A collection of Ember computed macros. All the macros are composable, meaning you can nest them to your heart's content, like so:
result: conditional(and(not('value1'), 'value2'), sum('value3', 1), collect('value4', toUpper('value5'))) // lisp much?
Arguments to macros can be:
- A string, in which case it references the name of a property whose value is used for the calculation
- A non-string value, in which case it is used as such
- A raw macro, which lets you use a string as the value without referencing a property
- Another macro
Examples of these different usages:
source1: 'my value',
source2: 2
value1: equal('source1', 'source2'), // false
value2: equal('source2', 2), // true
value3: equal('source1', raw('my value')) // true
value4: equal('source2', sum(1, 1)) // true
Three essential primitive macros are re-exported from a different addon: ember-macro-helpers
- computed makes composing macros easier
- raw allows you to escape string literals to be used in macros
- writable makes setting macros possible
import computed from 'ember-awesome-macros/computed';
import raw from 'ember-awesome-macros/raw';
import writable from 'ember-awesome-macros/writable';
// or
import { computed, raw, writable } from 'ember-awesome-macros';
If you have any opinions or want a new macro added, just ask! Or feel free to submit a pull request.
- Ember.js v3.4 or above
- Ember CLI v2.13 or above
- Node.js v8 or above
ember install ember-awesome-macros
import nameOfMacro from 'ember-awesome-macros/name-of-macro';
// or
import { nameOfMacro } from 'ember-awesome-macros';
array.any
collect
array.compact
array.concat
array.every
array.filterBy
array.filter
array.findBy
array.find
array.first
array.groupBy
array.includes
array.indexOf
array.invoke
array.isAny
array.isEvery
array.join
array.lastIndexOf
array.last
array.length
array.mapBy
array.map
array.objectAt
array.reduce
array.reverse
array.rejectBy
array.slice
array.sort
array.uniqBy
array.uniq
array.without
string.camelize
string.capitalize
string.classify
string.dasherize
string.decamelize
string.escapeExpression
string.htmlSafe
string.indexOf
string.isHtmlSafe
string.lastIndexOf
string.length
string.match
string.replace
string.split
string.substr
string.substring
tag
string.titleize
string.toLower
string.toUpper
string.trim
string.underscore
See [https://github.com/kellyselden/ember-macro-helpers#custom-macros].
alias for sum
same as Ember.computed.and
, but allows composing
source1: false,
source2: true,
source3: false,
value1: and('source1', 'source2', 'source3'), // false
value2: and(not('source1'), 'source2', not('source3')) // true
wraps Ember.Array.any
, allows composing
array: Ember.A([1, 2]),
value1: array.any('array', val => val === 2), // true
value2: array.any('array', val => val === 3) // false
wraps Ember.Array.compact
, allows composing
array: Ember.A([1, 2, null]),
value: array.compact('array') // [1, 2]
wraps Array.prototype.concat()
, allows composing
array1: Ember.A([1, 2]),
array2: Ember.A([3, 4]),
string: '3,4',
example: array.concat('array1', 'array2'), // [1, 2, 3, 4]
composingExample: array.concat('array1', split('string', raw(','))) // [1, 2, 3, 4]
wraps Ember.Array.every
, allows composing
array: Ember.A([1, 1]),
value1: array.every('array', val => val === 1), // true
value2: array.every('array', val => val === 2) // false
wraps Ember.Array.filterBy
, allows composing
array: Ember.A([{ test: 1 }, { test: 2 }]),
key: 'test',
referenceValue: 1,
value1: array.filterBy('array', 'key', 2), // [{ test: 2 }]
