public TestPropertyBlock(String name) 
{
        super(name);
}

Constructor TestPropertyBlock

Parameters:

name -

 public static  void main(String[] ignored_args) 
{
        System.out.println(
            "Testing org.apache.cocoon.poi.poifs.storage.PropertyBlock");
        junit.textui.TestRunner.run(TestPropertyBlock.class);
}

main method to run the unit tests

 public  void testCreatePropertyBlocks() throws IOException 
{
        // test with 0 properties
        List            properties = new ArrayList();
        BlockWritable[] blocks     =
            PropertyBlock.createPropertyBlockArray(properties);
        assertEquals(0, blocks.length);
        // test with 1 property
        properties.add(new LocalProperty("Root Entry"));
        blocks = PropertyBlock.createPropertyBlockArray(properties);
        assertEquals(1, blocks.length);
        byte[] testblock = new byte[ 512 ];
        for (int j = 0; j <  4; j++)
        {
            setDefaultBlock(testblock, j);
        }
        testblock[ 0x0000 ] = ( byte ) 'R";
        testblock[ 0x0002 ] = ( byte ) 'o";
        testblock[ 0x0004 ] = ( byte ) 'o";
        testblock[ 0x0006 ] = ( byte ) 't";
        testblock[ 0x0008 ] = ( byte ) ' ";
        testblock[ 0x000A ] = ( byte ) 'E";
        testblock[ 0x000C ] = ( byte ) 'n";
        testblock[ 0x000E ] = ( byte ) 't";
        testblock[ 0x0010 ] = ( byte ) 'r";
        testblock[ 0x0012 ] = ( byte ) 'y";
        testblock[ 0x0040 ] = ( byte ) 22;
        verifyCorrect(blocks, testblock);
        // test with 3 properties
        properties.add(new LocalProperty("workbook"));
        properties.add(new LocalProperty("summary"));
        blocks = PropertyBlock.createPropertyBlockArray(properties);
        assertEquals(1, blocks.length);
        testblock[ 0x0080 ] = ( byte ) 'w";
        testblock[ 0x0082 ] = ( byte ) 'o";
        testblock[ 0x0084 ] = ( byte ) 'r";
        testblock[ 0x0086 ] = ( byte ) 'k";
        testblock[ 0x0088 ] = ( byte ) 'b";
        testblock[ 0x008A ] = ( byte ) 'o";
        testblock[ 0x008C ] = ( byte ) 'o";
        testblock[ 0x008E ] = ( byte ) 'k";
        testblock[ 0x00C0 ] = ( byte ) 18;
        testblock[ 0x0100 ] = ( byte ) 's";
        testblock[ 0x0102 ] = ( byte ) 'u";
        testblock[ 0x0104 ] = ( byte ) 'm";
        testblock[ 0x0106 ] = ( byte ) 'm";
        testblock[ 0x0108 ] = ( byte ) 'a";
        testblock[ 0x010A ] = ( byte ) 'r";
        testblock[ 0x010C ] = ( byte ) 'y";
        testblock[ 0x0140 ] = ( byte ) 16;
        verifyCorrect(blocks, testblock);
        // test with 4 properties
        properties.add(new LocalProperty("wintery"));
        blocks = PropertyBlock.createPropertyBlockArray(properties);
        assertEquals(1, blocks.length);
        testblock[ 0x0180 ] = ( byte ) 'w";
        testblock[ 0x0182 ] = ( byte ) 'i";
        testblock[ 0x0184 ] = ( byte ) 'n";
        testblock[ 0x0186 ] = ( byte ) 't";
        testblock[ 0x0188 ] = ( byte ) 'e";
        testblock[ 0x018A ] = ( byte ) 'r";
        testblock[ 0x018C ] = ( byte ) 'y";
        testblock[ 0x01C0 ] = ( byte ) 16;
        verifyCorrect(blocks, testblock);
        // test with 5 properties
        properties.add(new LocalProperty("foo"));
        blocks = PropertyBlock.createPropertyBlockArray(properties);
        assertEquals(2, blocks.length);
        testblock = new byte[ 1024 ];
        for (int j = 0; j <  8; j++)
        {
            setDefaultBlock(testblock, j);
        }
        testblock[ 0x0000 ] = ( byte ) 'R";
        testblock[ 0x0002 ] = ( byte ) 'o";
        testblock[ 0x0004 ] = ( byte ) 'o";
        testblock[ 0x0006 ] = ( byte ) 't";
        testblock[ 0x0008 ] = ( byte ) ' ";
        testblock[ 0x000A ] = ( byte ) 'E";
        testblock[ 0x000C ] = ( byte ) 'n";
        testblock[ 0x000E ] = ( byte ) 't";
        testblock[ 0x0010 ] = ( byte ) 'r";
        testblock[ 0x0012 ] = ( byte ) 'y";
        testblock[ 0x0040 ] = ( byte ) 22;
        testblock[ 0x0080 ] = ( byte ) 'w";
        testblock[ 0x0082 ] = ( byte ) 'o";
        testblock[ 0x0084 ] = ( byte ) 'r";
        testblock[ 0x0086 ] = ( byte ) 'k";
        testblock[ 0x0088 ] = ( byte ) 'b";
        testblock[ 0x008A ] = ( byte ) 'o";
        testblock[ 0x008C ] = ( byte ) 'o";
        testblock[ 0x008E ] = ( byte ) 'k";
        testblock[ 0x00C0 ] = ( byte ) 18;
        testblock[ 0x0100 ] = ( byte ) 's";
        testblock[ 0x0102 ] = ( byte ) 'u";
        testblock[ 0x0104 ] = ( byte ) 'm";
        testblock[ 0x0106 ] = ( byte ) 'm";
        testblock[ 0x0108 ] = ( byte ) 'a";
        testblock[ 0x010A ] = ( byte ) 'r";
        testblock[ 0x010C ] = ( byte ) 'y";
        testblock[ 0x0140 ] = ( byte ) 16;
        testblock[ 0x0180 ] = ( byte ) 'w";
        testblock[ 0x0182 ] = ( byte ) 'i";
        testblock[ 0x0184 ] = ( byte ) 'n";
        testblock[ 0x0186 ] = ( byte ) 't";
        testblock[ 0x0188 ] = ( byte ) 'e";
        testblock[ 0x018A ] = ( byte ) 'r";
        testblock[ 0x018C ] = ( byte ) 'y";
        testblock[ 0x01C0 ] = ( byte ) 16;
        testblock[ 0x0200 ] = ( byte ) 'f";
        testblock[ 0x0202 ] = ( byte ) 'o";
        testblock[ 0x0204 ] = ( byte ) 'o";
        testblock[ 0x0240 ] = ( byte ) 8;
        verifyCorrect(blocks, testblock);
}

Test constructing PropertyBlocks