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* WikiLambda Pinia store to interact with the store to create new ZObjects by their type.
*
* @copyright 2020– Abstract Wikipedia team; see AUTHORS.txt
* @license MIT
*/
'use strict';
const Constants = require( '../../Constants.js' );
const { getParameterByName } = require( '../../utils/urlUtils.js' );
const {
getScaffolding,
initializePayloadForType,
isGenericType,
isTruthyOrEqual
} = require( '../../utils/typeUtils.js' );
module.exports = {
state: {},
getters: {
/**
* Return a blank object for a given type, and initialize its
* values if the payload contains the required initialization data.
*
* @return {Function}
*/
createObjectByType: function () {
/**
* @param {Object} payload
* @param {string} payload.type the type of the new object to add
* @param {Object} payload.value initialization values
* @param {boolean} payload.append whether to append the new zobject to a list
* @param {boolean} payload.literal force create a literal object: on root initialization and
* mode selector explicit request
* @param {Array} keyList a list of types that have been seen so far
* @return {Object}
*/
const generateObjectByType = ( payload, keyList = [] ) => {
// If payload.literal is true, we are forcing creating a literal
// object for those types that are generally persisted and linked.
// We force literal when:
// * initializing a new root ZObject
// * the mode selector explicitly requests literal
// * it has a builtin component even if it's an enum
// We default to references for LINKED_TYPES and Enums when:
// * initializing function arguments
// * initializing key values
// * adding new items to a list
const isRecursiveType = keyList.includes( payload.type );
const isLinkedOrCustomEnum = Constants.LINKED_TYPES.includes( payload.type ) ||
this.isCustomEnum( payload.type );
const shouldReturnReference = isRecursiveType || ( !payload.literal && isLinkedOrCustomEnum );
if ( shouldReturnReference ) {
return this.createZReference( payload );
}
// Unset payload.literal for recursive calls
delete payload.literal;
keyList.push( payload.type );
// If payload.type is an object, we are looking at a generic type,
// so a type returned by a function call. Transform the payload for
// the special cases: List, Pair and Map
if ( isGenericType( payload.type ) ) {
if ( payload.type[ Constants.Z_FUNCTION_CALL_FUNCTION ] === Constants.Z_TYPED_LIST ) {
const newPayload = Object.assign( {}, payload );
newPayload.type = Constants.Z_TYPED_LIST;
newPayload.value = payload.type[ Constants.Z_TYPED_LIST_TYPE ];
return this.createObjectByType( newPayload, keyList );
}
if ( payload.type[ Constants.Z_FUNCTION_CALL_FUNCTION ] === Constants.Z_TYPED_PAIR ) {
const newPayload = Object.assign( {}, payload );
newPayload.type = Constants.Z_TYPED_PAIR;
newPayload.values = [
payload.type[ Constants.Z_TYPED_PAIR_TYPE1 ],
payload.type[ Constants.Z_TYPED_PAIR_TYPE2 ]
];
return this.createObjectByType( newPayload, keyList );
}
if ( payload.type[ Constants.Z_FUNCTION_CALL_FUNCTION ] === Constants.Z_TYPED_MAP ) {
const newPayload = Object.assign( {}, payload );
newPayload.type = Constants.Z_TYPED_MAP;
newPayload.values = [
payload.type[ Constants.Z_TYPED_MAP_TYPE1 ],
payload.type[ Constants.Z_TYPED_MAP_TYPE2 ]
];
return this.createObjectByType( newPayload, keyList );
}
}
// If payload.type is a Wikidata enum, we need to create a
// Wikidata enum object, which is a special case.
