rpclibrary/node_modules/terser/tools/terser.d.ts

/// <reference lib="es2015" />

import { RawSourceMap } from 'source-map';

export type ECMA = 5 | 6 | 7 | 8 | 9;

export interface ParseOptions {
    bare_returns?: boolean;
    ecma?: ECMA;
    html5_comments?: boolean;
    shebang?: boolean;
}

export interface CompressOptions {
    arguments?: boolean;
    arrows?: boolean;
    booleans?: boolean;
    collapse_vars?: boolean;
    comparisons?: boolean;
    computed_props?: boolean;
    conditionals?: boolean;
    dead_code?: boolean;
    defaults?: boolean;
    directives?: boolean;
    drop_console?: boolean;
    drop_debugger?: boolean;
    ecma?: ECMA;
    evaluate?: boolean;
    expression?: boolean;
    global_defs?: object;
    hoist_funs?: boolean;
    hoist_props?: boolean;
    hoist_vars?: boolean;
    if_return?: boolean;
    inline?: boolean | InlineFunctions;
    join_vars?: boolean;
    keep_classnames?: boolean | RegExp;
    keep_fargs?: boolean;
    keep_fnames?: boolean | RegExp;
    keep_infinity?: boolean;
    loops?: boolean;
    module?: boolean;
    negate_iife?: boolean;
    passes?: number;
    properties?: boolean;
    pure_funcs?: string[];
    pure_getters?: boolean | 'strict';
    reduce_funcs?: boolean;
    reduce_vars?: boolean;
    sequences?: boolean | number;
    side_effects?: boolean;
    switches?: boolean;
    toplevel?: boolean;
    top_retain?: null | string | string[] | RegExp;
    typeofs?: boolean;
    unsafe?: boolean;
    unsafe_arrows?: boolean;
    unsafe_comps?: boolean;
    unsafe_Function?: boolean;
    unsafe_math?: boolean;
    unsafe_methods?: boolean;
    unsafe_proto?: boolean;
    unsafe_regexp?: boolean;
    unsafe_undefined?: boolean;
    unused?: boolean;
    warnings?: boolean;
}

export enum InlineFunctions {
    Disabled = 0,
    SimpleFunctions = 1,
    WithArguments = 2,
    WithArgumentsAndVariables = 3
}

export interface MangleOptions {
    eval?: boolean;
    keep_classnames?: boolean | RegExp;
    keep_fnames?: boolean | RegExp;
    module?: boolean;
    properties?: boolean | ManglePropertiesOptions;
    reserved?: string[];
    safari10?: boolean;
    toplevel?: boolean;
}

export interface ManglePropertiesOptions {
    builtins?: boolean;
    debug?: boolean;
    keep_quoted?: boolean;
    regex?: RegExp | string;
    reserved?: string[];
}

export interface OutputOptions {
    ascii_only?: boolean;
    beautify?: boolean;
    braces?: boolean;
    comments?: boolean | 'all' | 'some' | RegExp | Function;
    ecma?: ECMA;
    indent_level?: number;
    indent_start?: boolean;
    inline_script?: boolean;
    ie8?: boolean;
    keep_quoted_props?: boolean;
    max_line_len?: boolean;
    preamble?: string;
    quote_keys?: boolean;
    quote_style?: OutputQuoteStyle;
    safari10?: boolean;
    semicolons?: boolean;
    shebang?: boolean;
    shorthand?: boolean;
    source_map?: SourceMapOptions;
    webkit?: boolean;
    width?: number;
    wrap_iife?: boolean;
}

export enum OutputQuoteStyle {
    PreferDouble = 0,
    AlwaysSingle = 1,
    AlwaysDouble = 2,
    AlwaysOriginal = 3
}

export interface MinifyOptions {
    compress?: boolean | CompressOptions;
    ecma?: ECMA;
    ie8?: boolean;
    keep_classnames?: boolean | RegExp;
    keep_fnames?: boolean | RegExp;
    mangle?: boolean | MangleOptions;
    module?: boolean;
    nameCache?: object;
    output?: OutputOptions;
    parse?: ParseOptions;
    safari10?: boolean;
    sourceMap?: boolean | SourceMapOptions;
    toplevel?: boolean;
    warnings?: boolean | 'verbose';
}

