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* VisualEditor ModelRegistry class.
*
* @copyright See AUTHORS.txt
*/
( function () {
/**
* Registry for models.
*
* To register a new model type, call #register.
*
* @extends OO.Registry
* @constructor
*/
ve.dm.ModelRegistry = function VeDmModelRegistry() {
// Parent constructor
OO.Registry.call( this );
// Map of func presence and tag names to model names
// [ { tagName: [modelNamesWithoutFunc] }, { tagName: [modelNamesWithFunc] } ]
this.modelsByTag = [ {}, {} ];
// Map of func presence and rdfaTypes to model names; only rdfaTypes specified as strings are in here
// { matchFunctionPresence: { rdfaType: { tagName: [modelNames] } } }
// [ { rdfaType: { tagName: [modelNamesWithoutFunc] } }, { rdfaType: { tagName: [modelNamesWithFunc] } ]
this.modelsByTypeAndTag = [];
// Map of func presence to array of model names with rdfaType regexps
// [ [modelNamesWithoutFunc], [modelNamesWithFunc] ]
this.modelsWithTypeRegExps = [ [], [] ];
// Map tracking registration order
// { nameA: 0, nameB: 1, … }
this.registrationOrder = {};
this.nextNumber = 0;
this.extSpecificTypes = [];
};
/* Inheritance */
OO.inheritClass( ve.dm.ModelRegistry, OO.Registry );
/* Private helper functions */
/**
* Helper function for register(). Adds a value to the front of an array in a nested object.
* Objects and arrays are created if needed. You can specify one or more keys and a value.
*
* Specifically:
*
* - `addType( obj, keyA, value )` does `obj[keyA].unshift( value );`
* - `addType( obj, keyA, keyB, value )` does `obj[keyA][keyB].unshift( value )`;
* - etc.
*
* @private
* @param {Object} obj Object the array resides in
* @param {...string} keys
* @param {any} value
*/
function addType( obj, ...keys ) {
const value = keys.pop();
let o = obj;
let i, len;
for ( i = 0, len = keys.length - 1; i < len; i++ ) {
if ( o[ keys[ i ] ] === undefined ) {
o[ keys[ i ] ] = {};
}
o = o[ keys[ i ] ];
}
o[ keys[ i ] ] = o[ keys[ i ] ] || [];
o[ keys[ i ] ].unshift( value );
}
/**
* Helper function for unregister().
*
* Same arguments as addType, except removes the type from the list.
*
* @private
* @param {Object} obj Object the array resides in
* @param {...string} keys
* @param {any} value to remove
*/
function removeType( obj, ...keys ) {
const value = keys.pop(),
arr = ve.getProp( obj, ...keys );
Eif ( arr ) {
const index = arr.indexOf( value );
Eif ( index !== -1 ) {
arr.splice( index, 1 );
}
// TODO: Prune empty array and empty containing objects
}
}
/* Public methods */
/**
* Register a model type.
*
* @param {ve.dm.Model} constructor Subclass of ve.dm.Model
* @throws {Error} Model names must be strings and must not be empty
* @throws {Error} Models must be subclasses of ve.dm.Model
* @throws {Error} No factory associated with this ve.dm.Model subclass
*/
ve.dm.ModelRegistry.prototype.register = function ( constructor ) {
const name = constructor.static && constructor.static.name;
Iif ( typeof name !== 'string' || name === '' ) {
throw new Error( 'Model names must be strings and must not be empty' );
}
Iif ( !( constructor.prototype instanceof ve.dm.Model ) ) {
throw new Error( 'Models must be subclasses of ve.dm.Model' );
}
if ( this.lookup( name ) === constructor ) {
// Don't allow double registration as it would create duplicate
// entries in various caches.
return;
}
// Register the model with the right factory
if ( constructor.prototype instanceof ve.dm.Annotation ) {
ve.dm.annotationFactory.register( constructor );
} else if ( constructor.prototype instanceof ve.dm.Node ) {
ve.dm.nodeFactory.register( constructor );
} else E{
throw new Error( 'No factory associated with this ve.dm.Model subclass' );
}
// Parent method
ve.dm.ModelRegistry.super.prototype.register.call( this, name, constructor );
const tags = constructor.static.matchTagNames === null ?
