// Originally based on contributions to DefinitelyTyped:
// Definitions by: Qubo <https://github.com/tkQubo>
//                 Pablo Rodríguez <https://github.com/MeLlamoPablo>
//                 Matt R. Wilson <https://github.com/mastermatt>
//                 Satana Charuwichitratana <https://github.com/micksatana>
//                 Shrey Jain <https://github.com/shreyjain1994>
// TypeScript Version: 4.1

import tarn = require('tarn');
import events = require('events');
import stream = require('stream');
import ResultTypes = require('./result');

import { Tables } from './tables';

import { ConnectionOptions } from 'tls';
import { Stream } from 'stream';

// # Generic type-level utilities

// If T is object then make it a partial otherwise fallback to any
//
// This is primarily to prevent type incompatibilities where target can be unknown.
// While unknown can be assigned to any, Partial<unknown> can't be.
type SafePartial<T> = Partial<AnyOrUnknownToOther<T, {}>>;

type MaybeArray<T> = T | T[];

type StrKey<T> = string & keyof T;

// If T is unknown then convert to any, else retain original
type UnknownToAny<T> = unknown extends T ? any : T;
type CurlyCurlyToAny<T> = T extends unknown // distribute
  ? (<U>() => U extends T ? 0 : 1) extends <U>() => U extends {} ? 0 : 1
    ? any
    : T
  : never;
type UnknownOrCurlyCurlyToAny<T> = [UnknownToAny<T> | CurlyCurlyToAny<T>][0];
type AnyToUnknown<T> = unknown extends T ? unknown : T;
type AnyOrUnknownToOther<T1, T2> = unknown extends T1 ? T2 : T1;

// Intersection conditionally applied only when TParams is non-empty
// This is primarily to keep the signatures more intuitive.
type AugmentParams<TTarget, TParams> = TParams extends {}
  ? keyof TParams extends never
    ? TTarget
    : {} & TTarget & TParams
  : TTarget;

// Check if provided keys (expressed as a single or union type) are members of TBase
type AreKeysOf<TBase, TKeys> = Boxed<TKeys> extends Boxed<keyof TBase>
  ? true
  : false;

// https://stackoverflow.com/a/50375286/476712
type UnionToIntersection<U> = (U extends any ? (k: U) => void : never) extends (
  k: infer I
) => void
  ? I
  : never;

type ComparisonOperator = '=' | '>' | '>=' | '<' | '<=' | '<>';

// If T is an array, get the type of member, else fall back to never
type ArrayMember<T> = T extends (infer M)[] ? M : never;

// If T is an array, get the type of member, else retain original
type UnwrapArrayMember<T> = T extends (infer M)[] ? M : T;

// Wrap a type in a container, making it an object type.
// This is primarily useful in circumventing special handling of union/intersection in typescript
interface Boxed<T> {
  _value: T;
}

// If T can't be assigned to TBase fallback to an alternate type TAlt
type IncompatibleToAlt<T, TBase, TAlt> = T extends TBase ? T : TAlt;

type ArrayIfAlready<T1, T2> = AnyToUnknown<T1> extends any[] ? T2[] : T2;

// Boxing is necessary to prevent distribution of conditional types:
// https://lorefnon.tech/2019/05/02/using-boxing-to-prevent-distribution-of-conditional-types/
type PartialOrAny<TBase, TKeys> = Boxed<TKeys> extends Boxed<never>
  ? {}
  : Boxed<TKeys> extends Boxed<keyof TBase>
  ? SafePick<TBase, TKeys & keyof TBase>
  : any;

// Retain the association of original keys with aliased keys at type level
// to facilitates type-safe aliasing for object syntax
type MappedAliasType<TBase, TAliasMapping> = {} & {
  [K in keyof TAliasMapping]: TAliasMapping[K] extends keyof TBase
    ? TBase[TAliasMapping[K]]
    : any;
};

// Container type for situations when we want a partial/intersection eventually
// but the keys being selected or additional properties being augmented are not
// all known at once and we would want to effectively build up a partial/intersection
// over multiple steps.
type DeferredKeySelection<
  // The base of selection. In intermediate stages this may be unknown.
  // If it remains unknown at the point of resolution, the selection will fall back to any
  TBase,
  // Union of keys to be selected
  // In intermediate stages this may be never.
  TKeys extends string,
  // Changes how the resolution should behave if TKeys is never.
  // If true, then we assume that some keys were selected, and if TKeys is never, we will fall back to any.
  // If false, and TKeys is never, then we select TBase in its entirety
  THasSelect extends true | false = false,
  // Mapping of aliases <key in result> -> <key in TBase>
  TAliasMapping extends {} = {},
  // If enabled, then instead of extracting a partial, during resolution
  // we will pick just a single property.
  TSingle extends boolean = false,
  // Extra props which will be intersected with the result
  TIntersectProps extends {} = {},
  // Extra props which will be unioned with the result
  TUnionProps = never
> = {
  // These properties are not actually used, but exist simply because
  // typescript doesn't end up happy when type parameters are unused
  _base: TBase;
  _hasSelection: THasSelect;
  _keys: TKeys;
  _aliases: TAliasMapping;
  _single: TSingle;
  _intersectProps: TIntersectProps;
  _unionProps: TUnionProps;
};

// An companion namespace for DeferredKeySelection which provides type operators
// to build up participants of intersection/partial over multiple invocations
// and for final resolution.
//
// While the comments use wordings such as replacement and addition, it is important
// to keep in mind that types are always immutable and all type operators return new altered types.
declare namespace DeferredKeySelection {
  type Any = DeferredKeySelection<any, any, any, any, any, any, any>;

  // Replace the Base if already a deferred selection.
  // If not, create a new deferred selection with specified base.
  type SetBase<TSelection, TBase> = TSelection extends DeferredKeySelection<
    any,
    infer TKeys,
    infer THasSelect,
    infer TAliasMapping,
    infer TSingle,
    infer TIntersectProps,
    infer TUnionProps
  >
    ? DeferredKeySelection<
        TBase,
        TKeys,
        THasSelect,
        TAliasMapping,
        TSingle,
        TIntersectProps,
        TUnionProps
      >
    : DeferredKeySelection<TBase, never>;

  // If TSelection is already a deferred selection, then replace the base with TBase
  // If unknown, create a new deferred selection with TBase as the base
  // Else, retain original
  //
  // For practical reasons applicable to current context, we always return arrays of
  // deferred selections. So, this particular operator may not be useful in generic contexts.
  type ReplaceBase<TSelection, TBase> =
    UnwrapArrayMember<TSelection> extends DeferredKeySelection.Any
      ? ArrayIfAlready<
          TSelection,
          DeferredKeySelection.SetBase<UnwrapArrayMember<TSelection>, TBase>
        >
      : unknown extends UnwrapArrayMember<TSelection>
      ? ArrayIfAlready<TSelection, DeferredKeySelection.SetBase<unknown, TBase>>
      : TSelection;

  // Type operators to substitute individual type parameters:

  type SetSingle<
    TSelection,
    TSingle extends boolean
  > = TSelection extends DeferredKeySelection<
    infer TBase,
    infer TKeys,
    infer THasSelect,
    infer TAliasMapping,
    any,
    infer TIntersectProps,
    infer TUnionProps
  >
    ? DeferredKeySelection<
        TBase,
        TKeys,
        THasSelect,
        TAliasMapping,
        TSingle,
        TIntersectProps,
        TUnionProps
      >
    : never;

  type AddKey<
    TSelection,
    TKey extends string
  > = TSelection extends DeferredKeySelection<
    infer TBase,
    infer TKeys,
    any,
    infer TAliasMapping,
    infer TSingle,
    infer TIntersectProps,
    infer TUnionProps
  >
    ? DeferredKeySelection<
        TBase,
        TKeys | TKey,
        true,
        TAliasMapping,
        TSingle,
        TIntersectProps,
        TUnionProps
      >
    : DeferredKeySelection<unknown, TKey, true>;

  type AddAliases<
    TSelection,
    T extends {}
  > = TSelection extends DeferredKeySelection<
    infer TBase,
    infer TKeys,
    infer THasSelect,
    infer TAliasMapping,
    infer TSingle,
    infer TIntersectProps,
    infer TUnionProps
  >
    ? DeferredKeySelection<
        TBase,
        TKeys,
        THasSelect,
        TAliasMapping & T,
        TSingle,
        TIntersectProps,
        TUnionProps
      >
    : DeferredKeySelection<unknown, never, false, T>;

  type AddUnionMember<TSelection, T> = TSelection extends DeferredKeySelection<
    infer TBase,
    infer TKeys,
    infer THasSelect,
    infer TAliasMapping,
    infer TSingle,
    infer TIntersectProps,
    infer TUnionProps
  >
    ? DeferredKeySelection<
        TBase,
        TKeys,
        THasSelect,
        TAliasMapping,
        TSingle,
        TIntersectProps,
        TUnionProps | T
      >
    : DeferredKeySelection<TSelection, never, false, {}, false, {}, T>;

  // Convenience utility to set base, keys and aliases in a single type
  // application
  type Augment<
    T,
    TBase,
    TKey extends string,
    TAliasMapping extends {} = {}
  > = AddAliases<AddKey<SetBase<T, TBase>, TKey>, TAliasMapping>;

  // Core resolution logic -- Refer to docs for DeferredKeySelection for specifics
  type ResolveOne<TSelection> = TSelection extends DeferredKeySelection<
    infer TBase,
    infer TKeys,
    infer THasSelect,
    infer TAliasMapping,
    infer TSingle,
    infer TIntersectProps,
    infer TUnionProps
  >
    ? UnknownOrCurlyCurlyToAny<
        // ^ We convert final result to any if it is unknown for backward compatibility.
        //   Historically knex typings have been liberal with returning any and changing
        //   default return type to unknown would be a major breaking change for users.
        //
        //   So we compromise on type safety here and return any.
        | AugmentParams<
            AnyToUnknown<TBase> extends {}
              ? // ^ Conversion of any -> unknown is needed here to prevent distribution
                //   of any over the conditional
                TSingle extends true
                ? TKeys extends keyof TBase
                  ? TBase[TKeys]
                  : any
                : AugmentParams<
                    true extends THasSelect
                      ? PartialOrAny<TBase, TKeys>
                      : TBase,
                    MappedAliasType<TBase, TAliasMapping>
                  >
              : unknown,
            TIntersectProps
          >
        | TUnionProps
      >
    : TSelection;

  type Resolve<TSelection> = TSelection extends DeferredKeySelection.Any
    ? Knex.ResolveTableType<ResolveOne<TSelection>>
    : TSelection extends DeferredKeySelection.Any[]
    ? Knex.ResolveTableType<ResolveOne<TSelection[0]>>[]
    : TSelection extends (infer I)[]
    ? UnknownOrCurlyCurlyToAny<Knex.ResolveTableType<I>>[]
    : UnknownOrCurlyCurlyToAny<Knex.ResolveTableType<TSelection>>;
}

type AggregationQueryResult<
  TResult,
  TIntersectProps2 extends {}
> = ArrayIfAlready<
  TResult,
  UnwrapArrayMember<TResult> extends DeferredKeySelection<
    infer TBase,
    infer TKeys,
    infer THasSelect,
    infer TAliasMapping,
    infer TSingle,
    infer TIntersectProps,
    infer TUnionProps
  >
    ? true extends THasSelect
      ? DeferredKeySelection<
          TBase,
          TKeys,
          THasSelect,
          TAliasMapping,
          TSingle,
          TIntersectProps & TIntersectProps2,
          TUnionProps
        >
      : DeferredKeySelection<{}, never, true, {}, false, TIntersectProps2>
    : TIntersectProps2
>;

// If we have more categories of deferred selection in future,
// this will combine all of them
type ResolveResult<S> = DeferredKeySelection.Resolve<S>;

// # Type-aliases for common type combinations

type Callback = Function;
type Client = Function;

type Dict<T = any> = { [k: string]: T };

type SafePick<T, K extends keyof T> = T extends {} ? Pick<T, K> : any;

type TableOptions = PgTableOptions;

interface PgTableOptions {
  only?: boolean;
}

interface DMLOptions {
  includeTriggerModifications?: boolean;
}

export interface Knex<TRecord extends {} = any, TResult = any[]>
  extends Knex.QueryInterface<TRecord, TResult>,
    events.EventEmitter {
  <TTable extends Knex.TableNames>(
    tableName: TTable,
    options?: TableOptions
  ): Knex.QueryBuilder<
    Knex.TableType<TTable>,
    DeferredKeySelection<Knex.ResolveTableType<Knex.TableType<TTable>>, never>[]
  >;
  <
    TRecord2 extends {} = TRecord,
    TResult2 = DeferredKeySelection<TRecord2, never>[]
  >(
    tableName?: Knex.TableDescriptor | Knex.AliasDict,
    options?: TableOptions
  ): Knex.QueryBuilder<TRecord2, TResult2>;
  VERSION: string;
  __knex__: string;

  raw: Knex.RawBuilder<TRecord>;

  transactionProvider(
    config?: Knex.TransactionConfig
  ): Knex.TransactionProvider;
  transaction(config?: Knex.TransactionConfig): Promise<Knex.Transaction>;
  transaction(
    transactionScope?: null,
    config?: Knex.TransactionConfig
  ): Promise<Knex.Transaction>;
  transaction<T>(
    transactionScope: (trx: Knex.Transaction) => Promise<T> | void,
    config?: Knex.TransactionConfig
  ): Promise<T>;
  initialize(config?: Knex.Config): void;
  destroy(callback: Function): void;
  destroy(): Promise<void>;

  batchInsert<TRecord2 extends {} = TRecord, TResult2 = number[]>(
    tableName: Knex.TableDescriptor,
    data: TRecord2 extends Knex.CompositeTableType<unknown>
      ? ReadonlyArray<Knex.ResolveTableType<TRecord2, 'insert'>>
      : ReadonlyArray<Knex.DbRecordArr<TRecord2>>,
    chunkSize?: number
  ): Knex.BatchInsertBuilder<TRecord2, TResult2>;

  schema: Knex.SchemaBuilder;
  queryBuilder<
    TRecord2 extends {} = TRecord,
    TResult2 = TResult
  >(): Knex.QueryBuilder<TRecord2, TResult2>;

  client: any;
  migrate: Knex.Migrator;
  seed: Knex.Seeder;
  fn: Knex.FunctionHelper;
  ref: Knex.RefBuilder;
  userParams: Record<string, any>;
  withUserParams(params: Record<string, any>): Knex;
  isTransaction?: boolean;
}

