"use strict";
Object.defineProperty(exports, "__esModule", { value: true });
exports.QueryBuilder = void 0;
const QueryExpressionMap_1 = require("./QueryExpressionMap");
const Brackets_1 = require("./Brackets");
const FindOperator_1 = require("../find-options/FindOperator");
const In_1 = require("../find-options/operator/In");
const error_1 = require("../error");
const EntityPropertyNotFoundError_1 = require("../error/EntityPropertyNotFoundError");
const InstanceChecker_1 = require("../util/InstanceChecker");
const escapeRegExp_1 = require("../util/escapeRegExp");
// todo: completely cover query builder with tests
// todo: entityOrProperty can be target name. implement proper behaviour if it is.
// todo: check in persistment if id exist on object and throw exception (can be in partial selection?)
// todo: fix problem with long aliases eg getMaxIdentifierLength
// todo: fix replacing in .select("COUNT(post.id) AS cnt") statement
// todo: implement joinAlways in relations and relationId
// todo: finish partial selection
// todo: sugar methods like: .addCount and .selectCount, selectCountAndMap, selectSum, selectSumAndMap, ...
// todo: implement @Select decorator
// todo: add select and map functions
// todo: implement relation/entity loading and setting them into properties within a separate query
// .loadAndMap("post.categories", "post.categories", qb => ...)
// .loadAndMap("post.categories", Category, qb => ...)
/**
 * Allows to build complex sql queries in a fashion way and execute those queries.
 */
class QueryBuilder {
    /**
     * QueryBuilder can be initialized from given Connection and QueryRunner objects or from given other QueryBuilder.
     */
    constructor(connectionOrQueryBuilder, queryRunner) {
        this["@instanceof"] = Symbol.for("QueryBuilder");
        /**
         * Memo to help keep place of current parameter index for `createParameter`
         */
        this.parameterIndex = 0;
        if (InstanceChecker_1.InstanceChecker.isDataSource(connectionOrQueryBuilder)) {
            this.connection = connectionOrQueryBuilder;
            this.queryRunner = queryRunner;
            this.expressionMap = new QueryExpressionMap_1.QueryExpressionMap(this.connection);
        }
        else {
            this.connection = connectionOrQueryBuilder.connection;
            this.queryRunner = connectionOrQueryBuilder.queryRunner;
            this.expressionMap = connectionOrQueryBuilder.expressionMap.clone();
        }
    }
    static registerQueryBuilderClass(name, factory) {
        QueryBuilder.queryBuilderRegistry[name] = factory;
    }
    // -------------------------------------------------------------------------
    // Accessors
    // -------------------------------------------------------------------------
    /**
     * Gets the main alias string used in this query builder.
     */
    get alias() {
        if (!this.expressionMap.mainAlias)
            throw new error_1.TypeORMError(`Main alias is not set`); // todo: better exception
        return this.expressionMap.mainAlias.name;
    }
    /**
     * Creates SELECT query and selects given data.
     * Replaces all previous selections if they exist.
     */
    select(selection, selectionAliasName) {
        this.expressionMap.queryType = "select";
        if (Array.isArray(selection)) {
            this.expressionMap.selects = selection.map((selection) => ({
                selection: selection,
            }));
        }
        else if (selection) {
            this.expressionMap.selects = [
                { selection: selection, aliasName: selectionAliasName },
            ];
        }
        if (InstanceChecker_1.InstanceChecker.isSelectQueryBuilder(this))
            return this;
        return QueryBuilder.queryBuilderRegistry["SelectQueryBuilder"](this);
    }
    /**
     * Creates INSERT query.
     */
    insert() {
        this.expressionMap.queryType = "insert";
        if (InstanceChecker_1.InstanceChecker.isInsertQueryBuilder(this))
            return this;
        return QueryBuilder.queryBuilderRegistry["InsertQueryBuilder"](this);
    }
    /**
     * Creates UPDATE query and applies given update values.
     */
    update(entityOrTableNameUpdateSet, maybeUpdateSet) {
        const updateSet = maybeUpdateSet
            ? maybeUpdateSet
            : entityOrTableNameUpdateSet;
        entityOrTableNameUpdateSet = InstanceChecker_1.InstanceChecker.isEntitySchema(entityOrTableNameUpdateSet)
            ? entityOrTableNameUpdateSet.options.name
            : entityOrTableNameUpdateSet;
        if (typeof entityOrTableNameUpdateSet === "function" ||
            typeof entityOrTableNameUpdateSet === "string") {
            const mainAlias = this.createFromAlias(entityOrTableNameUpdateSet);
            this.expressionMap.setMainAlias(mainAlias);
        }
        this.expressionMap.queryType = "update";
        this.expressionMap.valuesSet = updateSet;
        if (InstanceChecker_1.InstanceChecker.isUpdateQueryBuilder(this))
            return this;
        return QueryBuilder.queryBuilderRegistry["UpdateQueryBuilder"](this);
    }
    /**
     * Creates DELETE query.
     */
    delete() {
        this.expressionMap.queryType = "delete";
        if (InstanceChecker_1.InstanceChecker.isDeleteQueryBuilder(this))
            return this;
        return QueryBuilder.queryBuilderRegistry["DeleteQueryBuilder"](this);
    }
    softDelete() {
        this.expressionMap.queryType = "soft-delete";
        if (InstanceChecker_1.InstanceChecker.isSoftDeleteQueryBuilder(this))
            return this;
        return QueryBuilder.queryBuilderRegistry["SoftDeleteQueryBuilder"](this);
    }
    restore() {
        this.expressionMap.queryType = "restore";
        if (InstanceChecker_1.InstanceChecker.isSoftDeleteQueryBuilder(this))
            return this;
        return QueryBuilder.queryBuilderRegistry["SoftDeleteQueryBuilder"](this);
    }
    /**
     * Sets entity's relation with which this query builder gonna work.
