Sha256: edc5ee89234ca00cccf1f501954a3d77035db29600a53434df38175f1dfc00aa
Contents?: true
Size: 1.33 KB
Versions: 6
Compression:
Stored size: 1.33 KB
Contents
String::titleize = ->
@[0].toUpperCase() + @slice(1)
String::toHex = ->
return @ if @[0] == '#'
@replace /rgb(a)?\(([0-9|%]+)[\s|,]?\s?([0-9|%]+)[\s|,]?\s?([0-9|%]+)[\s|,]?\s?([0-9|.|%]+\s?)?\)/gi, (x, alpha, r, g, b, a) ->
"##{parseInt(r).toHex()}#{parseInt(g).toHex()}#{parseInt(b).toHex()}"
String::regExpEscape = ->
specials = ['/','.','*','+','?','|','(',')','[',']','{','}','\\']
escaped = new RegExp('(\\' + specials.join('|\\') + ')', 'g')
return @replace(escaped, '\\$1')
String::printf = ->
chunks = @split('%')
result = chunks[0]
re = /^([sdf])([\s\S%]*)$/
offset = 0
for chunk, index in chunks
p = re.exec(chunk)
if index == 0 || !p || arguments[index] == null
if index > 1
offset += 2
result += "%#{chunk}"
continue
arg = arguments[(index - 1) - offset]
switch p[1]
when 's' then result += arg
when 'd', 'i' then result += parseInt(arg.toString(), 10)
when 'f' then result += parseFloat(arg)
result += p[2]
return result
Number::toHex = ->
result = @toString(16).toUpperCase()
return if result[1] then result else "0#{result}"
Number::toBytes = ->
bytes = parseInt(@)
i = 0
while 1023 < bytes
bytes /= 1024
i += 1
return if i then "#{bytes.toFixed(2)}#{['', ' kb', ' Mb', ' Gb', ' Tb', ' Pb', ' Eb'][i]}" else "#{bytes} bytes"
Version data entries
6 entries across 6 versions & 2 rubygems