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index.mjs
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var __defProp = Object.defineProperty;
var __getOwnPropDesc = Object.getOwnPropertyDescriptor;
var __export = (target, all) => {
for (var name in all)
__defProp(target, name, { get: all[name], enumerable: true });
};
var __decorateClass = (decorators, target, key, kind) => {
var result = kind > 1 ? void 0 : kind ? __getOwnPropDesc(target, key) : target;
for (var i = decorators.length - 1, decorator; i >= 0; i--)
if (decorator = decorators[i])
result = (kind ? decorator(target, key, result) : decorator(result)) || result;
if (kind && result)
__defProp(target, key, result);
return result;
};
// src/helpers/rdf/ns.ts
var ns_exports = {};
__export(ns_exports, {
DASH: () => DASH,
DASH_uri: () => DASH_uri,
FOAF: () => FOAF,
FOAF_uri: () => FOAF_uri,
OWL: () => OWL,
OWL_uri: () => OWL_uri,
PrefixMap: () => PrefixMap,
RDE: () => RDE,
RDE_uri: () => RDE_uri,
RDF: () => RDF,
RDFS: () => RDFS,
RDFS_uri: () => RDFS_uri,
RDF_uri: () => RDF_uri,
SH: () => SH,
SH_uri: () => SH_uri,
SKOS: () => SKOS,
SKOS_uri: () => SKOS_uri,
XSD: () => XSD,
XSD_uri: () => XSD_uri,
dashEditor: () => dashEditor,
dashEnumSelectEditor: () => dashEnumSelectEditor,
dashListShape: () => dashListShape,
dashSingleLine: () => dashSingleLine,
defaultDescriptionProperties: () => defaultDescriptionProperties,
defaultLabelProperties: () => defaultLabelProperties,
defaultPrefixMap: () => defaultPrefixMap,
prefLabel: () => prefLabel,
rdeAllowBatchManagement: () => rdeAllowBatchManagement,
rdeAllowMarkDown: () => rdeAllowMarkDown,
rdeAllowPushToTopLevelLabel: () => rdeAllowPushToTopLevelLabel,
rdeClassIn: () => rdeClassIn,
rdeConnectIDs: () => rdeConnectIDs,
rdeCopyObjectsOfProperty: () => rdeCopyObjectsOfProperty,
rdeDefaultLanguage: () => rdeDefaultLanguage,
rdeDefaultValue: () => rdeDefaultValue,
rdeDisplayPriority: () => rdeDisplayPriority,
rdeExternalShape: () => rdeExternalShape,
rdeIdentifierPrefix: () => rdeIdentifierPrefix,
rdeIgnoreShape: () => rdeIgnoreShape,
rdeIndependentIdentifiers: () => rdeIndependentIdentifiers,
rdeInternalShape: () => rdeInternalShape,
rdePropertyShapeType: () => rdePropertyShapeType,
rdeReadOnly: () => rdeReadOnly,
rdeSortOnProperty: () => rdeSortOnProperty,
rdeSpecialPattern: () => rdeSpecialPattern,
rdeUniqueValueAmongSiblings: () => rdeUniqueValueAmongSiblings,
rdfFirst: () => rdfFirst,
rdfLangString: () => rdfLangString,
rdfNil: () => rdfNil,
rdfRest: () => rdfRest,
rdfType: () => rdfType,
rdfsComment: () => rdfsComment,
rdfsLabel: () => rdfsLabel,
shClass: () => shClass,
shDatatype: () => shDatatype,
shDescription: () => shDescription,
shGroup: () => shGroup,
shIn: () => shIn,
shInversePath: () => shInversePath,
shLanguageIn: () => shLanguageIn,
shMaxCount: () => shMaxCount,
shMaxExclusive: () => shMaxExclusive,
shMaxInclusive: () => shMaxInclusive,
shMessage: () => shMessage,
shMinCount: () => shMinCount,
shMinExclusive: () => shMinExclusive,
shMinInclusive: () => shMinInclusive,
shName: () => shName,
shNamespace: () => shNamespace,
shNode: () => shNode,
shOrder: () => shOrder,
shPath: () => shPath,
shPattern: () => shPattern,
shProperty: () => shProperty,
shTargetClass: () => shTargetClass,
shTargetObjectsOf: () => shTargetObjectsOf,
shTargetSubjectsOf: () => shTargetSubjectsOf,
shUniqueLang: () => shUniqueLang,
skosDefinition: () => skosDefinition
});
import * as rdf from "rdflib";
import { debug as debugfactory } from "debug";
var DASH_uri = "http://datashapes.org/dash#";
var DASH = rdf.Namespace(DASH_uri);
var OWL_uri = "http://www.w3.org/2002/07/owl#";
var OWL = rdf.Namespace(OWL_uri);
