response_lrpop (LeftOrRight lr)
{
if (lr == IS_LEFT) {
setPCode (TAIR_RESP_LPOP_PACKET);
} else {
setPCode (TAIR_RESP_RPOP_PACKET);
}
config_version = 0;
values.clear ();
}
request_lrpop (LeftOrRight lr)
{
if (lr == IS_LEFT)
setPCode (TAIR_REQ_LPOP_PACKET);
else
setPCode (TAIR_REQ_RPOP_PACKET);
server_flag = 0;
area = 0;
version = 0;
expire = 0;
count = 1;
}
request_sadd_multi() {
setPCode(TAIR_REQ_SADDMULTI_PACKET);
area = 0;
expire = 0;
keys_values_map.clear();
sfree = 1;
}
request_sadd_multi(request_sadd_multi & packet)
{
setPCode(packet.getPCode());
server_flag = packet.server_flag;
area = packet.area;
expire = packet.expire;
sfree = packet.sfree;
keys_values_map.clear();
map<data_entry*, vector<data_entry *>*>::iterator iter;
for(iter = packet.keys_values_map.begin();
iter != keys_values_map.end(); iter++) {
data_entry* key = iter->first;
vector<data_entry*>* values = iter->second;
data_entry* ckey = new data_entry();
ckey->clone(*key);
vector<data_entry*>* cvalues = new vector<data_entry*>();
if (values != NULL) {
int size = values->size();
for(int i = 0; i < size; i++) {
data_entry* tmp = new data_entry();
tmp->clone(*tmp);
cvalues->push_back(tmp);
}
}
keys_values_map.insert(make_pair(ckey, cvalues));
}
}
response_hmset ()
{
config_version = 0;
setPCode (TAIR_RESP_HMSET_PACKET);
code = 0;
retvalue = 0;
}
response_hget ()
{
config_version = 0;
setPCode (TAIR_RESP_HGET_PACKET);
code = 0;
version = 0;
}
flow_control_set() : type(tair::stat::IN),
lower_mb(-1),
upper_mb(-1),
ns(-1),
success(false) {
setPCode(TAIR_FLOW_CONTROL_SET);
}
request_hvals (request_hvals & packet)
{
setPCode (packet.getPCode ());
server_flag = packet.server_flag;
area = packet.area;
key.clone (packet.key);
}
request_prefix_incdec(const request_prefix_incdec &rhs) {
setPCode(TAIR_REQ_PREFIX_INCDEC_PACKET);
server_flag = rhs.server_flag;
area = rhs.area;
key_count = rhs.key_count;
packet_id = rhs.packet_id;
if (rhs.pkey != NULL) {
pkey = new data_entry(*rhs.pkey);
} else {
pkey = NULL;
}
if (rhs.key_counter_map != NULL) {
key_counter_map = new key_counter_map_t;
key_counter_map_t::const_iterator it = rhs.key_counter_map->begin();
while (it != rhs.key_counter_map->end()) {
data_entry *key = new data_entry(*it->first);
counter_wrapper *wrapper = new counter_wrapper(*it->second);
key_counter_map->insert(make_pair(key, wrapper));
++it;
}
} else {
key_counter_map = NULL;
}
}
void clone(request_mput &packet, bool need_alloc)
{
if (this == &packet) {
return ;
}
clear();
setPCode(TAIR_REQ_MPUT_PACKET);
server_flag = packet.server_flag;
area = packet.area;
count = packet.count;
len = packet.len;
compressed = packet.compressed;
packet_data_len = packet.packet_data_len;
if (need_alloc) {
if (compressed) {
packet_data = new char[packet_data_len];
memcpy(packet_data, packet.packet_data, packet_data_len);
}
alloc = true;
record_vec = new mput_record_vec();
mput_record_vec::iterator it;
for (it = packet.record_vec->begin(); it != packet.record_vec->end(); ++it) {
mput_record* rec = new mput_record(**it);
