public void testEncodeToSpec()
{
byte[] buff = new byte[1024];
int i;
m_MsgIn1.getHeader().getHeaderRec().setMessageID(513);
m_MsgIn1.getBody3().getRecord3().setField1(4);
m_MsgIn1.getBody3().getRecord3().setField2(134678021); //1.07112e-31
m_MsgIn1.getBody3().getRecord3().setField3(.00000000000000000000000000000010711190335780293799599209044936f);
m_MsgIn1.getBody3().getRecord3().setField4(13);
// verifying message level encode is AS-5684 compliant"
m_MsgIn1.encode(buff, 0);
for (i = 0; i < m_MsgIn1.getSize(); i++)
{
Assert.AreEqual(i + 1, buff[i]);
}
m_MsgIn3.getHeader().getHeaderRec().setMessageID(513);
m_MsgIn3.getBody3().getRecord3().setField1(1);
m_MsgIn3.getBody3().getRecord3().setField3(.000000000000000000000000000000000000094774254455822359527052518093217f);
// verifying message level encode is AS-5684 compliant regarding optional fields"
m_MsgIn3.encode(buff, 0);
for (i = 0; i < m_MsgIn3.getSize(); i++)
{
Assert.AreEqual(((i + 1) % 3), buff[i]);
}
}
public void testEncodeToSpec()
{
byte[] buff = new byte[1024];
int i;
Console.WriteLine("[executing test (testEncodeToSpec)(TP_3.3.5.2)]");
m_MsgIn1.getHeader().getHeaderRec().setMessageID(256);
m_MsgIn1.getBody().getRecord().getBitField1().setMilliseconds(770);
m_MsgIn1.getBody().getRecord().getBitField1().setSeconds(0);
m_MsgIn1.getBody().getRecord().getBitField1().setMinutes(4);
m_MsgIn1.getBody().getRecord().getBitField1().setHour(20);
m_MsgIn1.getBody().getRecord().getBitField1().setDay(1);
// verifying message level encode is AS-5684 compliant"
m_MsgIn1.encode(buff, 0);
for (i = 0; i < m_MsgIn1.getSize() - 1; i++)
{
Assert.AreEqual(i, buff[i]);
}
Assert.AreEqual(13, buff[m_MsgIn1.getSize() - 1]);
}
public void testEncodeToSpec()
{
byte[] buff = new byte[1024];
int i;
Console.WriteLine("[executing test (testEncodeToSpec)(TP_3.3.5.2)]");
m_MsgIn1.getHeader().getHeaderRec().setMessageID(256);
m_MsgIn1.getBody().getRecord10().getVariableField1().setDegreeAsIntegerAt0(258);
// verifying message level encode is AS-5684 compliant"
m_MsgIn1.encode(buff, 0);
Assert.AreEqual(0, buff[0]);
Assert.AreEqual(1, buff[1]);
Assert.AreEqual(0, buff[2]);
Assert.AreEqual(2, buff[3]);
Assert.AreEqual(1, buff[4]);
Assert.AreEqual(0, buff[5]);
Assert.AreEqual(0, buff[6]);
Assert.AreEqual(7, m_MsgIn1.getSize());
m_MsgIn1.getBody().getRecord10().getVariableField1().setKelvinAsUnsignedShortIntegerAt1(770);
m_MsgIn1.encode(buff, 0);
Assert.AreEqual(0, buff[0]);
Assert.AreEqual(1, buff[1]);
Assert.AreEqual(1, buff[2]);
Assert.AreEqual(2, buff[3]);
Assert.AreEqual(3, buff[4]);
Assert.AreEqual(5, m_MsgIn1.getSize());
}
public void testEncodeToSpec()
{
byte[] buff = new byte[1024];
int i, j;
Console.Out.WriteLine("\n[executing test (testEncodeToSpec)(TP_3.3.5.2)]: ");
populate();
msgIn1.getHeader().getHeaderRec().setMessageID(256);
msgIn1.encode(buff, 0);
Assert.AreEqual(buff[0], 0); Assert.AreEqual(buff[1], 1); // msg_id
Assert.AreEqual(buff[2], 3); // str length
for (i = 3, j = 0; i < 7; i++, j++)
{
Assert.AreEqual(buff[i], j); // record type
}
for (i = 7, j = 1; i < 11; i++, j++)
{
Assert.AreEqual(buff[i], j); // list type
}
for (i = 11, j = 2; i < 15; i++, j++)
{
Assert.AreEqual(buff[i], j); // sequence type
}
}
public void testEncodeToSpec()
{
byte[] buff = new byte[1024];
int i;
for (i = 0; i < 770; i++)
{
buff[i] = (byte)((i + 6) % 256);
}
m_MsgIn1.getHeader().getHeaderRec().setMessageID(256);
m_MsgIn1.getBody4().getRecord4().getVariableLengthField1().set(770, buff);
// verifying message level encode is AS-5684 compliant"
m_MsgIn1.encode(buff, 0);
for (i = 0; i < m_MsgIn1.getSize(); i++)
{
if ((i == 4) || (i == 5))
{
Assert.AreEqual(0, buff[i]);
}
else
{
Assert.AreEqual((i % 256), buff[i]);
}
}
}
public void testEncodeToSpec()
{
byte[] buff = new byte[40000];
int i, j, k;
sbyte val = 0;
Console.WriteLine("[executing test (testEncodeToSpec)(TP_3.3.5.2)]");
m_MsgIn1.getHeader().getHeaderRec().setMessageID(256);
val = 2;
for (k = 0; k < m_MsgIn1.getBody().getRecord().getArray4().getHeightSize(); k++)
{
for (j = 0; j < m_MsgIn1.getBody().getRecord().getArray4().getColSize(); j++)
{
for (i = 0; i < m_MsgIn1.getBody().getRecord().getArray4().getRowSize(); i++)
{
m_MsgIn1.getBody().getRecord().getArray4().setField1(i, j, k, val);
val++;
}
}
}
// verifying message level encode is AS-5684 compliant"
m_MsgIn1.encode(buff, 0);
for (i = 0, val = 0; i < m_MsgIn1.getSize(); i++, val++)
{
Assert.AreEqual(val, (sbyte)buff[i]);
}
}
public void testEncodeToSpec()
{
byte[] buff = new byte[1024];
int i;
MsgIn.Body.List3.Sequence1 S1 = new MsgIn.Body.List3.Sequence1();
MsgIn.Body.List3.Sequence1 S2 = new MsgIn.Body.List3.Sequence1();
Console.WriteLine("[executing test (testEncodeToSpec)(TP_3.3.5.2)]");
m_MsgIn1.getHeader().getHeaderRec().setMessageID(256);
S1.getRecord1().setField1(3);
S1.getRecord1().setField2(117835012);
S2.getRecord1().setField1(8);
S2.getRecord1().setField2(202050057);
m_MsgIn1.getBody().getList3().addElement(S1);
m_MsgIn1.getBody().getList3().addElement(S2);
// verifying message level encode is AS-5684 compliant"
m_MsgIn1.encode(buff, 0);
for (i = 0; i < m_MsgIn1.getSize(); i++)
{
Assert.AreEqual(i, buff[i]);
}
}
public void testEncodeToSpec()
{
byte[] buff = new byte[1024];
int i;
MsgIn.Header.List1.Record1 R1 = new MsgIn.Header.List1.Record1();
MsgIn.Header.List1.Record1 R2 = new MsgIn.Header.List1.Record1();
Console.WriteLine("[executing test (testEncodeToSpec)(TP_3.3.5.2)]");
R1.setField1(3);
R1.setField2(117835012);
R2.setField1(8);
R2.setField2(202050057);
m_MsgIn1.getHeader().getList1().addElement(R1);
m_MsgIn1.getHeader().getList1().addElement(R2);
// verifying message level encode is AS-5684 compliant"
m_MsgIn1.encode(buff, 0);
for (i = 0; i < m_MsgIn1.getSize(); i++)
{
Assert.AreEqual((i + 2), buff[i]);
}
}
public void testEncodeToSpec()
{
byte[] buff = new byte[8192];
byte b_cc = 0;
string S = "";
int i;
for (i = 0; i < 770; i++)
{
b_cc = ((byte)((i + 4) % 256));
if (b_cc != 0)
{
S += ((char)b_cc);
}
else
{
S += ((char)1);
}
}
m_MsgIn1.getHeader().getHeaderRec().setMessageID(256);
m_MsgIn1.getBody().getRecord11().setVariableLengthString1(S);
// verifying message level encode is AS-5684 compliant"
m_MsgIn1.encode(buff, 0);
Assert.AreEqual(774, m_MsgIn1.getSize());
for (i = 0; i < m_MsgIn1.getSize(); i++)
{
b_cc = (byte)(i % 256);
if ((i > 10) && (b_cc == 0))
{
b_cc = (byte)1;
}
Assert.AreEqual(b_cc, buff[i]);
}
}
public void testEncodeToSpec()
{
byte[] buff = new byte[90000];
int i, j, r, v;
Console.WriteLine("[executing test (testEncodeToSpec)(TP_3.3.5.2)]");
m_MsgIn1.getHeader().getHeaderRec().setMessageID(256);
r = 0;
for (j = 0; j < m_MsgIn1.getBody().getRecord16().getArray1().getYSize(); j++)
{
for (i = 0; i < m_MsgIn1.getBody().getRecord16().getArray1().getXSize(); i++)
{
if (r == 1)
{
m_MsgIn1.getBody().getRecord16().getArray1().getVariableField1(i, j).setDegreeAsIntegerAt0((j * 100) + i + 2);
m_MsgIn2.getBody().getRecord16().getArray1().getVariableField1(i, j).setKelvinAsUnsignedShortIntegerAt1((ushort)((j * 100) + i + 2));
r = 0;
}
else
{
m_MsgIn2.getBody().getRecord16().getArray1().getVariableField1(i, j).setDegreeAsIntegerAt0((j * 100) + i + 2);
m_MsgIn1.getBody().getRecord16().getArray1().getVariableField1(i, j).setKelvinAsUnsignedShortIntegerAt1((ushort)((j * 100) + i + 2));
r = 1;
}
}
}
// verifying message level encode is AS-5684 compliant"
m_MsgIn1.encode(buff, 0);
Assert.AreEqual(0, buff[0]);
Assert.AreEqual(1, buff[1]);
i = 2;
r = 0;
v = 2;
while (i < m_MsgIn1.getSize())
{
if (r == 1)
{
Assert.AreEqual(0, buff[i]);
Assert.AreEqual((v % 256), buff[i + 1]);
Assert.AreEqual(((v / 256) % 256), buff[i + 2]);
Assert.AreEqual(0, buff[i + 3]);
Assert.AreEqual(0, buff[i + 4]);
i += 5;
r = 0;
}
else
{
Assert.AreEqual(1, buff[i]);
Assert.AreEqual((v % 256), buff[i + 1]);
Assert.AreEqual(((v / 256) % 256), buff[i + 2]);
i += 3;
r = 1;
}
v++;
}
}
public void testEncodeToSpec()
{
byte[] buff = new byte[1024];
