bool Header::Write(IOBuffer &buffer) {
if (ci < 64) {
buffer.ReadFromByte((ht << 6) | ((uint8_t) ci));
} else if (ci < 319) {
buffer.ReadFromByte(ht << 6);
buffer.ReadFromByte((uint8_t) (ci - 64));
} else if (ci < 65599) {
uint16_t temp = EHTONS((uint16_t) (ci - 64));
buffer.ReadFromByte((ht << 6) | 0x01);
buffer.ReadFromBuffer((uint8_t *) & temp, 2);
} else {
FATAL("Invalid channel index");
return false;
}
switch (ht) {
case HT_FULL:
{
if (hf.s.ts < 0x00ffffff) {
hf.s.ts = EHTONL(hf.s.ts); //----MARKED-LONG---
hf.s.ml = EHTONL(hf.s.ml << 8); //----MARKED-LONG---
buffer.ReadFromBuffer(&hf.datac[1], 11);
hf.s.ts = ENTOHL(hf.s.ts); //----MARKED-LONG---
hf.s.ml = ENTOHL(hf.s.ml) >> 8; //----MARKED-LONG---
return true;
} else {
uint32_t temp = EHTONL(hf.s.ts); //----MARKED-LONG---
hf.s.ts = EHTONL(0x00ffffff); //----MARKED-LONG---
hf.s.ml = EHTONL(hf.s.ml << 8); //----MARKED-LONG---
buffer.ReadFromBuffer(&hf.datac[1], 11);
hf.s.ts = ENTOHL(temp); //----MARKED-LONG---
hf.s.ml = ENTOHL(hf.s.ml) >> 8; //----MARKED-LONG---
buffer.ReadFromBuffer((uint8_t *) & temp, 4);
return true;
}
}
