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Copyright © 2012, 2013, 2014, 2015, 2016, 2017, 2018, 2019 Phil Booth
Permission is hereby granted, free of charge, to any person obtaining a copy of
this software and associated documentation files (the "Software"), to deal in
the Software without restriction, including without limitation the rights to
use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies
of the Software, and to permit persons to whom the Software is furnished to do
so, subject to the following conditions:
The above copyright notice and this permission notice shall be included in all
copies or substantial portions of the Software.
THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR
IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,
FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE
AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER
LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,
OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE
SOFTWARE.

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# History
## 8.0.3
### Bug fixes
* docs: remove stale link from readme (9f467b3)
### Other changes
* ci: turn off node 4/6 builds (301e09a)
* lib: delete old commented-out code (2d11e0b)
## 8.0.2
### Bug fixes
* lib: ignore properties in map that have no predicate (f6bbad7)
* docs: add missing section link to readme index (5cfec25)
* ci: stop testing in node 0.10 (f986f1c)
### Other changes
* docs: update readme (e602bfd)
* package: npm update (1b32cd4)
## 8.0.1
### Bug fixes
* docs: fix link to change log (9166ecf)
### Other changes
* docs: update copyright (ddc00b8)
## 8.0.0
### Breaking changes
* api: remove apply and combine functionality with map (ecc40e5)
### Bug fixes
* docs: fix links to change log (ae3811a)
### Refactorings
* lib: eliminate intermediate arrays when iterating properties (8eeda6f)
* lib: use native Array.isArray internally (ebc9ed0)
### Other changes
* deps: update dev dependencies and rebuild (854b012)
* project: turn on gitlab pipeline (ab4f662)
## 7.4.0
### New features
* docs: add note about typescript definitions to readme (13c7a90)
### Bug fixes
* docs: remove errant semicolon from example code (9053f95)
* docs: clarify the behaviour of between and inRange (88a2f61)
* tests: ensure tests run in non-es6 environments (4bae637)
### Other changes
* deps: update please-release-me (72377bf)
* project: migrate to gitlab (19919b5)
* package: update authors (9848df0)
## 7.3.0
* feature: add primitive predicate (3114d7f)
## 7.2.1
* fix: perf tweaks for tight loops (8a9919d)
* chore: update ci config (136f185)
## 7.2.0
* feature: return the target value from assertions (73da792)
* chore: add release script dependency (cacc348)
* fix: make assert throw for any falsy value (4f15c73)
## 7.1
* Implement `nonEmptyObject`. Thanks to [Victor Bakke][gipphe].
* Implement `nonEmptyArray`. Thanks to [Victor Bakke][gipphe].
* Fix error messages on assertions that take a string as their last argument.
* Add support for custom error types in assertions.
* Throw TypeErrors by default.
## 7.0
* Breaking changes:
* Rename `instance` to `instanceStrict`.
* Combine `builtIn` and `userDefined` to form new `instance` predicate.
* Exclude non-src files from npm package
## 6.0
* Breaking change:
* `either` modifier removed.
* Eliminated some string duplication.
## 5.1
* Fix broken implementation of `maybe.array.of`.
## 5.0
* Breaking changes:
* `isMap` predicate removed (see `builtIn`).
* `error` predicate removed (see `builtIn`).
* Implement `builtIn` predicate.
* Implement `userDefined` predicate.
* Implement `emptyString` predicate.
* Implement `infinity` predicate.
## 4.3
* Implement `isMap`. Thanks to [Ryan Temple][ryantemple].
## 4.2
* Implement `includes`.
## 4.1
* Implement `equal`.
## 4.0
* Breaking changes:
* Rename `unemptyString` => `nonEmptyString`.
* Support derived error objects in `error`.
* Fix HTMLElement instance predicate bug in Safari.
## 3.3
* Implement `greaterOrEqual`.
* Implement `lessOrEqual`.
* Implement `inRange`.
* Fix default error message for `function`. Thanks to [Paul Jolly][myitcv].
## 3.2
* Implement `arrayLike`
* Implement `iterable`
* Implement `array.of`
* Implement `arrayLike.of`
* Implement `iterable.of`
* Implement `object.of`
* Fix unhandled exception when dereferencing undefined data inside `map`.
## 3.1
* Accept a single predicate in `map`.
* Remove assertions from `hasLength` and `like`.
## 3.0
* Breaking changes:
* Rename `length` => `hasLength`.
* Drop `webUrl`. (sorry @bahmutov!)
* Turn `assert`, `not` and `maybe` into standalone functions as well as modifiers.
* Implement `match` for general regex-matching. Possibly of interest to former users of `webUrl`, `gitUrl` and `email`.
* Implement `contains`.
* Implement `between`.
* Implement `greater`.
* Implement `less`.
* Implement `zero`.
* Implement `emptyArray`.
* Implement `error`.
* Fix errant check that property counts match in `map`.
## 2.2
* Ensure `date` predicate returns `false` for invalid dates.
## 2.1
* Add `either`.
## 2.0
* Breaking changes:
* Drop ES3 support.
* Rename `verify` => `assert`.
* Remame `nulled` => `null`.
* Switch `defined` to `undefined` for consistency with `null`.
* Tightened implementation of `webUrl` to reject more cases.
* Drop `gitUrl`. (sorry @galniv!)
* Drop `email`. (sorry @rodrigo!)
* Drop `floatNumber`. (sorry @rodrigo!)
* Rename `oddNumber`, `evenNumber`, `positiveNumber`, `negativeNumber`, `intNumber` => `odd`, `even`, `positive`, `negative`, `integer`.
* Rename `bool` => `boolean`.
* Rename `every` => `all`.
* Add predicate `assigned`.
* Add `apply` batch operation.
* Delete superfluous unit tests.
## 1.4
* Implement `bool` predicate. Thanks to [Clinton Skakun][clintonskakun].