     */
    relation(entityTargetOrPropertyPath, maybePropertyPath) {
        const entityTarget = arguments.length === 2 ? entityTargetOrPropertyPath : undefined;
        const propertyPath = arguments.length === 2
            ? maybePropertyPath
            : entityTargetOrPropertyPath;
        this.expressionMap.queryType = "relation";
        this.expressionMap.relationPropertyPath = propertyPath;
        if (entityTarget) {
            const mainAlias = this.createFromAlias(entityTarget);
            this.expressionMap.setMainAlias(mainAlias);
        }
        if (InstanceChecker_1.InstanceChecker.isRelationQueryBuilder(this))
            return this;
        return QueryBuilder.queryBuilderRegistry["RelationQueryBuilder"](this);
    }
    /**
     * Checks if given relation or relations exist in the entity.
     * Returns true if relation exists, false otherwise.
     *
     * todo: move this method to manager? or create a shortcut?
     */
    hasRelation(target, relation) {
        const entityMetadata = this.connection.getMetadata(target);
        const relations = Array.isArray(relation) ? relation : [relation];
        return relations.every((relation) => {
            return !!entityMetadata.findRelationWithPropertyPath(relation);
        });
    }
    /**
     * Check the existence of a parameter for this query builder.
     */
    hasParameter(key) {
        return (this.parentQueryBuilder?.hasParameter(key) ||
            key in this.expressionMap.parameters);
    }
    /**
     * Sets parameter name and its value.
     *
     * The key for this parameter may contain numbers, letters, underscores, or periods.
     */
    setParameter(key, value) {
        if (typeof value === "function") {
            throw new error_1.TypeORMError(`Function parameter isn't supported in the parameters. Please check "${key}" parameter.`);
        }
        if (!key.match(/^([A-Za-z0-9_.]+)$/)) {
            throw new error_1.TypeORMError("QueryBuilder parameter keys may only contain numbers, letters, underscores, or periods.");
        }
        if (this.parentQueryBuilder) {
            this.parentQueryBuilder.setParameter(key, value);
        }
        this.expressionMap.parameters[key] = value;
        return this;
    }
    /**
     * Adds all parameters from the given object.
     */
    setParameters(parameters) {
        for (const [key, value] of Object.entries(parameters)) {
            this.setParameter(key, value);
        }
        return this;
    }
    createParameter(value) {
        let parameterName;
        do {
            parameterName = `orm_param_${this.parameterIndex++}`;
        } while (this.hasParameter(parameterName));
        this.setParameter(parameterName, value);
        return `:${parameterName}`;
    }
    /**
     * Adds native parameters from the given object.
     *
     * @deprecated Use `setParameters` instead
     */
    setNativeParameters(parameters) {
        // set parent query builder parameters as well in sub-query mode
        if (this.parentQueryBuilder) {
            this.parentQueryBuilder.setNativeParameters(parameters);
        }
        Object.keys(parameters).forEach((key) => {
            this.expressionMap.nativeParameters[key] = parameters[key];
        });
        return this;
    }
    /**
     * Gets all parameters.
     */
    getParameters() {
        const parameters = Object.assign({}, this.expressionMap.parameters);
        // add discriminator column parameter if it exist
        if (this.expressionMap.mainAlias &&
            this.expressionMap.mainAlias.hasMetadata) {
            const metadata = this.expressionMap.mainAlias.metadata;
            if (metadata.discriminatorColumn && metadata.parentEntityMetadata) {
                const values = metadata.childEntityMetadatas
                    .filter((childMetadata) => childMetadata.discriminatorColumn)
                    .map((childMetadata) => childMetadata.discriminatorValue);
                values.push(metadata.discriminatorValue);
                parameters["discriminatorColumnValues"] = values;
            }
        }
        return parameters;
    }
    /**
     * Prints sql to stdout using console.log.
     */
    printSql() {
        // TODO rename to logSql()
        const [query, parameters] = this.getQueryAndParameters();
        this.connection.logger.logQuery(query, parameters);
        return this;
    }
    /**
     * Gets generated sql that will be executed.
     * Parameters in the query are escaped for the currently used driver.
     */
    getSql() {
        return this.getQueryAndParameters()[0];
    }
    /**
     * Gets query to be executed with all parameters used in it.
     */
    getQueryAndParameters() {
        // this execution order is important because getQuery method generates this.expressionMap.nativeParameters values
        const query = this.getQuery();
        const parameters = this.getParameters();
        return this.connection.driver.escapeQueryWithParameters(query, parameters, this.expressionMap.nativeParameters);
    }
    /**
     * Executes sql generated by query builder and returns raw database results.
     */
    async execute() {
        const [sql, parameters] = this.getQueryAndParameters();
        const queryRunner = this.obtainQueryRunner();
        try {
            return await queryRunner.query(sql, parameters); // await is needed here because we are using finally
        }
        finally {
            if (queryRunner !== this.queryRunner) {
                // means we created our own query runner
                await queryRunner.release();
            }
        }
    }
    /**
     * Creates a completely new query builder.
