mirror of https://github.com/rails/rails
Adds number_to_human and several improvements in NumberHelper. [#4239 state:resolved]
Signed-off-by: José Valim <jose.valim@gmail.com>
This commit is contained in:
Bernardo de Pádua
José Valim
parent
e8a80cdded
commit
75904c566e
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@ -5,7 +5,10 @@ module ActionView
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module Helpers #:nodoc:
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# Provides methods for converting numbers into formatted strings.
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# Methods are provided for phone numbers, currency, percentage,
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# precision, positional notation, and file size.
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# precision, positional notation, file size and pretty printing.
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#
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# Most methods expect a +number+ argument, and will return it
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# unchanged if can't be converted into a valid number.
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module NumberHelper
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# Formats a +number+ into a US phone number (e.g., (555) 123-9876). You can customize the format
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# in the +options+ hash.
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@ -74,21 +77,16 @@ module ActionView
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def number_to_currency(number, options = {})
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options.symbolize_keys!
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defaults = I18n.translate(:'number.format', :locale => options[:locale], :raise => true) rescue {}
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currency = I18n.translate(:'number.currency.format', :locale => options[:locale], :raise => true) rescue {}
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defaults = I18n.translate(:'number.format', :locale => options[:locale], :default => {})
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currency = I18n.translate(:'number.currency.format', :locale => options[:locale], :default => {})
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defaults = defaults.merge(currency)
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precision = options[:precision] || defaults[:precision]
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unit = options[:unit] || defaults[:unit]
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separator = options[:separator] || defaults[:separator]
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delimiter = options[:delimiter] || defaults[:delimiter]
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format = options[:format] || defaults[:format]
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separator = '' if precision == 0
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options = options.reverse_merge(defaults)
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value = number_with_precision(number,
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:precision => precision,
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:delimiter => delimiter,
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:separator => separator)
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unit = options.delete(:unit)
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format = options.delete(:format)
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value = number_with_precision(number, options)
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if value
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format.gsub(/%n/, value).gsub(/%u/, unit).html_safe
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@ -101,9 +99,11 @@ module ActionView
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# format in the +options+ hash.
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#
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# ==== Options
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# * <tt>:precision</tt> - Sets the level of precision (defaults to 3).
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# * <tt>:separator</tt> - Sets the separator between the units (defaults to ".").
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# * <tt>:precision</tt> - Sets the precision of the number (defaults to 3).
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# * <tt>:significant</tt> - If +true+, precision will be the # of significant_digits. If +false+, the # of fractional digits (defaults to +false+)
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# * <tt>:separator</tt> - Sets the separator between the fractional and integer digits (defaults to ".").
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# * <tt>:delimiter</tt> - Sets the thousands delimiter (defaults to "").
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# * <tt>:strip_unsignificant_zeros</tt> - If +true+ removes unsignificant zeros after the decimal separator (defaults to +false+)
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#
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# ==== Examples
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# number_to_percentage(100) # => 100.000%
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@ -113,18 +113,13 @@ module ActionView
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def number_to_percentage(number, options = {})
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options.symbolize_keys!
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defaults = I18n.translate(:'number.format', :locale => options[:locale], :raise => true) rescue {}
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percentage = I18n.translate(:'number.percentage.format', :locale => options[:locale], :raise => true) rescue {}
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defaults = I18n.translate(:'number.format', :locale => options[:locale], :default => {})
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percentage = I18n.translate(:'number.percentage.format', :locale => options[:locale], :default => {})
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defaults = defaults.merge(percentage)
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precision = options[:precision] || defaults[:precision]
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separator = options[:separator] || defaults[:separator]
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delimiter = options[:delimiter] || defaults[:delimiter]
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options = options.reverse_merge(defaults)
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value = number_with_precision(number,
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:precision => precision,
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:separator => separator,
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:delimiter => delimiter)
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value = number_with_precision(number, options)
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value ? value + "%" : number
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end
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@ -133,7 +128,7 @@ module ActionView
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#
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# ==== Options
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# * <tt>:delimiter</tt> - Sets the thousands delimiter (defaults to ",").
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# * <tt>:separator</tt> - Sets the separator between the units (defaults to ".").
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# * <tt>:separator</tt> - Sets the separator between the fractional and integer digits (defaults to ".").
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#
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# ==== Examples
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# number_with_delimiter(12345678) # => 12,345,678
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@ -146,139 +141,163 @@ module ActionView
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# You can still use <tt>number_with_delimiter</tt> with the old API that accepts the
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# +delimiter+ as its optional second and the +separator+ as its
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# optional third parameter:
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# number_with_delimiter(12345678, " ") # => 12 345.678
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# number_with_delimiter(12345678, " ") # => 12 345 678
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# number_with_delimiter(12345678.05, ".", ",") # => 12.345.678,05
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def number_with_delimiter(number, *args)
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options = args.extract_options!
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options.symbolize_keys!
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defaults = I18n.translate(:'number.format', :locale => options[:locale], :raise => true) rescue {}
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defaults = I18n.translate(:'number.format', :locale => options[:locale], :default => {})
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unless args.empty?
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ActiveSupport::Deprecation.warn('number_with_delimiter takes an option hash ' +
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'instead of separate delimiter and precision arguments.', caller)
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delimiter = args[0] || defaults[:delimiter]
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separator = args[1] || defaults[:separator]
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options[:delimiter] ||= args[0] if args[0]
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options[:separator] ||= args[1] if args[1]
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end
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delimiter ||= (options[:delimiter] || defaults[:delimiter])
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separator ||= (options[:separator] || defaults[:separator])
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options = options.reverse_merge(defaults)
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parts = number.to_s.split('.')
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if parts[0]
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parts[0].gsub!(/(\d)(?=(\d\d\d)+(?!\d))/, "\\1#{delimiter}")
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parts.join(separator)
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parts[0].gsub!(/(\d)(?=(\d\d\d)+(?!\d))/, "\\1#{options[:delimiter]}")
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parts.join(options[:separator])
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else
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number
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end
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end
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# Formats a +number+ with the specified level of <tt>:precision</tt> (e.g., 112.32 has a precision of 2).
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# Formats a +number+ with the specified level of <tt>:precision</tt> (e.g., 112.32 has a precision
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# of 2 if +:significant+ is +false+, and 5 if +:significant+ is +true+).
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# You can customize the format in the +options+ hash.
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#
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# ==== Options
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# * <tt>:precision</tt> - Sets the level of precision (defaults to 3).
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# * <tt>:separator</tt> - Sets the separator between the units (defaults to ".").
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# * <tt>:precision</tt> - Sets the precision of the number (defaults to 3).
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# * <tt>:significant</tt> - If +true+, precision will be the # of significant_digits. If +false+, the # of fractional digits (defaults to +false+)
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# * <tt>:separator</tt> - Sets the separator between the fractional and integer digits (defaults to ".").