## 1.3
* Implement `email`, `intNumber` and `floatNumber` predicates. Thanks to [Rodrigo González][rodrigo].
* Infinity is not a number.
* Implement `defined` and `nulled`. Thanks to [Alejandro Villanueva][ialex].
* Speculatively fix conflict with angular-mocks.
## 1.2
* Implement `not` modifier.
* Implement `gitUrl` predicate. Thanks to [Gal Niv][galniv].
## 1.1
* Replace `check.maybe.verify.xxx` with `check.verify.maybe.xxx`.
## 1.0
* API overhaul:
* Predicates exported as `check.xxx` rather than `check.isXxx`.
* Verifiers exported as `check.verify.xxx` rather than `check.verifyXxx`. Thanks to [Marc-Olivier Ricard][marcolivier].
* Unit tests added for error messages.
## 0.8
* Added `isWebUrl` and `verifyWebUrl`. Thanks to [Gleb Bahmutov][gleb].
## 0.7
* Added `check.maybe` modifier. Thanks to [Marc-Olivier Ricard][marcolivier].
* Added `check.map`, `check.every` and `check.any` batch operations. Thanks to [Marc-Olivier Ricard][marcolivier].
* Harmonised the node and browser unit tests.
[marcolivier]: https://github.com/ricardmo
[gleb]: https://github.com/bahmutov
[galniv]: https://github.com/galniv
[rodrigo]: https://github.com/roro89
[ialex]: https://github.com/ialex
[clintonskakun]: https://github.com/clintonskakun
[myitcv]: https://github.com/myitcv
[ryantemple]: https://github.com/ryantemple
[gipphe]: https://github.com/Gipphe

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# check-types.js
[![Build status](https://gitlab.com/philbooth/check-types.js/badges/master/pipeline.svg)](https://gitlab.com/philbooth/check-types.js/pipelines)
[![Package status](https://img.shields.io/npm/v/check-types.svg)](https://www.npmjs.com/package/check-types)
[![Downloads](https://img.shields.io/npm/dm/check-types.svg)](https://www.npmjs.com/package/check-types)
[![License](https://img.shields.io/npm/l/check-types.svg)](https://opensource.org/licenses/MIT)
A little JavaScript library
for asserting types
and values.
* [Why would I want that?](#why-would-i-want-that)
* [How little is it?](#how-little-is-it)
* [How do I install it?](#how-do-i-install-it)
* [How do I use it?](#how-do-i-use-it)
* [Loading the library](#loading-the-library)
* [Calling the exported functions](#calling-the-exported-functions)
* [General predicates](#general-predicates)
* [String predicates](#string-predicates)
* [Number predicates](#number-predicates)
* [Boolean predicates](#boolean-predicates)
* [Object predicates](#object-predicates)
* [Array predicates](#array-predicates)
* [Date predicates](#date-predicates)
* [Function predicates](#function-predicates)
* [Modifiers](#modifiers)
* [Batch operations](#batch-operations)
* [Some examples](#some-examples)
* [Are there TypeScript definitions?](#are-there-typescript-definitions)
* [Where can I use it?](#where-can-i-use-it)
* [What changed from 7.x to 8.x?](#what-changed-from-7x-to-8x)
* [What changed from 6.x to 7.x?](#what-changed-from-6x-to-7x)
* [What changed from 5.x to 6.x?](#what-changed-from-5x-to-6x)
* [What changed from 4.x to 5.x?](#what-changed-from-4x-to-5x)
* [What changed from 3.x to 4.x?](#what-changed-from-3x-to-4x)
* [What changed from 2.x to 3.x?](#what-changed-from-2x-to-3x)
* [What changed from 1.x to 2.x?](#what-changed-from-1x-to-2x)
* [What changed from 0.x to 1.x?](#what-changed-from-0x-to-1x)
* [How do I set up the build environment?](#how-do-i-set-up-the-build-environment)
* [What license is it released under?](#what-license-is-it-released-under)
## Why would I want that?
Writing explicit conditions
in your functions
to check arguments
and throw exceptions
is a task that
swiftly becomes tiresome
and adds complexity
to your codebase.
The purpose of check-types.js
is to remove this burden
from JavaScript application developers
in an efficient and robust manner,
abstracted by a simple API.
## How little is it?
20 kb unminified with comments, 5.7 kb minified, 2.1 kb minified + gzipped.
## How do I install it?
Via npm:
```
npm i check-types --save
```
Or if you just want the git repo:
```
git clone git@gitlab.com:philbooth/check-types.js.git
```
If you're into
other package managers,
it is also available
from Bower, Component and Jam.
## How do I use it?
### Loading the library
If you are running in
Node.js,
Browserify
or another CommonJS-style
environment,
you can `require`
check-types like so:
```javascript
var check = require('check-types');
```
It also the supports
the AMD-style format
preferred by Require.js.
If you are
including check-types.js
with an HTML `<script>` tag,
or neither of the above environments
are detected,
it will export the interface globally as `check`.
### Calling the exported functions
Once you've loaded the library
in your application,
a whole bunch of functions are available
to call.
Most of the functions
are predicates,
which can be executed
in a number of different contexts:
* `check.xxx(thing)`:
These functions are basic predicates,
returning true or false
depending on the type and value of `thing`.
* `check.not.xxx(thing)`:
The `not` modifier
negates predicates,
returning `true` if the predicate returns `false`
and `false` if the predicate returns `true`.
It is also itself a function,
which simply returns
the negation of
its argument.
* `check.maybe.xxx(thing)`:
The `maybe` modifier
tweaks predicates to
return `true` if `thing` is `null` or `undefined`,
otherwise their normal result
is returned.
It is also itself a function,
which returns `true`
when its argument is `null` or `undefined`,
otherwise it returns its argument.