if ( this.isWikidataEnum( payload.type ) ) {
return this.createZWikidataEnum( payload );
}
switch ( payload.type ) {
case Constants.Z_REFERENCE:
return this.createZReference( payload );
case Constants.Z_STRING:
return this.createZString( payload );
case Constants.Z_BOOLEAN:
return this.createZBoolean( payload );
case Constants.Z_MULTILINGUALSTRING:
return this.createZMultilingualString( payload );
case Constants.Z_MONOLINGUALSTRING:
return this.createZMonolingualString( payload );
case Constants.Z_MONOLINGUALSTRINGSET:
return this.createZMonolingualStringSet( payload );
case Constants.Z_ARGUMENT:
return this.createZArgument( payload );
case Constants.Z_FUNCTION_CALL:
return this.createZFunctionCall( payload );
case Constants.Z_FUNCTION:
return this.createZFunction( payload );
case Constants.Z_PERSISTENTOBJECT:
return this.createZPersistentObject( payload );
case Constants.Z_TYPE:
return this.createZType( payload );
case Constants.Z_IMPLEMENTATION:
return this.createZImplementation( payload );
case Constants.Z_CODE:
return this.createZCode( payload );
case Constants.Z_TESTER:
return this.createZTester( payload );
case Constants.Z_TYPED_LIST:
return this.createZTypedList( payload );
case Constants.Z_TYPED_PAIR:
return this.createZTypedPair( payload );
case Constants.Z_TYPED_MAP:
return this.createZTypedMap( payload );
case Constants.Z_WIKIDATA_ITEM:
case Constants.Z_WIKIDATA_LEXEME:
case Constants.Z_WIKIDATA_LEXEME_FORM:
case Constants.Z_WIKIDATA_LEXEME_SENSE:
case Constants.Z_WIKIDATA_PROPERTY:
return this.createWikidataEntity( payload );
case Constants.Z_WIKIDATA_REFERENCE_ITEM:
case Constants.Z_WIKIDATA_REFERENCE_LEXEME:
case Constants.Z_WIKIDATA_REFERENCE_LEXEME_FORM:
case Constants.Z_WIKIDATA_REFERENCE_PROPERTY:
return this.createWikidataReference( payload );
default:
// Explore and create new ZObject keys
return this.createGenericObject( payload, keyList );
}
};
return generateObjectByType;
},
/**
* Return a blank generic object for a given type. If the
* type is a reference and the persisted object is known,
* initialize all its keys. Else simply return the type field.
* The entry will result in a json representation equal to:
* {
* Z1K1: 'Zx'
* ZxK1: ''
* }
*
* @return {Function}
*/
createGenericObject: function () {
/**
* @param {Object} payload
* @param {string} payload.type
* @param {Array} keyList a list of types that have been seen so far
* @return {Object}
*/
const generateGenericObject = ( payload, keyList = [] ) => {
const persisted = this.getStoredObject( payload.type );
const value = {
[ Constants.Z_OBJECT_TYPE ]: payload.type
};
keyList.push( payload.type );
if ( persisted ) {
const zobject = persisted[ Constants.Z_PERSISTENTOBJECT_VALUE ];
if ( zobject[ Constants.Z_OBJECT_TYPE ] === Constants.Z_TYPE ) {
const keys = zobject[ Constants.Z_TYPE_KEYS ];
for ( let i = 1; i < keys.length; i++ ) {
const key = keys[ i ];
// Create a reference to self it the key is the identity key of the root object
const isIdentityKey = !payload.isRoot ? false : (
isTruthyOrEqual( key, [
Constants.Z_KEY_IS_IDENTITY
], Constants.Z_BOOLEAN_TRUE ) ||
isTruthyOrEqual( key, [
Constants.Z_KEY_IS_IDENTITY,
Constants.Z_BOOLEAN_IDENTITY
], Constants.Z_BOOLEAN_TRUE )
);
const keyPayload = isIdentityKey ?
{ type: Constants.Z_REFERENCE, value: this.getCurrentZObjectId } :
initializePayloadForType( key[ Constants.Z_KEY_TYPE ] );
// We must pass keyList array by value in here, so that the types found in an argument
// branch don't affect another branch, it should only restrict repetition in depth.
const blankValue = this.createObjectByType( keyPayload, keyList.slice() );
value[ key[ Constants.Z_KEY_ID ] ] = blankValue;
}
}
}
return value;
};
return generateGenericObject;
},
/**
* Return a blank and initialized zPersistentObject.