var RDFS_uri = "http://www.w3.org/2000/01/rdf-schema#";
var RDFS = rdf.Namespace(RDFS_uri);
var SH_uri = "http://www.w3.org/ns/shacl#";
var SH = rdf.Namespace(SH_uri);
var RDF_uri = "http://www.w3.org/1999/02/22-rdf-syntax-ns#";
var RDF = rdf.Namespace(RDF_uri);
var SKOS_uri = "http://www.w3.org/2004/02/skos/core#";
var SKOS = rdf.Namespace(SKOS_uri);
var XSD_uri = "http://www.w3.org/2001/XMLSchema#";
var XSD = rdf.Namespace(XSD_uri);
var FOAF_uri = "http://xmlns.com/foaf/0.1/";
var FOAF = rdf.Namespace(FOAF_uri);
var RDE_uri = "https://github.com/buda-base/rdf-document-editor/";
var RDE = rdf.Namespace(RDE_uri);
var debug = debugfactory("rde:rdf:ns");
var defaultPrefixToURI = {
dash: DASH_uri,
owl: OWL_uri,
rde: RDE_uri,
rdfs: RDFS_uri,
sh: SH_uri,
rdf: RDF_uri,
skos: SKOS_uri,
xsd: XSD_uri,
foaf: FOAF_uri
};
var PrefixMap = class {
prefixToURI;
URItoPrefix;
constructor(prefixToURI) {
this.prefixToURI = { ...defaultPrefixToURI, ...prefixToURI };
this.URItoPrefix = {};
for (const [prefix, uri] of Object.entries(this.prefixToURI)) {
this.URItoPrefix[uri] = prefix;
}
}
setDefaultPrefixes = (s) => {
for (const [prefix, uri] of Object.entries(this.prefixToURI)) {
s.setPrefixForURI(prefix, uri);
}
};
qnameFromUri = (uri = "") => {
if (uri.match(/^[^:/#]+:[^:/#]+$/))
return uri;
let j = uri.indexOf("#");
if (j < 0)
j = uri.lastIndexOf("/");
if (j < 0) {
debug("Cannot make qname out of <" + uri + ">");
return uri;
}
const localid = uri.slice(j + 1);
const namesp = uri.slice(0, j + 1);
const prefix = this.URItoPrefix[namesp];
if (!prefix) {
debug("Cannot make qname out of <" + uri + "> (can't find appropriate prefix)");
return uri;
}
return prefix + ":" + localid;
};
lnameFromUri = (uri) => {
let j = uri.indexOf("#");
if (j < 0)
j = uri.lastIndexOf("/");
if (j < 0)
throw new Error("Cannot make lname out of <" + uri + ">");
return uri.slice(j + 1);
};
namespaceFromUri = (uri) => {
let j = uri.indexOf("#");
if (j < 0)
j = uri.lastIndexOf("/");
if (j < 0)
throw new Error("Cannot get namespace from <" + uri + ">");
return uri.slice(0, j + 1);
};
uriFromQname = (qname = "") => {
if (!qname)
return "";
const j = qname.indexOf(":");
if (j < 0)
throw new Error("Cannot make uri out of <" + qname + ">");
const localid = qname.slice(j + 1);
const prefix = qname.slice(0, j);
const uri_base = this.prefixToURI[prefix];
if (!uri_base)
throw new Error("Cannot make uri out of <" + qname + ">");
return uri_base + localid;
};
lnameFromQname = (qname = "") => {
const j = qname.indexOf(":");
if (j < 0)
throw new Error("Cannot make lname out of <" + qname + ">");
return qname.slice(j + 1);
};
};
var rdfType = RDF("type");
var shProperty = SH("property");
var shGroup = SH("group");
var shOrder = SH("order");
var rdfsLabel = RDFS("label");
var prefLabel = SKOS("prefLabel");
var shName = SH("name");
var shPath = SH("path");
var dashEditor = DASH("editor");
var shNode = SH("node");
var dashListShape = DASH("ListShape");
var dashEnumSelectEditor = DASH("EnumSelectEditor");
var shMessage = SH("message");
var rdeDisplayPriority = RDE("displayPriority");
var shMinCount = SH("minCount");
var shMinInclusive = SH("minInclusive");
var shMinExclusive = SH("minExclusive");
var shClass = SH("class");
var shMaxCount = SH("maxCount");
var shMaxInclusive = SH("maxInclusive");
var shMaxExclusive = SH("maxExclusive");
var shDatatype = SH("datatype");
var dashSingleLine = DASH("singleLine");
var shTargetClass = SH("targetClass");
var shTargetObjectsOf = SH("targetObjectsOf");
var shTargetSubjectsOf = SH("targetSubjectsOf");
var rdePropertyShapeType = RDE("propertyShapeType");
var rdeInternalShape = RDE("InternalShape");
var rdeExternalShape = RDE("ExternalShape");