* `check.assert.xxx(thing, message)`:
The `assert` modifier
changes predicates
to throw when their result is `false`,
otherwise it returns `thing`.
It can be applied
to the `not` and `maybe` modifiers
using the forms
`check.assert.not.xxx(thing, message)` and
`check.assert.maybe.xxx(thing, message)`.
It is also itself a function,
which simply throws
when its argument is false.
* `check.array.of.xxx(thing)`:
The `array.of` modifier
first checks that
it is operating on an array
and then applies
the modified predicate
to each item
of the array.
If the predicate fails
for any item,
it returns `false`,
otherwise it returns `true`.
It can also be prefixed
by other modifiers,
so `check.maybe.array.of`,
`check.not.array.of`,
`check.assert.array.of`,
`check.assert.maybe.array.of` and
`check.assert.not.array.of`
all work
as you would expect
them to.
* `check.arrayLike.of.xxx(thing)`:
The `arrayLike.of` modifier
is synonymous with `array.of`,
except it operates on array-like objects.
* `check.iterable.of.xxx(thing)`:
The `iterable.of` modifier
is synonymous with `array.of`,
except it operates on iterables.
* `check.object.of.xxx(thing)`:
The `object.of` modifier
is synonymous with `array.of`,
except it operates on an object's properties.
Additionally, there are some batch operations
to help you apply predicates
to each value
of an array or object.
These are implemented by
`check.map`,
`check.any` and
`check.all`.
#### General predicates
* `check.equal(thing, thang)`:
Returns `true`
if `thing === thang`,
`false` otherwise.
* `check.null(thing)`:
Returns `true`
if `thing` is `null`,
`false` otherwise.
* `check.undefined(thing)`:
Returns `true`
if `thing` is `undefined`,
`false` otherwise.
* `check.assigned(thing)`:
Returns `true`
if `thing` is not
`null` or `undefined`,
`false` otherwise.
* `check.primitive(thing)`:
Returns `true`
if `thing` is a primitive type,
`false` otherwise.
Primitive types are
`null`, `undefined`, booleans, numbers, strings and symbols.
* `check.hasLength(thing, value)`:
Returns `true`
if `thing` has a length property
that equals `value`,
`false` otherwise.
#### String predicates
* `check.string(thing)`:
Returns `true`
if `thing` is a string,
`false` otherwise.
* `check.emptyString(thing)`:
Returns `true`
if `thing` is the empty string,
`false` otherwise.
* `check.nonEmptyString(thing)`:
Returns `true`
if `thing` is a non-empty string,
`false` otherwise.
* `check.contains(thing, substring)`:
Returns `true`
if `thing` is a string
that contains `substring`,
`false` otherwise.
* `check.match(thing, regex)`:
Returns `true`
if `thing` is a string
that matches `regex`,
`false` otherwise.
#### Number predicates
* `check.number(thing)`:
Returns `true`
if `thing` is a number,
`false` otherwise.
Note that
`NaN`,
`Number.POSITIVE_INFINITY` and
`Number.NEGATIVE_INFINITY`
are not considered numbers here.
* `check.integer(thing)`:
Returns `true`
if `thing` is an integer,
`false` otherwise.
* `check.zero(thing)`:
Returns `true`
if `thing` is zero,
`false` otherwise.
* `check.infinity(thing)`:
Returns `true`
if `thing` is positive or negative infinity,
`false` otherwise.
* `check.greater(thing, value)`:
Returns `true` if `thing` is a number
greater than `value`,
`false` otherwise.
* `check.greaterOrEqual(thing, value)`:
Returns `true` if `thing` is a number
greater than or equal to `value`,
`false` otherwise.
* `check.less(thing, value)`:
Returns `true` if `thing` is a number
less than `value`,
`false` otherwise.
* `check.lessOrEqual(thing, value)`:
Returns `true` if `thing` is a number
less than or equal to `value`,
`false` otherwise.
* `check.between(thing, a, b)`:
Returns `true` if `thing` is a number
between `a` and `b`
(excluding `a` and `b`),
`false` otherwise.
The arguments `a` and `b`
may be in any order,
it doesn't matter
which is greater.
* `check.inRange(thing, a, b)`:
Returns `true` if `thing` is a number
in the range `a` .. `b`
(including `a` and `b`),
`false` otherwise.
The arguments `a` and `b`
may be in any order,
it doesn't matter
which is greater.
* `check.positive(thing)`:
Returns `true` if `thing` is a number
greater than zero,
`false` otherwise.
* `check.negative(thing)`:
Returns `true`
if `thing` is a number
less than zero,
`false` otherwise.
* `check.odd(thing)`:
Returns `true`
if `thing` is an odd number,
`false` otherwise.
* `check.even(thing)`:
Returns `true`
if `thing` is an even number,
`false` otherwise.
#### Boolean predicates
* `check.boolean(thing)`:
Returns `true`
if `thing` is a boolean,
`false` otherwise.
#### Object predicates
* `check.object(thing)`:
Returns `true`
if `thing` is a plain-old JavaScript object,
`false` otherwise.
* `check.emptyObject(thing)`:
Returns `true`
if `thing` is an empty object,
`false` otherwise.
* `check.nonEmptyObject(thing)`:
Returns `true`
if `thing` is a non-empty object,
`false` otherwise.
* `check.instanceStrict(thing, prototype)`:
Returns `true`
if `thing` is an instance of `prototype`,
`false` otherwise.
* `check.instance(thing, prototype)`:
Returns `true`
if `thing` is an instance of `prototype`,
`false` otherwise.
Falls back to testing
`constructor.name` and `Object.prototype.toString`
if the `instanceof` test fails.
* `check.like(thing, duck)`:
Duck-typing checker.
Returns `true`
if `thing` has all of the properties of `duck`,
`false` otherwise.
#### Array predicates
* `check.array(thing)`:
Returns `true`
if `thing` is an array,
`false` otherwise.