     * Uses same query runner as current QueryBuilder.
     */
    createQueryBuilder(queryRunner) {
        return new this.constructor(this.connection, queryRunner ?? this.queryRunner);
    }
    /**
     * Clones query builder as it is.
     * Note: it uses new query runner, if you want query builder that uses exactly same query runner,
     * you can create query builder using its constructor, for example new SelectQueryBuilder(queryBuilder)
     * where queryBuilder is cloned QueryBuilder.
     */
    clone() {
        return new this.constructor(this);
    }
    /**
     * Includes a Query comment in the query builder.  This is helpful for debugging purposes,
     * such as finding a specific query in the database server's logs, or for categorization using
     * an APM product.
     */
    comment(comment) {
        this.expressionMap.comment = comment;
        return this;
    }
    /**
     * Disables escaping.
     */
    disableEscaping() {
        this.expressionMap.disableEscaping = false;
        return this;
    }
    /**
     * Escapes table name, column name or alias name using current database's escaping character.
     */
    escape(name) {
        if (!this.expressionMap.disableEscaping)
            return name;
        return this.connection.driver.escape(name);
    }
    /**
     * Sets or overrides query builder's QueryRunner.
     */
    setQueryRunner(queryRunner) {
        this.queryRunner = queryRunner;
        return this;
    }
    /**
     * Indicates if listeners and subscribers must be called before and after query execution.
     * Enabled by default.
     */
    callListeners(enabled) {
        this.expressionMap.callListeners = enabled;
        return this;
    }
    /**
     * If set to true the query will be wrapped into a transaction.
     */
    useTransaction(enabled) {
        this.expressionMap.useTransaction = enabled;
        return this;
    }
    /**
     * Adds CTE to query
     */
    addCommonTableExpression(queryBuilder, alias, options) {
        this.expressionMap.commonTableExpressions.push({
            queryBuilder,
            alias,
            options: options || {},
        });
        return this;
    }
    // -------------------------------------------------------------------------
    // Protected Methods
    // -------------------------------------------------------------------------
    /**
     * Gets escaped table name with schema name if SqlServer driver used with custom
     * schema name, otherwise returns escaped table name.
     */
    getTableName(tablePath) {
        return tablePath
            .split(".")
            .map((i) => {
            // this condition need because in SQL Server driver when custom database name was specified and schema name was not, we got `dbName..tableName` string, and doesn't need to escape middle empty string
            if (i === "")
                return i;
            return this.escape(i);
        })
            .join(".");
    }
    /**
     * Gets name of the table where insert should be performed.
     */
    getMainTableName() {
        if (!this.expressionMap.mainAlias)
            throw new error_1.TypeORMError(`Entity where values should be inserted is not specified. Call "qb.into(entity)" method to specify it.`);
        if (this.expressionMap.mainAlias.hasMetadata)
            return this.expressionMap.mainAlias.metadata.tablePath;
        return this.expressionMap.mainAlias.tablePath;
    }
    /**
     * Specifies FROM which entity's table select/update/delete will be executed.
     * Also sets a main string alias of the selection data.
     */
    createFromAlias(entityTarget, aliasName) {
        // if table has a metadata then find it to properly escape its properties
        // const metadata = this.connection.entityMetadatas.find(metadata => metadata.tableName === tableName);
        if (this.connection.hasMetadata(entityTarget)) {
            const metadata = this.connection.getMetadata(entityTarget);
            return this.expressionMap.createAlias({
                type: "from",
                name: aliasName,
                metadata: this.connection.getMetadata(entityTarget),
                tablePath: metadata.tablePath,
            });
        }
        else {
            if (typeof entityTarget === "string") {
                const isSubquery = entityTarget.substr(0, 1) === "(" &&
                    entityTarget.substr(-1) === ")";
                return this.expressionMap.createAlias({
                    type: "from",
                    name: aliasName,
                    tablePath: !isSubquery
                        ? entityTarget
                        : undefined,
                    subQuery: isSubquery ? entityTarget : undefined,
                });
            }
            const subQueryBuilder = entityTarget(this.subQuery());
            this.setParameters(subQueryBuilder.getParameters());
            const subquery = subQueryBuilder.getQuery();
            return this.expressionMap.createAlias({
                type: "from",
                name: aliasName,
                subQuery: subquery,
            });
        }
    }
    /**
     * @deprecated this way of replace property names is too slow.
     *  Instead, we'll replace property names at the end - once query is build.
     */
    replacePropertyNames(statement) {
        return statement;
    }
    /**
     * Replaces all entity's propertyName to name in the given SQL string.
     */
    replacePropertyNamesForTheWholeQuery(statement) {
        const replacements = {};
        for (const alias of this.expressionMap.aliases) {
            if (!alias.hasMetadata)
                continue;
            const replaceAliasNamePrefix = this.expressionMap.aliasNamePrefixingEnabled && alias.name
                ? `${alias.name}.`
                : "";
            if (!replacements[replaceAliasNamePrefix]) {
                replacements[replaceAliasNamePrefix] = {};
            }
            // Insert & overwrite the replacements from least to most relevant in our replacements object.
            // To do this we iterate and overwrite in the order of relevance.
