import * as v from 'valibot';

declare const UnsignedIntegerSchema: v.SchemaWithPipe<readonly [v.NumberSchema<"It should be a number">, v.IntegerAction<number, "It should be an integer">, v.MinValueAction<number, 0, "It should be greater than 0">]>;
type UnsignedInteger = v.InferInput<typeof UnsignedIntegerSchema>;
declare const UINT_MIN = 0;
declare const UINT8_MAX: number;
declare const Uint8Schema: v.SchemaWithPipe<readonly [v.NumberSchema<"It should be a number">, v.IntegerAction<number, "It should be an integer number">, v.MinValueAction<number, 0, "It should be greater than 0">, v.MaxValueAction<number, number, "It should be less than 256">]>;
type Uint8 = v.InferInput<typeof Uint8Schema>;
declare const UINT16_MAX: number;
declare const Uint16Schema: v.SchemaWithPipe<readonly [v.NumberSchema<"It should be a number">, v.IntegerAction<number, "It should be an integer number">, v.MinValueAction<number, 0, "It should be greater than 0">, v.MaxValueAction<number, number, "It should be less than 65536">]>;
type Uint16 = v.InferInput<typeof Uint16Schema>;
declare const UINT32_MAX: number;
declare const Uint32Schema: v.SchemaWithPipe<readonly [v.NumberSchema<"It should be a number">, v.IntegerAction<number, "It should be an integer number">, v.MinValueAction<number, 0, "It should be greater than 0">, v.MaxValueAction<number, number, "It should be less than 4294967296">]>;
type Uint32 = v.InferInput<typeof Uint32Schema>;
declare const BigUintSchema: v.SchemaWithPipe<readonly [v.BigintSchema<undefined>, v.MinValueAction<bigint, 0n, "It should be greater than 0">]>;
type BigUint = v.InferInput<typeof BigUintSchema>;
declare const IntegerSchema: v.SchemaWithPipe<readonly [v.NumberSchema<"It should be a number">, v.IntegerAction<number, "It should be an integer">]>;
type Integer = v.InferInput<typeof IntegerSchema>;
declare const INT8_MIN: number;
declare const INT8_MAX: number;
declare const Int8Schema: v.SchemaWithPipe<readonly [v.NumberSchema<"It should be a number">, v.IntegerAction<number, "It should be an integer number">, v.MinValueAction<number, number, "It should be greater than -129">, v.MaxValueAction<number, number, "It should be less than 128">]>;
type Int8 = v.InferInput<typeof Int8Schema>;
declare const INT16_MIN: number;
declare const INT16_MAX: number;
declare const Int16Schema: v.SchemaWithPipe<readonly [v.NumberSchema<"It should be a number">, v.IntegerAction<number, "It should be an integer number">, v.MinValueAction<number, number, "It should be greater than -32769">, v.MaxValueAction<number, number, "It should be less than 32768">]>;
type Int16 = v.InferInput<typeof Int16Schema>;
declare const INT32_MIN: number;
declare const INT32_MAX: number;
declare const Int32Schema: v.SchemaWithPipe<readonly [v.NumberSchema<"It should be a number">, v.IntegerAction<number, "It should be an integer number">, v.MinValueAction<number, number, "It should be greater than -2147483649">, v.MaxValueAction<number, number, "It should be less than 2147483648">]>;
type Int32 = v.InferInput<typeof Int32Schema>;
declare const BigIntSchema: v.BigintSchema<undefined>;
declare const FLOAT32_MAX = 3.4028234663852886e+38;
declare const FLOAT32_MIN: number;
declare const Float32Schema: v.SchemaWithPipe<readonly [v.NumberSchema<undefined>, v.CheckAction<number, "Invalid number, it is not a Float32 number">]>;
type Float32 = v.InferInput<typeof Float32Schema>;
declare const FLOAT64_MAX: number;
declare const FLOAT64_MIN: number;
declare const Float64Schema: v.SchemaWithPipe<readonly [v.NumberSchema<undefined>, v.CheckAction<number, "Invalid number, it is not a Float64 number">]>;
type Float64 = v.InferInput<typeof Float64Schema>;
