01i vSrSSKJr SSKJrJrJr SSKJrJ r J r J r J r SSK Jr SSKJrJr SSKJr SSKJr \(aSS KJr "S S \5r\ R2\R4\ R6\R8\ R:\R<0rSS jr SS jr!SSSjjr"g)zA Utilities for interacting with SHACL Shapes Graphs more easily. ) annotations) TYPE_CHECKINGOptionalUnion)BNodeGraphLiteralURIRefpaths) Collection)RDFSH)Path)Node)IdentifiedNodec\rSrSrSrg)SHACLPathErrorN)__name__ __module__ __qualname____firstlineno____static_attributes__rM/home/james-whalen/.local/lib/python3.13/site-packages/rdflib/extras/shacl.pyrrsrrc^Sn[U[5(a [S5e[U[5(a#U[R :Xa [ S5eUnU$TRU[R5bS[TRU55n[U5S:a [ S5e[R"U4SjU56nU$TRU[R5=n(a"[R "[#TU55nU$TRU[R$5=n(aS[TRU55n[U5S:a [ S5e[R&"U4SjU56nU$TRU[R(5=n(a#[R*"[#TU5S 5nU$TRU[R,5=n(a#[R*"[#TU5S 5nU$TRU[R.5=n (a#[R*"[#TU 5S 5nU$Uc[ S [1U5S 35eU$)a Parse a valid SHACL path (e.g. the object of a triple with predicate sh:path) from a [`Graph`][rdflib.graph.Graph] as a [`URIRef`][rdflib.term.URIRef] if the path is simply a predicate or a [`Path`][rdflib.paths.Path] otherwise. Args: shapes_graph: A [`Graph`][rdflib.graph.Graph] containing the path to be parsed path_identifier: A [`Node`][rdflib.term.Node] of the path Returns: A [`URIRef`][rdflib.term.URIRef] or a [`Path`][rdflib.paths.Path] Nz$Literals are not a valid SHACL path.z;A list of SHACL Paths must contain at least two path items.DA list of SHACL Sequence Paths must contain at least two path items.c3<># UHn[TU5v M g7fNparse_shacl_path).0path shapes_graphs r #parse_shacl_path..Gs Hxt|T22x@List of SHACL alternate paths must have at least two path items.c3<># UHn[TU5v M g7fr!r")r$ alternativer&s rr'r(Vs"#/K!{;;#/r)*+?z Cannot parse z as a SHACL Path.) isinstancer TypeErrorr r nilrvaluefirstlistitemslenr SequencePathr inversePathInvPathr#alternativePathAlternativePathzeroOrMorePathMulPath oneOrMorePath zeroOrOnePathrepr) r&path_identifierr%sequence inverse_pathalternative_path alternativeszero_or_more_pathone_or_more_pathzero_or_one_paths ` rr#r#!sn +/D/7++>?? OV , , cgg % M ^ KY   OSYY 7 C **?;< x=1  V !! Hx H L KC&++OR^^L L L}}-lLIJ@ K;*//ASAST T  TL../?@A | q  R $$#/ . K+00"BSBST T  T}}-l_PATH_MOD_TO_PREDgetmodr%)graphpath_componentbnoderOcollpreds rrMrMos" nvtn 5 5tN34O D+ ,  NF + + GE.%"4"455 ~"" #a ' V    :H:M:M N:M3 "5 .:M N H L; NEMM 2 2 BNN$9%ASAS$T U 8 L/ NE$9$9 : : ~"" #a ' R   G:H:M:M N:M3 "5 .:M N   5",,dhh78 L NEMM 2 2 $$^%7%78 < #9.:L:L9M!NO O 5 5e=P=P QRS LC O( Os 0I I Nch[U[5(aUS4$Uc [5n[X5U4$)a Build the SHACL Path triples for a path given by a [`URIRef`][rdflib.term.URIRef] for simple paths or a [`Path`][rdflib.paths.Path] for complex paths. Returns an [`IdentifiedNode`][rdflib.term.IdentifiedNode] for the path (which should be the object of a triple with predicate `sh:path`) and the graph into which any new triples were added. Args: path: A [`URIRef`][rdflib.term.URIRef] or a [`Path`][rdflib.paths.Path] target_graph: Optionally, a [`Graph`][rdflib.graph.Graph] into which to put constructed triples. If not provided, a new graph will be created Returns: A (path_identifier, graph) tuple where: - path_identifier: If path is a [`URIRef`][rdflib.term.URIRef], this is simply the provided path. If path is a [`Path`][rdflib.paths.Path], this is the [`BNode`][rdflib.term.BNode] corresponding to the root of the SHACL path expression added to the graph. - graph: None if path is a [`URIRef`][rdflib.term.URIRef] (as no new triples are constructed). If path is a [`Path`][rdflib.paths.Path], this is either the target_graph provided or a new graph into which the path triples were added. N)r0r rrM)r% target_graphs rbuild_shacl_pathr[s<6$Tzw  ! 4l BBr)r&rrBrreturnzUnion[URIRef, Path])rTrrU URIRef | Pathr\rr!)r%r]rZz Graph | Noner\z#tuple[IdentifiedNode, Graph | None])#__doc__ __future__rtypingrrrrdflibrrr r r rdflib.collectionr rdflib.namespacer r rdflib.pathsr rdflib.termrr Exceptionr ZeroOrMorer= OneOrMorer? ZeroOrOner@rQr#rMr[rrrrjs#1177($* Y  b'' OOR%% OOR%%KKKK\H H"/HHX7;#C #C'3#C(#Cr