bool_t create_parserinfo_mv(parserinfo_mv_t *pinfo) {
bool_t ok = TRUE;
if( pinfo ) {
memset(pinfo, 0, sizeof(parserinfo_mv_t));
ok &= create_stdparserinfo(&pinfo->std);
ok &= create_rcm(&pinfo->rcm);
ok &= create_tempcollect(&pinfo->sav, "sav", MINVARSIZE, MAXVARSIZE);
if( ok ) {
pinfo->std.setup.flags = STDPARSE_ALLNODES|STDPARSE_ALWAYS_CHARDATA;
pinfo->std.setup.cb.start_tag = start_tag;
pinfo->std.setup.cb.end_tag = end_tag;
pinfo->std.setup.cb.chardata = chardata;
pinfo->std.setup.cb.dfault = dfault;
pinfo->std.setup.start_file_fun = start_file_fun;
pinfo->std.setup.end_file_fun = end_file_fun;
pinfo->flags = 0;
pinfo->tempfile = NULL;
pinfo->tempfd = -1;
}
return ok;
}
return FALSE;
}
static int dsm_init(void)
{
struct dsm_module_state *dsm_state = create_dsm_module_state();
dsm_zero_pfn_init();
printk("[dsm_init] ip : %s\n", ip);
printk("[dsm_init] port : %d\n", port);
if (create_rcm(dsm_state, ip, port))
goto err;
if (dsm_sysfs_setup(dsm_state)) {
destroy_rcm(dsm_state);
}
rdma_listen(dsm_state->rcm->cm_id, 2);
dsm_hook_write(&my_dsm_hook);
err:
return misc_register(&rdma_misc);
}