export declare function knex<TRecord extends {} = any, TResult = unknown[]>(
  config: Knex.Config | string
): Knex<TRecord, TResult>;

export declare namespace knex {
  class QueryBuilder {
    static extend(
      methodName: string,
      fn: <TRecord extends {} = any, TResult extends {} = unknown[]>(
        this: Knex.QueryBuilder<TRecord, TResult>,
        ...args: any[]
      ) =>
        | Knex.QueryBuilder<TRecord, TResult>
        | Promise<
            | Knex.QueryBuilder<TRecord | TResult>
            | DeferredKeySelection.Resolve<TResult>
          >
    ): void;
  }

  class TableBuilder {
    static extend<T = Knex.TableBuilder, B = Knex.TableBuilder>(
      methodName: string,
      fn: (this: T, ...args: any[]) => B
    ): void;
  }
  class ViewBuilder {
    static extend<T = Knex.ViewBuilder, B = Knex.ViewBuilder>(
      methodName: string,
      fn: (this: T, ...args: any[]) => B
    ): void;
  }
  class SchemaBuilder {
    static extend<T = Knex.SchemaBuilder, B = Knex.SchemaBuilder>(
      methodName: string,
      fn: (this: T, ...args: any[]) => B
    ): void;
  }
  class ColumnBuilder {
    static extend<T = Knex.ColumnBuilder, B = Knex.ColumnBuilder>(
      methodName: string,
      fn: (this: T, ...args: any[]) => B
    ): void;
  }

  export class KnexTimeoutError extends Error {}

  export const Client: typeof Knex.Client;
}

export declare namespace Knex {
  //
  // Utility Types
  //

  type Value =
    | string
    | number
    | boolean
    | null
    | Date
    | Array<string>
    | Array<number>
    | Array<Date>
    | Array<boolean>
    | Buffer
    | object
    | Knex.Raw;

  interface ValueDict extends Dict<Value | Knex.QueryBuilder> {}
  interface AliasDict extends Dict<string> {}

  type ColumnDescriptor<TRecord extends {}, TResult> =
    | string
    | Knex.Raw
    | Knex.QueryBuilder<TRecord, TResult>
    | Dict<string>;

  type InferrableColumnDescriptor<TRecord extends {}> =
    | keyof TRecord
    | Knex.Ref<any, any>
    | Dict<keyof TRecord>;

  type TableDescriptor = string | Knex.Raw | Knex.QueryBuilder;

  type Lookup<
    TRegistry extends {},
    TKey extends string,
    TDefault = never
  > = TKey extends keyof TRegistry ? TRegistry[TKey] : TDefault;

  type MaybeRawColumn<TColumn> = TColumn | Raw<TColumn>;

  type MaybeRawRecord<TRecord> = {
    [K in keyof TRecord]: MaybeRawColumn<TRecord[K]>;
  };

  type DbColumn<TColumn> = Readonly<MaybeRawColumn<TColumn>>;

  type DbRecord<TRecord> = Readonly<SafePartial<MaybeRawRecord<TRecord>>>;

  type DbRecordArr<TRecord> = Readonly<MaybeArray<DbRecord<TRecord>>>;

  export type CompositeTableType<
    TBase,
    TInsert = TBase,
    TUpdate = Partial<TInsert>,
    TUpsert = Partial<TInsert>
  > = {
    base: TBase;
    insert: TInsert;
    update: TUpdate;
    upsert: TUpsert;
  };

  type TableNames = keyof Tables;

  type TableInterfaceScope = keyof CompositeTableType<unknown>;

  type TableType<TTable extends keyof Tables> = Tables[TTable];

  type ResolveTableType<
    TCompositeTableType,
    TScope extends TableInterfaceScope = 'base'
  > = TCompositeTableType extends CompositeTableType<unknown>
    ? TCompositeTableType[TScope]
    : TCompositeTableType;

  interface OnConflictQueryBuilder<TRecord extends {}, TResult> {
    ignore(): QueryBuilder<TRecord, TResult>;
    merge(
      mergeColumns?: (keyof ResolveTableType<TRecord, 'update'>)[]
    ): QueryBuilder<TRecord, TResult>;
    merge(
      data?: Extract<DbRecord<ResolveTableType<TRecord, 'update'>>, object>
    ): QueryBuilder<TRecord, TResult>;
  }

  //
  // QueryInterface
  //
  type ClearStatements =
    | 'with'
    | 'select'
    | 'columns'
    | 'hintComments'
    | 'where'
    | 'union'
    | 'using'
    | 'join'
    | 'group'
    | 'order'
    | 'having'
    | 'limit'
    | 'offset'
    | 'counter'
    | 'counters';

  interface QueryInterface<TRecord extends {} = any, TResult = any> {
    select: Select<TRecord, TResult>;
    as: As<TRecord, TResult>;
    columns: Select<TRecord, TResult>;
    column: Select<TRecord, TResult>;
    comment: Comment<TRecord, TResult>;
    hintComment: HintComment<TRecord, TResult>;
    from: Table<TRecord, TResult>;
    fromRaw: Table<TRecord, TResult>;
    into: Table<TRecord, TResult>;
    table: Table<TRecord, TResult>;
    distinct: Distinct<TRecord, TResult>;
    distinctOn: DistinctOn<TRecord, TResult>;

    // Joins
    join: Join<TRecord, TResult>;
    joinRaw: JoinRaw<TRecord, TResult>;
    innerJoin: Join<TRecord, TResult>;
    leftJoin: Join<TRecord, TResult>;
    leftOuterJoin: Join<TRecord, TResult>;
    rightJoin: Join<TRecord, TResult>;
    rightOuterJoin: Join<TRecord, TResult>;
    outerJoin: Join<TRecord, TResult>;
    fullOuterJoin: Join<TRecord, TResult>;
    crossJoin: Join<TRecord, TResult>;

    // Json manipulation
    jsonExtract: JsonExtract<TRecord, TResult>;
    jsonSet: JsonSet<TRecord, TResult>;
    jsonInsert: JsonInsert<TRecord, TResult>;
    jsonRemove: JsonRemove<TRecord, TResult>;

    // Using
    using: Using<TRecord, TResult>;

    // Withs
    with: With<TRecord, TResult>;
    withMaterialized: With<TRecord, TResult>;
    withNotMaterialized: With<TRecord, TResult>;
    withRecursive: With<TRecord, TResult>;
    withRaw: WithRaw<TRecord, TResult>;
    withSchema: WithSchema<TRecord, TResult>;
    withWrapped: WithWrapped<TRecord, TResult>;

    // Wheres
    where: Where<TRecord, TResult>;
    andWhere: Where<TRecord, TResult>;
    orWhere: Where<TRecord, TResult>;
    whereNot: Where<TRecord, TResult>;
    andWhereNot: Where<TRecord, TResult>;
    orWhereNot: Where<TRecord, TResult>;
    whereRaw: WhereRaw<TRecord, TResult>;
    orWhereRaw: WhereRaw<TRecord, TResult>;
    andWhereRaw: WhereRaw<TRecord, TResult>;
    whereWrapped: WhereWrapped<TRecord, TResult>;
    havingWrapped: WhereWrapped<TRecord, TResult>;
    whereExists: WhereExists<TRecord, TResult>;
    orWhereExists: WhereExists<TRecord, TResult>;
    whereNotExists: WhereExists<TRecord, TResult>;
    orWhereNotExists: WhereExists<TRecord, TResult>;
    whereIn: WhereIn<TRecord, TResult>;
    orWhereIn: WhereIn<TRecord, TResult>;
    whereNotIn: WhereIn<TRecord, TResult>;
    orWhereNotIn: WhereIn<TRecord, TResult>;
    whereLike: Where<TRecord, TResult>;
    andWhereLike: Where<TRecord, TResult>;
    orWhereLike: Where<TRecord, TResult>;
    whereILike: Where<TRecord, TResult>;
    andWhereILike: Where<TRecord, TResult>;
    orWhereILike: Where<TRecord, TResult>;
    whereNull: WhereNull<TRecord, TResult>;
    orWhereNull: WhereNull<TRecord, TResult>;
    whereNotNull: WhereNull<TRecord, TResult>;
    orWhereNotNull: WhereNull<TRecord, TResult>;
    whereBetween: WhereBetween<TRecord, TResult>;
    orWhereBetween: WhereBetween<TRecord, TResult>;
    andWhereBetween: WhereBetween<TRecord, TResult>;
    whereNotBetween: WhereBetween<TRecord, TResult>;
    orWhereNotBetween: WhereBetween<TRecord, TResult>;
    andWhereNotBetween: WhereBetween<TRecord, TResult>;

    whereJsonObject: WhereJsonObject<TRecord, TResult>;
    orWhereJsonObject: WhereJsonObject<TRecord, TResult>;
    andWhereJsonObject: WhereJsonObject<TRecord, TResult>;
    whereNotJsonObject: WhereJsonObject<TRecord, TResult>;
    orWhereNotJsonObject: WhereJsonObject<TRecord, TResult>;
    andWhereNotJsonObject: WhereJsonObject<TRecord, TResult>;

    whereJsonPath: WhereJsonPath<TRecord, TResult>;
    orWhereJsonPath: WhereJsonPath<TRecord, TResult>;
    andWhereJsonPath: WhereJsonPath<TRecord, TResult>;

    whereJsonSupersetOf: WhereJsonObject<TRecord, TResult>;
    orWhereJsonSupersetOf: WhereJsonObject<TRecord, TResult>;
    andWhereJsonSupersetOf: WhereJsonObject<TRecord, TResult>;
    whereJsonNotSupersetOf: WhereJsonObject<TRecord, TResult>;
    orWhereJsonNotSupersetOf: WhereJsonObject<TRecord, TResult>;
    andWhereJsonNotSupersetOf: WhereJsonObject<TRecord, TResult>;

    whereJsonSubsetOf: WhereJsonObject<TRecord, TResult>;
    orWhereJsonSubsetOf: WhereJsonObject<TRecord, TResult>;
    andWhereJsonSubsetOf: WhereJsonObject<TRecord, TResult>;
    whereJsonNotSubsetOf: WhereJsonObject<TRecord, TResult>;
    orWhereJsonNotSubsetOf: WhereJsonObject<TRecord, TResult>;
    andWhereJsonNotSubsetOf: WhereJsonObject<TRecord, TResult>;

    // Group by
    groupBy: GroupBy<TRecord, TResult>;
    groupByRaw: RawQueryBuilder<TRecord, TResult>;

    // Order by
    orderBy: OrderBy<TRecord, TResult>;
    orderByRaw: RawQueryBuilder<TRecord, TResult>;

    // Partition by
    partitionBy: PartitionBy<TRecord, TResult>;

    // Unions
    union: Union<TRecord, TResult>;
    unionAll: Union<TRecord, TResult>;
    intersect: Intersect<TRecord, TResult>;
    except: Except<TRecord, TResult>;

    // Having
    having: Having<TRecord, TResult>;
    andHaving: Having<TRecord, TResult>;
    havingRaw: RawQueryBuilder<TRecord, TResult>;
    orHaving: Having<TRecord, TResult>;
    orHavingRaw: RawQueryBuilder<TRecord, TResult>;
    havingIn: HavingRange<TRecord, TResult>;
    orHavingNotBetween: HavingRange<TRecord, TResult>;
    havingNotBetween: HavingRange<TRecord, TResult>;
    orHavingBetween: HavingRange<TRecord, TResult>;
    havingBetween: HavingRange<TRecord, TResult>;
    havingNotIn: HavingRange<TRecord, TResult>;
    andHavingNotIn: HavingRange<TRecord, TResult>;
    orHavingNotIn: HavingRange<TRecord, TResult>;
    havingNull: HavingNull<TRecord, TResult>;
    havingNotNull: HavingNull<TRecord, TResult>;

    // Clear
    clearSelect(): QueryBuilder<
      TRecord,
      UnwrapArrayMember<TResult> extends DeferredKeySelection<
        infer TBase,
        infer TKeys,
        true,
        any,
        any,
        any,
        any
      >
        ? DeferredKeySelection<TBase, never>[]
        : TResult
    >;
    clearWhere(): QueryBuilder<TRecord, TResult>;
    clearGroup(): QueryBuilder<TRecord, TResult>;
    clearOrder(): QueryBuilder<TRecord, TResult>;
    clearHaving(): QueryBuilder<TRecord, TResult>;
    clearCounters(): QueryBuilder<TRecord, TResult>;
    clear(statement: ClearStatements): QueryBuilder<TRecord, TResult>;

    // Paging
    offset(
      offset: number,
      options?: boolean | Readonly<{ skipBinding?: boolean }>
    ): QueryBuilder<TRecord, TResult>;
    limit(
      limit: number,
      options?: string | Readonly<{ skipBinding?: boolean }>
    ): QueryBuilder<TRecord, TResult>;

    // Aggregation
    count: AsymmetricAggregation<
      TRecord,
      TResult,
      Lookup<ResultTypes.Registry, 'Count', number | string>
    >;
    countDistinct: AsymmetricAggregation<
      TRecord,
      TResult,
      Lookup<ResultTypes.Registry, 'Count', number | string>
    >;
    min: TypePreservingAggregation<TRecord, TResult>;
    max: TypePreservingAggregation<TRecord, TResult>;
    sum: TypePreservingAggregation<TRecord, TResult>;
    sumDistinct: TypePreservingAggregation<TRecord, TResult>;
    avg: TypePreservingAggregation<TRecord, TResult>;
    avgDistinct: TypePreservingAggregation<TRecord, TResult>;

    increment(
      columnName: keyof TRecord,
      amount?: number
    ): QueryBuilder<TRecord, number>;
    increment(
      columnName: string,
      amount?: number
    ): QueryBuilder<TRecord, number>;
    increment(columns: {
      [column in keyof TRecord]: number;
    }): QueryBuilder<TRecord, number>;

    decrement(
      columnName: keyof TRecord,
      amount?: number
    ): QueryBuilder<TRecord, number>;
    decrement(
      columnName: string,
      amount?: number
    ): QueryBuilder<TRecord, number>;
    decrement(columns: {
      [column in keyof TRecord]: number;
    }): QueryBuilder<TRecord, number>;

    // Analytics
    rank: AnalyticFunction<TRecord, TResult>;
    denseRank: AnalyticFunction<TRecord, TResult>;
    rowNumber: AnalyticFunction<TRecord, TResult>;

