types.d.ts

// Type definitions for node-sql-parser 1.0
// Project: https://github.com/taozhi8833998/node-sql-parser#readme
// Definitions by: taozhi8833998 <https://github.com/taozhi8833998>
// Definitions: https://github.com/DefinitelyTyped/DefinitelyTyped
// TypeScript Version: 2.4

export interface With {
  name: { value: string };
  stmt: {
    _parentheses?: boolean;
    tableList: string[];
    columnList: string[];
    ast: Select;
  };
  columns?: any[];
}
import { LocationRange } from "pegjs";

export { LocationRange, Location } from "pegjs";

export type WhilteListCheckMode = "table" | "column";
export interface ParseOptions {
  includeLocations?: boolean;
}
export interface Option {
  database?: string;
  type?: string;
  trimQuery?: boolean;
  parseOptions?: ParseOptions;
}
export interface TableColumnAst {
  tableList: string[];
  columnList: string[];
  ast: AST[] | AST;
  loc?: LocationRange;
}
export interface BaseFrom {
  db: string | null;
  table: string;
  as: string | null;
  schema?: string;
  loc?: LocationRange;
}
export interface Join extends BaseFrom {
  join: "INNER JOIN" | "LEFT JOIN" | "RIGHT JOIN";
  using?: string[];
  on?: Expr;
}
export interface TableExpr {
  expr: {
    ast: Select;
  };
  as?: string | null;
}
export interface Dual {
  type: "dual";
  loc?: LocationRange;
}
export type From = BaseFrom | Join | TableExpr | Dual;
export interface LimitValue {
  type: string;
  value: number;
  loc?: LocationRange;
}
export interface Limit {
  seperator: string;
  value: LimitValue[];
  loc?: LocationRange;
}
export interface OrderBy {
  type: "ASC" | "DESC";
  expr: any;
  loc?: LocationRange;
}

export interface ValueExpr<T = string | number | boolean> {
  type:
    | "backticks_quote_string"
    | "string"
    | "regex_string"
    | "hex_string"
    | "full_hex_string"
    | "natural_string"
    | "bit_string"
    | "double_quote_string"
    | "single_quote_string"
    | "boolean"
    | "bool"
    | "null"
    | "star"
    | "param"
    | "origin"
    | "date"
    | "datetime"
    | "time"
    | "timestamp"
    | "var_string";
  value: T;
}

export interface ColumnRef {
  type: "column_ref";
  table: string | null;
  column: string | { expr: ValueExpr };
  loc?: LocationRange;
}
export interface SetList {
  column: string;
  value: any;
  table: string | null;
  loc?: LocationRange;
}
export interface InsertReplaceValue {
  type: "expr_list";
  value: any[];
  loc?: LocationRange;
}

export interface Star {
  type: "star";
  value: "*" | "";
  loc?: LocationRange;
}
export interface Case {
  type: "case";
  expr: null;
  args: Array<
    | {
        cond: Expr;
        result: ExpressionValue;
        type: "when";
      }
    | {
        result: ExpressionValue;
        type: "else";
      }
  >;
}
export interface Cast {
  type: "cast";
  keyword: "cast";
  expr: Expr;
  symbol: "as";
  target: {
    dataType: string;
    suffix: unknown[];
  };
}
export interface AggrFunc {
  type: "aggr_func";
  name: string;
  args: {
    expr: ExpressionValue;
    distinct: "DISTINCT" | null;
    orderby: OrderBy[] | null;
    parentheses?: boolean;
  };
  loc?: LocationRange;
}

export type FunctionName = {
  schema?: { value: string; type: string };
  name: ValueExpr<string>[];
};
export interface Function {
  type: "function";
  name: FunctionName;
  args?: ExprList;
  suffix?: any;
  loc?: LocationRange;
}
export interface Column {
  expr: ExpressionValue;
  as: string | null;
  type?: string;
  loc?: LocationRange;
}

export interface Interval {
  type: "interval";
  unit: string;
  expr: ValueExpr & { loc?: LocationRange };
}

