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date_time/test/local_time/testposix_time_zone.cpp

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/* Copyright (c) 2003-2004 CrystalClear Software, Inc.
* Subject to the Boost Software License, Version 1.0.
* (See accompanying file LICENSE_1_0.txt or http://www.boost.org/LICENSE_1_0.txt)
* Author: Jeff Garland, Bart Garst
* $Date$
*/
#include "boost/date_time/gregorian/gregorian.hpp"
//#include "boost/date_time/local_time/time_zone.hpp"
#include "../testfrmwk.hpp"
#include "boost/date_time/local_time/posix_time_zone.hpp"
#include <string>
#include <iostream>
int main(){
using namespace boost::local_time;
using namespace boost::posix_time;
using namespace boost::gregorian;
std::string specs[] = {"MST-07", "MST-07:00:00","EST-05EDT,M4.1.0,M10.5.0", "EST-05:00:00EDT+01:00:00,M4.1.0/02:00:00,M10.5.0/02:00:00","PST-08PDT,J46/1:30,J310","PST-08PDT,45,310/0:30:00"};
posix_time_zone nyc1(specs[2]);
posix_time_zone nyc2(specs[3]);
time_duration td = hours(-5);
check("Has DST", nyc1.has_dst() && nyc2.has_dst());
check("UTC offset", nyc1.base_utc_offset() == td);
check("UTC offsets match", nyc1.base_utc_offset() == nyc2.base_utc_offset());
check("Abbrevs", nyc1.std_zone_abbrev() == std::string("EST"));
check("Abbrevs", nyc2.std_zone_abbrev() == std::string("EST"));
check("Abbrevs", nyc1.dst_zone_abbrev() == std::string("EDT"));
check("Abbrevs", nyc2.dst_zone_abbrev() == std::string("EDT"));
// names not available for posix_time_zone, abbrevs used in their place
check("Names", nyc1.std_zone_name() == std::string("EST"));
check("Names", nyc2.std_zone_name() == std::string("EST"));
check("Names", nyc1.dst_zone_name() == std::string("EDT"));
check("Names", nyc2.dst_zone_name() == std::string("EDT"));
td = hours(1);
check("dst offset", nyc1.dst_offset() == td);
check("dst offsets match", nyc1.dst_offset() == nyc2.dst_offset());
check("dst start", nyc1.dst_local_start_time(2003) ==
ptime(date(2003,Apr,6),time_duration(2,0,0)));
check("dst starts match", nyc1.dst_local_start_time(2003) ==
nyc2.dst_local_start_time(2003));
check("dst end", nyc1.dst_local_end_time(2003) ==
ptime(date(2003,Oct,26),time_duration(2,0,0)));
check("dst ends match", nyc1.dst_local_end_time(2003) ==
nyc2.dst_local_end_time(2003));
check("to posix string",
nyc1.to_posix_string() == std::string("EST-05EDT+01,M4.1.0/02:00,M10.5.0/02:00"));
check("to posix string",
nyc2.to_posix_string() == std::string("EST-05EDT+01,M4.1.0/02:00,M10.5.0/02:00"));
posix_time_zone az1(specs[0]);
posix_time_zone az2(specs[1]);
td = hours(-7);
check("Has DST", !az1.has_dst() && !az2.has_dst());
check("UTC offset", az1.base_utc_offset() == td);
check("UTC offsets match", az1.base_utc_offset() == az2.base_utc_offset());
check("dst start in non-dst zone",
az1.dst_local_start_time(2005) == ptime(not_a_date_time));
check("dst end in non-dst zone",
az2.dst_local_end_time(2005) == ptime(not_a_date_time));
check("Abbrevs", az1.std_zone_abbrev() == std::string("MST"));
check("Abbrevs", az2.std_zone_abbrev() == std::string("MST"));
// non-dst zones default to empty strings for dst names & abbrevs
check("Abbrevs", az1.dst_zone_abbrev() == std::string(""));
check("Abbrevs", az2.dst_zone_abbrev() == std::string(""));
check("Names", az1.std_zone_name() == std::string("MST"));
check("Names", az2.std_zone_name() == std::string("MST"));
check("Names", az1.dst_zone_name() == std::string(""));
check("Names", az2.dst_zone_name() == std::string(""));
check("to posix string",
az1.to_posix_string() == std::string("MST-07"));
check("to posix string",
az2.to_posix_string() == std::string("MST-07"));
// bizzar time zone spec to fully test parsing
std::cout << "\nFictitious time zone" << std::endl;
posix_time_zone bz("BST+11:21:15BDT-00:28,M2.2.4/03:15:42,M11.5.2/01:08:53");
check("hast dst", bz.has_dst());
check("UTC offset", bz.base_utc_offset() == time_duration(11,21,15));
check("Abbrev", bz.std_zone_abbrev() == std::string("BST"));
check("Abbrev", bz.dst_zone_abbrev() == std::string("BDT"));
check("dst offset", bz.dst_offset() == time_duration(0,-28,0));
check("dst start", bz.dst_local_start_time(1962) ==
ptime(date(1962,Feb,8),time_duration(3,15,42)));
check("dst end", bz.dst_local_end_time(1962) ==
ptime(date(1962,Nov,27),time_duration(1,8,53)));
// only checking start & end rules w/ 'J' notation
std::cout << "\n'J' notation Start/End rule tests..." << std::endl;
posix_time_zone la1(specs[4]); // "PST-08PDT,J124,J310"
//posix_time_zone la1("PST-08PDT,J1,J365");// Jan1/Dec31
check("dst start", la1.dst_local_start_time(2003) ==
ptime(date(2003,Feb,15),time_duration(1,30,0)));
check("dst end", la1.dst_local_end_time(2003) ==
ptime(date(2003,Nov,6),time_duration(2,0,0)));
/* NOTE: la1 was created from a 'J' notation string but to_posix_string
* returns an 'n' notation string. The difference between the two
* is Feb-29 is always counted in an 'n' notation string and numbering
* starts at zero ('J' notation starts at one).