    // Others
    first: Select<
      TRecord,
      DeferredKeySelection.AddUnionMember<UnwrapArrayMember<TResult>, undefined>
    >;

    pluck<K extends keyof TRecord>(
      column: K
    ): QueryBuilder<TRecord, TRecord[K][]>;
    pluck<TResult2 extends {}>(column: string): QueryBuilder<TRecord, TResult2>;

    insert(
      data: TRecord extends CompositeTableType<unknown>
        ?
            | ResolveTableType<TRecord, 'insert'>
            | ReadonlyArray<ResolveTableType<TRecord, 'insert'>>
        : DbRecordArr<TRecord> | ReadonlyArray<DbRecordArr<TRecord>>,
      returning: '*',
      options?: DMLOptions
    ): QueryBuilder<TRecord, DeferredKeySelection<TRecord, never>[]>;
    insert<
      TKey extends StrKey<ResolveTableType<TRecord>>,
      TResult2 = DeferredKeySelection.Augment<
        UnwrapArrayMember<TResult>,
        ResolveTableType<TRecord>,
        TKey
      >[]
    >(
      data: TRecord extends CompositeTableType<unknown>
        ?
            | ResolveTableType<TRecord, 'insert'>
            | ReadonlyArray<ResolveTableType<TRecord, 'insert'>>
        : DbRecordArr<TRecord> | ReadonlyArray<DbRecordArr<TRecord>>,
      returning: TKey,
      options?: DMLOptions
    ): QueryBuilder<TRecord, TResult2>;
    insert<
      TKey extends StrKey<ResolveTableType<TRecord>>,
      TResult2 = DeferredKeySelection.Augment<
        UnwrapArrayMember<TResult>,
        ResolveTableType<TRecord>,
        TKey
      >[]
    >(
      data: TRecord extends CompositeTableType<unknown>
        ?
            | ResolveTableType<TRecord, 'insert'>
            | ReadonlyArray<ResolveTableType<TRecord, 'insert'>>
        : DbRecordArr<TRecord> | ReadonlyArray<DbRecordArr<TRecord>>,
      returning: readonly TKey[],
      options?: DMLOptions
    ): QueryBuilder<TRecord, TResult2>;
    insert<
      TKey extends string,
      TResult2 = DeferredKeySelection.Augment<
        UnwrapArrayMember<TResult>,
        TRecord,
        TKey
      >[]
    >(
      data: TRecord extends CompositeTableType<unknown>
        ?
            | ResolveTableType<TRecord, 'insert'>
            | ReadonlyArray<ResolveTableType<TRecord, 'insert'>>
        : DbRecordArr<TRecord> | ReadonlyArray<DbRecordArr<TRecord>>,
      returning: TKey,
      options?: DMLOptions
    ): QueryBuilder<TRecord, TResult2>;
    insert<
      TKey extends string,
      TResult2 = DeferredKeySelection.Augment<
        UnwrapArrayMember<TResult>,
        TRecord,
        TKey
      >[]
    >(
      data: TRecord extends CompositeTableType<unknown>
        ?
            | ResolveTableType<TRecord, 'insert'>
            | ReadonlyArray<ResolveTableType<TRecord, 'insert'>>
        : DbRecordArr<TRecord> | ReadonlyArray<DbRecordArr<TRecord>>,
      returning: readonly TKey[],
      options?: DMLOptions
    ): QueryBuilder<TRecord, TResult2>;
    insert<TResult2 = number[]>(
      data: TRecord extends CompositeTableType<unknown>
        ?
            | ResolveTableType<TRecord, 'insert'>
            | ReadonlyArray<ResolveTableType<TRecord, 'insert'>>
        : DbRecordArr<TRecord> | ReadonlyArray<DbRecordArr<TRecord>>
    ): QueryBuilder<TRecord, TResult2>;

    upsert(
      data: TRecord extends CompositeTableType<unknown>
        ?
            | ResolveTableType<TRecord, 'upsert'>
            | ReadonlyArray<ResolveTableType<TRecord, 'upsert'>>
        : DbRecordArr<TRecord> | ReadonlyArray<DbRecordArr<TRecord>>,
      returning: '*',
      options?: DMLOptions
    ): QueryBuilder<TRecord, DeferredKeySelection<TRecord, never>[]>;
    upsert<
      TKey extends StrKey<ResolveTableType<TRecord>>,
      TResult2 = DeferredKeySelection.Augment<
        UnwrapArrayMember<TResult>,
        ResolveTableType<TRecord>,
        TKey
      >[]
    >(
      data: TRecord extends CompositeTableType<unknown>
        ?
            | ResolveTableType<TRecord, 'upsert'>
            | ReadonlyArray<ResolveTableType<TRecord, 'upsert'>>
        : DbRecordArr<TRecord> | ReadonlyArray<DbRecordArr<TRecord>>,
      returning: TKey,
      options?: DMLOptions
    ): QueryBuilder<TRecord, TResult2>;
    upsert<
      TKey extends StrKey<ResolveTableType<TRecord>>,
      TResult2 = DeferredKeySelection.Augment<
        UnwrapArrayMember<TResult>,
        ResolveTableType<TRecord>,
        TKey
      >[]
    >(
      data: TRecord extends CompositeTableType<unknown>
        ?
            | ResolveTableType<TRecord, 'upsert'>
            | ReadonlyArray<ResolveTableType<TRecord, 'upsert'>>
        : DbRecordArr<TRecord> | ReadonlyArray<DbRecordArr<TRecord>>,
      returning: readonly TKey[],
      options?: DMLOptions
    ): QueryBuilder<TRecord, TResult2>;
    upsert<
      TKey extends string,
      TResult2 = DeferredKeySelection.Augment<
        UnwrapArrayMember<TResult>,
        TRecord,
        TKey
      >[]
    >(
      data: TRecord extends CompositeTableType<unknown>
        ?
            | ResolveTableType<TRecord, 'upsert'>
            | ReadonlyArray<ResolveTableType<TRecord, 'upsert'>>
        : DbRecordArr<TRecord> | ReadonlyArray<DbRecordArr<TRecord>>,
      returning: TKey,
      options?: DMLOptions
    ): QueryBuilder<TRecord, TResult2>;
    upsert<
      TKey extends string,
      TResult2 = DeferredKeySelection.Augment<
        UnwrapArrayMember<TResult>,
        TRecord,
        TKey
      >[]
    >(
      data: TRecord extends CompositeTableType<unknown>
        ?
            | ResolveTableType<TRecord, 'upsert'>
            | ReadonlyArray<ResolveTableType<TRecord, 'upsert'>>
        : DbRecordArr<TRecord> | ReadonlyArray<DbRecordArr<TRecord>>,
      returning: readonly TKey[],
      options?: DMLOptions
    ): QueryBuilder<TRecord, TResult2>;
    upsert<TResult2 = number[]>(
      data: TRecord extends CompositeTableType<unknown>
        ?
            | ResolveTableType<TRecord, 'upsert'>
            | ReadonlyArray<ResolveTableType<TRecord, 'upsert'>>
        : DbRecordArr<TRecord> | ReadonlyArray<DbRecordArr<TRecord>>
    ): QueryBuilder<TRecord, TResult2>;

    modify<TRecord2 extends {} = any, TResult2 extends {} = any>(
      callback: QueryCallbackWithArgs<TRecord, any>,
      ...args: any[]
    ): QueryBuilder<TRecord2, TResult2>;
    update<
      K1 extends StrKey<ResolveTableType<TRecord, 'update'>>,
      K2 extends StrKey<ResolveTableType<TRecord>>,
      TResult2 = DeferredKeySelection.Augment<
        UnwrapArrayMember<TResult>,
        ResolveTableType<TRecord>,
        K2
      >[]
    >(
      columnName: K1,
      value: DbColumn<ResolveTableType<TRecord, 'update'>[K1]>,
      returning: K2,
      options?: DMLOptions
    ): QueryBuilder<TRecord, TResult2>;
    update<
      K1 extends StrKey<ResolveTableType<TRecord, 'update'>>,
      K2 extends StrKey<ResolveTableType<TRecord>>,
      TResult2 = DeferredKeySelection.Augment<
        UnwrapArrayMember<TResult>,
        ResolveTableType<TRecord>,
        K2
      >[]
    >(
      columnName: K1,
      value: DbColumn<ResolveTableType<TRecord, 'update'>[K1]>,
      returning: readonly K2[],
      options?: DMLOptions
    ): QueryBuilder<TRecord, TResult2>;
    update<K extends keyof TRecord>(
      columnName: K,
      value: DbColumn<TRecord[K]>
    ): QueryBuilder<TRecord, number>;
    update<TResult2 = SafePartial<TRecord>[]>(
      columnName: string,
      value: Value,
      returning: string | readonly string[],
      options?: DMLOptions
    ): QueryBuilder<TRecord, TResult2>;
    update(
      data: DbRecordArr<TRecord>,
      returning: '*',
      options?: DMLOptions
    ): QueryBuilder<TRecord, DeferredKeySelection<TRecord, never>[]>;
    update<
      TKey extends StrKey<ResolveTableType<TRecord>>,
      TResult2 = DeferredKeySelection.Augment<
        UnwrapArrayMember<TResult>,
        ResolveTableType<TRecord>,
        TKey
      >[]
    >(
      data: TRecord extends CompositeTableType<unknown>
        ? ResolveTableType<TRecord, 'update'>
        : DbRecordArr<TRecord>,
      returning: TKey,
      options?: DMLOptions
    ): QueryBuilder<TRecord, TResult2>;
    update<
      TKey extends StrKey<ResolveTableType<TRecord>>,
      TResult2 = DeferredKeySelection.Augment<
        UnwrapArrayMember<TResult>,
        ResolveTableType<TRecord>,
        TKey
      >[]
    >(
      data: TRecord extends CompositeTableType<unknown>
        ? ResolveTableType<TRecord, 'update'>
        : DbRecordArr<TRecord>,
      returning: readonly TKey[],
      options?: DMLOptions
    ): QueryBuilder<TRecord, TResult2>;
    update<
      TKey extends string = string,
      TResult2 extends {}[] = DeferredKeySelection.Augment<
        UnwrapArrayMember<TResult>,
        TRecord,
        TKey
      >[]
    >(
      data: TRecord extends CompositeTableType<unknown>
        ? ResolveTableType<TRecord, 'update'>
        : DbRecordArr<TRecord>,
      returning: TKey | readonly TKey[],
      options?: DMLOptions
    ): QueryBuilder<TRecord, TResult2>;
    update<
      TKey extends string,
      TResult2 extends {}[] = DeferredKeySelection.Augment<
        UnwrapArrayMember<TResult>,
        TRecord,
        TKey
      >[]
    >(
      data: TRecord extends CompositeTableType<unknown>
        ? ResolveTableType<TRecord, 'update'>
        : DbRecordArr<TRecord>,
      returning: readonly TKey[],
      options?: DMLOptions
    ): QueryBuilder<TRecord, TResult2>;
    update<TResult2 = number>(
      data: TRecord extends CompositeTableType<unknown>
        ? ResolveTableType<TRecord, 'update'>
        : DbRecordArr<TRecord>
    ): QueryBuilder<TRecord, TResult2>;

    update<TResult2 = number>(
      columnName: string,
      value: Value
    ): QueryBuilder<TRecord, TResult2>;

    returning(
      column: '*',
      options?: DMLOptions
    ): QueryBuilder<TRecord, DeferredKeySelection<TRecord, never>[]>;
    returning<
      TKey extends StrKey<ResolveTableType<TRecord>>,
      TResult2 = DeferredKeySelection.Augment<
        UnwrapArrayMember<TResult>,
        ResolveTableType<TRecord>,
        TKey
      >[]
    >(
      column: TKey,
      options?: DMLOptions
    ): QueryBuilder<TRecord, TResult2>;
    returning<
      TKey extends StrKey<ResolveTableType<TRecord>>,
      TResult2 = DeferredKeySelection.SetSingle<
        DeferredKeySelection.Augment<
          UnwrapArrayMember<TResult>,
          ResolveTableType<TRecord>,
          TKey
        >,
        false
      >[]
    >(
      columns: readonly TKey[],
      options?: DMLOptions
    ): QueryBuilder<TRecord, TResult2>;
    returning<TResult2 = SafePartial<TRecord>[]>(
      column: string | readonly (string | Raw)[] | Raw,
      options?: DMLOptions
    ): QueryBuilder<TRecord, TResult2>;

    onConflict<TKey extends StrKey<ResolveTableType<TRecord>>>(
      column: TKey
    ): OnConflictQueryBuilder<TRecord, TResult>;
    onConflict<TKey extends StrKey<ResolveTableType<TRecord>>>(
      columns: readonly TKey[]
    ): OnConflictQueryBuilder<TRecord, TResult>;

    onConflict(columns: string): OnConflictQueryBuilder<TRecord, TResult>;

    onConflict(columns: string[]): OnConflictQueryBuilder<TRecord, TResult>;

    onConflict(raw: Raw): OnConflictQueryBuilder<TRecord, TResult>;

    onConflict(): OnConflictQueryBuilder<TRecord, TResult>;

    updateFrom: Table<TRecord, TResult>;

    del(
      returning: '*',
      options?: DMLOptions
    ): QueryBuilder<TRecord, DeferredKeySelection<TRecord, never>[]>;
    del<
      TKey extends StrKey<TRecord>,
      TResult2 = DeferredKeySelection.Augment<
        UnwrapArrayMember<TResult>,
        TRecord,
        TKey
      >[]
    >(
      returning: TKey,
      options?: DMLOptions
    ): QueryBuilder<TRecord, TResult2>;
    del<
      TKey extends StrKey<TRecord>,
      TResult2 = DeferredKeySelection.Augment<
        UnwrapArrayMember<TResult>,
        TRecord,
        TKey
      >[]
    >(
      returning: readonly TKey[],
      options?: DMLOptions
    ): QueryBuilder<TRecord, TResult2[]>;
    del<TResult2 = SafePartial<TRecord>[]>(
      returning: string | readonly string[],
      options?: DMLOptions
    ): QueryBuilder<TRecord, TResult2>;
    del<TResult2 = number>(): QueryBuilder<TRecord, TResult2>;

    delete(
      returning: '*',
      options?: DMLOptions
    ): QueryBuilder<TRecord, DeferredKeySelection<TRecord, never>[]>;
    delete<
      TKey extends StrKey<ResolveTableType<TRecord>>,
      TResult2 = DeferredKeySelection.Augment<
        UnwrapArrayMember<TResult>,
        ResolveTableType<TRecord>,
        TKey
      >[]
    >(
      returning: TKey,
      options?: DMLOptions
    ): QueryBuilder<TRecord, TResult2>;
    delete<
      TKey extends StrKey<TRecord>,
      TResult2 = DeferredKeySelection.Augment<
        UnwrapArrayMember<TResult>,
        TRecord,
        TKey
      >[]
    >(
      returning: readonly TKey[],
      options?: DMLOptions
    ): QueryBuilder<TRecord, TResult2>;
    delete<TResult2 = any>(
      returning: string | readonly (string | Raw)[] | Raw,
      options?: DMLOptions
    ): QueryBuilder<TRecord, TResult2>;
    delete<TResult2 = number>(): QueryBuilder<TRecord, TResult2>;

    truncate(): QueryBuilder<TRecord, void>;
  }

  interface As<TRecord extends {}, TResult> {
    (columnName: keyof TRecord): QueryBuilder<TRecord, TResult>;
    (columnName: string): QueryBuilder<TRecord, TResult>;
  }

  type IntersectAliases<AliasUT> = UnionToIntersection<
    IncompatibleToAlt<
      AliasUT extends (infer I)[]
        ? I extends Ref<any, infer TMapping>
          ? TMapping
          : I
        : never,
      Dict,
      {}
    >
  > & {}; // filters out `null` and `undefined`

  interface AliasQueryBuilder<TRecord extends {} = any, TResult = unknown[]> {
    <
      AliasUT extends InferrableColumnDescriptor<ResolveTableType<TRecord>>[],
      TResult2 = ArrayIfAlready<
        TResult,
        DeferredKeySelection.Augment<
          UnwrapArrayMember<TResult>,
          ResolveTableType<TRecord>,
          IncompatibleToAlt<ArrayMember<AliasUT>, string, never>,
          IntersectAliases<AliasUT>
        >
      >
    >(
      ...aliases: AliasUT
    ): QueryBuilder<TRecord, TResult2>;