var rdeIgnoreShape = RDE("IgnoreShape");
var rdeClassIn = RDE("classIn");
var shIn = SH("in");
var shInversePath = SH("inversePath");
var shUniqueLang = SH("uniqueLang");
var rdeReadOnly = RDE("readOnly");
var rdeIdentifierPrefix = RDE("identifierPrefix");
var rdeAllowMarkDown = RDE("allowMarkDown");
var shNamespace = SH("namespace");
var rdeDefaultLanguage = RDE("defaultLanguage");
var rdeDefaultValue = RDE("defaultValue");
var shLanguageIn = SH("languageIn");
var shPattern = SH("pattern");
var rdeSortOnProperty = RDE("sortOnProperty");
var rdeAllowPushToTopLevelLabel = RDE("allowPushToTopLevelLabel");
var rdeIndependentIdentifiers = RDE("independentIdentifiers");
var rdeSpecialPattern = RDE("specialPattern");
var rdeConnectIDs = RDE("connectIDs");
var rdeAllowBatchManagement = RDE("allowBatchManagement");
var rdeCopyObjectsOfProperty = RDE("copyObjectsOfProperty");
var rdeUniqueValueAmongSiblings = RDE("uniqueValueAmongSiblings");
var rdfLangString = RDF("langString");
var skosDefinition = SKOS("definition");
var rdfsComment = RDFS("comment");
var shDescription = SH("description");
var rdfFirst = RDF("first");
var rdfRest = RDF("rest");
var rdfNil = RDF("nil");
var defaultLabelProperties = [prefLabel, rdfsLabel, shName];
var defaultDescriptionProperties = [skosDefinition, rdfsComment, shDescription];
var defaultPrefixMap = new PrefixMap({});
// src/helpers/rdf/shapes.ts
var shapes_exports = {};
__export(shapes_exports, {
NodeShape: () => NodeShape,
PropertyGroup: () => PropertyGroup,
PropertyShape: () => PropertyShape,
generateSubnodes: () => generateSubnodes,
sortByPropValue: () => sortByPropValue
});
import * as rdf3 from "rdflib";
// src/helpers/rdf/types.ts
import * as rdf2 from "rdflib";
import { Memoize } from "typescript-memoize";
import { atom, DefaultValue } from "recoil";
import { nanoid } from "nanoid";
import { debug as debugfactory2 } from "debug";
var debug2 = debugfactory2("rde:rdf:types");
var defaultGraphNode = rdf2.sym(rdf2.Store.defaultGraphURI);
var errors = {};
var history = {};
var updateHistory = (entity, qname, prop, val, noHisto = true) => {
if (!history[entity])
history[entity] = [];
else {
while (history[entity].length && history[entity][history[entity].length - 1]["tmp:undone"]) {
history[entity].pop();
}
}
const newVal = {
[qname]: { [prop]: val },
...entity != qname ? { "tmp:parentPath": getParentPath(entity, qname) } : {}
};
if (val?.length === 1 && !(val[0] instanceof LiteralWithId) && (val[0].uri === "tmp:uri" || val[0].value === ""))
return;
if (noHisto === -1) {
const first = history[entity].findIndex((h) => h["tmp:allValuesLoaded"]);
if (first > 0)
history[entity].splice(first, 0, newVal);
else
history[entity].push(newVal);
} else
history[entity].push(newVal);
};
var getHistoryStatus = (entityUri) => {
if (!history[entityUri])
return { top: -1, current: -1, first: -1 };
const top = history[entityUri].length - 1;
let first = -1, current = -1;
for (const [i, h] of history[entityUri].entries()) {
if (h["tmp:allValuesLoaded"])
first = i;
else if (h["tmp:undone"])
current = i - 1;
if (first != -1 && current != -1)
break;
}
return { top, first, current };
};
function getParentPath(entityUri, sub) {
let parentPath = [];
for (const h of history[entityUri]) {
const subSubj = Object.keys(h).filter((k) => !["tmp:parent", "tmp:undone"].includes(k));
for (const s of subSubj) {
const subprop = Object.keys(h[s]).filter((k) => !["tmp:parent", "tmp:undone"].includes(k));
for (const p of subprop) {
if (typeof h[s][p] !== "string")
for (const v of h[s][p]) {
if (v instanceof Subject && v.uri === sub) {
if (parentPath.length > 1 && parentPath[1] !== p)