            // Least to Most Relevant:
            // * Relation Property Path to first join column key
            // * Relation Property Path + Column Path
            // * Column Database Name
            // * Column Property Name
            // * Column Property Path
            for (const relation of alias.metadata.relations) {
                if (relation.joinColumns.length > 0)
                    replacements[replaceAliasNamePrefix][relation.propertyPath] = relation.joinColumns[0].databaseName;
            }
            for (const relation of alias.metadata.relations) {
                const allColumns = [
                    ...relation.joinColumns,
                    ...relation.inverseJoinColumns,
                ];
                for (const joinColumn of allColumns) {
                    const propertyKey = `${relation.propertyPath}.${joinColumn.referencedColumn.propertyPath}`;
                    replacements[replaceAliasNamePrefix][propertyKey] =
                        joinColumn.databaseName;
                }
            }
            for (const column of alias.metadata.columns) {
                replacements[replaceAliasNamePrefix][column.databaseName] =
                    column.databaseName;
            }
            for (const column of alias.metadata.columns) {
                replacements[replaceAliasNamePrefix][column.propertyName] =
                    column.databaseName;
            }
            for (const column of alias.metadata.columns) {
                replacements[replaceAliasNamePrefix][column.propertyPath] =
                    column.databaseName;
            }
        }
        const replacementKeys = Object.keys(replacements);
        const replaceAliasNamePrefixes = replacementKeys
            .map((key) => (0, escapeRegExp_1.escapeRegExp)(key))
            .join("|");
        if (replacementKeys.length > 0) {
            statement = statement.replace(new RegExp(
            // Avoid a lookbehind here since it's not well supported
            `([ =(]|^.{0})` + // any of ' =(' or start of line
                // followed by our prefix, e.g. 'tablename.' or ''
                `${replaceAliasNamePrefixes
                    ? "(" + replaceAliasNamePrefixes + ")"
                    : ""}([^ =(),]+)` + // a possible property name: sequence of anything but ' =(),'
                // terminated by ' =),' or end of line
                `(?=[ =),]|.{0}$)`, "gm"), (...matches) => {
                let match, pre, p;
                if (replaceAliasNamePrefixes) {
                    match = matches[0];
                    pre = matches[1];
                    p = matches[3];
                    if (replacements[matches[2]][p]) {
                        return `${pre}${this.escape(matches[2].substring(0, matches[2].length - 1))}.${this.escape(replacements[matches[2]][p])}`;
                    }
                }
                else {
                    match = matches[0];
                    pre = matches[1];
                    p = matches[2];
                    if (replacements[""][p]) {
                        return `${pre}${this.escape(replacements[""][p])}`;
                    }
                }
                return match;
            });
        }
        return statement;
    }
    createComment() {
        if (!this.expressionMap.comment) {
            return "";
        }
        // ANSI SQL 2003 support C style comments - comments that start with `/*` and end with `*/`
        // In some dialects query nesting is available - but not all.  Because of this, we'll need
        // to scrub "ending" characters from the SQL but otherwise we can leave everything else
        // as-is and it should be valid.
        return `/* ${this.expressionMap.comment.replace(/\*\//g, "")} */ `;
    }
    /**
     * Time travel queries for CockroachDB
     */
    createTimeTravelQuery() {
        if (this.expressionMap.queryType === "select" &&
            this.expressionMap.timeTravel) {
            return ` AS OF SYSTEM TIME ${this.expressionMap.timeTravel}`;
        }
        return "";
    }
    /**
     * Creates "WHERE" expression.
     */
    createWhereExpression() {
        const conditionsArray = [];
        const whereExpression = this.createWhereClausesExpression(this.expressionMap.wheres);
        if (whereExpression.length > 0 && whereExpression !== "1=1") {
            conditionsArray.push(this.replacePropertyNames(whereExpression));
        }
        if (this.expressionMap.mainAlias.hasMetadata) {
            const metadata = this.expressionMap.mainAlias.metadata;
            // Adds the global condition of "non-deleted" for the entity with delete date columns in select query.
            if (this.expressionMap.queryType === "select" &&
                !this.expressionMap.withDeleted &&
                metadata.deleteDateColumn) {
                const column = this.expressionMap.aliasNamePrefixingEnabled
                    ? this.expressionMap.mainAlias.name +
                        "." +
                        metadata.deleteDateColumn.propertyName
                    : metadata.deleteDateColumn.propertyName;
                const condition = `${this.replacePropertyNames(column)} IS NULL`;
                conditionsArray.push(condition);
            }
            if (metadata.discriminatorColumn && metadata.parentEntityMetadata) {
                const column = this.expressionMap.aliasNamePrefixingEnabled
                    ? this.expressionMap.mainAlias.name +
                        "." +
                        metadata.discriminatorColumn.databaseName
                    : metadata.discriminatorColumn.databaseName;
                const condition = `${this.replacePropertyNames(column)} IN (:...discriminatorColumnValues)`;
                conditionsArray.push(condition);
            }
        }
        if (this.expressionMap.extraAppendedAndWhereCondition) {
            const condition = this.replacePropertyNames(this.expressionMap.extraAppendedAndWhereCondition);
            conditionsArray.push(condition);
        }
        let condition = "";
        // time travel
        condition += this.createTimeTravelQuery();
        if (!conditionsArray.length) {
            condition += "";
        }
        else if (conditionsArray.length === 1) {
            condition += ` WHERE ${conditionsArray[0]}`;
        }
        else {
            condition += ` WHERE ( ${conditionsArray.join(" ) AND ( ")} )`;
        }
        return condition;
    }
    /**
     * Creates "RETURNING" / "OUTPUT" expression.