    <
      AliasUT extends InferrableColumnDescriptor<ResolveTableType<TRecord>>[],
      TResult2 = ArrayIfAlready<
        TResult,
        DeferredKeySelection.Augment<
          UnwrapArrayMember<TResult>,
          ResolveTableType<TRecord>,
          IncompatibleToAlt<ArrayMember<AliasUT>, string, never>,
          IntersectAliases<AliasUT>
        >
      >
    >(
      aliases: AliasUT
    ): QueryBuilder<TRecord, TResult2>;

    <
      AliasUT extends (Dict | string)[],
      TResult2 = ArrayIfAlready<
        TResult,
        DeferredKeySelection.Augment<
          UnwrapArrayMember<TResult>,
          ResolveTableType<TRecord>,
          IncompatibleToAlt<ArrayMember<AliasUT>, string, never>,
          IntersectAliases<AliasUT>
        >
      >
    >(
      ...aliases: AliasUT
    ): QueryBuilder<TRecord, TResult2>;

    <
      AliasUT extends (Dict | string)[],
      TResult2 = ArrayIfAlready<
        TResult,
        DeferredKeySelection.Augment<
          UnwrapArrayMember<TResult>,
          TRecord,
          IncompatibleToAlt<ArrayMember<AliasUT>, string, never>,
          IntersectAliases<AliasUT>
        >
      >
    >(
      aliases: AliasUT
    ): QueryBuilder<TRecord, TResult2>;
  }

  interface Select<TRecord extends {} = any, TResult = unknown[]>
    extends AliasQueryBuilder<TRecord, TResult>,
      ColumnNameQueryBuilder<TRecord, TResult> {
    (): QueryBuilder<TRecord, TResult>;

    <
      TResult2 = ArrayIfAlready<TResult, any>,
      TInnerRecord extends {} = any,
      TInnerResult = any
    >(
      ...subQueryBuilders: readonly QueryBuilder<TInnerRecord, TInnerResult>[]
    ): QueryBuilder<TRecord, TResult2>;

    <
      TResult2 = ArrayIfAlready<TResult, any>,
      TInnerRecord extends {} = any,
      TInnerResult = any
    >(
      subQueryBuilders: readonly QueryBuilder<TInnerRecord, TInnerResult>[]
    ): QueryBuilder<TRecord, TResult2>;
  }

  interface JsonExtraction {
    column: string | Raw | QueryBuilder;
    path: string;
    alias?: string;
    singleValue?: boolean;
  }

  interface JsonExtract<TRecord extends {} = any, TResult = any> {
    (
      column: string | Raw | QueryBuilder,
      path: string,
      alias?: string,
      singleValue?: boolean
    ): QueryBuilder<TRecord, TResult>;
    (column: JsonExtraction[] | any[][], singleValue?: boolean): QueryBuilder<
      TRecord,
      TResult
    >;
  }

  interface JsonSet<TRecord extends {} = any, TResult = any> {
    (
      column: string | Raw | QueryBuilder,
      path: string,
      value: any,
      alias?: string
    ): QueryBuilder<TRecord, TResult>;
  }

  interface JsonInsert<TRecord extends {} = any, TResult = any> {
    (
      column: string | Raw | QueryBuilder,
      path: string,
      value: any,
      alias?: string
    ): QueryBuilder<TRecord, TResult>;
  }

  interface JsonRemove<TRecord extends {} = any, TResult = any> {
    (
      column: string | Raw | QueryBuilder,
      path: string,
      alias?: string
    ): QueryBuilder<TRecord, TResult>;
  }

  interface Comment<TRecord extends {} = any, TResult = any> {
    (comment: string): QueryBuilder<TRecord, TResult>;
  }

  interface HintComment<TRecord extends {} = any, TResult = any> {
    (hint: string): QueryBuilder<TRecord, TResult>;
    (hints: readonly string[]): QueryBuilder<TRecord, TResult>;
  }

  interface Table<TRecord extends {} = any, TResult = any> {
    <
      TTable extends TableNames,
      TRecord2 extends {} = TableType<TTable>,
      TResult2 = DeferredKeySelection.ReplaceBase<
        TResult,
        ResolveTableType<TRecord2>
      >
    >(
      tableName: TTable,
      options?: TableOptions
    ): QueryBuilder<TRecord2, TResult2>;
    <
      TRecord2 extends {} = {},
      TResult2 = DeferredKeySelection.ReplaceBase<TResult, TRecord2>
    >(
      tableName: TableDescriptor | AliasDict,
      options?: TableOptions
    ): QueryBuilder<TRecord2, TResult2>;
    <
      TRecord2 extends {} = {},
      TResult2 = DeferredKeySelection.ReplaceBase<TResult, TRecord2>
    >(
      callback: Function,
      options?: TableOptions
    ): QueryBuilder<TRecord2, TResult2>;
    <
      TRecord2 extends {} = {},
      TResult2 = DeferredKeySelection.ReplaceBase<TResult, TRecord2>
    >(
      raw: Raw,
      options?: TableOptions
    ): QueryBuilder<TRecord2, TResult2>;
  }

  interface Distinct<TRecord extends {}, TResult = {}[]>
    extends ColumnNameQueryBuilder<TRecord, TResult> {}

  interface DistinctOn<TRecord extends {}, TResult = {}[]> {
    <ColNameUT extends keyof TRecord>(
      ...columnNames: readonly ColNameUT[]
    ): QueryBuilder<TRecord, TResult>;

    <ColNameUT extends keyof TRecord>(
      columnNames: readonly ColNameUT[]
    ): QueryBuilder<TRecord, TResult>;

    (...columnNames: readonly string[]): QueryBuilder<TRecord, TResult>;
    (columnNames: readonly string[]): QueryBuilder<TRecord, TResult>;
  }

  interface JoinCallback {
    (this: JoinClause, join: JoinClause): void;
  }

  interface Join<TRecord extends {} = any, TResult = unknown[]> {
    <
      TJoinTargetRecord extends {} = any,
      TRecord2 extends {} = TRecord & TJoinTargetRecord,
      TResult2 = DeferredKeySelection.ReplaceBase<TResult, TRecord2>
    >(
      raw: Raw
    ): QueryBuilder<TRecord2, TResult2>;
    <
      TTable extends TableNames,
      TRecord2 extends {} = ResolveTableType<TRecord> &
        ResolveTableType<TableType<TTable>>,
      TResult2 = DeferredKeySelection.ReplaceBase<TResult, TRecord2>
    >(
      tableName: TTable,
      clause: JoinCallback
    ): QueryBuilder<TRecord2, TResult2>;
    <
      TJoinTargetRecord extends {} = any,
      TRecord2 extends {} = TRecord & TJoinTargetRecord,
      TResult2 = DeferredKeySelection.ReplaceBase<TResult, TRecord2>
    >(
      tableName: TableDescriptor | AliasDict | QueryCallback,
      clause: JoinCallback
    ): QueryBuilder<TRecord2, TResult2>;
    <
      TJoinTargetRecord extends {} = any,
      TRecord2 extends {} = TRecord & TJoinTargetRecord,
      TResult2 = DeferredKeySelection.ReplaceBase<TResult, TRecord2>
    >(
      tableName: TableDescriptor | AliasDict | QueryCallback,
      columns: { [key: string]: string | number | boolean | Raw }
    ): QueryBuilder<TRecord2, TResult2>;
    <
      TJoinTargetRecord extends {} = any,
      TRecord2 extends {} = TRecord & TJoinTargetRecord,
      TResult2 = DeferredKeySelection.ReplaceBase<TResult, TRecord2>
    >(
      tableName: TableDescriptor | AliasDict | QueryCallback,
      raw: Raw
    ): QueryBuilder<TRecord2, TResult2>;
    <
      TTable1 extends TableNames,
      TTable2 extends TableNames,
      TKey1 extends StrKey<ResolveTableType<TableType<TTable1>>> &
        StrKey<TRecord1>,
      TKey2 extends StrKey<ResolveTableType<TableType<TTable2>>>,
      TRecord1 = ResolveTableType<TRecord>,
      TRecord2 extends {} = TRecord1 & ResolveTableType<TableType<TTable2>>,
      TResult2 = DeferredKeySelection.ReplaceBase<TResult, TRecord2>
    >(
      tableName: TTable2,
      column1: `${TTable1}.${TKey1}`,
      column2: `${TTable2}.${TKey2}`
    ): QueryBuilder<TRecord2, TResult2>;
    <
      TTable1 extends TableNames,
      TTable2 extends TableNames,
      TKey1 extends StrKey<ResolveTableType<TableType<TTable1>>> &
        StrKey<TRecord1>,
      TKey2 extends StrKey<ResolveTableType<TableType<TTable2>>>,
      TRecord1 = ResolveTableType<TRecord>,
      TRecord2 extends {} = TRecord1 & ResolveTableType<TableType<TTable2>>,
      TResult2 = DeferredKeySelection.ReplaceBase<TResult, TRecord2>
    >(
      tableName: TTable2,
      column1: `${TTable2}.${TKey2}`,
      column2: `${TTable1}.${TKey1}`
    ): QueryBuilder<TRecord2, TResult2>;
    <
      TJoinTargetRecord extends {} = any,
      TRecord2 extends {} = TRecord & TJoinTargetRecord,
      TResult2 = DeferredKeySelection.ReplaceBase<TResult, TRecord2>
    >(
      tableName: TableDescriptor | AliasDict | QueryCallback,
      column1: string,
      column2: string
    ): QueryBuilder<TRecord2, TResult2>;
    <
      TJoinTargetRecord extends {} = any,
      TRecord2 extends {} = TRecord & TJoinTargetRecord,
      TResult2 = DeferredKeySelection.ReplaceBase<TResult, TRecord2>
    >(
      tableName: TableDescriptor | AliasDict | QueryCallback,
      column1: string,
      raw: Raw
    ): QueryBuilder<TRecord2, TResult2>;
    <
      TTable1 extends TableNames,
      TTable2 extends TableNames,
      TKey1 extends StrKey<ResolveTableType<TableType<TTable1>>> &
        StrKey<TRecord1>,
      TKey2 extends StrKey<ResolveTableType<TableType<TTable2>>>,
      TRecord1 = ResolveTableType<TRecord>,
      TRecord2 extends {} = TRecord1 & ResolveTableType<TableType<TTable2>>,
      TResult2 = DeferredKeySelection.ReplaceBase<TResult, TRecord2>
    >(
      tableName: TTable2,
      column1: `${TTable1}.${TKey1}`,
      operator: string,
      column2: `${TTable2}.${TKey2}`
    ): QueryBuilder<TRecord2, TResult2>;
    <
      TTable1 extends TableNames,
      TTable2 extends TableNames,
      TKey1 extends StrKey<ResolveTableType<TableType<TTable1>>> &
        StrKey<TRecord1>,
      TKey2 extends StrKey<ResolveTableType<TableType<TTable2>>>,
      TRecord1 = ResolveTableType<TRecord>,
      TRecord2 extends {} = TRecord1 & ResolveTableType<TableType<TTable2>>,
      TResult2 = DeferredKeySelection.ReplaceBase<TResult, TRecord2>
    >(
      tableName: TTable2,
      column1: `${TTable2}.${TKey2}`,
      operator: string,
      column2: `${TTable1}.${TKey1}`
    ): QueryBuilder<TRecord2, TResult2>;
    <
      TJoinTargetRecord extends {} = any,
      TRecord2 extends {} = TRecord & TJoinTargetRecord,
      TResult2 = DeferredKeySelection.ReplaceBase<TResult, TRecord2>
    >(
      tableName: TableDescriptor | AliasDict | QueryCallback,
      column1: string,
      operator: string,
      column2: string
    ): QueryBuilder<TRecord2, TResult2>;
  }

