o h @sddlmZddlmZddlmZddlmZddlm Z m Z Gddde Z dd d Z d d Zd dZddZGdddeZddZddZdS))urlsplit)settings) force_str)resolve_model_string)PageSitec@ eZdZdS)BadRequestErrorN__name__ __module__ __qualname__rrT/var/www/html/ndineBlogger/venv/lib/python3.10/site-packages/wagtail/api/v2/utils.pyr r NcCsPttdd}|dur|rt|}|r|j}|r&tt|}|jd|jSdS)NWAGTAILAPI_BASE_URLz://) getattrrrfind_for_requestroot_urlrrschemenetloc)requestbase_urlsitebase_url_parsedrrr get_base_urls    rcCs"|dr|St|p d}||S)N)zhttp://zhttps://) startswithr)rpathrrrr get_full_urls  rcCs|||}|r t||SdSN)get_object_detail_urlpathr)routerrmodelpkurl_pathrrrget_object_detail_url$s  r&cCs@g}|dD]}t|}t|tstd||qt|S)N,zModel is not a page)splitr issubclassr ValueErrorappendtuple)string page_models sub_string page_modelrrrpage_models_from_string+s  r1c@r)FieldsParameterParseErrorNr rrrrr29rr2cs:fddfddd fdd \}}|S) a Parses the ?fields= GET parameter. As this parameter is supposed to be used by developers, the syntax is quite tight (eg, not allowing any whitespace). Having a strict syntax allows us to extend the it at a later date with less chance of breaking anyone's code. This function takes a string and returns a list of tuples representing each top-level field. Each tuple contains three items: - The name of the field (string) - Whether the field has been negated (boolean) - A list of nested fields if there are any, None otherwise Some examples of how this function works: >>> parse_fields_parameter("foo") [ ('foo', False, None), ] >>> parse_fields_parameter("foo,bar") [ ('foo', False, None), ('bar', False, None), ] >>> parse_fields_parameter("-foo") [ ('foo', True, None), ] >>> parse_fields_parameter("foo(bar,baz)") [ ('foo', False, [ ('bar', False, None), ('baz', False, None), ]), ] It raises a FieldsParameterParseError (subclass of ValueError) if it encounters a syntax error cstt|Sr )len) current_str) fields_strrr get_positionhsz,parse_fields_parameter..get_positioncs>d}d}d}|r|d}|dvr3|std||f|dvr.|dkr.td||f|||fS|d krF|sCtd||fd}nJ|dvr_|rZ|d krZtd||f||7}n1|sg|d krz|d krutd||f||7}n|rtd |td||fd}|d d}|s|||fS)NTFrr)()r'z#unexpected char '%s' at position %d*_r7-r:r;z$unexpected whitespace at position %d)r2isalnumisspace)r5 first_charnegatedidentchar)r6rrparse_field_identifierksp             .parse_field_identifierFcsXd}d}g}|rd}|\}}}|dvr%|std||r%td||rC|ddkrC|r7td||dddd \}}|rH|}n|d krR|rRtd |d kr^|s^|s^td ||||f|r|ddkr|sxtd|||ddfS|r|ddkr|dd}|r|ddkrtd|d}|s|rtd||fS)NTr9z"'%s' must be in the first positionz'%s' cannot be negatedrr7z"unexpected char '(' at position %dr=)expect_close_bracketr;z*negated fields with '_' doesn't make senser:z-additional fields with '*' doesn't make senser8z"unexpected char ')' at position %dr'z"unexpected char ',' at position %dFz;unexpected end of input (did you miss out a close bracket?))r2r+)r5rE first_identis_firstfields sub_fieldsrBrA)r6rD parse_fieldsrrrJsf        ?z,parse_fields_parameter..parse_fieldsN)Fr)r5rHr;r)r5r6rDrJrparse_fields_parameter=s + C MrKcCs$|dvrdS|dvr dStd|)z Parses strings into booleans using the following mapping (case-sensitive): 'true' => True 'false' => False '1' => True '0' => False )true1T)false0Fz$expected 'true' or 'false', got '%s')r*)valuerrr parse_booleans   rQr ) urllib.parser django.confrdjango.utils.encodingrwagtail.coreutilsrwagtail.modelsrr Exceptionr rrr&r1r*r2rKrQrrrrs     D