* The value will result in a json representation equal to:
* {
* Z1K1: { Z1K1: 'Z9', Z9K1: 'Z2' },
* Z2K1: { Z1K1: 'Z9', Z9K1: 'Z0' },
* Z2K2: {
* Z1K1: { Z1K1: 'Z9', Z9K1: '' }
* },
* Z2K3: {
* Z1K1: { Z1K1: 'Z9', Z9K1: 'Z12' }
* Z12K1: [ Z11 ]
* },
* Z2K4: {
* Z1K1: { Z1K1: 'Z9', Z9K1: 'Z32' }
* Z32K1: [ Z31 ]
* }
* }
*
* @return {Function}
*/
createZPersistentObject: function () {
/**
* @return {Object}
*/
const generateZPersistentObject = () => {
// Get scaffolding
const value = getScaffolding( Constants.Z_PERSISTENTOBJECT );
// Initialize persistent zid and blank label
const zid = this.getCurrentZObjectId || Constants.NEW_ZID_PLACEHOLDER;
value[ Constants.Z_PERSISTENTOBJECT_ID ][ Constants.Z_STRING_VALUE ] = zid;
if ( this.getUserLangZid ) {
const mono = this.createObjectByType( {
type: Constants.Z_MONOLINGUALSTRING,
lang: this.getUserLangZid
} );
value[ Constants.Z_PERSISTENTOBJECT_LABEL ][
Constants.Z_MULTILINGUALSTRING_VALUE ].push( mono );
}
return value;
};
return generateZPersistentObject;
},
/**
* Return a blank and initialized zMonolingualString.
* The value will result in a json representation equal to:
* {
* Z1K1: Z11,
* Z11K1: { Z1K1: Z9, Z9K1: payload.lang },
* Z11K2: { Z1K1: Z6, Z6K1: '' }
* }
*
* @return {Function}
*/
createZMonolingualString: function () {
/**
* @param {Object} payload
* @param {string} payload.value string value of the monolingual string
* @param {string} payload.lang zid of the language for the monolingual string
* @param {boolean} payload.append
* @return {Object}
*/
const generateZMonolingualString = ( payload ) => {
// Get scaffolding
const value = getScaffolding( Constants.Z_MONOLINGUALSTRING );
// Initialize monolingual string
const lang = payload.lang || '';
value[ Constants.Z_MONOLINGUALSTRING_VALUE ] = this.createObjectByType( {
type: Constants.Z_STRING,
value: payload.value
} );
value[ Constants.Z_MONOLINGUALSTRING_LANGUAGE ][ Constants.Z_REFERENCE_ID ] = lang;
return value;
};
return generateZMonolingualString;
},
/**
* Return a blank and initialized zMonolingualStringSet.
* The value will result in a json representation equal to:
* {
* Z1K1: Z31,
* Z31K1: { Z1K1: Z9, Z9K1: payload.lang },
* Z31K2: [ 'Z6', { Z1K1: Z6, Z6K1: payload.value } ]
* }
*
* @return {Function}
*/
createZMonolingualStringSet: function () {
/**
* @param {Object} payload
* @param {Array} payload.value Array list of strings for the list
* @param {string} payload.lang zid of the language for the first monolingual string
* @param {boolean} payload.append
* @return {Object}
*/
const generateZMonolingualStringSet = ( payload ) => {
// Get scaffolding
const value = getScaffolding( Constants.Z_MONOLINGUALSTRINGSET );
// Initialize language and first string
const lang = payload.lang || '';
value[ Constants.Z_MONOLINGUALSTRINGSET_LANGUAGE ][ Constants.Z_REFERENCE_ID ] = lang;
if ( payload.value ) {
payload.value.forEach( ( stringValue ) => {
value[ Constants.Z_MONOLINGUALSTRINGSET_VALUE ].push( stringValue );
} );
}
return value;
};
return generateZMonolingualStringSet;
},
/**
* Return a blank and initialized zMultilingualString.