  interface JoinClause {
    on(raw: Raw): JoinClause;
    on(callback: JoinCallback): JoinClause;
    on(columns: { [key: string]: string | Raw }): JoinClause;
    on(column1: string, column2: string): JoinClause;
    on(column1: string, raw: Raw): JoinClause;
    on(column1: string, operator: string, column2: string | Raw): JoinClause;
    andOn(raw: Raw): JoinClause;
    andOn(callback: JoinCallback): JoinClause;
    andOn(columns: { [key: string]: string | Raw }): JoinClause;
    andOn(column1: string, column2: string): JoinClause;
    andOn(column1: string, raw: Raw): JoinClause;
    andOn(column1: string, operator: string, column2: string | Raw): JoinClause;
    orOn(raw: Raw): JoinClause;
    orOn(callback: JoinCallback): JoinClause;
    orOn(columns: { [key: string]: string | Raw }): JoinClause;
    orOn(column1: string, column2: string): JoinClause;
    orOn(column1: string, raw: Raw): JoinClause;
    orOn(column1: string, operator: string, column2: string | Raw): JoinClause;
    onVal(column1: string, value: Value): JoinClause;
    onVal(column1: string, operator: string, value: Value): JoinClause;
    andOnVal(column1: string, value: Value): JoinClause;
    andOnVal(column1: string, operator: string, value: Value): JoinClause;
    orOnVal(column1: string, value: Value): JoinClause;
    orOnVal(column1: string, operator: string, value: Value): JoinClause;
    onIn(column1: string, values: readonly any[] | Raw): JoinClause;
    andOnIn(column1: string, values: readonly any[] | Raw): JoinClause;
    orOnIn(column1: string, values: readonly any[] | Raw): JoinClause;
    onNotIn(column1: string, values: readonly any[] | Raw): JoinClause;
    andOnNotIn(column1: string, values: readonly any[] | Raw): JoinClause;
    orOnNotIn(column1: string, values: readonly any[] | Raw): JoinClause;
    onNull(column1: string): JoinClause;
    andOnNull(column1: string): JoinClause;
    orOnNull(column1: string): JoinClause;
    onNotNull(column1: string): JoinClause;
    andOnNotNull(column1: string): JoinClause;
    orOnNotNull(column1: string): JoinClause;
    onExists(callback: QueryCallback): JoinClause;
    andOnExists(callback: QueryCallback): JoinClause;
    orOnExists(callback: QueryCallback): JoinClause;
    onNotExists(callback: QueryCallback): JoinClause;
    andOnNotExists(callback: QueryCallback): JoinClause;
    orOnNotExists(callback: QueryCallback): JoinClause;
    onBetween(column1: string, range: readonly [any, any]): JoinClause;
    andOnBetween(column1: string, range: readonly [any, any]): JoinClause;
    orOnBetween(column1: string, range: readonly [any, any]): JoinClause;
    onNotBetween(column1: string, range: readonly [any, any]): JoinClause;
    andOnNotBetween(column1: string, range: readonly [any, any]): JoinClause;
    orOnNotBetween(column1: string, range: readonly [any, any]): JoinClause;
    onJsonPathEquals(
      columnFirst: string,
      jsonPathFirst: string,
      columnSecond: string,
      jsonPathSecond: string
    ): JoinClause;
    orOnJsonPathEquals(
      columnFirst: string,
      jsonPathFirst: string,
      columnSecond: string,
      jsonPathSecond: string
    ): JoinClause;
    using(
      column: string | readonly string[] | Raw | { [key: string]: string | Raw }
    ): JoinClause;
    type(type: string): JoinClause;
  }

  interface JoinRaw<TRecord extends {} = any, TResult = unknown[]> {
    (tableName: string, binding?: Value | Value[] | ValueDict): QueryBuilder<
      TRecord,
      TResult
    >;
  }

  interface Using<TRecord extends {} = any, TResult = unknown[]> {
    (tables: string[]): QueryBuilder<TRecord, TResult>;
  }

  interface With<TRecord extends {} = any, TResult = unknown[]>
    extends WithRaw<TRecord, TResult>,
      WithWrapped<TRecord, TResult> {}

  interface WithRaw<TRecord extends {} = any, TResult = unknown[]> {
    (alias: string, raw: Raw | QueryBuilder): QueryBuilder<TRecord, TResult>;
    (
      alias: string,
      sql: string,
      bindings?: readonly Value[] | Object
    ): QueryBuilder<TRecord, TResult>;
    (
      alias: string,
      columnList: string[],
      raw: Raw | QueryBuilder
    ): QueryBuilder<TRecord, TResult>;
    (
      alias: string,
      columnList: string[],
      sql: string,
      bindings?: readonly Value[] | Object
    ): QueryBuilder<TRecord, TResult>;
  }

  interface WithSchema<TRecord extends {} = any, TResult = unknown[]> {
    (schema: string): QueryBuilder<TRecord, TResult>;
  }

  interface WithWrapped<TRecord extends {} = any, TResult = unknown[]> {
    (alias: string, queryBuilder: QueryBuilder): QueryBuilder<TRecord, TResult>;
    (
      alias: string,
      callback: (queryBuilder: QueryBuilder) => any
    ): QueryBuilder<TRecord, TResult>;
    (
      alias: string,
      columnList: string[],
      queryBuilder: QueryBuilder
    ): QueryBuilder<TRecord, TResult>;
    (
      alias: string,
      columnList: string[],
      callback: (queryBuilder: QueryBuilder) => any
    ): QueryBuilder<TRecord, TResult>;
  }

  interface Where<TRecord extends {} = any, TResult = unknown>
    extends WhereRaw<TRecord, TResult>,
      WhereWrapped<TRecord, TResult>,
      WhereNull<TRecord, TResult> {
    (raw: Raw): QueryBuilder<TRecord, TResult>;

    (callback: QueryCallback<TRecord, TResult>): QueryBuilder<TRecord, TResult>;

    (object: DbRecord<ResolveTableType<TRecord>>): QueryBuilder<
      TRecord,
      TResult
    >;

    (object: Readonly<Object>): QueryBuilder<TRecord, TResult>;

    <T extends keyof ResolveTableType<TRecord>>(
      columnName: T,
      value: DbColumn<ResolveTableType<TRecord>[T]> | null
    ): QueryBuilder<TRecord, TResult>;

    (columnName: string, value: Value | null): QueryBuilder<TRecord, TResult>;

    <T extends keyof ResolveTableType<TRecord>>(
      columnName: T,
      operator: ComparisonOperator,
      value: DbColumn<ResolveTableType<TRecord>[T]> | null
    ): QueryBuilder<TRecord, TResult>;

    (columnName: string, operator: string, value: Value | null): QueryBuilder<
      TRecord,
      TResult
    >;

    <
      T extends keyof ResolveTableType<TRecord>,
      TRecordInner extends {},
      TResultInner
    >(
      columnName: T,
      operator: ComparisonOperator,
      value: QueryBuilder<TRecordInner, TResultInner>
    ): QueryBuilder<TRecord, TResult>;

    <TRecordInner extends {}, TResultInner>(
      columnName: string,
      operator: string,
      value: QueryBuilder<TRecordInner, TResultInner>
    ): QueryBuilder<TRecord, TResult>;

    (left: Raw, operator: string, right: Value | null): QueryBuilder<
      TRecord,
      TResult
    >;

    <TRecordInner extends {}, TResultInner>(
      left: Raw,
      operator: string,
      right: QueryBuilder<TRecordInner, TResultInner>
    ): QueryBuilder<TRecord, TResult>;
  }

  interface WhereRaw<TRecord extends {} = any, TResult = unknown[]>
    extends RawQueryBuilder<TRecord, TResult> {
    (condition: boolean): QueryBuilder<TRecord, TResult>;
  }

  interface WhereWrapped<TRecord extends {} = any, TResult = unknown[]> {
    (callback: QueryCallback<TRecord, TResult>): QueryBuilder<TRecord, TResult>;
  }

  interface WhereNull<TRecord extends {} = any, TResult = unknown[]> {
    (columnName: keyof TRecord): QueryBuilder<TRecord, TResult>;
    (columnName: string): QueryBuilder<TRecord, TResult>;
  }

  interface WhereBetween<TRecord extends {} = any, TResult = unknown[]> {
    <K extends keyof TRecord>(
      columnName: K,
      range: readonly [DbColumn<TRecord[K]>, DbColumn<TRecord[K]>]
    ): QueryBuilder<TRecord, TResult>;
    (columnName: string, range: readonly [Value, Value]): QueryBuilder<
      TRecord,
      TResult
    >;
  }

  interface WhereExists<TRecord extends {} = any, TResult = unknown[]> {
    (callback: QueryCallback<TRecord, TResult>): QueryBuilder<TRecord, TResult>;
    <TRecordInner extends {}, TResultInner>(
      query: QueryBuilder<TRecordInner, TResultInner>
    ): QueryBuilder<TRecord, TResult>;
  }

  interface WhereJsonObject<TRecord extends {} = any, TResult = unknown[]> {
    (columnName: keyof ResolveTableType<TRecord>, value: any): QueryBuilder<
      TRecord,
      TResult
    >;
  }

  interface WhereJsonPath<TRecord extends {} = any, TResult = unknown[]> {
    (
      columnName: keyof ResolveTableType<TRecord>,
      jsonPath: string,
      operator: string,
      value: any
    ): QueryBuilder<TRecord, TResult>;
  }

  interface WhereIn<TRecord extends {} = any, TResult = unknown[]> {
    <K extends keyof ResolveTableType<TRecord>>(
      columnName: K,
      values: readonly DbColumn<ResolveTableType<TRecord>[K]>[] | QueryCallback
    ): QueryBuilder<TRecord, TResult>;
    (
      columnName: string,
      values: readonly Value[] | QueryCallback
    ): QueryBuilder<TRecord, TResult>;
    <K extends keyof ResolveTableType<TRecord>>(
      columnNames: readonly K[],
      values:
        | readonly (readonly DbColumn<ResolveTableType<TRecord>[K]>[])[]
        | QueryCallback
    ): QueryBuilder<TRecord, TResult>;
    (
      columnNames: readonly string[],
      values: readonly Value[][] | QueryCallback
    ): QueryBuilder<TRecord, TResult>;
    <K extends keyof TRecord, TRecordInner extends {}, TResultInner>(
      columnName: K,
      values: QueryBuilder<TRecordInner, TRecord[K]>
    ): QueryBuilder<TRecord, TResult>;
    <TRecordInner extends {}, TResultInner>(
      columnName: string,
      values: Value[] | QueryBuilder<TRecordInner, TResultInner>
    ): QueryBuilder<TRecord, TResult>;
    <K extends keyof TRecord, TRecordInner extends {}, TResultInner>(
      columnNames: readonly K[],
      values: QueryBuilder<TRecordInner, TRecord[K]>
    ): QueryBuilder<TRecord, TResult>;
    <TRecordInner extends {}, TResultInner>(
      columnNames: readonly string[],
      values: QueryBuilder<TRecordInner, TResultInner>
    ): QueryBuilder<TRecord, TResult>;
  }

  // Note: Attempting to unify AsymmetricAggregation & TypePreservingAggregation
  // by extracting out a common base interface will not work because order of overloads
  // is significant.

  interface AsymmetricAggregation<
    TRecord extends {} = any,
    TResult = unknown[],
    TValue = any
  > {
    <
      TOptions extends { as: string },
      TResult2 = AggregationQueryResult<
        TResult,
        { [k in TOptions['as']]: TValue }
      >
    >(
      columnName: Readonly<keyof ResolveTableType<TRecord>>,
      options: Readonly<TOptions>
    ): QueryBuilder<TRecord, TResult2>;
    <TResult2 = AggregationQueryResult<TResult, Dict<TValue>>>(
      ...columnNames: readonly (keyof ResolveTableType<TRecord>)[]
    ): QueryBuilder<TRecord, TResult2>;
    <
      TAliases extends {} = Record<string, string | string[] | Knex.Raw>,
      TResult2 = AggregationQueryResult<
        TResult,
        { [k in keyof TAliases]?: TValue }
      >
    >(
      aliases: TAliases
    ): QueryBuilder<TRecord, TResult2>;
    <TResult2 = AggregationQueryResult<TResult, Dict<TValue>>>(
      ...columnNames: ReadonlyArray<
        | Readonly<Record<string, string | string[] | Knex.Raw>>
        | Knex.Raw
        | string
      >
    ): QueryBuilder<TRecord, TResult2>;
  }

  interface TypePreservingAggregation<
    TRecord extends {} = any,
    TResult = unknown[],
    TValue = any
  > {
    <
      TKey extends keyof ResolveTableType<TRecord>,
      TOptions extends { as: string },
      TResult2 = AggregationQueryResult<
        TResult,
        {
          [k in TOptions['as']]: ResolveTableType<TRecord>[TKey];
        }
      >
    >(
      columnName: TKey,
      options: Readonly<TOptions>
    ): QueryBuilder<TRecord, TResult2>;
    <
      TKey extends keyof ResolveTableType<TRecord>,
      TResult2 = AggregationQueryResult<
        TResult,
        Dict<ResolveTableType<TRecord>[TKey]>
      >
    >(
      ...columnNames: readonly TKey[]
    ): QueryBuilder<TRecord, TResult2>;
    <
      TAliases extends {} = Readonly<
        Record<string, string | string[] | Knex.Raw>
      >,
      TResult2 = AggregationQueryResult<
        TResult,
        {
          // We have optional here because in most dialects aggregating by multiple keys simultaneously
          // causes rest of the keys to be dropped and only first to be considered
          [K in keyof TAliases]?: K extends keyof TRecord ? TRecord[K] : TValue;
        }
      >
    >(
      aliases: TAliases
    ): QueryBuilder<TRecord, TResult2>;
    <TResult2 = AggregationQueryResult<TResult, Dict<TValue>>>(
      ...columnNames: ReadonlyArray<
        | Readonly<Record<string, string | readonly string[] | Knex.Raw>>
        | Knex.Raw
        | string
      >
    ): QueryBuilder<TRecord, TResult2>;
  }

  interface AnalyticFunction<TRecord extends {} = any, TResult = unknown[]> {
    <
      TAlias extends string,
      TResult2 = AggregationQueryResult<TResult, { [x in TAlias]: number }>
    >(
      alias: TAlias,
      raw: Raw | QueryCallback<TRecord, TResult>
    ): QueryBuilder<TRecord, TResult2>;
    <
      TAlias extends string,
      TKey extends keyof ResolveTableType<TRecord>,
      TResult2 = AggregationQueryResult<TResult, { [x in TAlias]: number }>
    >(
      alias: TAlias,
      orderBy:
        | TKey
        | TKey[]
        | {
            column: TKey;
            order?: 'asc' | 'desc';
            nulls?: 'first' | 'last';
          },
      partitionBy?: TKey | TKey[] | { column: TKey; order?: 'asc' | 'desc' }
    ): QueryBuilder<TRecord, TResult2>;
  }

  interface GroupBy<TRecord extends {} = any, TResult = unknown[]>
    extends RawQueryBuilder<TRecord, TResult>,
      ColumnNameQueryBuilder<TRecord, TResult> {}

  interface OrderBy<TRecord extends {} = any, TResult = unknown[]> {
    (
      columnName: keyof TRecord | QueryBuilder,
      order?: 'asc' | 'desc',
      nulls?: 'first' | 'last'
    ): QueryBuilder<TRecord, TResult>;
    (
      columnName: string | QueryBuilder,
      order?: string,
      nulls?: string
    ): QueryBuilder<TRecord, TResult>;
    (
      columnDefs: Array<
        | keyof TRecord
        | Readonly<{
            column: keyof TRecord | QueryBuilder;
            order?: 'asc' | 'desc';
            nulls?: 'first' | 'last';
          }>
      >
    ): QueryBuilder<TRecord, TResult>;
    (
      columnDefs: Array<
        | string
        | Readonly<{
            column: string | QueryBuilder;
            order?: string;
            nulls?: string;
          }>
      >
    ): QueryBuilder<TRecord, TResult>;
  }

  interface PartitionBy<TRecord extends {} = any, TResult = unknown[]>
    extends OrderBy<TRecord, TResult> {}

  interface Intersect<TRecord extends {} = any, TResult = unknown[]> {
    (
      callback: MaybeArray<QueryCallback | QueryBuilder<TRecord> | Raw>,
      wrap?: boolean
    ): QueryBuilder<TRecord, TResult>;
    (
      ...callbacks: readonly (QueryCallback | Raw | QueryBuilder<TRecord>)[]
    ): QueryBuilder<TRecord, TResult>;
  }

  interface Except<TRecord extends {} = any, TResult = unknown[]>
    extends Intersect<TRecord, TResult> {}

  interface Union<TRecord extends {} = any, TResult = unknown[]>
    extends Intersect<TRecord, TResult> {}

  interface Having<TRecord extends {} = any, TResult = unknown[]>
    extends WhereWrapped<TRecord, TResult> {
    <K extends keyof TRecord>(
      column: K,
      operator: ComparisonOperator,
      value: DbColumn<TRecord[K]>
    ): QueryBuilder<TRecord, TResult>;

