arrayLiteralWithMultipleBestCommonTypes.types

=== tests/cases/conformance/types/typeRelationships/bestCommonType/arrayLiteralWithMultipleBestCommonTypes.ts ===
// when multiple best common types exist we will choose the first candidate

var a: { x: number; y?: number };
>a : { x: number; y?: number; }
>x : number
>y : number

var b: { x: number; z?: number };
>b : { x: number; z?: number; }
>x : number
>z : number

var c: { x: number; a?: number };
>c : { x: number; a?: number; }
>x : number
>a : number

var as = [a, b]; // { x: number; y?: number };[]
>as : ({ x: number; y?: number; } | { x: number; z?: number; })[]
>[a, b] : ({ x: number; y?: number; } | { x: number; z?: number; })[]
>a : { x: number; y?: number; }
>b : { x: number; z?: number; }

var bs = [b, a]; // { x: number; z?: number };[]
>bs : ({ x: number; z?: number; } | { x: number; y?: number; })[]
>[b, a] : ({ x: number; z?: number; } | { x: number; y?: number; })[]
>b : { x: number; z?: number; }
>a : { x: number; y?: number; }

var cs = [a, b, c]; // { x: number; y?: number };[]
>cs : ({ x: number; y?: number; } | { x: number; z?: number; } | { x: number; a?: number; })[]
>[a, b, c] : ({ x: number; y?: number; } | { x: number; z?: number; } | { x: number; a?: number; })[]
>a : { x: number; y?: number; }
>b : { x: number; z?: number; }
>c : { x: number; a?: number; }

var ds = [(x: Object) => 1, (x: string) => 2]; // { (x:Object) => number }[]
>ds : ((x: Object) => number)[]
>[(x: Object) => 1, (x: string) => 2] : ((x: Object) => number)[]
>(x: Object) => 1 : (x: Object) => number
>x : Object
>Object : Object
>1 : number
>(x: string) => 2 : (x: string) => number
>x : string
>2 : number

var es = [(x: string) => 2, (x: Object) => 1]; // { (x:string) => number }[]
>es : ((x: string) => number)[]
>[(x: string) => 2, (x: Object) => 1] : ((x: string) => number)[]
>(x: string) => 2 : (x: string) => number
>x : string
>2 : number
>(x: Object) => 1 : (x: Object) => number
>x : Object
>Object : Object
>1 : number

var fs = [(a: { x: number; y?: number }) => 1, (b: { x: number; z?: number }) => 2]; // (a: { x: number; y?: number }) => number[]
>fs : (((a: { x: number; y?: number; }) => number) | ((b: { x: number; z?: number; }) => number))[]
>[(a: { x: number; y?: number }) => 1, (b: { x: number; z?: number }) => 2] : (((a: { x: number; y?: number; }) => number) | ((b: { x: number; z?: number; }) => number))[]
>(a: { x: number; y?: number }) => 1 : (a: { x: number; y?: number; }) => number
>a : { x: number; y?: number; }
>x : number
>y : number
>1 : number
>(b: { x: number; z?: number }) => 2 : (b: { x: number; z?: number; }) => number
>b : { x: number; z?: number; }
>x : number
>z : number
>2 : number

var gs = [(b: { x: number; z?: number }) => 2, (a: { x: number; y?: number }) => 1]; // (b: { x: number; z?: number }) => number[]
>gs : (((b: { x: number; z?: number; }) => number) | ((a: { x: number; y?: number; }) => number))[]
>[(b: { x: number; z?: number }) => 2, (a: { x: number; y?: number }) => 1] : (((b: { x: number; z?: number; }) => number) | ((a: { x: number; y?: number; }) => number))[]
>(b: { x: number; z?: number }) => 2 : (b: { x: number; z?: number; }) => number
>b : { x: number; z?: number; }
>x : number
>z : number
>2 : number
>(a: { x: number; y?: number }) => 1 : (a: { x: number; y?: number; }) => number
>a : { x: number; y?: number; }
>x : number
>y : number
>1 : number