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# * <tt>:delimiter</tt> - Sets the thousands delimiter (defaults to "").
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# * <tt>:strip_unsignificant_zeros</tt> - If +true+ removes unsignificant zeros after the decimal separator (defaults to +false+)
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#
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# ==== Examples
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# number_with_precision(111.2345) # => 111.235
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# number_with_precision(111.2345, :precision => 2) # => 111.23
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# number_with_precision(13, :precision => 5) # => 13.00000
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# number_with_precision(389.32314, :precision => 0) # => 389
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# number_with_precision(111.2345) # => 111.235
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# number_with_precision(111.2345, :precision => 2) # => 111.23
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# number_with_precision(13, :precision => 5) # => 13.00000
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# number_with_precision(389.32314, :precision => 0) # => 389
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# number_with_precision(111.2345, :significant => true) # => 111
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# number_with_precision(111.2345, :precision => 1, :significant => true) # => 100
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# number_with_precision(13, :precision => 5, :significant => true) # => 13.000
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# number_with_precision(13, :precision => 5, :significant => true, strip_unsignificant_zeros => true)
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# # => 13
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# number_with_precision(389.32314, :precision => 4, :significant => true) # => 389.3
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# number_with_precision(1111.2345, :precision => 2, :separator => ',', :delimiter => '.')
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# # => 1.111,23
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#
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# You can still use <tt>number_with_precision</tt> with the old API that accepts the
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# +precision+ as its optional second parameter:
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# number_with_precision(number_with_precision(111.2345, 2) # => 111.23
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# number_with_precision(111.2345, 2) # => 111.23
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def number_with_precision(number, *args)
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number = begin
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Float(number)
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rescue ArgumentError, TypeError
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return number
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end
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options = args.extract_options!
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options.symbolize_keys!
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defaults = I18n.translate(:'number.format', :locale => options[:locale], :raise => true) rescue {}
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precision_defaults = I18n.translate(:'number.precision.format', :locale => options[:locale],
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:raise => true) rescue {}
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defaults = I18n.translate(:'number.format', :locale => options[:locale], :default => {})
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precision_defaults = I18n.translate(:'number.precision.format', :locale => options[:locale], :default => {})
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defaults = defaults.merge(precision_defaults)
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#Backwards compatibility
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unless args.empty?
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ActiveSupport::Deprecation.warn('number_with_precision takes an option hash ' +
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'instead of a separate precision argument.', caller)
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precision = args[0] || defaults[:precision]
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options[:precision] ||= args[0] if args[0]
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end
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precision ||= (options[:precision] || defaults[:precision])
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separator ||= (options[:separator] || defaults[:separator])
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delimiter ||= (options[:delimiter] || defaults[:delimiter])
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options = options.reverse_merge(defaults) # Allow the user to unset default values: Eg.: :significant => false
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precision = options.delete :precision
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significant = options.delete :significant
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strip_unsignificant_zeros = options.delete :strip_unsignificant_zeros
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begin
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value = Float(number)
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rescue ArgumentError, TypeError
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value = nil
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end
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if value
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rounded_number = BigDecimal.new((Float(number) * (10 ** precision)).to_s).round.to_f / 10 ** precision
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number_with_delimiter("%01.#{precision}f" % rounded_number,
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:separator => separator,
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:delimiter => delimiter)
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if significant and precision > 0
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digits = (Math.log10(number) + 1).floor
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rounded_number = BigDecimal.new((number / 10 ** (digits - precision)).to_s).round.to_f * 10 ** (digits - precision)
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precision = precision - digits
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precision = precision > 0 ? precision : 0 #don't let it be negative
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else
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number
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rounded_number = BigDecimal.new((number * (10 ** precision)).to_s).round.to_f / 10 ** precision
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end
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formatted_number = number_with_delimiter("%01.#{precision}f" % rounded_number, options)
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if strip_unsignificant_zeros
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escaped_separator = Regexp.escape(options[:separator])
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formatted_number.sub(/(#{escaped_separator})(\d*[1-9])?0+\z/, '\1\2').sub(/#{escaped_separator}\z/, '')
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else
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formatted_number
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end
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end
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STORAGE_UNITS = [:byte, :kb, :mb, :gb, :tb].freeze
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# Formats the bytes in +size+ into a more understandable representation
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# Formats the bytes in +number+ into a more understandable representation
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# (e.g., giving it 1500 yields 1.5 KB). This method is useful for
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# reporting file sizes to users. This method returns nil if
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# +size+ cannot be converted into a number. You can customize the
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# reporting file sizes to users. You can customize the
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# format in the +options+ hash.
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#
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# ==== Options
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# * <tt>:precision</tt> - Sets the level of precision (defaults to 1).
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# * <tt>:separator</tt> - Sets the separator between the units (defaults to ".").
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# * <tt>:delimiter</tt> - Sets the thousands delimiter (defaults to "").
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# See <tt>number_to_human</tt> if you want to pretty-print a generic number.
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#
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# ==== Options
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# * <tt>:precision</tt> - Sets the precision of the number (defaults to 3).
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# * <tt>:significant</tt> - If +true+, precision will be the # of significant_digits. If +false+, the # of fractional digits (defaults to +true+)
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# * <tt>:separator</tt> - Sets the separator between the fractional and integer digits (defaults to ".").
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# * <tt>:delimiter</tt> - Sets the thousands delimiter (defaults to "").
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# * <tt>:strip_unsignificant_zeros</tt> - If +true+ removes unsignificant zeros after the decimal separator (defaults to +true+)
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# ==== Examples
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# number_to_human_size(123) # => 123 Bytes
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# number_to_human_size(1234) # => 1.2 KB
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# number_to_human_size(1234) # => 1.21 KB
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# number_to_human_size(12345) # => 12.1 KB
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# number_to_human_size(1234567) # => 1.2 MB
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# number_to_human_size(1234567890) # => 1.1 GB
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# number_to_human_size(1234567890123) # => 1.1 TB
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# number_to_human_size(1234567, :precision => 2) # => 1.18 MB
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# number_to_human_size(483989, :precision => 0) # => 473 KB
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# number_to_human_size(1234567, :precision => 2, :separator => ',') # => 1,18 MB
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# number_to_human_size(1234567) # => 1.18 MB
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# number_to_human_size(1234567890) # => 1.15 GB
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# number_to_human_size(1234567890123) # => 1.12 TB
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# number_to_human_size(1234567, :precision => 2) # => 1.2 MB
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# number_to_human_size(483989, :precision => 2) # => 470 KB
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# number_to_human_size(1234567, :precision => 2, :separator => ',') # => 1,2 MB
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#
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# Zeros after the decimal point are always stripped out, regardless of the
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# specified precision:
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# helper.number_to_human_size(1234567890123, :precision => 5) # => "1.12283 TB"
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# helper.number_to_human_size(524288000, :precision=>5) # => "500 MB"
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# Unsignificant zeros after the fractional separator are stripped out by default (set
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# <tt>:strip_unsignificant_zeros</tt> to +false+ to change that):
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# number_to_human_size(1234567890123, :precision => 5) # => "1.1229 TB"
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# number_to_human_size(524288000, :precision=>5) # => "500 MB"
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#
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# You can still use <tt>number_to_human_size</tt> with the old API that accepts the
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# +precision+ as its optional second parameter:
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# number_to_human_size(1234567, 2) # => 1.18 MB
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# number_to_human_size(483989, 0) # => 473 KB
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# number_to_human_size(1234567, 1) # => 1 MB
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# number_to_human_size(483989, 2) # => 470 KB
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def number_to_human_size(number, *args)
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return nil if number.nil?
