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require 'rubygems' require 'bundler/setup' require 'minitest/autorun' $VERBOSE = true # enable ruby warnings begin require 'mocha/setup' rescue LoadError require 'mocha' end class Minitest::Unit::TestCase private # Tests to see that two times are within the given distance, # in seconds, from each other. def times_effectively_equal(time1, time2, seconds_interval = 1) (time1 - time2).abs <= seconds_interval end def assert_times_effectively_equal(time1, time2, seconds_interval = 1, msg = nil) assert times_effectively_equal(time1, time2, seconds_interval), "#{msg}: time1 = #{time1.to_s}, time2 = #{time2.to_s}" end def assert_times_effectively_not_equal(time1, time2, seconds_interval = 1, msg = nil) assert !times_effectively_equal(time1, time2, seconds_interval), "#{msg}: time1 = #{time1.to_s}, time2 = #{time2.to_s}" end # Gets the local offset (supplied by ENV['TZ'] or your computer's clock) # At the given timestamp, or Time.now if not time is given. def local_offset(time = Time.now) Time.at(time.to_i).to_datetime.offset end TIMEZONES = ["Europe/Paris", "UTC", "America/Chicago"] def each_timezone old_tz = ENV["TZ"] begin TIMEZONES.each do |timezone| ENV["TZ"] = timezone yield end ensure ENV["TZ"] = old_tz end end def a_time_stack_item Timecop::TimeStackItem.new(:freeze, 2008, 1, 1, 0, 0, 0) end def assert_date_times_equal(dt1, dt2) assert_in_delta dt1.to_time.to_f, dt2.to_time.to_f, 0.01, "Failed for timezone: #{ENV['TZ']}: #{dt1.to_s} not equal to #{dt2.to_s}" end end
Version data entries
7 entries across 7 versions & 2 rubygems