export interface MinifyOutput {
    ast?: AST_Node;
    code?: string;
    error?: Error;
    map?: RawSourceMap | string;
    warnings?: string[];
}

export interface SourceMapOptions {
    content?: RawSourceMap;
    includeSources?: boolean;
    filename?: string;
    root?: string;
    url?: string | 'inline';
}

declare function parse(text: string, options?: ParseOptions): AST_Node;

export class TreeWalker {
    constructor(callback: (node: AST_Node, descend?: (node: AST_Node) => void) => boolean | undefined);
    directives: object;
    find_parent(type: AST_Node): AST_Node | undefined;
    has_directive(type: string): boolean;
    loopcontrol_target(node: AST_Node): AST_Node | undefined;
    parent(n: number): AST_Node | undefined;
    pop(): void;
    push(node: AST_Node): void;
    self(): AST_Node | undefined;
    stack: AST_Node[];
    visit: (node: AST_Node, descend: boolean) => any;
}

export class TreeTransformer extends TreeWalker {
    constructor(
        before: (node: AST_Node, descend?: (node: AST_Node, tw: TreeWalker) => void, in_list?: boolean) => AST_Node | undefined,
        after?: (node: AST_Node, in_list?: boolean) => AST_Node | undefined
    );
    before: (node: AST_Node) => AST_Node;
    after?: (node: AST_Node) => AST_Node;
}

export function push_uniq<T>(array: T[], el: T): void;

export function minify(files: string | string[] | { [file: string]: string } | AST_Node, options?: MinifyOptions): MinifyOutput;

export class AST_Node {
    constructor(props?: object);
    static BASE?: AST_Node;
    static PROPS: string[];
    static SELF_PROPS: string[];
    static SUBCLASSES: AST_Node[];
    static documentation: string;
    static propdoc?: Record<string, string>;
    static expressions?: AST_Node[];
    static warn?: (text: string, props: any) => void;
    static from_mozilla_ast?: (node: AST_Node) => any;
    walk: (visitor: TreeWalker) => void;
    print_to_string: (options?: OutputOptions) => string;
    transform: (tt: TreeTransformer, in_list?: boolean) => AST_Node;
    TYPE: string;
    CTOR: typeof AST_Node;
}

declare class SymbolDef {
    constructor(scope?: AST_Scope, orig?: object, init?: object);
    name: string;
    orig: AST_SymbolRef[];
    init: AST_SymbolRef;
    eliminated: number;
    scope: AST_Scope;
    references: AST_SymbolRef[];
    replaced: number;
    global: boolean;
    export: boolean;
    mangled_name: null | string;
    undeclared: boolean;
    id: number;
}

type ArgType = AST_SymbolFunarg | AST_DefaultAssign | AST_Destructuring | AST_Expansion;

declare class AST_Statement extends AST_Node {
    constructor(props?: object);
}

declare class AST_Debugger extends AST_Statement {
    constructor(props?: object);
}

declare class AST_Directive extends AST_Statement {
    constructor(props?: object);
    value: string;
    quote: string;
}

declare class AST_SimpleStatement extends AST_Statement {
    constructor(props?: object);
    body: AST_Node[];
}

declare class AST_Block extends AST_Statement {
    constructor(props?: object);
    body: AST_Node[];
    block_scope: AST_Scope | null;
}

declare class AST_BlockStatement extends AST_Block {
    constructor(props?: object);
}

declare class AST_Scope extends AST_Block {
    constructor(props?: object);
    variables: any;
    functions: any;
    uses_with: boolean;
    uses_eval: boolean;
    parent_scope: AST_Scope | null;
    enclosed: any;
    cname: any;
}

declare class AST_Toplevel extends AST_Scope {
    constructor(props?: object);
    globals: any;
}