int i;
for (i = 0; i < 1024; ++i)
{
buff[i] = 0;
}
Console.Out.WriteLine(" [executing test (testEncodeToSpec)(TP_3.3.5.2)] ");
msgIn1.getHeader().getHeaderRec().setMessageID(99);
// at X = 0, Y = 0 in array, RGB = (5, 10, 5)
msgIn1.getBody().getRecord().getArray8().getColorField(0, 0).setR(5);
msgIn1.getBody().getRecord().getArray8().getColorField(0, 0).setG(10);
msgIn1.getBody().getRecord().getArray8().getColorField(0, 0).setB(5);
// at 1 = 3, Y = 0 in array, RGB = (13, 27, 2)
msgIn1.getBody().getRecord().getArray8().getColorField(1, 0).setR(13);
msgIn1.getBody().getRecord().getArray8().getColorField(1, 0).setG(27);
msgIn1.getBody().getRecord().getArray8().getColorField(1, 0).setB(2);
// at X = 0, Y = 3 in array, RGB = (31,63,9)
msgIn1.getBody().getRecord().getArray8().getColorField(0, 3).setR(31);
msgIn1.getBody().getRecord().getArray8().getColorField(0, 3).setG(63);
msgIn1.getBody().getRecord().getArray8().getColorField(0, 3).setB(9);
// at X = 1, Y = 3 in array, RGB = (0,35,15)
msgIn1.getBody().getRecord().getArray8().getColorField(1, 3).setR(0);
msgIn1.getBody().getRecord().getArray8().getColorField(1, 3).setG(35);
msgIn1.getBody().getRecord().getArray8().getColorField(1, 3).setB(15);
msgIn1.encode(buff, 0);
// offset 0 : ushort with message ID
Assert.AreEqual(99, BitConverter.ToUInt16(buff, 0));
// offset 2 : start of array data, ushort at x = 0, y = 0
Assert.AreEqual(rgbToUnsignedShortBitfield(5, 10, 5), BitConverter.ToUInt16(buff, 2 + 0));
// offset 4 : 2nd entry in array data, ushort at x = 1, y = 0
Assert.AreEqual(rgbToUnsignedShortBitfield(13, 27, 2), BitConverter.ToUInt16(buff, 2 + 2));
// offset 14 : 7th entry in array data, ushort at x = 0, y = 3
Assert.AreEqual(rgbToUnsignedShortBitfield(31, 63, 9), BitConverter.ToUInt16(buff, 2 + 12));
// offset 16 : 8th entry in array data, ushort at x = 1, y = 3
Assert.AreEqual(rgbToUnsignedShortBitfield(0, 35, 15), BitConverter.ToUInt16(buff, 2 + 14));
// offset 18 : 0, past end of encoded message!
Assert.AreEqual(0, buff[18]);
Console.Out.WriteLine(" [completed test (testEncodeToSpec)] ");
}
public void testEncodeToSpec()
{
byte[] buff = new byte[600];
int i;
for (i = 0; i < 512; i++)
{
buff[i] = (byte)((i + 16) % 256);
}
m_MsgIn1.getHeader().getHeaderRec().setMessageID(256);
m_MsgIn1.getBody7().getRecord7().setField1(2);
m_MsgIn1.getBody7().getRecord7().setField2(100992003); //6.597819835e-33
m_MsgIn1.getBody7().getRecord7().setField3(.0000000000000000000000000000000065978198350831201722347717993434f);
m_MsgIn1.getBody7().getRecord7().setField4(11);
m_MsgIn1.getBody7().getRecord7().getVariableLengthField1().set(288, buff);
m_MsgIn1.getBody7().getRecord7().setStrFld("0123456789");
// verifying message level encode is AS-5684 compliant"
m_MsgIn1.encode(buff, 0);
for (i = 0; i < m_MsgIn1.getSize() - 70; i++)
{ //20 01 00 00
if (i == 12)
{
Assert.AreEqual(32, buff[i]);
}
else if (i == 13)
{
Assert.AreEqual(1, buff[i]);
}
else if (i == 14)
{
Assert.AreEqual(0, buff[i]);
}
else if (i == 15)
{
Assert.AreEqual(0, buff[i]);
}
else
{
Assert.AreEqual((i % 256), buff[i]);
}
}
for (i = m_MsgIn1.getSize() - 70; i < m_MsgIn1.getSize(); i++)
{
Assert.AreEqual(0, buff[(int)i]);
}
}
public void testEncodeToSpec()
{
byte[] buff = new byte[1024];
int i;
Console.WriteLine("[executing test (testEncodeToSpec)(TP_3.3.5.2)]");
m_MsgIn1.getHeader().getSequence1().getRecord1().setField1(2);
m_MsgIn1.getHeader().getSequence1().getRecord1().setField2(100992003);
MsgIn.Header.Sequence1.List1.Record1 R1 = new MsgIn.Header.Sequence1.List1.Record1();
R1.setField1(2312);
m_MsgIn1.getHeader().getSequence1().getList1().addElement(R1);
R1 = new MsgIn.Header.Sequence1.List1.Record1();
R1.setField1(2826);
m_MsgIn1.getHeader().getSequence1().getList1().addElement(R1);
R1 = new MsgIn.Header.Sequence1.List1.Record1();
R1.setField1(3340);
m_MsgIn1.getHeader().getSequence1().getList1().addElement(R1);
R1 = new MsgIn.Header.Sequence1.List1.Record1();
R1.setField1(3854);
m_MsgIn1.getHeader().getSequence1().getList1().addElement(R1);
R1 = new MsgIn.Header.Sequence1.List1.Record1();
R1.setField1(4368);
m_MsgIn1.getHeader().getSequence1().getList1().addElement(R1);
R1 = new MsgIn.Header.Sequence1.List1.Record1();
R1.setField1(4882);
m_MsgIn1.getHeader().getSequence1().getList1().addElement(R1);
R1 = new MsgIn.Header.Sequence1.List1.Record1();
R1.setField1(5396);
m_MsgIn1.getHeader().getSequence1().getList1().addElement(R1);
// verifying message level encode is AS-5684 compliant"
m_MsgIn1.encode(buff, 0);
for (i = 0; i < m_MsgIn1.getSize(); i++)
{
Assert.AreEqual((i + 2), buff[i]);
}
}
public void testEncodeToSpec()
{
byte[] buff = new byte[70000];
uint i = 0;
for (i = 0; i < 65786; i++)
{
buff[i] = (byte)((i + 6) % 256);
}
m_MsgIn1.getHeader().getHeaderRec().setMessageID(256);
m_MsgIn1.getBody5().getRecord5().getVariableLengthField1().set(65786, buff);
m_MsgIn1.getBody5().getRecord5().setField1(0);
m_MsgIn1.getBody5().getRecord5().setField2(67305985); //4.06321607e-34
m_MsgIn1.getBody5().getRecord5().setField3(.0000000000000000000000000000000004063216068939722949825023716001f);
m_MsgIn1.getBody5().getRecord5().setField4(9);
// verifying message level encode is AS-5684 compliant"
m_MsgIn1.encode(buff, 0);
for (i = 0; i < m_MsgIn1.getSize(); i++)
{ //FA 00 01 00
if (i == 2)
{
Assert.AreEqual(250, buff[i]);
}
else if (i == 3)
{
Assert.AreEqual(0, buff[i]);
}
else if (i == 4)
{
Assert.AreEqual(1, buff[i]);
}
else if (i == 5)
{
Assert.AreEqual(0, buff[i]);
}
else
{
Assert.AreEqual((i % 256), buff[i]);
}
}
}
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 testEncodeToSpec()
{
byte[] buff = new byte[1024];
int i;
Console.WriteLine("[executing test (testEncodeToSpec)(TP_3.3.5.2)]");
m_MsgIn1.getHeader().getHeaderRec().setMessageID(256);
// verifying message level encode is AS-5684 compliant"
m_MsgIn1.encode(buff, 0);
for (i = 0; i < m_MsgIn1.getSize(); i++)
{
Assert.AreEqual(i, buff[i]);
}
}
public void testEncodeToSpec()
{
byte[] buff = new byte[1024];
int i;
Console.WriteLine("[executing test (testEncodeToSpec)(TP_3.3.5.2)]");
for (i = 0; i < m_MsgIn1.getBody().getRecord().getArray5().getDimension1Size(); i++)
{
m_MsgIn1.getBody().getRecord().getArray5().setField1(i, (sbyte)i);
}
// verifying message level encode is AS-5684 compliant"
m_MsgIn1.encode(buff, 0);
for (i = 0; i < m_MsgIn1.getSize(); i++)
{
Assert.AreEqual(i, buff[i]);
}
}
public void testEncodeToSpec()
{
byte[] buff = new byte[8192];
byte c = 0;
string S1 = "", S2 = "";
int i = 0;
for (i = 85; i < 168; i++)
{
c = (byte)i;
S1 += (((char)c));
}
m_MsgIn1.getHeader().getHeaderRec().setMessageID(256);
m_MsgIn1.getBody().getRecord12().setField1(2);
for (i = 3; i < 83; i++)
{
S2 += (char)i;
}
m_MsgIn1.getBody().getRecord12().setStrFld(S2);
m_MsgIn1.getBody().getRecord12().setVariableLengthString1(S1);
// verifying message level encode is AS-5684 compliant"
m_MsgIn1.encode(buff, 0);
Assert.AreEqual(168, m_MsgIn1.getSize());
for (i = 0; i < m_MsgIn1.getSize(); i++)
{
c = (byte)(i % 256);
if (i == 84)
{
c = (byte)0;
}
Assert.AreEqual(c, (char)(buff[i] & 0xff));
}
}
public void testEncodeToSpec()
{
byte[] buff = new byte[1024];
int i;
m_MsgIn1.getHeader().getHeaderRec().setMessageID(256);
m_MsgIn1.getBody2().getRecord2().setField1(2);
m_MsgIn1.getBody2().getRecord2().setField2(100992003); //6.59782e-33
m_MsgIn1.getBody2().getRecord2().setField3(0.00000000000000000000000000000000659782f);
m_MsgIn1.getBody2().getRecord2().setField4(11);
// verifying message level encode is AS-5684 compliant"
m_MsgIn1.encode(buff, 0);
for (i = 0; i < m_MsgIn1.getSize(); i++)
{
Assert.AreEqual(i, buff[i]);
}
}
public void testEncodeToSpec()
{
byte[] buff = new byte[90000];
int i, j;
string stringData = "";
Console.WriteLine("[executing test (testEncodeToSpec)(TP_3.3.5.2)]");
m_MsgIn1.getHeader().getHeaderRec().setMessageID(256);
short val = 2;
// set the first 200 strings in the array's encoding.
