Written provides a set of utilities for manipulating text, with a focus on providing typographic tools rather than pure string manipulation.
written provides a set of utilities for manipulating text, with a focus on providing typographic tools rather than pure string manipulation. It can be added as a set of mixins to Underscore or used in it's own right, both in front and back end contexts.
npm install written
bower install written
This readme is also the source code for this module. Each function shows examples and the implementation.
written can be used as a module in Node and AMD contexts, and will otherwise
be made available as a global variable (window.written).
((root, factory) ->
if typeof define is "function" and define.amd
define [], factory
else if typeof exports is "object"
module.exports = factory()
else
root.written = factory()
return
) this, ->
Some style guides prefer the numbers 12 and under to be written, so we'll include those in here. If more or fewer numbers need to be added, or those from another language, see Language Support.
Following the APA style guide (for ease and practicality) conjunctions,
articles, and short prepositions of less than four letters will be
left in lowercase when calling capitalizeAll().
A rule is needed to determine the correct ordinal for any number. For English, we use match in such a way that the first value in the matching array is returned, unless it is 11, 12 or 13. We use this number to determine the correct ordinal form.
dictionary =
EN:
noncaps: ///^(
an|and|as|at|be|but|by|has|in|if|nor|of|
off|on|or|out|per|the|to|up|was
)$///
cardinals:
written: ["one", "two", "three", "four",
"five", "six", "seven", "eight",
"nine", "ten", "eleven", "twelve"]
ordinals:
written: ["first", "second", "third", "fourth",
"fifth", "sixth", "seventh", "eighth",
"ninth", "tenth", "eleventh", "twelfth"]
rule: /((1{0,1}[123])|(\d))\b/
suffixes:
"1": "st"
"2": "nd"
"3": "rd"
"n": "th"
Capitalize the first letter of a string.
Examples:
w.capitalize("obviously") # Obviously
capitalize = (str) ->
str.charAt(0).toUpperCase() + str.slice(1)
Capitalize all words in a string apart from some common lower case words. This can be tested with the internal noncaps regular expression, which are stored by language code, or by passing a regular expression of your own.
Examples:
w.capitalizeAll("this and that") # This and That
w.capitalizeAll("the cat in the hat") # The Cat in the Hat
capitalizeAll = (str, regEx = dictionary["EN"].noncaps) ->
unless Object.prototype.toString.call(regEx) is "[object RegExp]"
regEx = dictionary[regEx].noncaps
(for s, i in str.split(/\s/g)
if i > 0 and regEx.test(s) then s else capitalize(s)
).join(" ")
enclose wraps a string within two other strings, repeating the first if needs
be. cleanJoin joins an array of words with falsy, non-string values removed
with some glue. Both are used internally but are offered in case of their
external value.
Examples:
w.enclose("'", "string") # 'string'
w.cleanJoin(["this", null, "that"], " and ") # this and that
enclose = (a, b, c) ->
"#{a}#{b}#{c or a}"
cleanJoin = (arr, glue = "") ->
(a for a in arr when a and typeof a is "string").join(glue)
Replace all white-space in a string with a single space character
Examples:
w.collapse("this \t\t and \n that") # this and that
collapse = (str) ->
str.replace(/\s+/g, " ")
Transform strings between common code cases.
Examples:
w.camelCase("some-thing") # someThing
w.hyphenCase("some_thing") # some-thing
w.snakeCase("someThing") # some_thing
w.humanCase("fromA_to-Z") # from A to Z
This helps to split "cased" words into their constituent parts...
caseSplitter = /[-_\s]+|(!?[A-Z][a-z]*)/g
camelCase = (str) ->
cleanJoin(
for s, i in str.split(caseSplitter) when s
if i is 0 then s else capitalize(s)
)
str.replace(/[\s_-]+(\w)/g, (a, w) -> w.toUpperCase())
hyphenCase = (str, leading) ->
(if leading then "-" else "") +
cleanJoin(str.split(caseSplitter), "-").toLowerCase()
snakeCase = (str) ->
cleanJoin(str.split(caseSplitter), "_").toLowerCase()
humanCase = (str) ->
cleanJoin(str.split(caseSplitter), " ")
Enclose a string inside an HTML tag.
