public void GetAugmentedParsers_Returns_Parsers()
{
var parser = new DateTime_Local_Parser();
var resolver = new TypeParserResolver(parser);
var parsers = resolver.GetAugmentedParsers(null);
Assert.AreEqual(1, parsers.Length);
Assert.AreSame(parser, parsers[0]);
}
[DataRow("en-GB", "2019-07-01T17:42:32.123+0800", true, "2019-07-01 10:42:32.123 Local")] // If timezone is specified then parser converts to UTC (8 hours ahead of GMT) and then to local (1 hour ahead = overall -7 hours from stated time)
public void TryParse_Behaves_Correctly(string culture, string text, bool expectedResult, string expectedValueText)
{
using (new CultureSwap(culture)) {
var parser = new DateTime_Local_Parser();
var actualResult = parser.TryParse(text, out var actualValue);
var expectedValue = DataRowParser.DateTime(expectedValueText);
Assert.AreEqual(expectedResult, actualResult);
Assert.AreEqual(expectedValue, actualValue);
Assert.AreEqual(expectedValue?.Kind, actualValue.Kind);
}
}
public void GetAugmentedParsers_Augments_Registered_Parsers_With_List_Passed_In()
{
var originalDateTimeParser = new DateTime_Local_Parser();
var originalDateTimeOffsetParser = new DateTimeOffset_Invariant_Parser();
var newDateTimeParser = new DateTime_Iso8601_Parser();
var newByteArrayParser = new ByteArray_Mime64_Parser();
var resolver = new TypeParserResolver(originalDateTimeParser, originalDateTimeOffsetParser);
var parsers = resolver.GetAugmentedParsers(newDateTimeParser, null, newByteArrayParser);
Assert.AreEqual(3, parsers.Length);
Assert.IsTrue(parsers.Contains(newDateTimeParser));
Assert.IsTrue(parsers.Contains(originalDateTimeOffsetParser));
Assert.IsTrue(parsers.Contains(newByteArrayParser));
var originalParsers = resolver.GetParsers();
Assert.AreEqual(2, originalParsers.Length);
Assert.IsTrue(originalParsers.Contains(originalDateTimeParser));
Assert.IsTrue(originalParsers.Contains(originalDateTimeOffsetParser));
}