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Remove usage of octal literals in tests (#350)

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* Remove usage of octal literals

* Fixed July
This commit is contained in:
tomaszkam 2018-06-12 19:18:18 +02:00 committed by Howard Hinnant
parent 3933a0122d
commit af2b2b70b3
1 changed files with 16 additions and 16 deletions
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32
test/clock_cast_test/local_t.pass.cpp
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@ -9,13 +9,13 @@ main()
// self
{
auto ls = local_days{1970_y/01/01_d};
auto ls = local_days{1970_y/January/1_d};
assert(clock_cast<local_t>(ls) == ls);
}
/// sys epoch
{
auto ls = local_days{1970_y/01/01_d};
auto ls = local_days{1970_y/January/1_d};
auto st = clock_cast<system_clock>(ls);
assert(clock_cast<local_t>(st) == ls);
assert(st.time_since_epoch() == seconds(0));
@ -23,7 +23,7 @@ main()
/// sys 2000 case
{
auto ls = local_days{2000_y/01/01_d};
auto ls = local_days{2000_y/January/1_d};
auto st = clock_cast<system_clock>(ls);
assert(clock_cast<local_t>(st) == ls);
assert(st.time_since_epoch() == seconds(946684800));
@ -31,7 +31,7 @@ main()
/// utc epoch
{
auto lu = local_days{1970_y/01/01_d};
auto lu = local_days{1970_y/January/1_d};
auto ut = clock_cast<utc_clock>(lu);
assert(clock_cast<local_t>(ut) == lu);
assert(ut.time_since_epoch() == seconds(0));
@ -39,7 +39,7 @@ main()
// utc leap second
{
auto lu = local_days{2015_y/07/01_d} - milliseconds(1);
auto lu = local_days{2015_y/July/1_d} - milliseconds(1);
auto ut = clock_cast<utc_clock>(lu) + milliseconds(50); //into leap second
assert(clock_cast<local_t>(ut) == lu);
@ -47,7 +47,7 @@ main()
/// utc paper example
{
auto lu = local_days{2000_y/01/01_d};
auto lu = local_days{2000_y/January/1_d};
auto ut = clock_cast<utc_clock>(lu);
assert(clock_cast<local_t>(ut) == lu);
assert(ut.time_since_epoch() == seconds(946684822));
@ -55,54 +55,54 @@ main()
/// tai epoch
{
auto lt = local_days{1958_y/01/01_d};
auto lt = local_days{1958_y/January/1_d};
auto tt = clock_cast<tai_clock>(lt);
assert(clock_cast<local_t>(tt) == lt);
assert(tt.time_since_epoch() == seconds(0));
auto lu = local_days{1958_y/01/01_d} - seconds(10);
auto lu = local_days{1958_y/January/1_d} - seconds(10);
auto ut = clock_cast<utc_clock>(lu);
assert(clock_cast<tai_clock>(ut) == tt);
}
// tai paper example
{
auto lt = local_days{2000_y/01/01_d} + seconds(32);
auto lt = local_days{2000_y/January/1_d} + seconds(32);
auto tt = clock_cast<tai_clock>(lt);
assert(clock_cast<local_t>(tt) == lt);
auto lu = local_days{2000_y/01/01_d};
auto lu = local_days{2000_y/January/1_d};
auto ut = clock_cast<utc_clock>(lu);
assert(clock_cast<tai_clock>(ut) == tt);
}
/// gps epoch
{
auto lg = local_days{1980_y/01/Sunday[1]};
auto lg = local_days{1980_y/January/Sunday[1]};
auto gt = clock_cast<gps_clock>(lg);
assert(clock_cast<local_t>(gt) == lg);
assert(gt.time_since_epoch() == seconds(0));
auto lu = local_days{1980_y/01/Sunday[1]};
auto lu = local_days{1980_y/January/Sunday[1]};
auto ut = clock_cast<utc_clock>(lu);
assert(clock_cast<gps_clock>(ut) == gt);
auto lt = local_days{1980_y/01/Sunday[1]} + seconds(19);
auto lt = local_days{1980_y/January/Sunday[1]} + seconds(19);
auto tt = clock_cast<tai_clock>(lt);
assert(clock_cast<gps_clock>(tt) == gt);
}
// gps 2000 example
{
auto lg = local_days{2000_y/01/01_d};
auto lg = local_days{2000_y/January/1_d};
auto gt = clock_cast<gps_clock>(lg);
assert(clock_cast<local_t>(gt) == lg);
auto lu = local_days{2000_y/01/01_d} - seconds(13);
auto lu = local_days{2000_y/January/1_d} - seconds(13);
auto ut = clock_cast<utc_clock>(lu);
assert(clock_cast<gps_clock>(ut) == gt);
auto lt = local_days{2000_y/01/01_d} + seconds(19);
auto lt = local_days{2000_y/January/1_d} + seconds(19);
auto tt = clock_cast<tai_clock>(lt);
assert(clock_cast<gps_clock>(tt) == gt);
}