value2: array.filterBy('array', raw('test'), 'referenceValue') // [{ test: 1 }]
wraps Ember.Array.filter
, allows composing
array: Ember.A([{ test: 1 }, { test: 2 }]),
value: array.filter('array', item => item.test === 2) // [{ test: 2 }]
wraps Ember.Array.findBy
, allows composing
array: Ember.A([{ test: 1 }, { test: 2 }]),
key: 'test',
referenceValue: 1,
value1: array.findBy('array', 'key', 2), // { test: 2 }
value2: array.findBy('array', raw('test'), 'referenceValue') // { test: 1 }
wraps Ember.Array.find
, allows composing
array: Ember.A([{ test: 1 }, { test: 2 }]),
value: array.find('array', item => item.test === 2) // { test: 2 }
get the first item of an array
array: ['1', '2'],
string: '1, 2',
example: array.first('array'), // '1'
composingExample: array.first(split('string', raw(', '))) // '1'
allows to group an array of objects by key with an optional comparator
array: Ember.A([{ test: 1, name: 'foo'}, { test: 2, name: 'foo' }, { test: 1, name: 'bar' }]),
key: 'test',
value: array.groupBy('array', 'key')
/*
[
{
key: 'test',
value: 1,
items: [{ test: 1 , name: 'foo' }, { test: 1 , name: 'bar' }]
},
{
key: 'test',
value: 2,
items: [{ test: 2 , name: 'foo' }]
}
]
*/
The comparator is required if grouping by a key representing a complex object like Date
// Given two different objects that represent the same info
// today1 = new Date();
// today2 = new Date();
// randomDate = new Date(2017, 1, 1);
array: Ember.A([
{ test: 1 , date: today1 },
{ test: 2 , date: today2 },
{ test: 1 , date: randomDate }
]),
key: 'date'
// without comparator
value1: array.groupBy('array', 'key'),
/*
[
{
key: 'date',
value: today1,
items: [{ test: 1 , date: today1 }]
},
{
key: 'date',
value: today2,
items: [{ test: 2 , date: today2 }]
},
{
key: 'date',
value: randomDate,
items: [{ test: 1 , date: randomDate }]
}
]
*/
// with comparator
value2: array.groupBy('array', 'key', (groupValue, currentValue) => {
return groupValue.getTime() === currentValue.getTime();
})
/*
[
{
key: 'date',
value: today1,
items: [{ test: 1 , date: today1 }, { test: 2 , date: today2 }]
},
{
key: 'date',
value: randomDate,
items: [{ test: 1 , date: randomDate }]
}
]
*/
implements Array.prototype.includes()
, allows composing
array: Ember.A(['my value 1', 'my value 2']),
source1: 'my value 2',
source2: 'my value 3',
value1: array.includes('array', 'source1'), // true
value2: array.includes('array', 'source2'), // false
value3: array.includes(collect(raw('my value 1'), raw('my value 2')), raw('my value 1')) // true
wraps Array.prototype.indexOf()
, allows composing
array: [2, 5, 9, 2],
referenceValue: 9,
value1: array.indexOf('array', 2), // 0
value2: array.indexOf('array', 2, 2), // 3
value3: array.indexOf('array', 'referenceValue') // 2
wraps Ember.Array.invoke()
, allows composing
array: [{
foo(arg) {
return 'bar-' + arg;
}
}],
value1: array.invoke('array', 'foo', raw('baz')), // ['bar-baz']
value2: array.invoke('array', 'foo', 'arg'), // ['bar-hello']
value3: array.invoke('array', 'foo'), // ['bar-']
arg: 'hello'
wraps Ember.Enumerable.isAny
, allows composing
array: Ember.A([{ test: 1 }, { test: 2 }]),
key: 'test',
value1: 2,
value2: 3,
result1: array.isAny('array', 'key', 'value1'), // true
result2: array.isAny('array', 'key', 'value2') // false
wraps Ember.Enumerable.isEvery
, allows composing
array1: Ember.A([{ test: 1 }, { test: 1 }]),
key: 'test',
value1: 1,
value2: 2,
result1: array.isEvery('array', 'key', 'value1'), // true
result2: array.isEvery('array', 'key', 'value2') // false
wraps Array.prototype.join()