     */
    createReturningExpression(returningType) {
        const columns = this.getReturningColumns();
        const driver = this.connection.driver;
        // also add columns we must auto-return to perform entity updation
        // if user gave his own returning
        if (typeof this.expressionMap.returning !== "string" &&
            this.expressionMap.extraReturningColumns.length > 0 &&
            driver.isReturningSqlSupported(returningType)) {
            columns.push(...this.expressionMap.extraReturningColumns.filter((column) => {
                return columns.indexOf(column) === -1;
            }));
        }
        if (columns.length) {
            let columnsExpression = columns
                .map((column) => {
                const name = this.escape(column.databaseName);
                if (driver.options.type === "mssql") {
                    if (this.expressionMap.queryType === "insert" ||
                        this.expressionMap.queryType === "update" ||
                        this.expressionMap.queryType === "soft-delete" ||
                        this.expressionMap.queryType === "restore") {
                        return "INSERTED." + name;
                    }
                    else {
                        return (this.escape(this.getMainTableName()) +
                            "." +
                            name);
                    }
                }
                else {
                    return name;
                }
            })
                .join(", ");
            if (driver.options.type === "oracle") {
                columnsExpression +=
                    " INTO " +
                        columns
                            .map((column) => {
                            return this.createParameter({
                                type: driver.columnTypeToNativeParameter(column.type),
                                dir: driver.oracle.BIND_OUT,
                            });
                        })
                            .join(", ");
            }
            if (driver.options.type === "mssql") {
                if (this.expressionMap.queryType === "insert" ||
                    this.expressionMap.queryType === "update") {
                    columnsExpression += " INTO @OutputTable";
                }
            }
            return columnsExpression;
        }
        else if (typeof this.expressionMap.returning === "string") {
            return this.expressionMap.returning;
        }
        return "";
    }
    /**
     * If returning / output cause is set to array of column names,
     * then this method will return all column metadatas of those column names.
     */
    getReturningColumns() {
        const columns = [];
        if (Array.isArray(this.expressionMap.returning)) {
            ;
            this.expressionMap.returning.forEach((columnName) => {
                if (this.expressionMap.mainAlias.hasMetadata) {
                    columns.push(...this.expressionMap.mainAlias.metadata.findColumnsWithPropertyPath(columnName));
                }
            });
        }
        return columns;
    }
    createWhereClausesExpression(clauses) {
        return clauses
            .map((clause, index) => {
            const expression = this.createWhereConditionExpression(clause.condition);
            switch (clause.type) {
                case "and":
                    return ((index > 0 ? "AND " : "") +
                        `${this.connection.options.isolateWhereStatements
                            ? "("
                            : ""}${expression}${this.connection.options.isolateWhereStatements
                            ? ")"
                            : ""}`);
                case "or":
                    return ((index > 0 ? "OR " : "") +
                        `${this.connection.options.isolateWhereStatements
                            ? "("
                            : ""}${expression}${this.connection.options.isolateWhereStatements
                            ? ")"
                            : ""}`);
            }
            return expression;
        })
            .join(" ")
            .trim();
    }
    /**
     * Computes given where argument - transforms to a where string all forms it can take.
     */
    createWhereConditionExpression(condition, alwaysWrap = false) {
        if (typeof condition === "string")
            return condition;
        if (Array.isArray(condition)) {
            if (condition.length === 0) {
                return "1=1";
            }
            // In the future we should probably remove this entire condition
            // but for now to prevent any breaking changes it exists.
            if (condition.length === 1 && !alwaysWrap) {
                return this.createWhereClausesExpression(condition);
            }
            return "(" + this.createWhereClausesExpression(condition) + ")";
        }
        const { driver } = this.connection;
        switch (condition.operator) {
            case "lessThan":
                return `${condition.parameters[0]} < ${condition.parameters[1]}`;
            case "lessThanOrEqual":
                return `${condition.parameters[0]} <= ${condition.parameters[1]}`;
            case "arrayContains":
                return `${condition.parameters[0]} @> ${condition.parameters[1]}`;
            case "jsonContains":
                return `${condition.parameters[0]} ::jsonb @> ${condition.parameters[1]}`;
            case "arrayContainedBy":
                return `${condition.parameters[0]} <@ ${condition.parameters[1]}`;
            case "arrayOverlap":
                return `${condition.parameters[0]} && ${condition.parameters[1]}`;
            case "moreThan":
                return `${condition.parameters[0]} > ${condition.parameters[1]}`;
            case "moreThanOrEqual":
                return `${condition.parameters[0]} >= ${condition.parameters[1]}`;
            case "notEqual":
                return `${condition.parameters[0]} != ${condition.parameters[1]}`;
            case "equal":
                return `${condition.parameters[0]} = ${condition.parameters[1]}`;
            case "ilike":
                if (driver.options.type === "postgres" ||
                    driver.options.type === "cockroachdb") {
                    return `${condition.parameters[0]} ILIKE ${condition.parameters[1]}`;
                }
                return `UPPER(${condition.parameters[0]}) LIKE UPPER(${condition.parameters[1]})`;
            case "like":
                return `${condition.parameters[0]} LIKE ${condition.parameters[1]}`;
