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Your IP : 3.16.139.36
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{ RelationType } from \"./types/RelationTypes\"\nimport { EntityMetadata } from \"./EntityMetadata\"\nimport { ForeignKeyMetadata } from \"./ForeignKeyMetadata\"\nimport { ObjectLiteral } from \"../common/ObjectLiteral\"\nimport { ColumnMetadata } from \"./ColumnMetadata\"\nimport { EmbeddedMetadata } from \"./EmbeddedMetadata\"\nimport { RelationMetadataArgs } from \"../metadata-args/RelationMetadataArgs\"\nimport { DeferrableType } from \"./types/DeferrableType\"\nimport { OnUpdateType } from \"./types/OnUpdateType\"\nimport { OnDeleteType } from \"./types/OnDeleteType\"\nimport { PropertyTypeFactory } from \"./types/PropertyTypeInFunction\"\nimport { TypeORMError } from \"../error\"\nimport { ObjectUtils } from \"../util/ObjectUtils\"\nimport { InstanceChecker } from \"../util/InstanceChecker\"\n\n/**\n * Contains all information about some entity's relation.\n */\nexport class RelationMetadata {\n // ---------------------------------------------------------------------\n // Public Properties\n // ---------------------------------------------------------------------\n\n /**\n * Entity metadata of the entity where this relation is placed.\n *\n * For example for @ManyToMany(type => Category) in Post, entityMetadata will be metadata of Post entity.\n */\n entityMetadata: EntityMetadata\n\n /**\n * Entity metadata of the entity that is targeted by this relation.\n *\n * For example for @ManyToMany(type => Category) in Post, inverseEntityMetadata will be metadata of Category entity.\n */\n inverseEntityMetadata: EntityMetadata\n\n /**\n * Entity metadata of the junction table.\n * Junction tables have their own entity metadata objects.\n * Defined only for many-to-many relations.\n */\n junctionEntityMetadata?: EntityMetadata\n\n /**\n * Embedded metadata where this relation is.\n * If this relation is not in embed then this property value is undefined.\n */\n embeddedMetadata?: EmbeddedMetadata\n\n /**\n * Relation type, e.g. is it one-to-one, one-to-many, many-to-one or many-to-many.\n */\n relationType: RelationType\n\n /**\n * Target entity to which this relation is applied.\n * Target IS NOT equal to entityMetadata.target, because relation\n *\n * For example for @ManyToMany(type => Category) in Post, target will be Post.\n * If @ManyToMany(type => Category) is in Counters which is embedded into Post, target will be Counters.\n * If @ManyToMany(type => Category) is in abstract class BaseUser which Post extends, target will be BaseUser.\n * Target can be string if its defined in entity schema instead of class.\n */\n target: Function | string\n\n /**\n * Target's property name to which relation decorator is applied.\n */\n propertyName: string\n\n /**\n * Gets full path to this column property (including relation name).\n * Full path is relevant when column is used in embeds (one or multiple nested).\n * For example it will return \"counters.subcounters.likes\".\n * If property is not in embeds then it returns just property name of the column.\n */\n propertyPath: string\n\n /**\n * Indicates if this is a parent (can be only many-to-one relation) relation in the tree tables.\n */\n isTreeParent: boolean = false\n\n /**\n * Indicates if this is a children (can be only one-to-many relation) relation in the tree tables.\n */\n isTreeChildren: boolean = false\n\n /**\n * Indicates if this relation's column is a primary key.\n * Can be used only for many-to-one and owner one-to-one relations.\n */\n isPrimary: boolean = false\n\n /**\n * Indicates if this relation is lazily loaded.\n */\n isLazy: boolean = false\n\n /**\n * Indicates if this relation is eagerly loaded.\n */\n isEager: boolean = false\n\n /**\n * Indicates if persistence is enabled for the relation.\n * By default its enabled, but if you want to avoid any changes in the relation to be reflected in the database you can disable it.\n * If its disabled you can only change a relation from inverse side of a relation or using relation query builder functionality.\n * This is useful for performance optimization since its disabling avoid multiple extra queries during entity save.\n */\n persistenceEnabled: boolean = true\n\n /**\n * When a parent is saved (with cascading but) without a child row that still exists in database, this will control what shall happen to them.\n * delete will remove these rows from database. nullify will remove the relation key.\n * skip will keep the relation intact. Removal of related item is only possible through its own repo.