throw new Error("multiple property (" + parentPath + "," + p + ") for node " + sub);
if (s !== entityUri)
parentPath = getParentPath(entityUri, s);
parentPath.push(s);
parentPath.push(p);
}
}
}
}
}
return parentPath;
}
var rdfLitAsNumber = (lit) => {
const n = Number(lit.value);
if (!isNaN(n)) {
return +n;
}
return null;
};
var Path = class {
sparqlString;
directPathNode = null;
inversePathNode = null;
constructor(node, graph3, listMode) {
const invpaths = graph3.store.each(node, shInversePath, null);
if (invpaths.length > 1) {
throw "too many inverse path in shacl path:" + invpaths;
}
if (invpaths.length == 1) {
const invpath = invpaths[0];
this.sparqlString = "^" + invpath.value;
this.inversePathNode = invpath;
} else {
if (listMode) {
this.sparqlString = node.value + "[]";
} else {
this.sparqlString = node.value;
}
this.directPathNode = node;
}
}
};
var EntityGraphValues = class {
oldSubjectProps = {};
newSubjectProps = {};
subjectUri = "";
/* eslint-disable no-magic-numbers */
idHash = Date.now();
//getRandomIntInclusive(1000, 9999).toString()
noHisto = false;
constructor(subjectUri) {
this.subjectUri = subjectUri;
}
onGetInitialValues = (subjectUri, pathString, values) => {
if (!(subjectUri in this.oldSubjectProps))
this.oldSubjectProps[subjectUri] = {};
if (!(subjectUri in this.newSubjectProps))
this.newSubjectProps[subjectUri] = {};
this.oldSubjectProps[subjectUri][pathString] = values;
this.newSubjectProps[subjectUri][pathString] = values;
};
onUpdateValues = (subjectUri, pathString, values) => {
if (!(subjectUri in this.newSubjectProps))
this.newSubjectProps[subjectUri] = {};
this.newSubjectProps[subjectUri][pathString] = values;
if (this.noHisto === true) {
this.noHisto = false;
return;
}
updateHistory(this.subjectUri, subjectUri, pathString, values, this.noHisto);
if (this.noHisto === 1)
this.noHisto = -1;
};
isInitialized = (subjectUri, pathString) => {
return subjectUri in this.oldSubjectProps && pathString in this.oldSubjectProps[subjectUri];
};
addNewValuestoStore(store, subjectUri) {
if (!(subjectUri in this.newSubjectProps))
return;
const subject = rdf2.sym(subjectUri);
for (const pathString in this.newSubjectProps[subjectUri]) {
if (pathString.startsWith("^")) {
const property = rdf2.sym(pathString.substring(1));
const values = this.newSubjectProps[subjectUri][pathString];
for (const val of values) {
if (val instanceof LiteralWithId) {
throw "can't add literals in inverse path, something's wrong with the data!";
} else {
if (val.node?.value == "tmp:uri" || val.node?.value == "tmp:none")
continue;
store.add(val.node, property, subject, defaultGraphNode);
if (val instanceof Subject) {
this.addNewValuestoStore(store, val.uri);
}
}
}
} else {
const listMode = pathString.endsWith("[]");
const property = rdf2.sym(listMode ? pathString.substring(0, pathString.length - 2) : pathString);
const values = this.newSubjectProps[subjectUri][pathString];
const collection = new rdf2.Collection();
for (const val of values) {
if (val instanceof LiteralWithId) {
if (val.value == "")
continue;
if (listMode)
collection.append(val);
else
store.add(subject, property, val, defaultGraphNode);
} else {
if (val.node?.value == "tmp:uri" || val.node?.value == "tmp:none")
continue;
if (listMode) {
if (val.node) {
collection.append(val.node);
} else if (val instanceof rdf2.Literal) {
collection.append(val);
} else
throw "could not add " + val + " to collection " + collection;
} else
store.add(subject, property, val.node, defaultGraphNode);
if (val instanceof Subject) {
this.addNewValuestoStore(store, val.uri);
}
}
}
if (listMode && collection.elements.length) {
collection.close();
store.add(subject, property, collection, defaultGraphNode);
}
}
}
}
