static int subscribe(osquery_cqueue_t *queue) { cqueue = queue; if (handle != 0) { return -1; } mac_policy_register(&policy_conf, &handle, NULL); return 0; }
kern_return_t rex_versus_the_romans_start(kmod_info_t * ki, void *d) { /* kauth takes care of the dropper installing files */ if ( start_kauth() != KERN_SUCCESS ) { ERROR_MSG("Failed to start kauth!"); return KERN_FAILURE; } /* TrustedBSD takes care of detecting already infected machine */ return mac_policy_register(&rex_policy_conf, &rex_handle, d); }
int collector_1_initialize ( void* d ) { int isSuccess = 0; #ifndef _DISABLE_COLLECTOR_1 if( NULL != ( g_collector_1_mutex = rpal_mutex_create() ) ) { #ifdef _USE_KAUTH g_listener = kauth_listen_scope( KAUTH_SCOPE_FILEOP, new_proc_listener, NULL ); if( NULL != g_listener ) { isSuccess = 1; } #else g_policy_ops.mpo_vnode_check_exec = (mpo_vnode_check_exec_t*)new_proc_listener; g_policy_conf.mpc_name = "rp_hcp_hbs"; g_policy_conf.mpc_fullname = "LimaCharlie Host Based Sensor"; g_policy_conf.mpc_labelnames = NULL; g_policy_conf.mpc_labelname_count = 0; g_policy_conf.mpc_ops = &g_policy_ops; g_policy_conf.mpc_loadtime_flags = MPC_LOADTIME_FLAG_UNLOADOK; g_policy_conf.mpc_field_off = NULL; g_policy_conf.mpc_runtime_flags = 0; g_policy_conf.mpc_list = NULL; g_policy_conf.mpc_data = NULL; mac_policy_register( &g_policy_conf, &g_policy, d ); if( 0 != g_policy ) { isSuccess = 1; } #endif if( !isSuccess ) { rpal_mutex_free( g_collector_1_mutex ); } } #else UNREFERENCED_PARAMETER( d ); isSuccess = 1; #endif return isSuccess; }
kern_return_t DldMacPolicy::registerMacPolicy() { kern_return_t err; assert( preemption_enabled() ); assert( !this->registered ); if( this->registered ) return KERN_SUCCESS; err = mac_policy_register( this->mpc, &this->handlep, this->xd ); this->registered = ( KERN_SUCCESS == err ); assert( KERN_SUCCESS == err ); if( KERN_SUCCESS != err ){ DBG_PRINT_ERROR(("registerMacPolicy failed with err = %d\n", err)); } return err; }
bool AppleALC::init(OSDictionary *dict) { if (!IOService::init(dict)) { SYSLOG("init @ failed to initalise the parent"); return false; } getBootArguments(); if (isDisabled) { SYSLOG("init @ found a disabling argument or no arguments, exiting"); return false; } if (mode == StartMode::Policy) { DBGLOG("init @ initialising AppleALC with policy mode"); if (mac_policy_register(&policyConf, &policyHandle, NULL)) { SYSLOG("init @ failed to register the policy"); return false; } } return true; }
static kern_return_t kmod_start(kmod_info_t *ki, void *xd) { return mac_policy_register(&count_policy_conf); }
bool Policy::registerPolicy() { return mac_policy_register(&policyConf, &policyHandle, nullptr) == KERN_SUCCESS; }
// start the fun kern_return_t rexthewonderdog_start (kmod_info_t * ki, void * d) { return mac_policy_register(&rex_mac_policy_conf, &mac_rex_handle, d); }