record_vec->push_back(rec);
}
} else {
alloc = packet.alloc;
record_vec = packet.record_vec;
packet_data = packet.packet_data;
}
packet_id = packet.packet_id;
}
request_get_items(request_get_items& packet) : request_get(packet)
{
setPCode(TAIR_REQ_GETITEMS_PACKET);
count = packet.count;
offset = packet.offset;
type = packet.type;
}
request_exists(const uint16_t iarea, const data_entry &ikey)
{
setPCode(TAIR_REQ_EXISTS_PACKET);
server_flag = 0;
area = iarea;
key = ikey;
}
response_lrange ()
{
setPCode (TAIR_RESP_LRANGE_PACKET);
config_version = 0;
values.clear ();
}
request_lrange (int pcode)
{
setPCode (pcode);
server_flag = 0;
area = 0;
start = 0;
end = 0;
}
request_put()
{
setPCode(TAIR_REQ_PUT_PACKET);
server_flag = 0;
area = 0;
version = 0;
expired = 0;
}
request_mupdate()
{
setPCode(TAIR_REQ_MUPDATE_PACKET);
server_flag = 0;
count = 0;
len = 8;
key_and_values = NULL;
}
request_zrevrank (request_zrevrank & packet)
{
setPCode (packet.getPCode ());
server_flag = packet.server_flag;
area = packet.area;
key.clone (packet.key);
}
request_prefix_puts() {
setPCode(TAIR_REQ_PREFIX_PUTS_PACKET);
area = 0;
key_count = 0;
packet_id = 0;
pkey = NULL;
kvmap = NULL;
}
request_sadd()
{
setPCode(TAIR_REQ_SADD_PACKET);
server_flag = 0;
area = 0;
version = 0;
expire = 0;
}
request_expire (request_expire & packet)
{
setPCode (packet.getPCode ());
server_flag = packet.server_flag;
area = packet.area;
expiretime = packet.expiretime;
key.clone (packet.key);
}
request_persist (request_persist & packet)
{
setPCode (packet.getPCode ());
server_flag = packet.server_flag;
area = packet.area;
key.clone (packet.key);
}
request_hexists(const uint16_t iarea, const data_entry &ikey, const data_entry &ifield)
{
setPCode(TAIR_REQ_HEXISTS_PACKET);
server_flag = 0;
area = iarea;
key = ikey;
field = ifield;
}
request_hexists(request_hexists & packet)
{
setPCode(packet.getPCode());
server_flag = packet.server_flag;
area = packet.area;
key.clone(packet.key);
field.clone(packet.field);
}
request_prefix_incdec() {
setPCode(TAIR_REQ_PREFIX_INCDEC_PACKET);
server_flag = 0;
area = 0;
pkey = NULL;
key_count = 0;
packet_id = 0;
key_counter_map = NULL;
}
request_lrange ()
{
setPCode (TAIR_REQ_LRANGE_PACKET);
server_flag = 0;
area = 0;
start = 0;
end = 0;
}
request_zrem ()
{
setPCode (TAIR_REQ_ZREM_PACKET);
server_flag = 0;
area = 0;
version = 0;
expire = 0;
}
response_inval_stat() : base_packet() {
config_version = 0;
key = NULL;
stat_value = NULL;
setPCode(TAIR_RESP_INVAL_STAT_PACKET);
uncompressed_data_size = 0;
group_count = 0;
code = 0;
}
response_zrange()
{
setPCode(TAIR_RESP_ZRANGE_PACKET);
needfree = true;
config_version = 0;
values.clear();
}
response_zrangewithscore()
{
setPCode(TAIR_RESP_ZRANGEWITHSCORE_PACKET);
config_version = 0;
needfree = true;
values.clear();
scores.clear();
}
request_lrange (request_lrange & packet)
{
setPCode (packet.getPCode ());
server_flag = packet.server_flag;
area = packet.area;
start = packet.start;
end = packet.end;
key.clone (packet.key);
}