// structure marshaling
StructTest aS = new StructTest( 2 );
Marshal aM = new Marshal( false, null );
aM.write_struct( aS );
Unmarshal aUM = new Unmarshal( aM.getByteArray(), aM.getSize(), false, null );
StructTest aS2 = (StructTest)aUM.read_struct( StructTest.class );
if( !aS.equals( aS2 ) )
System.err.println( "error: Struct marshal" );
// exception marshaling
ExceptionTest aE = new ExceptionTest( "Exception" );
aE.nByte = 1;
aE.nShort = 300;
aE.nInt = 100000;
aE.nLong = 10000000;
aE.nFloat = (float)0.111;
aE.nDouble = 111.111;
aE.cChar = 'a';
aE.bBoolean = true;
aE.aString = "hallo";
aE.aAscii = new Ascii( 'a' );
aE.aAsciiString = new AsciiString( "asciistring" );
aM = new Marshal( false, null );
aM.write_exception( aE );
aUM = new Unmarshal( aM.getByteArray(), aM.getSize(), false, null );
ExceptionTest aE2 = (ExceptionTest)aUM.read_exception( ExceptionTest.class );
if( !aE2.getMessage().equals( "Exception")
|| aE2.nByte != 1
|| aE2.nByte != 1
|| aE2.nShort != 300
|| aE2.nInt != 100000
|| aE2.nLong != 10000000
|| aE2.nFloat != (float)0.111
|| aE2.nDouble != 111.111
|| aE2.cChar != 'a'
|| aE2.bBoolean != true
|| !aE2.aString.equals( "hallo" )
|| aE2.aAscii.ascii != 'a'
|| !aE2.aAsciiString.asciistring.equals( "asciistring" ) )
System.err.println( "error: Exception marshal" );
// byte sequence marshaling
byte szB[] = { 3, 5 };
aM = new Marshal( false, null );
aM.write_sequence( szB );
aUM = new Unmarshal( aM.getByteArray(), aM.getSize(), false, null );
byte szB2 [] = (byte [])aUM.read_sequence( szB.getClass() );
if( szB2[0] != 3
|| szB2[1] != 5 )
System.err.println( "error: byte sequence marshal" );
// enum sequence marshaling
TCKind szE[] = { TCKind.tk_ulonglong, TCKind.tk_longlong };
aM = new Marshal( false, null );
aM.write_sequence( szE );
aUM = new Unmarshal( aM.getByteArray(), aM.getSize(), false, null );
TCKind szE2 [] = (TCKind [])aUM.read_sequence( szE.getClass() );
if( szE2[0] != TCKind.tk_ulonglong
|| szE2[1] != TCKind.tk_longlong )
System.err.println( "error: byte sequence marshal" );
// struct sequence marshaling
StructTest szST[] = { aS };
aM = new Marshal( false, null );
aM.write_sequence( szST );
aUM = new Unmarshal( aM.getByteArray(), aM.getSize(), false, null );
szST = (StructTest [])aUM.read_sequence( szST.getClass() );
if( szST[0].nByte != 1
|| szST[0].nByte != 1
|| szST[0].nShort != 300
|| szST[0].nInt != 100000
|| szST[0].nLong != 10000000
|| szST[0].nFloat != (float)0.111
|| szST[0].nDouble != 111.111
|| szST[0].cChar != 'a'
|| szST[0].bBoolean != true
|| !szST[0].aString.equals( "hallo" )
|| szST[0].aAscii.ascii != 'a'
|| !szST[0].aAsciiString.asciistring.equals( "asciistring" )
|| aS.eEnum != TCKind.tk_ulonglong )
System.err.println( "error: Struct marshal" );
{
// any byte marshaling
Byte any = new Byte( (byte)1 );
aM = new Marshal( false, null );
aM.write_any( any );
aUM = new Unmarshal( aM.getByteArray(), aM.getSize(), false, null );
any = (Byte)aUM.read_any();
if( any.byteValue() != 1 )
System.err.println( "error: byte any marshal" );
}
{
// any short marshaling
Short any = new Short( (byte)1 );
aM = new Marshal( false, null );
aM.write_any( any );
aUM = new Unmarshal( aM.getByteArray(), aM.getSize(), false, null );
any = (Short)aUM.read_any();
if( any.shortValue() != 1 )
System.err.println( "error: short any marshal" );
}
{
// any int marshaling
Integer any = new Integer( (byte)1 );
aM = new Marshal( false, null );
aM.write_any( any );
aUM = new Unmarshal( aM.getByteArray(), aM.getSize(), false, null );
any = (Integer)aUM.read_any();
if( any.intValue() != 1 )
System.err.println( "error: int any marshal" );
}
{
// any long marshaling
Long any = new Long( (byte)1 );
aM = new Marshal( false, null );
aM.write_any( any );
aUM = new Unmarshal( aM.getByteArray(), aM.getSize(), false, null );
any = (Long)aUM.read_any();
if( any.longValue() != 1 )
System.err.println( "error: long any marshal" );
}
{
// any float marshaling
Float any = new Float( (byte)1 );
aM = new Marshal( false, null );
aM.write_any( any );
aUM = new Unmarshal( aM.getByteArray(), aM.getSize(), false, null );
any = (Float)aUM.read_any();
if( any.intValue() != 1 )
System.err.println( "error: float any marshal" );
}
{
// any double marshaling
Double any = new Double( (byte)1 );
aM = new Marshal( false, null );
aM.write_any( any );
aUM = new Unmarshal( aM.getByteArray(), aM.getSize(), false, null );
any = (Double)aUM.read_any();
if( any.intValue() != 1 )
System.err.println( "error: double any marshal" );
}
{
// any boolean marshaling
Boolean any = new Boolean( true );
aM = new Marshal( false, null );
aM.write_any( any );
aUM = new Unmarshal( aM.getByteArray(), aM.getSize(), false, null );
any = (Boolean)aUM.read_any();
if( !any.booleanValue() )
System.err.println( "error: bool any marshal" );
}
{
// any char marshaling
Character any = new Character( 'a' );
aM = new Marshal( false, null );
aM.write_any( any );
aUM = new Unmarshal( aM.getByteArray(), aM.getSize(), false, null );
any = (Character)aUM.read_any();
if( 'a' != any.charValue() )
System.err.println( "error: char any marshal" );
}
{
// any char marshaling
String any = new String( "a" );
aM = new Marshal( false, null );
aM.write_any( any );
aUM = new Unmarshal( aM.getByteArray(), aM.getSize(), false, null );
any = (String)aUM.read_any();
if( !any.equals( "a") )
System.err.println( "error: char any marshal" );
}
{
// any structure marshaling
StructTest any = new StructTest( 2 );
aM = new Marshal( false, null );
aM.write_any( aS );
aUM = new Unmarshal( aM.getByteArray(), aM.getSize(), false, null );
any = (StructTest)aUM.read_any();
if( !any.equals( new StructTest( 2 ) ) )
System.err.println( "error: struct any marshal" );
}
}