"use strict"; var __defProp = Object.defineProperty; var __getOwnPropSymbols = Object.getOwnPropertySymbols; var __hasOwnProp = Object.prototype.hasOwnProperty; var __propIsEnum = Object.prototype.propertyIsEnumerable; var __defNormalProp = (obj, key, value) => key in obj ? __defProp(obj, key, { enumerable: true, configurable: true, writable: true, value }) : obj[key] = value; var __spreadValues = (a, b) => { for (var prop in b || (b = {})) if (__hasOwnProp.call(b, prop)) __defNormalProp(a, prop, b[prop]); if (__getOwnPropSymbols) for (var prop of __getOwnPropSymbols(b)) { if (__propIsEnum.call(b, prop)) __defNormalProp(a, prop, b[prop]); } return a; }; const Utils = require("../../utils"); const util = require("util"); const DataTypes = require("../../data-types"); const AbstractQueryGenerator = require("../abstract/query-generator"); const semver = require("semver"); const _ = require("lodash"); const POSTGRES_RESERVED_WORDS = "all,analyse,analyze,and,any,array,as,asc,asymmetric,authorization,binary,both,case,cast,check,collate,collation,column,concurrently,constraint,create,cross,current_catalog,current_date,current_role,current_schema,current_time,current_timestamp,current_user,default,deferrable,desc,distinct,do,else,end,except,false,fetch,for,foreign,freeze,from,full,grant,group,having,ilike,in,initially,inner,intersect,into,is,isnull,join,lateral,leading,left,like,limit,localtime,localtimestamp,natural,not,notnull,null,offset,on,only,or,order,outer,overlaps,placing,primary,references,returning,right,select,session_user,similar,some,symmetric,table,tablesample,then,to,trailing,true,union,unique,user,using,variadic,verbose,when,where,window,with".split(","); class PostgresQueryGenerator extends AbstractQueryGenerator { setSearchPath(searchPath) { return `SET search_path to ${searchPath};`; } createDatabaseQuery(databaseName, options) { options = __spreadValues({ encoding: null, collate: null }, options); const values = { database: this.quoteTable(databaseName), encoding: options.encoding ? ` ENCODING = ${this.escape(options.encoding)}` : "", collation: options.collate ? ` LC_COLLATE = ${this.escape(options.collate)}` : "", ctype: options.ctype ? ` LC_CTYPE = ${this.escape(options.ctype)}` : "", template: options.template ? ` TEMPLATE = ${this.escape(options.template)}` : "" }; return `CREATE DATABASE ${values.database}${values.encoding}${values.collation}${values.ctype}${values.template};`; } dropDatabaseQuery(databaseName) { return `DROP DATABASE IF EXISTS ${this.quoteTable(databaseName)};`; } createSchema(schema) { const databaseVersion = _.get(this, "sequelize.options.databaseVersion", 0); if (databaseVersion && semver.gte(databaseVersion, "9.2.0")) { return `CREATE SCHEMA IF NOT EXISTS ${schema};`; } return `CREATE SCHEMA ${schema};`; } dropSchema(schema) { return `DROP SCHEMA IF EXISTS ${schema} CASCADE;`; } showSchemasQuery() { return "SELECT schema_name FROM information_schema.schemata WHERE schema_name <> 'information_schema' AND schema_name != 'public' AND schema_name !~ E'^pg_';"; } versionQuery() { return "SHOW SERVER_VERSION"; } createTableQuery(tableName, attributes, options) { options = __spreadValues({}, options); const databaseVersion = _.get(this, "sequelize.options.databaseVersion", 0); const attrStr = []; let comments = ""; let columnComments = ""; const quotedTable = this.quoteTable(tableName); if (options.comment && typeof options.comment === "string") { comments += `; COMMENT ON TABLE ${quotedTable} IS ${this.escape(options.comment)}`; } for (const attr in attributes) { const quotedAttr = this.quoteIdentifier(attr); const i = attributes[attr].indexOf("COMMENT "); if (i !