shex_ast/shexr/
shexr_vocab.rs

1use const_format::concatcp;
2use iri_s::IriS;
3
4pub const SX: &str = "http://www.w3.org/ns/shex#";
5
6// Classes
7pub const SX_ANNOTATION: &str = concatcp!(SX, "Annotation");
8pub const SX_EACHOF: &str = concatcp!(SX, "EachOf");
9pub const SX_IRISTEM: &str = concatcp!(SX, "IriStem");
10pub const SX_IRISTEMRANGE: &str = concatcp!(SX, "IriStemRange");
11pub const SX_LANGUAGESTEM: &str = concatcp!(SX, "LanguageStem");
12pub const SX_LANGUAGESTEMRANGE: &str = concatcp!(SX, "LanguageStemRange");
13pub const SX_LITERALSTEM: &str = concatcp!(SX, "LiteralStem");
14pub const SX_LITERALSTEMRANGE: &str = concatcp!(SX, "LiteralStemRange");
15pub const SX_NODECONSTRAINT: &str = concatcp!(SX, "NodeConstraint");
16pub const SX_ONEOF: &str = concatcp!(SX, "OneOf");
17pub const SX_SCHEMA: &str = concatcp!(SX, "Schema");
18pub const SX_SEMACT: &str = concatcp!(SX, "SemAct");
19pub const SX_SHAPE: &str = concatcp!(SX, "Shape");
20pub const SX_SHAPE_AND: &str = concatcp!(SX, "ShapeAnd");
21pub const SX_SHAPE_EXTERNAL: &str = concatcp!(SX, "ShapeExternal");
22pub const SX_SHAPE_NOT: &str = concatcp!(SX, "ShapeNot");
23pub const SX_SHAPE_DECL: &str = concatcp!(SX, "ShapeDecl");
24pub const SX_SHAPE_OR: &str = concatcp!(SX, "ShapeOr");
25pub const SX_TRIPLECONSTRAINT: &str = concatcp!(SX, "TripleConstraint");
26pub const SX_WILDCARD: &str = concatcp!(SX, "Wildcard");
27pub const SX_INF: &str = concatcp!(SX, "INF");
28
29// Properties
30pub const SX_ABSTRACT: &str = concatcp!(SX, "abstract");
31pub const SX_ANNOTATION_PROP: &str = concatcp!(SX, "annotation");
32pub const SX_BNODE: &str = concatcp!(SX, "bnode");
33pub const SX_CODE: &str = concatcp!(SX, "code");
34pub const SX_CLOSED: &str = concatcp!(SX, "closed");
35pub const SX_DATATYPE: &str = concatcp!(SX, "datatype");
36pub const SX_EXTRA: &str = concatcp!(SX, "extra");
37pub const SX_EXCLUSION: &str = concatcp!(SX, "exclusion");
38pub const SX_EXPRESION: &str = concatcp!(SX, "expresion");
39pub const SX_EXPRESIONS: &str = concatcp!(SX, "expresions");
40pub const SX_FRACTIONDIGITS: &str = concatcp!(SX, "fractiondigits");
41pub const SX_FLAGS: &str = concatcp!(SX, "flags");
42pub const SX_IRI: &str = concatcp!(SX, "iri");
43pub const SX_INVERSE: &str = concatcp!(SX, "inverse");
44pub const SX_LENGTH: &str = concatcp!(SX, "length");
45pub const SX_LITERAL: &str = concatcp!(SX, "literal");
46pub const SX_MIN: &str = concatcp!(SX, "min");
47pub const SX_MININCLUSIVE: &str = concatcp!(SX, "mininclusive");
48pub const SX_MINEXCLUSIVE: &str = concatcp!(SX, "minexclusive");
49pub const SX_MINLENGTH: &str = concatcp!(SX, "minlength");
50pub const SX_MAX: &str = concatcp!(SX, "max");
51pub const SX_MAXINCLUSIVE: &str = concatcp!(SX, "maxinclusive");
52pub const SX_MAXEXCLUSIVE: &str = concatcp!(SX, "maxexclusive");
53pub const SX_MAXLENGTH: &str = concatcp!(SX, "maxlength");
54pub const SX_NAME: &str = concatcp!(SX, "name");
55pub const SX_NEGATED: &str = concatcp!(SX, "negated");
56pub const SX_NODEKIND: &str = concatcp!(SX, "nodeKind");
57pub const SX_NONLITERAL: &str = concatcp!(SX, "nonLiteral");
58pub const SX_OBJECT: &str = concatcp!(SX, "object");
59pub const SX_PATTERN: &str = concatcp!(SX, "pattern");
60pub const SX_PREDICATE: &str = concatcp!(SX, "predicate");
61pub const SX_SEMACTS: &str = concatcp!(SX, "semActs");
62pub const SX_STARTACTS: &str = concatcp!(SX, "startActs");
63pub const SX_START: &str = concatcp!(SX, "start");
64pub const SX_SHAPES: &str = concatcp!(SX, "shapes");
65pub const SX_SHAPE_EXPR: &str = concatcp!(SX, "shapeExpr");
66pub const SX_SHAPE_EXPRS: &str = concatcp!(SX, "shapeExprs");
67pub const SX_STEM: &str = concatcp!(SX, "stem");
68pub const SX_STEMRANGE: &str = concatcp!(SX, "stemRange");
69pub const SX_TOTALDIGITS: &str = concatcp!(SX, "totaldigits");
70pub const SX_VALUEEXPR: &str = concatcp!(SX, "valueExpr");
71pub const SX_VALUES: &str = concatcp!(SX, "values");
72
73pub struct ShExRVocab {}
74
75impl ShExRVocab {
76    #[inline]
77    pub fn sx_schema() -> IriS {
78        IriS::new_unchecked(SX_SCHEMA)
79    }
80
81    #[inline]
82    pub fn sx_shape_and() -> IriS {
83        IriS::new_unchecked(SX_SHAPE_AND)
84    }
85
86    #[inline]
87    pub fn sx_nodekind() -> IriS {
88        IriS::new_unchecked(SX_NODEKIND)
89    }
90
91    #[inline]
92    pub fn sx_nodeconstraint() -> IriS {
93        IriS::new_unchecked(SX_NODECONSTRAINT)
94    }
95
96    #[inline]
97    pub fn sx_shapes() -> IriS {
98        IriS::new_unchecked(SX_SHAPES)
99    }
100
101    #[inline]
102    pub fn sx_shape_expr() -> IriS {
103        IriS::new_unchecked(SX_SHAPE_EXPR)
104    }
105
106    #[inline]
107    pub fn sx_shape_exprs() -> IriS {
108        IriS::new_unchecked(SX_SHAPE_EXPR)
109    }
110
111    #[inline]
112    pub fn sx_shape() -> IriS {
113        IriS::new_unchecked(SX_SHAPE)
114    }
115
116    #[inline]
117    pub fn sx_iri() -> IriS {
118        IriS::new_unchecked(SX_IRI)
119    }
120
121    #[inline]
122    pub fn sx_literal() -> IriS {
123        IriS::new_unchecked(SX_LITERAL)
124    }
125
126    #[inline]
127    pub fn sx_bnode() -> IriS {
128        IriS::new_unchecked(SX_BNODE)
129    }
130
131    #[inline]
132    pub fn sx_nonliteral() -> IriS {
133        IriS::new_unchecked(SX_NONLITERAL)
134    }
135}
shex_ast/shexr/shexr_vocab.rs

shex_ast/shexr/
shexr_vocab.rs
