static void
_link_exit(void *env,routine_t exitid,int code)
{
test_t * tt = (test_t*)env;
rain_debug(tt->ctx,"_link_exit,jsv8_test:%d,exitid:%d",tt->jsv8_test_id,exitid);
rain_exit(tt->ctx,code);
}
void *
test_init(rain_ctx_t *ctx,char *args)
{
test_t * tt = malloc(sizeof(test_t));
tt->ctx = ctx;
tt->recvsize = 0;
tt->cli = 0;
char arg[1024];
rain_debug(tt->ctx,"TestRunning,arguments:%s",args);
fflush(stdout);
int ret = 0;
sprintf(arg,"ip=%s&port=%d&watchdog=%d&mode=%s","127.0.0.1",8100,rain_routineid(ctx),"epoll");
ret = rain_spawn(ctx,"tcpsvr",arg,&(tt->tcpsvr_id));
if(ret == RAIN_ERROR){
free(tt);
return NULL;
}
rain_link(ctx,tt->tcpsvr_id);
ret = rain_spawn(ctx,"jsv8","test.js",&(tt->jsv8_test_id));
if(ret == RAIN_ERROR){
free(tt);
return NULL;
}
rain_link(ctx,tt->jsv8_test_id);
RAIN_CALLBACK(ctx,_recv,_recv_rsp,_link_exit,_time_out,NULL);
rain_timeout(ctx,60.0,NULL);
return tt;
}
static void
_time_out(void *env,void *userdata)
{
test_t * tt = (test_t*)env;
rain_debug(tt->ctx,"_time_out");
//rain_kill(tt->ctx,tt->tcpsvr_id,0);
rain_kill(tt->ctx,tt->jsv8_test_id,0);
}
int
tcpsvr_listen(tcpsvr_t* svr,const char *host,int port)
{
svr->fd = wod_net_tcp_listen(TCP4,host,port);
rain_debug(svr->ctx,"wod_net_tcp_listen:%d\n",svr->fd);
wod_net_noblock(svr->fd,1);
wod_event_io_add(svr->loop,svr->fd,WV_IO_READ,_doAccept,svr);
return RAIN_OK;
}
void *
test_new(struct rain_ctx *ctx,char *args)
{
test_t * tt = malloc(sizeof(test_t));
tt->ctx = ctx;
tt->recvsize = 0;
tt->cli = 0;
rain_debug(tt->ctx,"TestRunning,arguments:%s",args);
fflush(stdout);
RAIN_CALLBACK(ctx,_recv,_recv_rsp,_link_exit,_time_out,NULL,_tcp_event);
rain_timeout(ctx,60*1000,NULL);
tt->tcp = rain_tcp_listen(ctx,"0.0.0.0",8194);
tt->x = 0;
return tt;
}
static void
_time_out(void *env,void *userdata)
{
test_t * tt = (test_t*)env;
rain_debug(tt->ctx,"_time_out");
}