\n */\n orphanedRowAction?: \"nullify\" | \"delete\" | \"soft-delete\" | \"disable\"\n\n /**\n * If set to true then related objects are allowed to be inserted to the database.\n */\n isCascadeInsert: boolean = false\n\n /**\n * If set to true then related objects are allowed to be updated in the database.\n */\n isCascadeUpdate: boolean = false\n\n /**\n * If set to true then related objects are allowed to be remove from the database.\n */\n isCascadeRemove: boolean = false\n\n /**\n * If set to true then related objects are allowed to be soft-removed from the database.\n */\n isCascadeSoftRemove: boolean = false\n\n /**\n * If set to true then related objects are allowed to be recovered from the database.\n */\n isCascadeRecover: boolean = false\n\n /**\n * Indicates if relation column value can be nullable or not.\n */\n isNullable: boolean = true\n\n /**\n * What to do with a relation on deletion of the row containing a foreign key.\n */\n onDelete?: OnDeleteType\n\n /**\n * What to do with a relation on update of the row containing a foreign key.\n */\n onUpdate?: OnUpdateType\n\n /**\n * What to do with a relation on update of the row containing a foreign key.\n */\n deferrable?: DeferrableType\n\n /**\n * Indicates whether foreign key constraints will be created for join columns.\n * Can be used only for many-to-one and owner one-to-one relations.\n * Defaults to true.\n */\n createForeignKeyConstraints: boolean = true\n\n /**\n * Gets the property's type to which this relation is applied.\n *\n * For example for @ManyToMany(type => Category) in Post, target will be Category.\n */\n type: Function | string\n\n /**\n * Indicates if this side is an owner of this relation.\n */\n isOwning: boolean = false\n\n /**\n * Checks if this relation's type is \"one-to-one\".\n */\n isOneToOne: boolean = false\n\n /**\n * Checks if this relation is owner side of the \"one-to-one\" relation.\n * Owner side means this side of relation has a join column in the table.\n */\n isOneToOneOwner: boolean = false\n\n /**\n * Checks if this relation has a join column (e.g. is it many-to-one or one-to-one owner side).\n */\n isWithJoinColumn: boolean = false\n\n /**\n * Checks if this relation is NOT owner side of the \"one-to-one\" relation.\n * NOT owner side means this side of relation does not have a join column in the table.\n */\n isOneToOneNotOwner: boolean = false\n\n /**\n * Checks if this relation's type is \"one-to-many\".\n */\n isOneToMany: boolean = false\n\n /**\n * Checks if this relation's type is \"many-to-one\".\n */\n isManyToOne: boolean = false\n\n /**\n * Checks if this relation's type is \"many-to-many\".\n */\n isManyToMany: boolean = false\n\n /**\n * Checks if this relation's type is \"many-to-many\", and is owner side of the relationship.\n * Owner side means this side of relation has a join table.\n */\n isManyToManyOwner: boolean = false\n\n /**\n * Checks if this relation's type is \"many-to-many\", and is NOT owner side of the relationship.\n * Not owner side means this side of relation does not have a join table.\n */\n isManyToManyNotOwner: boolean = false\n\n /**\n * Gets the property path of the inverse side of the relation.\n */\n inverseSidePropertyPath: string\n\n /**\n * Inverse side of the relation set by user.\n *\n * Inverse side set in the relation can be either string - property name of the column on inverse side,\n * either can be a function that accepts a map of properties with the object and returns one of them.\n * Second approach is used to achieve type-safety.\n */\n givenInverseSidePropertyFactory: PropertyTypeFactory<any>\n\n /**\n * Gets the relation metadata of the inverse side of this relation.\n */\n inverseRelation?: RelationMetadata\n\n /**\n * Join table name.\n */\n joinTableName: string\n\n /**\n * Foreign keys created for this relation.\n */\n foreignKeys: ForeignKeyMetadata[] = []\n\n /**\n * Join table columns.\n * Join columns can be obtained only from owner side of the relation.\n * From non-owner side of the relation join columns will be empty.\n * If this relation is a many-to-one/one-to-one then it takes join columns from the current entity.\n * If this relation is many-to-many then it takes all owner join columns from the junction entity.\n */\n joinColumns: ColumnMetadata[] = []\n\n /**\n * Inverse join table columns.\n * Inverse join columns are supported only for many-to-many relations\n * and can be obtained only from owner side of the relation.\n * From non-owner side of the relation join columns will be undefined.