static int
rain_dispatch_routine(void)
{
routine_t rid;
int ret = rain_lifequeue_pop(&rid);
if(ret == RAIN_OK){
rain_ctx_t * ctx = rain_ctx_handle_query(rid,false);
if(ctx){
ret = rain_ctx_run(ctx);
rain_ctx_unref(ctx);
if(ret == RAIN_OK){
rain_lifequeue_push(rid);
}
}else{
RAIN_LOG(0,"UNKNOW CTX %x\n",rid);
}
return RAIN_OK;
}
return RAIN_ERROR;
}
static void*
_tryopen(const char *name)
{
int sz1,sz2,sz3,sz4;
sz1 = strlen(MGR->path);
char * lib = "lib";
sz4 = strlen(lib);
sz2 = strlen(name);
char * so = ".so";
sz3 = strlen(so);
int len = sz1+sz4+sz2+sz3+1;
char path[len];
memcpy(path,MGR->path,sz1);
memcpy(path+sz1,lib,sz4);
memcpy(path+sz1+sz4,name,sz2);
memcpy(path+sz1+sz2+sz4,so,sz3);
path[len-1] = 0x00;
void * dl = dlopen(path, RTLD_NOW | RTLD_GLOBAL);
if(!dl){
RAIN_LOG(0,"dlopen-error:%s %s\n",path,dlerror());
}
return dl;
}
static void
_ctx_destroy(struct rain_ctx *ctx)
{
rain_module_init_destroy(ctx->mod,ctx->arg,ctx->exit_code);
int size = wod_array_size(&ctx->arr);
if(size == 0){
wod_array_destroy(&ctx->arr);
}else{
struct rain_ctx_message rmsg;
rain_routine_t rids[size];
rmsg.src = ctx->rid;
rmsg.type = RAIN_MSG_EXIT;
rmsg.u_sz.exitcode = ctx->exit_code;
wod_array_earse(&ctx->arr,0,size,rids);
wod_array_destroy(&ctx->arr);
int i=0;
for(i=0; i<size; i++){
rain_handle_push_message(rids[i],rmsg);
}
}
rain_message_queue_delete(ctx->msgQue,_del_msg);
RAIN_LOG(0,"EXIT.ctx(%x.%s)",ctx->rid,rain_module_get_name(ctx->mod));
_time_exit();
}