== -1) { const escapedCommentText = this.escape(attributes[attr].substring(i + 8)); columnComments += `; COMMENT ON COLUMN ${quotedTable}.${quotedAttr} IS ${escapedCommentText}`; attributes[attr] = attributes[attr].substring(0, i); } const dataType = this.dataTypeMapping(tableName, attr, attributes[attr]); attrStr.push(`${quotedAttr} ${dataType}`); } let attributesClause = attrStr.join(", "); if (options.uniqueKeys) { _.each(options.uniqueKeys, (columns) => { if (columns.customIndex) { attributesClause += `, UNIQUE (${columns.fields.map((field) => this.quoteIdentifier(field)).join(", ")})`; } }); } const pks = _.reduce(attributes, (acc, attribute, key) => { if (attribute.includes("PRIMARY KEY")) { acc.push(this.quoteIdentifier(key)); } return acc; }, []).join(","); if (pks.length > 0) { attributesClause += `, PRIMARY KEY (${pks})`; } return `CREATE TABLE ${databaseVersion === 0 || semver.gte(databaseVersion, "9.1.0") ? "IF NOT EXISTS " : ""}${quotedTable} (${attributesClause})${comments}${columnComments};`; } dropTableQuery(tableName, options) { options = options || {}; return `DROP TABLE IF EXISTS ${this.quoteTable(tableName)}${options.cascade ? " CASCADE" : ""};`; } showTablesQuery() { return "SELECT table_name FROM information_schema.tables WHERE table_schema = 'public' AND table_type LIKE '%TABLE' AND table_name != 'spatial_ref_sys';"; } tableExistsQuery(tableName) { const table = tableName.tableName || tableName; const schema = tableName.schema || "public"; return `SELECT table_name FROM information_schema.tables WHERE table_schema = ${this.escape(schema)} AND table_name = ${this.escape(table)}`; } describeTableQuery(tableName, schema) { if (!schema) schema = "public"; return `SELECT pk.constraint_type as "Constraint",c.column_name as "Field", c.column_default as "Default",c.is_nullable as "Null", (CASE WHEN c.udt_name = 'hstore' THEN c.udt_name ELSE c.data_type END) || (CASE WHEN c.character_maximum_length IS NOT NULL THEN '(' || c.character_maximum_length || ')' ELSE '' END) as "Type", (SELECT array_agg(e.enumlabel) FROM pg_catalog.pg_type t JOIN pg_catalog.pg_enum e ON t.oid=e.enumtypid WHERE t.typname=c.udt_name) AS "special", (SELECT pgd.description FROM pg_catalog.pg_statio_all_tables AS st INNER JOIN pg_catalog.pg_description pgd on (pgd.objoid=st.relid) WHERE c.ordinal_position=pgd.objsubid AND c.table_name=st.relname) AS "Comment" FROM information_schema.columns c LEFT JOIN (SELECT tc.table_schema, tc.table_name, cu.column_name, tc.constraint_type FROM information_schema.TABLE_CONSTRAINTS tc JOIN information_schema.KEY_COLUMN_USAGE cu ON tc.table_schema=cu.table_schema and tc.table_name=cu.table_name and tc.constraint_name=cu.constraint_name and tc.constraint_type='PRIMARY KEY') pk ON pk.table_schema=c.table_schema AND pk.table_name=c.table_name AND pk.column_name=c.column_name WHERE c.table_name = ${this.escape(tableName)} AND c.table_schema = ${this.escape(schema)} `; } _checkValidJsonStatement(stmt) { if (typeof stmt !== "string") { return false; } const jsonFunctionRegex = /^\s*((?:[a-z]+_){0,2}jsonb?(?:_[a-z]+){0,2})\([^)]*\)/i; const jsonOperatorRegex = /^\s*(->>?|#>>?|@>|<@|\?[|&]?|\|{2}|#-)/i; const tokenCaptureRegex = /^\s*((?:([`"'])(?:(?!\2).