public void testEncodeToSpec()
{
byte[] buff = new byte[1024];
int i;
MsgIn.Body.List2 list = new MsgIn.Body.List2();
msgIn1.getBody().setList2(list);
MsgIn.Body.List2.Sublist1 L1 = new MsgIn.Body.List2.Sublist1();
MsgIn.Body.List2.Sublist1 L2 = new MsgIn.Body.List2.Sublist1();
MsgIn.Body.List2.Sublist1.Record1 R1 = new MsgIn.Body.List2.Sublist1.Record1();
Console.Out.WriteLine("\n[executing test (testEncodeToSpec)(TP_3.3.5.2)]: ");
msgIn1.getHeader().getHeaderRec().setMessageID(256);
// First sublist should be three elements long
for (i = 0; i < 3; i++)
{
R1 = new MsgIn.Body.List2.Sublist1.Record1();
R1.setField1((byte)(i + 4));
L1.addElement(R1);
}
// Second sublist should be 7 elements long
for (i = 0; i < 7; i++)
{
R1 = new MsgIn.Body.List2.Sublist1.Record1();
R1.setField1((byte)(i + 8));
L2.addElement(R1);
}
// Add both sublists to the main list
msgIn1.getBody().getList2().addElement(L1);
msgIn1.getBody().getList2().addElement(L2);
// verifying message level encode is AS-5684 compliant"
msgIn1.encode(buff, 0);
Assert.AreEqual(15, msgIn1.getSize());
for (i = 0; i < msgIn1.getSize(); i++)
{
Assert.AreEqual(i, buff[i]);
}
}
public void testSetGetOperations()
{
Console.Out.WriteLine("\nexecuting test (testSetGetOperations)(TP_3.3.5.1)]: ");
// verifying setMessageID/getMessageID reciprocity"
msgIn1.getHeader().getHeaderRec().setMessageID(5);
Assert.AreEqual(5, msgIn1.getHeader().getHeaderRec().getMessageID());
msgIn1.getHeader().getHeaderRec().setMessageID(1);
Assert.AreEqual(1, msgIn1.getHeader().getHeaderRec().getMessageID());
// verifying setField/getField reciprocity"
MsgIn.Body.List2.Sublist1 L1 = new MsgIn.Body.List2.Sublist1();
MsgIn.Body.List2.Sublist1 L2 = new MsgIn.Body.List2.Sublist1();
MsgIn.Body.List2.Sublist1.Record1 R1 = new MsgIn.Body.List2.Sublist1.Record1();
MsgIn.Body.List2.Sublist1.Record1 R2 = new MsgIn.Body.List2.Sublist1.Record1();
MsgIn.Body.List2.Sublist1.Record1 R3 = new MsgIn.Body.List2.Sublist1.Record1();
MsgIn.Body.List2.Sublist1.Record1 R4 = new MsgIn.Body.List2.Sublist1.Record1();
R1.setField1((byte)5);
R2.setField1((byte)6);
R3.setField1((byte)7);
R4.setField1((byte)8);
L1.addElement(R1);
L1.addElement(R2);
L2.addElement(R3);
L2.addElement(R4);
msgIn1.getBody().getList2().addElement(L1);
msgIn1.getBody().getList2().addElement(L2);
Assert.AreEqual(5, msgIn1.getBody().getList2().getElement(0).getElement(0).getField1());
Assert.AreEqual(6, msgIn1.getBody().getList2().getElement(0).getElement(1).getField1());
Assert.AreEqual(7, msgIn1.getBody().getList2().getElement(1).getElement(0).getField1());
Assert.AreEqual(8, msgIn1.getBody().getList2().getElement(1).getElement(1).getField1());
// Test copy constructor
// verifying copy constructor"
msgIn2 = msgIn1;
Assert.AreEqual(msgIn2, msgIn1);
Assert.AreEqual(msgIn2.getBody().getList2().getNumberOfElements(), msgIn1.getBody().getList2().getNumberOfElements());
Assert.AreEqual(msgIn2.getBody().getList2().getElement(0).getNumberOfElements(), msgIn1.getBody().getList2().getElement(0).getNumberOfElements());