for (j = 0; j < 2; ++j)
{
for (i = 0; i < 100; ++i)
{
stringData = buildEncodeTestString(val, 80);
m_MsgIn1.getBody().getRecord15().getNames().setName(i, j, stringData);
val++;
}
}
// verifying message level encode is AS-5684 compliant"
m_MsgIn1.encode(buff, 0);
Assert.AreEqual(0, buff[0]);
Assert.AreEqual(1, buff[1]);
val = 2;
i = 2;
// loop through first 200 80-character strings in the array's encoding.
while (i < (200 * 80) + 2)
{
for (j = i; j < i + 80; j++)
{
// treat value in the buffer as an unsigned byte.
Assert.AreEqual(val, (short)(buff[j] & 0xff));
}
val++;
i += 80;
}
}
public void testEncodeToSpec()
{
byte[] buff = new byte[1024];
Console.WriteLine("[executing test (testEncodeToSpec)(TP_3.3.5.2)]");
m_MsgIn1.getHeader().getHeaderRec().setMessageID(256);
// verifying message level encode is AS-5684 compliant"
//case 1 - variant containing MessageIDRec
m_MsgIn1.getBody().getSequence3().getVariant1().getMessageIDRec().setMessageCode(1027);
m_MsgIn1.getBody().getSequence3().getVariant1().setFieldValue(0);
m_MsgIn1.encode(buff, 0);
Assert.AreEqual(5, m_MsgIn1.getSize());
Assert.AreEqual(0, buff[0]); //lsb of MessageID
Assert.AreEqual(1, buff[1]); //msb of MessageID
Assert.AreEqual(0, buff[2]); //vtag_field (run time record type)
Assert.AreEqual(3, buff[3]); //lsb of MessageCode
Assert.AreEqual(4, buff[4]); //msb of MessageCode
//case 2 - variant containing EventTypeRec
m_MsgIn1.getBody().getSequence3().getVariant1().getEventTypeRec().setEventType(1);
m_MsgIn1.getBody().getSequence3().getVariant1().setFieldValue(1);
m_MsgIn1.encode(buff, 0);
Assert.AreEqual(4, m_MsgIn1.getSize());
Assert.AreEqual(0, buff[0]); //lsb of MessageID
Assert.AreEqual(1, buff[1]); //msb of MessageID
Assert.AreEqual(1, buff[2]); //vtag_field (run time record type)
Assert.AreEqual(1, buff[3]); //EventType
//case 3 - variant containing EventIDRec
m_MsgIn1.getBody().getSequence3().getVariant1().getEventIDRec().setEventID(4);
m_MsgIn1.getBody().getSequence3().getVariant1().setFieldValue(2);
m_MsgIn1.encode(buff, 0);
Assert.AreEqual(4, m_MsgIn1.getSize());
Assert.AreEqual(0, buff[0]); //lsb of MessageID
Assert.AreEqual(1, buff[1]); //msb of MessageID
Assert.AreEqual(2, buff[2]); //vtag_field (run time record type)
Assert.AreEqual(4, buff[3]); //EventID
//case 4 - variant containing AllEventsRec
m_MsgIn1.getBody().getSequence3().getVariant1().getAllEventsRec().setAllEvents(0);
m_MsgIn1.getBody().getSequence3().getVariant1().setFieldValue(3);
m_MsgIn1.encode(buff, 0);
Assert.AreEqual(4, m_MsgIn1.getSize());
Assert.AreEqual(0, buff[0]); //lsb of MessageID
Assert.AreEqual(1, buff[1]); //msb of MessageID
Assert.AreEqual(3, buff[2]); //vtag_field (run time record type)
Assert.AreEqual(0, buff[3]); //allEvents
}
public void testEncodeToSpec()
{
byte[] buff = new byte[4096];
uint i = 0;
m_MsgIn1.getHeader().getHeaderRec().setMessageID(256);
m_MsgIn1.getBody6().getRecord6().setStrFld("ABCDEFGHIJKLMNOPQRSTUVWXYZ");
// verifying message level encode is AS-5684 compliant"
m_MsgIn1.encode(buff, 0);
Assert.AreEqual(0, buff[0]);
Assert.AreEqual(1, buff[1]);
for (i = 2; i < 28; i++)
{
Assert.AreEqual(63 + i, buff[i]);
}
for (i = 28; i < m_MsgIn1.getSize(); i++)
{
Assert.AreEqual(0, buff[i]);
}
}
public void testEncodeToSpec()
{
byte[] buff = new byte[1024];
int i;
for (i = 0; i < 770; i++)
buff[i] = (byte)(i % 256);
// m_MsgIn1.getHeader().getHeaderRec().setMessageID(256);
m_MsgIn1.getHeader().getRecord4().getVariableLengthField1().set(770, buff);
// verifying message level encode is AS-5684 compliant"
m_MsgIn1.encode(buff, 0);
Assert.AreEqual(2, buff[0]);
Assert.AreEqual(3, buff[1]);
Assert.AreEqual(0, buff[2]);
Assert.AreEqual(0, buff[3]);
for (i = 0; i < m_MsgIn1.getSize() - 4; i++)
{
Assert.AreEqual((i % 256), buff[i + 4]);
}
}
public void testEncodeToSpec()
{
byte[] buff = new byte[1024];
for (int i = 0; i < 1024; i++)
{
buff[i] = 0;
}
Console.Out.WriteLine(" [executing test (testEncodeToSpec)(TP_3.3.5.2)] ");
msgIn1.getHeader().getHeaderRec().setMessageID(500);
msgIn1.getBody().getVariantTop().setFieldValue(1);
// fill list and encode into buff
for (ushort i = 0; i < 10; ++i)
{
MsgIn.Body.VariantTop.ListB.RecB1 temprec = new MsgIn.Body.VariantTop.ListB.RecB1();
temprec.setFieldB1((short)(20 + i));
msgIn1.getBody().getVariantTop().getListB().addElement(temprec);
}
msgIn1.encode(buff, 0);
// verify encoding matches expectations from spec document.
// offset 0: ushort w/ message ID
Assert.AreEqual(500, BitConverter.ToUInt16(buff, 0));
// offset 2: byte w/ VariantTop's vtag field
Assert.AreEqual(1, buff[2]);
// offset 3: byte w/ ListB's length
Assert.AreEqual(10, buff[3]);
int offset = 4; // list data starts at offset 4, ends at offset 22.
for (ushort i = 0; i < 10; ++i)
{
Assert.AreEqual(20 + i, BitConverter.ToUInt16(buff, offset));
offset += 2;
}
// byte 23 should be 0, past end of message data.
Assert.AreEqual(0, buff[23]);
Console.Out.WriteLine(" [completed test (testEncodeToSpec)] ");
}
public void testEncodeDecodeOperations()
{
byte[] buff = new byte[1024];
for (int i = 0; i < 1024; i++)
{
buff[i] = 0;
}
Console.Out.WriteLine(" [executing test (testEncodeDecodeOperations)(TP_3.3.5.3)] ");
// fill msg1, select ListA as active.
msgIn1.getHeader().getHeaderRec().setMessageID(500);
msgIn1.getBody().getVariantTop().setFieldValue(0);
for (ushort i = 0; i < 5; ++i)
{
MsgIn.Body.VariantTop.ListA.RecA1 temprec = new MsgIn.Body.VariantTop.ListA.RecA1();
temprec.setFieldA1((short)(10 + i));
msgIn1.getBody().getVariantTop().getListA().addElement(temprec);
}
// fill msg2, select ListB as active.
msgIn2.getHeader().getHeaderRec().setMessageID(1000);
msgIn2.getBody().getVariantTop().setFieldValue(1);
for (ushort i = 0; i < 10; ++i)
{
MsgIn.Body.VariantTop.ListB.RecB1 temprec = new MsgIn.Body.VariantTop.ListB.RecB1();
temprec.setFieldB1((short)(20 + i));
msgIn2.getBody().getVariantTop().getListB().addElement(temprec);
}
// encode/decode msg2 into msg1. verify ListB now active in msg1 and verify list contents copied over
msgIn2.encode(buff, 0);
msgIn1.decode(buff, 0);
Assert.AreEqual(1000, msgIn1.getHeader().getHeaderRec().getMessageID());
Assert.AreEqual(1, msgIn1.getBody().getVariantTop().getFieldValue());
for (ushort i = 0; i < 10; ++i)
{
Assert.AreEqual(20 + i, msgIn1.getBody().getVariantTop().getListB().getElement(i).getFieldB1());
}
Console.Out.WriteLine(" [completed test (testEncodeDecodeOperations)] ");
}
public void testEncodeToSpec()
{
byte[] buff = new byte[1024];
int i = 0;
for (i = 0; i < 1024; i++)
{
buff[i] = 0;
}
Console.Out.WriteLine(" [executing test (testEncodeToSpec)(TP_3.3.5.2)] ");
// fill the message in and copy to buffer
resetMessage(msgIn1);
msgIn1.encode(buff, 0);
// verify encoding matches expectations from spec document
// offset 0: ushort w/ message ID
Assert.AreEqual(1000, BitConverter.ToUInt16(buff, 0));
// offset 2: byte w/ VariantTop's vtag field
Assert.AreEqual(1, buff[2]);
// offset 3: ushort, FieldB1
Assert.AreEqual(9000, BitConverter.ToUInt16(buff, 3));
// offset 5: byte w/ ListB count field
Assert.AreEqual(10, buff[5]);
// offsets 6-24: 10 ushort values in list
int offset = 6;
for (i = 0; i < 10; ++i)
{
Assert.AreEqual(20 + i, BitConverter.ToUInt16(buff, offset));
offset += 2;
}
Console.Out.WriteLine(" [completed test (testEncodeToSpec)] ");
}
public void testEncodeDecodeOperations()
{
byte[] buff = new byte[1024];
int i;
for (i = 0; i < 1024; i++)
{
buff[i] = 0;
}
Console.Out.WriteLine(" [executing test (testEncodeDecodeOperations)(TP_3.3.5.3)] ");
// fill msg1, select VariantA, RecA1 as active.
