public static BsonType Create(BsonDataType type)
{
BsonType ret = null;
if(type == BsonDataType.Number){
ret = new BsonNumber();
}else if(type == BsonDataType.Number){
throw new NotImplementedException();
}else if(type == BsonDataType.String){
ret = new BsonString();
}else if(type == BsonDataType.Obj){
ret = new BsonDocument();
}else if(type == BsonDataType.Array){
ret = new BsonArray();
}else if(type == BsonDataType.Integer){
ret = new BsonInteger();
}else if(type == BsonDataType.Long){
ret = new BsonLong();
}else if(type == BsonDataType.Boolean){
ret = new BsonBoolean();
}else if(type == BsonDataType.Oid){
ret = new BsonOid();
}else if(type == BsonDataType.Date){
ret = new BsonDate();
}else if(type == BsonDataType.Regex){
ret = new BsonRegex();
}else{
throw new ArgumentOutOfRangeException("Type: " + type + " not recognized");
}
return ret;
}
public void TestToNative()
{
DateTime now = DateTime.Now.ToUniversalTime();
BsonDate bd = new BsonDate(now);
DateTime bnow = (DateTime)bd.ToNative();
Assert.AreEqual(now.Date,bnow.Date, "Native conversion of date failed.");
//.Net uses fractional milliseconds so there is a precision loss.
//Just test the hour, minute, second, and milliseconds
Assert.AreEqual(now.Hour, bnow.Hour, "Time differed");
Assert.AreEqual(now.Minute, bnow.Minute, "Time differed");
Assert.AreEqual(now.Second, bnow.Second, "Time differed");
Assert.AreEqual(now.Millisecond, bnow.Millisecond, "Time differed");
}
public static BsonType Create(BsonDataType type)
{
BsonType ret = null;
if(type == BsonDataType.Number){
ret = new BsonNumber();
}else if(type == BsonDataType.Number){
throw new NotImplementedException();
}else if(type == BsonDataType.String){
ret = new BsonString();
}else if(type == BsonDataType.Obj){
ret = new BsonDocument();
}else if(type == BsonDataType.Array){
ret = new BsonArray();
}else if(type == BsonDataType.Integer){
ret = new BsonInteger();
}else if(type == BsonDataType.Long){
ret = new BsonLong();
}else if(type == BsonDataType.Boolean){
ret = new BsonBoolean();
}else if(type == BsonDataType.Oid){
ret = new BsonOid();
}else if(type == BsonDataType.Date){
ret = new BsonDate();
}else if(type == BsonDataType.Regex){
ret = new BsonRegex();
}else if(type == BsonDataType.Undefined){
ret = new BsonUndefined();
}else if(type == BsonDataType.Null){
ret = new BsonNull();
}else if(type == BsonDataType.Code){
ret = new BsonCode();
}else if(type == BsonDataType.CodeWScope){
ret = new BsonCodeWScope();
}else{
string typename = Enum.GetName(typeof(BsonDataType), type);
throw new ArgumentOutOfRangeException("type",typename + "is not recognized");
}
return ret;
}
public void TestPosixEpochConvertsTo1_1_1970()
{
long epoch = 0;
BsonDate bepoch = new BsonDate(epoch);
Assert.AreEqual(0, bepoch.Val);
}
public void TestNet1_1_1970IsZero()
{
DateTime nepoch = new DateTime(1970,1,1,0,0,0,DateTimeKind.Utc);
BsonDate bd = new BsonDate(nepoch);
Assert.AreEqual(0, bd.Val);
}
public void TestConversionOfNow()
{
BsonDate bd1 = new BsonDate(DateTime.Now);
BsonDate bd2 = new BsonDate(bd1.Val);
Assert.AreEqual(bd1.Val, bd2.Val, "Dates weren't the same value.");
}