}
public void testListOperations()
{
MsgIn.Body.List2 list = new MsgIn.Body.List2();
MsgIn.Body.List2.Sublist1 L1 = new MsgIn.Body.List2.Sublist1();
MsgIn.Body.List2.Sublist1.Record1 R1 = new MsgIn.Body.List2.Sublist1.Record1();
msgIn1.getBody().setList2(list);
msgIn2.getBody().setList2(list);
int i, j;
Console.Out.WriteLine("\n[executing test (testListOperations)]: ");
// verifying MsgIn getNumberOfElements with Add and Delete operations"
for (i = 0; i < 4; i++)
{
Assert.AreEqual(msgIn2.getBody().getList2().getNumberOfElements(), i);
L1 = new MsgIn.Body.List2.Sublist1();
msgIn2.getBody().getList2().addElement(L1);
for (j = 0; j < 4; j++)
{
Assert.AreEqual(msgIn2.getBody().getList2().getElement(i).getNumberOfElements(), j);
R1 = new MsgIn.Body.List2.Sublist1.Record1();
msgIn2.getBody().getList2().getElement(i).addElement(R1);
}
}
for (i = 4; i > 0; i--)
{
Assert.AreEqual(msgIn2.getBody().getList2().getNumberOfElements(), i);
msgIn2.getBody().getList2().deleteLastElement();
}
for (i = 0; i < 4; i++)
{
L1 = new MsgIn.Body.List2.Sublist1();
msgIn1.getBody().getList2().addElement(L1);
for (j = 0; j < 4; j++)
{
R1 = new MsgIn.Body.List2.Sublist1.Record1();
msgIn1.getBody().getList2().getElement(i).addElement(R1);
msgIn1.getBody().getList2().getElement(i).getElement(j).setField1((byte)((i * 4) + j));
}
}
// Delete a sampling of elemments from the top list and the sublists...
msgIn1.getBody().getList2().deleteElement(0);
msgIn1.getBody().getList2().getElement(0).deleteElement(0);
msgIn1.getBody().getList2().getElement(1).deleteElement(1);
msgIn1.getBody().getList2().getElement(2).deleteElement(2);
// Verify...
Assert.AreEqual(msgIn1.getBody().getList2().getNumberOfElements(), 3);
for (i = 0; i < 3; i++)
{
Assert.AreEqual(msgIn1.getBody().getList2().getElement(i).getNumberOfElements(), 3);
for (j = 0; j < 3; j++)
{
int target_value = (i > j ? ((i + 1) * 4) + j : ((i + 1) * 4) + j + 1);
Assert.AreEqual(msgIn1.getBody().getList2().getElement(i).getElement(j).getField1(), target_value);
}
}
}
public void testEncodeDecodeOperations()
{
byte[] buff = new byte[1024];
int i;
MsgIn.Body.List2 list1 = new MsgIn.Body.List2();
MsgIn.Body.List2 list2 = new MsgIn.Body.List2();
msgIn1.getBody().setList2(list1);
msgIn1.getBody().setList2(list2);
MsgIn.Body.List2.Sublist1 L1 = new MsgIn.Body.List2.Sublist1();
MsgIn.Body.List2.Sublist1 L2 = new MsgIn.Body.List2.Sublist1();
MsgIn.Body.List2.Sublist1.Record1 R1 = new MsgIn.Body.List2.Sublist1.Record1();
MsgIn.Body.List2.Sublist1.Record1 R2 = new MsgIn.Body.List2.Sublist1.Record1();
MsgIn.Body.List2.Sublist1.Record1 R3 = new MsgIn.Body.List2.Sublist1.Record1();
for (i = 0; i < 1024; i++)
{
buff[i] = 0;
}
Console.Out.WriteLine("\n[executing test (testEncodeDecodeOperations)(TP_3.3.5.3)]: ");
// verifying message level encode/decode reciprocity"
msgIn1.getHeader().getHeaderRec().setMessageID(41);
msgIn1.getBody().getList2().addElement(L1);
msgIn1.getBody().getList2().getElement(0).addElement(R1);
msgIn1.getBody().getList2().getElement(0).addElement(R2);