msgIn1.getHeader().getHeaderRec().setMessageID(500);
msgIn1.getBody().getVariantTop().setFieldValue(0);
msgIn1.getBody().getVariantTop().getVariantA().setFieldValue(0);
msgIn1.getBody().getVariantTop().getVariantA().getRecA1().setFieldA1(19);
msgIn1.getBody().getVariantTop().getVariantB().getRecB2().setFieldB2(0);
// fill msg2, select VariantB, RecB2 as active.
msgIn2.getHeader().getHeaderRec().setMessageID(1000);
msgIn2.getBody().getVariantTop().setFieldValue(1);
msgIn2.getBody().getVariantTop().getVariantB().setFieldValue(1);
msgIn2.getBody().getVariantTop().getVariantB().getRecB2().setFieldB2(29);
// encode/decode msg2 into msg1. msg1 should now show active VariantB, RecB2; verify field contents are
// correct.
msgIn2.encode(buff, 0);
msgIn1.decode(buff, 0);
Assert.AreEqual(1000, msgIn1.getHeader().getHeaderRec().getMessageID());
Assert.AreEqual(1, msgIn1.getBody().getVariantTop().getFieldValue());
Assert.AreEqual(1, msgIn1.getBody().getVariantTop().getVariantB().getFieldValue());
Assert.AreEqual(29, msgIn1.getBody().getVariantTop().getVariantB().getRecB2().getFieldB2());
// change the msg ID on msg1 and fill new values in msg1.
// fill msg1, select VariantA, RecA1 as active.
msgIn1.getHeader().getHeaderRec().setMessageID(1999);
msgIn1.getBody().getVariantTop().setFieldValue(0);
msgIn1.getBody().getVariantTop().getVariantA().setFieldValue(0);
msgIn1.getBody().getVariantTop().getVariantA().getRecA1().setFieldA1(0);
msgIn1.getBody().getVariantTop().getVariantA().getRecA2().setFieldA2(0);
msgIn1.getBody().getVariantTop().getVariantB().setFieldValue(0);
msgIn1.getBody().getVariantTop().getVariantB().getRecB1().setFieldB1(0);
msgIn1.getBody().getVariantTop().getVariantB().getRecB2().setFieldB2(0);
// encode/decode msg2's VariantTop into msg1. msg1 should now show changed variant, but keep the msg ID.
msgIn2.getBody().getVariantTop().encode(buff, 0);
msgIn1.getBody().getVariantTop().decode(buff, 0);
Assert.AreEqual(1999, msgIn1.getHeader().getHeaderRec().getMessageID());
Assert.AreEqual(1, msgIn1.getBody().getVariantTop().getFieldValue());
Assert.AreEqual(0, msgIn1.getBody().getVariantTop().getVariantA().getFieldValue());
Assert.AreEqual(1, msgIn1.getBody().getVariantTop().getVariantB().getFieldValue());
Assert.AreEqual(29, msgIn1.getBody().getVariantTop().getVariantB().getRecB2().getFieldB2());
// set msg1's VariantTop so VariantA is active, also make RecA2 active inside.
// Also make VariantA active in msg2, but make RecA1 active.
msgIn1.getBody().getVariantTop().setFieldValue(0);
msgIn1.getBody().getVariantTop().getVariantA().setFieldValue(1);
msgIn1.getBody().getVariantTop().getVariantA().getRecA2().setFieldA2(9000);
msgIn1.getBody().getVariantTop().getVariantA().getRecA1().setFieldA1(0);
msgIn2.getBody().getVariantTop().setFieldValue(0);
msgIn2.getBody().getVariantTop().getVariantA().setFieldValue(0);
msgIn2.getBody().getVariantTop().getVariantA().getRecA1().setFieldA1(4500);
// encode/decode msg2's VariantA into msg1. verify msg1 shows contents from msgIn2.
msgIn2.getBody().getVariantTop().getVariantA().encode(buff, 0);
msgIn1.getBody().getVariantTop().getVariantA().decode(buff, 0);
Assert.AreEqual(0, msgIn1.getBody().getVariantTop().getFieldValue());
Assert.AreEqual(0, msgIn1.getBody().getVariantTop().getVariantA().getFieldValue());
Assert.AreEqual(4500, msgIn1.getBody().getVariantTop().getVariantA().getRecA1().getFieldA1());
Console.Out.WriteLine(" [completed test (testEncodeDecodeOperations)] ");
}
public void testEncodeDecodeOperations()
{
Console.Out.WriteLine("");
Console.Out.Write("[executing test (testEncodeDecodeOperations)]");
MsgIn msg1 = new MsgIn();
MsgIn msg2 = new MsgIn();
byte[] data1 = new byte[10];
byte[] data2 = new byte[5];
for (int i = 0; i < 10; ++i) {
data1[i] = (byte)(10+i);
}
for (int i = 0; i < 5; ++i) {
data2[i] = (byte)(20+i);
}
msg1.getHeader().getHeaderRec().setMessageID(999);
MsgIn.Body.Sequence.Record3 rec3_i = msg1.getBody().getSequence().getRecord3();
rec3_i.setField1((sbyte)77);
rec3_i.getVariableLengthField1().set(10, data1);
rec3_i.getArray1().setElement1(1, (sbyte)10);
rec3_i.getArray1().setElement1(3, (sbyte)20);
rec3_i.getArray1().setElement1(5, (sbyte)30);
rec3_i.getArray1().setElement1(7, (sbyte)40);
rec3_i.getArray1().setElement1(9, (sbyte)50);
rec3_i.getBitField1().setSubfield1((byte)1);
rec3_i.setFixedLengthString1("ABCDE");
rec3_i.getVariableField1().setMeterAsUnsignedByteAt1((byte)33);
rec3_i.setVariableLengthString1("hello world");
rec3_i.getVariableFormatField1().set((byte)0, 5, data2);
MsgIn.Body.Sequence.List.Record listrec_i = new MsgIn.Body.Sequence.List.Record();
msg1.getBody().getSequence().getList().addElement( listrec_i );
listrec_i.setField1((sbyte)77);
listrec_i.getVariableLengthField1().set(10, data1);
listrec_i.getArray1().setElement1(1, (sbyte)60);
listrec_i.getArray1().setElement1(3, (sbyte)70);
listrec_i.getArray1().setElement1(5, (sbyte)80);
listrec_i.getArray1().setElement1(7, (sbyte)90);
listrec_i.getArray1().setElement1(9, (sbyte)100);
listrec_i.getBitField1().setSubfield1((byte)1);
listrec_i.setFixedLengthString1("FGHIJK");
listrec_i.getVariableField1().setMeterAsUnsignedByteAt1((byte)44);
listrec_i.setVariableLengthString1("aabbccddeeff");
listrec_i.getVariableFormatField1().set((byte)0, 5, data2);
// Variants
msg1.getBody().getSequence().getVariant().setFieldValue((byte)1); // option 1: Record
MsgIn.Body.Sequence.Variant.Record varrec_i = msg1.getBody().getSequence().getVariant().getRecord();
varrec_i.setField1((sbyte)99);
varrec_i.getVariableLengthField1().set(10, data1);
varrec_i.getArray1().setElement1(1, (sbyte)65);
varrec_i.getArray1().setElement1(3, (sbyte)75);
varrec_i.getArray1().setElement1(5, (sbyte)85);
varrec_i.getArray1().setElement1(7, (sbyte)95);
varrec_i.getArray1().setElement1(9, (sbyte)105);
varrec_i.getBitField1().setSubfield1((byte)1);
varrec_i.setFixedLengthString1("LMNOPQR");
varrec_i.getVariableField1().setMeterAsUnsignedByteAt1((byte)55);
varrec_i.setVariableLengthString1("hello world");
varrec_i.getVariableFormatField1().set((byte)0, 5, data2);
byte[] buff = new byte[1000];
byte[] fieldBuff_i = new byte[100];
byte[] fieldBuff_o = new byte[100];
msg1.encode(buff, 0);
msg2.decode(buff, 0);
MsgIn.Body.Sequence.Record3 rec3_o = msg2.getBody().getSequence().getRecord3();
MsgIn.Body.Sequence.List.Record listrec_o = msg2.getBody().getSequence().getList().getElement(0);
MsgIn.Body.Sequence.Variant.Record varrec_o = msg2.getBody().getSequence().getVariant().getRecord();
// *** ensure Record3 was decoded correctly
// compare non bytefield data
Assert.AreEqual(rec3_i.getField1(), rec3_o.getField1());
for (int i = 0; i < 10; ++i) {
Assert.AreEqual(rec3_i.getArray1().getElement1(i), rec3_o.getArray1().getElement1(i));
}
Assert.AreEqual(rec3_i.getBitField1().getSubfield1(), rec3_o.getBitField1().getSubfield1());
Assert.AreEqual(rec3_i.getFixedLengthString1(), rec3_o.getFixedLengthString1());
Assert.AreEqual(rec3_i.getVariableField1().getMeterAsUnsignedByteAt1(),
rec3_o.getVariableField1().getMeterAsUnsignedByteAt1());
Assert.AreEqual(rec3_i.getVariableLengthString1(), rec3_o.getVariableLengthString1());
// compare bytefield data
fieldBuff_i = rec3_i.getVariableLengthField1().getData();
fieldBuff_o = rec3_o.getVariableLengthField1().getData();
assertBuffersEqual(fieldBuff_i, fieldBuff_o, 10);
fieldBuff_i = rec3_i.getVariableFormatField1().getData();
fieldBuff_o = rec3_o.getVariableFormatField1().getData();
Assert.AreEqual(rec3_i.getVariableFormatField1().getFormat(),
rec3_o.getVariableFormatField1().getFormat());
assertBuffersEqual(fieldBuff_i, fieldBuff_o, 5);
// *** ensure Record under List was decoded correctly
// compare non-bytefield data
Assert.AreEqual(listrec_i.getField1(), listrec_o.getField1());
for (int i = 0; i < 10; ++i) {
Assert.AreEqual(listrec_i.getArray1().getElement1(i), listrec_o.getArray1().getElement1(i));
}
Assert.AreEqual(listrec_i.getBitField1().getSubfield1(), listrec_o.getBitField1().getSubfield1());
Assert.AreEqual(listrec_i.getFixedLengthString1(), listrec_o.getFixedLengthString1());
Assert.AreEqual(listrec_i.getVariableField1().getMeterAsUnsignedByteAt1(),
listrec_o.getVariableField1().getMeterAsUnsignedByteAt1());
Assert.AreEqual(listrec_i.getVariableLengthString1(), listrec_o.getVariableLengthString1());
// compare bytefield data
fieldBuff_i = listrec_i.getVariableLengthField1().getData();
fieldBuff_o = listrec_o.getVariableLengthField1().getData();
assertBuffersEqual(fieldBuff_i, fieldBuff_o, 10);
fieldBuff_i = listrec_i.getVariableFormatField1().getData();
fieldBuff_o = listrec_o.getVariableFormatField1().getData();
Assert.AreEqual(listrec_i.getVariableFormatField1().getFormat(),
listrec_o.getVariableFormatField1().getFormat());
assertBuffersEqual(fieldBuff_i, fieldBuff_o, 5);
// *** ensure Record under Variant was decoded correctly.
