tqcq/tile
1
0
Fork 0
Code Issues Pull Requests Actions Projects 1 Releases Wiki Activity
28c22939ce
tile/third_party/date/test/date_test/parse.pass.cpp
tqcq 8a2269814d init repo.
2024-06-11 19:13:30 +08:00

922 lines
22 KiB
C++
Raw Blame History

// The MIT License (MIT)
//
// Copyright (c) 2016 Howard Hinnant
//
// Permission is hereby granted, free of charge, to any person obtaining a copy
// of this software and associated documentation files (the "Software"), to deal
// in the Software without restriction, including without limitation the rights
// to use, copy, modify, merge, publish, distribute, sublicense, and/or sell
// copies of the Software, and to permit persons to whom the Software is
// furnished to do so, subject to the following conditions:
//
// The above copyright notice and this permission notice shall be included in all
// copies or substantial portions of the Software.
//
// THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR
// IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,
// FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE
// AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER
// LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,
// OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE
// SOFTWARE.
// This test is meant to maintain a record of the sizeof each type.
#include "date.h"
#include <cassert>
#include <sstream>
void
test_a()
{
using namespace date;
{
// correct abbreviation
std::istringstream in{"Sun 2016-12-11"};
sys_days tp;
in >> parse("%a %F", tp);
assert(!in.fail());
assert(!in.bad());
assert(!in.eof());
assert(tp == 2016_y/12/11);
}
{
// correct abbreviation
std::istringstream in{"Sun 2016-12-11"};
sys_days tp;
in >> parse("%A %F", tp);
// this may fail with libstdc++, see https://github.com/HowardHinnant/date/issues/388
// possible workaround: compile date.h with -DONLY_C_LOCALE=1
assert(!in.fail());
assert(!in.bad());
assert(!in.eof());
assert(tp == 2016_y/12/11);
}
{
// correct full name
std::istringstream in{"Sunday 2016-12-11"};
sys_days tp;
in >> parse("%a %F", tp);
assert(!in.fail());
assert(!in.bad());
assert(!in.eof());
assert(tp == 2016_y/12/11);
}
{
// correct full name
std::istringstream in{"Sunday 2016-12-11"};
sys_days tp;
in >> parse("%A %F", tp);
assert(!in.fail());
assert(!in.bad());
assert(!in.eof());
assert(tp == 2016_y/12/11);
}
{
// not a valid name
std::istringstream in{"Dec 2016-12-11"};
sys_days tp;
in >> parse("%a %F", tp);
assert( in.fail());
assert(!in.bad());
assert(!in.eof());
assert(tp == 1970_y/1/1);
}
{
// wrong name
std::istringstream in{"Sat 2016-12-11"};
sys_days tp;
in >> parse("%a %F", tp);
assert( in.fail());
assert(!in.bad());
assert(!in.eof());
assert(tp == 1970_y/1/1);
}
{
// extra ws in input
std::istringstream in{"Sun 2016-12-11"};
sys_days tp;
in >> parse("%a %F", tp);
assert(!in.fail());
assert(!in.bad());
assert(!in.eof());
assert(tp == 2016_y/12/11);
}
{
// extra ws in format
std::istringstream in{"Sun 2016-12-11"};
sys_days tp;
in >> parse("%a %F", tp);
assert(!in.fail());
assert(!in.bad());
assert(!in.eof());
assert(tp == 2016_y/12/11);
}
}
void
test_b()
{
using namespace date;
{
// correct abbreviation
std::istringstream in{"Dec 11 2016"};
sys_days tp;
in >> parse("%b %d %Y", tp);
assert(!in.fail());
assert(!in.bad());
assert(!in.eof());
assert(tp == 2016_y/12/11);
}
{
// correct abbreviation
std::istringstream in{"Dec 11 2016"};
sys_days tp;
in >> parse("%B %d %Y", tp);
assert(!in.fail());
assert(!in.bad());