|\2{2})*\2)|[\w\d\s]+|[().,;+-])/i; let currentIndex = 0; let openingBrackets = 0; let closingBrackets = 0; let hasJsonFunction = false; let hasInvalidToken = false; while (currentIndex < stmt.length) { const string = stmt.substr(currentIndex); const functionMatches = jsonFunctionRegex.exec(string); if (functionMatches) { currentIndex += functionMatches[0].indexOf("("); hasJsonFunction = true; continue; } const operatorMatches = jsonOperatorRegex.exec(string); if (operatorMatches) { currentIndex += operatorMatches[0].length; hasJsonFunction = true; continue; } const tokenMatches = tokenCaptureRegex.exec(string); if (tokenMatches) { const capturedToken = tokenMatches[1]; if (capturedToken === "(") { openingBrackets++; } else if (capturedToken === ")") { closingBrackets++; } else if (capturedToken === ";") { hasInvalidToken = true; break; } currentIndex += tokenMatches[0].length; continue; } break; } hasInvalidToken |= openingBrackets !== closingBrackets; if (hasJsonFunction && hasInvalidToken) { throw new Error(`Invalid json statement: ${stmt}`); } return hasJsonFunction; } handleSequelizeMethod(smth, tableName, factory, options, prepend) { if (smth instanceof Utils.Json) { if (smth.conditions) { const conditions = this.parseConditionObject(smth.conditions).map((condition) => `${this.jsonPathExtractionQuery(condition.path[0], _.tail(condition.path))} = '${condition.value}'`); return conditions.join(" AND "); } if (smth.path) { let str; if (this._checkValidJsonStatement(smth.path)) { str = smth.path; } else { const paths = _.toPath(smth.path); const column = paths.shift(); str = this.jsonPathExtractionQuery(column, paths); } if (smth.value) { str += util.format(" = %s", this.escape(smth.value)); } return str; } } return super.handleSequelizeMethod.call(this, smth, tableName, factory, options, prepend); } addColumnQuery(table, key, attribute) { const dbDataType = this.attributeToSQL(attribute, { context: "addColumn", table, key }); const dataType = attribute.type || attribute; const definition = this.dataTypeMapping(table, key, dbDataType); const quotedKey = this.quoteIdentifier(key); const quotedTable = this.quoteTable(this.extractTableDetails(table)); let query = `ALTER TABLE ${quotedTable} ADD COLUMN ${quotedKey} ${definition};`; if (dataType instanceof DataTypes.ENUM) { query = this.pgEnum(table, key, dataType) + query; } else if (dataType.type && dataType.type instanceof DataTypes.ENUM) { query = this.pgEnum(table, key, dataType.type) + query; } return query; } removeColumnQuery(tableName, attributeName) { const quotedTableName = this.quoteTable(this.extractTableDetails(tableName)); const quotedAttributeName = this.quoteIdentifier(attributeName); return `ALTER TABLE ${quotedTableName} DROP COLUMN ${quotedAttributeName};`; } changeColumnQuery(tableName, attributes) { const query = (subQuery) => `ALTER TABLE ${this.quoteTable(tableName)} ALTER COLUMN ${subQuery};`; const sql = []; for (const attributeName in attributes) { let definition = this.dataTypeMapping(tableName, attributeName, attributes[attributeName]); let attrSql = ""; if (definition.includes("NOT NULL")) { attrSql += query(`${this.quoteIdentifier(attributeName)} SET NOT NULL`); definition = definition.replace("NOT NULL", "").trim(); } else if (!definition.includes("REFERENCES")) { attrSql += query(`${this.quoteIdentifier(attributeName)} DROP NOT NULL`); } if (definition.includes("DEFAULT")) { attrSql += query(`${this.quoteIdentifier(attributeName)} SET DEFAULT ${definition.match(/DEFAULT ([^;]+)/)[1]}`); definition = definition.replace(/(DEFAULT[^;]+)/, "").trim(); } else if (!definition.includes("REFERENCES")) { attrSql += query(`${this.quoteIdentifier(attributeName)} DROP DEFAULT`); } if (attributes[attributeName].startsWith("ENUM(")) { attrSql += this.pgEnum(tableName, attributeName, attributes[attributeName]); definition = definition.replace(/^ENUM\(.