//////////////////////////////////////////////////////////////////////////////// // // Copyright 2013 - 2015, Göteborg Bit Factory. // // 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. // // http://www.opensource.org/licenses/mit-license.php // //////////////////////////////////////////////////////////////////////////////// #include #include #include #include Context context; //////////////////////////////////////////////////////////////////////////////// void testParse ( UnitTest& t, const std::string& input, int in_start, time_t in_value) { std::string label = std::string ("parse (\"") + input + "\") --> "; Duration dur; std::string::size_type start = 0; t.ok (dur.parse (input, start), label + "true"); t.is ((int) start, in_start, label + "[]"); t.is ((size_t) (time_t) dur, (size_t) in_value, label + "_secs"); } //////////////////////////////////////////////////////////////////////////////// int main (int argc, char** argv) { UnitTest t (450); Duration dur; std::string::size_type start = 0; t.notok (dur.parse ("foo", start), "foo --> false"); t.is ((int)start, 0, "foo[0]"); const int day = 86400; const int hour = 3600; const int minute = 60; const int second = 1; // Parsing. testParse (t, "0seconds", 8, 0 * second); testParse (t, "2 seconds", 9, 2 * second); testParse (t, "10seconds", 9, 10 * second); testParse (t, "1.5seconds", 10, 1 * second); testParse (t, "0second", 7, 0 * second); testParse (t, "2 second", 8, 2 * second); testParse (t, "10second", 8, 10 * second); testParse (t, "1.5second", 9, 1 * second); testParse (t, "0s", 2, 0 * second); testParse (t, "2 s", 3, 2 * second); testParse (t, "10s", 3, 10 * second); testParse (t, "1.5s", 4, 1 * second); testParse (t, "0minutes", 8, 0 * minute); testParse (t, "2 minutes", 9, 2 * minute); testParse (t, "10minutes", 9, 10 * minute); testParse (t, "1.5minutes", 10, 90 * second); testParse (t, "0minute", 7, 0 * minute); testParse (t, "2 minute", 8, 2 * minute); testParse (t, "10minute", 8, 10 * minute); testParse (t, "1.5minute", 9, 90 * second); testParse (t, "0min", 4, 0 * minute); testParse (t, "2 min", 5, 2 * minute); testParse (t, "10min", 5, 10 * minute); testParse (t, "1.5min", 6, 90 * second); testParse (t, "0hours", 6, 0 * hour); testParse (t, "2 hours", 7, 2 * hour); testParse (t, "10hours", 7, 10 * hour); testParse (t, "1.5hours", 8, 90 * minute); testParse (t, "0hour", 5, 0 * hour); testParse (t, "2 hour", 6, 2 * hour); testParse (t, "10hour", 6, 10 * hour); testParse (t, "1.5hour", 7, 90 * minute); testParse (t, "0h", 2, 0 * hour); testParse (t, "2 h", 3, 2 * hour); testParse (t, "10h", 3, 10 * hour); testParse (t, "1.5h", 4, 90 * minute); testParse (t, "weekdays", 8, 1 * day); testParse (t, "daily", 5, 1 * day); testParse (t, "0days", 5, 0 * day); testParse (t, "2 days", 6, 2 * day); testParse (t, "10days", 6, 10 * day); testParse (t, "1.5days", 7, 36 * hour); testParse (t, "0day", 4, 0 * day); testParse (t, "2 day", 5, 2 * day); testParse (t, "10day", 5, 10 * day); testParse (t, "1.5day", 6, 36 * hour); testParse (t, "0d", 2, 0 * day); testParse (t, "2 d", 3, 2 * day); testParse (t, "10d", 3, 10 * day); testParse (t, "1.5d", 4, 36 * hour); testParse (t, "weekly", 6, 7 * day); testParse (t, "0weeks", 6, 0 * day); testParse (t, "2 weeks", 7, 14 * day); testParse (t, "10weeks", 7, 70 * day); testParse (t, "1.5weeks", 8, 252 * hour); testParse (t, "0week", 5, 0 * day); testParse (t, "2 week", 6, 14 * day); testParse (t, "10week", 6, 70 * day); testParse (t, "1.5week", 7, 252 * hour); testParse (t, "0w", 2, 0 * day); testParse (t, "2 w", 3, 14 * day); testParse (t, "10w", 3, 70 * day); testParse (t, "1.5w", 4, 252 * hour); testParse (t, "monthly", 7, 30 * day); testParse (t, "0months", 7, 0 * day); testParse (t, "2 months", 8, 60 * day); testParse (t, "10months", 8, 300 * day); testParse (t, "1.5months", 9, 45 * day); testParse (t, "0month", 6, 0 * day); testParse (t, "2 month", 7, 60 * day); testParse (t, "10month", 7, 300 * day); testParse (t, "1.5month", 8, 45 * day); testParse (t, "0mo", 3, 0 * day); testParse (t, "2 mo", 4, 60 * day); testParse (t, "10mo", 4, 300 * day); testParse (t, "1.5mo", 5, 45 * day); testParse (t, "quarterly", 9, 91 * day); testParse (t, "0quarters", 9, 0 * day); testParse (t, "2 quarters", 10, 182 * day); testParse (t, "10quarters", 10, 910 * day); testParse (t, "1.5quarters", 11, 3276 * hour); testParse (t, "0quarter", 8, 0 * day); testParse (t, "2 quarter", 9, 182 * day); testParse (t, "10quarter", 9, 910 * day); testParse (t, "1.5quarter", 10, 3276 * hour); testParse (t, "0q", 2, 0 * day); testParse (t, "2 q", 3, 182 * day); testParse (t, "10q", 3, 910 * day); testParse (t, "1.5q", 4, 3276 * hour); testParse (t, "yearly", 6, 365 * day); testParse (t, "0years", 6, 0 * day); testParse (t, "2 years", 7, 730 * day); testParse (t, "10years", 7, 3650 * day); testParse (t, "1.5years", 8, 13140 * hour); testParse (t, "0year", 5, 0 * day); testParse (t, "2 year", 6, 730 * day); testParse (t, "10year", 6, 3650 * day); testParse (t, "1.5year", 7, 13140 * hour); testParse (t, "0y", 2, 0 * day); testParse (t, "2 y", 3, 730 * day); testParse (t, "10y", 3, 3650 * day); testParse (t, "1.5y", 4, 13140 * hour); testParse (t, "annual", 6, 365 * day); testParse (t, "biannual", 8, 730 * day); testParse (t, "bimonthly", 9, 61 * day); testParse (t, "biweekly", 8, 14 * day); testParse (t, "biyearly", 8, 730 * day); testParse (t, "fortnight", 9, 14 * day); testParse (t, "semiannual", 10, 183 * day); testParse (t, "0sennight", 9, 0 * day); testParse (t, "2 sennight", 10, 28 * day); testParse (t, "10sennight", 10, 140 * day); testParse (t, "1.5sennight", 11, 21 * day); Duration d; // std::string format (); d = Duration (0); t.is (d.format (), "-", "0 -> -"); d = Duration (1); t.is (d.format (), "1 second", "1 -> 1 second"); d = Duration (2); t.is (d.format (), "2 seconds", "2 -> 2 seconds"); d = Duration (59); t.is (d.format (), "59 seconds", "59 -> 59 seconds"); d = Duration (60); t.is (d.format (), "1 minute", "60 -> 1 minute"); d = Duration (119); t.is (d.format (), "1 minute", "119 -> 1 minute"); d = Duration (120); t.is (d.format (), "2 minutes", "120 -> 2 minutes"); d = Duration (121); t.is (d.format (), "2 minutes", "121 -> 2 minutes"); d = Duration (3599); t.is (d.format (), "59 minutes", "3599 -> 59 minutes"); d = Duration (3600); t.is (d.format (), "1 hour", "3600 -> 1 hour"); d = Duration (3601); t.is (d.format (), "1 hour", "3601 -> 1 hour"); d = Duration (86399); t.is (d.format (), "23 hours", "86399 -> 23 hours"); d = Duration (86400); t.is (d.format (), "1 day", "86400 -> 1 day"); d = Duration (86401); t.is (d.format (), "1 day", "86401 -> 1 day"); d = Duration (14 * 86400 - 1); t.is (d.format (), "1 week", "14 days - 1 s -> 1 week"); d = Duration (14 * 86400); t.is (d.format (), "2 weeks", "14 days -> 2 weeks"); d = Duration (14 * 86400 + 1); t.is (d.format (), "2 weeks", "14 days + 1 s -> 2 weeks"); d = Duration (85 * 86400 - 1); t.is (d.format (), "2 months", "85 days - 1 s -> 2 months"); d = Duration (85 * 86400); t.is (d.format (), "2 months", "85 days -> 2 months"); d = Duration (85 * 86400 + 1); t.is (d.format (), "2 months", "85 days + 1 s -> 2 months"); d = Duration (365 * 86400 - 1); t.is (d.format (), "12 months", "365 days - 1 s -> 12 months"); d = Duration (365 * 86400); t.is (d.format (), "1.0 year", "365 days -> 1.0 year"); d = Duration (365 * 86400 + 1); t.is (d.format (), "1.0 year", "365 days + 1 s -> 1.0 year"); // std::string formatCompact (); d = Duration (0); t.is (d.formatCompact (), "", "0 ->"); d = Duration (1), t.is (d.formatCompact (), "1s", "1 -> 1s"); d = Duration (2), t.is (d.formatCompact (), "2s", "2 -> 2s"); d = Duration (59), t.is (d.formatCompact (), "59s", "59 -> 59s"); d = Duration (60), t.is (d.formatCompact (), "1min", "60 -> 1min"); d = Duration (119), t.is (d.formatCompact (), "1min", "119 -> 1min"); d = Duration (120), t.is (d.formatCompact (), "2min", "120 -> 2min"); d = Duration (121), t.is (d.formatCompact (), "2min", "121 -> 2min"); d = Duration (3599), t.is (d.formatCompact (), "59min", "3599 -> 59min"); d = Duration (3600), t.is (d.formatCompact (), "1h", "3600 -> 1h"); d = Duration (3601), t.is (d.formatCompact (), "1h", "3601 -> 1h"); d = Duration (86399), t.is (d.formatCompact (), "23h", "86399 -> 23h"); d = Duration (86400), t.is (d.formatCompact (), "1d", "86400 -> 1d"); d = Duration (86401), t.is (d.formatCompact (), "1d", "86401 -> 1d"); d = Duration (14 * 86400 - 1), t.is (d.formatCompact (), "1w", "14 days - 1 s -> 1w"); d = Duration (14 * 86400), t.is (d.formatCompact (), "2w", "14 days -> 2w"); d = Duration (14 * 86400 + 1), t.is (d.formatCompact (), "2w", "14 days + 1 s -> 2w"); d = Duration (85 * 86400 - 1), t.is (d.formatCompact (), "2mo", "85 days - 1 s -> 2mo"); d = Duration (85 * 86400), t.is (d.formatCompact (), "2mo", "85 days -> 2mo"); d = Duration (85 * 86400 + 1), t.is (d.formatCompact (), "2mo", "85 days + 1 s -> 2mo"); d = Duration (365 * 86400 - 1), t.is (d.formatCompact (), "12mo", "365 days - 1 s -> 12mo"); d = Duration (365 * 86400), t.is (d.formatCompact (), "1.0y", "365 days -> 1.0y"); d = Duration (365 * 86400 + 1), t.is (d.formatCompact (), "1.0y", "365 days + 1 s -> 1.0y"); // std::string formatPrecise (); d = Duration (0); t.is (d.formatPrecise (), "0:00:00", "0 -> 0:00:00"); d = Duration (1); t.is (d.formatPrecise (), "0:00:01", "1 -> 0:00:01"); d = Duration (2); t.is (d.formatPrecise (), "0:00:02", "2 -> 0:00:02"); d = Duration (59); t.is (d.formatPrecise (), "0:00:59", "59 -> 0:00:59"); d = Duration (60); t.is (d.formatPrecise (), "0:01:00", "60 -> 0:01;00"); d = Duration (119); t.is (d.formatPrecise (), "0:01:59", "119 -> 0:01:59"); d = Duration (120); t.is (d.formatPrecise (), "0:02:00", "120 -> 0:02:00"); d = Duration (121); t.is (d.formatPrecise (), "0:02:01", "121 -> 0:02:01"); d = Duration (3599); t.is (d.formatPrecise (), "0:59:59", "3599 -> 0:59:59"); d = Duration (3600); t.is (d.formatPrecise (), "1:00:00", "3600 -> 1:00:00"); d = Duration (3601); t.is (d.formatPrecise (), "1:00:01", "3601 -> 1:00:01"); d = Duration (86399); t.is (d.formatPrecise (), "23:59:59", "86399 -> 23:59:59"); d = Duration (86400); t.is (d.formatPrecise (), "1d 0:00:00", "86400 -> 1d 0:00:00"); d = Duration (86401); t.is (d.formatPrecise (), "1d 0:00:01", "86401 -> 1d 0:00:01"); d = Duration (14 * 86400 - 1); t.is (d.formatPrecise (), "13d 23:59:59", "(14 x 86400) - 1 s -> 13d 23:59:59"); d = Duration (14 * 86400); t.is (d.formatPrecise (), "14d 0:00:00", "(14 x 86400) -> 14d 0:00:00"); d = Duration (14 * 86400 + 1); t.is (d.formatPrecise (), "14d 0:00:01", "(14 x 86400) + 1 -> 14d 0:00:01"); d = Duration (365 * 86400 - 1); t.is (d.formatPrecise (), "364d 23:59:59", "365 days - 1 s -> 364d 23:59:59"); d = Duration (365 * 86400); t.is (d.formatPrecise (), "365d 0:00:00", "365 days -> 365d 0:00:00"); d = Duration (365 * 86400 + 1); t.is (d.formatPrecise (), "365d 0:00:01", "365 days + 1 s -> 365d 0:00:01"); // std::string formatISO (); d = Duration (0); t.is (d.formatISO (), "P0S", "0 -> P0S"); d = Duration (1); t.is (d.formatISO (), "PT1S", "1 -> PT1S"); d = Duration (2); t.is (d.formatISO (), "PT2S", "2 -> PT2S"); d = Duration (59); t.is (d.formatISO (), "PT59S", "59 -> PT59S"); d = Duration (60); t.is (d.formatISO (), "PT1M", "60 -> PT1TM"); d = Duration (119); t.is (d.formatISO (), "PT1M59S", "119 -> PT1M59S"); d = Duration (120); t.is (d.formatISO (), "PT2M", "120 -> PT2M"); d = Duration (121); t.is (d.formatISO (), "PT2M1S", "121 -> PT2M1S"); d = Duration (3599); t.is (d.formatISO (), "PT59M59S", "3599 -> PT59M59S"); d = Duration (3600); t.is (d.formatISO (), "PT1H", "3600 -> PT1H"); d = Duration (3601); t.is (d.formatISO (), "PT1H1S", "3601 -> PT1H1S"); d = Duration (86399); t.is (d.formatISO (), "PT23H59M59S", "86399 -> PT23H59M59S"); d = Duration (86400); t.is (d.formatISO (), "P1D", "86400 -> P1D"); d = Duration (86401); t.is (d.formatISO (), "P1DT1S", "86401 -> P1DT1S"); d = Duration (14 * 86400 - 1); t.is (d.formatISO (), "P13DT23H59M59S", "(14 x 86400) - 1 s -> P13DT23H59M59S"); d = Duration (14 * 86400); t.is (d.formatISO (), "P14D", "(14 x 86400) -> P14D"); d = Duration (14 * 86400 + 1); t.is (d.formatISO (), "P14DT1S", "(14 x 86400) + 1 -> P14DT1S"); d = Duration (365 * 86400 - 1); t.is (d.formatISO (), "P1Y4DT23H59M59S", "365 days - 1 s -> P1Y4DT23H59M59S"); d = Duration (365 * 86400); t.is (d.formatISO (), "P1Y5D", "365 days -> P1Y5D"); d = Duration (365 * 86400 + 1); t.is (d.formatISO (), "P1Y5DT1S", "365 days + 1 s -> P1Y5DT1S"); Duration left, right; // operator< left = Duration ("1s"); right = Duration ("2s"); t.ok (left < right, "duration 1s < 2s"); left = Duration ("-2s"); right = Duration ("-1s"); t.ok (left < right, "duration -2s < -1s"); left = Duration ("1s"); right = Duration ("1min"); t.ok (left < right, "duration 1s < 1min"); left = Duration ("1min"); right = Duration ("1h"); t.ok (left < right, "duration 1min < 1h"); left = Duration ("1h"); right = Duration ("1d"); t.ok (left < right, "duration 1h < 1d"); left = Duration ("1d"); right = Duration ("1w"); t.ok (left < right, "duration 1d < 1w"); left = Duration ("1w"); right = Duration ("1mo"); t.ok (left < right, "duration 1w < 1mo"); left = Duration ("1mo"); right = Duration ("1q"); t.ok (left < right, "duration 1mo < 1q"); left = Duration ("1q"); right = Duration ("1y"); t.ok (left < right, "duration 1q < 1y"); left = Duration ("-3s"); right = Duration ("-6s"); t.ok (right < left, "duration -6s < -3s"); // operator> left = Duration ("2s"); right = Duration ("1s"); t.ok (left > right, "2s > 1s"); left = Duration ("-1s"); right = Duration ("-2s"); t.ok (left > right, "-1s > -2s"); left = Duration ("1min"); right = Duration ("1s"); t.ok (left > right, "1min > 1s"); left = Duration ("1h"); right = Duration ("1min"); t.ok (left > right, "1h > 1min"); left = Duration ("1d"); right = Duration ("1h"); t.ok (left > right, "1d > 1h"); left = Duration ("1w"); right = Duration ("1d"); t.ok (left > right, "1w > 1d"); left = Duration ("1mo"); right = Duration ("1w"); t.ok (left > right, "1mo > 1w"); left = Duration ("1q"); right = Duration ("1mo"); t.ok (left > right, "1q > 1mo"); left = Duration ("1y"); right = Duration ("1q"); t.ok (left > right, "1y > 1q"); left = Duration ("-3s"); right = Duration ("-6s"); t.ok (left > right, "duration -3s > -6s"); // operator<= left = Duration ("1s"); right = Duration ("2s"); t.ok (left <= right, "duration 1s <= 2s"); left = Duration ("2s"); right = Duration ("2s"); t.ok (left <= right, "duration 1s <= 2s"); left = Duration ("2s"); right = Duration ("1s"); t.notok (left <= right, "duration NOT 1s <= 2s"); // TODO Formatting. return 0; } ////////////////////////////////////////////////////////////////////////////////