, allows composing
array: Ember.A(['1', '2']),
separator: ', ',
value1: array.join('values', 'separator'), // '1, 2'
value2: array.join(collect(raw('1'), raw('2')), raw(', ')) // '1, 2'
wraps Array.prototype.lastIndexOf()
, allows composing
array: [2, 5, 9, 2],
referenceValue: 9,
value1: array.lastIndexOf('array', 2), // 3
value2: array.lastIndexOf('array', 2, 2), // 0
value3: array.lastIndexOf('array', 'referenceValue') // 2
get the last item of an array
array: ['1', '2'],
string: '1, 2',
example: array.last('array'), // '2'
composingExample: array.last(split('string', raw(', '))) // '2'
wraps Array.prototype.length
, allows composing
array: Ember.A([1, 2]),
string: '1,2',
example: array.length('array'), // 2
composingExample: array.length(split('string', raw(','))) // 2
wraps Ember.Array.mapBy
, allows composing
array: Ember.A([{ test: 1 }, { test: 2 }]),
key: 'test',
value: array.mapBy('array', 'key') // [1, 2]
wraps Ember.Array.map
, allows composing
array: Ember.A([{ test: 1 }, { test: 2 }]),
value: array.map('array', item => item.test) // [1, 2]
wraps Ember.Array.objectAt
, allows composing
array: Ember.A(['my value']),
source1: 0,
source2: 1,
value1: array.objectAt('array', 'source1'), // 'my value'
value2: array.objectAt('array', 'source2'), // undefined
value3: array.objectAt(collect(raw('my value 1')), raw(0)) // 'my value'
wraps Array.prototype.reduce()
, allows composing
Your initial value must be a factory function if you plan to mutate it in the reduce, otherwise it would continually mutate the same object every recalculation. You can still pass an object, just be careful not to mutate it.
array: ['one', 'two'],
value1: array.reduce(
'array',
(obj, cur, i) => {
obj[cur] = i;
return obj;
},
// initial value is a factory function because we mutate the object
() => ({})
), // { one: 0, two: 1 }
string: 'one, two',
value2: array.reduce(
split('string', raw(', ')),
(arr, cur, i) => arr.concat(cur, i),
//initial value is an array because it is not mutated
[]
) // ['one', 0, 'two', 1]
wraps Ember.Array.rejectBy
, allows composing
array: Ember.A([{ test: 1 }, { test: 2 }]),
key: 'test',
value: array.rejectBy('array', 'key', 2) // [{ test: 1 }]
wraps Array.prototype.reverse()
(calls slice() first as to not mutate), allows composing
array: [1, 2, 3],
value1: array.reverse('array'), // [3, 2, 1]
value2: array.reverse(array.reverse('array')) // [1, 2, 3]
wraps Array.prototype.slice()
, allows composing
array: [1, 2, 3],
value1: array.slice('array', 1), // [2, 3]
value2: array.slice('array', difference('array.length', 1)) // [3]
combines the functionality of both Array.prototype.sort()
and Ember.computed.sort
array1: Ember.A(['xyz', 'abc']),
array2: Ember.A([{ key: 'abc' }, { key: 'xyz' }]),
value1: array.sort('array1'), // ['abc', 'xyz']
value2: array.sort('array2', ['key:desc']), // [{ key: 'xyz' }, { key: 'abc' }]
value3: array.sort('array2', (a, b) => a.key < b.key), // [{ key: 'xyz' }, { key: 'abc' }]
wraps Ember.Array.uniqBy
, allows composing
array: Ember.A([{ test: 1 }, { test: 2 }, { test: 2 }]),
key: 'test',
value: array.uniqBy('array', 'key') // [{ test: 1 }, { test: 2 }]
wraps Ember.Array.uniq
, allows composing
array: Ember.A([1, 2, 2]),
value: array.uniq('array') // [1, 2]
wraps Ember.Enumerable.without
, allows composing
array: Ember.A([1, 2, 3]),
referenceValue: 3,
value1: array.without('array', 'referenceValue'), // [1, 2]
value2: array.without('array', 2), // [1, 3]
value3: array.without('array', array.objectAt(1)) // [1, 3]
same as Ember.computed.bool