* The value will result in a json representation equal to:
* {
* Z1K1: Z12,
* Z12K1: [
* Z11,
* { Z1K1: Z11, Z11K1: '', Z11K2: '' }
* ]
* }
*
* @return {Function}
*/
createZMultilingualString: function () {
/**
* @param {Object} payload
* @param {string} payload.value string value of the first monolingual string
* @param {string} payload.lang zid of the language for the first monolingual string
* @param {number} payload.append
* @return {Object}
*/
const generateZMultilingualString = ( payload ) => {
// Get scaffolding
const value = getScaffolding( Constants.Z_MULTILINGUALSTRING );
// Initialize first monolingual string if there's any lang or value
if ( ( 'lang' in payload ) || ( 'value' in payload ) ) {
const mono = this.createObjectByType( {
type: Constants.Z_MONOLINGUALSTRING,
lang: payload.lang || this.getUserLangZid,
value: payload.value || ''
} );
value[ Constants.Z_MULTILINGUALSTRING_VALUE ].push( mono );
}
return value;
};
return generateZMultilingualString;
},
/**
* Return a blank and initialized zString
* The value will result in a json representation equal to:
* * If payload.value is a canonical reference (matches Zn format):
* return { Z1K1: Z6, Z6K1: payload.value }
* * If payload.value is a canonical string:
* return payload.value
*
* @return {Function}
*/
createZString: function () {
/**
* @param {Object} payload
* @param {string} payload.value
* @param {boolean} payload.append
* @return {Object}
*/
const generateZString = ( payload ) => {
if ( payload.value && payload.value.match( /^Z\d+$/ ) ) {
const normalString = getScaffolding( Constants.Z_STRING );
normalString[ Constants.Z_STRING_VALUE ] = payload.value;
return normalString;
}
return payload.value || '';
};
return generateZString;
},
/**
* Return a blank and initialized zReference.
* The value will result in a json representation equal to:
* { Z1K1: Z9, Z9K1: payload.value }
*
* @return {Function}
*/
createZReference: function () {
/**
* @param {Object} payload
* @param {string} payload.value
* @param {boolean} payload.append
* @return {Object}
*/
const generateZReference = ( payload ) => {
// Get scaffolding
const value = getScaffolding( Constants.Z_REFERENCE );
// Initialize values, if any
value[ Constants.Z_REFERENCE_ID ] = payload.value || '';
return value;
};
return generateZReference;
},
/**
* Return an initialized zWikidataEnum.
* The value will result in a json representation equal to:
* {
* "Z1K1": "Zxxxxx",
* "ZxxxxxK1": {
* "Z1K1": "Z609x",
* "Z609xK1": payload.value ||''
* }
* }
*
* @return {Function}
*/
createZWikidataEnum: function () {
/**
* @param {Object} payload
* @param {string} payload.type the type of the new object to add
* @param {Object} payload.value initialization values
* @return {Object}
*/
const generateZWikidataEnum = ( payload ) => {
const enumType = this.getTypeOfWikidataEnum( payload.type );
const enumValue = getScaffolding( enumType );
// Initialize the enum reference with the provided value
enumValue[ `${ enumType }K1` ] = payload.value || '';
return {
[ Constants.Z_OBJECT_TYPE ]: payload.type,
[ `${ payload.type }K1` ]: enumValue
};
};
return generateZWikidataEnum;
},
/**
* Return a blank and initialized zBoolean.
* The value will result in a json representation equal to:
* {
* Z1K1: Z40,
* Z40K1: { Z1K1: Z9, Z9K1: payload.value }
* }
*
* @return {Function}
*/
createZBoolean: function () {
/**
* @param {Object} payload
* @param {string} payload.value
* @param {boolean} payload.append
* @return {Object}
*/
const generateZBoolean = ( payload ) => {
// Get scaffolding
const value = getScaffolding( Constants.Z_BOOLEAN );
// Initialize value with the boolean Zid, if any
value[ Constants.Z_BOOLEAN_IDENTITY ][ Constants.Z_REFERENCE_ID ] = payload.value || '';
return value;
};
return generateZBoolean;
},
/**
* Return a blank and initialized zType.