[ '' ] :
constructor.static.matchTagNames;
const types = constructor.static.getMatchRdfaTypes() === null ?
[ '' ] :
constructor.static.getMatchRdfaTypes();
tags.forEach( ( tag ) => {
// +!!foo is a shorter equivalent of Number( Boolean( foo ) ) or foo ? 1 : 0
addType( this.modelsByTag, +!!constructor.static.matchFunction,
tag, name
);
} );
types.forEach( ( type ) => {
if ( type instanceof RegExp ) {
// TODO: Guard against running this again during subsequent
// iterations of the for loop
addType( this.modelsWithTypeRegExps, +!!constructor.static.matchFunction, name );
} else {
tags.forEach( ( tag ) => {
addType( this.modelsByTypeAndTag,
+!!constructor.static.matchFunction, type, tag, name
);
} );
}
} );
this.registrationOrder[ name ] = this.nextNumber++;
};
/**
* Unregister a model type.
*
* @param {ve.dm.Model} constructor Subclass of ve.dm.Model
* @throws {Error} Model names must be strings and must not be empty
* @throws {Error} Models must be subclasses of ve.dm.Model
* @throws {Error} No factory associated with this ve.dm.Model subclass
*/
ve.dm.ModelRegistry.prototype.unregister = function ( constructor ) {
const name = constructor.static && constructor.static.name;
Iif ( typeof name !== 'string' || name === '' ) {
throw new Error( 'Model names must be strings and must not be empty' );
}
Iif ( !( constructor.prototype instanceof ve.dm.Model ) ) {
throw new Error( 'Models must be subclasses of ve.dm.Model' );
}
// Unregister the model from the right factory
if ( constructor.prototype instanceof ve.dm.Annotation ) {
ve.dm.annotationFactory.unregister( constructor );
} else if ( constructor.prototype instanceof ve.dm.Node ) {
ve.dm.nodeFactory.unregister( constructor );
} else E{
throw new Error( 'No factory associated with this ve.dm.Model subclass' );
}
// Parent method
ve.dm.ModelRegistry.super.prototype.unregister.call( this, name );
const tags = constructor.static.matchTagNames === null ?
[ '' ] :
constructor.static.matchTagNames;
const types = constructor.static.getMatchRdfaTypes() === null ?
[ '' ] :
constructor.static.getMatchRdfaTypes();
tags.forEach( ( tag ) => {
// +!!foo is a shorter equivalent of Number( Boolean( foo ) ) or foo ? 1 : 0
removeType( this.modelsByTag, +!!constructor.static.matchFunction,
tag, name
);
} );
types.forEach( ( type ) => {
Iif ( type instanceof RegExp ) {
// TODO: Guard against running this again during subsequent
// iterations of the for loop
removeType( this.modelsWithTypeRegExps, +!!constructor.static.matchFunction, name );
} else {
tags.forEach( ( tag ) => {
removeType( this.modelsByTypeAndTag,
+!!constructor.static.matchFunction, type, tag, name
);
} );
}
} );
delete this.registrationOrder[ name ];
};
/**
* Determine which model best matches the given node
*
* Model matching works as follows:
*
* Get all models whose tag and rdfaType rules match
*
* Rank them in order of specificity:
*
* - tag, rdfaType and func specified
* - rdfaType and func specified
* - tag and func specified
* - func specified
* - tag and rdfaType specified
* - rdfaType specified
* - tag specified
* - nothing specified
*
* If there are multiple candidates with the same specificity, exact matches of strings take precedence over
* matches of regular expressions. If there are still multiple candidates, they are ranked in reverse
* order of registration (i.e. if A was registered before B, B will rank above A).
* The highest-ranking model whose test function does not return false, wins.