msgIn1.getBody().getList2().getElement(0).getElement(0).setField1((byte)15);
msgIn1.getBody().getList2().getElement(0).getElement(1).setField1((byte)0);
msgIn2.getHeader().getHeaderRec().setMessageID(127);
msgIn2.getBody().getList2().addElement(L2);
msgIn2.getBody().getList2().getElement(0).addElement(R3);
msgIn2.getBody().getList2().getElement(0).getElement(0).setField1((byte)127);
msgIn1.encode(buff, 0);
msgIn2.decode(buff, 0);
Assert.AreEqual(41, msgIn2.getHeader().getHeaderRec().getMessageID());
Assert.AreEqual(1, msgIn2.getBody().getList2().getNumberOfElements());
Assert.AreEqual(2, msgIn2.getBody().getList2().getElement(0).getNumberOfElements());
Assert.AreEqual(15, msgIn2.getBody().getList2().getElement(0).getElement(0).getField1());
Assert.AreEqual(0, msgIn2.getBody().getList2().getElement(0).getElement(1).getField1());
// verifying header level encode/decode reciprocity"
msgIn2.getHeader().getHeaderRec().setMessageID(0);
msgIn1.getHeader().encode(buff, 0);
msgIn2.getHeader().decode(buff, 0);
Assert.AreEqual(41, msgIn2.getHeader().getHeaderRec().getMessageID());
msgIn2.getHeader().getHeaderRec().setMessageID(0);
msgIn1.getHeader().getHeaderRec().encode(buff, 0);
msgIn2.getHeader().getHeaderRec().decode(buff, 0);
Assert.AreEqual(41, msgIn2.getHeader().getHeaderRec().getMessageID());
// verifying body level encode/decode reciprocity"
msgIn2.getBody().getList2().getElement(0).getElement(0).setField1((byte)255);
msgIn2.getBody().getList2().getElement(0).getElement(1).setField1((byte)255);
msgIn2.getBody().getList2().getElement(0).addElement(R1);
msgIn1.getBody().encode(buff, 0);
msgIn2.getBody().decode(buff, 0);
Assert.AreEqual(1, msgIn2.getBody().getList2().getNumberOfElements());
Assert.AreEqual(2, msgIn2.getBody().getList2().getElement(0).getNumberOfElements());
Assert.AreEqual(15, msgIn2.getBody().getList2().getElement(0).getElement(0).getField1());
Assert.AreEqual(0, msgIn2.getBody().getList2().getElement(0).getElement(1).getField1());
// verifying list level encode/decode reciprocity"
msgIn2.getBody().getList2().getElement(0).getElement(0).setField1((byte)255);
msgIn2.getBody().getList2().getElement(0).getElement(1).setField1((byte)255);
msgIn2.getBody().getList2().getElement(0).addElement(R1);
msgIn1.getBody().getList2().encode(buff, 0);
msgIn2.getBody().getList2().decode(buff, 0);
Assert.AreEqual(1, msgIn2.getBody().getList2().getNumberOfElements());
Assert.AreEqual(2, msgIn2.getBody().getList2().getElement(0).getNumberOfElements());
Assert.AreEqual(15, msgIn2.getBody().getList2().getElement(0).getElement(0).getField1());
Assert.AreEqual(0, msgIn2.getBody().getList2().getElement(0).getElement(1).getField1());
// verifying record level encode/decode reciprocity"
msgIn2.getBody().getList2().getElement(0).getElement(0).setField1((byte)255);
msgIn1.getBody().getList2().getElement(0).getElement(0).encode(buff, 0);
msgIn2.getBody().getList2().getElement(0).getElement(0).decode(buff, 0);
Assert.AreEqual(15, msgIn2.getBody().getList2().getElement(0).getElement(0).getField1());
}