* The value will result in a json representation equal to:
* {
* Z1K1: 'Z4',
* Z4K1: { Z1K1: 'Z9', Z9K1: 'Z0' },
* Z4K2: [ 'Z3' ]
* Z4K3: { Z1K1: 'Z9', Z9K1: 'Z101' }
* }
*
* @return {Function}
*/
createZType: function () {
/**
* @return {Object}
*/
const generateZType = () => {
// Get scaffolding
const value = getScaffolding( Constants.Z_TYPE );
// Initialize validator function
value[ Constants.Z_TYPE_VALIDATOR ][ Constants.Z_REFERENCE_ID ] = Constants.Z_VALIDATE_OBJECT;
return value;
};
return generateZType;
},
/**
* Return a blank and initialized zArgument.
* The value will result in a json representation equal to:
* {
* Z1K1: 'Z17',
* Z17K1: { Z1K1: 'Z9', Z9K1: '' },
* Z17K2: { Z1K1: 'Z6', Z6K1: 'Z0K1' },
* Z17K3: { Z1K1: 'Z12', Z12K1: [ Z11 ] }
* }
*
* @return {Function}
*/
createZArgument: function () {
/**
* @param {Object} payload
* @param {string} payload.value
* @param {boolean} payload.append
* @return {Object}
*/
const generateZArgument = ( payload ) => {
// Get scaffolding
const value = getScaffolding( Constants.Z_ARGUMENT );
// Initialize argument key
value[ Constants.Z_ARGUMENT_KEY ] = payload.value || this.getNextKey;
return value;
};
return generateZArgument;
},
/**
* Return a blank and initialized zFunctionCall.
* The value will result in a json representation equal to:
* { Z1K1: Z7, Z7K1: '' }
*
* @return {Function}
*/
createZFunctionCall: function () {
/**
* @param {Object} payload
* @param {string} payload.value Zid of the function to call
* @param {boolean} payload.append
* @return {Object}
*/
const generateZFunctionCall = ( payload ) => {
// Get scaffolding
const value = getScaffolding( Constants.Z_FUNCTION_CALL );
// Initialize function zid
value[ Constants.Z_FUNCTION_CALL_FUNCTION ][ Constants.Z_REFERENCE_ID ] = payload.value || '';
return value;
};
return generateZFunctionCall;
},
/**
* Return a blank and initialized zImplementation.
* The value will result in a json representation equal to:
* {
* Z1K1: 'Z14',
* Z14K1: { Z1K1: 'Z9', Z9K1: '' },
* Z14K2: { Z1K1: 'Z7', Z7K1: '' },
* }
*
* @return {Function}
*/
createZImplementation: function () {
/**
* @return {Object}
*/
const generateZImplementation = () => {
// Get scaffolding
const value = getScaffolding( Constants.Z_IMPLEMENTATION );
// Initialize function zid from the url parameters
const functionZid = getParameterByName( Constants.Z_IMPLEMENTATION_FUNCTION ) || '';
value[ Constants.Z_IMPLEMENTATION_FUNCTION ][ Constants.Z_REFERENCE_ID ] = functionZid;
return value;
};
return generateZImplementation;
},
/**
* Return a blank and initialized zCode.
* The value will result in a json representation equal to:
*
* {
* Z1K1: 'Z16'
* Z16K1: { Z1K1: 'Z9', Z9K1: '' },
* Z16K2: ''
* }
*
* @return {Function}
*/
createZCode: function () {
/**
* @return {Object}
*/
const generateZCode = () => getScaffolding( Constants.Z_CODE );
return generateZCode;
},
/**
* Return a blank and initialized zFunction.
