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//// [namedTupleMembers.ts]
export type Segment = [length: number, count: number];
export type SegmentAnnotated = [
/**
* Size of message buffer segment handles
*/
length: number,
/**
* Number of segments handled at once
*/
count: number
];
declare var a: Segment;
declare var b: SegmentAnnotated;
declare var c: [number, number];
declare var d: [a: number, b: number];
a = b;
a = c;
a = d;
b = a;
b = c;
b = d;
c = a;
c = b;
c = d;
d = a;
d = b;
d = c;
export type WithOptAndRest = [first: number, second?: number, ...rest: string[]];
export type Func<T extends any[]> = (...x: T) => void;
export const func = null as any as Func<SegmentAnnotated>;
export function useState<T>(initial: T): [value: T, setter: (T) => void] {
return null as any;
}
export type Iter = Func<[step: number, iterations: number]>;
export function readSegment([length, count]: [number, number]) {}
// documenting binding pattern behavior (currently does _not_ generate tuple names)
export const val = null as any as Parameters<typeof readSegment>[0];
export type RecursiveTupleA = [initial: string, next: RecursiveTupleA];
export type RecursiveTupleB = [first: string, ptr: RecursiveTupleB];
declare var q: RecursiveTupleA;
declare var r: RecursiveTupleB;
q = r;
r = q;
export type RecusiveRest = [first: string, ...rest: RecusiveRest[]];
export type RecusiveRest2 = [string, ...RecusiveRest2[]];
declare var x: RecusiveRest;
declare var y: RecusiveRest2;
x = y;
y = x;
declare function f<T extends any[]>(...x: T): T;
declare function g(elem: object, index: number): object;
declare function getArgsForInjection<T extends (...args: any[]) => any>(x: T): Parameters<T>;
export const argumentsOfGAsFirstArgument = f(getArgsForInjection(g)); // one tuple with captures arguments as first member
export const argumentsOfG = f(...getArgsForInjection(g)); // captured arguments list re-spread
//// [namedTupleMembers.js]
"use strict";
Object.defineProperty(exports, "__esModule", { value: true });
exports.argumentsOfG = exports.argumentsOfGAsFirstArgument = exports.val = exports.readSegment = exports.useState = exports.func = void 0;
a = b;
a = c;
a = d;
b = a;
b = c;
b = d;
c = a;
c = b;
c = d;
d = a;
d = b;
d = c;
exports.func = null;
function useState(initial) {
return null;
}
exports.useState = useState;
function readSegment(_a) {
var length = _a[0], count = _a[1];
}
exports.readSegment = readSegment;
// documenting binding pattern behavior (currently does _not_ generate tuple names)
exports.val = null;
q = r;
r = q;
x = y;
y = x;
exports.argumentsOfGAsFirstArgument = f(getArgsForInjection(g)); // one tuple with captures arguments as first member
exports.argumentsOfG = f.apply(void 0, getArgsForInjection(g)); // captured arguments list re-spread
//// [namedTupleMembers.d.ts]
export type Segment = [length: number, count: number];
export type SegmentAnnotated = [
/**
* Size of message buffer segment handles
*/
length: number,
/**
* Number of segments handled at once
*/
count: number
];
export type WithOptAndRest = [first: number, second?: number, ...rest: string[]];
export type Func<T extends any[]> = (...x: T) => void;
export declare const func: Func<SegmentAnnotated>;
export declare function useState<T>(initial: T): [value: T, setter: (T: any) => void];
export type Iter = Func<[step: number, iterations: number]>;
export declare function readSegment([length, count]: [number, number]): void;
export declare const val: [number, number];
export type RecursiveTupleA = [initial: string, next: RecursiveTupleA];
export type RecursiveTupleB = [first: string, ptr: RecursiveTupleB];
export type RecusiveRest = [first: string, ...rest: RecusiveRest[]];
export type RecusiveRest2 = [string, ...RecusiveRest2[]];
export declare const argumentsOfGAsFirstArgument: [[elem: object, index: number]];
export declare const argumentsOfG: [elem: object, index: number];
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