export type Param = { type: "param"; value: string; loc?: LocationRange };

export type Value = { type: string; value: any; loc?: LocationRange };

export type ExpressionValue =
  | ColumnRef
  | Param
  | Function
  | Case
  | AggrFunc
  | Value
  | Cast
  | Interval;
export type Expr =
  | {
      type: "binary_expr";
      operator: "AND" | "OR";
      left: Expr;
      right: Expr;
      loc?: LocationRange;
    }
  | {
      type: "binary_expr";
      operator: string;
      left: ExpressionValue;
      right: ExpressionValue | ExprList;
      loc?: LocationRange;
    };

export type ExprList = {
  type: "expr_list";
  value: ExpressionValue[];
  loc?: LocationRange;
};
export interface Select {
  with: With[] | null;
  type: "select";
  options: any[] | null;
  distinct: "DISTINCT" | null;
  columns: any[] | Column[];
  from: From[] | null;
  where: Expr | Function | null;
  groupby: ColumnRef[] | null;
  having: any[] | null;
  orderby: OrderBy[] | null;
  limit: Limit | null;
  _orderby?: OrderBy[] | null;
  _limit?: Limit | null;
  parentheses_symbol?: boolean;
  _parentheses?: boolean;
  loc?: LocationRange;
}
export interface Insert_Replace {
  type: "replace" | "insert";
  db: string | null;
  table: any;
  columns: string[] | null;
  values: InsertReplaceValue[];
  loc?: LocationRange;
}
export interface Update {
  type: "update";
  db: string | null;
  table: Array<From | Dual> | null;
  set: SetList[];
  where: Expr | Function | null;
  loc?: LocationRange;
}
export interface Delete {
  type: "delete";
  table: any;
  from: Array<From | Dual>;
  where: Expr | Function | null;
  loc?: LocationRange;
}

export interface Alter {
  type: "alter";
  table: From[];
  expr: any;
  loc?: LocationRange;
}

export interface Use {
  type: "use";
  db: string;
  loc?: LocationRange;
}

type KW_UNSIGNED = "UNSIGNED";
type KW_ZEROFILL = "ZEROFILL";

type Timezone = ["WITHOUT" | "WITH", "TIME", "ZONE"];

type KeywordComment = {
  type: "comment";
  keyword: "comment";
  symbol?: "=";
  value: string;
};

type CollateExpr = {
  type: "collate";
  symbol?: "=";
  value: string;
};

type DataType = {
  dataType: string;
  length?: number;
  parentheses?: true;
  suffix?: Timezone | (KW_UNSIGNED | KW_ZEROFILL)[];
  array?: "one" | "two";
};

type LiteralNotNull = {
  type: "not null";
  value: "not null";
};

type LiteralNull = { type: "null"; value: null };

type LiteralNumeric = number | { type: "bigint"; value: string };

type ColumnConstraint = {
  default_val: {
    type: "default";
    value: any;
  };
  nullable: LiteralNotNull | LiteralNull;
};

type ColumnDefinitionOptList = {
  nullable?: ColumnConstraint["nullable"];
  default_val?: ColumnConstraint["default_val"];
  auto_increment?: "auto_increment";
  unique?: "unique" | "unique key";
  primary?: "key" | "primary key";
  comment?: KeywordComment;
  collate?: { collate: CollateExpr };
  column_format?: { column_format: any };
  storage?: { storage: any };
  reference_definition?: { reference_definition: any };
  character_set?: { type: "CHARACTER SET"; value: string; symbol?: "=" };
};

type CreateColumnDefinition = {
  column: ColumnRef;
  definition: DataType;
  resource: "column";
} & ColumnDefinitionOptList;

type IndexType = {
  keyword: "using";
  type: "btree" | "hash" | "gist" | "gin";
};

type IndexOption = {
  type: "key_block_size";
  symbol?: "=";
  expr: LiteralNumeric;
};

