/* RetroArch - A frontend for libretro. * Copyright (C) 2010-2014 - Hans-Kristian Arntzen * Copyright (C) 2011-2017 - Daniel De Matteis * Copyright (C) 2016-2019 - Brad Parker * * RetroArch is free software: you can redistribute it and/or modify it under the terms * of the GNU General Public License as published by the Free Software Found- * ation, either version 3 of the License, or (at your option) any later version. * * RetroArch is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; * without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR * PURPOSE. See the GNU General Public License for more details. * * You should have received a copy of the GNU General Public License along with RetroArch. * If not, see . */ #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include "playlist.h" #include "verbosity.h" #include "file_path_special.h" #include "core_info.h" #if defined(ANDROID) #include "play_feature_delivery/play_feature_delivery.h" #endif #ifndef PLAYLIST_ENTRIES #define PLAYLIST_ENTRIES 6 #endif #define WINDOWS_PATH_DELIMITER '\\' #define POSIX_PATH_DELIMITER '/' #ifdef _WIN32 #define LOCAL_FILE_SYSTEM_PATH_DELIMITER WINDOWS_PATH_DELIMITER #define USING_WINDOWS_FILE_SYSTEM #else #define LOCAL_FILE_SYSTEM_PATH_DELIMITER POSIX_PATH_DELIMITER #define USING_POSIX_FILE_SYSTEM #endif struct content_playlist { char *default_core_path; char *default_core_name; char *base_content_directory; struct playlist_entry *entries; playlist_config_t config; /* size_t alignment */ enum playlist_label_display_mode label_display_mode; enum playlist_thumbnail_mode right_thumbnail_mode; enum playlist_thumbnail_mode left_thumbnail_mode; enum playlist_sort_mode sort_mode; bool modified; bool old_format; bool compressed; bool cached_external; }; typedef struct { struct playlist_entry *current_entry; char **current_string_val; unsigned *current_entry_uint_val; enum playlist_label_display_mode *current_meta_label_display_mode_val; enum playlist_thumbnail_mode *current_meta_thumbnail_mode_val; enum playlist_sort_mode *current_meta_sort_mode_val; playlist_t *playlist; unsigned array_depth; unsigned object_depth; bool in_items; bool in_subsystem_roms; bool capacity_exceeded; bool out_of_memory; } JSONContext; /* TODO/FIXME - global state - perhaps move outside this file */ static playlist_t *playlist_cached = NULL; typedef int (playlist_sort_fun_t)( const struct playlist_entry *a, const struct playlist_entry *b); /* TODO/FIXME - hack for allowing the explore view to switch * over to a playlist item */ void playlist_set_cached_external(playlist_t* pl) { playlist_free_cached(); if (!pl) return; playlist_cached = pl; playlist_cached->cached_external = true; } /* Convenience function: copies specified playlist * path to specified playlist configuration object */ void playlist_config_set_path(playlist_config_t *config, const char *path) { if (!config) return; if (!string_is_empty(path)) strlcpy(config->path, path, sizeof(config->path)); else config->path[0] = '\0'; } /* Convenience function: copies base content directory * path to specified playlist configuration object. * Also sets autofix_paths boolean, depending on base * content directory value */ void playlist_config_set_base_content_directory( playlist_config_t* config, const char* path) { if (!config) return; config->autofix_paths = !string_is_empty(path); if (config->autofix_paths) strlcpy(config->base_content_directory, path, sizeof(config->base_content_directory)); else config->base_content_directory[0] = '\0'; } /* Creates a copy of the specified playlist configuration. * Returns false in the event of an error */ bool playlist_config_copy(const playlist_config_t *src, playlist_config_t *dst) { if (!src || !dst) return false; strlcpy(dst->path, src->path, sizeof(dst->path)); strlcpy(dst->base_content_directory, src->base_content_directory, sizeof(dst->base_content_directory)); dst->capacity = src->capacity; dst->old_format = src->old_format; dst->compress = src->compress; dst->fuzzy_archive_match = src->fuzzy_archive_match; dst->autofix_paths = src->autofix_paths; return true; } /* Returns internal playlist configuration object * of specified playlist. * Returns NULL it the event of an error. */ playlist_config_t *playlist_get_config(playlist_t *playlist) { if (!playlist) return NULL; return &playlist->config; } static void