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number = begin
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Float(number)
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rescue ArgumentError, TypeError
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return number
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end
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options = args.extract_options!
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options.symbolize_keys!
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defaults = I18n.translate(:'number.format', :locale => options[:locale], :raise => true) rescue {}
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human = I18n.translate(:'number.human.format', :locale => options[:locale], :raise => true) rescue {}
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defaults = I18n.translate(:'number.format', :locale => options[:locale], :default => {})
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human = I18n.translate(:'number.human.format', :locale => options[:locale], :default => {})
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defaults = defaults.merge(human)
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unless args.empty?
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ActiveSupport::Deprecation.warn('number_to_human_size takes an option hash ' +
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'instead of a separate precision argument.', caller)
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precision = args[0] || defaults[:precision]
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options[:precision] ||= args[0] if args[0]
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end
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precision ||= (options[:precision] || defaults[:precision])
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separator ||= (options[:separator] || defaults[:separator])
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delimiter ||= (options[:delimiter] || defaults[:delimiter])
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options = options.reverse_merge(defaults)
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#for backwards compatibility with those that didn't add strip_unsignificant_zeros to their locale files
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options[:strip_unsignificant_zeros] = true if not options.key?(:strip_unsignificant_zeros)
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storage_units_format = I18n.translate(:'number.human.storage_units.format', :locale => options[:locale], :raise => true)
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@ -287,7 +306,6 @@ module ActionView
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storage_units_format.gsub(/%n/, number.to_i.to_s).gsub(/%u/, unit)
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else
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max_exp = STORAGE_UNITS.size - 1
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number = Float(number)
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exponent = (Math.log(number) / Math.log(1024)).to_i # Convert to base 1024
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exponent = max_exp if exponent > max_exp # we need this to avoid overflow for the highest unit
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number /= 1024 ** exponent
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@ -295,15 +313,134 @@ module ActionView
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unit_key = STORAGE_UNITS[exponent]
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unit = I18n.translate(:"number.human.storage_units.units.#{unit_key}", :locale => options[:locale], :count => number, :raise => true)
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escaped_separator = Regexp.escape(separator)
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formatted_number = number_with_precision(number,
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:precision => precision,
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:separator => separator,
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:delimiter => delimiter
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).sub(/(#{escaped_separator})(\d*[1-9])?0+\z/, '\1\2').sub(/#{escaped_separator}\z/, '')
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formatted_number = number_with_precision(number, options)
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storage_units_format.gsub(/%n/, formatted_number).gsub(/%u/, unit)
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end
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end
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DECIMAL_UNITS = {0 => :unit, 1 => :ten, 2 => :hundred, 3 => :thousand, 6 => :million, 9 => :billion, 12 => :trillion, 15 => :quadrillion,
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-1 => :deci, -2 => :centi, -3 => :mili, -6 => :micro, -9 => :nano, -12 => :pico, -15 => :femto}.freeze
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# Pretty prints (formats and approximates) a number in a way it is more readable by humans
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# (eg.: 1200000000 becomes "1.2 Billion"). This is useful for numbers that
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# can get very large (and too hard to read).
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#
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# See <tt>number_to_human_size</tt> if you want to print a file size.
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#
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# You can also define you own unit-quantifier names if you want to use other decimal units
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# (eg.: 1500 becomes "1.5 kilometers", 0.150 becomes "150 mililiters", etc). You may define
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# a wide range of unit quantifiers, even fractional ones (centi, deci, mili, etc).
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#
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# ==== Options
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# * <tt>:precision</tt> - Sets the precision of the number (defaults to 3).
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# * <tt>:significant</tt> - If +true+, precision will be the # of significant_digits. If +false+, the # of fractional digits (defaults to +true+)
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# * <tt>:separator</tt> - Sets the separator between the fractional and integer digits (defaults to ".").
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# * <tt>:delimiter</tt> - Sets the thousands delimiter (defaults to "").