* `check.emptyArray(thing)`:
Returns `true`
if `thing` is an empty array,
`false` otherwise.
* `check.nonEmptyArray(thing)`:
Returns `true`
if `thing` is a non-empty array,
`false` otherwise.
* `check.arrayLike(thing)`:
Returns `true`
if `thing` has a numeric length property,
`false` otherwise.
* `check.iterable(thing)`:
Returns `true`
if `thing` implements the iterable protocol,
`false` otherwise.
In pre-ES6 environments,
this predicate falls back
to `arrayLike` behaviour.
* `check.includes(thing, value)`:
Returns `true`
if `thing` includes `value`,
`false` otherwise.
#### Date predicates
* `check.date(thing)`:
Returns `true`
if `thing` is a valid date,
`false` otherwise.
#### Function predicates
* `check.function(thing)`:
Returns `true`
if `thing` is a function,
`false` otherwise.
#### Modifiers
* `check.not(value)`:
Returns the negation
of `value`.
* `check.not.xxx(...)`:
Returns the negation
of the predicate.
* `check.maybe(value)`:
Returns `true`
if `value` is `null` or `undefined`,
otherwise it returns `value`.
* `check.maybe.xxx(...)`:
Returns `true`
if `thing` is `null` or `undefined`,
otherwise it propagates
the return value
from its predicate.
* `check.array.of.xxx(value)`:
Returns `true`
if `value` is an array
and the predicate is true
for every item.
Also works with the `not` and `maybe` modifiers.
* `check.arrayLike.of.xxx(thing)`:
The `arrayLike.of` modifier
is synonymous with `array.of`,
except it operates on array-like objects.
* `check.iterable.of.xxx(thing)`:
The `iterable.of` modifier
is synonymous with `array.of`,
except it operates on iterables.
* `check.object.of.xxx(thing)`:
The `object.of` modifier
is synonymous with `array.of`,
except it operates on an object's properties.
* `check.assert(value, message, ErrorType)`:
Throws a `TypeError`
if `value` is *falsy*,
otherwise it returns `value`.
`message` and `ErrorType`
are optional arguments
that control
the message and type
of the thrown error object.
* `check.assert.xxx(...)`:
Throws a `TypeError`
if the predicate returns false,
otherwise it returns the subject value.
The last two arguments
are an optional message and error type
that control
the message and type
of the thrown error object.
Also works with the `not`, `maybe` and `...of` modifiers.
#### Batch operations
* `check.map(things, predicates)`:
Maps each value from the `things` array or object
to the corresponding predicate
and returns the array or object of results.
Passing a single predicate
instead of an array or object
maps all of the values
to the same predicate.
* `check.all(results)`:
Returns `true`
if all the result values are true
in an array or object
returned by `map`.
* `check.any(results)`:
Returns `true`
if any result value is true
in an array or object
returned by `map`.
#### Some examples
```javascript
check.even(3);
// Returns false
```
```javascript
check.not.even(3);
// Returns true
```
```javascript
check.maybe.even(null);
// Returns true
```
```javascript
check.assert.like({ foo: 'bar' }, { baz: 'qux' });
// Throws `new TypeError('Invalid type')`
```
```javascript
check.assert.not.like({ foo: 'bar' }, { baz: 'qux' });
// Doesn't throw, returns `{ foo: 'bar' }`
```
```javascript
check.assert.maybe.like(undefined, { foo: 'bar' });
// Doesn't throw, returns `undefined`
```
```javascript
check.assert(myFunction(), 'Something went wrong', CustomError);
// Throws `new CustomError('Something went wrong')` if myFunction returns `false`
```
```javascript
check.map([ 'foo', 'bar', '' ], check.nonEmptyString);
// Returns [ true, true, false ]
```
```javascript
check.map({
foo: 2,
bar: { baz: 'qux' }
}, {
foo: check.odd,
bar: { baz: check.nonEmptyString }
});
// Returns { foo: false, bar: { baz: true } }
```
```javascript
check.all(
check.map(
{ foo: 0, bar: '' },
{ foo: check.number, bar: check.string }
)
);
// Returns true
```
```javascript
check.any(
check.map(
[ 1, 2, 3, '' ],
check.string
)
);
// Returns true
```
## Are there TypeScript definitions?
[Yes](https://www.npmjs.com/package/@types/check-types)!
Thanks to [@idchlife](https://github.com/idchlife),
type definitions [were added](https://github.com/DefinitelyTyped/DefinitelyTyped/commit/d19ddb855dea08105a3d7450a98696c7bcd62f60)
to [DefinitelyTyped].
You can add them to your project
via npm:
```
npm i @types/check-types --save-dev
```
## Where can I use it?
As of version 2.0,
this library no longer supports ES3.
That means you can't use it
in IE 7 or 8.
Everywhere else should be fine.
If those versions of IE
are important to you,
worry not!
The 1.x versions
all support old IE
and any future 1.x versions
will adhere to that too.
See the [releases]
for more information.
## What changed from 7.x to 8.x?
Breaking changes
were made to the API
in version 8.0.0.
Specifically,
the `apply` batch operation was removed
and `map` was instead changed
to work with both arrays and objects,
to simplify the API surface.
See the [history][history8]
for more details.
## What changed from 6.x to 7.x?
Breaking changes
were made to the API
in version 7.0.0.
Specifically,
the `instance` predicate
was renamed to `instanceStrict`
and the `builtIn` and `userDefined` predicates
were combined to form
a new `instance` predicate.
See the [history][history7]
for more details.
## What changed from 5.x to 6.x?
Breaking changes
were made to the API
in version 6.0.0.
Specifically,
the `either` modifier was removed.
Instead,
calling code can use
the `any` function,
or simply express the boolean logic
in JS.
See the [history][history6]
for more details.
