@Test
public void testDiffTimestamps() {
int a;
int b;
a = 0;
b = 1;
assertEquals(-1, RTMPUtils.diffTimestamps(a, b));
assertEquals(1, RTMPUtils.diffTimestamps(b, a));
a = Integer.MAX_VALUE;
b = Integer.MIN_VALUE;
assertEquals(-1, RTMPUtils.diffTimestamps(a, b));
assertEquals(1, RTMPUtils.diffTimestamps(b, a));
a = Integer.MAX_VALUE;
b = 0;
assertEquals(Integer.MAX_VALUE, RTMPUtils.diffTimestamps(a, b));
assertEquals(-Integer.MAX_VALUE, RTMPUtils.diffTimestamps(b, a));
a = -1;
b = 0;
assertEquals(0xFFFFFFFFL, RTMPUtils.diffTimestamps(a, b));
assertEquals(-0xFFFFFFFFL, RTMPUtils.diffTimestamps(b, a));
a = Integer.MIN_VALUE;
b = 0;
assertEquals(0x80000000L, RTMPUtils.diffTimestamps(a, b));
assertEquals(-0x80000000L, RTMPUtils.diffTimestamps(b, a));
}
public void testDecodingHeader() {
if (log.isDebugEnabled()) {
log.debug("Testing");
/*
log.debug(""+(0x03 >> 6));
log.debug(""+(0x43 >> 6));
log.debug(""+(0x83 >> 6));
log.debug(""+((byte)(((byte)0xC3) >> 6)));
*/
}
byte test;
test = 0x03;
if (log.isDebugEnabled()) {
log.debug(HexDump.byteArrayToHexString(new byte[] {test}));
log.debug("" + test);
log.debug("" + RTMPUtils.decodeHeaderSize(test, 1));
}
assertEquals(0, RTMPUtils.decodeHeaderSize(test, 1));
test = (byte) (0x43);
if (log.isDebugEnabled()) {
log.debug(HexDump.byteArrayToHexString(new byte[] {test}));
log.debug("" + test);
log.debug("" + RTMPUtils.decodeHeaderSize(test, 1));
}
assertEquals(1, RTMPUtils.decodeHeaderSize(test, 1));
test = (byte) (0x83);
if (log.isDebugEnabled()) {
log.debug(HexDump.byteArrayToHexString(new byte[] {test}));
log.debug("" + test);
log.debug("" + RTMPUtils.decodeHeaderSize(test, 1));
}
assertEquals(-2, RTMPUtils.decodeHeaderSize(test, 1));
test = (byte) (0xC3 - 256);
if (log.isDebugEnabled()) {
log.debug(HexDump.byteArrayToHexString(new byte[] {test}));
log.debug("" + test);
log.debug("" + RTMPUtils.decodeHeaderSize(test, 1));
}
assertEquals(-1, RTMPUtils.decodeHeaderSize(test, 1));
}