declare const passToArray: (value: number, min: number, max: number) => number[];
declare const Uint8ArraySchema: v.InstanceSchema<Uint8ArrayConstructor, undefined>;
declare const Uint8ArrayTransform: v.SchemaWithPipe<readonly [v.SchemaWithPipe<readonly [v.NumberSchema<"It should be a number">, v.IntegerAction<number, "It should be an integer">, v.MinValueAction<number, 0, "It should be greater than 0">]>, v.TransformAction<number, Uint8Array<ArrayBuffer>>]>;
declare const Uint16ArraySchema: v.InstanceSchema<Uint16ArrayConstructor, undefined>;
declare const Uint16ArrayTransform: v.SchemaWithPipe<readonly [v.SchemaWithPipe<readonly [v.NumberSchema<"It should be a number">, v.IntegerAction<number, "It should be an integer">, v.MinValueAction<number, 0, "It should be greater than 0">]>, v.TransformAction<number, Uint16Array<ArrayBuffer>>]>;
declare const Uint32ArraySchema: v.InstanceSchema<Uint32ArrayConstructor, undefined>;
declare const Uint32ArrayTransform: v.SchemaWithPipe<readonly [v.SchemaWithPipe<readonly [v.NumberSchema<"It should be a number">, v.IntegerAction<number, "It should be an integer">, v.MinValueAction<number, 0, "It should be greater than 0">]>, v.TransformAction<number, Uint32Array<ArrayBuffer>>]>;
declare const BigUint64ArraySchema: v.InstanceSchema<BigUint64ArrayConstructor, undefined>;
declare const Int8ArraySchema: v.InstanceSchema<Int8ArrayConstructor, undefined>;
declare const Int8ArrayTransform: v.SchemaWithPipe<readonly [v.SchemaWithPipe<readonly [v.NumberSchema<"It should be a number">, v.IntegerAction<number, "It should be an integer">]>, v.TransformAction<number, Int8Array<ArrayBuffer>>]>;
declare const Int16ArraySchema: v.InstanceSchema<Int16ArrayConstructor, undefined>;
declare const Int16ArrayTransform: v.SchemaWithPipe<readonly [v.SchemaWithPipe<readonly [v.NumberSchema<"It should be a number">, v.IntegerAction<number, "It should be an integer">]>, v.TransformAction<number, Int16Array<ArrayBuffer>>]>;
declare const Int32ArraySchema: v.InstanceSchema<Int32ArrayConstructor, undefined>;
declare const Int32ArrayTransform: v.SchemaWithPipe<readonly [v.SchemaWithPipe<readonly [v.NumberSchema<"It should be a number">, v.IntegerAction<number, "It should be an integer">]>, v.TransformAction<number, Int32Array<ArrayBuffer>>]>;
declare const BigInt64ArraySchema: v.InstanceSchema<BigInt64ArrayConstructor, undefined>;
declare const Float32ArraySchema: v.InstanceSchema<Float32ArrayConstructor, undefined>;
declare const Float32ArrayTransform: v.SchemaWithPipe<readonly [v.NumberSchema<undefined>, v.TransformAction<number, Float32Array<ArrayBuffer>>]>;
declare const Float64ArraySchema: v.InstanceSchema<Float64ArrayConstructor, undefined>;
declare const Float64ArrayTransform: v.SchemaWithPipe<readonly [v.NumberSchema<undefined>, v.TransformAction<number, Float64Array<ArrayBuffer>>]>;

export { BigInt64ArraySchema, BigIntSchema, type BigUint, BigUint64ArraySchema, BigUintSchema, FLOAT32_MAX, FLOAT32_MIN, FLOAT64_MAX, FLOAT64_MIN, type Float32, Float32ArraySchema, Float32ArrayTransform, Float32Schema, type Float64, Float64ArraySchema, Float64ArrayTransform, Float64Schema, INT16_MAX, INT16_MIN, INT32_MAX, INT32_MIN, INT8_MAX, INT8_MIN, type Int16, Int16ArraySchema, Int16ArrayTransform, Int16Schema, type Int32, Int32ArraySchema, Int32ArrayTransform, Int32Schema, type Int8, Int8ArraySchema, Int8ArrayTransform, Int8Schema, type Integer, IntegerSchema, UINT16_MAX, UINT32_MAX, UINT8_MAX, UINT_MIN, type Uint16, Uint16ArraySchema, Uint16ArrayTransform, Uint16Schema, type Uint32, Uint32ArraySchema, Uint32ArrayTransform, Uint32Schema, type Uint8, Uint8ArraySchema, Uint8ArrayTransform, Uint8Schema, type UnsignedInteger, UnsignedIntegerSchema, passToArray };