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# * <tt>:strip_unsignificant_zeros</tt> - If +true+ removes unsignificant zeros after the decimal separator (defaults to +true+)
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# * <tt>:units</tt> - A Hash of unit quantifier names. Or a string containing an i18n scope where to find this hash. It might have the following keys:
|
||||
# * *integers*: <tt>:unit</tt>, <tt>:ten</tt>, <tt>:hundred</tt>, <tt>:thousand</tt>, <tt>:million</tt>, <tt>:billion</tt>, <tt>:trillion</tt>, <tt>:quadrillion</tt>
|
||||
# * *fractionals*: <tt>:deci</tt>, <tt>:centi</tt>, <tt>:mili</tt>, <tt>:micro</tt>, <tt>:nano</tt>, <tt>:pico</tt>, <tt>:femto</tt>
|
||||
# * <tt>:format</tt> - Sets the format of the output string (defaults to "%n %u"). The field types are:
|
||||
#
|
||||
# %u The quantifier (ex.: 'thousand')
|
||||
# %n The number
|
||||
#
|
||||
# ==== Examples
|
||||
# number_to_human(123) # => "123"
|
||||
# number_to_human(1234) # => "1.23 Thousand"
|
||||
# number_to_human(12345) # => "12.3 Thousand"
|
||||
# number_to_human(1234567) # => "1.23 Million"
|
||||
# number_to_human(1234567890) # => "1.23 Billion"
|
||||
# number_to_human(1234567890123) # => "1.23 Trillion"
|
||||
# number_to_human(1234567890123456) # => "1.23 Quadrillion"
|
||||
# number_to_human(1234567890123456789) # => "1230 Quadrillion"
|
||||
# number_to_human(489939, :precision => 2) # => "490 Thousand"
|
||||
# number_to_human(489939, :precision => 4) # => "489.9 Thousand"
|
||||
# number_to_human(1234567, :precision => 4,
|
||||
# :significant => false) # => "1.2346 Million"
|
||||
# number_to_human(1234567, :precision => 1,
|
||||
# :separator => ',',
|
||||
# :significant => false) # => "1,2 Million"
|
||||
#
|
||||
# Unsignificant zeros after the decimal separator are stripped out by default (set
|
||||
# <tt>:strip_unsignificant_zeros</tt> to +false+ to change that):
|
||||
# number_to_human(12345012345, :significant_digits => 6) # => "12.345 Billion"
|
||||
# number_to_human(500000000, :precision=>5) # => "500 Million"
|
||||
#
|
||||
# ==== Custom Unit Quantifiers
|
||||
#
|
||||
# You can also use your own custom unit quantifiers:
|
||||
# number_to_human(500000, :units => {:unit => "ml", :thousand => "lt"}) # => "500 lt"
|
||||
#
|
||||
# If in your I18n locale you have:
|
||||
# distance:
|
||||
# centi:
|
||||
# one: "centimeter"
|
||||
# other: "centimeters"
|
||||
# unit:
|
||||
# one: "meter"
|
||||
# other: "meters"
|
||||
# thousand:
|
||||
# one: "kilometer"
|
||||
# other: "kilometers"
|
||||
# billion: "gazilion-distance"
|
||||
#
|
||||
# Then you could do:
|
||||
#
|
||||
# number_to_human(543934, :units => :distance) # => "544 kilometers"
|
||||
# number_to_human(54393498, :units => :distance) # => "54400 kilometers"
|
||||
# number_to_human(54393498000, :units => :distance) # => "54.4 gazilion-distance"
|
||||
# number_to_human(343, :units => :distance, :precision => 1) # => "300 meters"
|
||||
# number_to_human(1, :units => :distance) # => "1 meter"
|
||||
# number_to_human(0.34, :units => :distance) # => "34 centimeters"
|
||||
#
|
||||
def number_to_human(number, options = {})
|
||||
number = begin
|
||||
Float(number)
|
||||
rescue ArgumentError, TypeError
|
||||
return number
|
||||
end
|
||||
|
||||
options.symbolize_keys!
|
||||
|
||||
defaults = I18n.translate(:'number.format', :locale => options[:locale], :default => {})
|
||||
human = I18n.translate(:'number.human.format', :locale => options[:locale], :default => {})
|
||||
defaults = defaults.merge(human)
|
||||
|
||||
options = options.reverse_merge(defaults)
|
||||
#for backwards compatibility with those that didn't add strip_unsignificant_zeros to their locale files
|
||||
options[:strip_unsignificant_zeros] = true if not options.key?(:strip_unsignificant_zeros)
|
||||
|
||||
units = options.delete :units
|
||||
unit_exponents = case units
|
||||
when Hash
|
||||
units
|
||||
when String, Symbol
|
||||
I18n.translate(:"#{units}", :locale => options[:locale], :raise => true)
|
||||
when nil
|
||||
I18n.translate(:"number.human.decimal_units.units", :locale => options[:locale], :raise => true)
|
||||
else
|
||||
raise ArgumentError, ":units must be a Hash or String translation scope."
|
||||
end.keys.map{|e_name| DECIMAL_UNITS.invert[e_name] }.sort_by{|e| -e}
|
||||
|
||||
number_exponent = Math.log10(number).floor
|
||||
display_exponent = unit_exponents.find{|e| number_exponent >= e }
|
||||
number /= 10 ** display_exponent
|
||||
|
||||
unit = case units
|
||||
when Hash
|
||||
units[DECIMAL_UNITS[display_exponent]]
|
||||
when String, Symbol
|
||||
I18n.translate(:"#{units}.#{DECIMAL_UNITS[display_exponent]}", :locale => options[:locale], :count => number.to_i)
|
||||
else
|
||||
I18n.translate(:"number.human.decimal_units.units.#{DECIMAL_UNITS[display_exponent]}", :locale => options[:locale], :count => number.to_i)
|
||||
end
|
||||
|
||||
decimal_format = options[:format] || I18n.translate(:'number.human.decimal_units.format', :locale => options[:locale], :default => "%n %u")
|
||||
formatted_number = number_with_precision(number, options)
|
||||
decimal_format.gsub(/%n/, formatted_number).gsub(/%u/, unit).strip
|
||||
end
|
||||
|
||||
end
|
||||
end
|
||||
end
|
||||
|
|
|
|||
|
|
@ -9,6 +9,11 @@
|
|||
delimiter: ","
|
||||
# Number of decimals, behind the separator (the number 1 with a precision of 2 gives: 1.00)
|
||||
precision: 3
|
||||
# If set to true, precision will mean the number of significant digits instead
|
||||
# of the number of decimal digits (1234 with precision 2 becomes 1200, 1.23543 becomes 1.2)
|
||||
significant: false
|
||||
# If set, the zeros after the decimal separator will always be stripped (eg.: 1.200 will be 1.2)
|
||||
strip_unsignificant_zeros: false
|
||||
|
||||
# Used in number_to_currency()
|
||||
currency:
|
||||
|
|
@ -16,34 +21,43 @@
|
|||
# Where is the currency sign? %u is the currency unit, %n the number (default: $5.00)
|
||||
format: "%u%n"
|
||||
unit: "$"
|
||||
# These three are to override number.format and are optional
|
||||
# These five are to override number.format and are optional
|
||||
separator: "."
|
||||
delimiter: ","
|
||||
precision: 2
|
||||
significant: false
|
||||
strip_unsignificant_zeros: false
|
||||
|
||||
# Used in number_to_percentage()
|
||||
percentage:
|
||||
format:
|
||||
# These three are to override number.format and are optional
|
||||
# These five are to override number.format and are optional
|
||||
# separator:
|
||||
delimiter: ""
|
||||
# precision:
|
||||
# significant: false
|
||||
# strip_unsignificant_zeros: false
|
||||
|
||||
# Used in number_to_precision()
|
||||
precision:
|
||||
format:
|
||||
# These three are to override number.format and are optional
|
||||
# These five are to override number.format and are optional
|
||||
# separator:
|
||||
delimiter: ""
|
||||
# precision:
|
||||
# significant: false
|
||||
# strip_unsignificant_zeros: false
|
||||
|
||||
# Used in number_to_human_size()
|
||||
# Used in number_to_human_size() and number_to_human()
|
||||
human:
|
||||
format:
|
||||
# These three are to override number.format and are optional
|
||||
# These five are to override number.format and are optional
|
||||
# separator:
|
||||
delimiter: ""
|
||||
precision: 1
|
||||
precision: 3
|
||||
significant: true
|
||||
strip_unsignificant_zeros: true
|
||||
# Used in number_to_human_size()
|
||||
storage_units:
