void new_entry_index_note(char *str, const char * const note, void (*function)(void), int identifier)
{
int index;
index = add_new_entry(str, function, identifier);
set_note((char *)note, index);
}
void process_msg(void)
{
if ((msg_rcv.root_id < msg.root_id) &&
~((heart_beats < IGNORE_ROOT_MSG) && (msg.root_id == node_id)))
{
msg.root_id = msg_rcv.root_id;
seq_num = msg_rcv.seq_num;
}
else
{
if ((msg.root_id == msg_rcv.root_id) &&
((int8_t)(msg_rcv.seq_num - seq_num) > 0))
{
seq_num = msg_rcv.seq_num;
}
else
{
goto exit;
}
}
if (msg.root_id < node_id)
heart_beats = 0;
add_new_entry();
calculate_conversion();
// process_post(PROCESS_BROADCAST, ftsp_table_updated, (process_data_t)NULL);
leds_blink();
exit:
state &= ~STATE_PROCESSING;
}
void new_toggle_entry_note(char *str, char *note, void (*function)(void), int identifier)
{
int index;
index = add_new_entry(str, function, identifier);
update_status(0, identifier);
set_note(note, index);
}
void add_entry(stk::mesh::Entity face, const SideSetEntry &sideSetEntry)
{
FaceToSideSetMap::iterator iter = m_faceToSideSetMap.find(face);
if(iter == m_faceToSideSetMap.end())
{
add_new_entry(face, sideSetEntry);
}
else
{
iter->second.insert(sideSetEntry);
}
}
int main(){
uint8_t dummy_mask[MTCH_FLD_LEN];
uint8_t dummy_flow_entry[MTCH_FLD_LEN + 1];
uint8_t dummy_action[ACTN_ST_LEN];
uint8_t dummy_flag[2];
int mask_pos[2];
tcam_unit match_unit;
match_unit.mask_tail = 0;
match_unit.flow_tail = 0;
create_mask(dummy_mask);
create_flow_entry(dummy_flow_entry);
create_action(dummy_action);
dummy_flag[0] = rand() % 256;
dummy_flag[1] = rand() % 256;
//mask 1 has 1 flow
add_new_entry(&match_unit, dummy_mask, dummy_flow_entry, dummy_action, dummy_flag);
uint8_t dummy_flow_entry_2[MTCH_FLD_LEN + 1];
create_flow_entry(dummy_flow_entry_2);
create_action(dummy_action);
dummy_flag[0] = rand() % 256;
dummy_flag[1] = rand() % 256;
//mask 1 has 2 flows
add_new_entry(&match_unit, dummy_mask, dummy_flow_entry_2, dummy_action, dummy_flag);
uint8_t dummy_mask_2[MTCH_FLD_LEN];
create_mask(dummy_mask_2);
create_flow_entry(dummy_flow_entry_2);
create_action(dummy_action);
dummy_flag[0] = 65;
dummy_flag[1] = rand() % 256;
//mask 2 has 1 flow
add_new_entry(&match_unit, dummy_mask_2, dummy_flow_entry_2, dummy_action, dummy_flag);
uint8_t dummy_flow_entry_3[MTCH_FLD_LEN + 1];
create_flow_entry(dummy_flow_entry_3);
create_action(dummy_action);
//mask 2 has 2 flows
add_new_entry(&match_unit, dummy_mask_2, dummy_flow_entry_3, dummy_action, dummy_flag);
create_flow_entry(dummy_flow_entry_2);
create_action(dummy_action);
//mask 1 has 3 flows
add_new_entry(&match_unit, dummy_mask, dummy_flow_entry_2, dummy_action, dummy_flag);
create_flow_entry(dummy_flow_entry_2);
create_action(dummy_action);
//mask 2 has 3 flows
add_new_entry(&match_unit, dummy_mask_2, dummy_flow_entry_2, dummy_action, dummy_flag);
output_all_actions(&match_unit);
output_all_flow_entries(&match_unit);
output_flags(&match_unit);
int pos = delete_flow_entry(&match_unit, dummy_flow_entry);
printf("%d\n", pos);
output_all_actions(&match_unit);
output_all_flow_entries(&match_unit);
output_flags(&match_unit);
uint8_t dummy_action_set[ACTN_ST_LEN];
//search Mask 1 entry 1
//this flow entry has been deleted
pos = search_flow(&match_unit, dummy_flow_entry, dummy_action_set, mask_pos);
printf("%d %d\n", pos, get_mask_pos(&match_unit, pos));
if(pos != -1)
write_output(dummy_action_set);
//search mask 2 entry 3
pos = search_flow(&match_unit, dummy_flow_entry_2, dummy_action_set, mask_pos);
printf("%d %d\n", pos, get_mask_pos(&match_unit, pos));
if(pos != -1)
write_output(dummy_action_set);
//search mask 2 entry 2
pos = search_flow(&match_unit, dummy_flow_entry_3, dummy_action_set, mask_pos);
printf("%d %d\n", pos, get_mask_pos(&match_unit, pos));
if(pos != -1)
write_output(dummy_action_set);
/*uint8_t flag_modification[2];
flag_modification[0] = 64;
flag_modification[1] = 9;
uint8_t new_action_val[8];
uint8_t i;
printf("New Action Values:\n");
for(i = 0; i < 8; i++){
new_action_val[i] = rand() % 256;
printf("%d\t", new_action_val[i]);
}
modify_entry(&match_unit, dummy_flow_entry_2, flag_modification, new_action_val);
output_all_actions(&match_unit);
output_all_flow_entries(&match_unit);
output_flags(&match_unit);*/
return 0;
}
void new_toggle_entry(char *str, void (*function)(void), int identifier)
{
add_new_entry(str, function, identifier);
update_status(0, identifier);
}
void new_entry_index(char *str, void (*function)(void), int identifier)
{
add_new_entry(str, function, identifier);
}