+\)/, this.pgEnumName(tableName, attributeName, { schema: false })); definition += ` USING (${this.quoteIdentifier(attributeName)}::${this.pgEnumName(tableName, attributeName)})`; } if (definition.match(/UNIQUE;*$/)) { definition = definition.replace(/UNIQUE;*$/, ""); attrSql += query(`ADD UNIQUE (${this.quoteIdentifier(attributeName)})`).replace("ALTER COLUMN", ""); } if (definition.includes("REFERENCES")) { definition = definition.replace(/.+?(?=REFERENCES)/, ""); attrSql += query(`ADD FOREIGN KEY (${this.quoteIdentifier(attributeName)}) ${definition}`).replace("ALTER COLUMN", ""); } else { attrSql += query(`${this.quoteIdentifier(attributeName)} TYPE ${definition}`); } sql.push(attrSql); } return sql.join(""); } renameColumnQuery(tableName, attrBefore, attributes) { const attrString = []; for (const attributeName in attributes) { attrString.push(`${this.quoteIdentifier(attrBefore)} TO ${this.quoteIdentifier(attributeName)}`); } return `ALTER TABLE ${this.quoteTable(tableName)} RENAME COLUMN ${attrString.join(", ")};`; } fn(fnName, tableName, parameters, body, returns, language) { fnName = fnName || "testfunc"; language = language || "plpgsql"; returns = returns ? `RETURNS ${returns}` : ""; parameters = parameters || ""; return `CREATE OR REPLACE FUNCTION pg_temp.${fnName}(${parameters}) ${returns} AS $func$ BEGIN ${body} END; $func$ LANGUAGE ${language}; SELECT * FROM pg_temp.${fnName}();`; } truncateTableQuery(tableName, options = {}) { return [ `TRUNCATE ${this.quoteTable(tableName)}`, options.restartIdentity ? " RESTART IDENTITY" : "", options.cascade ? " CASCADE" : "" ].join(""); } deleteQuery(tableName, where, options = {}, model) { const table = this.quoteTable(tableName); let whereClause = this.getWhereConditions(where, null, model, options); const limit = options.limit ? ` LIMIT ${this.escape(options.limit)}` : ""; let primaryKeys = ""; let primaryKeysSelection = ""; if (whereClause) { whereClause = ` WHERE ${whereClause}`; } if (options.limit) { if (!model) { throw new Error("Cannot LIMIT delete without a model."); } const pks = Object.values(model.primaryKeys).map((pk) => this.quoteIdentifier(pk.field)).join(","); primaryKeys = model.primaryKeyAttributes.length > 1 ? `(${pks})` : pks; primaryKeysSelection = pks; return `DELETE FROM ${table} WHERE ${primaryKeys} IN (SELECT ${primaryKeysSelection} FROM ${table}${whereClause}${limit})`; } return `DELETE FROM ${table}${whereClause}`; } showIndexesQuery(tableName) { let schemaJoin = ""; let schemaWhere = ""; if (typeof tableName !== "string") { schemaJoin = ", pg_namespace s"; schemaWhere = ` AND s.oid = t.relnamespace AND s.nspname = '${tableName.schema}'`; tableName = tableName.tableName; } return `SELECT i.relname AS name, ix.indisprimary AS primary, ix.indisunique AS unique, ix.indkey AS indkey, array_agg(a.attnum) as column_indexes, array_agg(a.attname) AS column_names, pg_get_indexdef(ix.indexrelid) AS definition FROM pg_class t, pg_class i, pg_index ix, pg_attribute a${schemaJoin} WHERE t.oid = ix.indrelid AND i.oid = ix.indexrelid AND a.attrelid = t.oid AND t.relkind = 'r' and t.relname = '${tableName}'${schemaWhere} GROUP BY i.relname, ix.indexrelid, ix.indisprimary, ix.indisunique, ix.indkey ORDER BY i.relname;`; } showConstraintsQuery(tableName) { return [ 'SELECT constraint_catalog AS "constraintCatalog",', 'constraint_schema AS "constraintSchema",', 'constraint_name AS "constraintName",', 'table_catalog AS "tableCatalog",', 'table_schema AS "tableSchema",', 'table_name AS "tableName",', 'constraint_type AS "constraintType",', 'is_deferrable AS "isDeferrable",', 'initially_deferred AS "initiallyDeferred"', "from INFORMATION_SCHEMA.table_constraints", `WHERE table_name='${tableName}';` ].join(" "); } removeIndexQuery(tableName, indexNameOrAttributes, options) { let indexName = indexNameOrAttributes; if (typeof indexName !