declare class AST_Lambda extends AST_Scope {
    constructor(props?: object);
    name: AST_SymbolDeclaration | null;
    argnames: ArgType[];
    uses_arguments: boolean;
    is_generator: boolean;
    async: boolean;
}

declare class AST_Accessor extends AST_Lambda {
    constructor(props?: object);
}

declare class AST_Function extends AST_Lambda {
    constructor(props?: object);
    inlined: boolean;
}

declare class AST_Arrow extends AST_Lambda {
    constructor(props?: object);
    inlined: boolean;
}

declare class AST_Defun extends AST_Lambda {
    constructor(props?: object);
    inlined: boolean;
}

declare class AST_Class extends AST_Scope {
    constructor(props?: object);
    name: AST_SymbolClass | AST_SymbolDefClass | null;
    extends: AST_Node | null;
    properties: AST_ObjectProperty[];
    inlined: boolean;
}

declare class AST_DefClass extends AST_Class {
    constructor(props?: object);
}

declare class AST_ClassExpression extends AST_Class {
    constructor(props?: object);
}

declare class AST_Switch extends AST_Block {
    constructor(props?: object);
    expression: AST_Node;
}

declare class AST_SwitchBranch extends AST_Block {
    constructor(props?: object);
}

declare class AST_Default extends AST_SwitchBranch {
    constructor(props?: object);
}

declare class AST_Case extends AST_SwitchBranch {
    constructor(props?: object);
    expression: AST_Node;
}

declare class AST_Try extends AST_Block {
    constructor(props?: object);
    bcatch: AST_Catch;
    bfinally: null | AST_Finally;
}

declare class AST_Catch extends AST_Block {
    constructor(props?: object);
    argname: ArgType;
}

declare class AST_Finally extends AST_Block {
    constructor(props?: object);
}

declare class AST_EmptyStatement extends AST_Statement {
    constructor(props?: object);
}

declare class AST_StatementWithBody extends AST_Statement {
    constructor(props?: object);
    body: AST_Node[];
}

declare class AST_LabeledStatement extends AST_StatementWithBody {
    constructor(props?: object);
    label: AST_Label;
}

declare class AST_IterationStatement extends AST_StatementWithBody {
    constructor(props?: object);
    block_scope: AST_Scope | null;
}

declare class AST_DWLoop extends AST_IterationStatement {
    constructor(props?: object);
    condition: AST_Node;
}

declare class AST_Do extends AST_DWLoop {
    constructor(props?: object);
}

declare class AST_While extends AST_DWLoop {
    constructor(props?: object);
}

declare class AST_For extends AST_IterationStatement {
    constructor(props?: object);
    init: AST_Node | null;
    condition: AST_Node | null;
    step: AST_Node | null;
}

declare class AST_ForIn extends AST_IterationStatement {
    constructor(props?: object);
    init: AST_Node | null;
    object: AST_Node;
}

declare class AST_ForOf extends AST_ForIn {
    constructor(props?: object);
    await: boolean;
}

declare class AST_With extends AST_StatementWithBody {
    constructor(props?: object);
    expression: AST_Node;
}

declare class AST_If extends AST_StatementWithBody {
    constructor(props?: object);
    condition: AST_Node;
    alternative: AST_Node | null;
}

declare class AST_Jump extends AST_Statement {
    constructor(props?: object);
}

declare class AST_Exit extends AST_Jump {
    constructor(props?: object);
    value: AST_Node | null;
}

declare class AST_Return extends AST_Exit {
    constructor(props?: object);
}

declare class AST_Throw extends AST_Exit {
    constructor(props?: object);
}

declare class AST_LoopControl extends AST_Jump {
    constructor(props?: object);
    label: null | AST_LabelRef;
}

declare class AST_Break extends AST_LoopControl {
    constructor(props?: object);
}

declare class AST_Continue extends AST_LoopControl {
    constructor(props?: object);
}

declare class AST_Definitions extends AST_Statement {
    constructor(props?: object);
    definitions: AST_VarDef[];
}

