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# encoding: UTF-8
# frozen_string_literal: true
require_relative 'test_utils'
class TCTimeWithOffset < Minitest::Test
include TZInfo
def time_with_offset(year, month, day, hour, minute, second, tz_offset)
TimeWithOffset.new(year, month, day, hour, minute, second, tz_offset.observed_utc_offset).set_timezone_offset(tz_offset)
end
def assert_is_time_or_time_with_offset_with_nil_timezone_offset(value)
if value.kind_of?(TimeWithOffset)
assert_nil(value.timezone_offset)
else
assert_equal(Time, value.class)
end
end
def test_set_timezone_offset_unchanged_offset
[TimeWithOffset.new(2017,1,15,23,0,Rational(11,10),0), TimeWithOffset.new(2017,1,15,23,0,Rational(11,10),3600)].each do |two|
o1 = TimezoneOffset.new(two.utc_offset, 0, 'TEST')
o2 = TimezoneOffset.new(0, two.utc_offset, 'TEST')
assert_nil(two.timezone_offset)
assert_same(two, two.set_timezone_offset(o1))
assert_same(o1, two.timezone_offset)
assert_same(two, two.set_timezone_offset(o2))
assert_same(o2, two.timezone_offset)
end
end
def test_set_timezone_offset_set_offset
o = TimezoneOffset.new(3600, 0, 'TEST')
[TimeWithOffset.utc(2017,1,15,23,0,Rational(11,10)), TimeWithOffset.new(2017,1,15,23,0,Rational(11,10),0), TimeWithOffset.new(2017,1,15,22,0,Rational(11,10),-3600)].each do |two|
assert_nil(two.timezone_offset)
assert_same(two, two.set_timezone_offset(o))
assert_same(o, two.timezone_offset)
assert_equal_with_offset(Time.new(2017,1,16,0,0,Rational(11,10),3600), two)
end
end
def test_set_timezone_offset_utc
two = TimeWithOffset.utc(2017,1,15,23,0,Rational(11,10))
o = TimezoneOffset.new(0, 0, 'TEST')
assert_equal(true, two.utc?)
assert_same(two, two.set_timezone_offset(o))
assert_same(o, two.timezone_offset)
assert_equal_with_offset(Time.new(2017,1,15,23,0,Rational(11,10),0), two)
end
def test_set_timezone_offset_nil_timezone_offset
two = TimeWithOffset.new(2017,1,15,23,0,Rational(11,10),0)
error = assert_raises(ArgumentError) { two.set_timezone_offset(nil) }
assert_match(/\btimezone_offset\b/, error.message)
end
def test_strftime
two = time_with_offset(2017,1,15,23,0,1,TimezoneOffset.new(0, 3600, 'TEST'))
assert_equal('23:00:01 TEST', two.strftime('%H:%M:%S %Z'))
assert_equal('TEST', two.strftime('%Z'))
assert_equal('%ZTEST', two.strftime('%%Z%Z'))
assert_equal('TEST TEST', two.strftime('%Z %Z'))
assert_equal('TEST %Z %TEST %%Z %%TEST', two.strftime('%Z %%Z %%%Z %%%%Z %%%%%Z'))
end
def test_strftime_handles_percent_in_abbreviation
two = time_with_offset(2017,1,15,23,0,1,TimezoneOffset.new(0, 0, '%H:%M:%S'))
assert_equal('%H:%M:%S', two.strftime('%Z'))
end
def test_strftime_nil_timezone_offset
# Will use Time#strftime's handling of the %Z directive.
t = Time.new(2017,1,15,23,0,1,3600)
two = TimeWithOffset.new(2017,1,15,23,0,1,3600)
assert_nil(two.timezone_offset)
# JRuby 1.7 returns '+01:00' instead of empty string.
assert_equal(t.strftime('%Z'), two.strftime('%Z'))
end
def test_strftime_nil_format
two = time_with_offset(2017,1,15,23,0,1,TimezoneOffset.new(0, 0, 'TEST'))
error = assert_raises(ArgumentError) { two.strftime(nil) }
assert_match(/\bformat\b/, error.message)
end
def test_add
two = time_with_offset(2017,1,15,23,0,1,TimezoneOffset.new(0, 3600, 'TEST'))