## What changed from 4.x to 5.x?
Breaking changes
were made to the API
in version 5.0.0.
Specifically,
the predicates `isMap` and `error` were removed
in favour of the new predicate `builtIn`,
which can be used to test for
all built-in objects.
See the [history][history5]
for more details.
## What changed from 3.x to 4.x?
Breaking changes
were made to the API
in version 4.0.0.
Specifically,
the predicate `unemptyString`
was renamed to `nonEmptyString`
and the predicate `error`
was changed to support
derived Error objects.
See the [history][history4]
for more details.
## What changed from 2.x to 3.x?
Breaking changes
were made to the API
in version 3.0.0.
Specifically,
the predicate `length`
was renamed to `hasLength`
and the predicate `webUrl`
was removed.
See the [history][history3]
for more details.
## What changed from 1.x to 2.x?
Breaking changes
were made to the API
in version 2.0.0.
Specifically:
* Support for ES3 was dropped
* The predicates `gitUrl`, `email` and `floatNumber` were removed.
* `verify` was renamed to `assert`.
* `nulled` was renamed to `null`.
* `oddNumber` was renamed to `odd`.
* `evenNumber` was renamed to `even`.
* `positiveNumber` was renamed to `positive`.
* `negativeNumber` was renamed to `negative`.
* `intNumber` was renamed to `integer`.
* `bool` was renamed to `boolean`.
* `defined` was swapped to become `undefined`.
* `webUrl` was tightened to reject more cases.
See the [history][history2]
for more details.
## What changed from 0.x to 1.x?
Breaking changes
were made to the API
in version 1.0.0.
Specifically,
all of the predicates
were renamed
from `check.isXxxx`
to `check.xxx` and
all of the verifiers
were renamed
from `check.verifyXxxx`
to `check.verify.xxx`.
See the [history][history1]
for more details.
## How do I set up the build environment?
The build environment relies on
[Node.js][node],
[NPM],
[JSHint],
[Mocha],
[Chai],
[UglifyJS] and
[please-release-me].
Assuming that you already have Node.js and NPM set up,
you just need to run `npm install` to
install all of the dependencies as listed in `package.json`.
The unit tests are in `test/check-types.js`.
You can run them with the command `npm test`.
To run the tests in a web browser,
open `test/check-types.html`.
## What license is it released under?
[MIT][license]
[definitelytyped]: https://github.com/DefinitelyTyped/DefinitelyTyped
[releases]: https://gitlab.com/philbooth/check-types.js/tags
[history8]: HISTORY.md#anchor-800
[history7]: HISTORY.md#anchor-70
[history6]: HISTORY.md#anchor-60
[history5]: HISTORY.md#anchor-50
[history4]: HISTORY.md#anchor-40
[history3]: HISTORY.md#anchor-30
[history2]: HISTORY.md#anchor-20
[history1]: HISTORY.md#anchor-10
[node]: http://nodejs.org/
[npm]: https://npmjs.org/
[jshint]: https://github.com/jshint/node-jshint
[mocha]: http://mochajs.org/
[chai]: http://chaijs.com/
[uglifyjs]: https://github.com/mishoo/UglifyJS
[please-release-me]: https://gitlab.com/philbooth/please-release-me
[license]: https://gitlab.com/philbooth/check-types.js/blob/master/COPYING

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{
"name": "check-types",
"version": "8.0.3",
"description": "A little library for asserting types and values.",
"homepage": "https://gitlab.com/philbooth/check-types.js",
"bugs": "https://gitlab.com/philbooth/check-types.js/issues",
"license": "MIT",
"author": "Phil Booth <pmbooth@gmail.com> (https://philbooth.me/)",
"main": "./src/check-types",
"repository": {
"type": "git",
"url": "https://gitlab.com/philbooth/check-types.js.git"
},
"keywords": [
"type",
"types",
"type-check",
"type-checking",
"duck-typing",
"arguments",
"parameters",
"values",
"data",
"contract",
"assert",
"check",
"verify",
"safe",
"safety"
],
"devDependencies": {
"chai": "4.2.x",
"jshint": "^2.9.7",
"mocha": "5.2.x",
"please-release-me": "^2.1.2",
"uglify-js": "3.4.x"
},
"scripts": {
"lint": "jshint ./src/check-types.js",
"test": "mocha --ui tdd --reporter spec --colors ./test/check-types.js",
"minify": "uglifyjs ./src/check-types.js --compress --mangle --output ./src/check-types.min.js"
},
"files": [
"COPYING",
"HISTORY.md",
"src"
]
}

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/*globals define, module, Symbol */
/*jshint -W056 */
(function (globals) {
'use strict';
var strings, messages, predicates, functions, assert, not, maybe,
collections, slice, neginf, posinf, isArray, keys, haveSymbols;
strings = {
v: 'value',
n: 'number',
s: 'string',
b: 'boolean',
o: 'object',
t: 'type',
a: 'array',
al: 'array-like',
i: 'iterable',
d: 'date',
f: 'function',
l: 'length'
};
messages = {};
predicates = {};
[
{ n: 'equal', f: equal, s: 'v' },
{ n: 'undefined', f: isUndefined, s: 'v' },
{ n: 'null', f: isNull, s: 'v' },
{ n: 'assigned', f: assigned, s: 'v' },
{ n: 'primitive', f: primitive, s: 'v' },
{ n: 'includes', f: includes, s: 'v' },
{ n: 'zero', f: zero },
{ n: 'infinity', f: infinity },
{ n: 'number', f: number },
{ n: 'integer', f: integer },
{ n: 'even', f: even },
{ n: 'odd', f: odd },
{ n: 'greater', f: greater },
{ n: 'less', f: less },
{ n: 'between', f: between },
{ n: 'greaterOrEqual', f: greaterOrEqual },
{ n: 'lessOrEqual', f: lessOrEqual },