, but allows composing
source1: null,
source2: 'my value 1',
source3: { source: 'source3' },
value1: bool('source1'), // false
value2: bool('source2'), // true
value3: bool('source3'), // true
same as Ember.computed.collect
, but allows composing
source1: 'my value 1',
source2: 'my value 2',
value: collect('source1', collect('source2')) // ['my value 1', ['my value 2']]
implements the ternary operator, allows composing
condition1: true,
condition2: false,
expr1: 'my value 1',
expr2: 'my value 2',
value1: conditional('condition1', 'expr1', 'expr2'), // 'my value 1'
value2: conditional('condition2', 'expr1', 'expr2'), // 'my value 2'
value3: conditional(or('condition1', 'condition2'), raw('my value 1'), raw('my value 2')) // 'my value 1'
true if source is undefined
source1: undefined,
source2: false,
source3: 'my value',
value1: defaultTrue('source1'), // true
value2: defaultTrue('source2'), // false
value3: defaultTrue('source3') // 'my value'
subtracts numbers
source1: 3,
source2: 2,
source3: 1,
value1: difference('source1', 'source2', 'source3'), // 0
value2: difference('source1', collect('source2', 'source3')) // 2
alias for quotient
alias for equal
like Ember.computed.equal
, but uses dependent properties on both sides. allows N number of arguments.
source1: 'my value',
source2: 'my other value',
source3: 'my value',
value1: equal('source1', 'source2'), // false
value2: equal('source1', 'source3'), // true
value3: equal('source1', 'source2', 'source3') // false
get a variable property name from an object
key: 'modelProperty',
model: {
modelProperty: 'my value'
},
value1: getBy('model', 'key'), // 'my value'
value2: getBy('model', raw('modelProperty')) // 'my value'
like Ember.computed.gt
, but uses dependent properties on both sides
and allows composing
source1: 1,
source2: 2,
source3: 1,
value1: gt('source1', 'source2'), // false
value2: gt('source1', 'source3'), // false
value3: gt('source2', 'source3') // true
like Ember.computed.gte
, but uses dependent properties on both sides
and allows composing
source1: 1,
source2: 2,
source3: 1,
value1: gte('source1', 'source2'), // false
value2: gte('source1', 'source3'), // true
value3: gte('source2', 'source3') // true
build a hash out of computed properties, allows composing
source1: 'my value 1',
source2: 'my value 2',
value1: hash({
prop1: 'source1',
prop2: hash({
prop: 'source2'
})
}), // { prop1: 'my value 1', prop2: { prop: 'my value 2' } }
// you can also build the hash using property key names
value2: hash('source1', 'source2'), // { source1: 'my value 1', source2: 'my value 2' }
// or you can mix and match, the result will be merged
value3: hash('source1', { prop2: 'source2' }) // { source1: 'my value 1', prop2: 'my value 2' }
wraps Ember.isEmpty
sourceString1: '',
sourceString2: 'foobar',
sourceArray1: [],
sourceArray2: [1, 2, 3],
sourceObject1: {},
sourceObject2: { size: 0 },
valueString1: isEmpty('sourceString1'), // true
valueString2: isEmpty('sourceString2'), // false
valueArray1: isEmpty('sourceArray1'), // true
valueArray2: isEmpty('sourceArray2'), // false
valueObject1: isEmpty('sourceObject1'), // false
valueObject2: isEmpty('sourceObject2'), // true
valueObject1: isEmpty(collect(1, 2)), // false
valueObject1: isEmpty([]), // true
wraps instanceof
operator
key1: {},
key2: false,
key3: '',
value1: instanceOf('key1', Object), // true
value2: instanceOf(or('key2', 'key3'), String) // true
like Ember.computed.lt
, but uses dependent properties on both sides
and allows composing
source1: 1,
source2: 2,