            case "between":
                return `${condition.parameters[0]} BETWEEN ${condition.parameters[1]} AND ${condition.parameters[2]}`;
            case "in":
                if (condition.parameters.length <= 1) {
                    return "0=1";
                }
                return `${condition.parameters[0]} IN (${condition.parameters
                    .slice(1)
                    .join(", ")})`;
            case "any":
                if (driver.options.type === "cockroachdb") {
                    return `${condition.parameters[0]}::STRING = ANY(${condition.parameters[1]}::STRING[])`;
                }
                return `${condition.parameters[0]} = ANY(${condition.parameters[1]})`;
            case "isNull":
                return `${condition.parameters[0]} IS NULL`;
            case "not":
                return `NOT(${this.createWhereConditionExpression(condition.condition)})`;
            case "brackets":
                return `${this.createWhereConditionExpression(condition.condition, true)}`;
            case "and":
                return "(" + condition.parameters.join(" AND ") + ")";
            case "or":
                return "(" + condition.parameters.join(" OR ") + ")";
        }
        throw new TypeError(`Unsupported FindOperator ${FindOperator_1.FindOperator.constructor.name}`);
    }
    createCteExpression() {
        if (!this.hasCommonTableExpressions()) {
            return "";
        }
        const databaseRequireRecusiveHint = this.connection.driver.cteCapabilities.requiresRecursiveHint;
        const cteStrings = this.expressionMap.commonTableExpressions.map((cte) => {
            let cteBodyExpression = typeof cte.queryBuilder === "string" ? cte.queryBuilder : "";
            if (typeof cte.queryBuilder !== "string") {
                if (cte.queryBuilder.hasCommonTableExpressions()) {
                    throw new error_1.TypeORMError(`Nested CTEs aren't supported (CTE: ${cte.alias})`);
                }
                cteBodyExpression = cte.queryBuilder.getQuery();
                if (!this.connection.driver.cteCapabilities.writable &&
                    !InstanceChecker_1.InstanceChecker.isSelectQueryBuilder(cte.queryBuilder)) {
                    throw new error_1.TypeORMError(`Only select queries are supported in CTEs in ${this.connection.options.type} (CTE: ${cte.alias})`);
                }
                this.setParameters(cte.queryBuilder.getParameters());
            }
            let cteHeader = this.escape(cte.alias);
            if (cte.options.columnNames) {
                const escapedColumnNames = cte.options.columnNames.map((column) => this.escape(column));
                if (InstanceChecker_1.InstanceChecker.isSelectQueryBuilder(cte.queryBuilder)) {
                    if (cte.queryBuilder.expressionMap.selects.length &&
                        cte.options.columnNames.length !==
                            cte.queryBuilder.expressionMap.selects.length) {
                        throw new error_1.TypeORMError(`cte.options.columnNames length (${cte.options.columnNames.length}) doesn't match subquery select list length ${cte.queryBuilder.expressionMap.selects.length} (CTE: ${cte.alias})`);
                    }
                }
                cteHeader += `(${escapedColumnNames.join(", ")})`;
            }
            const recursiveClause = cte.options.recursive && databaseRequireRecusiveHint
                ? "RECURSIVE"
                : "";
            let materializeClause = "";
            if (this.connection.driver.cteCapabilities.materializedHint &&
                cte.options.materialized !== undefined) {
                materializeClause = cte.options.materialized
                    ? "MATERIALIZED"
                    : "NOT MATERIALIZED";
            }
            return [
                recursiveClause,
                cteHeader,
                "AS",
                materializeClause,
                `(${cteBodyExpression})`,
            ]
                .filter(Boolean)
                .join(" ");
        });
        return "WITH " + cteStrings.join(", ") + " ";
    }
    /**
     * Creates "WHERE" condition for an in-ids condition.
     */
    getWhereInIdsCondition(ids) {
        const metadata = this.expressionMap.mainAlias.metadata;
        const normalized = (Array.isArray(ids) ? ids : [ids]).map((id) => metadata.ensureEntityIdMap(id));
        // using in(...ids) for single primary key entities
        if (!metadata.hasMultiplePrimaryKeys) {
            const primaryColumn = metadata.primaryColumns[0];
            // getEntityValue will try to transform `In`, it is a bug
            // todo: remove this transformer check after #2390 is fixed
            // This also fails for embedded & relation, so until that is fixed skip it.
            if (!primaryColumn.transformer &&
                !primaryColumn.relationMetadata &&
                !primaryColumn.embeddedMetadata) {
                return {
                    [primaryColumn.propertyName]: (0, In_1.In)(normalized.map((id) => primaryColumn.getEntityValue(id, false))),
                };
            }
        }
        return new Brackets_1.Brackets((qb) => {
            for (const data of normalized) {
                qb.orWhere(new Brackets_1.Brackets((qb) => qb.where(data)));
            }
        });
    }
    getExistsCondition(subQuery) {
        const query = subQuery
            .clone()
            .orderBy()
            .groupBy()
            .offset(undefined)
            .limit(undefined)
            .skip(undefined)
            .take(undefined)
            .select("1")
            .setOption("disable-global-order");
        return [`EXISTS (${query.getQuery()})`, query.getParameters()];
    }
    findColumnsForPropertyPath(propertyPath) {
        // Make a helper to iterate the entity & relations?
        // Use that to set the correct alias?  Or the other way around?
        // Start with the main alias with our property paths
        let alias = this.expressionMap.mainAlias;
        const root = [];
        const propertyPathParts = propertyPath.split(".");
        while (propertyPathParts.length > 1) {
            const part = propertyPathParts[0];
            if (!alias?.hasMetadata) {
                // If there's no metadata, we're wasting our time
                // and can't actually look any of this up.
                break;
            }
            if (alias.metadata.hasEmbeddedWithPropertyPath(part)) {
                // If this is an embedded then we should combine the two as part of our lookup.