public void testEncodeDecodeOperations()
{
byte[] buff = new byte[1024];
int i;
MsgIn.Body.List2 list1 = new MsgIn.Body.List2();
MsgIn.Body.List2 list2 = new MsgIn.Body.List2();
msgIn1.getBody().setList2(list1);
msgIn1.getBody().setList2(list2);
MsgIn.Body.List2.Sublist1 L1 = new MsgIn.Body.List2.Sublist1();
MsgIn.Body.List2.Sublist1 L2 = new MsgIn.Body.List2.Sublist1();
MsgIn.Body.List2.Sublist1.Record1 R1 = new MsgIn.Body.List2.Sublist1.Record1();
MsgIn.Body.List2.Sublist1.Record1 R2 = new MsgIn.Body.List2.Sublist1.Record1();
MsgIn.Body.List2.Sublist1.Record1 R3 = new MsgIn.Body.List2.Sublist1.Record1();
for (i = 0; i < 1024; i++)
{
buff[i] = 0;
}
Console.Out.WriteLine("\n[executing test (testEncodeDecodeOperations)(TP_3.3.5.3)]: ");
// verifying message level encode/decode reciprocity"
msgIn1.getHeader().getHeaderRec().setMessageID(41);
msgIn1.getBody().getList2().addElement(L1);
msgIn1.getBody().getList2().getElement(0).addElement(R1);
msgIn1.getBody().getList2().getElement(0).addElement(R2);
msgIn1.getBody().getList2().getElement(0).getElement(0).setField1((byte)15);
msgIn1.getBody().getList2().getElement(0).getElement(1).setField1((byte)0);
msgIn2.getHeader().getHeaderRec().setMessageID(127);
msgIn2.getBody().getList2().addElement(L2);
msgIn2.getBody().getList2().getElement(0).addElement(R3);
msgIn2.getBody().getList2().getElement(0).getElement(0).setField1((byte)127);
msgIn1.encode(buff, 0);
msgIn2.decode(buff, 0);
Assert.AreEqual(41, msgIn2.getHeader().getHeaderRec().getMessageID());
Assert.AreEqual(1, msgIn2.getBody().getList2().getNumberOfElements());
Assert.AreEqual(2, msgIn2.getBody().getList2().getElement(0).getNumberOfElements());
Assert.AreEqual(15, msgIn2.getBody().getList2().getElement(0).getElement(0).getField1());
Assert.AreEqual(0, msgIn2.getBody().getList2().getElement(0).getElement(1).getField1());
// verifying header level encode/decode reciprocity"
msgIn2.getHeader().getHeaderRec().setMessageID(0);
msgIn1.getHeader().encode(buff, 0);
msgIn2.getHeader().decode(buff, 0);
Assert.AreEqual(41, msgIn2.getHeader().getHeaderRec().getMessageID());
msgIn2.getHeader().getHeaderRec().setMessageID(0);
msgIn1.getHeader().getHeaderRec().encode(buff, 0);
msgIn2.getHeader().getHeaderRec().decode(buff, 0);
Assert.AreEqual(41, msgIn2.getHeader().getHeaderRec().getMessageID());
// verifying body level encode/decode reciprocity"
msgIn2.getBody().getList2().getElement(0).getElement(0).setField1((byte)255);
msgIn2.getBody().getList2().getElement(0).getElement(1).setField1((byte)255);
msgIn2.getBody().getList2().getElement(0).addElement(R1);
msgIn1.getBody().encode(buff, 0);
msgIn2.getBody().decode(buff, 0);
Assert.AreEqual(1, msgIn2.getBody().getList2().getNumberOfElements());
Assert.AreEqual(2, msgIn2.getBody().getList2().getElement(0).getNumberOfElements());
Assert.AreEqual(15, msgIn2.getBody().getList2().getElement(0).getElement(0).getField1());
Assert.AreEqual(0, msgIn2.getBody().getList2().getElement(0).getElement(1).getField1());
// verifying list level encode/decode reciprocity"