# MRI returns Time. JRuby returns TimeWithOffset.
assert_is_time_or_time_with_offset_with_nil_timezone_offset(two + 1)
end
def test_subtract_seconds
two = time_with_offset(2017,1,15,23,0,1,TimezoneOffset.new(0, 3600, 'TEST'))
# MRI returns Time. JRuby returns TimeWithOffset.
assert_is_time_or_time_with_offset_with_nil_timezone_offset(two - 1)
end
def test_subtract_time
two = time_with_offset(2017,1,15,23,0,1,TimezoneOffset.new(0, 3600, 'TEST'))
assert_equal(1, two - Time.utc(2017,1,15,22,0,0))
end
def test_subtract_time_with_offset
two1 = time_with_offset(2017,1,15,23,0,1,TimezoneOffset.new(0, 3600, 'TEST'))
two2 = time_with_offset(2017,1,15,23,0,0,TimezoneOffset.new(0, 3600, 'TEST'))
assert_equal(1, two1 - two2)
end
def test_compare
o = TimezoneOffset.new(0, 0, 'TEST')
t1 = Time.new(2017,1,15,23,0,1,0)
t2 = Time.new(2017,1,15,23,0,2,0)
two1 = time_with_offset(2017,1,15,23,0,1,o)
two2 = time_with_offset(2017,1,15,23,0,2,o)
assert_equal(0, two1 <=> two1)
assert_equal(0, two1 <=> t1)
assert_equal(0, t1 <=> two1)
assert_equal(-1, two1 <=> two2)
assert_equal(-1, two1 <=> t2)
assert_equal(-1, t1 <=> two2)
assert_equal(1, two2 <=> two1)
assert_equal(1, two2 <=> t1)
assert_equal(1, t2 <=> two1)
end
def test_dst
two1 = time_with_offset(2017,1,15,23,0,1,TimezoneOffset.new( 0, 0, 'TEST'))
two2 = time_with_offset(2017,1,15,23,0,1,TimezoneOffset.new( 0, 3600, 'TEST'))
two3 = time_with_offset(2017,1,15,23,0,1,TimezoneOffset.new(3600, 0, 'TEST'))
two4 = time_with_offset(2017,1,15,23,0,1,TimezoneOffset.new(3600, 3600, 'TEST'))
assert_equal(false, two1.dst?)
assert_equal(true, two2.dst?)
assert_equal(false, two3.dst?)
assert_equal(true, two4.dst?)
end
def test_dst_nil_timezone_offset
two = TimeWithOffset.new(2017,1,15,23,0,1,3600)
assert_nil(two.timezone_offset)
assert_equal(false, two.dst?)
end
def test_eql
o = TimezoneOffset.new(0, 0, 'TEST')
t1 = Time.new(2017,1,15,23,0,1,0)
t2 = Time.new(2017,1,15,23,0,2,0)
two1 = time_with_offset(2017,1,15,23,0,1,o)
two2 = time_with_offset(2017,1,15,23,0,2,o)
assert_equal(true, two1.eql?(two1))
assert_equal(true, two1.eql?(t1))
assert_equal(true, t1.eql?(two1))
assert_equal(false, two1.eql?(two2))
assert_equal(false, two1.eql?(t2))
assert_equal(false, t1.eql?(two2))
end
def test_getgm
two = time_with_offset(2017,1,15,23,0,1,TimezoneOffset.new(0, 0, 'TEST'))
# MRI returns TimeWithOffset. JRuby returns Time.
assert_is_time_or_time_with_offset_with_nil_timezone_offset(two.getgm)
end
def test_getlocal
two = time_with_offset(2017,1,15,23,0,1,TimezoneOffset.new(0, 0, 'TEST'))