// compare non-bytefield data
Assert.AreEqual(varrec_i.getField1(), varrec_o.getField1());
for (int i = 0; i < 10; ++i) {
Assert.AreEqual(varrec_i.getArray1().getElement1(i), varrec_o.getArray1().getElement1(i));
}
Assert.AreEqual(varrec_i.getBitField1().getSubfield1(), varrec_o.getBitField1().getSubfield1());
Assert.AreEqual(varrec_i.getFixedLengthString1(), varrec_o.getFixedLengthString1());
Assert.AreEqual(varrec_i.getVariableField1().getMeterAsUnsignedByteAt1(),
varrec_o.getVariableField1().getMeterAsUnsignedByteAt1());
Assert.AreEqual(varrec_i.getVariableLengthString1(), varrec_o.getVariableLengthString1());
// compare bytefield data
fieldBuff_i = varrec_i.getVariableLengthField1().getData();
fieldBuff_o = varrec_o.getVariableLengthField1().getData();
assertBuffersEqual(fieldBuff_i, fieldBuff_o, 10);
fieldBuff_i = varrec_i.getVariableFormatField1().getData();
fieldBuff_o = varrec_o.getVariableFormatField1().getData();
Assert.AreEqual(varrec_i.getVariableFormatField1().getFormat(),
varrec_o.getVariableFormatField1().getFormat());
assertBuffersEqual(fieldBuff_i, fieldBuff_o, 5);
}
public void testEncodeToSpec()
{
Console.Out.WriteLine("");
Console.Out.Write("[executing test (testEncodeToSpec)]");
// buffer for encoding
byte[] buff = new byte[10000];
// *** first test message: activate only Record1, activate all fields inside of record1.
byte[] data1 = new byte[10];
byte[] data2 = new byte[5];
for (int i = 0; i < 10; ++i)
{
data1[i] = (byte)(10 + i);
}
for (int i = 0; i < 5; ++i)
{
data2[i] = (byte)(20 + i);
}
MsgIn msg1 = new MsgIn();
msg1.getHeader().getHeaderRec().setMessageID(999);
msg1.getBody().getSequence().getRecord1().setField1((sbyte)77);
msg1.getBody().getSequence().getRecord1().getVariableLengthField1().set(10, data1);
msg1.getBody().getSequence().getRecord1().getArray1().setElement1(1, (sbyte)10);
msg1.getBody().getSequence().getRecord1().getArray1().setElement1(3, (sbyte)20);
msg1.getBody().getSequence().getRecord1().getArray1().setElement1(5, (sbyte)30);
msg1.getBody().getSequence().getRecord1().getArray1().setElement1(7, (sbyte)40);
msg1.getBody().getSequence().getRecord1().getArray1().setElement1(9, (sbyte)50);
msg1.getBody().getSequence().getRecord1().getBitField1().setSubfield1((byte)1);
msg1.getBody().getSequence().getRecord1().setFixedLengthString1("ABCDE");
msg1.getBody().getSequence().getRecord1().getVariableField1().setMeterAsUnsignedByteAt1((byte)33);
msg1.getBody().getSequence().getRecord1().setVariableLengthString1("hello world");
msg1.getBody().getSequence().getRecord1().getVariableFormatField1().set((byte)0, 5, data2);
msg1.encode(buff, 0);
// offset 0: ushort w/ message ID
Assert.AreEqual(999, BitConverter.ToUInt16(buff, 0));
// offset 2: ushort w/ Sequence's presence vector - should be 1 indicating only first
// record is present
Assert.AreEqual(1, BitConverter.ToUInt16(buff, 2));
// offset 4: unsigned byte w/ Record1's presence vector, 8 bits all on, 255
Assert.AreEqual(255, buff[4]);
// offset 5: signed byte, Field1 fixed field
Assert.AreEqual(77, buff[5]);
// offset 6: uint, variableLengthField1 count field...
Assert.AreEqual(10, buff[6]);
// offset 10-19: 10-byte variableLengthField1.
assertBufferSliceEqual(buff, data1, 10, 10);
// offset 20: Array1[0]
Assert.AreEqual(0, buff[20]);
// offset 21: Array1[1]
Assert.AreEqual(10, buff[21]);
// offset 22: Array1[2]
Assert.AreEqual(0, buff[22]);
// offset 23: Array1[3]
Assert.AreEqual(20, buff[23]);
// offset 25: Array1[5]
Assert.AreEqual(30, buff[25]);
// offset 27: Array1[7]
Assert.AreEqual(40, buff[27]);
// offset 29: Array1[9]
Assert.AreEqual(50, buff[29]);
// offset 30: BitField1, single unsigned byte
Assert.AreEqual(1, buff[30]);
// offset 31: 15-byte fixed length string. first 5 chars: "ABCDE"
Assert.AreEqual(65, buff[31]);
// offset 32: 15-byte fixed length string. first 5 chars: "ABCDE"
Assert.AreEqual(66, buff[32]);
// offset 33: 15-byte fixed length string. first 5 chars: "ABCDE"
Assert.AreEqual(67, buff[33]);
// offset 34: 15-byte fixed length string. first 5 chars: "ABCDE"
Assert.AreEqual(68, buff[34]);
// offset 35: 15-byte fixed length string. first 5 chars: "ABCDE"
Assert.AreEqual(69, buff[35]);
// offset 36: zeroed part of fixed length string
Assert.AreEqual(0, buff[36]);
// offset 45: last zeroed byte of fixed length string
Assert.AreEqual(0, buff[45]);
// offset 46: type/units enum of VariableField1, single byte
Assert.AreEqual(1, buff[46]);
// offset 47: contents of VariableField1
Assert.AreEqual(33, buff[47]);
// offset 48: 2-byte unsigned short, count field for VariableLengthString1
Assert.AreEqual(11, BitConverter.ToUInt16(buff, 48));
// offset 50-60: 11 characters of VariableLengthString1 "hello world"
Assert.AreEqual(104, buff[50]);
Assert.AreEqual(101, buff[51]);
Assert.AreEqual(108, buff[52]);
Assert.AreEqual(108, buff[53]);
Assert.AreEqual(111, buff[54]);
Assert.AreEqual(32, buff[55]);
Assert.AreEqual(119, buff[56]);
Assert.AreEqual(111, buff[57]);
Assert.AreEqual(114, buff[58]);
Assert.AreEqual(108, buff[59]);
Assert.AreEqual(100, buff[60]);
// offset 61: format field of VariableFormatField1, unsigned byte
Assert.AreEqual(0, buff[61]);
// offset 62: count field of VariableFormatField1, unsigned int
Assert.AreEqual(5, BitConverter.ToUInt16(buff, 62));
// offset 66-70: 5 byte data of VariableFormatField1
assertBufferSliceEqual(buff, data2, 66, 5);
buff = new byte[10000];
// *** 2nd test message, activate Record 2, Record 4, Record 6, Record 8, activate different
// fields within each record.
