adjacent-overload-signatures.md
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adjacent-overload-signatures
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Require that member overloads be consecutive (Grouping overloaded members together can improve readability of the code.
Rule Details
This rule aims to standardize the way overloaded members are organized.
The following patterns are considered warnings:
declare namespace Foo {
export function foo(s: string): void;
export function foo(n: number): void;
export function bar(): void;
export function foo(sn: string | number): void;
}
type Foo = {
foo(s: string): void;
foo(n: number): void;
bar(): void;
foo(sn: string | number): void;
};
interface Foo {
foo(s: string): void;
foo(n: number): void;
bar(): void;
foo(sn: string | number): void;
}
class Foo {
foo(s: string): void;
foo(n: number): void;
bar(): void {}
foo(sn: string | number): void {}
}
export function foo(s: string): void;
export function foo(n: number): void;
export function bar(): void;
export function foo(sn: string | number): void;
The following patterns are not warnings:
declare namespace Foo {
export function foo(s: string): void;
export function foo(n: number): void;
export function foo(sn: string | number): void;
export function bar(): void;
}
type Foo = {
foo(s: string): void;
foo(n: number): void;
foo(sn: string | number): void;
bar(): void;
};
interface Foo {
foo(s: string): void;
foo(n: number): void;
foo(sn: string | number): void;
bar(): void;
}
class Foo {
foo(s: string): void;
foo(n: number): void;
foo(sn: string | number): void {}
bar(): void {}
}
export function bar(): void;
export function foo(s: string): void;
export function foo(n: number): void;
export function foo(sn: string | number): void;
When Not To Use It
If you don't care about the general structure of the code, then you will not need this rule.
Compatibility
- TSLint: adjacent-overload-signatures