public void testBitIOValues() {
BitIOWriter writer = new BitIOWriter();
writer.writeValue(0x55, 7);
writer.writeValue(0x245, 10);
writer.flush();
byte[] result = writer.toByteArray();
byte[] expected = {(byte) 0xab, (byte) 0x22, (byte) 0x80};
assertEqualsByteArray(expected, result);
}
private void write(byte[] dataIn) {
bits.writeBit(usingRunLength);
length1 = dataIn.length;
// If we want to do runlengths, here's the place, but I'm not convinced it's useful
setDistRange(length1);
distEncoder = new HuffmanEncoder(bits, 1 << DIST_WIDTH);
lenEncoder = new HuffmanEncoder(bits, 1 << LEN_WIDTH);
symEncoder = new HuffmanEncoder(bits, numSyms);
buf = new byte[PRELOAD_SIZE + length1];
System.arraycopy(dataIn, 0, buf, PRELOAD_SIZE, length1);
encode();
bits.flush();
}
public void testBitIOBool() {
BitIOWriter writer = new BitIOWriter();
writer.writeBit(true);
writer.writeBit(false);
writer.writeBit(true);
writer.writeBit(true);
writer.writeBit(false);
writer.writeBit(false);
writer.writeBit(true);
writer.writeBit(false);
writer.writeBit(true);
writer.flush();
byte[] result = writer.toByteArray();
byte[] expected = {(byte) 0xb2, (byte) 0x80};
assertEqualsByteArray(expected, result);
}