                // Instead of just breaking, we keep going with this in case there's an embedded/relation
                // inside an embedded.
                propertyPathParts.unshift(`${propertyPathParts.shift()}.${propertyPathParts.shift()}`);
                continue;
            }
            if (alias.metadata.hasRelationWithPropertyPath(part)) {
                // If this is a relation then we should find the aliases
                // that match the relation & then continue further down
                // the property path
                const joinAttr = this.expressionMap.joinAttributes.find((joinAttr) => joinAttr.relationPropertyPath === part);
                if (!joinAttr?.alias) {
                    const fullRelationPath = root.length > 0 ? `${root.join(".")}.${part}` : part;
                    throw new Error(`Cannot find alias for relation at ${fullRelationPath}`);
                }
                alias = joinAttr.alias;
                root.push(...part.split("."));
                propertyPathParts.shift();
                continue;
            }
            break;
        }
        if (!alias) {
            throw new Error(`Cannot find alias for property ${propertyPath}`);
        }
        // Remaining parts are combined back and used to find the actual property path
        const aliasPropertyPath = propertyPathParts.join(".");
        const columns = alias.metadata.findColumnsWithPropertyPath(aliasPropertyPath);
        if (!columns.length) {
            throw new EntityPropertyNotFoundError_1.EntityPropertyNotFoundError(propertyPath, alias.metadata);
        }
        return [alias, root, columns];
    }
    /**
     * Creates a property paths for a given ObjectLiteral.
     */
    createPropertyPath(metadata, entity, prefix = "") {
        const paths = [];
        for (const key of Object.keys(entity)) {
            const path = prefix ? `${prefix}.${key}` : key;
            // There's times where we don't actually want to traverse deeper.
            // If the value is a `FindOperator`, or null, or not an object, then we don't, for example.
            if (entity[key] === null ||
                typeof entity[key] !== "object" ||
                InstanceChecker_1.InstanceChecker.isFindOperator(entity[key])) {
                paths.push(path);
                continue;
            }
            if (metadata.hasEmbeddedWithPropertyPath(path)) {
                const subPaths = this.createPropertyPath(metadata, entity[key], path);
                paths.push(...subPaths);
                continue;
            }
            if (metadata.hasRelationWithPropertyPath(path)) {
                const relation = metadata.findRelationWithPropertyPath(path);
                // There's also cases where we don't want to return back all of the properties.
                // These handles the situation where someone passes the model & we don't need to make
                // a HUGE `where` to uniquely look up the entity.
                // In the case of a *-to-one, there's only ever one possible entity on the other side
                // so if the join columns are all defined we can return just the relation itself
                // because it will fetch only the join columns and do the lookup.
                if (relation.relationType === "one-to-one" ||
                    relation.relationType === "many-to-one") {
                    const joinColumns = relation.joinColumns
                        .map((j) => j.referencedColumn)
                        .filter((j) => !!j);
                    const hasAllJoinColumns = joinColumns.length > 0 &&
                        joinColumns.every((column) => column.getEntityValue(entity[key], false));
                    if (hasAllJoinColumns) {
                        paths.push(path);
                        continue;
                    }
                }
                if (relation.relationType === "one-to-many" ||
                    relation.relationType === "many-to-many") {
                    throw new Error(`Cannot query across ${relation.relationType} for property ${path}`);
                }
                // For any other case, if the `entity[key]` contains all of the primary keys we can do a
                // lookup via these.  We don't need to look up via any other values 'cause these are
                // the unique primary keys.
                // This handles the situation where someone passes the model & we don't need to make
                // a HUGE where.
                const primaryColumns = relation.inverseEntityMetadata.primaryColumns;
                const hasAllPrimaryKeys = primaryColumns.length > 0 &&
                    primaryColumns.every((column) => column.getEntityValue(entity[key], false));
                if (hasAllPrimaryKeys) {
                    const subPaths = primaryColumns.map((column) => `${path}.${column.propertyPath}`);
                    paths.push(...subPaths);
                    continue;
                }
                // If nothing else, just return every property that's being passed to us.
