feat(signals): rename rxMethod.unsubscribe to destroy

BREAKING CHANGES:

The `unsubscribe` method from `rxMethod` is renamed to `destroy`.

BEFORE:

const logNumber = rxMethod<number>(tap(console.log));

const num1$ = interval(1_000);
const num2$ = interval(2_000);

const num1Ref = logNumber(num1$);
const num2Ref = logNumber(num2$);

// destroy `num1Ref` after 2 seconds
setTimeout(() => num1Ref.unsubscribe(), 2_000);

// destroy all reactive method refs after 5 seconds
setTimeout(() => logNumber.unsubscribe(), 5_000);

AFTER:

const logNumber = rxMethod<number>(tap(console.log));

const num1$ = interval(1_000);
const num2$ = interval(2_000);

const num1Ref = logNumber(num1$);
const num2Ref = logNumber(num2$);

// destroy `num1Ref` after 2 seconds
setTimeout(() => num1Ref.destroy(), 2_000);

// destroy all reactive method refs after 5 seconds
setTimeout(() => logNumber.destroy(), 5_000);

modules/signals/rxjs-interop/spec/rx-method.spec.ts

@@ -96,22 +96,22 @@ describe('rxMethod', () => {
       const subject$ = new Subject<number>();
       const sig = signal(0);
 
-      const sub1 = method(subject$);
-      const sub2 = method(sig);
+      const ref1 = method(subject$);
+      const ref2 = method(sig);
       expect(results).toEqual([]);
 
       subject$.next(1);
       sig.set(1);
       TestBed.flushEffects();
       expect(results).toEqual([1, 1]);
 
-      sub1.unsubscribe();
+      ref1.destroy();
       subject$.next(2);
       sig.set(2);
       TestBed.flushEffects();
       expect(results).toEqual([1, 1, 2]);
 
-      sub2.unsubscribe();
+      ref2.destroy();
       sig.set(3);
       TestBed.flushEffects();
       expect(results).toEqual([1, 1, 2]);
@@ -138,7 +138,7 @@ describe('rxMethod', () => {
     method(1);
     expect(results).toEqual([1, 1, 1]);
 
-    method.unsubscribe();
+    method.destroy();
     expect(destroyed).toBe(true);
 
     subject1$.next(2);

modules/signals/rxjs-interop/src/rx-method.ts

@@ -8,13 +8,17 @@ import {
   Signal,
   untracked,
 } from '@angular/core';
-import { isObservable, noop, Observable, Subject, Unsubscribable } from 'rxjs';
+import { isObservable, noop, Observable, Subject } from 'rxjs';
+
+type RxMethodRef = {
+  destroy: () => void;
+};
 
 type RxMethod<Input> = ((
   input: Input | Signal<Input> | Observable<Input>,
   config?: { injector?: Injector }
-) => Unsubscribable) &
-  Unsubscribable;
+) => RxMethodRef) &
+  RxMethodRef;
 
 export function rxMethod<Input>(
   generator: (source$: Observable<Input>) => Observable<unknown>,
@@ -32,10 +36,10 @@ export function rxMethod<Input>(
   const rxMethodFn = (
     input: Input | Signal<Input> | Observable<Input>,
     config?: { injector?: Injector }
-  ) => {
+  ): RxMethodRef => {
     if (isStatic(input)) {
       source$.next(input);
-      return { unsubscribe: noop };
+      return { destroy: noop };
     }
 
     const instanceInjector =
@@ -49,10 +53,9 @@ export function rxMethod<Input>(
         },
         { injector: instanceInjector }
       );
-      const instanceSub = { unsubscribe: () => watcher.destroy() };
-      sourceSub.add(instanceSub);
+      sourceSub.add({ unsubscribe: () => watcher.destroy() });
 
-      return instanceSub;
+      return watcher;
     }
 
     const instanceSub = input.subscribe((value) => source$.next(value));
@@ -64,9 +67,9 @@ export function rxMethod<Input>(
         .onDestroy(() => instanceSub.unsubscribe());
     }
 
-    return instanceSub;
+    return { destroy: () => instanceSub.unsubscribe() };
   };
-  rxMethodFn.unsubscribe = sourceSub.unsubscribe.bind(sourceSub);
+  rxMethodFn.destroy = sourceSub.unsubscribe.bind(sourceSub);
 
   return rxMethodFn;
 }

projects/ngrx.io/content/guide/signals/rxjs-integration.md

@@ -247,7 +247,7 @@ If the injector is not provided when calling the reactive method outside of curr
 
 ### Manual Cleanup
 
-If a reactive method needs to be cleaned up before the injector is destroyed, manual cleanup can be performed by calling the `unsubscribe` method.
+If a reactive method needs to be cleaned up before the injector is destroyed, manual cleanup can be performed by calling the `destroy` method.
 
 ```ts
 import { Component, OnInit } from '@angular/core';
@@ -266,15 +266,15 @@ export class NumbersComponent implements OnInit {
     this.logNumber(num2$);
 
     setTimeout(() => {
-      // 👇 Clean up all reactive method subscriptions after 3 seconds.
-      this.logNumber.unsubscribe();
+      // 👇 Destroy the reactive method after 3 seconds.
+      this.logNumber.destroy();
     }, 3_000);
   }
 }
 ```
 
-When invoked, the reactive method returns a subscription.
-Using this subscription allows manual unsubscribing from a specific call, preserving the activity of other reactive method calls until the corresponding injector is destroyed.
+When invoked, the reactive method returns the object with the `destroy` method.
+This allows manual cleanup of a specific call, preserving the activity of other reactive method calls until the corresponding injector is destroyed.
 
 ```ts
 import { Component, OnInit } from '@angular/core';
@@ -289,12 +289,12 @@ export class NumbersComponent implements OnInit {
     const num1$ = interval(500);
     const num2$ = interval(1_000);
 
-    const num1Sub = this.logNumber(num1$);
-    this.logNumber(num2$);
+    const num1Ref = this.logNumber(num1$);
+    const num2Ref = this.logNumber(num2$);
 
     setTimeout(() => {
-      // 👇 Clean up the first reactive method subscription after 2 seconds.
-      num1Sub.unsubscribe();
+      // 👇 Destroy the first reactive method call after 2 seconds.
+      num1Ref.destroy();
     }, 2_000);
   }
 }