void collectData(uint None, uint Unused)
{
/*
#if(DEBUG_LEVEL>0)
if(sv->p2p_addr==0)
io_printf(IO_STD, "trig!\n");
#endif
*/
// convert from phys to virt cpu
for(uint i=0; i<18; i++) {
virt_cpu = sv->p2v_map[i]; // the the virtual cpu id
virt_cpu_idle_cntr[virt_cpu] = stored_cpu_idle_cntr[i];
}
sark_mem_cpy((void *)&reportMsg.cmd_rc, (void *)&myProfile, sizeof(pro_info_t));
//sark_mem_cpy((void *)reportMsg.data, (void *)stored_cpu_idle_cntr, 18);
sark_mem_cpy((void *)reportMsg.data, (void *)virt_cpu_idle_cntr, 18);
#if(DEBUG_LEVEL>2)
if(sv->p2p_addr==0) {
if(streaming==FALSE)
io_printf(IO_STD, "no streaming!\n");
else
io_printf(IO_STD, "do streaming!\n");
}
return;
#endif
if(streaming==FALSE) return;
/*
#if(DEBUG_LEVEL>0)
io_printf(IO_BUF, "Send!\n");
return;
#endif
*/
spin1_send_sdp_msg (&reportMsg, DEF_TIMEOUT);
}
address_t append(address_t* address, void* data, size_t size_bytes){
try(address && data && size_bytes);
address_t old_addr = *address;
sark_mem_cpy(*address, data, size_bytes);
*address += (size_bytes+3) >> 2;
return old_addr;
}
size_t put(address_t* addr, info_t info, void* k, void* v){
size_t k_size = k_size_from_info(info);
size_t v_size = v_size_from_info(info);
try(k_size && v_size && k && v);
append(addr, &info, sizeof(info_t));
append(addr, k, k_size);
append(addr, v, v_size);
return sizeof(info_t) +
MULTIPLE_OF_4(k_size) +
MULTIPLE_OF_4(v_size);
}
