Add superforms

README.md

@@ -426,6 +426,7 @@ There are a growing number of tools that are built atop or support Zod natively!
 - [`zod-i18n-map`](https://github.com/aiji42/zod-i18n): Useful for translating Zod error messages.
 - [`@modular-forms/solid`](https://github.com/fabian-hiller/modular-forms): Modular form library for SolidJS that supports Zod for validation.
 - [`houseform`](https://github.com/crutchcorn/houseform/): A React form library that uses Zod for validation.
+- [`sveltekit-superforms`](https://github.com/ciscoheat/sveltekit-superforms): Supercharged form library for SvelteKit with Zod validation.
 
 #### Zod to X
 
@@ -2399,51 +2400,55 @@ The `.pipe()` method returns a `ZodPipeline` instance.
 You can constrain the input to types that work well with your chosen coercion. Then use `.pipe()` to apply the coercion.
 
 without constrained input:
+
 ```ts
-const toDate = z.coerce.date()
+const toDate = z.coerce.date();
 
 // works intuitively
-console.log(toDate.safeParse('2023-01-01').success) // true
+console.log(toDate.safeParse("2023-01-01").success); // true
 
 // might not be what you want
-console.log(toDate.safeParse(null).success) // true
+console.log(toDate.safeParse(null).success); // true
 ```
 
 with constrained input:
+
 ```ts
-const datelike = z.union([z.number(), z.string(), z.date()])
-const datelikeToDate = datelike.pipe(z.coerce.date())
+const datelike = z.union([z.number(), z.string(), z.date()]);
+const datelikeToDate = datelike.pipe(z.coerce.date());
 
 // still works intuitively
-console.log(datelikeToDate.safeParse('2023-01-01').success) // true
+console.log(datelikeToDate.safeParse("2023-01-01").success); // true
 
 // more likely what you want
-console.log(datelikeToDate.safeParse(null).success) // false
+console.log(datelikeToDate.safeParse(null).success); // false
 ```
 
 You can also use this technique to avoid coercions that throw uncaught errors.
 
 without constrained input:
+
 ```ts
-const toBigInt = z.coerce.bigint()
+const toBigInt = z.coerce.bigint();
 
 // works intuitively
-console.log( toBigInt.safeParse( '42' ) ) // true
+console.log(toBigInt.safeParse("42")); // true
 
 // probably not what you want
-console.log( toBigInt.safeParse( null ) ) // throws uncaught error
+console.log(toBigInt.safeParse(null)); // throws uncaught error
 ```
 
 with constrained input:
+
 ```ts
-const toNumber = z.number().or( z.string() ).pipe( z.coerce.number() )
-const toBigInt = z.bigint().or( toNumber ).pipe( z.coerce.bigint() )
+const toNumber = z.number().or(z.string()).pipe(z.coerce.number());
+const toBigInt = z.bigint().or(toNumber).pipe(z.coerce.bigint());
 
 // still works intuitively
-console.log( toBigInt.safeParse( '42' ).success ) // true
+console.log(toBigInt.safeParse("42").success); // true
 
 // error handled by zod, more likely what you want
-console.log( toBigInt.safeParse( null ).success ) // false
+console.log(toBigInt.safeParse(null).success); // false
 ```
 
 ## Guides and concepts

deno/lib/README.md

@@ -426,6 +426,7 @@ There are a growing number of tools that are built atop or support Zod natively!
 - [`zod-i18n-map`](https://github.com/aiji42/zod-i18n): Useful for translating Zod error messages.
 - [`@modular-forms/solid`](https://github.com/fabian-hiller/modular-forms): Modular form library for SolidJS that supports Zod for validation.
 - [`houseform`](https://github.com/crutchcorn/houseform/): A React form library that uses Zod for validation.
+- [`sveltekit-superforms`](https://github.com/ciscoheat/sveltekit-superforms): Supercharged form library for SvelteKit with Zod validation.
 
 #### Zod to X
 
@@ -2399,51 +2400,55 @@ The `.pipe()` method returns a `ZodPipeline` instance.
 You can constrain the input to types that work well with your chosen coercion. Then use `.pipe()` to apply the coercion.
 
 without constrained input:
+
 ```ts
-const toDate = z.coerce.date()
+const toDate = z.coerce.date();
 
 // works intuitively
-console.log(toDate.safeParse('2023-01-01').success) // true
+console.log(toDate.safeParse("2023-01-01").success); // true
 
 // might not be what you want
-console.log(toDate.safeParse(null).success) // true
+console.log(toDate.safeParse(null).success); // true
 ```
 
 with constrained input:
+
 ```ts
-const datelike = z.union([z.number(), z.string(), z.date()])
-const datelikeToDate = datelike.pipe(z.coerce.date())
+const datelike = z.union([z.number(), z.string(), z.date()]);
+const datelikeToDate = datelike.pipe(z.coerce.date());
 
 // still works intuitively
-console.log(datelikeToDate.safeParse('2023-01-01').success) // true
+console.log(datelikeToDate.safeParse("2023-01-01").success); // true
 
 // more likely what you want
-console.log(datelikeToDate.safeParse(null).success) // false
+console.log(datelikeToDate.safeParse(null).success); // false
 ```
 
 You can also use this technique to avoid coercions that throw uncaught errors.
 
 without constrained input:
+
 ```ts
-const toBigInt = z.coerce.bigint()
+const toBigInt = z.coerce.bigint();
 
 // works intuitively
-console.log( toBigInt.safeParse( '42' ) ) // true
+console.log(toBigInt.safeParse("42")); // true
 
 // probably not what you want
-console.log( toBigInt.safeParse( null ) ) // throws uncaught error
+console.log(toBigInt.safeParse(null)); // throws uncaught error
 ```
 
 with constrained input:
+
 ```ts
-const toNumber = z.number().or( z.string() ).pipe( z.coerce.number() )
-const toBigInt = z.bigint().or( toNumber ).pipe( z.coerce.bigint() )
+const toNumber = z.number().or(z.string()).pipe(z.coerce.number());
+const toBigInt = z.bigint().or(toNumber).pipe(z.coerce.bigint());
 
 // still works intuitively
-console.log( toBigInt.safeParse( '42' ).success ) // true
+console.log(toBigInt.safeParse("42").success); // true
 
 // error handled by zod, more likely what you want
-console.log( toBigInt.safeParse( null ).success ) // false
+console.log(toBigInt.safeParse(null).success); // false
 ```
 
 ## Guides and concepts

playground.ts

@@ -1,2 +1,19 @@
 import { z } from "./src";
 z;
+
+function recursive<T extends z.ZodTypeAny>(
+  callback: <G extends z.ZodTypeAny>(schema: G) => T
+): T {
+  return "asdf" as any;
+}
+
+const cat = recursive((type) => {
+  return z.object({
+    name: z.string(),
+    subcategories: type,
+  });
+});
+type cat = z.infer<typeof cat>; //["subcategories"];
+declare let fido: cat;
+fido;
+fido.subcategories![0];