# MRI returns TimeWithOffset. JRuby returns Time.
assert_is_time_or_time_with_offset_with_nil_timezone_offset(two.getlocal)
end
def test_getlocal_0
two = time_with_offset(2017,1,15,23,0,1,TimezoneOffset.new(0, 0, 'TEST'))
# MRI and JRuby >= 9.3 returns TimeWithOffset. JRuby < 9.3 returns Time.
local = two.getlocal(0)
assert_equal(0, local.utc_offset)
assert_is_time_or_time_with_offset_with_nil_timezone_offset(two.getlocal(0))
end
def test_getutc
two = time_with_offset(2017,1,15,23,0,1,TimezoneOffset.new(0, 0, 'TEST'))
# MRI returns TimeWithOffset. JRuby returns Time.
assert_is_time_or_time_with_offset_with_nil_timezone_offset(two.getutc)
end
def test_gmtime
two = time_with_offset(2017,1,15,23,0,1,TimezoneOffset.new(3600, 0, 'TEST'))
assert_same(two, two.gmtime)
assert_equal(true, two.utc?)
assert_nil(two.timezone_offset)
end
def test_isdst
two1 = time_with_offset(2017,1,15,23,0,1,TimezoneOffset.new( 0, 0, 'TEST'))
two2 = time_with_offset(2017,1,15,23,0,1,TimezoneOffset.new( 0, 3600, 'TEST'))
two3 = time_with_offset(2017,1,15,23,0,1,TimezoneOffset.new(3600, 0, 'TEST'))
two4 = time_with_offset(2017,1,15,23,0,1,TimezoneOffset.new(3600, 3600, 'TEST'))
assert_equal(false, two1.isdst)
assert_equal(true, two2.isdst)
assert_equal(false, two3.isdst)
assert_equal(true, two4.isdst)
end
def test_isdst_nil_timezone_offset
two = TimeWithOffset.new(2017,1,15,23,0,1,3600)
assert_nil(two.timezone_offset)
assert_equal(false, two.isdst)
end
def test_localtime_without_offset
two = time_with_offset(2017,1,15,23,0,1,TimezoneOffset.new(0, 0, 'TEST'))
assert_same(two, two.localtime)
assert_nil(two.timezone_offset)
end
def test_localtime_with_offset
two = time_with_offset(2017,1,15,23,0,1,TimezoneOffset.new(0, 0, 'TEST'))
assert_same(two, two.localtime(3600))
assert_equal(3600, two.utc_offset)
assert_nil(two.timezone_offset)
end
def test_localtime_with_offset_unchanged
two = time_with_offset(2017,1,15,23,0,1,TimezoneOffset.new(3600, 0, 'TEST'))
assert_same(two, two.localtime(3600))
assert_equal(3600, two.utc_offset)
assert_nil(two.timezone_offset)
end
def test_round
o = TimezoneOffset.new(3600, 0, 'TEST')
two = time_with_offset(2017,1,15,23,0,Rational(111,100),o)
r = two.round
r0 = two.round(0)
r1 = two.round(1)
[r, r0, r1].each do |result|
assert_kind_of(TimeWithOffset, result)
assert_same(o, result.timezone_offset)
end
assert_equal_with_offset(Time.new(2017,1,15,23,0,1,3600), r)
assert_equal_with_offset(Time.new(2017,1,15,23,0,1,3600), r0)
assert_equal_with_offset(Time.new(2017,1,15,23,0,Rational(11,10),3600), r1)
end
def test_round_nil_timezone_offset
two = TimeWithOffset.new(2017,1,15,23,0,Rational(111,100),3600)
assert_nil(two.timezone_offset)
r = two.round
r0 = two.round(0)
r1 = two.round(1)
[r, r0, r1].each { |result| assert_equal(Time, result.class) }
assert_equal_with_offset(Time.new(2017,1,15,23,0,1,3600), r)
assert_equal_with_offset(Time.new(2017,1,15,23,0,1,3600), r0)
assert_equal_with_offset(Time.new(2017,1,15,23,0,Rational(11,10),3600), r1)
end
def test_succ
skip('Time#succ is not supported') unless Time.new.respond_to?(:succ)
two = time_with_offset(2017,1,15,23,0,1,TimezoneOffset.new(0, 3600, 'BST'))