*
* @param {Node} node Node to match (usually an HTMLElement but can also be a Comment node)
* @param {Node[]} [aboutGroup] If present and containing more than just node, only match models with about grouping enabled; will be passed to matchFunction
* @param {string[]} [excludeTypes] Model names to exclude when matching
* @return {string|null} Model type, or null if none found
*/
ve.dm.ModelRegistry.prototype.matchElement = function ( node, aboutGroup, excludeTypes ) {
const nodeName = node.nodeName.toLowerCase();
const types = [];
if ( !aboutGroup ) {
aboutGroup = [ node ];
}
const forceAboutGrouping = aboutGroup.length > 1;
const byRegistrationOrderDesc = ( a, b ) => this.registrationOrder[ b ] - this.registrationOrder[ a ];
const matchTypeRegExps = ( type, tag, withFunc ) => {
const matchedModels = [],
models = this.modelsWithTypeRegExps[ +withFunc ];
models.forEach( ( name ) => {
Iif ( excludeTypes && excludeTypes.includes( name ) ) {
return;
}
const matchTypes = this.registry[ name ].static.getMatchRdfaTypes();
matchTypes.forEach( ( matchType ) => {
if (
matchType instanceof RegExp &&
matchType.test( type ) &&
(
( tag === '' && this.registry[ name ].static.matchTagNames === null ) ||
( this.registry[ name ].static.matchTagNames || [] ).includes( tag )
)
) {
matchedModels.push( name );
}
} );
} );
return matchedModels;
};
const allTypesAllowed = ( model ) => {
let allowedTypes = model.static.getAllowedRdfaTypes();
const matchTypes = model.static.getMatchRdfaTypes();
// All types allowed
if ( allowedTypes === null ) {
return true;
}
if ( matchTypes !== null ) {
// Don't modify allowedTypes as it is a pointer to the original array
allowedTypes = allowedTypes.concat( matchTypes );
}
function checkType( rule, type ) {
return rule instanceof RegExp ? rule.test( type ) : rule === type;
}
return types.every(
( type ) => allowedTypes.some(
( allowedType ) => checkType( allowedType, type )
)
);
};
const matchWithFunc = ( tag ) => {
let queue = [],
queue2 = [];
types.forEach( ( type ) => {
// Queue string matches and regexp matches separately
ve.batchPush( queue, ve.getProp( this.modelsByTypeAndTag, 1, type, tag ) || [] );
Iif ( excludeTypes ) {
queue = OO.simpleArrayDifference( queue, excludeTypes );
}
ve.batchPush( queue2, matchTypeRegExps( type, tag, true ) );
} );
// Filter out matches which contain types which aren't allowed
queue = queue.filter( ( name ) => allTypesAllowed( this.lookup( name ) ) );
queue2 = queue2.filter( ( name ) => allTypesAllowed( this.lookup( name ) ) );
if ( forceAboutGrouping ) {
// Filter out matches that don't support about grouping
queue = queue.filter( ( name ) => this.registry[ name ].static.enableAboutGrouping );
queue2 = queue2.filter( ( name ) => this.registry[ name ].static.enableAboutGrouping );
}
// Try string matches first, then regexp matches
queue.sort( byRegistrationOrderDesc );
queue2.sort( byRegistrationOrderDesc );
ve.batchPush( queue, queue2 );
return queue.find( ( name ) => this.registry[ name ].static.matchFunction( node, aboutGroup ) ) || null;
};
const matchWithoutFunc = ( tag ) => {
let queue = [],
queue2 = [],
winningName = null;
types.forEach( ( type ) => {
// Queue string and regexp matches separately
ve.batchPush( queue, ve.getProp( this.modelsByTypeAndTag, 0, type, tag ) || [] );
Iif ( excludeTypes ) {
queue = OO.simpleArrayDifference( queue, excludeTypes );
}
ve.batchPush( queue2, matchTypeRegExps( type, tag, false ) );
} );
// Filter out matches which contain types which aren't allowed
queue = queue.filter( ( name ) => allTypesAllowed( this.lookup( name ) ) );
queue2 = queue2.filter( ( name ) => allTypesAllowed( this.lookup( name ) ) );
if ( forceAboutGrouping ) {
// Filter out matches that don't support about grouping
queue = queue.filter( ( name ) => this.registry[ name ].static.enableAboutGrouping );
queue2 = queue2.filter( ( name ) => this.registry[ name ].static.enableAboutGrouping );
}
// Only try regexp matches if there are no string matches
queue = queue.length > 0 ? queue : queue2;
// Find most recently registered
queue.forEach( ( name ) => {
if (