declare class AST_Var extends AST_Definitions {
    constructor(props?: object);
}

declare class AST_Let extends AST_Definitions {
    constructor(props?: object);
}

declare class AST_Const extends AST_Definitions {
    constructor(props?: object);
}

declare class AST_Export extends AST_Statement {
    constructor(props?: object);
    exported_definition: AST_Definitions | AST_Lambda | AST_DefClass | null;
    exported_value: AST_Node | null;
    is_default: boolean;
    exported_names: AST_NameMapping[];
    module_name: AST_String;
}

declare class AST_Expansion extends AST_Node {
    constructor(props?: object);
    expression: AST_Node;
}

declare class AST_Destructuring extends AST_Node {
    constructor(props?: object);
    names: AST_Node[];
    is_array: boolean;
}

declare class AST_PrefixedTemplateString extends AST_Node {
    constructor(props?: object);
    template_string: AST_TemplateString;
    prefix: AST_Node;
}

declare class AST_TemplateString extends AST_Node {
    constructor(props?: object);
    segments: AST_Node[];
}

declare class AST_TemplateSegment extends AST_Node {
    constructor(props?: object);
    value: string;
    raw: string;
}

declare class AST_NameMapping extends AST_Node {
    constructor(props?: object);
    foreign_name: AST_Symbol;
    name: AST_SymbolExport | AST_SymbolImport;
}

declare class AST_Import extends AST_Node {
    constructor(props?: object);
    imported_name: null | AST_SymbolImport;
    imported_names: AST_NameMapping[];
    module_name: AST_String;
}

declare class AST_VarDef extends AST_Node {
    constructor(props?: object);
    name: AST_Destructuring | AST_SymbolConst | AST_SymbolLet | AST_SymbolVar;
    value: AST_Node | null;
}

declare class AST_Call extends AST_Node {
    constructor(props?: object);
    expression: AST_Node;
    args: AST_Node[];
}

declare class AST_New extends AST_Call {
    constructor(props?: object);
}

declare class AST_Sequence extends AST_Node {
    constructor(props?: object);
    expressions: AST_Node[];
}

declare class AST_PropAccess extends AST_Node {
    constructor(props?: object);
    expression: AST_Node;
    property: AST_Node | string;
}

declare class AST_Dot extends AST_PropAccess {
    constructor(props?: object);
}

declare class AST_Sub extends AST_PropAccess {
    constructor(props?: object);
}

declare class AST_Unary extends AST_Node {
    constructor(props?: object);
    operator: string;
    expression: AST_Node;
}

declare class AST_UnaryPrefix extends AST_Unary {
    constructor(props?: object);
}

declare class AST_UnaryPostfix extends AST_Unary {
    constructor(props?: object);
}

declare class AST_Binary extends AST_Node {
    constructor(props?: object);
    operator: string;
    left: AST_Node;
    right: AST_Node;
}

declare class AST_Assign extends AST_Binary {
    constructor(props?: object);
}

declare class AST_DefaultAssign extends AST_Binary {
    constructor(props?: object);
}

declare class AST_Conditional extends AST_Node {
    constructor(props?: object);
    condition: AST_Node;
    consequent: AST_Node;
    alternative: AST_Node;
}

declare class AST_Array extends AST_Node {
    constructor(props?: object);
    elements: AST_Node[];
}

declare class AST_Object extends AST_Node {
    constructor(props?: object);
    properties: AST_ObjectProperty[];
}

declare class AST_ObjectProperty extends AST_Node {
    constructor(props?: object);
    key: string | number | AST_Node;
    value: AST_Node;
}

declare class AST_ObjectKeyVal extends AST_ObjectProperty {
    constructor(props?: object);
    quote: string;
}

declare class AST_ObjectSetter extends AST_ObjectProperty {
    constructor(props?: object);
    quote: string;
    static: boolean;
}

declare class AST_ObjectGetter extends AST_ObjectProperty {
    constructor(props?: object);
    quote: string;
    static: boolean;
}

