static void testSwap_4(void)
{
volatile unsigned char t=TEST_VECT_8;
unsigned char tt;
tt = t;
tt = SWAP_4(tt);
ASSERT( tt == SWAP_4(TEST_VECT_8));
}
void
pSwap4 (
register MQ_INT *i
)
{
SWAP_4 ((MQ_BIN) i);
}
static void
sSwapDYN (
register MQ_BIN ist
)
{
MQ_INT numItems = 0, len = 0;
MQ_BINB type;
// BDY_NumItems_S
SWAP_4 (ist);
memcpy(&numItems, ist, sizeof(MQ_INT));
// for all Element's
ist += (HDR_INT_LEN + 1);
while (numItems) {
// type
type = *ist;
ist += 2;
// len
len = (type & MQ_TYPE_IS_NATIVE);
if (len == 0) {
SWAP_4 (ist);
memcpy(&len, ist, sizeof(MQ_INT));
ist += (HDR_INT_LEN + 1);
}
// val
switch ((enum MqTypeE)type) {
case MQ_SRTT: SWAP_2 (ist); break;
case MQ_INTT: SWAP_4 (ist); break;
case MQ_FLTT: SWAP_4 (ist); break;
case MQ_WIDT: SWAP_8 (ist); break;
case MQ_DBLT: SWAP_8 (ist); break;
case MQ_STRT: case MQ_BINT: case MQ_BYTT: case MQ_BOLT: case MQ_TRAT: break;
case MQ_LSTT: sSwapDYN (ist); break;
}
ist += (len + 1);
numItems--;
}
}