumbersNumber ValueError)r classinfoone_infor r r _converter`s  r1cs6tsJ|ddt|rJfdd}|S)zReturns a validator for a JSON property that requires it to have a value of the specified type. If optional=True, () is also allowed. The meaning of classinfo is the same as for isinstance(). optionalFcs\r|dks t|r |St|}|r|Ss |dkr tdtddddD)Nr zmust be specifiedzmust be  or css|]}|jVqdSr)r).0tr r r sz,of_type..validate..)rr1r. TypeErrorjoin)r converted_valuer/r2r rvalidateus  zof_type..validatelenpop)r/kwargsr;r r:rof_typejs    r@csfdd}|S)zReturns a validator for a JSON property with a default value. The validator will only allow property values that have the same type as the specified default value. cs2|dkrSt|tr|Stdtj)Nr z must be {0})rtyper7rrr rr rr;s zdefault..validater )rr;r rCrrs rcs6tsJ|ddt|rJfdd}|S)zReturns a validator for a JSON enum. The validator will only allow the property to have one of the specified values. If optional=True, and the property is missing, the first value specified is used as the default. r2Fcs2r |dkr dS|vr|Stdt)Nr rzmust be one of: {0!r})r.rlistrBr2valuesr rr;s zenum..validater<)rFr?r;r rErenums  rGFcssddnttsttrtdurddnNttr1ddDfddn;ttradtkrCd ksFJJtd d Dd d d \fddn tfddfdd}|S)aReturns a validator for a JSON array. If the property is missing, it is treated as if it were []. Otherwise, it must be a list. If validate_item=False, it's treated as if it were (lambda x: x) - i.e. any item is considered valid, and is unchanged. If validate_item is a type or a tuple, it's treated as if it were json.of_type(validate). Every item in the list is replaced with validate_item(item) in-place, propagating any exceptions raised by the latter. If validate_item is a type or a tuple, it is treated as if it were json.of_type(validate_item). If vectorize=True, and the value is neither a list nor a dict, it is treated as if it were a single-element list containing that single value - e.g. "foo" is then the same as ["foo"]; but {} is an error, and not [{}]. If size is not None, it can be an int, a tuple of one int, a tuple of two ints, or a set. If it's an int, the array must have exactly that many elements. If it's a tuple of one int, it's the minimum length. If it's a tuple of two ints, they are the minimum and the maximum lengths. If it's a set, it's the set of sizes that are valid - e.g. for {2, 4}, the array can be either 2 or 4 elements long. cSs|Srr )xr r rzarray..NcSsdS)NTr )_r r rrIrJcSsh|]}t|qSr operatorindexr4nr r r szarray..cs*t|vpddddtDS)Nmust have {0} elementsr3css|]}t|VqdSr)strrOr r rr6sz*array....)r=rr8sortedrBsizer rrIs css|]}t|VqdSrrLrOr r rr6szarray..rrcs8t|kr dSdurt|krdSdS)Nzmust have at least {0} elementszmust have at most {0} elementsTr=rrB)max_lenmin_lenr rrIs   cst|kp dS)NrRrYrBrUr rrIsc s|dkrg}n rt|ttfs|g}tt||}|dur%t|t|D](\}}z|||<Wq)ttfyQ}zt|dt|d|d}~ww|S)Nr T[] ) rrDdictr@r. enumerater7rAr)r size_erriitemexc) validate_item validate_size vectorizer rr;s  zarray..validate)rrAtupler@setr=rMrN)rdrfrVr;r )rZr[rVrdrerfrarrays$       rics,tts ttrtfdd}|S)avReturns a validator for a JSON object. If the property is missing, it is treated as if it were {}. Otherwise, it must be a dict. If validate_value=False, it's treated as if it were (lambda x: x) - i.e. any value is considered valid, and is unchanged. If validate_value is a type or a tuple, it's treated as if it were json.of_type(validate_value). Every value in the dict is replaced with validate_value(value) in-place, propagating any exceptions raised by the latter. If validate_value is a type or a tuple, it is treated as if it were json.of_type(validate_value). Keys are not affected. c sz|dkriStt|r;|D](\}}z|||<Wqttfy:}zt|dt|d|d}~ww|S)Nr r\r])r@r^itemsr7r.rAr)r kvrcvalidate_valuer rr;s zobject..validate)rrArgr@)rnr;r rmrobjects  rocCrr)rrBr r rrr!r)FFN)F)rrjsonr,rM JSONDecoder JsonDecoder JSONEncoderrrorr1r@rrGrirdumpsloadsr r r rs">   O"