assert(!in.eof());
assert(tp == 2016_y/12/11);
}
{
// correct abbreviation
std::istringstream in{"Dec 11 2016"};
sys_days tp;
in >> parse("%h %d %Y", tp);
assert(!in.fail());
assert(!in.bad());
assert(!in.eof());
assert(tp == 2016_y/12/11);
}
{
// correct full name
std::istringstream in{"December 11 2016"};
sys_days tp;
in >> parse("%b %d %Y", tp);
assert(!in.fail());
assert(!in.bad());
assert(!in.eof());
assert(tp == 2016_y/12/11);
}
{
// correct full name
std::istringstream in{"December 11 2016"};
sys_days tp;
in >> parse("%B %d %Y", tp);
assert(!in.fail());
assert(!in.bad());
assert(!in.eof());
assert(tp == 2016_y/12/11);
}
{
// correct full name
std::istringstream in{"December 11 2016"};
sys_days tp;
in >> parse("%h %d %Y", tp);
assert(!in.fail());
assert(!in.bad());
assert(!in.eof());
assert(tp == 2016_y/12/11);
}
{
// incorrect abbreviation
std::istringstream in{"Dece 11 2016"};
sys_days tp;
in >> parse("%b %d %Y", tp);
assert( in.fail());
assert(!in.bad());
assert(!in.eof());
assert(tp == 1970_y/1/1);
}
}
void
test_c()
{
using namespace date;
using namespace std::chrono;
{
// correct abbreviation
std::istringstream in{"Sun Dec 11 14:02:43 2016"};
sys_seconds tp;
in >> parse("%c", tp);
assert(!in.fail());
assert(!in.bad());
assert(tp == sys_days{2016_y/12/11} + hours{14} + minutes{2} + seconds{43});
}
}
void
test_x()
{
using namespace date;
using namespace std::chrono;
{
// correct abbreviation
std::istringstream in{"12/11/16"};
sys_seconds tp;
in >> parse("%x", tp);
assert(!in.fail());
assert(!in.bad());
assert(tp == sys_days{2016_y/12/11});
}
}
void
test_X()
{
using namespace date;
using namespace std::chrono;
{
// correct abbreviation
std::istringstream in{"2016-12-11 14:02:43"};
sys_seconds tp;
in >> parse("%F %X", tp);
assert(!in.fail());
assert(!in.bad());
assert(tp == sys_days{2016_y/12/11} + hours{14} + minutes{2} + seconds{43});
}
}
void
test_C()
{
using namespace date;
using namespace std::chrono;
{
std::istringstream in{"20 16 12 11"};
sys_days tp;
in >> parse("%C %y %m %d", tp);
assert(!in.fail());
assert(!in.bad());
assert(tp == 2016_y/12/11);
}
{
std::istringstream in{"-2 1 12 11"};
sys_days tp;
in >> parse("%C %y %m %d", tp);
assert(!in.fail());
assert(!in.bad());
assert(tp == -101_y/12/11);
}
{
std::istringstream in{"-1 0 12 11"};
sys_days tp;
in >> parse("%C %y %m %d", tp);
assert(!in.fail());
assert(!in.bad());
assert(tp == -100_y/12/11);
}
{
std::istringstream in{"-1 99 12 11"};
sys_days tp;
in >> parse("%C %y %m %d", tp);
assert(!in.fail());
assert(!in.bad());
assert(tp == -99_y/12/11);
}
{
std::istringstream in{"-1 1 12 11"};
sys_days tp;
in >> parse("%C %y %m %d", tp);
assert(!in.fail());
assert(!in.bad());
assert(tp == -1_y/12/11);
}
{
std::istringstream in{"0 0 12 11"};
sys_days tp;
in >> parse("%C %y %m %d", tp);
assert(!in.fail());
assert(!in.bad());
assert(tp == 0_y/12/11);
}
{
std::istringstream in{"0 1 12 11"};
sys_days tp;
in >> parse("%C %y %m %d", tp);
assert(!in.fail());
assert(!in.bad());
assert(tp == 1_y/12/11);
}
{
std::istringstream in{"0 99 12 11"};
sys_days tp;
in >> parse("%C %y %m %d", tp);
assert(!in.fail());
assert(!in.bad());
assert(tp == 99_y/12/11);
}
{
std::istringstream in{"1 0 12 11"};
sys_days tp;
in >> parse("%C %y %m %d", tp);
assert(!in.fail());
assert(!in.bad());
assert(tp == 100_y/12/11);
}
{
std::istringstream in{"1 1 12 11"};
sys_days tp;
in >> parse("%C %y %m %d", tp);
assert(!in.fail());
assert(!in.bad());
assert(tp == 101_y/12/11);
}
}
void
test_d()
{
using namespace date;