path_replace_base_path_and_convert_to_local_file_system( char *out_path, const char *in_path, const char *in_oldrefpath, const char *in_refpath, size_t size) { size_t in_oldrefpath_length = strlen(in_oldrefpath); size_t in_refpath_length = strlen(in_refpath); /* If entry path is inside playlist base path, * replace it with new base content directory */ if (string_starts_with_size(in_path, in_oldrefpath, in_oldrefpath_length)) { memcpy(out_path, in_refpath, in_refpath_length); memcpy(out_path + in_refpath_length, in_path + in_oldrefpath_length, strlen(in_path) - in_oldrefpath_length + 1); #ifdef USING_WINDOWS_FILE_SYSTEM /* If we are running under a Windows filesystem, * '/' characters are not allowed anywhere. * We replace with '\' and hope for the best... */ string_replace_all_chars(out_path, POSIX_PATH_DELIMITER, WINDOWS_PATH_DELIMITER); #endif #ifdef USING_POSIX_FILE_SYSTEM /* Under POSIX filesystem, we replace '\' characters with '/' */ string_replace_all_chars(out_path, WINDOWS_PATH_DELIMITER, POSIX_PATH_DELIMITER); #endif } else strlcpy(out_path, in_path, size); } /** * playlist_path_equal: * @real_path : 'Real' search path, generated by path_resolve_realpath() * @entry_path : Existing playlist entry 'path' value * * Returns 'true' if real_path matches entry_path * (Taking into account relative paths, case insensitive * filesystems, 'incomplete' archive paths) **/ static bool playlist_path_equal(const char *real_path, const char *entry_path, const playlist_config_t *config) { bool real_path_is_compressed; bool entry_real_path_is_compressed; char entry_real_path[PATH_MAX_LENGTH]; entry_real_path[0] = '\0'; /* Sanity check */ if (string_is_empty(real_path) || string_is_empty(entry_path) || !config) return false; /* Get entry 'real' path */ strlcpy(entry_real_path, entry_path, sizeof(entry_real_path)); path_resolve_realpath(entry_real_path, sizeof(entry_real_path), true); if (string_is_empty(entry_real_path)) return false; /* First pass comparison */ #ifdef _WIN32 /* Handle case-insensitive operating systems*/ if (string_is_equal_noncase(real_path, entry_real_path)) return true; #else if (string_is_equal(real_path, entry_real_path)) return true; #endif #ifdef RARCH_INTERNAL /* If fuzzy matching is disabled, we can give up now */ if (!config->fuzzy_archive_match) return false; #endif /* If we reach this point, we have to work * harder... * Need to handle a rather awkward archive file * case where: * - playlist path contains a properly formatted * [archive_path][delimiter][rom_file] * - search path is just [archive_path] * ...or vice versa. * This pretty much always happens when a playlist * is generated via scan content (which handles the * archive paths correctly), but the user subsequently * loads an archive file via the command line or some * external launcher (where the [delimiter][rom_file] * part is almost always omitted) */ real_path_is_compressed = path_is_compressed_file(real_path); entry_real_path_is_compressed = path_is_compressed_file(entry_real_path); if ((real_path_is_compressed && !entry_real_path_is_compressed) || (!real_path_is_compressed && entry_real_path_is_compressed)) { const char *compressed_path_a = real_path_is_compressed ? real_path : entry_real_path; const char *full_path = real_path_is_compressed ? entry_real_path : real_path; const char *delim = path_get_archive_delim(full_path); if (delim) { char compressed_path_b[PATH_MAX_LENGTH] = {0}; unsigned len = (unsigned)(1 + delim - full_path); strlcpy(compressed_path_b, full_path, (len < PATH_MAX_LENGTH ? len : PATH_MAX_LENGTH) * sizeof(char)); #ifdef _WIN32 /* Handle case-insensitive operating systems*/ if (string_is_equal_noncase(compressed_path_a, compressed_path_b)) return true; #else if (string_is_equal(compressed_path_a, compressed_path_b)) return true; #endif } } return false; } /** * playlist_core_path_equal: * @real_core_path : 'Real' search path, generated by path_resolve_realpath() * @entry_core_path : Existing playlist entry 'core path' value * @config : Playlist config parameters * * Returns 'true' if real_core_path matches entry_core_path * (Taking into account relative paths, case insensitive * filesystems) **/ static bool playlist_core_path_equal(const char *real_core_path, const char *entry_core_path, const playlist_config_t *config) { char entry_real_core_path[PATH_MAX_LENGTH]; entry_real_core_path[0] = '\0'; /* Sanity