void run_scp_program(sc_memory_context *context, scp_operand *scp_program) { scp_operand arc1, arc2, quest, params; MAKE_DEFAULT_ARC_ASSIGN(arc1); MAKE_DEFAULT_ARC_ASSIGN(arc2); MAKE_DEFAULT_NODE_ASSIGN(quest); scp_program->param_type = SCP_FIXED; genElStr5(context, &quest, &arc1, scp_program, &arc2, ordinal_rrels + 1); quest.param_type = SCP_FIXED; MAKE_DEFAULT_NODE_ASSIGN(params); genElStr5(context, &quest, &arc1, ¶ms, &arc2, ordinal_rrels + 2); set_author(context, &quest, &abstract_scp_machine); genElStr3(context, &question_scp_interpretation_request, &arc1, &quest); genElStr3(context, &question_initiated, &arc1, &quest); }
DictInfo& DictInfo::operator=(const DictInfo& dict_info) { clear(); ifo_file_name = dict_info.ifo_file_name; if(dict_info.is_wordcount()) set_wordcount(dict_info.get_wordcount()); if(dict_info.is_filecount()) set_filecount(dict_info.get_filecount()); if(dict_info.is_synwordcount()) set_synwordcount(dict_info.get_synwordcount()); if(dict_info.is_bookname()) set_bookname(dict_info.get_bookname()); if(dict_info.is_author()) set_author(dict_info.get_author()); if(dict_info.is_email()) set_email(dict_info.get_email()); if(dict_info.is_website()) set_website(dict_info.get_website()); if(dict_info.is_date()) set_date(dict_info.get_date()); if(dict_info.is_description()) set_description(dict_info.get_description()); if(dict_info.is_index_file_size()) set_index_file_size(dict_info.get_index_file_size()); if(dict_info.is_sametypesequence()) set_sametypesequence(dict_info.get_sametypesequence()); if(dict_info.is_dicttype()) set_dicttype(dict_info.get_dicttype()); if(dict_info.is_version()) set_version(dict_info.get_version()); if(dict_info.is_infotype()) set_infotype(dict_info.get_infotype()); f_idxoffsetbits = dict_info.f_idxoffsetbits; return *this; }
void ProjectManager::load_new_game() { _init_resources(); debug("loading the debug map\n"); import(Action, am); import(Branch, bm); import(Event, em); import(Image, im); import(Position, pm); import(Sound, sm); import(Text, tm); import(Variable, vm); { Image* new_elem(new Image()); new_elem->res_data.size = 775; im[0] = new_elem; } { Image* new_elem(new Image()); new_elem->res_data.size = 871; im[1] = new_elem; } set_name("debug game project"); set_author("benoit guina"); m_meta.player.x = 0; m_meta.player.y = 0; m_meta.player.image.id = 1; m_meta.player.image.at_x = 0; m_meta.player.image.at_y = 0; int map_height((int)ProjectManagerBase::map_height); int map_width((int)ProjectManagerBase::map_width); //int map_height(1); //int map_width(1); for (int y = 0; y < map_height; ++y) { for (int x = 0; x < map_width; ++x) { Position* new_elem(new Position()); new_elem->res_data.x = x; new_elem->res_data.y = y; //new_elem->res_data.id_event = 0; new_elem->res_data.id_event = -1; new_elem->res_data.id_image = 0; new_elem->res_data.image_tile_at[0] = 0; new_elem->res_data.image_tile_at[1] = 0; pm[y * ProjectManagerBase::map_width + x] = new_elem; } } { //Event* e = new Event; //em[0] = new ; } debug("debug map created\n"); load(); }
void f_set_author (void) { set_author(sp->u.string); free_string_svalue(sp--); }
bool DictInfo::load_from_ifo_file(const std::string& ifofilename, DictInfoType infotype) { clear(); ifo_file_name=ifofilename; set_infotype(infotype); glib::CharStr buffer; glib::Error error; if (!g_file_get_contents(ifo_file_name.c_str(), get_addr(buffer), NULL, get_addr(error))) { g_critical("Load %s failed. Error: %s.", ifo_file_name.c_str(), error->message); return false; } const gchar *p1 = get_impl(buffer); if(g_str_has_prefix(p1, UTF8_BOM)) p1 += 3; if(!g_utf8_validate(p1, -1, NULL)) { g_critical("Load %s failed: Invalid UTF-8 encoded text.", ifo_file_name.c_str()); return false; } lineno = 1; const gchar *magic_data = NULL; if(infotype == DictInfoType_NormDict) magic_data = NORM_DICT_MAGIC_DATA; else if(infotype == DictInfoType_TreeDict) magic_data = TREE_DICT_MAGIC_DATA; else if(infotype == DictInfoType_ResDb) magic_data = RES_DB_MAGIC_DATA; else return false; if (!g_str_has_prefix(p1, magic_data)) { g_critical("Load %s failed: Incorrect magic data.", ifo_file_name.c_str()); if(g_str_has_prefix(p1, NORM_DICT_MAGIC_DATA)) g_message("File '%s' is an index-based dictionary.", ifo_file_name.c_str()); else if(g_str_has_prefix(p1, TREE_DICT_MAGIC_DATA)) g_message("File '%s' is a tree dictionary.", ifo_file_name.c_str()); else if(g_str_has_prefix(p1, RES_DB_MAGIC_DATA)) g_message("File '%s' is a resource database.", ifo_file_name.c_str()); else g_message("File '%s' is not a StarDict dictionary or it's broken.", ifo_file_name.c_str()); return false; } p1 += strlen(magic_data); p1 = skip_new_line(p1); if(!p1) { g_critical("Load %s failed: Incorrect magic data.", ifo_file_name.c_str()); return false; } std::string key, value; while(true) { ++lineno; p1 = get_key_value(p1, key, value); if(!p1) break; // version