    (
      column: string | Raw,
      operator: string,
      value: Value | QueryBuilder | null
    ): QueryBuilder<TRecord, TResult>;

    (raw: Raw): QueryBuilder<TRecord, TResult>;
  }

  interface HavingRange<TRecord extends {} = any, TResult = unknown[]> {
    <K extends keyof TRecord>(
      columnName: K,
      values: readonly DbColumn<TRecord[K]>[]
    ): QueryBuilder<TRecord, TResult>;
    (columnName: string, values: readonly Value[]): QueryBuilder<
      TRecord,
      TResult
    >;
  }

  interface HavingNull<TRecord extends {} = any, TResult = unknown[]> {
    (columnName: keyof TRecord): QueryBuilder<TRecord, TResult>;
    (columnName: string): QueryBuilder<TRecord, TResult>;
  }

  // commons

  interface ColumnNameQueryBuilder<
    TRecord extends {} = any,
    TResult = unknown[]
  > {
    // When all columns are known to be keys of original record,
    // we can extend our selection by these columns
    (columnName: '*'): QueryBuilder<
      TRecord,
      ArrayIfAlready<TResult, DeferredKeySelection<TRecord, string>>
    >;

    <
      ColNameUT extends keyof ResolveTableType<TRecord>,
      TResult2 = DeferredKeySelection.Augment<
        UnwrapArrayMember<TResult>,
        ResolveTableType<TRecord>,
        ColNameUT & string
      >[]
    >(
      ...columnNames: readonly ColNameUT[]
    ): QueryBuilder<TRecord, TResult2>;

    <
      ColNameUT extends keyof ResolveTableType<TRecord>,
      TResult2 = DeferredKeySelection.Augment<
        UnwrapArrayMember<TResult>,
        ResolveTableType<TRecord>,
        ColNameUT & string
      >[]
    >(
      columnNames: readonly ColNameUT[]
    ): QueryBuilder<TRecord, TResult2>;

    // For non-inferrable column selection, we will allow consumer to
    // specify result type and if not widen the result to entire record type with any omissions permitted
    <
      TResult2 = DeferredKeySelection.Augment<
        UnwrapArrayMember<TResult>,
        SafePartial<TRecord>,
        keyof TRecord & string
      >[]
    >(
      ...columnNames: readonly ColumnDescriptor<TRecord, TResult>[]
    ): QueryBuilder<TRecord, TResult2>;

    <
      TResult2 = DeferredKeySelection.Augment<
        UnwrapArrayMember<TResult>,
        SafePartial<TRecord>,
        keyof TRecord & string
      >[]
    >(
      columnNames: readonly ColumnDescriptor<TRecord, TResult>[]
    ): QueryBuilder<TRecord, TResult2>;
  }

  type RawBinding = Value | QueryBuilder;

  interface RawQueryBuilder<TRecord extends {} = any, TResult = unknown[]> {
    <TResult2 = TResult>(
      sql: string,
      bindings?: readonly RawBinding[] | ValueDict | RawBinding
    ): QueryBuilder<TRecord, TResult2>;
    <TResult2 = TResult>(raw: Raw<TResult2>): QueryBuilder<TRecord, TResult2>;
  }

  // Raw

  interface Raw<TResult = any>
    extends events.EventEmitter,
      ChainableInterface<ResolveResult<TResult>> {
    timeout(ms: number, options?: { cancel?: boolean }): Raw<TResult>;
    wrap<TResult2 = TResult>(before: string, after: string): Raw<TResult>;
    toSQL(): Sql;
    queryContext(context: any): Raw<TResult>;
    queryContext(): any;
  }

  interface RawBuilder<TRecord extends {} = any, TResult = any> {
    <TResult2 = TResult>(value: Value): Raw<TResult2>;
    <TResult2 = TResult>(
      sql: string,
      ...bindings: readonly RawBinding[]
    ): Raw<TResult2>;
    <TResult2 = TResult>(
      sql: string,
      bindings: readonly RawBinding[] | ValueDict
    ): Raw<TResult2>;
  }

  const RefMemberTag: unique symbol;

  interface Ref<TSrc extends string, TMapping extends {}> extends Raw<string> {
    // TypeScript can behave weirdly if type parameters are not
    // actually used in the members of type.
    //
    // See: https://github.com/knex/knex/issues/3932
    //
    // We simply need to propagate the type context so that we can extract
    // them later, but we just add a "phantom" property so that typescript
    // doesn't think that these parameters are unused
    //
    // Because unique symbol is used here, there is no way to actually
    // access this at runtime
    [RefMemberTag]: {
      src: TSrc;
      mapping: TMapping;
    };
    withSchema(schema: string): this;
    as<TAlias extends string>(
      alias: TAlias
    ): Ref<TSrc, { [K in TAlias]: TSrc }>;
  }

  interface RefBuilder {
    <TSrc extends string>(src: TSrc): Ref<TSrc, { [K in TSrc]: TSrc }>;
  }

  interface BatchInsertBuilder<TRecord extends {} = any, TResult = number[]>
    extends Promise<ResolveResult<TResult>> {
    transacting(trx: Transaction): this;
    // see returning methods from QueryInterface
    returning(
      column: '*'
    ): BatchInsertBuilder<TRecord, DeferredKeySelection<TRecord, never>[]>;
    returning<
      TKey extends StrKey<ResolveTableType<TRecord>>,
      TResult2 = DeferredKeySelection.Augment<
        UnwrapArrayMember<TResult>,
        ResolveTableType<TRecord>,
        TKey
      >[]
    >(
      column: TKey
    ): BatchInsertBuilder<TRecord, TResult2>;
    returning<
      TKey extends StrKey<ResolveTableType<TRecord>>,
      TResult2 = DeferredKeySelection.SetSingle<
        DeferredKeySelection.Augment<
          UnwrapArrayMember<TResult>,
          ResolveTableType<TRecord>,
          TKey
        >,
        false
      >[]
    >(
      columns: readonly TKey[]
    ): BatchInsertBuilder<TRecord, TResult2>;
    // if data with specific type passed, exclude this method
    returning<TResult2 = SafePartial<TRecord>[]>(
      column: unknown extends TRecord
        ? string | readonly (string | Raw)[] | Raw
        : never
    ): BatchInsertBuilder<TRecord, TResult2>;
  }

  //
  // QueryBuilder
  //

  type QueryCallback<TRecord extends {} = any, TResult = unknown[]> = (
    this: QueryBuilder<TRecord, TResult>,
    builder: QueryBuilder<TRecord, TResult>
  ) => void;

  type QueryCallbackWithArgs<TRecord extends {} = any, TResult = unknown[]> = (
    this: QueryBuilder<TRecord, TResult>,
    builder: QueryBuilder<TRecord, TResult>,
    ...args: any[]
  ) => void;

  interface QueryBuilder<TRecord extends {} = any, TResult = any>
    extends QueryInterface<TRecord, TResult>,
      ChainableInterface<ResolveResult<TResult>> {
    client: Client;
    or: QueryBuilder<TRecord, TResult>;
    not: QueryBuilder<TRecord, TResult>;
    and: QueryBuilder<TRecord, TResult>;

    // TODO: Promise?
    columnInfo(
      column: keyof DeferredKeySelection.Resolve<TRecord>
    ): Promise<ColumnInfo>;
    columnInfo(): Promise<
      Record<keyof DeferredKeySelection.Resolve<TRecord>, ColumnInfo>
    >;

    forUpdate(...tableNames: string[]): QueryBuilder<TRecord, TResult>;
    forUpdate(tableNames: readonly string[]): QueryBuilder<TRecord, TResult>;

    forShare(...tableNames: string[]): QueryBuilder<TRecord, TResult>;
    forShare(tableNames: readonly string[]): QueryBuilder<TRecord, TResult>;

    forNoKeyUpdate(...tableNames: string[]): QueryBuilder<TRecord, TResult>;
    forNoKeyUpdate(
      tableNames: readonly string[]
    ): QueryBuilder<TRecord, TResult>;

    forKeyShare(...tableNames: string[]): QueryBuilder<TRecord, TResult>;
    forKeyShare(tableNames: readonly string[]): QueryBuilder<TRecord, TResult>;

    skipLocked(): QueryBuilder<TRecord, TResult>;
    noWait(): QueryBuilder<TRecord, TResult>;

    toSQL(): Sql;

    on(event: string, callback: Function): QueryBuilder<TRecord, TResult>;

    queryContext(context: any): QueryBuilder<TRecord, TResult>;
    queryContext(): any;

    clone(): QueryBuilder<TRecord, TResult>;
    timeout(
      ms: number,
      options?: { cancel?: boolean }
    ): QueryBuilder<TRecord, TResult>;
  }

  interface Sql {
    method: string;
    options: any;
    bindings: readonly Value[];
    sql: string;
    toNative(): SqlNative;
  }

  interface SqlNative {
    bindings: readonly Value[];
    sql: string;
  }

  //
  // Chainable interface
  //

  type ExposedPromiseKeys = 'then' | 'catch' | 'finally';

  interface StringTagSupport {
    readonly [Symbol.toStringTag]: string;
  }
  interface ChainableInterface<T = any>
    extends Pick<Promise<T>, keyof Promise<T> & ExposedPromiseKeys>,
      StringTagSupport {
    generateDdlCommands(): Promise<{
      pre: string[];
      sql: string[];
      check: string | null;
      post: string[];
    }>;
    toQuery(): string;
    options(options: Readonly<{ [key: string]: any }>): this;
    connection(connection: any): this;
    debug(enabled: boolean): this;
    transacting(trx: Transaction): this;
    stream(handler: (readable: stream.PassThrough) => any): Promise<any>;
    stream(
      options: Readonly<{ [key: string]: any }>,
      handler: (readable: stream.PassThrough) => any
    ): Promise<any>;
    stream(
      options?: Readonly<{ [key: string]: any }>
    ): stream.PassThrough & AsyncIterable<ArrayMember<T>>;
    pipe<T extends NodeJS.WritableStream>(
      writable: T,
      options?: Readonly<{ [key: string]: any }>
    ): stream.PassThrough;
    asCallback(callback: Function): Promise<T>;
  }

  // Not all of these are possible for all drivers, notably, sqlite doesn't support any of these
  type IsolationLevels =
    | 'read uncommitted'
    | 'read committed'
    | 'snapshot'
    | 'repeatable read'
    | 'serializable';
  interface TransactionConfig {
    isolationLevel?: IsolationLevels;
    userParams?: Record<string, any>;
    doNotRejectOnRollback?: boolean;
    connection?: any;
    readOnly?: boolean;
  }

  interface Transaction<TRecord extends {} = any, TResult = any[]>
    extends Knex<TRecord, TResult> {
    executionPromise: Promise<TResult>;
    isCompleted: () => boolean;

    query<TRecord extends {} = any, TResult = void>(
      conn: any,
      sql: any,
      status: any,
      value: any
    ): QueryBuilder<TRecord, TResult>;
    savepoint<T = any>(transactionScope: (trx: Transaction) => any): Promise<T>;
    commit(value?: any): QueryBuilder<TRecord, TResult>;
    rollback(error?: any): QueryBuilder<TRecord, TResult>;
  }

  type TransactionProvider = () => Promise<Transaction>;

  //
  // Schema builder
  //

  interface SchemaBuilder extends ChainableInterface<void> {
    // Views
    createView(
      viewName: string,
      callback: (viewBuilder: ViewBuilder) => any
    ): SchemaBuilder;
    createViewOrReplace(
      viewName: string,
      callback: (viewBuilder: ViewBuilder) => any
    ): SchemaBuilder;
    createMaterializedView(
      viewName: string,
      callback: (viewBuilder: ViewBuilder) => any
    ): SchemaBuilder;
    refreshMaterializedView(
      viewName: string,
      concurrently?: boolean
    ): SchemaBuilder;
    dropView(viewName: string): SchemaBuilder;
    dropViewIfExists(viewName: string): SchemaBuilder;
    dropMaterializedView(viewName: string): SchemaBuilder;
    dropMaterializedViewIfExists(viewName: string): SchemaBuilder;
    renameView(oldViewName: string, newViewName: string): SchemaBuilder;
    view(
      viewName: string,
      callback: (viewBuilder: AlterViewBuilder) => any
    ): SchemaBuilder;
    alterView(
      viewName: string,
      callback: (tableBuilder: AlterViewBuilder) => any
    ): SchemaBuilder;