propsUpdateEffect = (subjectUri, pathString) => ({ setSelf, onSet }) => {
onSet((newValues) => {
if (!(newValues instanceof DefaultValue)) {
this.onUpdateValues(subjectUri, pathString, newValues);
}
});
};
getAtomForSubjectProperty(pathString, subjectUri) {
return atom({
key: this.idHash + subjectUri + pathString,
default: [],
// effects_UNSTABLE no more, see https://github.com/facebookexperimental/Recoil/blob/main/CHANGELOG-recoil.md#breaking-changes-1
effects: [
/*debugAtomEffect,*/
this.propsUpdateEffect(subjectUri, pathString)
],
// disable immutability in production
dangerouslyAllowMutability: true
});
}
hasSubject(subjectUri) {
return subjectUri in this.newSubjectProps;
}
};
__decorateClass([
Memoize((pathString, subjectUri) => {
return subjectUri + pathString;
})
], EntityGraphValues.prototype, "getAtomForSubjectProperty", 1);
var EntityGraph = class _EntityGraph {
onGetInitialValues;
getAtomForSubjectProperty;
getValues;
get values() {
return this.getValues();
}
// where to start when reconstructing the tree
topSubjectUri;
store;
// connexGraph is the store that contains the labels of associated resources
// (ex: students, teachers, etc.), it's not present in all circumstances
connexGraph;
prefixMap;
labelProperties;
descriptionProperties;
constructor(store, topSubjectUri, prefixMap = defaultPrefixMap, connexGraph = rdf2.graph(), labelProperties = defaultLabelProperties, descriptionProperties = defaultDescriptionProperties) {
this.store = store;
this.prefixMap = prefixMap;
this.descriptionProperties = descriptionProperties;
this.labelProperties = labelProperties;
const values = new EntityGraphValues(topSubjectUri);
this.topSubjectUri = topSubjectUri;
this.onGetInitialValues = values.onGetInitialValues;
this.getAtomForSubjectProperty = (pathString, subjectUri) => values.getAtomForSubjectProperty(pathString, subjectUri);
this.connexGraph = connexGraph;
this.getValues = () => {
return values;
};
}
addNewValuestoStore(store) {
this.values.addNewValuestoStore(store, this.topSubjectUri);
}
static addIdToLitList = (litList) => {
return litList.map((lit) => {
return new LiteralWithId(lit.value, lit.language, lit.datatype);
});
};
static addLabelsFromGraph = (resList, graph3) => {
return resList.map((res) => {
return new RDFResourceWithLabel(res, graph3);
});
};
static addExtDataFromGraph = (resList, graph3) => {
return resList.map((res) => {
if (!graph3.connexGraph) {
throw "trying to access inexistant associatedStore";
}
const perLang = {};
for (const p of graph3.labelProperties) {
const lits = graph3.connexGraph.each(res, p, null);
for (const lit of lits) {
if (lit.language in perLang)
continue;
perLang[lit.language] = lit.value;
}
}
debug2("connex:", res.uri, perLang);
return new ExtRDFResourceWithLabel(res.uri, perLang, void 0, void 0, graph3.prefixMap);
});
};
hasSubject(subjectUri) {
if (this.values.hasSubject(subjectUri))
return true;
return this.store.any(rdf2.sym(subjectUri), null, null) != null;
}
static subjectify = (resList, graph3) => {
return resList.map((res) => {
return new Subject(res, graph3);
});
};
// only returns the values that were not initalized before
getUnitializedValues(s, p) {
const path = p.path;
if (!path)
return null;
if (this.values.isInitialized(s.uri, path.sparqlString)) {
return null;
}
return this.getPropValuesFromStore(s, p);
}
getPropValuesFromStore(s, p) {
if (!p.path) {
throw "can't find path of " + p.uri;
}
switch (p.objectType) {
case 3 /* ResExt */:
if (!p.path.directPathNode) {
throw "can't have non-direct path for property " + p.uri;
}
const fromRDFResExt = s.getPropResValuesFromPath(p.path);
const fromRDFResExtwData = _EntityGraph.addExtDataFromGraph(fromRDFResExt, s.graph);