# succ is obsolete and outputs a warning.
without_warnings do
assert_is_time_or_time_with_offset_with_nil_timezone_offset(two.succ)
end
end
def test_to_a
two1 = time_with_offset(2017,1,15,23,0,1,TimezoneOffset.new( 0, 0, 'TEST'))
two2 = time_with_offset(2017,1,15,23,0,1,TimezoneOffset.new( 0, 3600, 'TEST'))
two3 = time_with_offset(2017,1,15,23,0,1,TimezoneOffset.new(3600, 0, 'TEST'))
two4 = time_with_offset(2017,1,15,23,0,1,TimezoneOffset.new(3600, 3600, 'TEST'))
assert_equal([1,0,23,15,1,2017,0,15,false,'TEST'], two1.to_a)
assert_equal([1,0,23,15,1,2017,0,15,true, 'TEST'], two2.to_a)
assert_equal([1,0,23,15,1,2017,0,15,false,'TEST'], two3.to_a)
assert_equal([1,0,23,15,1,2017,0,15,true, 'TEST'], two4.to_a)
end
def test_to_a_nil_timezone_offset
t = Time.new(2017,1,15,23,0,1,3600)
two = TimeWithOffset.new(2017,1,15,23,0,1,3600)
assert_nil(two.timezone_offset)
# For local times, the last element is nil on MRI and empty string on JRuby.
# Compare with the actual Time#to_a output.
assert_equal(t.to_a, two.to_a)
end
def test_utc
two = time_with_offset(2017,1,15,23,0,1,TimezoneOffset.new(3600, 0, 'TEST'))
assert_same(two, two.utc)
assert_equal(true, two.utc?)
assert_nil(two.timezone_offset)
end
def test_zone
two1 = time_with_offset(2017,1,15,23,0,1,TimezoneOffset.new(3600, 0, 'TEST'))
two2 = TimeWithOffset.utc(2017,1,15,23,0,1).set_timezone_offset(TimezoneOffset.new(0, 0, 'GMT'))
assert_equal('TEST', two1.zone)
assert_equal('GMT', two2.zone)
end
def test_zone_nil_timezone_offset
t = Time.new(2017,1,15,23,0,1,3600)
two = TimeWithOffset.new(2017,1,15,23,0,1,3600)
assert_nil(two.timezone_offset)
# For local times, zone returns nil on MRI and empty string on JRuby.
# Compare with the actual Time#zone output.
assert_nil_or_equal(t.zone, two.zone)
end
def test_to_datetime
o = TimezoneOffset.new(3600, 0, 'TEST')
two = time_with_offset(2017,1,15,23,0,Rational(11,10),o)
d = two.to_datetime
assert_kind_of(DateTimeWithOffset, d)
assert_same(o, d.timezone_offset)
assert_equal_with_offset(DateTime.new(2017,1,15,23,0,Rational(11,10),Rational(1,24)), d)
end
def test_to_datetime_nil_timezone_offset
two = TimeWithOffset.new(2017,1,15,23,0,Rational(11,10),3600)
assert_nil(two.timezone_offset)
d = two.to_datetime
assert_equal(DateTime, d.class)
assert_equal_with_offset(DateTime.new(2017,1,15,23,0,Rational(11,10),Rational(1,24)), d)
end
def test_class_at_returns_local_time
two = TimeWithOffset.at(1484521201)
assert_kind_of(TimeWithOffset, two)
assert_nil(two.timezone_offset)
assert_equal(1484521201, two.to_i)
end
def test_class_new_returns_local_time
two = TimeWithOffset.new(2017,1,15,23,0,1,0)
assert_kind_of(TimeWithOffset, two)
assert_nil(two.timezone_offset)
assert_equal(1484521201, two.to_i)
end
def test_class_utc_returns_local_time
two = TimeWithOffset.utc(2017,1,15,23,0,1)
assert_kind_of(TimeWithOffset, two)
assert_nil(two.timezone_offset)
assert_equal(1484521201, two.to_i)
end
end
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