    // Tables
    createTable(
      tableName: string,
      callback: (tableBuilder: CreateTableBuilder) => any
    ): SchemaBuilder;
    createTableIfNotExists(
      tableName: string,
      callback: (tableBuilder: CreateTableBuilder) => any
    ): SchemaBuilder;
    createTableLike(
      tableName: string,
      tableNameLike: string,
      callback?: (tableBuilder: CreateTableBuilder) => any
    ): SchemaBuilder;
    alterTable(
      tableName: string,
      callback: (tableBuilder: CreateTableBuilder) => any
    ): SchemaBuilder;
    renameTable(oldTableName: string, newTableName: string): Promise<void>;
    dropTable(tableName: string): SchemaBuilder;
    hasTable(tableName: string): Promise<boolean>;
    table(
      tableName: string,
      callback: (tableBuilder: AlterTableBuilder) => any
    ): SchemaBuilder;
    dropTableIfExists(tableName: string): SchemaBuilder;

    // Schema
    createSchema(schemaName: string): SchemaBuilder;
    createSchemaIfNotExists(schemaName: string): SchemaBuilder;
    dropSchema(schemaName: string, cascade?: boolean): SchemaBuilder;
    dropSchemaIfExists(schemaName: string, cascade?: boolean): SchemaBuilder;
    withSchema(schemaName: string): SchemaBuilder;

    // Others
    hasColumn(tableName: string, columnName: string): Promise<boolean>;
    raw(statement: string): SchemaBuilder;
    queryContext(context: any): SchemaBuilder;
    toString(): string;
    toSQL(): Sql[];
  }

  interface TableBuilder {
    increments(
      columnName?: string,
      options?: { primaryKey?: boolean }
    ): ColumnBuilder;
    bigIncrements(
      columnName?: string,
      options?: { primaryKey?: boolean }
    ): ColumnBuilder;
    dropColumn(columnName: string): TableBuilder;
    dropColumns(...columnNames: string[]): TableBuilder;
    renameColumn(from: string, to: string): TableBuilder;
    integer(columnName: string, length?: number): ColumnBuilder;
    tinyint(columnName: string, length?: number): ColumnBuilder;
    smallint(columnName: string): ColumnBuilder;
    mediumint(columnName: string): ColumnBuilder;
    bigint(columnName: string): ColumnBuilder;
    bigInteger(columnName: string): ColumnBuilder;
    text(columnName: string, textType?: string): ColumnBuilder;
    string(columnName: string, length?: number): ColumnBuilder;
    float(
      columnName: string,
      precision?: number,
      scale?: number
    ): ColumnBuilder;
    double(
      columnName: string,
      precision?: number,
      scale?: number
    ): ColumnBuilder;
    decimal(
      columnName: string,
      precision?: number | null,
      scale?: number
    ): ColumnBuilder;
    boolean(columnName: string): ColumnBuilder;
    date(columnName: string): ColumnBuilder;
    dateTime(
      columnName: string,
      options?: Readonly<{ useTz?: boolean; precision?: number }>
    ): ColumnBuilder;
    datetime(
      columnName: string,
      options?: Readonly<{ useTz?: boolean; precision?: number }>
    ): ColumnBuilder;
    time(columnName: string): ColumnBuilder;
    timestamp(
      columnName: string,
      options?: Readonly<{ useTz?: boolean; precision?: number }>
    ): ColumnBuilder;
    /** @deprecated */
    timestamp(
      columnName: string,
      withoutTz?: boolean,
      precision?: number
    ): ColumnBuilder;
    timestamps(
      useTimestamps?: boolean,
      defaultToNow?: boolean,
      useCamelCase?: boolean
    ): ColumnBuilder;
    timestamps(
      options?: Readonly<{
        useTimestamps?: boolean;
        defaultToNow?: boolean;
        useCamelCase?: boolean;
      }>
    ): void;
    geometry(columnName: string): ColumnBuilder;
    geography(columnName: string): ColumnBuilder;
    point(columnName: string): ColumnBuilder;
    binary(columnName: string, length?: number): ColumnBuilder;
    enum(
      columnName: string,
      values: readonly Value[] | null,
      options?: EnumOptions
    ): ColumnBuilder;
    enu(
      columnName: string,
      values: readonly Value[] | null,
      options?: EnumOptions
    ): ColumnBuilder;
    json(columnName: string): ColumnBuilder;
    jsonb(columnName: string): ColumnBuilder;
    uuid(
      columnName: string,
      options?: Readonly<{ useBinaryUuid?: boolean; primaryKey?: boolean }>
    ): ColumnBuilder;
    comment(val: string): void;
    specificType(columnName: string, type: string): ColumnBuilder;
    primary(
      columnNames: readonly string[],
      options?: Readonly<{
        constraintName?: string;
        deferrable?: deferrableType;
      }>
    ): TableBuilder;
    /** @deprecated */
    primary(
      columnNames: readonly string[],
      constraintName?: string
    ): TableBuilder;
    index(
      columnNames: string | readonly (string | Raw)[],
      indexName?: string,
      indexType?: string
    ): TableBuilder;
    index(
      columnNames: string | readonly (string | Raw)[],
      indexName?: string,
      options?: Readonly<{
        indexType?: string;
        storageEngineIndexType?: storageEngineIndexType;
        predicate?: QueryBuilder;
      }>
    ): TableBuilder;
    setNullable(column: string): TableBuilder;
    dropNullable(column: string): TableBuilder;
    unique(
      columnNames: string | readonly (string | Raw)[],
      options?: Readonly<{
        indexName?: string;
        storageEngineIndexType?: string;
        deferrable?: deferrableType;
        useConstraint?: boolean;
        predicate?: QueryBuilder;
      }>
    ): TableBuilder;
    /** @deprecated */
    unique(
      columnNames: string | readonly (string | Raw)[],
      indexName?: string
    ): TableBuilder;
    foreign(column: string, foreignKeyName?: string): ForeignConstraintBuilder;
    foreign(
      columns: readonly string[],
      foreignKeyName?: string
    ): MultikeyForeignConstraintBuilder;
    check(
      checkPredicate: string,
      bindings?: Record<string, any>,
      constraintName?: string
    ): TableBuilder;
    dropForeign(
      columnNames: string | readonly string[],
      foreignKeyName?: string
    ): TableBuilder;
    dropUnique(
      columnNames: readonly (string | Raw)[],
      indexName?: string
    ): TableBuilder;
    dropPrimary(constraintName?: string): TableBuilder;
    dropIndex(
      columnNames: string | readonly (string | Raw)[],
      indexName?: string
    ): TableBuilder;
    dropTimestamps(useCamelCase?: boolean): TableBuilder;
    dropChecks(checkConstraintNames: string | string[]): TableBuilder;
    queryContext(context: any): TableBuilder;
  }

  interface ViewBuilder<TRecord extends {} = any, TResult = any> {
    columns(columns: any): ViewBuilder;
    as(selectQuery: QueryBuilder): ViewBuilder;
    checkOption(): Promise<void>;
    localCheckOption(): Promise<void>;
    cascadedCheckOption(): Promise<void>;
    queryContext(context: any): ViewBuilder;
  }

  interface CreateTableBuilder extends TableBuilder {
    engine(val: string): CreateTableBuilder;
    charset(val: string): CreateTableBuilder;
    collate(val: string): CreateTableBuilder;
    inherits(val: string): CreateTableBuilder;
  }

  interface AlterTableBuilder extends TableBuilder {}

  interface AlterColumnView extends ViewBuilder {
    rename(newName: string): AlterColumnView;
    defaultTo(defaultValue: string): AlterColumnView;
  }

  interface AlterViewBuilder extends ViewBuilder {
    column(column: string): AlterColumnView;
  }

  type deferrableType = 'not deferrable' | 'immediate' | 'deferred';
  type storageEngineIndexType = 'hash' | 'btree';
  type lengthOperator = '>' | '<' | '<=' | '>=' | '!=' | '=';

  interface ColumnBuilder {
    index(indexName?: string): ColumnBuilder;
    primary(
      options?: Readonly<{
        constraintName?: string;
        deferrable?: deferrableType;
      }>
    ): ColumnBuilder;
    /** @deprecated */
    primary(constraintName?: string): ColumnBuilder;

    unique(
      options?: Readonly<{ indexName?: string; deferrable?: deferrableType }>
    ): ColumnBuilder;
    /** @deprecated */
    unique(indexName?: string): ColumnBuilder;
    references(columnName: string): ReferencingColumnBuilder;
    defaultTo(value: Value | null, options?: DefaultToOptions): ColumnBuilder;
    unsigned(): ColumnBuilder;
    notNullable(): ColumnBuilder;
    nullable(): ColumnBuilder;
    comment(value: string): ColumnBuilder;
    alter(
      options?: Readonly<{ alterNullable?: boolean; alterType?: boolean }>
    ): ColumnBuilder;
    queryContext(context: any): ColumnBuilder;
    after(columnName: string): ColumnBuilder;
    first(): ColumnBuilder;
    checkPositive(constraintName?: string): ColumnBuilder;
    checkNegative(constraintName?: string): ColumnBuilder;
    checkIn(values: string[], constraintName?: string): ColumnBuilder;
    checkNotIn(values: string[], constraintName?: string): ColumnBuilder;
    checkBetween(
      values: any[] | any[][],
      constraintName?: string
    ): ColumnBuilder;
    checkLength(
      operator: lengthOperator,
      length: number,
      constraintName?: string
    ): ColumnBuilder;
    checkRegex(regex: string, constraintName?: string): ColumnBuilder;
    collate(collation: string): ColumnBuilder;
  }

  interface ForeignConstraintBuilder {
    references(columnName: string): ReferencingColumnBuilder;
  }

  interface MultikeyForeignConstraintBuilder {
    references(columnNames: readonly string[]): ReferencingColumnBuilder;
  }

  interface PostgreSqlColumnBuilder extends ColumnBuilder {
    index(
      indexName?: string,
      options?: Readonly<{ indexType?: string; predicate?: QueryBuilder }>
    ): ColumnBuilder;
    index(indexName?: string, indexType?: string): ColumnBuilder;
  }

  interface SqlLiteColumnBuilder extends ColumnBuilder {
    index(
      indexName?: string,
      options?: Readonly<{ predicate?: QueryBuilder }>
    ): ColumnBuilder;
  }

  interface MsSqlColumnBuilder extends ColumnBuilder {
    index(
      indexName?: string,
      options?: Readonly<{ predicate?: QueryBuilder }>
    ): ColumnBuilder;
  }

  interface MySqlColumnBuilder extends ColumnBuilder {
    index(
      indexName?: string,
      options?: Readonly<{
        indexType?: string;
        storageEngineIndexType?: storageEngineIndexType;
      }>
    ): ColumnBuilder;
  }

  // patched ColumnBuilder methods to return ReferencingColumnBuilder with new methods
  // relies on ColumnBuilder returning only ColumnBuilder
  type ReferencingColumnBuilder = {
    [K in keyof ColumnBuilder]: (
      ...args: Parameters<ColumnBuilder[K]>
    ) => ReferencingColumnBuilder;
  } & {
    inTable(tableName: string): ReferencingColumnBuilder;
    deferrable(type: deferrableType): ReferencingColumnBuilder;
    withKeyName(keyName: string): ReferencingColumnBuilder;
    onDelete(command: string): ReferencingColumnBuilder;
    onUpdate(command: string): ReferencingColumnBuilder;
  };

  interface AlterColumnBuilder extends ColumnBuilder {}

  interface MySqlAlterColumnBuilder extends AlterColumnBuilder {
    first(): AlterColumnBuilder;
    after(columnName: string): AlterColumnBuilder;
  }

  //
  // Configurations
  //

  interface ColumnInfo {
    defaultValue: Value;
    type: string;
    maxLength: number;
    nullable: boolean;
  }

  interface Config<SV extends {} = any> {
    debug?: boolean;
    client?: string | typeof Client;
    dialect?: string;
    jsonbSupport?: boolean;
    version?: string;
    connection?: string | StaticConnectionConfig | ConnectionConfigProvider;
    pool?: PoolConfig;
    migrations?: MigratorConfig;
    postProcessResponse?: (result: any, queryContext: any) => any;
    wrapIdentifier?: (
      value: string,
      origImpl: (value: string) => string,
      queryContext: any
    ) => string;
    seeds?: SeederConfig<SV>;
    acquireConnectionTimeout?: number;
    useNullAsDefault?: boolean;
    searchPath?: string | readonly string[];
    asyncStackTraces?: boolean;
    log?: Logger;
    compileSqlOnError?: boolean;
    fetchAsString?: string[];
  }

  type StaticConnectionConfig =
    | ConnectionConfig
    | MariaSqlConnectionConfig
    | MySqlConnectionConfig
    | MySql2ConnectionConfig
    | MsSqlConnectionConfig
    | OracleDbConnectionConfig
    | PgConnectionConfig
    | RedshiftConnectionConfig
    | Sqlite3ConnectionConfig
    | BetterSqlite3ConnectionConfig
    | SocketConnectionConfig;

  type ConnectionConfigProvider =
    | SyncConnectionConfigProvider
    | AsyncConnectionConfigProvider;
  type SyncConnectionConfigProvider = () => StaticConnectionConfig;
  type AsyncConnectionConfigProvider = () => Promise<StaticConnectionConfig>;

  interface ConnectionConfig {
    host: string;
    user: string;
    password: string;
    database: string;
    domain?: string;
    instanceName?: string;
    debug?: boolean;
    requestTimeout?: number;
  }

  type MsSqlAuthenticationTypeOptions =
    | 'default'
    | 'ntlm'
    | 'azure-active-directory-password'
    | 'azure-active-directory-access-token'
    | 'azure-active-directory-msi-vm'
    | 'azure-active-directory-msi-app-service'
    | 'azure-active-directory-service-principal-secret';

  interface MsSqlDefaultAuthenticationConfig extends MsSqlConnectionConfigBase {
    type?: 'default' | never;
  }

  interface MsSqlAzureActiveDirectoryMsiAppServiceAuthenticationConfig
    extends MsSqlConnectionConfigBase {
    type: 'azure-active-directory-msi-app-service';
    /**
     * If you user want to connect to an Azure app service using a specific client account
     * they need to provide `clientId` asscoiate to their created idnetity.
     *
     * This is optional for retrieve token from azure web app service
     */
    clientId?: string;
    /**
     * A msi app service environment need to provide `msiEndpoint` for retriving the accesstoken.
     */
    msiEndpoint?: string;
    /**
     * A msi app service environment need to provide `msiSecret` for retriving the accesstoken.
     */
    msiSecret?: string;
  }