MsgIn msg2 = new MsgIn();
msg2.getHeader().getHeaderRec().setMessageID(999);
msg2.getBody().getSequence().getRecord2().setField1((sbyte)77);
msg2.getBody().getSequence().getRecord2().getVariableLengthField1().set(10, data1);
msg2.getBody().getSequence().getRecord4().getArray1().setElement1(1, (sbyte)10);
msg2.getBody().getSequence().getRecord4().getArray1().setElement1(3, (sbyte)20);
msg2.getBody().getSequence().getRecord4().getArray1().setElement1(5, (sbyte)30);
msg2.getBody().getSequence().getRecord4().getArray1().setElement1(7, (sbyte)40);
msg2.getBody().getSequence().getRecord4().getArray1().setElement1(9, (sbyte)50);
msg2.getBody().getSequence().getRecord4().getBitField1().setSubfield1((byte)1);
msg2.getBody().getSequence().getRecord6().setFixedLengthString1("ABCDE");
msg2.getBody().getSequence().getRecord6().getVariableField1().setMeterAsUnsignedByteAt1((byte)33);
msg2.getBody().getSequence().getRecord8().setVariableLengthString1("hello world");
msg2.getBody().getSequence().getRecord8().getVariableFormatField1().set((byte)0, 5, data2);
msg2.encode(buff, 0);
// offset 0: ushort w/ msg ID
Assert.AreEqual(999, BitConverter.ToUInt16(buff, 0));
// offset 2: ushort w/ Sequence pv
Assert.AreEqual(170, BitConverter.ToUInt16(buff, 2));
// offset 4: ubyte w/ Record2 pv
Assert.AreEqual(3, buff[4]);
// offset 5: byte w/ Record2.Field1
Assert.AreEqual(77, buff[5]);
// offset 6: uint w/ Record2.VariableLengthField1 count field
Assert.AreEqual(10, buff[6]);
// offset 10-19: ubyte data of Record2.VariableLengthField1
assertBufferSliceEqual(buff, data1, 10, 10);
// offset 20: ubyte w/ Record4 pv
Assert.AreEqual(12, buff[20]);
// offset 21: byte, Record4.Array1[0]
Assert.AreEqual(0, buff[21]);
// offset 22: byte, Record4.Array1[1]
Assert.AreEqual(10, buff[22]);
// offset 23: byte, Record4.Array1[2]
Assert.AreEqual(0, buff[23]);
// offset 29: byte, Record4.Array1[8]
Assert.AreEqual(0, buff[29]);
// offset 30: byte, Record4.Array1[9]
Assert.AreEqual(50, buff[30]);
// offset 31: byte, Record4.BitField1
Assert.AreEqual(1, buff[31]);
// offset 32: ubyte w/ Record6 pv
Assert.AreEqual(48, buff[32]);
// offset 33: 15-byte Record6.FixedLengthString1. first 5 chars: "ABCDE"
Assert.AreEqual(65, buff[33]);
// offset 34: 15-byte fixed length string. first 5 chars: "ABCDE"
Assert.AreEqual(66, buff[34]);
// offset 35: 15-byte fixed length string. first 5 chars: "ABCDE"
Assert.AreEqual(67, buff[35]);
// offset 36: 15-byte fixed length string. first 5 chars: "ABCDE"
Assert.AreEqual(68, buff[36]);
// offset 37: 15-byte fixed length string. first 5 chars: "ABCDE"
Assert.AreEqual(69, buff[37]);
// offset 38: zeroed part of fixed length string
Assert.AreEqual(0, buff[38]);
// offset 47: last zeroed byte of fixed length string
Assert.AreEqual(0, buff[47]);
// offset 48: type/units enum of VariableField1, single byte
Assert.AreEqual(1, buff[48]);
// offset 49: byte contents of VariableField1
Assert.AreEqual(33, buff[49]);
// offset 50: ubyte w/ Record8 pv
Assert.AreEqual(192, buff[50]);
// offset 51: 2-byte unsigned short, count field for Record8.VariableLengthString1
Assert.AreEqual(11, BitConverter.ToUInt16(buff, 51));
// offset 53-63: 11 characters of Record8.VariableLengthString1 "hello world"
Assert.AreEqual(104, buff[53]);
Assert.AreEqual(101, buff[54]);
Assert.AreEqual(108, buff[55]);
Assert.AreEqual(108, buff[56]);
Assert.AreEqual(111, buff[57]);
Assert.AreEqual(32, buff[58]);
Assert.AreEqual(119, buff[59]);
Assert.AreEqual(111, buff[60]);
Assert.AreEqual(114, buff[61]);
Assert.AreEqual(108, buff[62]);
Assert.AreEqual(100, buff[63]);
// offset 64: format field of Record8.VariableFormatField1, unsigned byte
Assert.AreEqual(0, buff[64]);
// offset 65: count field of Record8.VariableFormatField1, unsigned int
Assert.AreEqual(5, BitConverter.ToUInt16(buff, 65));
// offset 69-73: 5 byte data of Record8.VariableFormatField1
assertBufferSliceEqual(buff, data2, 69, 5);
buff = new byte[10000];
// 3rd msg: activate record 3, List, and Variant, and activate the record
// inside List and Variant, activate all fields inside each record.
MsgIn msg3 = new MsgIn();
msg3.getHeader().getHeaderRec().setMessageID(999);
MsgIn.Body.Sequence.Record3 rec3 = msg3.getBody().getSequence().getRecord3();
rec3.setField1((sbyte)77);
rec3.getVariableLengthField1().set(10, data1);
rec3.getArray1().setElement1(1, (sbyte)10);
rec3.getArray1().setElement1(3, (sbyte)20);
rec3.getArray1().setElement1(5, (sbyte)30);
rec3.getArray1().setElement1(7, (sbyte)40);
rec3.getArray1().setElement1(9, (sbyte)50);
rec3.getBitField1().setSubfield1((byte)1);
rec3.setFixedLengthString1("ABCDE");
rec3.getVariableField1().setMeterAsUnsignedByteAt1((byte)33);
rec3.setVariableLengthString1("hello world");
rec3.getVariableFormatField1().set((byte)0, 5, data2);
MsgIn.Body.Sequence.List.Record listrec = new MsgIn.Body.Sequence.List.Record();
msg3.getBody().getSequence().getList().addElement( listrec );
listrec.setField1((sbyte)77);
listrec.getVariableLengthField1().set(10, data1);
listrec.getArray1().setElement1(1, (sbyte)60);
listrec.getArray1().setElement1(3, (sbyte)70);
listrec.getArray1().setElement1(5, (sbyte)80);
listrec.getArray1().setElement1(7, (sbyte)90);
listrec.getArray1().setElement1(9, (sbyte)100);
listrec.getBitField1().setSubfield1((byte)1);
listrec.setFixedLengthString1("FGHIJK");
listrec.getVariableField1().setMeterAsUnsignedByteAt1((byte)44);
listrec.setVariableLengthString1("aabbccddeeff");
listrec.getVariableFormatField1().set((byte)0, 5, data2);
// Variants
msg3.getBody().getSequence().getVariant().setFieldValue((byte)1); // option 1: Record
MsgIn.Body.Sequence.Variant.Record varrec = msg3.getBody().getSequence().getVariant().getRecord();
varrec.setField1((sbyte)99);
varrec.getVariableLengthField1().set(10, data1);
varrec.getArray1().setElement1(1, (sbyte)65);
varrec.getArray1().setElement1(3, (sbyte)75);
varrec.getArray1().setElement1(5, (sbyte)85);
varrec.getArray1().setElement1(7, (sbyte)95);
varrec.getArray1().setElement1(9, (sbyte)105);
varrec.getBitField1().setSubfield1((byte)1);
varrec.setFixedLengthString1("LMNOPQR");
varrec.getVariableField1().setMeterAsUnsignedByteAt1((byte)55);
varrec.setVariableLengthString1("hello world");
varrec.getVariableFormatField1().set((byte)0, 5, data2);
msg3.encode(buff, 0);
// offset 0: ushort w/ message ID
Assert.AreEqual(999, BitConverter.ToUInt16(buff, 0));
// offset 2: ushort w/ Sequence's presence vector - 1284 indicates record 3, list, variant present
Assert.AreEqual(1284, BitConverter.ToUInt16(buff, 2));
// offset 4: unsigned byte w/ Record3's presence vector, 8 bits all on, 255
Assert.AreEqual(255, buff[4]);
// offset 5: signed byte, Record3.Field1 fixed field
Assert.AreEqual(77, buff[5]);
// offset 6: uint, Record3.variableLengthField1 count field...
Assert.AreEqual(10, buff[6]);
// offset 10-19: 10-byte Record3.variableLengthField1.
assertBufferSliceEqual(buff, data1, 10, 10);
// offset 20: Record3.Array1[0]
Assert.AreEqual(0, buff[20]);
// offset 21: Record3.Array1[1]
Assert.AreEqual(10, buff[21]);
// offset 22: Record3.Array1[2]
Assert.AreEqual(0, buff[22]);
// offset 23: Record3.Array1[3]
Assert.AreEqual(20, buff[23]);
// offset 25: Record3.Array1[5]
Assert.AreEqual(30, buff[25]);
// offset 27: Record3.Array1[7]
Assert.AreEqual(40, buff[27]);
// offset 29: Record3.Array1[9]
Assert.AreEqual(50, buff[29]);
// offset 30: Record3.BitField1, single unsigned byte
Assert.AreEqual(1, buff[30]);
// offset 31: 15-byte fixed length string. first 5 chars: "ABCDE"
Assert.AreEqual(65, buff[31]);
// offset 32: 15-byte fixed length string. first 5 chars: "ABCDE"
Assert.AreEqual(66, buff[32]);
// offset 33: 15-byte fixed length string. first 5 chars: "ABCDE"
Assert.AreEqual(67, buff[33]);
// offset 34: 15-byte fixed length string. first 5 chars: "ABCDE"
Assert.AreEqual(68, buff[34]);
// offset 35: 15-byte fixed length string. first 5 chars: "ABCDE"
Assert.AreEqual(69, buff[35]);
// offset 36: zeroed part of fixed length string
Assert.AreEqual(0, buff[36]);
// offset 45: last zeroed byte of fixed length string
Assert.AreEqual(0, buff[45]);
// offset 46: type/units enum of Record3.VariableField1, single byte
Assert.AreEqual(1, buff[46]);
// offset 47: contents of Record3.VariableField1
Assert.AreEqual(33, buff[47]);
// offset 48: 2-byte unsigned short, count field for Record3.VariableLengthString1
Assert.AreEqual(11, BitConverter.ToUInt16(buff, 48));
// offset 50-60: 11 characters of VariableLengthString1 "hello world"
Assert.AreEqual(104, buff[50]);
Assert.AreEqual(101, buff[51]);
Assert.AreEqual(108, buff[52]);
Assert.AreEqual(108, buff[53]);
Assert.AreEqual(111, buff[54]);
Assert.AreEqual(32, buff[55]);
Assert.AreEqual(119, buff[56]);
Assert.AreEqual(111, buff[57]);
Assert.AreEqual(114, buff[58]);
Assert.AreEqual(108, buff[59]);
Assert.AreEqual(100, buff[60]);
// offset 61: format field of VariableFormatField1, unsigned byte
Assert.AreEqual(0, buff[61]);
// offset 62: count field of VariableFormatField1, unsigned int
Assert.AreEqual(5, BitConverter.ToUInt16(buff, 62));
// offset 66-70: 5 byte data of VariableFormatField1
assertBufferSliceEqual(buff, data2, 66, 5);
// *** list and record inside list ***
// offset 71: ubyte count field for list == 1
Assert.AreEqual(1, buff[71]);
// offset 72: ubyte presence vector for List.Record
Assert.AreEqual(255, buff[72]);
// offset 73: signed byte, Record3.Field1 fixed field
Assert.AreEqual(77, buff[73]);
// offset 74: uint, Record3.variableLengthField1 count field...
