void
_netbsd_init(void)
{
thestrings.ps_argvstr = (void *)((char *)&myaux - 2);
__ps_strings = &thestrings;
pthread__stacksize = 2*STACK_SIZE;
rump_boot_setsigmodel(RUMP_SIGMODEL_IGNORE);
rump_init();
environ = the_env;
_lwp_rumpxen_scheduler_init();
runinit();
_libc_init();
/* XXX: we should probably use csu, but this is quicker for now */
__progname = "rumpxenstack";
#ifdef RUMP_SYSPROXY
rump_init_server("tcp://0:12345");
#endif
/*
* give all threads a chance to run, and ensure that the main
* thread has gone through a context switch
*/
sched_yield();
}
int
main(int argc, char *argv[])
{
#ifdef RUMP_SYSPROXY
rump_init_server("tcp://0:12345");
#endif
if (bmk_havenet)
nettest();
disktest();
printf("\nTHE END\n");
return 0;
}
int
main(int argc, char *argv[])
{
pthread_t pt;
struct md_conf md;
int fd, error;
if (argc != 2)
exit(1);
md.md_addr = calloc(1, MDSIZE);
md.md_size = MDSIZE;
md.md_type = MD_UMEM_SERVER;
error = rump_daemonize_begin();
REQUIRE(error, "rump_daemonize_begin");
error = rump_init();
REQUIRE(error, "rump_init");
error = rump_init_server("unix://commsock");
REQUIRE(error, "init server");
if ((fd = rump_sys_open(argv[1], O_RDWR)) == -1)
err(1, "open");
/*
* Now, configuring the md driver also causes our process
* to start acting as the worker for the md. Splitting it
* into two steps in the driver is not easy, since md is
* supposed to be unconfigured when the process dies
* (process may exit between calling ioctl1 and ioctl2).
* So, start a probe thread which attempts to read the md
* and declares the md as configured when the read is
* succesful.
*/
error = pthread_create(&pt, NULL, prober, argv[1]);
REQUIRE(error, "pthread_create");
pthread_detach(pt);
if (rump_sys_ioctl(fd, MD_SETCONF, &md) == -1) {
rump_daemonize_done(errno);
exit(1);
}
return 0;
}