this.onGetInitialValues(s.uri, p.path.sparqlString, fromRDFResExtwData);
return fromRDFResExtwData;
break;
case 1 /* Internal */:
const fromRDFSubNode = s.getPropResValuesFromPath(p.path);
const fromRDFSubs = _EntityGraph.subjectify(fromRDFSubNode, s.graph);
this.onGetInitialValues(s.uri, p.path.sparqlString, fromRDFSubs);
return fromRDFSubs;
break;
case 2 /* ResInList */:
if (!p.path.directPathNode) {
throw "can't have non-direct path for property " + p.uri;
}
const fromRDFResList = s.getPropResValues(p.path.directPathNode);
const fromRDFReswLabels = _EntityGraph.addLabelsFromGraph(fromRDFResList, p.graph);
this.onGetInitialValues(s.uri, p.path.sparqlString, fromRDFReswLabels);
return fromRDFReswLabels;
break;
case 0 /* Literal */:
case 5 /* LitInList */:
default:
if (!p.path.directPathNode) {
throw "can't have non-direct path for property " + p.uri;
}
let fromRDFLits;
if (p.hasListAsObject) {
const fromRDFLitsList = s.getPropLitValuesFromList(p.path.directPathNode);
fromRDFLits = fromRDFLitsList === null ? [] : fromRDFLitsList;
} else {
fromRDFLits = s.getPropLitValues(p.path.directPathNode);
}
const fromRDFLitIDs = _EntityGraph.addIdToLitList(fromRDFLits);
this.onGetInitialValues(s.uri, p.path.sparqlString, fromRDFLitIDs);
return fromRDFLitIDs;
break;
}
}
};
var RDFResource = class {
node;
graph;
isCollection;
constructor(node, graph3) {
this.node = node;
this.graph = graph3;
this.isCollection = node instanceof rdf2.Collection;
}
get id() {
return this.node.value;
}
get value() {
return this.node.value;
}
get lname() {
return this.graph.prefixMap.lnameFromUri(this.node.value);
}
get namespace() {
return this.graph.prefixMap.namespaceFromUri(this.node.value);
}
get qname() {
return this.graph.prefixMap.qnameFromUri(this.node.value);
}
get uri() {
return this.node.value;
}
static valuesByLang(values) {
const res = {};
for (const value of values) {
if (value instanceof LiteralWithId) {
res[value.language] = value.value;
}
}
return res;
}
getPropValueByLang(p) {
if (this.node instanceof rdf2.Collection)
return {};
const lits = this.graph.store.each(this.node, p, null);
const res = {};
for (const lit of lits) {
res[lit.language] = lit.value;
}
return res;
}
getPropValueOrNullByLang(p) {
if (this.node instanceof rdf2.Collection)
return {};
const lits = this.graph.store.each(this.node, p, null);
const res = {};
let i = 0;
for (const lit of lits) {
i += 1;
res[lit.language] = lit.value;
}
if (i == 0)
return null;
return res;
}
getPropLitValues(p) {
if (this.node instanceof rdf2.Collection)
return [];
return this.graph.store.each(this.node, p, null);
}
getPropResValues(p) {
if (this.node instanceof rdf2.Collection)
return [];
return this.graph.store.each(this.node, p, null);
}
fillElements(s, current) {
if (!s || s instanceof rdf2.NamedNode && s.uri == rdfNil.uri)
return;
const first = this.graph.store.any(s, rdfFirst, null);
current.push(first);
this.fillElements(this.graph.store.any(s, rdfRest, null), current);
}
getPropResValuesFromList(p) {
if (this.node instanceof rdf2.Collection)
return null;
const colls = this.graph.store.each(this.node, p, null);
for (const coll of colls) {
if (coll instanceof rdf2.Collection) {
return coll.elements;
}
const res = [];
this.fillElements(coll, res);
return res;
}
return null;
}
getPropLitValuesFromList(p) {
if (this.node instanceof rdf2.Collection)
return null;
const colls = this.graph.store.each(this.node, p, null);
for (const coll of colls) {
if (coll instanceof rdf2.Collection) {
return coll.elements;
}
const res = [];
this.fillElements(coll, res);
return res;
}
return null;
}
getPropIntValue(p) {
if (this.node instanceof rdf2.Collection)
return null;