== "string") { indexName = Utils.underscore(`${tableName}_${indexNameOrAttributes.join("_")}`); } return [ "DROP INDEX", options && options.concurrently && "CONCURRENTLY", `IF EXISTS ${this.quoteIdentifiers(indexName)}` ].filter(Boolean).join(" "); } addLimitAndOffset(options) { let fragment = ""; if (options.limit != null) { fragment += " LIMIT " + this.escape(options.limit); } if (options.offset != null) { fragment += " OFFSET " + this.escape(options.offset); } return fragment; } attributeToSQL(attribute, options) { if (!_.isPlainObject(attribute)) { attribute = { type: attribute }; } let type; if (attribute.type instanceof DataTypes.ENUM || attribute.type instanceof DataTypes.ARRAY && attribute.type.type instanceof DataTypes.ENUM) { const enumType = attribute.type.type || attribute.type; let values = attribute.values; if (enumType.values && !attribute.values) { values = enumType.values; } if (Array.isArray(values) && values.length > 0) { type = `ENUM(${values.map((value) => this.escape(value)).join(", ")})`; if (attribute.type instanceof DataTypes.ARRAY) { type += "[]"; } } else { throw new Error("Values for ENUM haven't been defined."); } } if (!type) { type = attribute.type; } let sql = type.toString(); if (Object.prototype.hasOwnProperty.call(attribute, "allowNull") && !attribute.allowNull) { sql += " NOT NULL"; } if (attribute.autoIncrement) { if (attribute.autoIncrementIdentity) { sql += " GENERATED BY DEFAULT AS IDENTITY"; } else { sql += " SERIAL"; } } if (Utils.defaultValueSchemable(attribute.defaultValue)) { sql += ` DEFAULT ${this.escape(attribute.defaultValue, attribute)}`; } if (attribute.unique === true) { sql += " UNIQUE"; } if (attribute.primaryKey) { sql += " PRIMARY KEY"; } if (attribute.references) { let referencesTable = this.quoteTable(attribute.references.model); let schema; if (options.schema) { schema = options.schema; } else if ((!attribute.references.model || typeof attribute.references.model == "string") && options.table && options.table.schema) { schema = options.table.schema; } if (schema) { referencesTable = this.quoteTable(this.addSchema({ tableName: referencesTable, _schema: schema })); } let referencesKey; if (!options.withoutForeignKeyConstraints) { if (attribute.references.key) { referencesKey = this.quoteIdentifiers(attribute.references.key); } else { referencesKey = this.quoteIdentifier("id"); } sql += ` REFERENCES ${referencesTable} (${referencesKey})`; if (attribute.onDelete) { sql += ` ON DELETE ${attribute.onDelete.toUpperCase()}`; } if (attribute.onUpdate) { sql += ` ON UPDATE ${attribute.onUpdate.toUpperCase()}`; } if (attribute.references.deferrable) { sql += ` ${attribute.references.deferrable.toString(this)}`; } } } if (attribute.comment && typeof attribute.comment === "string") { if (options && ["addColumn", "changeColumn"].includes(options.context)) { const quotedAttr = this.quoteIdentifier(options.key); const escapedCommentText = this.escape(attribute.comment); sql += `; COMMENT ON COLUMN ${this.quoteTable(options.table)}.