declare class AST_ConciseMethod extends AST_ObjectProperty {
    constructor(props?: object);
    quote: string;
    static: boolean;
    is_generator: boolean;
    async: boolean;
}

declare class AST_Symbol extends AST_Node {
    constructor(props?: object);
    scope: AST_Scope;
    name: string;
    thedef: SymbolDef;
}

declare class AST_SymbolDeclaration extends AST_Symbol {
    constructor(props?: object);
    init: AST_Node | null;
}

declare class AST_SymbolVar extends AST_SymbolDeclaration {
    constructor(props?: object);
}

declare class AST_SymbolFunarg extends AST_SymbolVar {
    constructor(props?: object);
}

declare class AST_SymbolBlockDeclaration extends AST_SymbolDeclaration {
    constructor(props?: object);
}

declare class AST_SymbolConst extends AST_SymbolBlockDeclaration {
    constructor(props?: object);
}

declare class AST_SymbolLet extends AST_SymbolBlockDeclaration {
    constructor(props?: object);
}

declare class AST_SymbolDefClass extends AST_SymbolBlockDeclaration {
    constructor(props?: object);
}

declare class AST_SymbolCatch extends AST_SymbolBlockDeclaration {
    constructor(props?: object);
}

declare class AST_SymbolImport extends AST_SymbolBlockDeclaration {
    constructor(props?: object);
}

declare class AST_SymbolDefun extends AST_SymbolDeclaration {
    constructor(props?: object);
}

declare class AST_SymbolLambda extends AST_SymbolDeclaration {
    constructor(props?: object);
}

declare class AST_SymbolClass extends AST_SymbolDeclaration {
    constructor(props?: object);
}

declare class AST_SymbolMethod extends AST_Symbol {
    constructor(props?: object);
}

declare class AST_SymbolImportForeign extends AST_Symbol {
    constructor(props?: object);
}

declare class AST_Label extends AST_Symbol {
    constructor(props?: object);
    references: AST_LoopControl | null;
}

declare class AST_SymbolRef extends AST_Symbol {
    constructor(props?: object);
}

declare class AST_SymbolExport extends AST_SymbolRef {
    constructor(props?: object);
}

declare class AST_SymbolExportForeign extends AST_Symbol {
    constructor(props?: object);
}

declare class AST_LabelRef extends AST_Symbol {
    constructor(props?: object);
}

declare class AST_This extends AST_Symbol {
    constructor(props?: object);
}

declare class AST_Super extends AST_This {
    constructor(props?: object);
}

declare class AST_NewTarget extends AST_Node {
    constructor(props?: object);
}

declare class AST_Constant extends AST_Node {
    constructor(props?: object);
}

declare class AST_String extends AST_Constant {
    constructor(props?: object);
    value: string;
    quote: string;
}

declare class AST_Number extends AST_Constant {
    constructor(props?: object);
    value: number;
    literal: string;
}

declare class AST_RegExp extends AST_Constant {
    constructor(props?: object);
    value: RegExp;
}

declare class AST_Atom extends AST_Constant {
    constructor(props?: object);
}

declare class AST_Null extends AST_Atom {
    constructor(props?: object);
}

declare class AST_NaN extends AST_Atom {
    constructor(props?: object);
}

declare class AST_Undefined extends AST_Atom {
    constructor(props?: object);
}

declare class AST_Hole extends AST_Atom {
    constructor(props?: object);
}

declare class AST_Infinity extends AST_Atom {
    constructor(props?: object);
}

declare class AST_Boolean extends AST_Atom {
    constructor(props?: object);
}

declare class AST_False extends AST_Boolean {
    constructor(props?: object);
}

declare class AST_True extends AST_Boolean {
    constructor(props?: object);
}

declare class AST_Await extends AST_Node {
    constructor(props?: object);
    expression: AST_Node;
}

declare class AST_Yield extends AST_Node {
    constructor(props?: object);
    expression: AST_Node;
    is_star: boolean;
}