using namespace std::chrono;
{
std::istringstream in{"2016 09 12"};
sys_days tp;
in >> parse("%Y %d %m", tp);
assert(!in.fail());
assert(!in.bad());
assert(tp == 2016_y/12/9);
}
{
std::istringstream in{"2016 09 12"};
sys_days tp;
in >> parse("%Y %e %m", tp);
assert(!in.fail());
assert(!in.bad());
assert(tp == 2016_y/12/9);
}
{
std::istringstream in{"2016 9 12"};
sys_days tp;
in >> parse("%Y %d %m", tp);
assert(!in.fail());
assert(!in.bad());
assert(tp == 2016_y/12/9);
}
{
std::istringstream in{"2016 9 12"};
sys_days tp;
in >> parse("%Y %e %m", tp);
assert(!in.fail());
assert(!in.bad());
assert(tp == 2016_y/12/9);
}
{
std::istringstream in{"2016 31 11"};
sys_days tp;
in >> parse("%Y %e %m", tp);
assert(in.fail());
}
}
void
test_D()
{
using namespace date;
using namespace std::chrono;
{
std::istringstream in{"12/11/16"};
sys_days tp;
in >> parse("%D", tp);
assert(!in.fail());
assert(!in.bad());
assert(tp == 2016_y/12/11);
}
}
void
test_F()
{
using namespace date;
using namespace std::chrono;
{
std::istringstream in{"2016-12-13"};
sys_days tp;
in >> parse("%F", tp);
assert(!in.fail());
assert(!in.bad());
assert(tp == 2016_y/12/13);
}
{
std::istringstream in{"2016-12-13"};
year_month_day tp;
in >> parse("%F", tp);
assert(!in.fail());
assert(!in.bad());
assert(tp == 2016_y/12/13);
}
}
void
test_H()
{
using namespace date;
using namespace std::chrono;
{
std::istringstream in{"2016-12-11 15"};
sys_time<hours> tp;
in >> parse("%F %H", tp);
assert(!in.fail());
assert(!in.bad());
assert(tp == sys_days{2016_y/12/11} + hours{15});
}
{
std::istringstream in{"2016-12-11 24"};
sys_time<hours> tp;
in >> parse("%F %H", tp);
assert(in.fail());
}
}
void
test_Ip()
{
using namespace date;
using namespace std::chrono;
{
std::istringstream in{"2016-12-11 1 pm"};
sys_time<hours> tp;
in >> parse("%F %I %p", tp);
assert(!in.fail());
assert(!in.bad());
assert(tp == sys_days{2016_y/12/11} + hours{13});
}
{
std::istringstream in{"2016-12-11 1 am"};
sys_time<hours> tp;
in >> parse("%F %I %p", tp);
assert(!in.fail());
assert(!in.bad());
assert(tp == sys_days{2016_y/12/11} + hours{1});
}
{
std::istringstream in{"2016-12-11 13 am"};
sys_time<hours> tp;
in >> parse("%F %I %p", tp);
assert(in.fail());
}
}
void
test_j()
{
using namespace date;
using namespace std::chrono;
{
std::istringstream in{"2016 361"};
sys_days tp;
in >> parse("%Y %j", tp);
assert(!in.fail());
assert(!in.bad());
assert(tp == sys_days{2016_y/12/26});
}
}
void
test_m()
{
using namespace date;
using namespace std::chrono;
{
std::istringstream in{"2016 12 09"};
sys_days tp;
in >> parse("%Y %d %m", tp);
assert(!in.fail());
assert(!in.bad());
assert(tp == 2016_y/9/12);
}
{
std::istringstream in{"2016 12 9"};
sys_days tp;
in >> parse("%Y %d %m", tp);
assert(!in.fail());
assert(!in.bad());
assert(tp == 2016_y/9/12);
}
{
std::istringstream in{"2016 12 13"};
sys_days tp;
in >> parse("%Y %d %m", tp);
assert(in.fail());
}
}
void
test_M()
{
using namespace date;
using namespace std::chrono;
{
std::istringstream in{"2016-12-11 15"};
sys_time<minutes> tp;
in >> parse("%F %M", tp);
assert(!in.fail());
assert(!in.bad());
assert(tp == sys_days{2016_y/12/11} + minutes{15});
}
{
std::istringstream in{"2016-12-11 65"};
sys_time<minutes> tp;
in >> parse("%F %M", tp);
assert(in.fail());
}
}
void
test_S()
{
using namespace date;
using namespace std::chrono;
{
std::istringstream in{"2016-12-11 15"};
sys_seconds tp;
in >> parse("%F %S", tp);
assert(!in.fail());
assert(!in.bad());
assert(tp == sys_days{2016_y/12/11} + seconds{15});