|
||||
# Storage units output formatting.
|
||||
# %u is the storage unit, %n is the number (default: 2 MB)
|
||||
|
|
@ -56,6 +70,31 @@
|
|||
mb: "MB"
|
||||
gb: "GB"
|
||||
tb: "TB"
|
||||
# Used in number_to_human()
|
||||
decimal_units:
|
||||
format: "%n %u"
|
||||
# Decimal units output formatting
|
||||
# By default we will only quantify some of the exponents
|
||||
# but the commented ones might be defined or overridden
|
||||
# by the user.
|
||||
units:
|
||||
# femto: Quadrillionth
|
||||
# pico: Trillionth
|
||||
# nano: Billionth
|
||||
# micro: Millionth
|
||||
# mili: Thousandth
|
||||
# centi: Hundredth
|
||||
# deci: Tenth
|
||||
unit: ""
|
||||
# ten:
|
||||
# one: Ten
|
||||
# other: Tens
|
||||
# hundred: Hundred
|
||||
thousand: Thousand
|
||||
million: Million
|
||||
billion: Billion
|
||||
trillion: Trillion
|
||||
quadrillion: Quadrillion
|
||||
|
||||
# Used in distance_of_time_in_words(), distance_of_time_in_words_to_now(), time_ago_in_words()
|
||||
datetime:
|
||||
|
|
|
|||
|
|
@ -1,69 +1,95 @@
|
|||
require 'abstract_unit'
|
||||
|
||||
class NumberHelperI18nTests < Test::Unit::TestCase
|
||||
include ActionView::Helpers::NumberHelper
|
||||
|
||||
attr_reader :request
|
||||
class NumberHelperTest < ActionView::TestCase
|
||||
tests ActionView::Helpers::NumberHelper
|
||||
|
||||
def setup
|
||||
@number_defaults = { :precision => 3, :delimiter => ',', :separator => '.' }
|
||||
@currency_defaults = { :unit => '$', :format => '%u%n', :precision => 2 }
|
||||
@human_defaults = { :precision => 1 }
|
||||
@human_storage_units_format_default = "%n %u"
|
||||
@human_storage_units_units_byte_other = "Bytes"
|
||||
@human_storage_units_units_kb_other = "KB"
|
||||
@percentage_defaults = { :delimiter => '' }
|
||||
@precision_defaults = { :delimiter => '' }
|
||||
|
||||
I18n.backend.store_translations 'en', :number => { :format => @number_defaults,
|
||||
:currency => { :format => @currency_defaults }, :human => @human_defaults }
|
||||
I18n.backend.store_translations 'ts',
|
||||
:number => {
|
||||
:format => { :precision => 3, :delimiter => ',', :separator => '.', :significant => false, :strip_unsignificant_zeros => false },
|
||||
:currency => { :format => { :unit => '&$', :format => '%u - %n', :precision => 2 } },
|
||||
:human => {
|
||||
:format => {
|
||||
:precision => 2,
|
||||
:significant => true,
|
||||
:strip_unsignificant_zeros => true
|
||||
},
|
||||
:storage_units => {
|
||||
:format => "%n %u",
|
||||
:units => {
|
||||
:byte => "b",
|
||||
:kb => "k"
|
||||
}
|
||||
},
|
||||
:decimal_units => {
|
||||
:format => "%n %u",
|
||||
:units => {
|
||||
:deci => {:one => "Tenth", :other => "Tenths"},
|
||||
:unit => "u",
|
||||
:ten => {:one => "Ten", :other => "Tens"},
|
||||
:thousand => "t",
|
||||
:million => "m" ,
|
||||
:billion =>"b" ,
|
||||
:trillion =>"t" ,
|
||||
:quadrillion =>"q"
|
||||
}
|
||||
}
|
||||
},
|
||||
:percentage => { :format => {:delimiter => '', :precision => 2, :strip_unsignificant_zeros => true} },
|
||||
:precision => { :format => {:delimiter => '', :significant => true} }
|
||||
},
|
||||
:custom_units_for_number_to_human => {:mili => "mm", :centi => "cm", :deci => "dm", :unit => "m", :ten => "dam", :hundred => "hm", :thousand => "km"}
|
||||
end
|
||||
|
||||
def test_number_to_currency_translates_currency_formats
|
||||
I18n.expects(:translate).with(:'number.format', :locale => 'en', :raise => true).returns(@number_defaults)
|
||||
I18n.expects(:translate).with(:'number.currency.format', :locale => 'en',
|
||||
:raise => true).returns(@currency_defaults)
|
||||
number_to_currency(1, :locale => 'en')
|
||||
def test_number_to_currency
|
||||
assert_equal("&$ - 10.00", number_to_currency(10, :locale => 'ts'))
|
||||
end
|
||||
|
||||
def test_number_with_precision_translates_number_formats
|
||||
I18n.expects(:translate).with(:'number.format', :locale => 'en', :raise => true).returns(@number_defaults)
|
||||
I18n.expects(:translate).with(:'number.precision.format', :locale => 'en',
|
||||
:raise => true).returns(@precision_defaults)
|
||||
number_with_precision(1, :locale => 'en')
|
||||
def test_number_with_precision
|
||||
#Delimiter was set to ""
|
||||
assert_equal("10000", number_with_precision(10000, :locale => 'ts'))
|
||||
|
||||
#Precision inherited and significant was set
|
||||
assert_equal("1.00", number_with_precision(1.0, :locale => 'ts'))
|
||||
|
||||
end
|
||||
|
||||
def test_number_with_delimiter_translates_number_formats
|
||||
I18n.expects(:translate).with(:'number.format', :locale => 'en', :raise => true).returns(@number_defaults)
|
||||
number_with_delimiter(1, :locale => 'en')
|
||||
def test_number_with_delimiter
|
||||
#Delimiter "," and separator "."