  interface MsSqlAzureActiveDirectoryMsiVmAuthenticationConfig
    extends MsSqlConnectionConfigBase {
    type: 'azure-active-directory-msi-vm';
    /**
     * If you user want to connect to an Azure app service using a specific client account
     * they need to provide `clientId` asscoiate to their created idnetity.
     *
     * This is optional for retrieve token from azure web app service
     */
    clientId?: string;
    /**
     * A user need to provide `msiEndpoint` for retriving the accesstoken.
     */
    msiEndpoint?: string;
  }

  interface MsSqlAzureActiveDirectoryAccessTokenAuthenticationConfig
    extends MsSqlConnectionConfigBase {
    type: 'azure-active-directory-access-token';
    /**
     * A user-provided access token
     */
    token: string;
  }
  interface MsSqlAzureActiveDirectoryPasswordAuthenticationConfig
    extends MsSqlConnectionConfigBase {
    type: 'azure-active-directory-password';
    /**
     * Optional parameter for specific Azure tenant ID
     */
    domain: string;
    userName: string;
    password: string;
  }

  interface MsSqlAzureActiveDirectoryServicePrincipalSecretConfig
    extends MsSqlConnectionConfigBase {
    type: 'azure-active-directory-service-principal-secret';
    /**
     * Application (`client`) ID from your registered Azure application
     */
    clientId: string;
    /**
     * The created `client secret` for this registered Azure application
     */
    clientSecret: string;
    /**
     * Directory (`tenant`) ID from your registered Azure application
     */
    tenantId: string;
  }

  interface MsSqlNtlmAuthenticationConfig extends MsSqlConnectionConfigBase {
    type: 'ntlm';
    /**
     * Once you set domain for ntlm authentication type, driver will connect to SQL Server using domain login.
     *
     * This is necessary for forming a connection using ntlm type
     */
    domain: string;
    userName: string;
    password: string;
  }

  type MsSqlConnectionConfig =
    | MsSqlDefaultAuthenticationConfig
    | MsSqlNtlmAuthenticationConfig
    | MsSqlAzureActiveDirectoryAccessTokenAuthenticationConfig
    | MsSqlAzureActiveDirectoryMsiAppServiceAuthenticationConfig
    | MsSqlAzureActiveDirectoryMsiVmAuthenticationConfig
    | MsSqlAzureActiveDirectoryPasswordAuthenticationConfig
    | MsSqlAzureActiveDirectoryServicePrincipalSecretConfig;

  // Config object for tedious: see http://tediousjs.github.io/tedious/api-connection.html
  interface MsSqlConnectionConfigBase {
    type?: MsSqlAuthenticationTypeOptions;

    driver?: string;
    userName?: string; // equivalent to knex "user"
    password?: string;
    server: string; // equivalent to knex "host"
    port?: number;
    domain?: string;
    database: string;
    connectionTimeout?: number;
    requestTimeout?: number;
    stream?: boolean;
    parseJSON?: boolean;
    expirationChecker?(): boolean;
    options?: Readonly<{
      encrypt?: boolean;
      instanceName?: string;
      useUTC?: boolean;
      tdsVersion?: string;
      appName?: string;
      abortTransactionOnError?: boolean;
      trustedConnection?: boolean;
      enableArithAbort?: boolean;
      isolationLevel?:
        | 'READ_UNCOMMITTED'
        | 'READ_COMMITTED'
        | 'REPEATABLE_READ'
        | 'SERIALIZABLE'
        | 'SNAPSHOT';
      maxRetriesOnTransientErrors?: number;
      multiSubnetFailover?: boolean;
      packetSize?: number;
      trustServerCertificate?: boolean;
      mapBinding?: (value: any) => { value: any; type: any } | undefined;
    }>;
    pool?: Readonly<{
      min?: number;
      max?: number;
      idleTimeoutMillis?: number;
      maxWaitingClients?: number;
      testOnBorrow?: boolean;
      acquireTimeoutMillis?: number;
      fifo?: boolean;
      priorityRange?: number;
      autostart?: boolean;
      evictionRunIntervalMillis?: number;
      numTestsPerRun?: number;
      softIdleTimeoutMillis?: number;
      Promise?: any;
    }>;
  }

  // Config object for mariasql: https://github.com/mscdex/node-mariasql#client-methods
  interface MariaSqlConnectionConfig {
    user?: string;
    password?: string;
    host?: string;
    port?: number;
    unixSocket?: string;
    protocol?: string;
    db?: string;
    keepQueries?: boolean;
    multiStatements?: boolean;
    connTimeout?: number;
    pingInterval?: number;
    secureAuth?: boolean;
    compress?: boolean;
    ssl?: boolean | MariaSslConfiguration;
    local_infile?: boolean;
    read_default_file?: string;
    read_default_group?: string;
    charset?: string;
    streamHWM?: number;
    expirationChecker?(): boolean;
  }

  interface MariaSslConfiguration {
    key?: string;
    cert?: string;
    ca?: string;
    capath?: string;
    cipher?: string;
    rejectUnauthorized?: boolean;
    expirationChecker?(): boolean;
  }

  // Config object for mysql: https://github.com/mysqljs/mysql#connection-options
  interface MySqlConnectionConfig {
    host?: string;
    port?: number;
    localAddress?: string;
    socketPath?: string;
    user?: string;
    password?: string;
    database?: string;
    charset?: string;
    timezone?: string;
    connectTimeout?: number;
    stringifyObjects?: boolean;
    insecureAuth?: boolean;
    typeCast?: any;
    queryFormat?: (query: string, values: any) => string;
    supportBigNumbers?: boolean;
    bigNumberStrings?: boolean;
    dateStrings?: boolean;
    debug?: boolean;
    trace?: boolean;
    multipleStatements?: boolean;
    flags?: string;
    ssl?: string | MariaSslConfiguration;
    decimalNumbers?: boolean;
    expirationChecker?(): boolean;
  }

  // Config object for mysql2: https://github.com/sidorares/node-mysql2/blob/master/lib/connection_config.js
  // Some options for connection pooling and MySQL server API are excluded.
  interface MySql2ConnectionConfig extends MySqlConnectionConfig {
    authPlugins?: {
      [pluginName: string]: (pluginMetadata: any) => (pluginData: any) => any;
    };
    authSwitchHandler?: (data: any, callback: () => void) => any;
    charsetNumber?: number;
    compress?: boolean;
    connectAttributes?: { [attrNames: string]: any };
    enableKeepAlive?: boolean;
    keepAliveInitialDelay?: number;
    maxPreparedStatements?: number;
    namedPlaceholders?: boolean;
    nestTables?: boolean | string;
    passwordSha1?: string;
    rowsAsArray?: boolean;
    stream?: boolean | ((opts: any) => Stream) | Stream;
    uri?: string;
  }

  interface OracleDbConnectionConfig {
    host: string;
    user: string;
    password?: string;
    database?: string;
    domain?: string;
    instanceName?: string;
    debug?: boolean;
    requestTimeout?: number;
    connectString?: string;
    expirationChecker?(): boolean;
  }

  // Config object for pg: https://github.com/DefinitelyTyped/DefinitelyTyped/blob/master/types/pg/index.d.ts
  interface PgConnectionConfig {
    user?: string;
    database?: string;
    password?: string | (() => string | Promise<string>);
    port?: number;
    host?: string;
    connectionString?: string;
    keepAlive?: boolean;
    stream?: stream.Duplex;
    statement_timeout?: false | number;
    parseInputDatesAsUTC?: boolean;
    ssl?: boolean | ConnectionOptions;
    query_timeout?: number;
    keepAliveInitialDelayMillis?: number;
    idle_in_transaction_session_timeout?: number;
    application_name?: string;
    connectionTimeoutMillis?: number;
    types?: PgCustomTypesConfig;
    options?: string;
    expirationChecker?(): boolean;
  }

  type PgGetTypeParser = (oid: number, format: string) => any;

  interface PgCustomTypesConfig {
    getTypeParser: PgGetTypeParser;
  }

  type RedshiftConnectionConfig = PgConnectionConfig;

  /** Used with SQLite3 adapter */
  interface Sqlite3ConnectionConfig {
    filename: string;
    flags?: string[];
    debug?: boolean;
    expirationChecker?(): boolean;
  }

  /** Used with `better-sqlite3` adapter */
  interface BetterSqlite3ConnectionConfig {
    filename: string;
    options?: {
      nativeBinding?: string;
      readonly?: boolean;
    };
  }

  interface SocketConnectionConfig {
    socketPath: string;
    user: string;
    password: string;
    database: string;
    debug?: boolean;
    expirationChecker?(): boolean;
  }

  interface PoolConfig {
    name?: string;
    afterCreate?: Function;
    min?: number;
    max?: number;
    refreshIdle?: boolean;
    idleTimeoutMillis?: number;
    reapIntervalMillis?: number;
    returnToHead?: boolean;
    priorityRange?: number;
    log?: (message: string, logLevel: string) => void;

    // tarn configs
    propagateCreateError?: boolean;
    createRetryIntervalMillis?: number;
    createTimeoutMillis?: number;
    destroyTimeoutMillis?: number;
    acquireTimeoutMillis?: number;
  }

  type LogFn = (message: any) => void;

  interface Logger {
    warn?: LogFn;
    error?: LogFn;
    debug?: LogFn;
    inspectionDepth?: number;
    enableColors?: boolean;
    deprecate?: (method: string, alternative: string) => void;
  }

  interface Migration {
    up: (knex: Knex) => PromiseLike<any>;
    down?: (knex: Knex) => PromiseLike<any>;
  }

  interface MigrationSource<TMigrationSpec> {
    getMigrations(loadExtensions: readonly string[]): Promise<TMigrationSpec[]>;
    getMigrationName(migration: TMigrationSpec): string;
    getMigration(migration: TMigrationSpec): Promise<Migration>;
  }

  interface MigratorConfig {
    database?: string;
    directory?: string | readonly string[];
    extension?: string;
    stub?: string;
    tableName?: string;
    schemaName?: string;
    disableTransactions?: boolean;
    disableMigrationsListValidation?: boolean;
    sortDirsSeparately?: boolean;
    loadExtensions?: readonly string[];
    migrationSource?: MigrationSource<unknown>;
    name?: string;
  }

  interface Migrator {
    make(name: string, config?: MigratorConfig): Promise<string>;
    latest(config?: MigratorConfig): Promise<any>;
    rollback(config?: MigratorConfig, all?: boolean): Promise<any>;
    status(config?: MigratorConfig): Promise<number>;
    currentVersion(config?: MigratorConfig): Promise<string>;
    list(config?: MigratorConfig): Promise<any>;
    up(config?: MigratorConfig): Promise<any>;
    down(config?: MigratorConfig): Promise<any>;
    forceFreeMigrationsLock(config?: MigratorConfig): Promise<any>;
  }

  interface Seed {
    seed: (knex: Knex) => PromiseLike<void>;
  }

  interface SeedSource<TSeedSpec> {
    getSeeds(config: SeederConfig): Promise<TSeedSpec[]>;
    getSeed(seed: TSeedSpec): Promise<Seed>;
  }

  interface SeederConfig<V extends {} = any> {
    extension?: string;
    directory?: string | readonly string[];
    loadExtensions?: readonly string[];
    specific?: string;
    timestampFilenamePrefix?: boolean;
    recursive?: boolean;
    sortDirsSeparately?: boolean;
    stub?: string;
    variables?: V;
    seedSource?: SeedSource<unknown>;
  }

  class Seeder {
    constructor(knex: Knex);
    setConfig(config: SeederConfig): SeederConfig;
    run(config?: SeederConfig): Promise<[string[]]>;
    make(name: string, config?: SeederConfig): Promise<string>;
  }

  interface FunctionHelper {
    now(precision?: number): Raw;
    uuid(): Raw;
    uuidToBin(uuid: string, ordered?: boolean): Buffer;
    binToUuid(bin: Buffer, ordered?: boolean): string;
  }

  interface EnumOptions {
    useNative: boolean;
    existingType?: boolean;
    schemaName?: string;
    enumName: string;
  }

  interface DefaultToOptions {
    // only supported by mssql driver
    constraintName?: string;
  }

  class Client extends events.EventEmitter {
    constructor(config: Config);
    config: Config;
    dialect: string;
    driverName: string;
    connectionSettings: object;

    acquireRawConnection(): Promise<any>;
    destroyRawConnection(connection: any): Promise<void>;
    validateConnection(connection: any): Promise<boolean>;
    logger: Logger;
    version?: string;
    connectionConfigProvider: any;
    connectionConfigExpirationChecker: null | (() => boolean);
    valueForUndefined: any;
    formatter(builder: any): any;
    queryBuilder(): QueryBuilder;
    queryCompiler(builder: any): any;
    schemaBuilder(): SchemaBuilder;
    schemaCompiler(builder: SchemaBuilder): any;
    tableBuilder(
      type: any,
      tableName: any,
      tableNameLike: any,
      fn: any
    ): TableBuilder;
    tableCompiler(tableBuilder: any): any;
    columnBuilder(tableBuilder: any, type: any, args: any): ColumnBuilder;
    columnCompiler(tableBuilder: any, columnBuilder: any): any;
    runner(builder: any): any;
    transaction(container: any, config: any, outerTx: any): Transaction;
    raw(...args: any[]): any;
    ref(...args: any[]): Ref<any, any>;
    query(connection: any, obj: any): any;
    stream(connection: any, obj: any, stream: any, options: any): any;
    prepBindings(bindings: any): any;
    positionBindings(sql: any): any;
    postProcessResponse(resp: any, queryContext: any): any;
    wrapIdentifier(value: any, queryContext: any): any;
    customWrapIdentifier(value: any, origImpl: any, queryContext: any): any;
    wrapIdentifierImpl(value: any): string;
    initializeDriver(): void;
    driver: any;
    poolDefaults(): {
      min: number;
      max: number;
      propagateCreateError: boolean;
    };
    getPoolSettings(poolConfig: any): any;
    initializePool(config?: {}): void;
    pool: tarn.Pool<any> | undefined;
    acquireConnection(): any;
    releaseConnection(connection: any): any;
    destroy(callback: any): any;
    database(): any;
    canCancelQuery: boolean;
    assertCanCancelQuery(): void;
    cancelQuery(): void;
  }
}

export default knex;