Convert Integer time extension module to class reopen
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require 'active_support/core_ext/integer/even_odd'
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require 'active_support/core_ext/integer/inflections'
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require 'active_support/core_ext/util'
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ActiveSupport.core_ext Integer, %w(time)
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require 'active_support/core_ext/integer/time'
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module ActiveSupport #:nodoc:
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module CoreExtensions #:nodoc:
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module Integer #:nodoc:
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# Enables the use of time calculations and declarations, like 45.minutes + 2.hours + 4.years.
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#
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# These methods use Time#advance for precise date calculations when using from_now, ago, etc.
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# as well as adding or subtracting their results from a Time object. For example:
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#
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# # equivalent to Time.now.advance(:months => 1)
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# 1.month.from_now
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#
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# # equivalent to Time.now.advance(:years => 2)
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# 2.years.from_now
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#
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# # equivalent to Time.now.advance(:months => 4, :years => 5)
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# (4.months + 5.years).from_now
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#
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# While these methods provide precise calculation when used as in the examples above, care
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# should be taken to note that this is not true if the result of `months', `years', etc is
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# converted before use:
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#
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# # equivalent to 30.days.to_i.from_now
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# 1.month.to_i.from_now
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#
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# # equivalent to 365.25.days.to_f.from_now
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# 1.year.to_f.from_now
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#
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# In such cases, Ruby's core
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# Date[http://stdlib.rubyonrails.org/libdoc/date/rdoc/index.html] and
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# Time[http://stdlib.rubyonrails.org/libdoc/time/rdoc/index.html] should be used for precision
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# date and time arithmetic
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module Time
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def months
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ActiveSupport::Duration.new(self * 30.days, [[:months, self]])
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end
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alias :month :months
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def years
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ActiveSupport::Duration.new(self * 365.25.days, [[:years, self]])
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end
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alias :year :years
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end
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end
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class Integer
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# Enables the use of time calculations and declarations, like 45.minutes + 2.hours + 4.years.
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#
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# These methods use Time#advance for precise date calculations when using from_now, ago, etc.
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# as well as adding or subtracting their results from a Time object. For example:
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#
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# # equivalent to Time.now.advance(:months => 1)
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# 1.month.from_now
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#
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# # equivalent to Time.now.advance(:years => 2)
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# 2.years.from_now
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#
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# # equivalent to Time.now.advance(:months => 4, :years => 5)
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# (4.months + 5.years).from_now
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#
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# While these methods provide precise calculation when used as in the examples above, care
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# should be taken to note that this is not true if the result of `months', `years', etc is
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# converted before use:
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#
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# # equivalent to 30.days.to_i.from_now
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# 1.month.to_i.from_now
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#
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# # equivalent to 365.25.days.to_f.from_now
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# 1.year.to_f.from_now
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#
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# In such cases, Ruby's core
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# Date[http://stdlib.rubyonrails.org/libdoc/date/rdoc/index.html] and
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# Time[http://stdlib.rubyonrails.org/libdoc/time/rdoc/index.html] should be used for precision
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# date and time arithmetic
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def months
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ActiveSupport::Duration.new(self * 30.days, [[:months, self]])
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end
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alias :month :months
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def years
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ActiveSupport::Duration.new(self * 365.25.days, [[:years, self]])
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end
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alias :year :years
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end
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