\n */\n inverseJoinColumns: ColumnMetadata[] = []\n\n // ---------------------------------------------------------------------\n // Constructor\n // ---------------------------------------------------------------------\n\n constructor(options: {\n entityMetadata: EntityMetadata\n embeddedMetadata?: EmbeddedMetadata\n args: RelationMetadataArgs\n }) {\n this.entityMetadata = options.entityMetadata\n this.embeddedMetadata = options.embeddedMetadata!\n const args = options.args\n this.target = args.target\n this.propertyName = args.propertyName\n this.relationType = args.relationType\n\n if (args.inverseSideProperty)\n this.givenInverseSidePropertyFactory = args.inverseSideProperty\n\n this.isLazy = args.isLazy || false\n // this.isCascadeInsert = args.options.cascade === true || (args.options.cascade instanceof Array && args.options.cascade.indexOf(\"insert\") !== -1);\n // this.isCascadeUpdate = args.options.cascade === true || (args.options.cascade instanceof Array && args.options.cascade.indexOf(\"update\") !== -1);\n // this.isCascadeRemove = args.options.cascade === true || (args.options.cascade instanceof Array && args.options.cascade.indexOf(\"remove\") !== -1);\n // this.isCascadeSoftRemove = args.options.cascade === true || (args.options.cascade instanceof Array && args.options.cascade.indexOf(\"soft-remove\") !== -1);\n // this.isCascadeRecover = args.options.cascade === true || (args.options.cascade instanceof Array && args.options.cascade.indexOf(\"recover\") !== -1);\n this.isCascadeInsert =\n args.options.cascade === true ||\n (Array.isArray(args.options.cascade) &&\n args.options.cascade.indexOf(\"insert\") !== -1)\n this.isCascadeUpdate =\n args.options.cascade === true ||\n (Array.isArray(args.options.cascade) &&\n args.options.cascade.indexOf(\"update\") !== -1)\n this.isCascadeRemove =\n args.options.cascade === true ||\n (Array.isArray(args.options.cascade) &&\n args.options.cascade.indexOf(\"remove\") !== -1)\n this.isCascadeSoftRemove =\n args.options.cascade === true ||\n (Array.isArray(args.options.cascade) &&\n args.options.cascade.indexOf(\"soft-remove\") !== -1)\n this.isCascadeRecover =\n args.options.cascade === true ||\n (Array.isArray(args.options.cascade) &&\n args.options.cascade.indexOf(\"recover\") !== -1)\n // this.isPrimary = args.options.primary || false;\n this.isNullable =\n args.options.nullable === false || this.isPrimary ? false : true\n this.onDelete = args.options.onDelete\n this.onUpdate = args.options.onUpdate\n this.deferrable = args.options.deferrable\n this.createForeignKeyConstraints =\n args.options.createForeignKeyConstraints === false ? false : true\n this.isEager = args.options.eager || false\n this.persistenceEnabled =\n args.options.persistence === false ? false : true\n this.orphanedRowAction = args.options.orphanedRowAction || \"nullify\"\n this.isTreeParent = args.isTreeParent || false\n this.isTreeChildren = args.isTreeChildren || false\n\n if (typeof args.type === \"function\") {\n this.type =\n typeof args.type === \"function\"\n ? (args.type as () => any)()\n : args.type\n } else if (InstanceChecker.isEntitySchema(args.type)) {\n this.type = args.type.options.name\n } else if (\n ObjectUtils.isObject(args.type) &&\n typeof (args.type as any).name === \"string\"\n ) {\n this.type = (args.type as any).name\n } else {\n this.type = args.type as string | Function\n }\n\n this.isOneToOne = this.relationType === \"one-to-one\"\n this.isOneToMany = this.relationType === \"one-to-many\"\n this.isManyToOne = this.relationType === \"many-to-one\"\n this.isManyToMany = this.relationType === \"many-to-many\"\n this.isOneToOneNotOwner = this.isOneToOne ? true : false\n this.isManyToManyNotOwner = this.isManyToMany ? true : false\n }\n\n // ---------------------------------------------------------------------\n // Public Methods\n // ---------------------------------------------------------------------\n\n /**\n * Creates join column ids map from the given related entity ids array.\n */\n getRelationIdMap(entity: ObjectLiteral): ObjectLiteral | undefined {\n const joinColumns = this.isOwning\n ? this.joinColumns\n : this.inverseRelation!.joinColumns\n const referencedColumns = joinColumns.map(\n (joinColumn) => joinColumn.referencedColumn!,\n )\n // console.log(\"entity\", entity);\n // console.log(\"referencedColumns\", referencedColumns);\n return EntityMetadata.getValueMap(entity, referencedColumns)\n }\n\n /**\n * Ensures that given object is an entity id map.\n * If given id is an object then it means its already id map.