type CreateIndexDefinition = {
  index?: string;
  definition: ColumnRef[];
  keyword: "index" | "key";
  index_type?: IndexType;
  resource: "index";
  index_options?: IndexOption[];
};

type CreateFulltextSpatialIndexDefinition = {
  index?: string;
  definition: ColumnRef[];
  keyword?:
    | "fulltext"
    | "spatial"
    | "fulltext key"
    | "spatial key"
    | "fulltext index"
    | "spatial index";
  index_options?: IndexOption[];
  resource: "index";
};

type ConstraintName = { keyword: "constraint"; constraint: string };

type CreateConstraintPrimary = {
  constraint?: ConstraintName["constraint"];
  definition: ColumnRef[];
  constraint_type: "primary key";
  keyword?: ConstraintName["keyword"];
  index_type?: IndexType;
  resource: "constraint";
  index_options?: IndexOption[];
};

type CreateConstraintUnique = {
  constraint?: ConstraintName["constraint"];
  definition: ColumnRef[];
  constraint_type: "unique key" | "unique" | "unique index";
  keyword?: ConstraintName["keyword"];
  index_type?: IndexType;
  index?: string;
  resource: "constraint";
  index_options?: IndexOption[];
};

type CreateConstraintForeign = {
  constraint?: ConstraintName["constraint"];
  definition: ColumnRef[];
  constraint_type: "FOREIGN KEY";
  keyword?: ConstraintName["keyword"];
  index?: string;
  resource: "constraint";
  reference_definition?: any;
};

type CreateConstraintCheck = {
  constraint?: ConstraintName["constraint"];
  definition: any[];
  constraint_type: "check";
  keyword?: ConstraintName["keyword"];
  resource: "constraint";
};

type CreateConstraintDefinition =
  | CreateConstraintPrimary
  | CreateConstraintUnique
  | CreateConstraintForeign
  | CreateConstraintCheck;

type CreateDefinition =
  | CreateColumnDefinition
  | CreateIndexDefinition
  | CreateFulltextSpatialIndexDefinition
  | CreateConstraintDefinition;

export interface Create {
  type: "create";
  keyword: "table" | "index" | "database";
  temporary?: "temporary" | null;
  table?: { db: string; table: string }[];
  if_not_exists?: "if not exists" | null;
  like?: {
    type: "like";
    table: string;
    parentheses?: boolean;
  } | null;
  ignore_replace?: "ignore" | "replace" | null;
  as?: string | null;
  query_expr?: any | null;
  create_definitions?: CreateDefinition[] | null;
  table_options?: any[] | null;
  index_using?: {
    keyword: "using";
    type: "btree" | "hash";
  } | null;
  index?: string | null;
  on_kw?: "on" | null;
  index_columns?: any[] | null;
  index_type?: "unique" | "fulltext" | "spatial" | null;
  index_options?: any[] | null;
  algorithm_option?: {
    type: "alter";
    keyword: "algorithm";
    resource: "algorithm";
    symbol: "=" | null;
    algorithm: "default" | "instant" | "inplace" | "copy";
  } | null;
  lock_option?: {
    type: "alter";
    keyword: "lock";
    resource: "lock";
    symbol: "=" | null;
    lock: "default" | "none" | "shared" | "exclusive";
  } | null;
  database?: string;
  loc?: LocationRange;
}

export interface Drop {
  type: "drop";
  keyword: string;
  name: any[];
}

export type AST =
  | Use
  | Select
  | Insert_Replace
  | Update
  | Delete
  | Alter
  | Create
  | Drop;

export class Parser {
  constructor();

  parse(sql: string, opt?: Option): TableColumnAst;

  astify(sql: string, opt?: Option): AST[] | AST;

  sqlify(ast: AST[] | AST, opt?: Option): string;

  exprToSQL(ast: any, opt?: Option): string;

  whiteListCheck(
    sql: string,
    whiteList: string[],
    opt?: Option
  ): Error | undefined;

  tableList(sql: string, opt?: Option): string[];

  columnList(sql: string, opt?: Option): string[];
}