void dcRSys::interprete(const char *input){
char *buff = new char[strlen(input)];
strcpy(buff,input);
char *ptr;
ptr = strtok(buff, " ");
if(!ptr) return;
rid *crid = create_rid(ptr);
while(ptr != NULL){
ptr = strtok(NULL, " ");
if(ptr != NULL) link_child(crid, rstr(ptr));
}
last = cmd(crid);
}
// <-> kill()
zz_node * zz_manager::spawn (const char * baby_name, zz_node_type * node_type_to_spawn, bool do_load)
{
zz_node * new_born = NULL;
//if (!node_type_to_spawn) return NULL;
assert(node_type_to_spawn);
// if reuning was turned on, then get the exit_line's.
if (num_reuse > 0) {
if (!exit_line.empty()) { // if there are one more exiting items.
new_born = exit_line.pop(); // get it!
if (new_born && !baby_name) { // if has no name
new_born->set_name(0); // reset as unique name to clear old name
}
}
}
if (!new_born) { // if not found existing instance, then create new instance.
new_born = node_type_to_spawn->create_instance();
}
assert(new_born);
if (baby_name) { // if has specified name, rename to it.
new_born->set_name(baby_name);
}
// else, use default name
// link to this manager. all instances should be linked to the manager.
link_child(new_born);
// set current
_current = new_born;
// if we load() immediately after creating.
if (do_load) {
load(new_born);
}
//ZZ_LOG("manager: %s new_born (%s::%s)\n", this->get_name(), new_born->get_node_type()->type_name, new_born->get_name());
return new_born;
}
/* Init all the menus. Logis is mostly hardcoded */
int init_main_menu()
{
select_menu *aux;
main_menu = init_menu(CONF_COMPILE_OPT,0,0);
if (!main_menu) {
fprintf(output,"Failed to create main menu\n");
return -1;
}
aux = init_menu(MAKE_INSTALL,INTERNAL_COMMAND,(run_action)run_make_install);
if (!aux) {
fprintf(output,"Failed to create menu\n");
return -1;
}
link_sibling(main_menu,aux);
aux = init_menu(MAKE_PROPER,INTERNAL_COMMAND,(run_action)run_make_proper);
if (!aux) {
fprintf(output,"Failed to create menu\n");
return -1;
}
link_sibling(main_menu,aux);
aux = init_menu(CONF_SCRIPT,0,0);
if (!aux) {
fprintf(output,"Failed to create menu\n");
return -1;
}
link_sibling(main_menu,aux);
if (gen_scripts_menu(aux) < 0) {
fprintf(output,"Failed to get all script options\n");
return -1;
}
aux = init_menu(EXIT_SAVE_EVERYTHING,INTERNAL_COMMAND|EXIT_MENUCONFIG,(run_action)save_all_changes);
if (!aux) {
fprintf(output,"Failed to create menu\n");
return -1;
}
link_sibling(main_menu,aux);
aux = init_menu(CONF_COMPILE_FLAGS,0,0);
if (!aux) {
fprintf(output,"Failed to create menu\n");
return -1;
}
link_child(main_menu,aux);
aux = init_menu(CONF_EXCLUDED_MODS,0,0);
if (!aux) {
fprintf(output,"Failed to create menu\n");
return -1;
}
link_child(main_menu,aux);
aux = init_menu(CONF_INSTALL_PREFIX,INTERNAL_COMMAND,(run_action)read_install_prefix);
if (!aux) {
fprintf(output,"Failed to create menu\n");
return -1;
}
link_child(main_menu,aux);
aux = init_menu(CONF_RESET_CHANGES,INTERNAL_COMMAND,
(run_action)reset_unsaved_compile);
if (!aux) {
fprintf(output,"Failed to create menu\n");
return -1;
}
link_child(main_menu,aux);
aux = init_menu(CONF_SAVE_CHANGES,INTERNAL_COMMAND,
(run_action)dump_make_conf);
if (!aux) {
fprintf(output,"Failed to create menu\n");
return -1;
}
link_child(main_menu,aux);
if (parse_make_conf() < 0) {
fprintf(output,"Failed to parse Makefile.conf");
return -1;
}
return 0;
}