Examples:
w.wrapInTag("Hello world!") # <span>Hello world!</span>
w.wrapInTag("Hello world!", "em") # <em>Hello world!</em>
w.wrapInTag( # <a href="/url" class="b" disabled="disabled">Link</a>
"Link",
"a",
{
href: "/url",
class: ["b"],
disabled: true
}
)
wrapInTag = (str, tag = "span", attributes = {}) ->
attrs =
for key, val of attributes when val
val = key if typeof val is "boolean"
val = val.join(" ") if typeof val.join is "function"
" #{key}=\"#{val}\""
enclose "<#{tag}#{attrs.join("")}>", str, "</#{tag}>"
Group strings into a grammatically correct list with an arbitrary limit. The final example shows all the possible options available.
Examples:
w.prettyList(["Ben", "Bob"]) # Ben and Bob
w.prettyList(["Ben", "Bob", "Bill"]) # Ben, Bob and Bill
w.prettyList(["Ben", "Bob", "Bill", "Max"], 2) # Ben, Bob and 2 more
w.prettyList(["Ben", "Bob"], 1, {more: "other"}) # Ben and 1 other
w.prettyList([ # Document 1 & two other files
{file: "Document 1"},
{file: "Document 2"},
{file: "Document 3"}
], 1, {
amp: "&"
written: true,
more: "other file",
quantify: true,
key: "file"
})
prettyList = (arr, max, opts = {}) ->
more = opts.more or "more"
amp = opts.amp or "and"
if opts.key
arr = (obj[opts.key] for obj in arr when typeof obj is "object")
if opts.wrap
arr = (wrapInTag(s, opts.wrap) for s in arr)
if max < (len = arr.length)
diff = len - max
more = quantify(more, diff, numberless: true) if opts.quantify
diff = writtenNumber(diff, opts.lang) if opts.written
arr = arr.slice(0, max)
arr = arr.concat("#{diff} #{more}")
arr
.slice(0, -1)
.join(", ")
.concat((if arr.length is 1 then "" else " #{amp} "), arr.slice(-1))
Add soft hyphens every n characters so that the CSS attribute
hyphens: manual will allow for nice breaks in long strings of text. This is
especially useful on mobile devices, where long strings can break the layout.
Examples:
w.hyphenate("antidisestablishmentarianism") # antidisest%C2%ADablishm...
hyphenate = (str = "", n = 10, softHyphen = "\u00AD") ->
str.replace /(^|[^>])+(?=$|\<)/g, (sub) ->
sub.replace new RegExp("(\\w{#{n - 1}})(\\w)", "g"), (w, a, b) ->
a + softHyphen + b
Add an "s" to a string when an amount is non-singular, disregarding the order of the arguments passsed. If an array or collection is passed, it’s length will be used as the numerical input.
Examples:
w.quantify("monkey", 1) # 1 monkey
w.quantify(1, "monkey") # 1 monkey
w.quantify("monkey", 9, {written: true}) # nine monkeys
w.quantify("person", 9, {plural: "people"}) # 9 people
w.quantify([1, 2, 3], "number") # 3 numbers
quantify = (str, n, {numberless, written, lang, plural} = {}) ->
[n, str] = [str, n] unless typeof str is "string"
n = n.length ? n
s = if n is 1 then str else (plural or "#{str}s")
n = writtenNumber(n, lang) if written
n = if numberless then "" else "#{n} "
n + s
Convert numbers between one and twelve into their written counter-parts.
Examples:
w.writtenNumber(1) # one
w.writtenNumber(2, "DE") # zwei
writtenNumber = (n, lang = "EN", gender = "m") ->
if num = dictionary[lang]?.cardinals.written[n - 1]
num[gender] and num[gender] or num
else
n
Wrap a string in single or double quotes or guillemets (angle quotes).
Examples:
w.quote("pastry chef", "s") # ‘pastry chef’
w.quote("cats cradle") # “cats cradle”
w.quote("tres chic", "a") # «tres chic»
w.quote("Gol", "!") # ¡Gol!
w.quote("Cómo estás", "?") # ¿Cómo estás?
quote = (str, type) ->
[a, z] =
switch type
when "s", "single"
["‘", "’"]
when "a", "angle", "g", "guillemets"
["«", "»"]
when "!"
["¡", "!"]
when "?"
["¿", "?"]
else
["“", "”"]
enclose a, str, z
Convert a number from it's cardinal to ordinal equivalent.
Examples:
w.ordinal(1) # 1st
w.ordinal(2, {written: true}) # second
w.ordinal(3, {wrap: true}) # 3<sup>rd</sup>
w.ordinal(4, {wrap: "em"}) # 4<em>th</em>
ordinal = (n, opts = {}, gender = "m") ->
{ suffixes, rule, written } = dictionary[opts.lang or "EN"].ordinals
base = n.toString().match(rule)[0]
if opts.written? and w = written[+n - 1]
w[gender] or w
else
suffix = suffixes[base] or suffixes.n
suffix = suffix[gender] or suffix
if opts.wrap and not w
opts.wrap = "sup" if typeof opts.wrap is "boolean"
suffix = wrapInTag(suffix, opts.wrap)
n + suffix
Format a number in various ways and parse one from a string.