{ n: 'inRange', f: inRange },
{ n: 'positive', f: positive },
{ n: 'negative', f: negative },
{ n: 'string', f: string, s: 's' },
{ n: 'emptyString', f: emptyString, s: 's' },
{ n: 'nonEmptyString', f: nonEmptyString, s: 's' },
{ n: 'contains', f: contains, s: 's' },
{ n: 'match', f: match, s: 's' },
{ n: 'boolean', f: boolean, s: 'b' },
{ n: 'object', f: object, s: 'o' },
{ n: 'emptyObject', f: emptyObject, s: 'o' },
{ n: 'nonEmptyObject', f: nonEmptyObject, s: 'o' },
{ n: 'instanceStrict', f: instanceStrict, s: 't' },
{ n: 'instance', f: instance, s: 't' },
{ n: 'like', f: like, s: 't' },
{ n: 'array', f: array, s: 'a' },
{ n: 'emptyArray', f: emptyArray, s: 'a' },
{ n: 'nonEmptyArray', f: nonEmptyArray, s: 'a' },
{ n: 'arrayLike', f: arrayLike, s: 'al' },
{ n: 'iterable', f: iterable, s: 'i' },
{ n: 'date', f: date, s: 'd' },
{ n: 'function', f: isFunction, s: 'f' },
{ n: 'hasLength', f: hasLength, s: 'l' },
].map(function (data) {
var n = data.n;
messages[n] = 'Invalid ' + strings[data.s || 'n'];
predicates[n] = data.f;
});
functions = {
map: map,
all: all,
any: any
};
collections = [ 'array', 'arrayLike', 'iterable', 'object' ];
slice = Array.prototype.slice;
neginf = Number.NEGATIVE_INFINITY;
posinf = Number.POSITIVE_INFINITY;
isArray = Array.isArray;
keys = Object.keys;
haveSymbols = typeof Symbol === 'function';
functions = mixin(functions, predicates);
assert = createModifiedPredicates(assertModifier, assertImpl);
not = createModifiedPredicates(notModifier, notImpl);
maybe = createModifiedPredicates(maybeModifier, maybeImpl);
assert.not = createModifiedModifier(assertModifier, not);
assert.maybe = createModifiedModifier(assertModifier, maybe);
collections.forEach(createOfPredicates);
createOfModifiers(assert, assertModifier);
createOfModifiers(not, notModifier);
collections.forEach(createMaybeOfModifiers);
exportFunctions(mixin(functions, {
assert: assert,
not: not,
maybe: maybe
}));
/**
* Public function `equal`.
*
* Returns true if `lhs` and `rhs` are strictly equal, without coercion.
* Returns false otherwise.
*/
function equal (lhs, rhs) {
return lhs === rhs;
}
/**
* Public function `undefined`.
*
* Returns true if `data` is undefined, false otherwise.
*/
function isUndefined (data) {
return data === undefined;
}
/**
* Public function `null`.
*
* Returns true if `data` is null, false otherwise.
*/
function isNull (data) {
return data === null;
}
/**
* Public function `assigned`.
*
* Returns true if `data` is not null or undefined, false otherwise.
*/
function assigned (data) {
return data !== undefined && data !== null;
}
/**
* Public function `primitive`.
*
* Returns true if `data` is a primitive type, false otherwise.
*/
function primitive (data) {
var type;
switch (data) {
case null:
case undefined:
case false:
case true:
return true;
}
type = typeof data;
return type === 'string' || type === 'number' || (haveSymbols && type === 'symbol');
}
/**
* Public function `zero`.
*
* Returns true if `data` is zero, false otherwise.
*/
function zero (data) {
return data === 0;
}
/**
* Public function `infinity`.
*
* Returns true if `data` is positive or negative infinity, false otherwise.
*/
function infinity (data) {
return data === neginf || data === posinf;
}
/**
* Public function `number`.
*
* Returns true if `data` is a number, false otherwise.
*/
function number (data) {
return typeof data === 'number' && data > neginf && data < posinf;
}
/**
* Public function `integer`.
*
* Returns true if `data` is an integer, false otherwise.
*/
function integer (data) {
return typeof data === 'number' && data % 1 === 0;
}
/**
* Public function `even`.
*
* Returns true if `data` is an even number, false otherwise.
*/
function even (data) {
return typeof data === 'number' && data % 2 === 0;
}
/**
* Public function `odd`.
*
* Returns true if `data` is an odd number, false otherwise.
*/
function odd (data) {
return integer(data) && data % 2 !== 0;
}
/**
* Public function `greater`.
*
* Returns true if `lhs` is a number greater than `rhs`, false otherwise.
*/
function greater (lhs, rhs) {
return number(lhs) && lhs > rhs;
}
/**
* Public function `less`.
*
* Returns true if `lhs` is a number less than `rhs`, false otherwise.
*/
function less (lhs, rhs) {
return number(lhs) && lhs < rhs;
}
/**
* Public function `between`.
*
* Returns true if `data` is a number between `x` and `y`, false otherwise.
*/
function between (data, x, y) {
if (x < y) {
return greater(data, x) && data < y;
}
return less(data, x) && data > y;
}
/**
* Public function `greaterOrEqual`.
*
* Returns true if `lhs` is a number greater than or equal to `rhs`, false
* otherwise.
*/
function greaterOrEqual (lhs, rhs) {
return number(lhs) && lhs >= rhs;
}
/**
* Public function `lessOrEqual`.
*
* Returns true if `lhs` is a number less than or equal to `rhs`, false
* otherwise.
*/
function lessOrEqual (lhs, rhs) {
return number(lhs) && lhs <= rhs;
}
/**
* Public function `inRange`.
*
* Returns true if `data` is a number in the range `x..y`, false otherwise.
*/
function inRange (data, x, y) {
if (x < y) {
return greaterOrEqual(data, x) && data <= y;
}
return lessOrEqual(data, x) && data >= y;
}
/**
* Public function `positive`.