Assert.AreEqual(10, buff[74]);
// offset 78-87: 10-byte Record3.variableLengthField1.
assertBufferSliceEqual(buff, data1, 78, 10);
// offset 88: Record3.Array1[0]
Assert.AreEqual(0, buff[88]);
// offset 89: Record3.Array1[1]
Assert.AreEqual(60, buff[89]);
// offset 90: Record3.Array1[2]
Assert.AreEqual(0, buff[90]);
// offset 91: Record3.Array1[3]
Assert.AreEqual(70, buff[91]);
// offset 93: Record3.Array1[5]
Assert.AreEqual(80, buff[93]);
// offset 95: Record3.Array1[7]
Assert.AreEqual(90, buff[95]);
// offset 97: Record3.Array1[9]
Assert.AreEqual(100, buff[97]);
// offset 98: Record3.BitField1, single unsigned byte
Assert.AreEqual(1, buff[98]);
// offset 99: 15-byte fixed length string. first 6 chars: "FGHIJK"
Assert.AreEqual(70, buff[99]);
// offset 100: 15-byte fixed length string.
Assert.AreEqual(71, buff[100]);
// offset 101: 15-byte fixed length string.
Assert.AreEqual(72, buff[101]);
// offset 102: 15-byte fixed length string.
Assert.AreEqual(73, buff[102]);
// offset 103: 15-byte fixed length string.
Assert.AreEqual(74, buff[103]);
// offset 104: 15-byte fixed length string.
Assert.AreEqual(75, buff[104]);
// offset 105: zeroed part of fixed length string
Assert.AreEqual(0, buff[105]);
// offset 113: last zeroed byte of fixed length string
Assert.AreEqual(0, buff[113]);
// offset 114: type/units enum of Record3.VariableField1, single byte
Assert.AreEqual(1, buff[114]);
// offset 115: contents of Record3.VariableField1
Assert.AreEqual(44, buff[115]);
// offset 116: 2-byte unsigned short, count field for Record3.VariableLengthString1
Assert.AreEqual(12, BitConverter.ToUInt16(buff, 116));
// offset 118-129: 12 characters of VariableLengthString1 "aabbccddeeff"
Assert.AreEqual(97, buff[118]);
Assert.AreEqual(97, buff[119]);
Assert.AreEqual(98, buff[120]);
Assert.AreEqual(98, buff[121]);
Assert.AreEqual(99, buff[122]);
Assert.AreEqual(99, buff[123]);
Assert.AreEqual(100, buff[124]);
Assert.AreEqual(100, buff[125]);
Assert.AreEqual(101, buff[126]);
Assert.AreEqual(101, buff[127]);
Assert.AreEqual(102, buff[128]);
Assert.AreEqual(102, buff[129]);
// offset 130: format field of VariableFormatField1, unsigned byte
Assert.AreEqual(0, buff[130]);
// offset 131: count field of VariableFormatField1, unsigned int
Assert.AreEqual(5, BitConverter.ToUInt16(buff, 131));
// offset 135-139: 5 byte data of VariableFormatField1
assertBufferSliceEqual(buff, data2, 135, 5);
// *** variant and record inside variant ***
// offset 140: ubyte vtag field for variant
Assert.AreEqual(1, buff[140]);
// offset 141: ubyte presence vector for Variant.Record.
Assert.AreEqual(255, buff[141]);
// offset 142: signed byte, Record3.Field1 fixed field
Assert.AreEqual(99, buff[142]);
// offset 143: uint, Record3.variableLengthField1 count field...
Assert.AreEqual(10, buff[143]);
// offset 147-156: 10-byte Record3.variableLengthField1.
assertBufferSliceEqual(buff, data1, 147, 10);
// offset 157: Record3.Array1[0]
Assert.AreEqual(0, buff[157]);
// offset 158: Record3.Array1[1]
Assert.AreEqual(65, buff[158]);
// offset 159: Record3.Array1[2]
Assert.AreEqual(0, buff[159]);
// offset 160: Record3.Array1[3]
Assert.AreEqual(75, buff[160]);
// offset 162: Record3.Array1[5]
Assert.AreEqual(85, buff[162]);
// offset 164: Record3.Array1[7]
Assert.AreEqual(95, buff[164]);
// offset 166: Record3.Array1[9]
Assert.AreEqual(105, buff[166]);
// offset 167: Record3.BitField1, single unsigned byte
Assert.AreEqual(1, buff[167]);
// offset 168: 15-byte fixed length string. first 7 chars: "LMNOPQR"
Assert.AreEqual(76, buff[168]);
// offset 169: 15-byte fixed length string.
Assert.AreEqual(77, buff[169]);
// offset 170: 15-byte fixed length string.
Assert.AreEqual(78, buff[170]);
// offset 171: 15-byte fixed length string.
Assert.AreEqual(79, buff[171]);
// offset 172: 15-byte fixed length string.
Assert.AreEqual(80, buff[172]);
// offset 173: 15-byte fixed length string.
Assert.AreEqual(81, buff[173]);
// offset 174: 15-byte fixed length string.
Assert.AreEqual(82, buff[174]);
// offset 175: zeroed part of fixed length string
Assert.AreEqual(0, buff[175]);
// offset 182: last zeroed byte of fixed length string
Assert.AreEqual(0, buff[182]);
// offset 183: type/units enum of Record3.VariableField1, single byte
Assert.AreEqual(1, buff[183]);
// offset 184: contents of Record3.VariableField1
Assert.AreEqual(55, buff[184]);
// offset 185: 2-byte unsigned short, count field for Record3.VariableLengthString1
Assert.AreEqual(11, BitConverter.ToUInt16(buff, 185));
// offset 50-60: 11 characters of VariableLengthString1 "hello world"
Assert.AreEqual(104, buff[187]);
Assert.AreEqual(101, buff[188]);
Assert.AreEqual(108, buff[189]);
Assert.AreEqual(108, buff[190]);
Assert.AreEqual(111, buff[191]);
Assert.AreEqual(32, buff[192]);
Assert.AreEqual(119, buff[193]);
Assert.AreEqual(111, buff[194]);
Assert.AreEqual(114, buff[195]);
Assert.AreEqual(108, buff[196]);
Assert.AreEqual(100, buff[197]);
// offset 61: format field of VariableFormatField1, unsigned byte
Assert.AreEqual(0, buff[198]);
// offset 62: count field of VariableFormatField1, unsigned int
Assert.AreEqual(5, BitConverter.ToUInt16(buff, 199));
// offset 66-70: 5 byte data of VariableFormatField1
assertBufferSliceEqual(buff, data2, 203, 5);
buff = new byte[10000];
// 4th msg: activate the subsequence, activate only some fields inside subsequence's record...
MsgIn msg4 = new MsgIn();
msg4.getHeader().getHeaderRec().setMessageID(999);
MsgIn.Body.Sequence.Subsequence.Record sseqRec =
msg4.getBody().getSequence().getSubsequence().getRecord();
sseqRec.setField1((sbyte)77);
sseqRec.getVariableLengthField1().set(10, data1);
sseqRec.getArray1().setElement1(1, (sbyte)10);
sseqRec.getArray1().setElement1(3, (sbyte)20);
sseqRec.getArray1().setElement1(5, (sbyte)30);
sseqRec.getArray1().setElement1(7, (sbyte)40);
sseqRec.getArray1().setElement1(9, (sbyte)50);
sseqRec.getBitField1().setSubfield1((byte)1);
sseqRec.setFixedLengthString1("ABCDE");
sseqRec.getVariableField1().setMeterAsUnsignedByteAt1((byte)33);
sseqRec.setVariableLengthString1("JTS=PWNT");
sseqRec.getVariableFormatField1().set((byte)0, 5, data2);
msg4.encode(buff, 0);
// offset 0: ushort w/ message ID
Assert.AreEqual(999, BitConverter.ToUInt16(buff, 0));
// offset 2: ushort w/ Sequence's presence vector - 512 indicates only Subsequence present
Assert.AreEqual(512, BitConverter.ToUInt16(buff, 2));
// offset 4: ubyte w/ Subsequence's presence vector - should be 1 indicating only first
// record is present
Assert.AreEqual(1, buff[4]);
// offset 5: ubyte w/ Record's presence vector - 255 indicates all elements present
Assert.AreEqual(255, buff[5]);
// offset 6: signed byte, Field1 fixed field
Assert.AreEqual(77, buff[6]);
// offset 7: uint, variableLengthField1 count field...
Assert.AreEqual(10, buff[7]);
// offset 11-20: 10-byte variableLengthField1.