${quotedAttr} IS ${escapedCommentText}`; } else { sql += ` COMMENT ${attribute.comment}`; } } return sql; } deferConstraintsQuery(options) { return options.deferrable.toString(this); } setConstraintQuery(columns, type) { let columnFragment = "ALL"; if (columns) { columnFragment = columns.map((column) => this.quoteIdentifier(column)).join(", "); } return `SET CONSTRAINTS ${columnFragment} ${type}`; } setDeferredQuery(columns) { return this.setConstraintQuery(columns, "DEFERRED"); } setImmediateQuery(columns) { return this.setConstraintQuery(columns, "IMMEDIATE"); } attributesToSQL(attributes, options) { const result = {}; for (const key in attributes) { const attribute = attributes[key]; result[attribute.field || key] = this.attributeToSQL(attribute, __spreadValues({ key }, options)); } return result; } createTrigger(tableName, triggerName, eventType, fireOnSpec, functionName, functionParams, optionsArray) { const decodedEventType = this.decodeTriggerEventType(eventType); const eventSpec = this.expandTriggerEventSpec(fireOnSpec); const expandedOptions = this.expandOptions(optionsArray); const paramList = this._expandFunctionParamList(functionParams); return `CREATE ${this.triggerEventTypeIsConstraint(eventType)}TRIGGER ${this.quoteIdentifier(triggerName)} ${decodedEventType} ${eventSpec} ON ${this.quoteTable(tableName)}${expandedOptions ? ` ${expandedOptions}` : ""} EXECUTE PROCEDURE ${functionName}(${paramList});`; } dropTrigger(tableName, triggerName) { return `DROP TRIGGER ${this.quoteIdentifier(triggerName)} ON ${this.quoteTable(tableName)} RESTRICT;`; } renameTrigger(tableName, oldTriggerName, newTriggerName) { return `ALTER TRIGGER ${this.quoteIdentifier(oldTriggerName)} ON ${this.quoteTable(tableName)} RENAME TO ${this.quoteIdentifier(newTriggerName)};`; } createFunction(functionName, params, returnType, language, body, optionsArray, options) { if (!functionName || !returnType || !language || !body) throw new Error("createFunction missing some parameters. Did you pass functionName, returnType, language and body?"); const paramList = this._expandFunctionParamList(params); const variableList = options && options.variables ? this._expandFunctionVariableList(options.variables) : ""; const expandedOptionsArray = this.expandOptions(optionsArray); const statement = options && options.force ? "CREATE OR REPLACE FUNCTION" : "CREATE FUNCTION"; return `${statement} ${functionName}(${paramList}) RETURNS ${returnType} AS $func$ ${variableList} BEGIN ${body} END; $func$ language '${language}'${expandedOptionsArray};`; } dropFunction(functionName, params) { if (!functionName) throw new Error("requires functionName"); const paramList = this._expandFunctionParamList(params); return `DROP FUNCTION ${functionName}(${paramList}) RESTRICT;`; } renameFunction(oldFunctionName, params, newFunctionName) { const paramList = this._expandFunctionParamList(params); return `ALTER FUNCTION ${oldFunctionName}(${paramList}) RENAME TO ${newFunctionName};`; } pgEscapeAndQuote(val) { return this.quoteIdentifier(Utils.removeTicks(this.escape(val), "'")); } _expandFunctionParamList(params) { if (params === void 0 || !Array.isArray(params)) { throw new Error("_expandFunctionParamList: function parameters array required, including an empty one for no arguments"); } const paramList = []; params.forEach((curParam) => { const paramDef = []; if (curParam.type) { if (curParam.direction) { paramDef.push(curParam.direction); } if (curParam.name) { paramDef.push(curParam.name); } paramDef.push(curParam.type); } else { throw new Error("function or trigger used with a parameter without any type"); } const joined = paramDef.join(" "); if (joined) paramList.push(joined); }); return