*
* Returns true if `data` is a positive number, false otherwise.
*/
function positive (data) {
return greater(data, 0);
}
/**
* Public function `negative`.
*
* Returns true if `data` is a negative number, false otherwise.
*/
function negative (data) {
return less(data, 0);
}
/**
* Public function `string`.
*
* Returns true if `data` is a string, false otherwise.
*/
function string (data) {
return typeof data === 'string';
}
/**
* Public function `emptyString`.
*
* Returns true if `data` is the empty string, false otherwise.
*/
function emptyString (data) {
return data === '';
}
/**
* Public function `nonEmptyString`.
*
* Returns true if `data` is a non-empty string, false otherwise.
*/
function nonEmptyString (data) {
return string(data) && data !== '';
}
/**
* Public function `contains`.
*
* Returns true if `data` is a string that contains `substring`, false
* otherwise.
*/
function contains (data, substring) {
return string(data) && data.indexOf(substring) !== -1;
}
/**
* Public function `match`.
*
* Returns true if `data` is a string that matches `regex`, false otherwise.
*/
function match (data, regex) {
return string(data) && !! data.match(regex);
}
/**
* Public function `boolean`.
*
* Returns true if `data` is a boolean value, false otherwise.
*/
function boolean (data) {
return data === false || data === true;
}
/**
* Public function `object`.
*
* Returns true if `data` is a plain-old JS object, false otherwise.
*/
function object (data) {
return Object.prototype.toString.call(data) === '[object Object]';
}
/**
* Public function `emptyObject`.
*
* Returns true if `data` is an empty object, false otherwise.
*/
function emptyObject (data) {
return object(data) && !some(data, function () {
return true;
});
}
function some (data, predicate) {
for (var key in data) {
if (data.hasOwnProperty(key)) {
if (predicate(key, data[key])) {
return true;
}
}
}
return false;
}
/**
* Public function `nonEmptyObject`.
*
* Returns true if `data` is a non-empty object, false otherwise.
*/
function nonEmptyObject (data) {
return object(data) && some(data, function () {
return true;
});
}
/**
* Public function `instanceStrict`.
*
* Returns true if `data` is an instance of `prototype`, false otherwise.
*/
function instanceStrict (data, prototype) {
try {
return data instanceof prototype;
} catch (error) {
return false;
}
}
/**
* Public function `instance`.
*
* Returns true if `data` is an instance of `prototype`, false otherwise.
* Falls back to testing constructor.name and Object.prototype.toString
* if the initial instanceof test fails.
*/
function instance (data, prototype) {
try {
return instanceStrict(data, prototype) ||
data.constructor.name === prototype.name ||
Object.prototype.toString.call(data) === '[object ' + prototype.name + ']';
} catch (error) {
return false;
}
}
/**
* Public function `like`.
*
* Tests whether `data` 'quacks like a duck'. Returns true if `data` has all
* of the properties of `archetype` (the 'duck'), false otherwise.
*/
function like (data, archetype) {
var name;
for (name in archetype) {
if (archetype.hasOwnProperty(name)) {
if (data.hasOwnProperty(name) === false || typeof data[name] !== typeof archetype[name]) {
return false;
}
if (object(data[name]) && like(data[name], archetype[name]) === false) {
return false;
}
}
}
return true;
}
/**
* Public function `array`.
*
* Returns true if `data` is an array, false otherwise.
*/
function array (data) {
return isArray(data);
}
/**
* Public function `emptyArray`.
*
* Returns true if `data` is an empty array, false otherwise.
*/
function emptyArray (data) {
return isArray(data) && data.length === 0;
}
/**
* Public function `nonEmptyArray`.
*
* Returns true if `data` is a non-empty array, false otherwise.
*/
function nonEmptyArray (data) {
return isArray(data) && data.length > 0;
}
/**
* Public function `arrayLike`.
*
* Returns true if `data` is an array-like object, false otherwise.
*/
function arrayLike (data) {
return assigned(data) && data.length >= 0;
}
/**
* Public function `iterable`.
*
* Returns true if `data` is an iterable, false otherwise.
*/
function iterable (data) {
if (! haveSymbols) {
// Fall back to `arrayLike` predicate in pre-ES6 environments.
return arrayLike(data);
}
return assigned(data) && isFunction(data[Symbol.iterator]);
}
/**
* Public function `includes`.
*
* Returns true if `data` contains `value`, false otherwise.
*/
function includes (data, value) {
var iterator, iteration;
if (! assigned(data)) {
return false;
}
if (haveSymbols && data[Symbol.iterator] && isFunction(data.values)) {
iterator = data.values();
do {
iteration = iterator.next();
if (iteration.value === value) {
return true;
}
} while (! iteration.done);
return false;
}
return some(data, function (key, dataValue) {
return dataValue === value;
});
}
/**
* Public function `hasLength`.
*
* Returns true if `data` has a length property that equals `length`, false
* otherwise.
*/
function hasLength (data, length) {
return assigned(data) && data.length === length;
}
/**
* Public function `date`.
*
* Returns true if `data` is a valid date, false otherwise.
*/
function date (data) {
return instanceStrict(data, Date) && integer(data.getTime());
}
/**
* Public function `function`.
*
* Returns true if `data` is a function, false otherwise.
*/
function isFunction (data) {
return typeof data === 'function';
}
/**
* Public function `map`.
*
* Maps each value from `data` to the corresponding predicate and returns
* the results. If the same function is to be applied across all of the data,
* a single predicate function may be passed in.