msgIn2.getBody().getList2().getElement(0).getElement(0).setField1((byte)255);
msgIn2.getBody().getList2().getElement(0).getElement(1).setField1((byte)255);
msgIn2.getBody().getList2().getElement(0).addElement(R1);
msgIn1.getBody().getList2().encode(buff, 0);
msgIn2.getBody().getList2().decode(buff, 0);
Assert.AreEqual(1, msgIn2.getBody().getList2().getNumberOfElements());
Assert.AreEqual(2, msgIn2.getBody().getList2().getElement(0).getNumberOfElements());
Assert.AreEqual(15, msgIn2.getBody().getList2().getElement(0).getElement(0).getField1());
Assert.AreEqual(0, msgIn2.getBody().getList2().getElement(0).getElement(1).getField1());
// verifying record level encode/decode reciprocity"
msgIn2.getBody().getList2().getElement(0).getElement(0).setField1((byte)255);
msgIn1.getBody().getList2().getElement(0).getElement(0).encode(buff, 0);
msgIn2.getBody().getList2().getElement(0).getElement(0).decode(buff, 0);
Assert.AreEqual(15, msgIn2.getBody().getList2().getElement(0).getElement(0).getField1());
}
public void testSetGetOperations()
{
Console.Out.WriteLine("\nexecuting test (testSetGetOperations)(TP_3.3.5.1)]: ");
// verifying setMessageID/getMessageID reciprocity"
msgIn1.getHeader().getHeaderRec().setMessageID(5);
Assert.AreEqual(5, msgIn1.getHeader().getHeaderRec().getMessageID());
msgIn1.getHeader().getHeaderRec().setMessageID(1);
Assert.AreEqual(1, msgIn1.getHeader().getHeaderRec().getMessageID());
// verifying setField/getField reciprocity"
MsgIn.Body.List2.Sublist1 L1 = new MsgIn.Body.List2.Sublist1();
MsgIn.Body.List2.Sublist1 L2 = new MsgIn.Body.List2.Sublist1();
MsgIn.Body.List2.Sublist1.Record1 R1 = new MsgIn.Body.List2.Sublist1.Record1();
MsgIn.Body.List2.Sublist1.Record1 R2 = new MsgIn.Body.List2.Sublist1.Record1();
MsgIn.Body.List2.Sublist1.Record1 R3 = new MsgIn.Body.List2.Sublist1.Record1();
MsgIn.Body.List2.Sublist1.Record1 R4 = new MsgIn.Body.List2.Sublist1.Record1();
R1.setField1((byte)5);
R2.setField1((byte)6);
R3.setField1((byte)7);
R4.setField1((byte)8);
L1.addElement(R1);
L1.addElement(R2);
L2.addElement(R3);
L2.addElement(R4);
msgIn1.getBody().getList2().addElement(L1);
msgIn1.getBody().getList2().addElement(L2);
Assert.AreEqual(5, msgIn1.getBody().getList2().getElement(0).getElement(0).getField1());
Assert.AreEqual(6, msgIn1.getBody().getList2().getElement(0).getElement(1).getField1());
Assert.AreEqual(7, msgIn1.getBody().getList2().getElement(1).getElement(0).getField1());
Assert.AreEqual(8, msgIn1.getBody().getList2().getElement(1).getElement(1).getField1());
// Test copy constructor
// verifying copy constructor"
msgIn2 = msgIn1;
Assert.AreEqual(msgIn2, msgIn1);
Assert.AreEqual(msgIn2.getBody().getList2().getNumberOfElements(), msgIn1.getBody().getList2().getNumberOfElements());
Assert.AreEqual(msgIn2.getBody().getList2().getElement(0).getNumberOfElements(), msgIn1.getBody().getList2().getElement(0).getNumberOfElements());
}
public void testListOperations()
{
MsgIn.Body.List2 list = new MsgIn.Body.List2();
MsgIn.Body.List2.Sublist1 L1 = new MsgIn.Body.List2.Sublist1();