* Every possible date spec that can be written in 'J' notation can also
* be written in 'n' notation. The reverse is not true so 'n' notation
* is used as the output for to_posix_string(). */
check("to posix string",
la1.to_posix_string() == std::string("PST-08PDT+01,45/01:30,310/02:00"));
// only checking start & end rules w/ 'n' notation
std::cout << "\n'n' notation Start/End rule tests..." << std::endl;
posix_time_zone la2(specs[5]); // "PST-08PDT,124,310"
//posix_time_zone la2("PST-08PDT,0,365");// Jan1/Dec31
check("dst start", la2.dst_local_start_time(2003) ==
ptime(date(2003,Feb,15),time_duration(2,0,0)));
check("dst end", la2.dst_local_end_time(2003) ==
ptime(date(2003,Nov,6),time_duration(0,30,0)));
check("to posix string",
la2.to_posix_string() == std::string("PST-08PDT+01,45/02:00,310/00:30"));
// bad posix time zone strings tests
std::cout << "\nInvalid time zone string tests..." << std::endl;
try {
posix_time_zone badz("EST-13");
check("Exception not thrown: bad UTC offset", false);
}catch(bad_offset& boff){
std::string msg(boff.what());
check("Exception caught: "+msg , true);
}
try {
posix_time_zone badz("EST-5EDT24:00:01,J124/1:30,J310");
check("Exception not thrown: bad DST adjust", false);
}catch(bad_adjustment& badj){
std::string msg(badj.what());
check("Exception caught: "+msg , true);
}
try {
posix_time_zone badz("EST-5EDT01:00:00,J124/-1:30,J310");
check("Exception not thrown: bad DST start/end offset", false);
}catch(bad_offset& boff){
std::string msg(boff.what());
check("Exception caught: "+msg , true);
}
try {
posix_time_zone badz("EST-5EDT01:00:00,J124/1:30,J370");
check("Exception not thrown: invalid date spec", false);
}catch(boost::gregorian::bad_day_of_month& boff){
std::string msg(boff.what());
check("Exception caught: "+msg , true);
}catch(boost::gregorian::bad_month& boff){
std::string msg(boff.what());
check("Exception caught: "+msg , true);
}catch(...){
check("Unexpected exception caught: ", false);
}
std::cout << "\nTest some Central Europe specs" << std::endl;
//Test a timezone spec on the positive side of the UTC line.
//This is the time for central europe which is one hour in front of UTC
//Note these Summer time transition rules aren't actually correct.
posix_time_zone cet_tz("CET+01:00:00EDT+01:00:00,M4.1.0/02:00:00,M10.5.0/02:00:00");
check("Has DST", cet_tz.has_dst());
check("UTC offset", cet_tz.base_utc_offset() == hours(1));
check("Abbrevs", cet_tz.std_zone_abbrev() == std::string("CET"));
// check("Abbrevs", nyc2.std_zone_abbrev() == std::string("EST"));
std::cout << "\nTest some Central Austrialia UTC+8:30" << std::endl;
//Test a timezone spec on the positive side of the UTC line.
//This is the time for central europe which is one hour in front of UTC
//Note these Summer time transition rules aren't actually correct.
posix_time_zone caus_tz("CAS+08:30:00CDT+01:00:00,M4.1.0/02:00:00,M10.5.0/02:00:00");
check("Has DST", caus_tz.has_dst());
check("UTC offset", caus_tz.base_utc_offset() == hours(8)+minutes(30));
check("Abbrevs", caus_tz.std_zone_abbrev() == std::string("CAS"));
// check("Abbrevs", nyc2.std_zone_abbrev() == std::string("EST"));
{
/**** first/last of month Julian & non-Julian tests ****/
// Mar-01 & Oct-31, count begins at 1
std::string spec("FST+3FDT,J60,J304");
posix_time_zone fl_1(spec);
check("Julian First/last of month", fl_1.dst_local_start_time(2003) ==
ptime(date(2003,Mar,1),hours(2)));
check("Julian First/last of month", fl_1.dst_local_end_time(2003) ==
ptime(date(2003,Oct,31),hours(2)));
check("Julian First/last of month", fl_1.dst_local_start_time(2004) ==
ptime(date(2004,Mar,1),hours(2)));
check("Julian First/last of month", fl_1.dst_local_end_time(2004) ==
ptime(date(2004,Oct,31),hours(2)));
// Mar-01 & Oct-31 Non-leap year, count begins at 0
spec = "FST+3FDT,59,304"; // "304" is not a mistake here, see posix_time_zone docs
posix_time_zone fl_2(spec);
try{
check("Non-Julian First/last of month", fl_2.dst_local_start_time(2003) ==
ptime(date(2003,Mar,1),hours(2)));
}catch(std::exception&){
check("Expected exception caught for Non-Julian day of 59, in non-leap year (Feb-29)", true);
}
check("Non-Julian First/last of month", fl_2.dst_local_end_time(2003) ==
ptime(date(2003,Oct,31),hours(2)));
// Mar-01 & Oct-31 leap year, count begins at 0
spec = "FST+3FDT,60,304";
posix_time_zone fl_3(spec);
check("Non-Julian First/last of month", fl_3.dst_local_start_time(2004) ==
ptime(date(2004,Mar,1),hours(2)));
check("Non-Julian First/last of month", fl_3.dst_local_end_time(2004) ==
ptime(date(2004,Oct,31),hours(2)));
}
printTestStats();
return 0;
}
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