assertBufferSliceEqual(buff, data1, 11, 10);
// offset 21: Array1[0]
Assert.AreEqual(0, buff[21]);
// offset 22: Array1[1]
Assert.AreEqual(10, buff[22]);
// offset 23: Array1[2]
Assert.AreEqual(0, buff[23]);
// offset 24: Array1[3]
Assert.AreEqual(20, buff[24]);
// offset 26: Array1[5]
Assert.AreEqual(30, buff[26]);
// offset 28: Array1[7]
Assert.AreEqual(40, buff[28]);
// offset 30: Array1[9]
Assert.AreEqual(50, buff[30]);
// offset 31: BitField1, single unsigned byte
Assert.AreEqual(1, buff[31]);
// offset 32: 15-byte fixed length string. first 5 chars: "ABCDE"
Assert.AreEqual(65, buff[32]);
// offset 33: 15-byte fixed length string. first 5 chars: "ABCDE"
Assert.AreEqual(66, buff[33]);
// offset 34: 15-byte fixed length string. first 5 chars: "ABCDE"
Assert.AreEqual(67, buff[34]);
// offset 35: 15-byte fixed length string. first 5 chars: "ABCDE"
Assert.AreEqual(68, buff[35]);
// offset 36: 15-byte fixed length string. first 5 chars: "ABCDE"
Assert.AreEqual(69, buff[36]);
// offset 37: zeroed part of fixed length string
Assert.AreEqual(0, buff[37]);
// offset 46: last zeroed byte of fixed length string
Assert.AreEqual(0, buff[46]);
// offset 47: type/units enum of VariableField1, single byte
Assert.AreEqual(1, buff[47]);
// offset 48: contents of VariableField1
Assert.AreEqual(33, buff[48]);
// offset 49: 2-byte unsigned short, count field for VariableLengthString1
Assert.AreEqual(8, BitConverter.ToUInt16(buff, 49));
// offset 51-61: 11 characters of VariableLengthString1 "hello world"
Assert.AreEqual(74, buff[51]);
Assert.AreEqual(84, buff[52]);
Assert.AreEqual(83, buff[53]);
Assert.AreEqual(61, buff[54]);
Assert.AreEqual(80, buff[55]);
Assert.AreEqual(87, buff[56]);
Assert.AreEqual(78, buff[57]);
Assert.AreEqual(84, buff[58]);
// offset 59: format field of VariableFormatField1, unsigned byte
Assert.AreEqual(0, buff[59]);
// offset 60: count field of VariableFormatField1, unsigned int
Assert.AreEqual(5, BitConverter.ToUInt16(buff, 60));
// offset 64-69: 5 byte data of VariableFormatField1
assertBufferSliceEqual(buff, data2, 64, 5);
}
public void testEncodeToSpec()
{
byte[] buff = new byte[1024];
int i;
for (i = 0; i < 1024; ++i)
{
buff[i] = 0;
}
Console.Out.WriteLine(" [executing test (testEncodeToSpec)(TP_3.3.5.2)] ");
msgIn1.getHeader().getHeaderRec().setMessageID(999);
byte[] data1 = new byte[1] {
10
};
byte[] data2 = new byte[2] {
10, 11
};
byte[] data3 = new byte[3] {
10, 11, 12
};
byte[] data4 = new byte[4] {
10, 11, 12, 13
};
byte[] data5 = new byte[5] {
10, 11, 12, 13, 14
};
byte[] data6 = new byte[6] {
10, 11, 12, 13, 14, 15
};
byte[] data7 = new byte[7] {
10, 11, 12, 13, 14, 15, 16
};
byte[] data8 = new byte[8] {
10, 11, 12, 13, 14, 15, 16, 17
};
byte[] data9 = new byte[9] {
10, 11, 12, 13, 14, 15, 16, 17, 18
};
byte[] data10 = new byte[10] {
10, 11, 12, 13, 14, 15, 16, 17, 18, 19
};
msgIn1.getBody().getRecord().getArray10().getVFF1(0).set(1, 1, data1);
msgIn1.getBody().getRecord().getArray10().getVFF1(1).set(1, 2, data2);
msgIn1.getBody().getRecord().getArray10().getVFF1(2).set(1, 3, data3);
msgIn1.getBody().getRecord().getArray10().getVFF1(3).set(1, 4, data4);
msgIn1.getBody().getRecord().getArray10().getVFF1(4).set(1, 5, data5);
msgIn1.getBody().getRecord().getArray10().getVFF1(5).set(1, 6, data6);
msgIn1.getBody().getRecord().getArray10().getVFF1(6).set(1, 7, data7);
msgIn1.getBody().getRecord().getArray10().getVFF1(7).set(1, 8, data8);
msgIn1.getBody().getRecord().getArray10().getVFF1(8).set(1, 9, data9);
msgIn1.getBody().getRecord().getArray10().getVFF1(9).set(1, 10, data10);
msgIn1.encode(buff, 0);
// offset 0: ushort w/ message ID
Assert.AreEqual(999, BitConverter.ToUInt16(buff, 0));
// offset 2: byte w/ format field
Assert.AreEqual(1, buff[2]);
// offset 3: ushort w/ count field = 1
Assert.AreEqual(1, BitConverter.ToUInt16(buff, 3));
// offset 5: single byte from 1st VFF
Assert.AreEqual(10, buff[5]);
// offset 6: byte w/ format field
Assert.AreEqual(1, buff[6]);
// offset 7: ushort w/ count field = 2
Assert.AreEqual(2, BitConverter.ToUInt16(buff, 7));
// offset 9: byte from 2nd VFF
Assert.AreEqual(10, buff[9]);
// offset 10: byte from 2nd VFF
Assert.AreEqual(11, buff[10]);
// offset 11: byte w/ format field
Assert.AreEqual(1, buff[11]);
// offset 12: ushort w/ count field = 3
Assert.AreEqual(3, BitConverter.ToUInt16(buff, 12));
// array of uchar starting at offset 14: 3rd VFF data
assertArraySlicesEqual(buff, data3, 14, 3);
// skip to the last VFF
// offset 74: byte w/ format field
Assert.AreEqual(1, buff[74]);
// offset 75: ushort w/ count field = 10
Assert.AreEqual(10, BitConverter.ToUInt16(buff, 75));
// array of uchar starting at offset 77: 10th VFF data
assertArraySlicesEqual(buff, data10, 77, 10);
Console.Out.WriteLine(" [completed test (testEncodeToSpec)] ");
}
public void testEncodeToSpec()
{
Console.Out.WriteLine("");
Console.Out.WriteLine("executing test testEncodeToSpec(TP_3.3.5.2): ");
byte[] buff = new byte[1024];
int i = 0;
for (i = 0; i < 1024; i++)
{
buff[i] = 0;
}
m_MsgIn1.getHeader().getHeaderRec().setMessageID(256);
// array's length should be 9.
// populate the array with 9 strings; first is 'A', second is 'BB', up to 'IIIIIIIII' (nine 'I's)
for (i = 0; i < m_MsgIn1.getBody().getRecord().getArray7().getDimension1Size(); i++)
{
m_MsgIn1.getBody().getRecord().getArray7().setVariableLengthString1(i, buildEncodeTestString(65 + i, i + 1));
}
// verifying message level encode is AS-5684 compliant
m_MsgIn1.encode(buff, 0);
// offset 0 in buff is message ID, should be 256 (in an unsigned short)
Assert.AreEqual(256, BitConverter.ToUInt16(buff, 0));
// offset 2 in buff is length of first string, should be 1 (in an unsigned short)
Assert.AreEqual(1, BitConverter.ToUInt16(buff, 2));
// offset 4 in buff is single 'A' of first string, single byte UTF-8 character
Assert.AreEqual(65, buff[4]);
// offset 5 = length of 2nd string, 2 in unsigned short.
Assert.AreEqual(2, BitConverter.ToUInt16(buff, 5));
// offset 7 = 1st 'B' in 2nd string, single byte UTF-8 character
Assert.AreEqual(66, buff[7]);
// offset 8 = 2nd 'B' in 2nd string
Assert.AreEqual(66, buff[8]);
// offset 9 = length of 3rd string, 3 in unsigned short.
Assert.AreEqual(3, BitConverter.ToUInt16(buff, 9));
// offset 11 = 1st 'C' in 3rd string
Assert.AreEqual(67, buff[11]);
// 12 = 2nd 'C' in 3rd string
Assert.AreEqual(67, buff[12]);
// 13 = 3rd 'C' in 3rd string
Assert.AreEqual(67, buff[13]);
// skipping to 9th string, should be 9 'I's, length value at offset 54
Assert.AreEqual(9, BitConverter.ToUInt16(buff, 54));
// 56 = 1st 'I' in 9th string
Assert.AreEqual(73, buff[56]);
// 60 = 5th 'I' in 9th string
Assert.AreEqual(73, buff[60]);
// 64 = 9th 'I' in 9th string
Assert.AreEqual(73, buff[64]);
// 65 = past end of message encoding, should be 0.
Assert.AreEqual(0, buff[65]);
}
public void testEncodeDecodeOperations()
{
byte[] buff = new byte[1024];
int i;
for (i = 0; i < 1024; i++)
{
buff[i] = 0;
}
Console.Out.WriteLine(" [executing test (testEncodeDecodeOperations)(TP_3.3.5.3)] ");
// setup msg1
resetMessage(msgIn1);
// setup msg2
msgIn2.getHeader().getHeaderRec().setMessageID(500);
msgIn2.getBody().getVariantTop().setFieldValue(1);
msgIn2.getBody().getVariantTop().getSeqB().getRecB().setFieldB1(4500);
for (i = 0; i < 15; ++i)
{
MsgIn.Body.VariantTop.SeqB.ListB.RecBInner temprec = new MsgIn.Body.VariantTop.SeqB.ListB.RecBInner();
temprec.setFieldB2((short)(5 + i));
msgIn2.getBody().getVariantTop().getSeqB().getListB().addElement(temprec);
}
// copy entire msg2 into msg1, verify new contents are correct
msgIn2.encode(buff, 0);
msgIn1.decode(buff, 0);
Assert.AreEqual(500, msgIn1.getHeader().getHeaderRec().getMessageID());
Assert.AreEqual(1, msgIn1.getBody().getVariantTop().getFieldValue());
Assert.AreEqual(4500, msgIn1.getBody().getVariantTop().getSeqB().getRecB().getFieldB1());
for (i = 0; i < 15; ++i)
{
Assert.AreEqual(5 + i, msgIn1.getBody().getVariantTop().getSeqB().getListB().getElement(i).getFieldB2());
}
// reset msg1.
resetMessage(msgIn1);
// copy only variant from msg2 into msg1, verify contents
msgIn2.getBody().getVariantTop().encode(buff, 0);
msgIn1.getBody().getVariantTop().decode(buff, 0);
Assert.AreEqual(1000, msgIn1.getHeader().getHeaderRec().getMessageID()); // unchanged from reset values
Assert.AreEqual(1, msgIn1.getBody().getVariantTop().getFieldValue());
Assert.AreEqual(4500, msgIn1.getBody().getVariantTop().getSeqB().getRecB().getFieldB1());
for (i = 0; i < 15; ++i)
{
Assert.AreEqual(5 + i, msgIn1.getBody().getVariantTop().getSeqB().getListB().getElement(i).getFieldB2());
}
// reset msg1.
resetMessage(msgIn1);
// copy only seqB's listB from msg2 into msg1, verify contents.
msgIn2.getBody().getVariantTop().getSeqB().getListB().encode(buff, 0);
msgIn1.getBody().getVariantTop().getSeqB().getListB().decode(buff, 0);
Assert.AreEqual(1000, msgIn1.getHeader().getHeaderRec().getMessageID()); // unchanged from reset values
Assert.AreEqual(1, msgIn1.getBody().getVariantTop().getFieldValue());
Assert.AreEqual(9000, msgIn1.getBody().getVariantTop().getSeqB().getRecB().getFieldB1()); // should also be unchanged.
for (i = 0; i < 15; ++i)
{
Assert.AreEqual(5 + i, msgIn1.getBody().getVariantTop().getSeqB().getListB().getElement(i).getFieldB2());
}
Console.Out.WriteLine(" [completed test (testEncodeDecodeOperations)] ");
}