\n * If given id isn't an object then it means its a value of the id column\n * and it creates a new id map with this value and name of the primary column.\n */\n ensureRelationIdMap(id: any): ObjectLiteral {\n if (ObjectUtils.isObject(id)) return id\n\n const joinColumns = this.isOwning\n ? this.joinColumns\n : this.inverseRelation!.joinColumns\n const referencedColumns = joinColumns.map(\n (joinColumn) => joinColumn.referencedColumn!,\n )\n\n if (referencedColumns.length > 1)\n throw new TypeORMError(\n `Cannot create relation id map for a single value because relation contains multiple referenced columns.`,\n )\n\n return referencedColumns[0].createValueMap(id)\n }\n\n /**\n * Extracts column value from the given entity.\n * If column is in embedded (or recursive embedded) it extracts its value from there.\n */\n getEntityValue(\n entity: ObjectLiteral,\n getLazyRelationsPromiseValue: boolean = false,\n ): any | undefined {\n if (entity === null || entity === undefined) return undefined\n // extract column value from embeddeds of entity if column is in embedded\n if (this.embeddedMetadata) {\n // example: post[data][information][counters].id where \"data\", \"information\" and \"counters\" are embeddeds\n // we need to get value of \"id\" column from the post real entity object\n\n // first step - we extract all parent properties of the entity relative to this column, e.g. [data, information, counters]\n const propertyNames = [...this.embeddedMetadata.parentPropertyNames]\n\n // next we need to access post[data][information][counters][this.propertyName] to get column value from the counters\n // this recursive function takes array of generated property names and gets the post[data][information][counters] embed\n const extractEmbeddedColumnValue = (\n propertyNames: string[],\n value: ObjectLiteral,\n ): any => {\n const propertyName = propertyNames.shift()\n if (propertyName) {\n if (value[propertyName]) {\n return extractEmbeddedColumnValue(\n propertyNames,\n value[propertyName],\n )\n }\n return undefined\n }\n return value\n }\n\n // once we get nested embed object we get its column, e.g. post[data][information][counters][this.propertyName]\n const embeddedObject = extractEmbeddedColumnValue(\n propertyNames,\n entity,\n )\n\n if (this.isLazy) {\n if (\n embeddedObject[\"__\" + this.propertyName + \"__\"] !==\n undefined\n )\n return embeddedObject[\"__\" + this.propertyName + \"__\"]\n\n if (getLazyRelationsPromiseValue === true)\n return embeddedObject[this.propertyName]\n\n return undefined\n }\n return embeddedObject\n ? embeddedObject[\n this.isLazy\n ? \"__\" + this.propertyName + \"__\"\n : this.propertyName\n ]\n : undefined\n } else {\n // no embeds - no problems. Simply return column name by property name of the entity\n if (this.isLazy) {\n if (entity[\"__\" + this.propertyName + \"__\"] !== undefined)\n return entity[\"__\" + this.propertyName + \"__\"]\n\n if (getLazyRelationsPromiseValue === true)\n return entity[this.propertyName]\n\n return undefined\n }\n return entity[this.propertyName]\n }\n }\n\n /**\n * Sets given entity's relation's value.\n * Using of this method helps to set entity relation's value of the lazy and non-lazy relations.\n *\n * If merge is set to true, it merges given value into currently\n */\n setEntityValue(entity: ObjectLiteral, value: any): void {\n const propertyName = this.isLazy\n ? \"__\" + this.propertyName + \"__\"\n : this.propertyName\n\n if (this.embeddedMetadata) {\n // first step - we extract all parent properties of the entity relative to this column, e.g. [data, information, counters]\n const extractEmbeddedColumnValue = (\n embeddedMetadatas: EmbeddedMetadata[],\n map: ObjectLiteral,\n ): any => {\n // if (!object[embeddedMetadata.propertyName])\n // object[embeddedMetadata.propertyName] = embeddedMetadata.create();\n\n const embeddedMetadata = embeddedMetadatas.shift()\n if (embeddedMetadata) {\n if (!map[embeddedMetadata.propertyName])\n map[embeddedMetadata.propertyName] =\n embeddedMetadata.create()\n\n extractEmbeddedColumnValue(\n embeddedMetadatas,\n map[embeddedMetadata.propertyName],\n )\n return map\n }\n map[propertyName] = value\n return map\n }\n return extractEmbeddedColumnValue(\n [...this.embeddedMetadata.embeddedMetadataTree],\n entity,\n )\n } else {\n entity[propertyName] = value\n }\n }\n\n /**\n * Creates entity id map from the given entity ids array.