}
{
std::istringstream in{"2016-12-11 15.001"};
sys_time<milliseconds> tp;
in >> parse("%F %S", tp);
assert(!in.fail());
assert(!in.bad());
assert(tp == sys_days{2016_y/12/11} + seconds{15} + milliseconds{1});
}
{
std::istringstream in{"2016-12-11 60"};
sys_seconds tp;
in >> parse("%F %S", tp);
assert(in.fail());
}
}
void
test_T()
{
using namespace date;
using namespace std::chrono;
{
std::istringstream in{"2016-12-11 15:43:22"};
sys_seconds tp;
in >> parse("%F %T", tp);
assert(!in.fail());
assert(!in.bad());
assert(tp == sys_days{2016_y/12/11} + hours{15} + minutes{43} + seconds{22});
}
{
std::istringstream in{"2016-12-11 15:43:22.001"};
sys_time<milliseconds> tp;
in >> parse("%F %T", tp);
assert(!in.fail());
assert(!in.bad());
assert(tp == sys_days{2016_y/12/11} + hours{15} + minutes{43} + seconds{22} +
milliseconds{1});
}
{
std::istringstream in{"2016-12-11 15:43:22"};
sys_time<milliseconds> tp;
in >> parse("%F %T", tp);
assert(!in.fail());
assert(!in.bad());
assert(tp == sys_days{2016_y/12/11} + hours{15} + minutes{43} + seconds{22});
}
{
std::istringstream in{"15:43:22.001"};
milliseconds d;
in >> parse("%T", d);
assert(!in.fail());
assert(!in.bad());
assert(d == hours{15} + minutes{43} + seconds{22} + milliseconds{1});
}
{
std::istringstream in{"2016-12-11 24:43:22"};
sys_seconds tp;
in >> parse("%F %T", tp);
assert(in.fail());
}
{
std::istringstream in{"2016-12-11 15:60:22"};
sys_seconds tp;
in >> parse("%F %T", tp);
assert(in.fail());
}
{
std::istringstream in{"2016-12-11 15:43:60"};
sys_seconds tp;
in >> parse("%F %T", tp);
assert(in.fail());
}
}
void
test_p()
{
using namespace date;
using namespace std::chrono;
{
std::istringstream in{"2016-12-11 11pm"};
sys_time<hours> tp;
in >> parse("%F %I%p", tp);
assert(!in.fail());
assert(!in.bad());
assert(tp == sys_days{2016_y/12/11} + hours{23});
}
{
std::istringstream in{"1986-12-01 01:01:01 pm"};
sys_time<seconds> tp;
in >> parse("%Y-%m-%d %I:%M:%S %p", tp);
assert(!in.fail());
assert(!in.bad());
assert(tp == sys_days{1986_y/12/01} + hours{13} + minutes{01} + seconds{01});
}
{
std::istringstream in{"1986-12-01 01:01:01"};
sys_time<seconds> tp;
in >> parse("%Y-%m-%d %I:%M:%S", tp);
// The test will fail because %I needs the %p option to shows if it is AM or PM
assert(in.fail());
}
}
void
test_r()
{
using namespace date;
using namespace std::chrono;
{
std::istringstream in{"2016-12-26 1:36:57 pm"};
sys_seconds tp;
in >> parse("%F %r", tp);
assert(!in.fail());
assert(!in.bad());
assert(tp == sys_days{2016_y/12/26} + hours{13} + minutes{36} + seconds{57});
}
}
void
test_R()
{
using namespace date;
using namespace std::chrono;
{
std::istringstream in{"2016-12-26 13:36"};
sys_seconds tp;
in >> parse("%F %R", tp);
assert(!in.fail());
assert(!in.bad());
assert(tp == sys_days{2016_y/12/26} + hours{13} + minutes{36});
}
}
void
test_U()
{
using namespace date;
using namespace std::chrono;
{
std::istringstream in{"2016-52-1"};
sys_days tp;
in >> parse("%Y-%U-%w", tp);
assert(!in.fail());
assert(!in.bad());
assert(tp == sys_days{2016_y/12/26});
}
}
void
test_W()
{
using namespace date;
using namespace std::chrono;
{
std::istringstream in{"2016-52-1"};
sys_days tp;
in >> parse("%Y-%W-%w", tp);
assert(!in.fail());
assert(!in.bad());
assert(tp == sys_days{2016_y/12/26});
}
}
void
test_GV()
{
using namespace date;
using namespace std::chrono;
{
std::istringstream in{"2016-52-1"};
sys_days tp;
in >> parse("%G-%V-%w", tp);
assert(!in.fail());
assert(!in.bad());
assert(tp == sys_days{2016_y/12/26});
