public void Decode_Composite_Test()
{
int i = -1;
// Input
byte[] input = new byte[14];
input[++i] = 0x61; // T
input[++i] = 12; // L
input[++i] = 0x02; // T (int)
input[++i] = 1; // L
input[++i] = 0x13; // V
input[++i] = 0x62; // T (constructed: PrimitivePurposeWrapper)
input[++i] = 7; // L
input[++i] = 0x02; // T (int)
input[++i] = 1; // L
input[++i] = 17; // V
input[++i] = 0x02; // T (int)
input[++i] = 2; // L
input[++i] = 0x1; // V
input[++i] = 0x0; // V
// Expected input
Purpose purpose = new Purpose();
PrimitivePurposeWrapper primPurp = new PrimitivePurposeWrapper();
primPurp.A = 17;
primPurp.B = 256;
purpose.Value = primPurp;
purpose.MethodID = 0x13;
ITLVable result = TLVDec.Decode(input);
Purpose convResult = result as Purpose;
PrimitivePurposeWrapper embedded = convResult.Value as PrimitivePurposeWrapper;
Assert.AreEqual(17, embedded.A);
Assert.AreEqual(256, embedded.B);
Assert.AreEqual(0x13, convResult.MethodID);
}
public void MinimalCompositeTest()
{
int i = -1;
// Create input
Purpose purpose = new Purpose();
PrimitivePurposeWrapper primPurp = new PrimitivePurposeWrapper();
primPurp.A = 17;
primPurp.B = 256;
purpose.Value = primPurp;
purpose.MethodID = 13;
// Exptected result
byte[] exp = new byte[14];
exp[++i] = 0x61; // T
exp[++i] = 12; // L
exp[++i] = 0x02; // T (int)
exp[++i] = 1; // L
exp[++i] = 13; // V
exp[++i] = 0x62; // T (constructed: PrimitivePurposeWrapper)
exp[++i] = 7; // L
exp[++i] = 0x02; // T (int)
exp[++i] = 1; // L
exp[++i] = 17; // V
exp[++i] = 0x02; // T (int)
exp[++i] = 2; // L
exp[++i] = 0x1; // V
exp[++i] = 0x0; // V
byte[] result = TlvConv.Encode(purpose);
Assert.IsNotNull(result);
Assert.AreEqual(14, result.Length);
for (i = 0; i < 14; i++)
{
Assert.AreEqual(exp[i], result[i]);
}
}