References

summary
public	C TinyType The TinyType abstract class should be used as a base class for your own Tiny Types.
public	F TinyTypeOf(): * this function is experimental. The TinyTypeOf can be used to define simple single-value TinyTypes on a single line.
public	F ensure(name: string, value: T, predicates: ...Array<Predicate<T>>): T The `ensure` function verifies if the value meets the specified {Predicate}s.
public	F match(value: *): PatternMatcher<any, any, any, any> this function is experimental.
public	V check: * this variable was deprecated. This function has been deprecated.

objects

summary
public	F deprecated(message: string, log: Logger): * A decorator to mark a class, method or function as deprecated and make it log a warning whenever it is used.
public	F isRecord(value: unknown): boolean

predicates

summary
public	C Failure
public	C Predicate Describes a Condition that the `value` should meet.
public	C Result
public	C Success
public	F and(predicates: ...Array<Predicate<T>>): Predicate<T> Ensures that the `value` meets all the provided Predicates.
public	F endsWith(suffix: string): Predicate<string> Ensures that the `value` ends with a given suffix.
public	F hasLengthOf(expectedLength: number): Predicate Ensures that the `value` is of `expectedLength`.
public	F isArray(): Predicate<T[]> Ensures that the `value` is an Array.
public	F isBoolean(): Predicate<boolean> Ensures that the `value` is a Boolean value.
public	F isDefined(): Predicate<T> Ensures that the `value` is defined as anything other than null or undefined.
public	F isEqualTo(expectedValue: string \| number \| symbol \| TinyType \| object): Predicate<any> Ensures that the `value` is equal to `expectedValue`.
public	F isFunction(): Predicate<Function> Ensures that the `value` is a Function.
public	F isGreaterThan(lowerBound: number): Predicate<number> Ensures that the `value` is greater than the `lowerBound`.
public	F isGreaterThanOrEqualTo(lowerBound: number): Predicate<number> Ensures that the `value` is greater than or equal to the `lowerBound`.
public	F isInRange(lowerBound: number, upperBound: number): Predicate<number> Ensures that the `value` is greater than or equal to the `lowerBound` and less than or equal to the `upperBound`
public	F isInstanceOf(type: Constructor<T>): Predicate<T> Ensures that the `value` is an instance of `type`
public	F isInteger(): Predicate<number> Ensures that the `value` is an integer Number.
public	F isLessThan(upperBound: number): Predicate<number> Ensures that the `value` is less than the `upperBound`.
public	F isLessThanOrEqualTo(upperBound: number): Predicate<number> Ensures that the `value` is less than or equal to the `upperBound`.
public	F isNotBlank(): Predicate<string> Ensures that the `value` is not an empty string.
public	F isNumber(): Predicate<number> Ensures that the `value` is a Number.
public	F isOneOf(allowedValues: ...T[]): Predicate<T> Ensures that the `value` is equal to one of the `allowedValues`
public	F isPlainObject(): Predicate<string> Ensures that the `value` is a plain Object.
public	F isString(): Predicate<string> Ensures that the `value` is a String.
public	F matches(expression: RegExp): Predicate<string> Ensures that the `value` matches RegExp.
public	F or(predicates: Predicate<T>): Predicate<T> Ensures that the `value` meets at least one of the provided Predicates.
public	F property(propertyName: , predicates: ...): Predicate<T> Ensures that the `property` of the `value` meets the `predicates`
public	F startsWith(prefix: string): Predicate<string> Ensures that the `value` starts with a given prefix.

Directories

objects

predicates