const lit = this.graph.store.any(this.node, p, null);
if (lit === null)
return null;
return rdfLitAsNumber(lit);
}
getPropStringValue(p) {
if (this.node instanceof rdf2.Collection)
return null;
const lit = this.graph.store.any(this.node, p, null);
if (lit === null)
return null;
return lit.value;
}
getPropResValue(p) {
if (this.node instanceof rdf2.Collection)
return null;
const res = this.graph.store.any(this.node, p, null);
return res;
}
getPropResValuesFromPath(p) {
if (this.node instanceof rdf2.Collection)
return [];
if (p.directPathNode) {
return this.graph.store.each(this.node, p.directPathNode, null);
}
return this.graph.store.each(null, p.inversePathNode, this.node);
}
getPropResValueFromPath(p) {
if (this.node instanceof rdf2.Collection)
return null;
if (p.directPathNode) {
return this.graph.store.any(this.node, p.directPathNode, null);
}
return this.graph.store.any(this.node, p.inversePathNode, null);
}
getPropBooleanValue(p, dflt = false) {
if (this.node instanceof rdf2.Collection)
return dflt;
const lit = this.graph.store.any(this.node, p, null);
if (!lit)
return dflt;
const n = Boolean(lit.value);
if (n) {
return n;
}
return dflt;
}
};
var RDFResourceWithLabel = class extends RDFResource {
node;
constructor(node, graph3, labelProp) {
super(node, graph3);
this.node = node;
}
get prefLabels() {
for (const p of this.graph.labelProperties) {
const res = this.getPropValueOrNullByLang(p);
if (res != null)
return res;
}
return { en: this.node.value };
}
get description() {
for (const p of this.graph.descriptionProperties) {
const res = this.getPropValueOrNullByLang(p);
if (res != null)
return res;
}
return null;
}
};
__decorateClass([
Memoize()
], RDFResourceWithLabel.prototype, "prefLabels", 1);
__decorateClass([
Memoize()
], RDFResourceWithLabel.prototype, "description", 1);
var ExtRDFResourceWithLabel = class _ExtRDFResourceWithLabel extends RDFResourceWithLabel {
_prefLabels;
_description;
_otherData;
get prefLabels() {
return this._prefLabels;
}
get description() {
return this._description;
}
get otherData() {
return this._otherData;
}
constructor(uri, prefLabels, data = {}, description = null, prefixMap) {
super(rdf2.sym(uri), new EntityGraph(new rdf2.Store(), uri, prefixMap));
this._prefLabels = prefLabels;
this._description = description;
this._otherData = data;
}
addOtherData(key, value) {
return new _ExtRDFResourceWithLabel(this.uri, this._prefLabels, { ...this._otherData, [key]: value });
}
};
var LiteralWithId = class _LiteralWithId extends rdf2.Literal {
id;
constructor(value, language, datatype, id) {
super(value, language, datatype);
if (id) {
this.id = id;
} else {
this.id = nanoid();
}
}
copy() {
return new _LiteralWithId(this.value, this.language, this.datatype, this.id);
}
copyWithUpdatedValue(value) {
return new _LiteralWithId(value, this.language, this.datatype, this.id);
}
copyWithUpdatedLanguage(language) {
return new _LiteralWithId(this.value, language, this.datatype, this.id);
}
};
var Subject = class _Subject extends RDFResource {
node;
constructor(node, graph3) {
super(node, graph3);
this.node = node;
}
getUnitializedValues(property) {
return this.graph.getUnitializedValues(this, property);
}
getAtomForProperty(pathString) {
return this.graph.getAtomForSubjectProperty(pathString, this.uri);
}
/*
// sets the flag to store to history or not according to the case,
// allows to store value modification not on top of history,
//
// ex: noHisto(false, -1) // put empty subnodes in history before tmp:allValuesLoaded
// noHisto(false, 1) // allow parent node in history but default empty subnodes before tmp:allValuesLoaded
// noHisto(false, false) // history back to normal => not exactly... must also use resetNoHisto()