source3: 1,
value1: lt('source1', 'source2'), // true
value2: lt('source1', 'source3'), // false
value3: lt('source2', 'source3') // false
like Ember.computed.lte
, but uses dependent properties on both sides
and allows composing
source1: 1,
source2: 2,
source3: 1,
value1: lte('source1', 'source2'), // true
value2: lte('source1', 'source3'), // true
value3: lte('source2', 'source3') // false
exposes all Math
functions
source1: 2.2,
source2: 2.7,
value1: math.ceil('source1'), // 3
value2: math.floor(sum('source1', 'source2')) // 4
the modulus operator
number1: 123,
number2: 45,
example: mod('number1', 'number2'), // 33
composingExample: mod(sum('number1', 'number2'), 39) // 12
alias for product
applies logical NAND
operation
sourceTrue: true,
sourceFalse: false,
value1: nand('sourceFalse', 'sourceFalse', 'sourceFalse'), // true
value2: nand('sourceFalse', 'sourceTrue', 'sourceFalse'), // true
value3: nand('sourceTrue', 'sourceTrue', 'sourceTrue') // false
alias for notEqual
applies logical NOR
operation
sourceTrue: true,
sourceFalse: false,
value1: nor('sourceFalse', 'sourceFalse', 'sourceFalse'), // true
value2: nor('sourceFalse', 'sourceTrue', 'sourceFalse'), // false
value3: nor('sourceTrue', 'sourceTrue', 'sourceTrue') // false
same as Ember.computed.not
, but allows composing
source1: true,
source2: false,
value1: not('source1'), // false
value2: not(and('source1', 'source2')) // true
negation of isEmpty
sourceString1: '',
sourceString2: foobar,
sourceArray1: [],
sourceArray2: [1, 2, 3],
sourceObject1: {},
sourceObject2: { size: 0 },
valueString1: notEmpty('sourceString1'), // false
valueString2: notEmpty('sourceString2'), // true
valueArray1: notEmpty('sourceArray1'), // false
valueArray2: notEmpty('sourceArray2'), // true
valueObject1: notEmpty('sourceObject1'), // true
valueObject2: notEmpty('sourceObject2'), // false
valueObject1: notEmpty(collect(1, 2)), // true
valueObject1: notEmpty([]) // false
the inverse of equal
, allows composing
source1: 'my value',
source2: 'my other value',
source3: 'my value',
value1: notEqual('source1', 'source2'), // true
value2: notEqual('source1', 'source3'), // false
value3: notEqual('source1', 'source2', 'source3') // true
wraps Number
, allows composing
prop: true,
example: number('prop'), // 1
composingExample: sum(collect(8, number('prop'))) // 9
same as Ember.computed.or
, but allows composing
source1: true,
source2: false,
source3: true,
value1: or('source1', 'source2', 'source3'), // true
value2: or(not('source1'), 'source2', not('source3')) // false
wraps parseFloat
, allows composing
string1: '12.34',
string2: '12',
string3: '34',
example: parseFloat('string1'), // 12.34
composingExample: parseFloat(tag`${'string2'}.${'string3'}`) // 12.34
wraps parseInt
, allows composing
string: '123',
example: parseInt('string'), // 123
composingExample: parseInt(substr('string', 1), 8) // 19
multiplies numbers
source1: 1,
source2: 2,
source3: 3,
value1: product('source1', 'source2', 'source3'), // 6
value2: product('source1', collect('source2', 'source3')) // 6
combines promises using RSVP.all
promise1: computed(function() {
return RSVP.resolve('value1');
}),
promise2: computed(function() {
return RSVP.resolve('value2');
}),
promise: promise.all('promise1', 'promise2') // resolves to ['value1', 'value2']
wraps a promise in the equivalent of DS.PromiseArray
(ArrayProxy
and PromiseProxyMixin
)
productsPromise: computed(function() {
return this.store.findAll('product');
}),
products: promise.array('productsPromise')
