spx_private void ydb_storage_syncquery_nio_body_reader(int fd,
struct spx_job_context *jc){/*{{{*/
spx_nio_reader_body_handler(fd,jc);
if(ENOENT == jc->err){
SpxLog1(jc->log,SpxLogWarn,\
"not find out the sync storages.");
goto r1;
}
if(0 != jc->err){
SpxLog2(jc->log,SpxLogError,jc->err,\
"recv the regedit response is fail.");
goto r1;
}
struct spx_msg *ctx = jc->reader_body_ctx;
if(NULL == ctx){
SpxLog2(jc->log,SpxLogError,jc->err,\
"no recved the body ctx.");
goto r1;
}
struct ydb_storage_slave *s = NULL;
size_t unit_size = YDB_MACHINEID_LEN + SpxIpv4Size
+ SpxI32Size + SpxI32Size;
size_t numbs = jc->reader_header->bodylen / unit_size;
size_t i = 0;
for( ; i < numbs; i++){
string_t machineid = spx_msg_unpack_string(ctx,YDB_MACHINEID_LEN,&(jc->err));
string_t ip = spx_msg_unpack_string(ctx,SpxIpv4Size,&(jc->err));
i32_t port = spx_msg_unpack_i32(ctx);
u32_t status = spx_msg_unpack_u32(ctx);
spx_map_get(g_ydb_storage_slaves,machineid,spx_string_len(machineid),\
(void **) &s,NULL);
if(NULL == s){
s = spx_alloc_alone(sizeof(*s),&(jc->err));
if(NULL == s){
continue;
}
s->state = status;
s->machineid = machineid;
s->host.port = port;
s->host.ip = ip;
spx_map_insert(g_ydb_storage_slaves,machineid,spx_string_len(machineid),
s,sizeof(s));
}
if(port != s->host.port){
s->host.port = port;
}
if(0 != spx_string_casecmp_string(machineid,s->machineid)){
spx_string_free(s->machineid);
s->machineid = machineid;
}
s->state = status;
}
r1:
spx_job_context_clear(jc);
}/*}}}*/
struct spx_msg_header *spx_msg_to_header(struct spx_msg *ctx,err_t *err){/*{{{*/
struct spx_msg_header *header = NULL;
if(NULL == ctx){
*err = EINVAL;
return NULL;
}
header = spx_alloc_alone(sizeof(*header),err);
if(NULL == header){
return NULL;
}
header->version = spx_msg_unpack_u32(ctx);
header->protocol = spx_msg_unpack_u32(ctx);
header->bodylen = spx_msg_unpack_u64(ctx);
header->offset = spx_msg_unpack_u64(ctx);
header->is_keepalive = spx_msg_unpack_bool(ctx);
header->err = spx_msg_unpack_u32(ctx);
return header;
}/*}}}*/