winningName === null ||
this.registrationOrder[ winningName ] < this.registrationOrder[ name ]
) {
winningName = name;
}
} );
return winningName;
};
if ( node.getAttribute ) {
if ( node.getAttribute( 'rel' ) ) {
types.push( ...node.getAttribute( 'rel' ).trim().split( /\s+/ ) );
}
Iif ( node.getAttribute( 'typeof' ) ) {
types.push( ...node.getAttribute( 'typeof' ).trim().split( /\s+/ ) );
}
Iif ( node.getAttribute( 'property' ) ) {
types.push( ...node.getAttribute( 'property' ).trim().split( /\s+/ ) );
}
}
let winner;
if ( types.length ) {
// func+tag+type match
winner = matchWithFunc( nodeName );
if ( winner !== null ) {
return winner;
}
// func+type match
// Only look at rules with no tag specified; if a rule does specify a tag, we've
// either already processed it above, or the tag doesn't match
winner = matchWithFunc( '' );
if ( winner !== null ) {
return winner;
}
}
// func+tag match
const funcAndTagMatches = ve.getProp( this.modelsByTag, 1, nodeName ) || [];
// No need to sort because individual arrays in modelsByTag are already sorted
// correctly
const funcAndTagMatched = funcAndTagMatches.find( ( match ) => {
const model = this.registry[ match ];
// Only process this one if it doesn't specify types
// If it does specify types, then we've either already processed it in the
// func+tag+type step above, or its type rule doesn't match
return model.static.getMatchRdfaTypes() === null && model.static.matchFunction( node, aboutGroup ) && allTypesAllowed( model );
} );
if ( funcAndTagMatched ) {
return funcAndTagMatched;
}
// func only
// We only need to get the [''][''] array because the other arrays were either
// already processed during the steps above, or have a type or tag rule that doesn't
// match this node.
// No need to sort because individual arrays in modelsByTypeAndTag are already sorted
// correctly
const typeAndTagMatches = ve.getProp( this.modelsByTypeAndTag, 1, '', '' ) || [];
const typeAndTagMatched = typeAndTagMatches.find( ( name ) => {
const model = this.registry[ name ];
return model.static.matchFunction( node, aboutGroup ) && allTypesAllowed( model );
} );
if ( typeAndTagMatched ) {
return typeAndTagMatched;
}
// tag+type
winner = matchWithoutFunc( nodeName );
if ( winner !== null ) {
return winner;
}
// type only
// Only look at rules with no tag specified; if a rule does specify a tag, we've
// either already processed it above, or the tag doesn't match
winner = matchWithoutFunc( '' );
if ( winner !== null ) {
return winner;
}
// tag only
const tagOnlyMatches = ve.getProp( this.modelsByTag, 0, nodeName ) || [];
// No need to track winningName because the individual arrays in modelsByTag are
// already sorted correctly
const tagOnlyMatched = tagOnlyMatches.find( ( name ) => {
const model = this.registry[ name ];
// Only process this one if it doesn't specify types
// If it does specify types, then we've either already processed it in the
// tag+type step above, or its type rule doesn't match
return model.static.getMatchRdfaTypes() === null && allTypesAllowed( model );
} );
if ( tagOnlyMatched ) {
return tagOnlyMatched;
}
// Rules with no type or tag specified
// These are the only rules that can still qualify at this point, the others we've either
// already processed or have a type or tag rule that disqualifies them
const otherMatches = ve.getProp( this.modelsByTypeAndTag, 0, '', '' ) || [];
const otherMatched = otherMatches.find( ( name ) => {
const model = this.registry[ name ];
return allTypesAllowed( model );
} );
if ( otherMatched ) {
return otherMatched;
}
// We didn't find anything, give up
return null;
};
/**
* Tests whether a node will be modelled as an annotation
*
* @param {Node} node The node
* @return {boolean} Whether the element will be modelled as an annotation
*/
ve.dm.ModelRegistry.prototype.isAnnotation = function ( node ) {
const modelClass = this.lookup( this.matchElement( node ) );
return ( modelClass && modelClass.prototype ) instanceof ve.dm.Annotation;
};
/* Initialization */
ve.dm.modelRegistry = new ve.dm.ModelRegistry();
}() );
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