* The value will result in a json representation equal to:
* {
* Z1K1: 'Z8',
* Z8K1: [ 'Z17' ],
* Z8K2: { Z1K1: 'Z9', Z9K1: '' },
* Z8K3: [ 'Z20' ],
* Z8K4: [ 'Z14' ],
* Z8K5: { Z1K1: 'Z9', Z9K1: '' },
* }
*
* @return {Function}
*/
createZFunction: function () {
/**
* @return {Object}
*/
const generateZFunction = () => {
// Get scaffolding
const value = getScaffolding( Constants.Z_FUNCTION );
const arg = getScaffolding( Constants.Z_ARGUMENT );
// Initialize function identity and one empty argument
const functionZid = this.getCurrentZObjectId || Constants.NEW_ZID_PLACEHOLDER;
value[ Constants.Z_FUNCTION_IDENTITY ][ Constants.Z_REFERENCE_ID ] = functionZid;
arg[ Constants.Z_ARGUMENT_KEY ] = `${ functionZid }K1`;
value[ Constants.Z_FUNCTION_ARGUMENTS ].push( arg );
return value;
};
return generateZFunction;
},
/**
* Return a blank and initialized zTester.
* The value will result in a json representation equal to:
* {
* Z1K1: 'Z20',
* Z20K1: { Z1K1: 'Z9', Z9K1: '' }
* Z20K2: {
* Z1K1: 'Z7',
* Z7K1: { Z1K1: 'Z9', Z9K1: '' }
* },
* Z20K3: {
* Z1K1: 'Z7',
* Z7K1: { Z1K1: 'Z9', Z9K1: '' }
* }
* }
*
* @return {Function}
*/
createZTester: function () {
/**
* @return {Object}
*/
const generateZTester = () => {
// Get scaffolding
const value = getScaffolding( Constants.Z_TESTER );
// Initialize function zid from the url parameters
const functionZid = getParameterByName( Constants.Z_TESTER_FUNCTION ) || '';
value[ Constants.Z_TESTER_FUNCTION ][ Constants.Z_REFERENCE_ID ] = functionZid;
return value;
};
return generateZTester;
},
/**
* Return a blank and initialized zTypedList.
* The value will result in a json representation equal to:
* [ 'Z1' ]
*
* @return {Function}
*/
createZTypedList: function () {
/**
* @param {Object} payload
* @param {string} payload.value
* @param {boolean} payload.append
* @return {Object}
*/
const generateZTypedList = ( payload ) => {
// Get scaffolding
const value = getScaffolding( Constants.Z_TYPED_LIST );
// Initialize function zid from the url parameters
value[ 0 ][ Constants.Z_REFERENCE_ID ] = payload.value || Constants.Z_OBJECT;
return value;
};
return generateZTypedList;
},
/**
* Return a blank and initialized zTypedPair.
* The value will result in a json representation equal to:
* {
* Z1K1: {
* Z1K1: Z7,
* Z7K1: Z882,
* Z882K1: { Z1K1: Z9, Z9K1: '' }
* Z882K2: { Z1K1: Z9, Z9K1: '' }
* },
* K1: {}
* K2: {}
* }
*
* @return {Function}
*/
createZTypedPair: function () {
/**
* @param {Object} payload
* @param {Object} payload.values
* @param {boolean} payload.isDeclaration This is used know if the values need to be initialized or not
* @param {boolean} payload.append
* @return {Object}
*/
const generateZTypedPair = ( payload ) => {
// Get scaffolding
const value = getScaffolding( Constants.Z_TYPED_PAIR );
// Initialize typed pair type
const type1 = payload.values ? payload.values[ 0 ] : '';
const type2 = payload.values ? payload.values[ 1 ] : '';
value[ Constants.Z_OBJECT_TYPE ][ Constants.Z_TYPED_PAIR_TYPE1 ][ Constants.Z_REFERENCE_ID ] = type1;
value[ Constants.Z_OBJECT_TYPE ][ Constants.Z_TYPED_PAIR_TYPE2 ][ Constants.Z_REFERENCE_ID ] = type2;
// K1 contains initialized object ot type1
// K2 contains initialized object ot type2
const value1 = type1 ? this.createObjectByType( { type: type1 } ) : {};
const value2 = type2 ? this.createObjectByType( { type: type2 } ) : {};
value[ Constants.Z_TYPED_OBJECT_ELEMENT_1 ] = value1;
value[ Constants.Z_TYPED_OBJECT_ELEMENT_2 ] = value2;
return value;
};
return generateZTypedPair;
},
/**
* Return a blank and initialized zTypedMap.