paramList.join(", "); } _expandFunctionVariableList(variables) { if (!Array.isArray(variables)) { throw new Error("_expandFunctionVariableList: function variables must be an array"); } const variableDefinitions = []; variables.forEach((variable) => { if (!variable.name || !variable.type) { throw new Error("function variable must have a name and type"); } let variableDefinition = `DECLARE ${variable.name} ${variable.type}`; if (variable.default) { variableDefinition += ` := ${variable.default}`; } variableDefinition += ";"; variableDefinitions.push(variableDefinition); }); return variableDefinitions.join(" "); } expandOptions(options) { return options === void 0 || _.isEmpty(options) ? "" : options.join(" "); } decodeTriggerEventType(eventSpecifier) { const EVENT_DECODER = { "after": "AFTER", "before": "BEFORE", "instead_of": "INSTEAD OF", "after_constraint": "AFTER" }; if (!EVENT_DECODER[eventSpecifier]) { throw new Error(`Invalid trigger event specified: ${eventSpecifier}`); } return EVENT_DECODER[eventSpecifier]; } triggerEventTypeIsConstraint(eventSpecifier) { return eventSpecifier === "after_constraint" ? "CONSTRAINT " : ""; } expandTriggerEventSpec(fireOnSpec) { if (_.isEmpty(fireOnSpec)) { throw new Error("no table change events specified to trigger on"); } return _.map(fireOnSpec, (fireValue, fireKey) => { const EVENT_MAP = { "insert": "INSERT", "update": "UPDATE", "delete": "DELETE", "truncate": "TRUNCATE" }; if (!EVENT_MAP[fireValue]) { throw new Error(`parseTriggerEventSpec: undefined trigger event ${fireKey}`); } let eventSpec = EVENT_MAP[fireValue]; if (eventSpec === "UPDATE") { if (Array.isArray(fireValue) && fireValue.length > 0) { eventSpec += ` OF ${fireValue.join(", ")}`; } } return eventSpec; }).join(" OR "); } pgEnumName(tableName, attr, options) { options = options || {}; const tableDetails = this.extractTableDetails(tableName, options); let enumName = Utils.addTicks(Utils.generateEnumName(tableDetails.tableName, attr), '"'); if (options.schema !== false && tableDetails.schema) { enumName = this.quoteIdentifier(tableDetails.schema) + tableDetails.delimiter + enumName; } return enumName; } pgListEnums(tableName, attrName, options) { let enumName = ""; const tableDetails = this.extractTableDetails(tableName, options); if (tableDetails.tableName && attrName) { enumName = ` AND t.typname=${this.pgEnumName(tableDetails.tableName, attrName, { schema: false }).replace(/"/g, "'")}`; } return `SELECT t.typname enum_name, array_agg(e.enumlabel ORDER BY enumsortorder) enum_value FROM pg_type t JOIN pg_enum e ON t.oid = e.enumtypid JOIN pg_catalog.pg_namespace n ON n.oid = t.typnamespace WHERE n.nspname = '${tableDetails.schema}'${enumName} GROUP BY 1`; } pgEnum(tableName, attr, dataType, options) { const enumName = this.pgEnumName(tableName, attr, options); let values; if (dataType.values) { values = `ENUM(${dataType.values.map((value) => this.escape(value)).join(", ")})`; } else { values = dataType.toString().match(/^ENUM\(.+\)/)[0]; } let sql = `CREATE TYPE ${enumName} AS ${values};`; if (!!options && options.force === true) { sql = this.pgEnumDrop(tableName, attr) + sql; } return sql; } pgEnumAdd(tableName, attr, value, options) { const enumName = this.pgEnumName(tableName, attr); let sql = `ALTER TYPE ${enumName} ADD VALUE `; if (semver.gte(this.sequelize.options.databaseVersion, "9.3.0")) { sql += "IF NOT EXISTS "; } sql += this.escape(value); if (options.before) { sql += ` BEFORE ${this.escape(options.before)}`; } else if (options.after) { sql += ` AFTER ${this.escape(options.after)}`; } return sql; } pgEnumDrop(tableName, attr, enumName) { enumName = enumName || this.pgEnumName(tableName, attr); return `DROP TYPE IF EXISTS ${enumName}; `; } fromArray(text) { text = text.replace(/^{/, "").replace(/}$/, ""); let matches = text.match(/("(?:\\.