public void ReadObject_Numbers(AMFObjectEncoding objectEncoding, byte[] bytes, double expectedValue)
{
SetStreamContents(bytes);
input.BeginObjectStream();
ASNumber result = (ASNumber)input.ReadObject();
Assert.AreEqual(objectEncoding, input.ObjectEncoding);
input.EndObjectStream();
Assert.AreEqual(expectedValue, result.Value);
}
public void convertFromNumberTest_array(double[] data)
{
runConvertArrayTest <double, int>(data, x => ASNumber.AS_toInt(x));
runConvertArrayTest <double, uint>(data, x => ASNumber.AS_toUint(x));
runConvertArrayTest <double, double>(data, x => x, AssertHelper.floatIdentical);
runConvertArrayTest <double, bool>(data, x => ASNumber.AS_toBoolean(x));
runConvertArrayTest <double, string>(data, x => ASNumber.AS_convertString(x));
runConvertArrayTest <double, ASObject>(data, x => x, (expected, actual) => {
Assert.True(ASObject.AS_isNumeric(actual));
AssertHelper.floatIdentical((double)expected, (double)actual);
});
runConvertArrayTest <double, ASAny>(data, x => x, (expected, actual) => {
Assert.True(ASObject.AS_isNumeric(actual.value));
AssertHelper.floatIdentical((double)expected, (double)actual);
});
runConvertArrayTest(data, invalidConversion <double, GenericTypeConvertersTest_CA>);
runConvertArrayTest(data, invalidConversion <double, GenericTypeConvertersTest_IA>);
runConvertArrayTest(data, invalidConversion <double, GenericTypeConvertersTest_NonASType1>);
}
public void toPrecisionMethodTest(double value, int precision, string expected)
{
Assert.Equal(expected, ASNumber.toPrecision(value, precision));
Assert.Equal(expected, ((ASNumber)(ASObject)value).toPrecision(precision));
}
public void valueOfMethodTest(double value)
{
AssertHelper.floatIdentical(value, ASNumber.valueOf(value));
AssertHelper.floatIdentical(value, ((ASNumber)(ASObject)value).valueOf());
}