Examples:
w.prettyNumber(1000) # 1,000
w.prettyNumber(10.5, 2) # 10.50
w.prettyNumber(9999, " ", 2, ",") # 9 999,00
w.prettyPrice(4) # $4.00
w.prettyPrice(1200, "£") # £1,200.00
w.prettyPrice( # €4<sup>00</sup>
4,
{
currency: "€",
wrap: "sup"
}
)
w.prettyPercent(0.5) # 50%
w.prettyPercent(1, 4) # 25%
w.prettyPercent(1, 3, 2) # 33.33%
w.parseNumber(1000) # 1000
w.parseNumber("1,000.00") # 1000
w.parseNumber("99%") # 0.99
w.parseNumber("some 44,000 participants") # 44000
prettyNumber = (n, delimiter = ",", decimals = 0, dot = ".") ->
decimals = delimiter if typeof delimiter is "number"
n = parseNumber(n)
n = n.toFixed(decimals) if decimals > 0
n = n.toString().replace(".", dot) if dot
[ int, frac ] = n.toString().split(dot)
[ int.replace(/\B(?=(\d{3})+(?!\d))/g, delimiter), frac ]
.filter((e) -> e?)
.join(dot)
prettyPrice = (n, currency) ->
if typeof currency is "object"
{currency, wrap, decimals, delimiter, dot} = currency
currency ?= "$"
decimals ?= 2
dot ?= "."
n = prettyNumber(n, delimiter, decimals, dot)
if wrap
[integer, fraction] = n.split(dot)
n = integer + wrapInTag(fraction, wrap)
currency + n
prettyPercent = (numerator = 0, denominator = 1, decimals = 0) ->
percent = (numerator / denominator * 100) or 0
"#{percent.toFixed(decimals)}%"
parseNumber = (n) ->
if typeof n is "string"
n = n.replace(/[^\d\.]+/g, "") / if n.slice(-1) is "%" then 100 else 1
if n <= Infinity then n else -1
Provide quick access to different typographic glyphs without the need commit them to memory or look at a reference table.
Examples:
w.glyphs() # Create map of ASCII glyphs
w.glyph("!") # !
fromTo = (x, y) ->
Array.apply(0, length: y - x + 1).map((e, i) -> i + x)
glyphs = (glyphs = {}) ->
for code in fromTo(161, 255)
.concat(fromTo(338, 402))
.concat(fromTo(8211, 8230))
.concat([8240, 8364, 8482])
glyphs[code] = String.fromCharCode(code)
glyphs
glyph = (c) ->
enclose "&#", c.charCodeAt(0), ";"
Set cardinal and ordinal numbers and non-caps words for different languages as appropriate. Please note that only partial support for French, German, Italian, Spanish and Swedish is currently implemented. If using in the browser, ensure that the document's charset is set to UTF-8. Pull requests which extend language support are encouraged.
setLanguage = (object, lang) ->
dictionary[lang] = object
Pack up the written object (with some aliases...)
return written =
camelCase: camelCase
capitalize: capitalize
capitalizeAll: capitalizeAll
cleanJoin: cleanJoin
collapse: collapse
count: quantify
dasherize: hyphenCase
dashify: hyphenCase
enclose: enclose
glyph: glyph
glyphs: glyphs
humanCase: humanCase
hyphenate: hyphenate
hyphenCase: hyphenCase
numerate: quantify
ordinal: ordinal
parseNumber: parseNumber
prettyList: prettyList
prettyNumber: prettyNumber
prettyPrice: prettyPrice
prettyPercent: prettyPercent
quantify: quantify
quote: quote
setLanguage: setLanguage
slugify: snakeCase
snakeCase: snakeCase
titleCase: capitalizeAll
underscore: snakeCase
wrapInTag: wrapInTag
writtenNumber: writtenNumber
FAQs
Written provides a set of utilities for manipulating text, with a focus on providing typographic tools rather than pure string manipulation.
The npm package written receives a total of 600 weekly downloads. As such, written popularity was classified as not popular.
We found that written demonstrated a not healthy version release cadence and project activity because the last version was released a year ago. It has 1 open source maintainer collaborating on the project.
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