public void TimeZoneComposer_ComposesFileCorrectly()
{
var src = @"testdata\test_timeZones.txt";
var dst = @"testdata\test_timeZones.out.txt";
GeoFileWriter.WriteTimeZones(dst, GeoFileReader.ReadTimeZones(src));
FileUtil.EnsureFilesAreFunctionallyEqual(src, dst, 5, 1, new[] { '\t' }, Encoding.UTF8, false);
}
public void TimeZonesParser_ParsesFileCorrectly()
{
var target = GeoFileReader.ReadTimeZones(@"testdata\test_timeZones.txt").ToArray();
Assert.AreEqual(5, target.Length); //First line in file should've been skipped
//Zero offsets
Assert.AreEqual("MR", target[0].CountryCode);
Assert.AreEqual("Africa/Nouakchott", target[0].TimeZoneId);
Assert.AreEqual(0, target[0].GMTOffset);
Assert.AreEqual(0, target[0].DSTOffset);
Assert.AreEqual(0, target[0].RawOffset);
//Negative offsets
Assert.AreEqual("US", target[1].CountryCode);
Assert.AreEqual("America/Adak", target[1].TimeZoneId);
Assert.AreEqual(-10, target[1].GMTOffset);
Assert.AreEqual(-9, target[1].DSTOffset);
Assert.AreEqual(-10, target[1].RawOffset);
//Float offsets
Assert.AreEqual("AU", target[2].CountryCode);
Assert.AreEqual("Australia/Darwin", target[2].TimeZoneId);
Assert.AreEqual(9.5, target[2].GMTOffset);
Assert.AreEqual(9.5, target[2].DSTOffset);
Assert.AreEqual(9.5, target[2].RawOffset);
Assert.AreEqual("AU", target[3].CountryCode);
Assert.AreEqual("Australia/Eucla", target[3].TimeZoneId);
Assert.AreEqual(8.75, target[3].GMTOffset);
Assert.AreEqual(8.75, target[3].DSTOffset);
Assert.AreEqual(8.75, target[3].RawOffset);
//TimeZoneId should NOT have underscores
Assert.AreEqual("Africa/Dar es Salaam", target[4].TimeZoneId);
}
public void FileReader_TimeZone_StreamOverload()
{
using (var s = File.OpenRead(@"testdata\test_timeZones.txt"))
GeoFileReader.ReadTimeZones(s).Count();
}
private static GeoFile[] GetDumps(GeoFileDownloader downloader)
{
return(new[] {
new GeoFile {
Filename = "admin1CodesASCII.txt", Test = (f) => ExecuteTest(f, (fn) => { return GeoFileReader.ReadAdmin1Codes(fn).Count(); })
},
new GeoFile {
Filename = "admin2Codes.txt", Test = (f) => ExecuteTest(f, (fn) => { return GeoFileReader.ReadAdmin2Codes(fn).Count(); })
},
new GeoFile {
Filename = "allCountries.zip", Test = (f) => ExecuteTest(f, (fn) => { return GeoFileReader.ReadExtendedGeoNames(fn).Count(); })
},
new GeoFile {
Filename = "alternateNames.zip", Test = (f) => ExecuteTest(f, (fn) => { return GeoFileReader.ReadAlternateNames(fn).Count(); })
},
new GeoFile {
Filename = "cities1000.zip", Test = (f) => ExecuteTest(f, (fn) => { return GeoFileReader.ReadExtendedGeoNames(fn).Count(); })
},
new GeoFile {
Filename = "cities15000.zip", Test = (f) => ExecuteTest(f, (fn) => { return GeoFileReader.ReadExtendedGeoNames(fn).Count(); })
},
new GeoFile {
Filename = "cities5000.zip", Test = (f) => ExecuteTest(f, (fn) => { return GeoFileReader.ReadExtendedGeoNames(fn).Count(); })
},
new GeoFile {
Filename = "countryInfo.txt", Test = (f) => ExecuteTest(f, (fn) => { return GeoFileReader.ReadCountryInfo(fn).Count(); })
},
//Featurecodes are downloaded by GetCountryDumps()
new GeoFile {
Filename = "hierarchy.zip", Test = (f) => ExecuteTest(f, (fn) => { return GeoFileReader.ReadHierarchy(fn).Count(); })
},
new GeoFile {
Filename = "iso-languagecodes.txt", Test = (f) => ExecuteTest(f, (fn) => { return GeoFileReader.ReadISOLanguageCodes(fn).Count(); })
},
new GeoFile {
Filename = "no-country.zip", Test = (f) => ExecuteTest(f, (fn) => { return GeoFileReader.ReadExtendedGeoNames(fn).Count(); })
},
new GeoFile {
Filename = "timeZones.txt", Test = (f) => ExecuteTest(f, (fn) => { return GeoFileReader.ReadTimeZones(fn).Count(); })
},
new GeoFile {
Filename = "userTags.zip", Test = (f) => ExecuteTest(f, (fn) => { return GeoFileReader.ReadUserTags(fn).Count(); })
},
}.Union(GetCountryDumps(downloader)).ToArray());
}