* The value will result in a json representation equal to:
* {
* Z1K1: {
* Z1K1: Z7,
* Z7K1: Z883,
* Z883K1: { Z1K1: Z9, Z9K1: '' }
* Z883K2: { Z1K1: Z9, Z9K1: '' }
* }
* }
*
* @return {Function}
*/
createZTypedMap: function () {
/**
* @param {Object} payload
* @param {string} payload.values
* @param {boolean} payload.append
* @return {Object}
*/
const generateZTypedMap = ( payload ) => {
// Get scaffolding
const value = getScaffolding( Constants.Z_TYPED_MAP );
// Initialize typed map type
const type1 = payload.values ? payload.values[ 0 ] : '';
const type2 = payload.values ? payload.values[ 1 ] : '';
value[ Constants.Z_OBJECT_TYPE ][ Constants.Z_TYPED_MAP_TYPE1 ][ Constants.Z_REFERENCE_ID ] = type1;
value[ Constants.Z_OBJECT_TYPE ][ Constants.Z_TYPED_MAP_TYPE2 ][ Constants.Z_REFERENCE_ID ] = type2;
// K1 contains a typed list of pairs ( type1, type2 )
const benjamin = value[ Constants.Z_TYPED_OBJECT_ELEMENT_1 ][ 0 ];
benjamin[ Constants.Z_TYPED_PAIR_TYPE1 ][ Constants.Z_REFERENCE_ID ] = type1;
benjamin[ Constants.Z_TYPED_PAIR_TYPE2 ][ Constants.Z_REFERENCE_ID ] = type2;
return value;
};
return generateZTypedMap;
},
/**
* Return a blank and initialized Wikidata Entity Fetch function call.
* The value will result in a json representation equal to:
* {
* Z1K1: {
* Z1K1: Z7,
* Z7K1: <Wikidata Fetch Function>,
* <Wikidata Fetch Function Id>: {
* Z1K1: <Wikidata Reference Type>,
* <Wikidata Reference Type Id>: { Z1K1: Z6, Z6K1: '' }
* }
* }
* }
*
* If payload.value is provided, it will be used to initialize the reference value.
*
* @return {Function}
*/
createWikidataEntity: function () {
/**
* @param {Object} payload
* @param {string} payload.type
* @param {string|Object} [payload.value] Optional initialization value for the reference
* @return {Object}
*/
const generateWikidataEntity = ( payload ) => {
const value = getScaffolding( Constants.Z_FUNCTION_CALL );
const refType = Constants.WIKIDATA_REFERENCE_TYPES[ payload.type ];
const fetchFunction = Constants.WIKIDATA_FETCH_FUNCTIONS[ payload.type ];
const fetchFunctionId = fetchFunction ? `${ fetchFunction }K1` : null;
if ( refType && fetchFunction && fetchFunctionId ) {
const wdRef = this.createObjectByType( { type: refType, value: payload.value } );
value[ Constants.Z_FUNCTION_CALL_FUNCTION ] = fetchFunction;
value[ fetchFunctionId ] = wdRef;
}
return value;
};
return generateWikidataEntity;
},
/**
* Creates a Wikidata reference object for the given type and value.
*
* @param {Object} payload
* @param {string} payload.type - The Wikidata reference type ZID
* @param {string} payload.value - The entity ID (e.g., Q42, L2, etc.)
* @return {Object}
*/
createWikidataReference: function () {
const generateWikidataReference = ( payload ) => {
const idKey = `${ payload.type }K1`;
const value = {
[ Constants.Z_OBJECT_TYPE ]: payload.type,
[ idKey ]: payload.value || ''
};
return value;
};
return generateWikidataReference;
}
},
actions: {}
};
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