                const subPaths = this.createPropertyPath(relation.inverseEntityMetadata, entity[key]).map((p) => `${path}.${p}`);
                paths.push(...subPaths);
                continue;
            }
            paths.push(path);
        }
        return paths;
    }
    *getPredicates(where) {
        if (this.expressionMap.mainAlias.hasMetadata) {
            const propertyPaths = this.createPropertyPath(this.expressionMap.mainAlias.metadata, where);
            for (const propertyPath of propertyPaths) {
                const [alias, aliasPropertyPath, columns] = this.findColumnsForPropertyPath(propertyPath);
                for (const column of columns) {
                    let containedWhere = where;
                    for (const part of aliasPropertyPath) {
                        if (!containedWhere || !(part in containedWhere)) {
                            containedWhere = {};
                            break;
                        }
                        containedWhere = containedWhere[part];
                    }
                    // Use the correct alias & the property path from the column
                    const aliasPath = this.expressionMap
                        .aliasNamePrefixingEnabled
                        ? `${alias.name}.${column.propertyPath}`
                        : column.propertyPath;
                    const parameterValue = column.getEntityValue(containedWhere, true);
                    yield [aliasPath, parameterValue];
                }
            }
        }
        else {
            for (const key of Object.keys(where)) {
                const parameterValue = where[key];
                const aliasPath = this.expressionMap.aliasNamePrefixingEnabled
                    ? `${this.alias}.${key}`
                    : key;
                yield [aliasPath, parameterValue];
            }
        }
    }
    getWherePredicateCondition(aliasPath, parameterValue) {
        if (InstanceChecker_1.InstanceChecker.isFindOperator(parameterValue)) {
            const parameters = [];
            if (parameterValue.useParameter) {
                if (parameterValue.objectLiteralParameters) {
                    this.setParameters(parameterValue.objectLiteralParameters);
                }
                else if (parameterValue.multipleParameters) {
                    for (const v of parameterValue.value) {
                        parameters.push(this.createParameter(v));
                    }
                }
                else {
                    parameters.push(this.createParameter(parameterValue.value));
                }
            }
            if (parameterValue.type === "raw") {
                if (parameterValue.getSql) {
                    return parameterValue.getSql(aliasPath);
                }
                else {
                    return {
                        operator: "equal",
                        parameters: [aliasPath, parameterValue.value],
                    };
                }
            }
            else if (parameterValue.type === "not") {
                if (parameterValue.child) {
                    return {
                        operator: parameterValue.type,
                        condition: this.getWherePredicateCondition(aliasPath, parameterValue.child),
                    };
                }
                else {
                    return {
                        operator: "notEqual",
                        parameters: [aliasPath, ...parameters],
                    };
                }
            }
            else if (parameterValue.type === "and") {
                const values = parameterValue.value;
                return {
                    operator: parameterValue.type,
                    parameters: values.map((operator) => this.createWhereConditionExpression(this.getWherePredicateCondition(aliasPath, operator))),
                };
            }
            else if (parameterValue.type === "or") {
                const values = parameterValue.value;
                return {
                    operator: parameterValue.type,
                    parameters: values.map((operator) => this.createWhereConditionExpression(this.getWherePredicateCondition(aliasPath, operator))),
                };
            }
            else {
                return {
                    operator: parameterValue.type,
                    parameters: [aliasPath, ...parameters],
                };
            }
        }
        else if (parameterValue === null) {
            const nullBehavior = this.connection.options.invalidWhereValuesBehavior?.null ||
                "ignore";
            if (nullBehavior === "sql-null") {
                return {
                    operator: "isNull",
                    parameters: [aliasPath],
                };
            }
            else if (nullBehavior === "throw") {
                throw new error_1.TypeORMError(`Null value encountered in property '${aliasPath}' of a where condition. ` +
                    `To match with SQL NULL, the IsNull() operator must be used. ` +
                    `Set 'invalidWhereValuesBehavior.null' to 'ignore' or 'sql-null' in connection options to skip or handle null values.`);
            }
        }
        else if (parameterValue === undefined) {
            const undefinedBehavior = this.connection.options.invalidWhereValuesBehavior?.undefined ||
                "ignore";
            if (undefinedBehavior === "throw") {
                throw new error_1.TypeORMError(`Undefined value encountered in property '${aliasPath}' of a where condition. ` +
                    `Set 'invalidWhereValuesBehavior.undefined' to 'ignore' in connection options to skip properties with undefined values.`);
            }
        }
        return {
            operator: "equal",
            parameters: [aliasPath, this.createParameter(parameterValue)],
        };
    }
    getWhereCondition(where) {
        if (typeof where === "string") {
            return where;
        }
        if (InstanceChecker_1.InstanceChecker.isBrackets(where)) {
            const whereQueryBuilder = this.createQueryBuilder();
            whereQueryBuilder.parentQueryBuilder = this;
            whereQueryBuilder.expressionMap.mainAlias =
                this.expressionMap.mainAlias;
            whereQueryBuilder.expressionMap.aliasNamePrefixingEnabled =
                this.expressionMap.aliasNamePrefixingEnabled;
            whereQueryBuilder.expressionMap.parameters =
                this.expressionMap.parameters;
            whereQueryBuilder.expressionMap.nativeParameters =
                this.expressionMap.nativeParameters;
            whereQueryBuilder.expressionMap.wheres = [];
            where.whereFactory(whereQueryBuilder);
            return {
                operator: InstanceChecker_1.InstanceChecker.isNotBrackets(where)
                    ? "not"
                    : "brackets",
                condition: whereQueryBuilder.expressionMap.wheres,
            };
        }
        if (typeof where === "function") {
            return where(this);
        }
        const wheres = Array.isArray(where) ? where : [where];
        const clauses = [];
        for (const where of wheres) {
            const conditions = [];
            // Filter the conditions and set up the parameter values
            for (const [aliasPath, parameterValue] of this.getPredicates(where)) {
                conditions.push({
                    type: "and",
                    condition: this.getWherePredicateCondition(aliasPath, parameterValue),
                });
            }
            clauses.push({ type: "or", condition: conditions });
        }
        if (clauses.length === 1) {
            return clauses[0].condition;
        }
        return clauses;
    }
    /**
     * Creates a query builder used to execute sql queries inside this query builder.
     */
    obtainQueryRunner() {
        return this.queryRunner || this.connection.createQueryRunner();
    }
    hasCommonTableExpressions() {
        return this.expressionMap.commonTableExpressions.length > 0;
    }
}
exports.QueryBuilder = QueryBuilder;
/**
 * Contains all registered query builder classes.
 */
QueryBuilder.queryBuilderRegistry = {};

//# sourceMappingURL=QueryBuilder.js.map