can also wrap a computed property
products: promise.array(computed(function() {
return this.store.findAll('product');
}))
combines promises using RSVP.hash
promise1: computed(function() {
return RSVP.resolve('value1');
}),
promise2: computed(function() {
return RSVP.resolve('value2');
}),
promise: promise.hash('promise1', 'promise2') // resolves to { promise1: 'value1', promise2: 'value2' }
wraps a promise in the equivalent of DS.PromiseObject
(ObjectProxy
and PromiseProxyMixin
)
productPromise: computed(function() {
return this.store.findRecord('product', 1);
}),
product: promise.object('productPromise')
can also wrap a computed property
product: promise.object(computed(function() {
return this.store.findRecord('product', 1);
}))
wraps a value in an RSVP.resolve
key1: 'my value',
promise1: promise.resolve('key1'), // a resolved promise if you need it
key2: computed(function() {
return this.store.findRecord('user');
}),
promise2: promise.resolve(conditional('someBool', 'key1', 'key2')) // resolve an object if you don't know if it is a promise or not
calls .then()
on a promise and then .get
on the result
key: 'firstName',
userPromise: computed(function() {
return this.store.findRecord('user'); // { firstName: 'Mary' }
}),
firstName: promise.then('userPromise', 'key') // 'Mary'
divides numbers
source1: 3,
source2: 2,
source3: 1,
value1: quotient('source1', 'source2', 'source3'), // 1.5
value2: quotient('source1', collect('source2', 'source3')) // 1.5
wraps Ember.String.camelize
, allows composing
originalValue: 'test-string',
newValue: string.camelize('originalValue') // 'testString'
wraps Ember.String.capitalize
, allows composing
originalValue: 'test string',
newValue: string.capitalize('originalValue') // 'Test string'
wraps Ember.String.classify
, allows composing
originalValue: 'test string',
newValue: string.classify('originalValue') // 'TestString'
wraps Ember.String.dasherize
, allows composing
originalValue: 'TestString',
newValue: string.dasherize('originalValue') // 'test-string'
wraps Ember.String.decamelize
, allows composing
originalValue: 'TestString',
newValue: string.decamelize('originalValue') // 'test_string'
wraps Ember.Handlebars.Utils.escapeExpression
, allows composing
originalValue: '<input>',
newValue: string.escapeExpression('originalValue') // '<input>'
wraps Ember.String.htmlSafe
, allows composing
originalValue: '<input>',
newValue: string.htmlSafe('originalValue') // will not be escaped
wraps String.prototype.indexOf()
, allows composing
string: '121',
value: '1',
example: string.indexOf('string', 'value'), // 0
composingExample: string.indexOf(substr('string', 1), raw('1')) // 1
wraps Ember.String.isHTMLSafe
, allows composing
source1: '<input>',
source2: string.htmlSafe('<input>'),
value1: string.isHtmlSafe('source1'), // false
value2: string.isHtmlSafe('source2') // true
wraps String.prototype.lastIndexOf()
, allows composing
string: '121',
value: '1',
example: string.lastIndexOf('string', 'value'), // 2
composingExample: string.lastIndexOf(substr('string', 0, 2), raw('1')) // 0
wraps String.prototype.length
, allows composing
string1: 'abc',
string2: 'xyz',
example: string.length('string1'), // 3
composingExample: string.length(tag`${'string1'}${'string2'}`) // 6
wraps String.prototype.match
, allows composing
string1: 'abc',
string2: 'xyz',
regex1: /abc/,
regex2: /xyz/,
example: string.match('string1', 'regex1'), // ['abc']
example: string.match('string1', 'regex2'), // null
composingExample: string.match(tag`${'string1'}${'string2'}`, 'regex2') // ['xyz']