MsgIn.Body.List2.Sublist1.Record1 R1 = new MsgIn.Body.List2.Sublist1.Record1();
msgIn1.getBody().setList2(list);
msgIn2.getBody().setList2(list);
int i, j;
Console.Out.WriteLine("\n[executing test (testListOperations)]: ");
// verifying MsgIn getNumberOfElements with Add and Delete operations"
for (i = 0; i < 4; i++)
{
Assert.AreEqual(msgIn2.getBody().getList2().getNumberOfElements(), i);
L1 = new MsgIn.Body.List2.Sublist1();
msgIn2.getBody().getList2().addElement(L1);
for (j = 0; j < 4; j++)
{
Assert.AreEqual(msgIn2.getBody().getList2().getElement(i).getNumberOfElements(), j);
R1 = new MsgIn.Body.List2.Sublist1.Record1();
msgIn2.getBody().getList2().getElement(i).addElement(R1);
}
}
for (i = 4; i > 0; i--)
{
Assert.AreEqual(msgIn2.getBody().getList2().getNumberOfElements(), i);
msgIn2.getBody().getList2().deleteLastElement();
}
for (i = 0; i < 4; i++)
{
L1 = new MsgIn.Body.List2.Sublist1();
msgIn1.getBody().getList2().addElement(L1);
for (j = 0; j < 4; j++)
{
R1 = new MsgIn.Body.List2.Sublist1.Record1();
msgIn1.getBody().getList2().getElement(i).addElement(R1);
msgIn1.getBody().getList2().getElement(i).getElement(j).setField1((byte)((i * 4) + j));
}
}
// Delete a sampling of elemments from the top list and the sublists...
msgIn1.getBody().getList2().deleteElement(0);
msgIn1.getBody().getList2().getElement(0).deleteElement(0);
msgIn1.getBody().getList2().getElement(1).deleteElement(1);
msgIn1.getBody().getList2().getElement(2).deleteElement(2);
// Verify...
Assert.AreEqual(msgIn1.getBody().getList2().getNumberOfElements(), 3);
for (i = 0; i < 3; i++)
{
Assert.AreEqual(msgIn1.getBody().getList2().getElement(i).getNumberOfElements(), 3);
for (j = 0; j < 3; j++)
{
int target_value = (i > j ? ((i + 1) * 4) + j : ((i + 1) * 4) + j + 1);
Assert.AreEqual(msgIn1.getBody().getList2().getElement(i).getElement(j).getField1(), target_value);
}
}
}
public void testEncodeToSpec()
{
byte[] buff = new byte[1024];
int i;
MsgIn.Body.List2 list = new MsgIn.Body.List2();
msgIn1.getBody().setList2(list);
MsgIn.Body.List2.Sublist1 L1 = new MsgIn.Body.List2.Sublist1();
MsgIn.Body.List2.Sublist1 L2 = new MsgIn.Body.List2.Sublist1();
MsgIn.Body.List2.Sublist1.Record1 R1 = new MsgIn.Body.List2.Sublist1.Record1();
Console.Out.WriteLine("\n[executing test (testEncodeToSpec)(TP_3.3.5.2)]: ");
msgIn1.getHeader().getHeaderRec().setMessageID(256);
// First sublist should be three elements long
for (i = 0; i < 3; i++)
{
R1 = new MsgIn.Body.List2.Sublist1.Record1();
R1.setField1((byte)(i + 4));
L1.addElement(R1);
}
// Second sublist should be 7 elements long
for (i = 0; i < 7; i++)
{
R1 = new MsgIn.Body.List2.Sublist1.Record1();
R1.setField1((byte)(i + 8));
L2.addElement(R1);
}
// Add both sublists to the main list
msgIn1.getBody().getList2().addElement(L1);
msgIn1.getBody().getList2().addElement(L2);
// verifying message level encode is AS-5684 compliant"
msgIn1.encode(buff, 0);
Assert.AreEqual(15, msgIn1.getSize());
for (i = 0; i < msgIn1.getSize(); i++)
{
Assert.AreEqual(i, buff[i]);
}
}