|[^"\\\\])*"|[^,]*)(?:\s*,\s*|\s*$)/ig); if (matches.length < 1) { return []; } matches = matches.map((m) => m.replace(/",$/, "").replace(/,$/, "").replace(/(^"|"$)/g, "")); return matches.slice(0, -1); } dataTypeMapping(tableName, attr, dataType) { if (dataType.includes("PRIMARY KEY")) { dataType = dataType.replace("PRIMARY KEY", ""); } if (dataType.includes("SERIAL")) { if (dataType.includes("BIGINT")) { dataType = dataType.replace("SERIAL", "BIGSERIAL"); dataType = dataType.replace("BIGINT", ""); } else if (dataType.includes("SMALLINT")) { dataType = dataType.replace("SERIAL", "SMALLSERIAL"); dataType = dataType.replace("SMALLINT", ""); } else { dataType = dataType.replace("INTEGER", ""); } dataType = dataType.replace("NOT NULL", ""); } if (dataType.startsWith("ENUM(")) { dataType = dataType.replace(/^ENUM\(.+\)/, this.pgEnumName(tableName, attr)); } return dataType; } getForeignKeysQuery(tableName) { return `SELECT conname as constraint_name, pg_catalog.pg_get_constraintdef(r.oid, true) as condef FROM pg_catalog.pg_constraint r WHERE r.conrelid = (SELECT oid FROM pg_class WHERE relname = '${tableName}' LIMIT 1) AND r.contype = 'f' ORDER BY 1;`; } _getForeignKeyReferencesQueryPrefix() { return "SELECT DISTINCT tc.constraint_name as constraint_name, tc.constraint_schema as constraint_schema, tc.constraint_catalog as constraint_catalog, tc.table_name as table_name,tc.table_schema as table_schema,tc.table_catalog as table_catalog,tc.initially_deferred as initially_deferred,tc.is_deferrable as is_deferrable,kcu.column_name as column_name,ccu.table_schema AS referenced_table_schema,ccu.table_catalog AS referenced_table_catalog,ccu.table_name AS referenced_table_name,ccu.column_name AS referenced_column_name FROM information_schema.table_constraints AS tc JOIN information_schema.key_column_usage AS kcu ON tc.constraint_name = kcu.constraint_name JOIN information_schema.constraint_column_usage AS ccu ON ccu.constraint_name = tc.constraint_name "; } getForeignKeyReferencesQuery(tableName, catalogName, schemaName) { return `${this._getForeignKeyReferencesQueryPrefix()}WHERE constraint_type = 'FOREIGN KEY' AND tc.table_name = '${tableName}'${catalogName ? ` AND tc.table_catalog = '${catalogName}'` : ""}${schemaName ? ` AND tc.table_schema = '${schemaName}'` : ""}`; } getForeignKeyReferenceQuery(table, columnName) { const tableName = table.tableName || table; const schema = table.schema; return `${this._getForeignKeyReferencesQueryPrefix()}WHERE constraint_type = 'FOREIGN KEY' AND tc.table_name='${tableName}' AND kcu.column_name = '${columnName}'${schema ? ` AND tc.table_schema = '${schema}'` : ""}`; } dropForeignKeyQuery(tableName, foreignKey) { return `ALTER TABLE ${this.quoteTable(tableName)} DROP CONSTRAINT ${this.quoteIdentifier(foreignKey)};`; } quoteIdentifier(identifier, force) { const optForceQuote = force || false; const optQuoteIdentifiers = this.options.quoteIdentifiers !== false; const rawIdentifier = Utils.removeTicks(identifier, '"'); if (optForceQuote === true || optQuoteIdentifiers !== false || identifier.includes(".") || identifier.includes("->") || POSTGRES_RESERVED_WORDS.includes(rawIdentifier.toLowerCase())) { return Utils.addTicks(rawIdentifier, '"'); } return rawIdentifier; } } module.exports = PostgresQueryGenerator; //# sourceMappingURL=query-generator.js.map