|
||||
assert_equal("1,000,000.234", number_with_delimiter(1000000.234, :locale => 'ts'))
|
||||
end
|
||||
|
||||
def test_number_to_percentage_translates_number_formats
|
||||
I18n.expects(:translate).with(:'number.format', :locale => 'en', :raise => true).returns(@number_defaults)
|
||||
I18n.expects(:translate).with(:'number.percentage.format', :locale => 'en',
|
||||
:raise => true).returns(@percentage_defaults)
|
||||
number_to_percentage(1, :locale => 'en')
|
||||
def test_number_to_percentage
|
||||
# to see if strip_unsignificant_zeros is true
|
||||
assert_equal("1%", number_to_percentage(1, :locale => 'ts'))
|
||||
# precision is 2, significant should be inherited
|
||||
assert_equal("1.24%", number_to_percentage(1.2434, :locale => 'ts'))
|
||||
# no delimiter
|
||||
assert_equal("12434%", number_to_percentage(12434, :locale => 'ts'))
|
||||
end
|
||||
|
||||
def test_number_to_human_size_translates_human_formats
|
||||
I18n.expects(:translate).with(:'number.format', :locale => 'en', :raise => true).returns(@number_defaults)
|
||||
I18n.expects(:translate).with(:'number.human.format', :locale => 'en',
|
||||
:raise => true).returns(@human_defaults)
|
||||
I18n.expects(:translate).with(:'number.human.storage_units.format', :locale => 'en',
|
||||
:raise => true).returns(@human_storage_units_format_default)
|
||||
I18n.expects(:translate).with(:'number.human.storage_units.units.kb', :locale => 'en', :count => 2,
|
||||
:raise => true).returns(@human_storage_units_units_kb_other)
|
||||
# 2KB
|
||||
number_to_human_size(2048, :locale => 'en')
|
||||
def test_number_to_human_size
|
||||
#b for bytes and k for kbytes
|
||||
assert_equal("2 k", number_to_human_size(2048, :locale => 'ts'))
|
||||
assert_equal("42 b", number_to_human_size(42, :locale => 'ts'))
|
||||
end
|
||||
|
||||
I18n.expects(:translate).with(:'number.format', :locale => 'en', :raise => true).returns(@number_defaults)
|
||||
I18n.expects(:translate).with(:'number.human.format', :locale => 'en',
|
||||
:raise => true).returns(@human_defaults)
|
||||
I18n.expects(:translate).with(:'number.human.storage_units.format', :locale => 'en',
|
||||
:raise => true).returns(@human_storage_units_format_default)
|
||||
I18n.expects(:translate).with(:'number.human.storage_units.units.byte', :locale => 'en', :count => 42,
|
||||
:raise => true).returns(@human_storage_units_units_byte_other)
|
||||
# 42 Bytes
|
||||
number_to_human_size(42, :locale => 'en')
|
||||
def test_number_to_human_with_default_translation_scope
|
||||
#Using t for thousand
|
||||
assert_equal "2 t", number_to_human(2000, :locale => 'ts')
|
||||
#Significant was set to true with precision 2, using b for billion
|
||||
assert_equal "1.2 b", number_to_human(1234567890, :locale => 'ts')
|
||||
#Using pluralization (Ten/Tens and Tenth/Tenths)
|
||||
assert_equal "1 Tenth", number_to_human(0.1, :locale => 'ts')
|
||||
assert_equal "1.3 Tenth", number_to_human(0.134, :locale => 'ts')
|
||||
assert_equal "2 Tenths", number_to_human(0.2, :locale => 'ts')
|
||||
assert_equal "1 Ten", number_to_human(10, :locale => 'ts')
|
||||
assert_equal "1.2 Ten", number_to_human(12, :locale => 'ts')
|
||||
assert_equal "2 Tens", number_to_human(20, :locale => 'ts')
|
||||
end
|
||||
|
||||
def test_number_to_human_with_custom_translation_scope
|
||||
#Significant was set to true with precision 2, with custom translated units
|
||||
assert_equal "4.3 cm", number_to_human(0.0432, :locale => 'ts', :units => :custom_units_for_number_to_human)
|
||||
end
|
||||
end
|
||||
|
|
|
|||
|
|
@ -19,6 +19,15 @@ class NumberHelperTest < ActionView::TestCase
|
|||
gigabytes(number) * 1024
|
||||
end
|
||||
|
||||
def silence_deprecation_warnings
|
||||
@old_deprecatios_silenced = ActiveSupport::Deprecation.silenced
|
||||
ActiveSupport::Deprecation.silenced = true
|
||||
end
|
||||
|
||||
def restore_deprecation_warnings
|
||||
ActiveSupport::Deprecation.silenced = @old_deprecatios_silenced
|
||||
end
|
||||
|
||||
def test_number_to_phone
|
||||
assert_equal("555-1234", number_to_phone(5551234))
|
||||
assert_equal("800-555-1212", number_to_phone(8005551212))
|
||||
|
|
@ -43,7 +52,7 @@ class NumberHelperTest < ActionView::TestCase
|
|||
assert_equal("£1234567890,50", number_to_currency(1234567890.50, {:unit => "£", :separator => ",", :delimiter => ""}))
|
||||
assert_equal("$1,234,567,890.50", number_to_currency("1234567890.50"))
|
||||
assert_equal("1,234,567,890.50 Kč", number_to_currency("1234567890.50", {:unit => "Kč", :format => "%n %u"}))
|
||||
#assert_equal("$x.", number_to_currency("x")) # fails due to API consolidation
|
||||
assert_equal("$x.", number_to_currency("x."))
|
||||
assert_equal("$x", number_to_currency("x"))
|
||||
assert_nil number_to_currency(nil)
|
||||
end
|
||||
|
|
@ -55,6 +64,7 @@ class NumberHelperTest < ActionView::TestCase
|
|||
assert_equal("100.000%", number_to_percentage("100"))
|
||||
assert_equal("1000.000%", number_to_percentage("1000"))
|
||||
assert_equal("x%", number_to_percentage("x"))
|
||||
assert_equal("123.4%", number_to_percentage(123.400, :precision => 3, :strip_unsignificant_zeros => true))
|
||||
assert_equal("1.000,000%", number_to_percentage(1000, :delimiter => '.', :separator => ','))
|
||||
assert_nil number_to_percentage(nil)
|
||||
end
|
||||
|
|
@ -81,6 +91,16 @@ class NumberHelperTest < ActionView::TestCase
|
|||
assert_equal '12.345.678,05', number_with_delimiter(12345678.05, :delimiter => '.', :separator => ',')
|
||||
end
|
||||
|
||||
def test_number_with_delimiter_old_api
|
||||
silence_deprecation_warnings
|
||||
assert_equal '12 345 678', number_with_delimiter(12345678, " ")
|
||||
assert_equal '12-345-678.05', number_with_delimiter(12345678.05, '-')
|
||||
assert_equal '12.345.678,05', number_with_delimiter(12345678.05, '.', ',')
|
||||
assert_equal '12,345,678.05', number_with_delimiter(12345678.05, ',', '.')
|
||||
assert_equal '12 345 678-05', number_with_delimiter(12345678.05, ',', '.', :delimiter => ' ', :separator => '-')
|
||||
restore_deprecation_warnings
|
||||
end
|
||||
|
||||
def test_number_with_precision
|
||||
assert_equal("111.235", number_with_precision(111.2346))
|
||||
assert_equal("31.83", number_with_precision(31.825, :precision => 2))
|
||||
|
|
@ -93,6 +113,7 @@ class NumberHelperTest < ActionView::TestCase
|
|||
assert_equal("1234567892", number_with_precision(1234567891.50, :precision => 0))
|
||||
|
||||
# Return non-numeric params unchanged.
|
||||
assert_equal("x.", number_with_precision("x."))
