public void DefaultConstructor()
{
DMMComponents dmm = new DMMComponents();
Assert.AreEqual(dmm.get_sign(), 0);
Assert.AreEqual(dmm.get_wholeDegrees(), 0);
Assert.IsTrue(Math.Abs(dmm.get_decimalMinutes()) < 0.000001, "Decimal minutes default init");
}
public void ConstructorWithNegaitiveParameter()
{
double degrees = -_rnd.NextDouble() * 180;
DMMComponents dmm = new DMMComponents(degrees);
DMMComponents dmm2 = new DMMComponents();
dmm2.set_sign(dmm.get_sign());
dmm2.set_wholeDegrees(dmm.get_wholeDegrees());
dmm2.set_decimalMinutes(dmm.get_decimalMinutes());
Assert.IsTrue(Math.Abs(dmm2.ToDDD() - degrees) < 0.000001, "Converting to and from should be consistent");
}
public void ParseFromValidCompactString()
{
Dictionary <String, DMMComponents> testCases = new Dictionary <String, DMMComponents>();
testCases.Add("6113.083336,N", new DMMComponents(61.21805560));
testCases.Add("3134.310112,E", new DMMComponents(31.5718352));
testCases.Add("5708.849490,n", new DMMComponents(57.1474915));
testCases.Add("5224.918180,e", new DMMComponents(52.41530300));
testCases.Add("14954.016668,W", new DMMComponents(-149.90027780));
testCases.Add("8515.029358,S", new DMMComponents(-85.2504893));
testCases.Add("205.723820,w", new DMMComponents(-2.095397));
testCases.Add("404.975200,s", new DMMComponents(-4.08292000));
foreach (KeyValuePair <String, DMMComponents> kv in testCases)
{
DMMComponents dmm = DMMComponents.Parse(kv.Key, GeoAngleFormatOptions.Compact);
Assert.AreEqual(dmm.get_sign(), kv.Value.get_sign());
Assert.AreEqual(dmm.get_wholeDegrees(), kv.Value.get_wholeDegrees());
Assert.IsTrue(Math.Abs(dmm.get_decimalMinutes() - kv.Value.get_decimalMinutes()) < 0.000001, "Decimal minutes equality");
}
}
public void ParseFromValidFormattedString()
{
Dictionary <String, DMMComponents> testCases = new Dictionary <String, DMMComponents>();
testCases.Add("61° 13.083336'", new DMMComponents(61.21805560));
testCases.Add("31° 34.310112'", new DMMComponents(31.5718352));
testCases.Add("57° 8.849490'", new DMMComponents(57.1474915));
testCases.Add("52° 24.918180'", new DMMComponents(52.41530300));
testCases.Add("-149° 54.016668'", new DMMComponents(-149.90027780));
testCases.Add("-85° 15.029358'", new DMMComponents(-85.2504893));
testCases.Add("-2° 5.723820'", new DMMComponents(-2.095397));
testCases.Add("-4° 4.975200'", new DMMComponents(-4.08292000));
foreach (KeyValuePair <String, DMMComponents> kv in testCases)
{
DMMComponents dmm = DMMComponents.Parse(kv.Key, GeoAngleFormatOptions.ShowUnits);
Assert.AreEqual(dmm.get_sign(), kv.Value.get_sign());
Assert.AreEqual(dmm.get_wholeDegrees(), kv.Value.get_wholeDegrees());
Assert.IsTrue(Math.Abs(dmm.get_decimalMinutes() - kv.Value.get_decimalMinutes()) < 0.000001, "Decimal minutes equality");
}
}
protected override String ToStringDMM(DMMComponents dmm, GeoAngleFormatOptions options)
{
return(null);
}
public void ParseFromInvalidFormattedString()
{
DMMComponents.Parse("61° 61° 13;083336'", GeoAngleFormatOptions.ShowUnits);
}
public void ParseFromInvalidCompactString()
{
DMMComponents.Parse("61x13.083336;N", GeoAngleFormatOptions.Compact);
}
