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Unit Tests

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- Any test that contains a '*' in the description output has a chance of failing
  because that '*' gets expanded by the shell, somewhere in the run_all script.
  While I can't find that problem (yet) and fix it, I can remove the '*' from
  the output.
This commit is contained in:
Paul Beckingham
2013-04-07 11:38:42 -04:00
parent 61fdc0da52
commit 168027cb9a
2 changed files with 8 additions and 7 deletions
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14
test/duration.t.cpp
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@@ -54,7 +54,7 @@ int main (int argc, char** argv)
Duration d;
// std::string format ();
d = Duration (0); t.is (d.format (), "-", "0 -> -");
d = Duration (0); t.is (d.format (), "-", "0 -> -"); // 1
d = Duration (1); t.is (d.format (), "1 sec", "1 -> 1 sec");
d = Duration (2); t.is (d.format (), "2 secs", "2 -> 2 secs");
d = Duration (59); t.is (d.format (), "59 secs", "59 -> 59 secs");
@@ -79,7 +79,7 @@ int main (int argc, char** argv)
d = Duration (365 * 86400 + 1); t.is (d.format (), "1.0 yrs", "365 days + 1 sec -> 1.0 yrs");
// std::string formatCompact ();
d = Duration (0); t.is (d.formatCompact (), "-", "0 -> -");
d = Duration (0); t.is (d.formatCompact (), "-", "0 -> -"); // 24
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");
@@ -104,7 +104,7 @@ int main (int argc, char** argv)
d = Duration (365 * 86400 + 1); t.is (d.formatCompact (), "1.0y", "365 days + 1 sec -> 1.0y");
// std::string formatPrecise ();
d = Duration (0); t.is (d.formatPrecise (), "0:00:00", "0 -> 0:00:00");
d = Duration (0); t.is (d.formatPrecise (), "0:00:00", "0 -> 0:00:00"); // 47
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");
@@ -118,16 +118,16 @@ int main (int argc, char** argv)
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 * 86400) - 1 sec -> 13d 23:59:59");
d = Duration (14 * 86400); t.is (d.formatPrecise (), "14d 0:00:00", "(14 * 86400) -> 14d 0:00:00");
d = Duration (14 * 86400 + 1); t.is (d.formatPrecise (), "14d 0:00:01", "(14 * 86400) + 1 -> 14d 0:00:01");
d = Duration (14 * 86400 - 1); t.is (d.formatPrecise (), "13d 23:59:59", "(14 x 86400) - 1 sec -> 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 sec -> 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 sec -> 365d 0:00:01");
// Iterate for a whole year. Why? Just to see where the boundaries are,
// so that changes can be made with some reference point.
d = Duration ( 1*86400); t.is (d.formatCompact (), "1d", "1*86400 -> 1d");
d = Duration ( 1*86400); t.is (d.formatCompact (), "1d", "1*86400 -> 1d"); // 67
d = Duration ( 2*86400); t.is (d.formatCompact (), "2d", "2*86400 -> 2d");
d = Duration ( 3*86400); t.is (d.formatCompact (), "3d", "3*86400 -> 3d");
d = Duration ( 4*86400); t.is (d.formatCompact (), "4d", "4*86400 -> 4d");