|
||||
assert_equal("x", number_with_precision("x"))
|
||||
assert_nil number_with_precision(nil)
|
||||
end
|
||||
|
|
@ -102,48 +123,159 @@ class NumberHelperTest < ActionView::TestCase
|
|||
assert_equal '1.231,83', number_with_precision(1231.825, :precision => 2, :separator => ',', :delimiter => '.')
|
||||
end
|
||||
|
||||
def test_number_with_precision_with_significant_digits
|
||||
assert_equal "124000", number_with_precision(123987, :precision => 3, :significant => true)
|
||||
assert_equal "120000000", number_with_precision(123987876, :precision => 2, :significant => true )
|
||||
assert_equal "40000", number_with_precision("43523", :precision => 1, :significant => true )
|
||||
assert_equal "9775", number_with_precision(9775, :precision => 4, :significant => true )
|
||||
assert_equal "5.4", number_with_precision(5.3923, :precision => 2, :significant => true )
|
||||
assert_equal "5", number_with_precision(5.3923, :precision => 1, :significant => true )
|
||||
assert_equal "1", number_with_precision(1.232, :precision => 1, :significant => true )
|
||||
assert_equal "7", number_with_precision(7, :precision => 1, :significant => true )
|
||||
assert_equal "1", number_with_precision(1, :precision => 1, :significant => true )
|
||||
assert_equal "53", number_with_precision(52.7923, :precision => 2, :significant => true )
|
||||
assert_equal "9775.00", number_with_precision(9775, :precision => 6, :significant => true )
|
||||
assert_equal "5.392900", number_with_precision(5.3929, :precision => 7, :significant => true )
|
||||
end
|
||||
|
||||
def test_number_with_precision_with_strip_unsignificant_zeros
|
||||
assert_equal "9775.43", number_with_precision(9775.43, :precision => 4, :strip_unsignificant_zeros => true )
|
||||
assert_equal "9775.2", number_with_precision(9775.2, :precision => 6, :significant => true, :strip_unsignificant_zeros => true )
|
||||
end
|
||||
|
||||
def test_number_with_precision_with_significant_true_and_zero_precision
|
||||
# Zero precision with significant is a mistake (would always return zero),
|
||||
# so we treat it as if significant was false (increases backwards compatibily for number_to_human_size)
|
||||
assert_equal "124", number_with_precision(123.987, :precision => 0, :significant => true)
|
||||
assert_equal "12", number_with_precision(12, :precision => 0, :significant => true )
|
||||
assert_equal "12", number_with_precision("12.3", :precision => 0, :significant => true )
|
||||
end
|
||||
|
||||
def test_number_with_precision_old_api
|
||||
silence_deprecation_warnings
|
||||
assert_equal("31.8250", number_with_precision(31.825, 4))
|
||||
assert_equal("111.235", number_with_precision(111.2346, 3))
|
||||
assert_equal("111.00", number_with_precision(111, 2))
|
||||
assert_equal("111.000", number_with_precision(111, 2, :precision =>3))
|
||||
restore_deprecation_warnings
|
||||
end
|
||||
|
||||
def test_number_to_human_size
|
||||
assert_equal '0 Bytes', number_to_human_size(0)
|
||||
assert_equal '1 Byte', number_to_human_size(1)
|
||||
assert_equal '3 Bytes', number_to_human_size(3.14159265)
|
||||
assert_equal '123 Bytes', number_to_human_size(123.0)
|
||||
assert_equal '123 Bytes', number_to_human_size(123)
|
||||
assert_equal '1.2 KB', number_to_human_size(1234)
|
||||
assert_equal '1.21 KB', number_to_human_size(1234)
|
||||
assert_equal '12.1 KB', number_to_human_size(12345)
|
||||
assert_equal '1.2 MB', number_to_human_size(1234567)
|
||||
assert_equal '1.1 GB', number_to_human_size(1234567890)
|
||||
assert_equal '1.1 TB', number_to_human_size(1234567890123)
|
||||
assert_equal '1025 TB', number_to_human_size(terabytes(1025))
|
||||
assert_equal '1.18 MB', number_to_human_size(1234567)
|
||||
assert_equal '1.15 GB', number_to_human_size(1234567890)
|
||||
assert_equal '1.12 TB', number_to_human_size(1234567890123)
|
||||
assert_equal '1030 TB', number_to_human_size(terabytes(1026))
|
||||
assert_equal '444 KB', number_to_human_size(kilobytes(444))
|
||||
assert_equal '1023 MB', number_to_human_size(megabytes(1023))
|
||||
assert_equal '1020 MB', number_to_human_size(megabytes(1023))
|
||||
assert_equal '3 TB', number_to_human_size(terabytes(3))
|
||||
assert_equal '1.18 MB', number_to_human_size(1234567, :precision => 2)
|
||||
assert_equal '1.2 MB', number_to_human_size(1234567, :precision => 2)
|
||||
assert_equal '3 Bytes', number_to_human_size(3.14159265, :precision => 4)
|
||||
assert_equal("123 Bytes", number_to_human_size("123"))
|
||||
assert_equal '1.01 KB', number_to_human_size(kilobytes(1.0123), :precision => 2)
|
||||
assert_equal '123 Bytes', number_to_human_size('123')
|
||||
assert_equal '1 KB', number_to_human_size(kilobytes(1.0123), :precision => 2)
|
||||
assert_equal '1.01 KB', number_to_human_size(kilobytes(1.0100), :precision => 4)
|
||||
assert_equal '10 KB', number_to_human_size(kilobytes(10.000), :precision => 4)
|
||||
assert_equal '1 Byte', number_to_human_size(1.1)
|
||||
assert_equal '10 Bytes', number_to_human_size(10)
