validate-by-shorthand

This library offers a wide range of validation tests, easily accessible via shorthands.

Usage

var validate = require('validate-by-shorthand');

// validate using shorthands
validate('string!empty', 'foo'); // true
validate('string!empty', ''); // false
validate('number>0', 5); // true
validate('number>0', 0); // false
validate('string[]', ['foo', '', 'bar']); // true
validate('string[]', ['foo', '', 5]); // false

// validate using regular expressions
validate(/^[A-Z]+$/, 'ABC'); // true
validate(/^[A-Z]+$/, 'abc'); // false

// validate using functions
var test = function(v) {
    return [1,2,3].indexOf(v) !== -1;
};
validate(test, 2); // true
validate(test, 5); // false

// validate using an array of shorthands, regexps and/or functions
// returning true if any test succeeds
var arr = ['number<0', test, /^[A-Z]$/];
validate(arr, -2); // true
validate(arr, 0); // false
validate(arr, 2); // true
validate(arr, 5); // false
validate(arr, 'A'); // true
validate(arr, 'a'); // true

Shorthands

type tests supported by util.is* functions:

• array
• boolean
• null
• nullorundefined
• number
• string
• symbol
• undefined
• regexp
• object
• date
• error
• function
• primitive
• buffer

return true for anything

• any

non-empty of respective type

• string!empty
• array!empty
• object!empty

number tests

• number>0
• number>=0
• number<0
• number<=0
• integer
• float

tests for an array with elements of respective type:

• array[]
• boolean[]
• number[]
• string[]
• symbol[]
• regexp[]
• object[]
• date[]
• error[]
• function[]
• primitive[]
• buffer[]
• string!empty[]
• array!empty[]
• object!empty[]
• number>0[]
• number>=0[]
• number<0[]
• number<=0[]
• integer[]
• float[]

test for an object with properties of an respective type:

• array{}
• boolean{}
• number{}
• string{}
• symbol{}
• regexp{}
• object{}
• date{}
• error{}
• function{}
• primitive{}
• buffer{}
• string!empty{}
• array!empty{}
• object!empty{}
• number>0{}
• number>=0{}
• number<0{}
• number<=0{}
• integer{}
• float{}

License

MIT © 2015 Simon Lepel