*/
function map (data, predicates) {
var result;
if (isArray(data)) {
result = [];
} else {
result = {};
}
if (isFunction(predicates)) {
forEach(data, function (key, value) {
result[key] = predicates(value);
});
} else {
if (! isArray(predicates)) {
assert.object(predicates);
}
var dataKeys = keys(data || {});
forEach(predicates, function (key, predicate) {
dataKeys.some(function (dataKey, index) {
if (dataKey === key) {
dataKeys.splice(index, 1);
return true;
}
return false;
});
if (isFunction(predicate)) {
if (not.assigned(data)) {
result[key] = !!predicate.m;
} else {
result[key] = predicate(data[key]);
}
} else {
result[key] = map(data[key], predicate);
}
});
}
return result;
}
function forEach (object, action) {
for (var key in object) {
if (object.hasOwnProperty(key)) {
action(key, object[key]);
}
}
}
/**
* Public function `all`
*
* Check that all boolean values are true
* in an array or object returned from `map`.
*/
function all (data) {
if (isArray(data)) {
return testArray(data, false);
}
assert.object(data);
return testObject(data, false);
}
function testArray (data, result) {
var i;
for (i = 0; i < data.length; i += 1) {
if (data[i] === result) {
return result;
}
}
return !result;
}
function testObject (data, result) {
var key, value;
for (key in data) {
if (data.hasOwnProperty(key)) {
value = data[key];
if (object(value) && testObject(value, result) === result) {
return result;
}
if (value === result) {
return result;
}
}
}
return !result;
}
/**
* Public function `any`
*
* Check that at least one boolean value is true
* in an array or object returned from `map`.
*/
function any (data) {
if (isArray(data)) {
return testArray(data, true);
}
assert.object(data);
return testObject(data, true);
}
function mixin (target, source) {
forEach(source, function (key, value) {
target[key] = value;
});
return target;
}
/**
* Public modifier `assert`.
*
* Throws if `predicate` returns false.
*/
function assertModifier (predicate, defaultMessage) {
return function () {
return assertPredicate(predicate, arguments, defaultMessage);
};
}
function assertPredicate (predicate, args, defaultMessage) {
var argCount = predicate.l || predicate.length;
var message = args[argCount];
var ErrorType = args[argCount + 1];
assertImpl(
predicate.apply(null, args),
nonEmptyString(message) ? message : defaultMessage,
isFunction(ErrorType) ? ErrorType : TypeError
);
return args[0];
}
function assertImpl (value, message, ErrorType) {
if (value) {
return value;
}
throw new (ErrorType || Error)(message || 'Assertion failed');
}
/**
* Public modifier `not`.
*
* Negates `predicate`.
*/
function notModifier (predicate) {
var modifiedPredicate = function () {
return notImpl(predicate.apply(null, arguments));
};
modifiedPredicate.l = predicate.length;
return modifiedPredicate;
}
function notImpl (value) {
return !value;
}
/**
* Public modifier `maybe`.
*
* Returns true if predicate argument is null or undefined,
* otherwise propagates the return value from `predicate`.
*/
function maybeModifier (predicate) {
var modifiedPredicate = function () {
if (not.assigned(arguments[0])) {
return true;
}
return predicate.apply(null, arguments);
};
modifiedPredicate.l = predicate.length;
// Hackishly indicate that this is a maybe.xxx predicate.
// Without this flag, the alternative would be to iterate
// through the maybe predicates or use indexOf to check,
// which would be time-consuming.
modifiedPredicate.m = true;
return modifiedPredicate;
}
function maybeImpl (value) {
if (assigned(value) === false) {
return true;
}
return value;
}
/**
* Public modifier `of`.
*
* Applies the chained predicate to members of the collection.
*/
function ofModifier (target, type, predicate) {
var modifiedPredicate = function () {
var collection, args;
collection = arguments[0];
if (target === 'maybe' && not.assigned(collection)) {
return true;
}
if (!type(collection)) {
return false;
}
collection = coerceCollection(type, collection);
args = slice.call(arguments, 1);
try {
collection.forEach(function (item) {
if (
(target !== 'maybe' || assigned(item)) &&
!predicate.apply(null, [ item ].concat(args))
) {
// TODO: Replace with for...of when ES6 is required.
throw 0;
}
});
} catch (ignore) {
return false;
}
return true;
};
modifiedPredicate.l = predicate.length;
return modifiedPredicate;
}
function coerceCollection (type, collection) {
switch (type) {
case arrayLike:
return slice.call(collection);
case object:
return keys(collection).map(function (key) {
return collection[key];
});
default:
return collection;
}
}
function createModifiedPredicates (modifier, object) {
return createModifiedFunctions([ modifier, predicates, object ]);
}
function createModifiedFunctions (args) {
var modifier, object, functions, result;
modifier = args.shift();
object = args.pop();
functions = args.pop();
result = object || {};
forEach(functions, function (key, fn) {
Object.defineProperty(result, key, {
configurable: false,
enumerable: true,
writable: false,
value: modifier.apply(null, args.concat(fn, messages[key]))
});
});
return result;
}
function createModifiedModifier (modifier, modified) {
return createModifiedFunctions([ modifier, modified, null ]);
}
function createOfPredicates (key) {
predicates[key].of = createModifiedFunctions(
[ ofModifier.bind(null, null), predicates[key], predicates, null ]
);
}
function createOfModifiers (base, modifier) {
collections.forEach(function (key) {
base[key].of = createModifiedModifier(modifier, predicates[key].of);
});
}
function createMaybeOfModifiers (key) {
maybe[key].of = createModifiedFunctions(
[ ofModifier.bind(null, 'maybe'), predicates[key], predicates, null ]
);
assert.maybe[key].of = createModifiedModifier(assertModifier, maybe[key].of);
assert.not[key].of = createModifiedModifier(assertModifier, not[key].of);
}
function exportFunctions (functions) {
if (typeof define === 'function' && define.amd) {
define(function () {
return functions;
});
} else if (typeof module !== 'undefined' && module !== null && module.exports) {
module.exports = functions;
} else {
globals.check = functions;
}
}
}(this));

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