wraps String.prototype.replace
, allows composing
string: 'abc',
substr: 'bc',
newSubstr: 'cb',
value1: string.replace('string', 'substr', 'newSubstr'), // 'acb'
value2: string.replace('string', 'substr', string.toUpper('newSubstr')) // 'aCB'
wraps String.prototype.split
, allows composing
source: 'val1,val2',
key: ',',
value1: string.split('source', 'key'), // ['val1', 'val2']
value2: string.split('source', raw(',')) // ['val1', 'val2']
wraps String.prototype.substr()
, allows composing
string1: 'abcxyz',
string2: 'abc',
string3: 'xyz',
example: string.substr('string1', 2, 2), // 'cx'
composingExample: string.substr(tag`${'string2'}${'string3'}`, 2, 2) // 'cx'
wraps String.prototype.substring()
, allows composing
string1: 'abcxyz',
string2: 'abc',
string3: 'xyz',
example: string.substring('string1', 2, 4), // 'cx'
composingExample: string.substring(tag`${'string2'}${'string3'}`, 2, 4) // 'cx'
capitalizes words, allows composing
originalValue: 'james mcAvoy',
newValue: string.titleize('originalValue') // 'James Mcavoy'
wraps String.prototype.toLowerCase()
, allows composing
originalValue: 'TestString',
newValue: string.toLower('originalValue') // 'teststring'
wraps String.prototype.toUpperCase()
, allows composing
originalValue: 'TestString',
newValue: string.toUpper('originalValue') // 'TESTSTRING'
wraps String.prototype.trim()
, allows composing
originalValue: ' TestString ',
newValue: string.trim('originalValue') // 'TestString'
wraps Ember.String.underscore
, allows composing
originalValue: 'TestString',
newValue: string.underscore('originalValue') // 'test_string'
alias for difference
adds numbers
source1: 1,
source2: 2,
source3: 3,
value1: sum('source1', 'source2', 'source3'), // 6
value2: sum('source1', collect('source2', 'source3')) // 6
use a tagged template literal as a computed macro, allows composing
source: 'two',
value1: tag`one ${'source'} three`, // 'one two three'
value2: tag`one ${toUpper('source')} three` // 'one TWO three'
calls toString
with args on whatever you provide
key1: {},
key2: 253,
key3: 254,
value1: toStr('key1'), // '[object Object]'
value2: toStr(math.max('key2', 'key3'), 16) // 'fe'
alias for toStr
The toString
name conflicts with window.toString
and breaks Babel, which means you need to do something like this:
import { toString as toStr } from 'ember-awesome-macros';
That's why we provide the toStr
alias.
wraps typeOf
operator
key1: {},
key2: false,
key3: '',
value1: typeOf('key1'), // 'object'
value2: typeOf(or('key2', 'key3')) // 'string'
macro version of {{unless}}
and the inverse of conditional
, allows composing
condition1: false,
condition2: true,
expr1: 'my value 1',
expr2: 'my value 2',
value1: unless('condition1', 'expr1', 'expr2'), // 'my value 1'
value2: unless('condition2', 'expr1', 'expr2'), // 'my value 2'
value3: unless(and('condition1', 'condition2'), raw('my value 1'), raw('my value 2')) // 'my value 1'
applies logical XNOR
operation
sourceTrue: true,
sourceFalse: false,
value1: xnor('sourceFalse', 'sourceFalse', 'sourceFalse'), // true
value2: xnor('sourceFalse', 'sourceTrue', 'sourceFalse'), // false
value3: xnor('sourceTrue', 'sourceTrue', 'sourceTrue') // true
applies logical XOR
operation
sourceTrue: true,
sourceFalse: false,
value1: xor('sourceFalse', 'sourceFalse', 'sourceFalse'), // false
value2: xor('sourceFalse', 'sourceTrue', 'sourceFalse'), // true
value3: xor('sourceTrue', 'sourceTrue', 'sourceTrue') // false
See the Contributing guide for details.
This project is licensed under the MIT License.