|
||||
#assert_nil number_to_human_size('x') # fails due to API consolidation
|
||||
|
||||
# Return non-numeric params unchanged.
|
||||
assert_equal "x", number_to_human_size('x')
|
||||
assert_nil number_to_human_size(nil)
|
||||
end
|
||||
|
||||
def test_number_to_human_size_with_options_hash
|
||||
assert_equal '1.18 MB', number_to_human_size(1234567, :precision => 2)
|
||||
assert_equal '1.2 MB', number_to_human_size(1234567, :precision => 2)
|
||||
assert_equal '3 Bytes', number_to_human_size(3.14159265, :precision => 4)
|
||||
assert_equal '1.01 KB', number_to_human_size(kilobytes(1.0123), :precision => 2)
|
||||
assert_equal '1 KB', number_to_human_size(kilobytes(1.0123), :precision => 2)
|
||||
assert_equal '1.01 KB', number_to_human_size(kilobytes(1.0100), :precision => 4)
|
||||
assert_equal '10 KB', number_to_human_size(kilobytes(10.000), :precision => 4)
|
||||
assert_equal '1 TB', number_to_human_size(1234567890123, :precision => 0)
|
||||
assert_equal '500 MB', number_to_human_size(524288000, :precision=>0)
|
||||
assert_equal '40 KB', number_to_human_size(41010, :precision => 0)
|
||||
assert_equal '40 KB', number_to_human_size(41100, :precision => 0)
|
||||
assert_equal '1 TB', number_to_human_size(1234567890123, :precision => 1)
|
||||
assert_equal '500 MB', number_to_human_size(524288000, :precision=>3)
|
||||
assert_equal '40 KB', number_to_human_size(41010, :precision => 1)
|
||||
assert_equal '40 KB', number_to_human_size(41100, :precision => 2)
|
||||
assert_equal '1.0 KB', number_to_human_size(kilobytes(1.0123), :precision => 2, :strip_unsignificant_zeros => false)
|
||||
assert_equal '1.012 KB', number_to_human_size(kilobytes(1.0123), :precision => 3, :significant => false)
|
||||
assert_equal '1 KB', number_to_human_size(kilobytes(1.0123), :precision => 0, :significant => true) #ignores significant it precision is 0
|
||||
end
|
||||
|
||||
def test_number_to_human_size_with_custom_delimiter_and_separator
|
||||
assert_equal '1,01 KB', number_to_human_size(kilobytes(1.0123), :precision => 2, :separator => ',')
|
||||
assert_equal '1,01 KB', number_to_human_size(kilobytes(1.0123), :precision => 3, :separator => ',')
|
||||
assert_equal '1,01 KB', number_to_human_size(kilobytes(1.0100), :precision => 4, :separator => ',')
|
||||
assert_equal '1.000,1 TB', number_to_human_size(terabytes(1000.1), :delimiter => '.', :separator => ',')
|
||||
assert_equal '1.000,1 TB', number_to_human_size(terabytes(1000.1), :precision => 5, :delimiter => '.', :separator => ',')
|
||||
end
|
||||
|
||||
def test_number_to_human_size_old_api
|
||||
silence_deprecation_warnings
|
||||
assert_equal '1.3143 KB', number_to_human_size(kilobytes(1.3143), 4, :significant => false)
|
||||
assert_equal '10.45 KB', number_to_human_size(kilobytes(10.453), 4)
|
||||
assert_equal '10 KB', number_to_human_size(kilobytes(10.453), 4, :precision => 2)
|
||||
restore_deprecation_warnings
|
||||
end
|
||||
|
||||
def test_number_to_human
|
||||
assert_equal '123', number_to_human(123)
|
||||
assert_equal '1.23 Thousand', number_to_human(1234)
|
||||
assert_equal '12.3 Thousand', number_to_human(12345)
|
||||
assert_equal '1.23 Million', number_to_human(1234567)
|
||||
assert_equal '1.23 Billion', number_to_human(1234567890)
|
||||
assert_equal '1.23 Trillion', number_to_human(1234567890123)
|
||||
assert_equal '1.23 Quadrillion', number_to_human(1234567890123456)
|
||||
assert_equal '1230 Quadrillion', number_to_human(1234567890123456789)
|
||||
assert_equal '490 Thousand', number_to_human(489939, :precision => 2)
|
||||
assert_equal '489.9 Thousand', number_to_human(489939, :precision => 4)
|
||||
assert_equal '489 Thousand', number_to_human(489000, :precision => 4)
|
||||
assert_equal '489.0 Thousand', number_to_human(489000, :precision => 4, :strip_unsignificant_zeros => false)
|
||||
assert_equal '1.2346 Million', number_to_human(1234567, :precision => 4, :significant => false)
|
||||
assert_equal '1,2 Million', number_to_human(1234567, :precision => 1, :significant => false, :separator => ',')
|
||||
assert_equal '1 Million', number_to_human(1234567, :precision => 0, :significant => true, :separator => ',') #significant forced to false
|
||||
|
||||
# Return non-numeric params unchanged.
|
||||
assert_equal "x", number_to_human('x')
|
||||
assert_nil number_to_human(nil)
|
||||
end
|
||||
|
||||
def test_number_to_human_with_custom_units
|
||||
#Only integers
|
||||
volume = {:unit => "ml", :thousand => "lt", :million => "m3"}
|
||||
assert_equal '123 lt', number_to_human(123456, :units => volume)
|
||||
assert_equal '12 ml', number_to_human(12, :units => volume)
|
||||
assert_equal '1.23 m3', number_to_human(1234567, :units => volume)
|
||||
|
||||
#Including fractionals
|
||||
distance = {:mili => "mm", :centi => "cm", :deci => "dm", :unit => "m", :ten => "dam", :hundred => "hm", :thousand => "km"}
|
||||
assert_equal '1.23 mm', number_to_human(0.00123, :units => distance)
|
||||
assert_equal '1.23 cm', number_to_human(0.0123, :units => distance)
|
||||
assert_equal '1.23 dm', number_to_human(0.123, :units => distance)
|
||||
assert_equal '1.23 m', number_to_human(1.23, :units => distance)
|
||||
assert_equal '1.23 dam', number_to_human(12.3, :units => distance)
|
||||
assert_equal '1.23 hm', number_to_human(123, :units => distance)
|
||||
assert_equal '1.23 km', number_to_human(1230, :units => distance)
|
||||
assert_equal '1.23 km', number_to_human(1230, :units => distance)
|
||||
assert_equal '1.23 km', number_to_human(1230, :units => distance)
|
||||
assert_equal '12.3 km', number_to_human(12300, :units => distance)
|
||||
|
||||
#The quantifiers don't need to be a continuous sequence
|
||||
gangster = {:hundred => "hundred bucks", :million => "thousand quids"}
|
||||
assert_equal '1 hundred bucks', number_to_human(100, :units => gangster)
|
||||
assert_equal '25 hundred bucks', number_to_human(2500, :units => gangster)
|
||||
assert_equal '25 thousand quids', number_to_human(25000000, :units => gangster)
|
||||
assert_equal '12300 thousand quids', number_to_human(12345000000, :units => gangster)
|
||||
|
||||
#Spaces are stripped from the resulting string
|
||||
assert_equal '4', number_to_human(4, :units => {:unit => "", :ten => 'tens '})
|
||||
assert_equal '4.5 tens', number_to_human(45, :units => {:unit => "", :ten => ' tens '})
|
||||
end
|
||||
|
||||
def test_number_to_human_with_custom_format
|
||||
assert_equal '123 times Thousand', number_to_human(123456, :format => "%n times %u")
|
||||
volume = {:unit => "ml", :thousand => "lt", :million => "m3"}
|
||||
assert_equal '123.lt', number_to_human(123456, :units => volume, :format => "%n.%u")
|
||||
end
|
||||
|
||||
end
|
||||
|
|
|
|||
Loading…
Reference in New Issue