must the first option if(!is_version()) { if(key != "version") { g_critical("Load %s failed: \"version\" must be the first option.", ifo_file_name.c_str()); return false; } } if(key == "version") { if(!check_option_duplicate(f_version, "version")) continue; set_version(value); if(infotype == DictInfoType_NormDict) { if(version != "2.4.2" && version != "3.0.0") { g_critical("Load %s failed: Unknown version.", ifo_file_name.c_str()); return false; } } else if(infotype == DictInfoType_TreeDict) { if(version != "2.4.2") { g_critical("Load %s failed: Unknown version.", ifo_file_name.c_str()); return false; } } else if(infotype == DictInfoType_ResDb) { if(version != "3.0.0") { g_critical("Load %s failed: Unknown version.", ifo_file_name.c_str()); return false; } } } else if(key == "idxoffsetbits") { if(!check_option_duplicate(f_idxoffsetbits, "idxoffsetbits")) continue; if(value != "32") { // TODO g_critical("Load %s failed: idxoffsetbits != 32 not supported presently.", ifo_file_name.c_str()); return false; } } else if(key == "wordcount" && (infotype == DictInfoType_NormDict || infotype == DictInfoType_TreeDict)) { if(!check_option_duplicate(f_wordcount, "wordcount")) continue; set_wordcount(atol(value.c_str())); } else if(key == "filecount" && infotype == DictInfoType_ResDb) { if(!check_option_duplicate(f_filecount, "filecount")) continue; set_filecount(atol(value.c_str())); } else if(key == "synwordcount" && infotype == DictInfoType_NormDict) { if(!check_option_duplicate(f_synwordcount, "synwordcount")) continue; set_synwordcount(atol(value.c_str())); } else if(key == "tdxfilesize" && infotype == DictInfoType_TreeDict) { if(!check_option_duplicate(f_index_file_size, "tdxfilesize")) continue; set_index_file_size(atol(value.c_str())); } else if(key == "idxfilesize" && infotype == DictInfoType_NormDict) { if(!check_option_duplicate(f_index_file_size, "idxfilesize")) continue; set_index_file_size(atol(value.c_str())); } else if(key == "ridxfilesize" && infotype == DictInfoType_ResDb) { if(!check_option_duplicate(f_index_file_size, "ridxfilesize")) continue; set_index_file_size(atol(value.c_str())); } else if(key == "dicttype" && infotype == DictInfoType_NormDict) { if(!check_option_duplicate(f_dicttype, "dicttype")) continue; set_dicttype(value); } else if(key == "bookname" && (infotype == DictInfoType_NormDict || infotype == DictInfoType_TreeDict)) { if(!check_option_duplicate(f_bookname, "bookname")) continue; set_bookname(value); } else if(key == "author" && (infotype == DictInfoType_NormDict || infotype == DictInfoType_TreeDict)) { if(!check_option_duplicate(f_author, "author")) continue; set_author(value); } else if(key == "email" && (infotype == DictInfoType_NormDict || infotype == DictInfoType_TreeDict)) { if(!check_option_duplicate(f_email, "email")) continue; set_email(value); } else if(key == "website" && (infotype == DictInfoType_NormDict || infotype == DictInfoType_TreeDict)) { if(!check_option_duplicate(f_website, "website")) continue; set_website(value); } else if(key == "date" && (infotype == DictInfoType_NormDict || infotype == DictInfoType_TreeDict)) { if(!check_option_duplicate(f_date, "date")) continue; set_date(value); } else if(key == "description" && (infotype == DictInfoType_NormDict || infotype == DictInfoType_TreeDict)) { if(!check_option_duplicate(f_description, "description")) continue; std::string temp; decode_description(value.c_str(), value.length(), temp); set_description(temp); } else if(key == "sametypesequence" && (infotype == DictInfoType_NormDict || infotype == DictInfoType_TreeDict)) { if(!check_option_duplicate(f_sametypesequence, "sametypesequence")) continue; set_sametypesequence(value); } else { g_message("Load %s warning: unknown option %s.", ifo_file_name.c_str(), key.c_str()); } } // check required options if((!is_wordcount() || wordcount == 0) && ((infotype == DictInfoType_NormDict || infotype == DictInfoType_TreeDict))) { g_critical("Load %s failed: wordcount not specified or 0.", ifo_file_name.c_str()); return false; } if((!is_filecount() || filecount == 0) && infotype == DictInfoType_ResDb) { g_critical("Load %s failed: filecount not specified or 0.", ifo_file_name.c_str()); return false; } if((!is_bookname() || bookname.empty()) && (infotype == DictInfoType_NormDict || infotype == DictInfoType_TreeDict)) { g_critical("Load %s failed: bookname not specified.", ifo_file_name.c_str()); return false; } if(!is_index_file_size() || index_file_size == 0) { const char* kkey; if(infotype == DictInfoType_NormDict) kkey = "idxfilesize"; else if(infotype == DictInfoType_TreeDict) kkey = "tdxfilesize"; else if(infotype == DictInfoType_ResDb) kkey = "ridxfilesize"; else kkey = ""; g_critical("Load %s failed: %s not specified or 0.", ifo_file_name.c_str(), kkey); return false; } return true; }