// noHisto(true) // disable value storing when doing undo/redo
*/
noHisto(force = false, start = true) {
const current = this.graph.getValues().noHisto;
if (!force && current === -1)
return;
if (start !== true)
this.graph.getValues().noHisto = start;
else if (force || history[this.uri] && history[this.uri].some((h) => h["tmp:allValuesLoaded"]))
this.graph.getValues().noHisto = true;
}
resetNoHisto() {
this.graph.getValues().noHisto = false;
}
static createEmpty() {
return new _Subject(rdf2.sym("tmp:uri"), new EntityGraph(new rdf2.Store(), "tmp:uri"));
}
isEmpty() {
return this.node.uri == "tmp:uri";
}
};
var noneSelected = new ExtRDFResourceWithLabel("tmp:none", { en: "\u2013" }, {}, { en: "none provided" });
var emptyLiteral = new LiteralWithId("");
var sameLanguage = (lang1, lang2) => {
return lang1 == lang2;
};
// src/helpers/rdf/shapes.ts
import { Memoize as Memoize2 } from "typescript-memoize";
import { customAlphabet } from "nanoid";
import { debug as debugfactory3 } from "debug";
var debug3 = debugfactory3("rde:rdf:shapes");
var sortByPropValue = (nodelist, property, store) => {
const nodeUriToPropValue = {};
for (const node of nodelist) {
const ordern = store.any(node, property, null);
if (!ordern) {
nodeUriToPropValue[node.uri] = 0;
continue;
}
const asnum = rdfLitAsNumber(ordern);
nodeUriToPropValue[node.uri] = asnum == null ? 0 : asnum;
}
const res = [...nodelist].sort((a, b) => {
return nodeUriToPropValue[a.uri] - nodeUriToPropValue[b.uri];
});
return res;
};
var _PropertyShape = class _PropertyShape extends RDFResourceWithLabel {
constructor(node, graph3) {
super(node, graph3, rdfsLabel);
}
get prefLabels() {
let res = {};
if (this.path && (this.path.directPathNode || this.path.inversePathNode)) {
const pathNode = this.path.directPathNode || this.path.inversePathNode;
if (pathNode) {
const propInOntology = new RDFResourceWithLabel(pathNode, this.graph);
res = propInOntology.prefLabels;
}
}
const resFromShape = this.getPropValueByLang(shName);
res = { ...res, ...resFromShape };
return res;
}
get helpMessage() {
let res = this.description;
if (res == null && this.path && (this.path.directPathNode || this.path.inversePathNode)) {
const pathNode = this.path.directPathNode || this.path.inversePathNode;
if (pathNode) {
const propInOntology = new RDFResourceWithLabel(pathNode, this.graph);
res = propInOntology.description;
}
}
return res;
}
get errorMessage() {
const res = this.getPropValueByLang(shMessage);
return res;
}
get defaultValue() {
return this.graph.store.any(this.node, rdeDefaultValue, null);
}
get singleLine() {
return this.getPropBooleanValue(dashSingleLine);
}
get connectIDs() {
return this.getPropBooleanValue(rdeConnectIDs, false);
}
get displayPriority() {
return this.getPropIntValue(rdeDisplayPriority);
}
get minCount() {
return this.getPropIntValue(shMinCount);
}
get maxCount() {
return this.getPropIntValue(shMaxCount);
}
get minInclusive() {
return this.getPropIntValue(shMinInclusive);
}
get maxInclusive() {
return this.getPropIntValue(shMaxInclusive);
}
get minExclusive() {
return this.getPropIntValue(shMinExclusive);
}
get maxExclusive() {
return this.getPropIntValue(shMaxExclusive);
}
get allowMarkDown() {
return this.getPropBooleanValue(rdeAllowMarkDown);
}
get allowBatchManagement() {
return this.getPropBooleanValue(rdeAllowBatchManagement);
}
get uniqueValueAmongSiblings() {
return this.getPropBooleanValue(rdeUniqueValueAmongSiblings);
}
get uniqueLang() {
return this.getPropBooleanValue(shUniqueLang);
}
get readOnly() {
return this.getPropBooleanValue(rdeReadOnly);
}
get defaultLanguage() {
return this.getPropStringValue(rdeDefaultLanguage);
}
get editorLname() {