#include <stdio.h>

#include "test.h"
#include "tests.h"

typedef struct priv PRIV;

struct priv {
  int lfd;
  int cfd;
  } ;

static void run_l_c_cl_cc_run_l(void *pv)
{
 PRIV *p;
 pid_t mypid;
 int fd;
 char c;

 p = pv;
 mypid = getpid();
 printf("l-c-cl-cc: listener is %d\n",(int)mypid);
 sleep(1);
 printf("l-c-cl-cc: listener doing PIDCONN_LISTEN\n");
 sleep(1);
 SET_PIDCONN(fd,PIDCONN_LISTEN,0,0);
 sleep(1);
 printf("l-c-cl-cc: listener sending PID to connecter\n");
 sleep(1);
 mustwrite(p->lfd,&mypid,sizeof(pid_t));
 sleep(1);
 printf("l-c-cl-cc: listener reading interlock from connecter\n");
 sleep(1);
 mustread(p->lfd,&c,1);
 sleep(1);
 printf("l-c-cl-cc: listener closing\n");
 sleep(1);
 close(fd);
 sleep(1);
 printf("l-c-cl-cc: listener writing interlock to connecter\n");
 sleep(1);
 mustwrite(p->lfd,&mypid,sizeof(pid_t));
 sleep(1);
 printf("l-c-cl-cc: listener reading interlock from connecter\n");
 sleep(1);
 mustread(p->lfd,&c,1);
 sleep(1);
 printf("l-c-cl-cc: listener done\n");
}

static void run_l_c_cl_cc_run_c(void *pv)
{
 PRIV *p;
 pid_t lpid;
 int fd;
 char c;

 p = pv;
 printf("l-c-cl-cc: connecter is %d\n",(int)getpid());
 sleep(1);
 printf("l-c-cl-cc: connecter reading PID from listener\n");
 sleep(1);
 mustread(p->cfd,&lpid,sizeof(pid_t));
 sleep(1);
 printf("l-c-cl-cc: connecter doing PIDCONN_CONNECT to %d\n",(int)lpid);
 sleep(1);
 SET_PIDCONN(fd,PIDCONN_CONNECT,0,lpid);
 sleep(1);
 printf("l-c-cl-cc: connecter writing interlock to listener\n");
 sleep(1);
 mustwrite(p->cfd,"",1);
 sleep(1);
 printf("l-c-cl-cc: connecter reading interlock from listener\n");
 sleep(1);
 mustread(p->cfd,&c,1);
 sleep(1);
 printf("l-c-cl-cc: connecter closing\n");
 sleep(1);
 close(fd);
 sleep(1);
 printf("l-c-cl-cc: connecter writing interlock to listener\n");
 sleep(1);
 mustwrite(p->cfd,"",1);
 sleep(1);
 printf("l-c-cl-cc: connecter done\n");
}

static void run_l_c_cl_cc(void)
{
 PRIV p;
 KID *kl;
 KID *kc;

 local_socketpair(&p.lfd,&p.cfd);
 kl = fork_kid(&run_l_c_cl_cc_run_l,&p);
 kc = fork_kid(&run_l_c_cl_cc_run_c,&p);
 close(p.lfd);
 close(p.cfd);
 reap_kid(kl);
 reap_kid(kc);
 printf("l-c-cl-cc: done\n");
}

const TEST test_l_c_cl_cc = { &run_l_c_cl_cc };