\n */\n createValueMap(value: any) {\n // extract column value from embeds of entity if column is in embedded\n if (this.embeddedMetadata) {\n // example: post[data][information][counters].id where \"data\", \"information\" and \"counters\" are embeddeds\n // we need to get value of \"id\" column from the post real entity object and return it in a\n // { data: { information: { counters: { id: ... } } } } format\n\n // first step - we extract all parent properties of the entity relative to this column, e.g. [data, information, counters]\n const propertyNames = [...this.embeddedMetadata.parentPropertyNames]\n\n // now need to access post[data][information][counters] to get column value from the counters\n // and on each step we need to create complex literal object, e.g. first { data },\n // then { data: { information } }, then { data: { information: { counters } } },\n // then { data: { information: { counters: [this.propertyName]: entity[data][information][counters][this.propertyName] } } }\n // this recursive function helps doing that\n const extractEmbeddedColumnValue = (\n propertyNames: string[],\n map: ObjectLiteral,\n ): any => {\n const propertyName = propertyNames.shift()\n if (propertyName) {\n map[propertyName] = {}\n extractEmbeddedColumnValue(propertyNames, map[propertyName])\n return map\n }\n map[this.propertyName] = value\n return map\n }\n return extractEmbeddedColumnValue(propertyNames, {})\n } else {\n // no embeds - no problems. Simply return column property name and its value of the entity\n return { [this.propertyName]: value }\n }\n }\n\n // ---------------------------------------------------------------------\n // Builder Methods\n // ---------------------------------------------------------------------\n\n /**\n * Builds some depend relation metadata properties.\n * This builder method should be used only after embedded metadata tree was build.\n */\n build() {\n this.propertyPath = this.buildPropertyPath()\n }\n\n /**\n * Registers given foreign keys in the relation.\n * This builder method should be used to register foreign key in the relation.\n */\n registerForeignKeys(...foreignKeys: ForeignKeyMetadata[]) {\n this.foreignKeys.push(...foreignKeys)\n }\n\n /**\n * Registers given join columns in the relation.\n * This builder method should be used to register join column in the relation.\n */\n registerJoinColumns(\n joinColumns: ColumnMetadata[] = [],\n inverseJoinColumns: ColumnMetadata[] = [],\n ) {\n this.joinColumns = joinColumns\n this.inverseJoinColumns = inverseJoinColumns\n this.isOwning =\n this.isManyToOne ||\n ((this.isManyToMany || this.isOneToOne) &&\n this.joinColumns.length > 0)\n this.isOneToOneOwner = this.isOneToOne && this.isOwning\n this.isOneToOneNotOwner = this.isOneToOne && !this.isOwning\n this.isManyToManyOwner = this.isManyToMany && this.isOwning\n this.isManyToManyNotOwner = this.isManyToMany && !this.isOwning\n this.isWithJoinColumn = this.isManyToOne || this.isOneToOneOwner\n }\n\n /**\n * Registers a given junction entity metadata.\n * This builder method can be called after junction entity metadata for the many-to-many relation was created.\n */\n registerJunctionEntityMetadata(junctionEntityMetadata: EntityMetadata) {\n this.junctionEntityMetadata = junctionEntityMetadata\n this.joinTableName = junctionEntityMetadata.tableName\n if (this.inverseRelation) {\n this.inverseRelation.junctionEntityMetadata = junctionEntityMetadata\n this.joinTableName = junctionEntityMetadata.tableName\n }\n }\n\n /**\n * Builds inverse side property path based on given inverse side property factory.\n * This builder method should be used only after properties map of the inverse entity metadata was build.\n */\n buildInverseSidePropertyPath(): string {\n if (this.givenInverseSidePropertyFactory) {\n const ownerEntityPropertiesMap =\n this.inverseEntityMetadata.propertiesMap\n if (typeof this.givenInverseSidePropertyFactory === \"function\")\n return this.givenInverseSidePropertyFactory(\n ownerEntityPropertiesMap,\n )\n\n if (typeof this.givenInverseSidePropertyFactory === \"string\")\n return this.givenInverseSidePropertyFactory\n } else if (\n this.isTreeParent &&\n this.entityMetadata.treeChildrenRelation\n ) {\n return this.entityMetadata.treeChildrenRelation.propertyName\n } else if (\n this.isTreeChildren &&\n this.entityMetadata.treeParentRelation\n ) {\n return this.entityMetadata.treeParentRelation.propertyName\n }\n\n return \"\"\n }\n\n /**\n * Builds relation's property path based on its embedded tree.\n */\n buildPropertyPath(): string {\n if (\n !this.embeddedMetadata ||\n !this.embeddedMetadata.parentPropertyNames.length\n )\n return this.propertyName\n\n return (\n this.embeddedMetadata.parentPropertyNames.join(\".\") +\n \".\" +\n this.propertyName\n )\n }\n}\n"],"sourceRoot":".."}