OT_WEAK ot_u16 otapi_session_number() {
if (session_notempty()) {
m2session* active = session.top;
return *((ot_u16*)&(active->channel));
}
return 0;
}
OT_WEAK ot_u16 otapi_close_request() {
/// Set the footer if the session is valid
if (session_notempty()) {
m2np_footer( /* session_top() */ );
return 1;
}
return 0;
}
OT_WEAK ot_u16 otapi_open_request(addr_type addr, routing_tmpl* routing) {
/// Set the header if the session is valid. Also conditionally write the header
/// depending on the address type (a parameter).
if (session_notempty()) {
m2session* s_active;
s_active = session_top();
// Set the dll parameters to a safe setting; can be changed later
dll_set_defaults(s_active);
// Unicast/Anycast support routing, so copy the supplied template
if ((addr & M2QUERY_GLOBAL) == 0) {
platform_memcpy((ot_u8*)&m2np.rt, (ot_u8*)routing, sizeof(routing_tmpl));
}
// Load the header
m2np_header(s_active, (ot_u8)addr, M2FI_FRDIALOG);
return 1;
}
return 0;
}
OT_WEAK void dll_clock(ot_uint clocks) {
//dll.comm.tca -= clocks;
//dll.comm.tc -= clocks;
clocks = CLK2TI(clocks);
if (sys.task_RFA.event != 0) {
dll.comm.rx_timeout -= clocks;
}
else if (session_notempty()) {
sys.task_RFA.event = 2;
sys.task_RFA.nextevent = clocks + session_getnext();
// Synchronization test
//volatile ot_u16 next_session;
//next_session = session_getnext();
//sys.task_RFA.nextevent = next_session;
// if (next_session != 0) {
// sample_t1 = 0;
//}
}
}