}
{
std::istringstream in{"2016-52-1"};
sys_days tp;
in >> parse("%G-%V-%w", tp);
assert(!in.fail());
assert(!in.bad());
assert(tp == sys_days{2016_y/12/26});
}
{
std::istringstream in{"20 16-52-1"};
sys_days tp;
in >> parse("%C %g-%V-%w", tp);
assert(!in.fail());
assert(!in.bad());
assert(tp == sys_days{2016_y/12/26});
}
{
std::istringstream in{"20 16-52-1"};
sys_days tp;
in >> parse("%C %g-%V-%u", tp);
assert(!in.fail());
assert(!in.bad());
assert(tp == sys_days{2016_y/12/26});
}
}
void
test_z()
{
using namespace date;
using namespace std::chrono;
{
std::istringstream in{"2016-12-26 15:53:22 -0500"};
sys_seconds tp;
in >> parse("%F %T %z", tp);
assert(!in.fail());
assert(!in.bad());
assert(tp == sys_days{2016_y/12/26} + hours{20} + minutes{53} + seconds{22});
}
{
std::istringstream in{"2016-12-26 15:53:22 -0500"};
local_seconds tp;
in >> parse("%F %T %z", tp);
assert(!in.fail());
assert(!in.bad());
assert(tp == local_days{2016_y/12/26} + hours{15} + minutes{53} + seconds{22});
}
{
std::istringstream in{"2016-12-26 15:53:22 -05:00"};
sys_seconds tp;
in >> parse("%F %T %Ez", tp);
assert(!in.fail());
assert(!in.bad());
assert(tp == sys_days{2016_y/12/26} + hours{20} + minutes{53} + seconds{22});
}
}
void
test_Z()
{
using namespace date;
using namespace std::chrono;
{
std::string a;
std::istringstream in{"2016-12-26 15:53:22 word"};
local_seconds tp;
in >> parse("%F %T %Z", tp, a);
assert(!in.fail());
assert(!in.bad());
assert(tp == local_days{2016_y/12/26} + hours{15} + minutes{53} + seconds{22});
assert(a == "word");
}
}
void
test_trailing_Z()
{
std::string format = "%FT%TZ";
std::string datetime = "2017-2-15T13:13:13";
std::istringstream input(datetime);
date::sys_seconds tp;
input >> date::parse(format, tp);
assert(input.fail());
assert(input.eof());
}
void
test_leading_ws()
{
using namespace std;
using namespace date;
istringstream in{"05/04/17 5/4/17"};
year_month_day d1, d2;
in >> parse("%D", d1) >> parse("%n%D", d2);
assert(d1 == may/4/2017);
assert(d2 == may/4/2017);
}
void
test_space()
{
using namespace std;
using namespace date;
{
istringstream in{"05/04/17"};
year_month_day d1;
in >> parse(" %D", d1);
assert(d1 == may/4/2017);
}
{
istringstream in{" 05/04/17"};
year_month_day d1;
in >> parse(" %D", d1);
assert(d1 == may/4/2017);
}
{
istringstream in{" 05/04/17"};
year_month_day d1;
in >> parse(" %D", d1);
assert(d1 == may/4/2017);
}
}
void
test_n()
{
using namespace std;
using namespace date;
{
istringstream in{"05/04/17"};
year_month_day d1;
in >> parse("%n%D", d1);
assert(in.fail());
}
{
istringstream in{" 05/04/17"};
year_month_day d1;
in >> parse("%n%D", d1);
assert(d1 == may/4/2017);
}
{
istringstream in{" 05/04/17"};
year_month_day d1;
in >> parse("%n%D", d1);
assert(in.fail());
}
}
void
test_t()
{
using namespace std;
using namespace date;
{
istringstream in{"05/04/17"};
year_month_day d1;
in >> parse("%t%D", d1);
assert(d1 == may/4/2017);
}
{
istringstream in{" 05/04/17"};
year_month_day d1;
in >> parse("%t%D", d1);
assert(d1 == may/4/2017);
}
{
istringstream in{" 05/04/17"};
year_month_day d1;
in >> parse("%t%D", d1);
assert(in.fail());
}
}
int
main()
{
test_a();
test_b();
test_c();
test_C();
test_d();
test_D();
test_F();
test_H();
test_Ip();
test_j();
test_m();
test_M();
test_p();
test_r();
test_R();
test_S();
test_T();
test_U();
test_W();
test_GV();
test_x();
test_X();
test_z();
test_Z();
test_trailing_Z();
test_leading_ws();
test_space();
test_n();
test_t();
}
Reference in New Issue View Git Blame Copy Permalink