check */ if (string_is_empty(real_core_path) || string_is_empty(entry_core_path)) return false; /* Get entry 'real' core path */ strlcpy(entry_real_core_path, entry_core_path, sizeof(entry_real_core_path)); if (!string_is_equal(entry_real_core_path, FILE_PATH_DETECT) && !string_is_equal(entry_real_core_path, FILE_PATH_BUILTIN)) playlist_resolve_path(PLAYLIST_SAVE, true, entry_real_core_path, sizeof(entry_real_core_path)); if (string_is_empty(entry_real_core_path)) return false; #ifdef _WIN32 /* Handle case-insensitive operating systems*/ if (string_is_equal_noncase(real_core_path, entry_real_core_path)) return true; #else if (string_is_equal(real_core_path, entry_real_core_path)) return true; #endif if (config->autofix_paths && core_info_core_file_id_is_equal(real_core_path, entry_core_path)) return true; return false; } uint32_t playlist_get_size(playlist_t *playlist) { if (!playlist) return 0; return (uint32_t)RBUF_LEN(playlist->entries); } char *playlist_get_conf_path(playlist_t *playlist) { if (!playlist) return NULL; return playlist->config.path; } /** * playlist_get_index: * @playlist : Playlist handle. * @idx : Index of playlist entry. * @path : Path of playlist entry. * @core_path : Core path of playlist entry. * @core_name : Core name of playlist entry. * * Gets values of playlist index: **/ void playlist_get_index(playlist_t *playlist, size_t idx, const struct playlist_entry **entry) { if (!playlist || !entry || (idx >= RBUF_LEN(playlist->entries))) return; *entry = &playlist->entries[idx]; } /** * playlist_free_entry: * @entry : Playlist entry handle. * * Frees playlist entry. **/ static void playlist_free_entry(struct playlist_entry *entry) { if (!entry) return; if (entry->path) free(entry->path); if (entry->label) free(entry->label); if (entry->core_path) free(entry->core_path); if (entry->core_name) free(entry->core_name); if (entry->db_name) free(entry->db_name); if (entry->crc32) free(entry->crc32); if (entry->subsystem_ident) free(entry->subsystem_ident); if (entry->subsystem_name) free(entry->subsystem_name); if (entry->runtime_str) free(entry->runtime_str); if (entry->last_played_str) free(entry->last_played_str); if (entry->subsystem_roms) string_list_free(entry->subsystem_roms); entry->path = NULL; entry->label = NULL; entry->core_path = NULL; entry->core_name = NULL; entry->db_name = NULL; entry->crc32 = NULL; entry->subsystem_ident = NULL; entry->subsystem_name = NULL; entry->runtime_str = NULL; entry->last_played_str = NULL; entry->subsystem_roms = NULL; entry->runtime_status = PLAYLIST_RUNTIME_UNKNOWN; entry->runtime_hours = 0; entry->runtime_minutes = 0; entry->runtime_seconds = 0; entry->last_played_year = 0; entry->last_played_month = 0; entry->last_played_day = 0; entry->last_played_hour = 0; entry->last_played_minute = 0; entry->last_played_second = 0; } /** * playlist_delete_index: * @playlist : Playlist handle. * @idx : Index of playlist entry. * * Delete the entry at the index: **/ void playlist_delete_index(playlist_t *playlist, size_t idx) { size_t len; struct playlist_entry *entry_to_delete; if (!playlist) return; len = RBUF_LEN(playlist->entries); if (idx >= len) return; /* Free unwanted entry */ entry_to_delete = (struct playlist_entry *)(playlist->entries + idx); if (entry_to_delete) playlist_free_entry(entry_to_delete); /* Shift remaining entries to fill the gap */ memmove(playlist->entries + idx, playlist->entries + idx + 1, (len - 1 - idx) * sizeof(struct playlist_entry)); RBUF_RESIZE(playlist->entries, len - 1); playlist->modified = true; } /** * playlist_delete_by_path: * @playlist : Playlist handle. * @search_path : Content path. * * Deletes all entries with content path * matching 'search_path' **/ void playlist_delete_by_path(playlist_t *playlist, const char *search_path) { size_t i = 0; char real_search_path[PATH_MAX_LENGTH]; real_search_path[0] = '\0'; if (!playlist || string_is_empty(search_path)) return; /* Get 'real' search path */ strlcpy(real_search_path, search_path, sizeof(real_search_path)); path_resolve_realpath(real_search_path, sizeof(real_search_path), true); while (i < RBUF_LEN(playlist->entries)) { if (!playlist_path_equal(real_search_path, playlist->entries[i].path, &playlist->config)) { i++; continue; } /* Paths are equal - delete entry */ playlist_delete_index(playlist, i); /* Entries are shifted up by the delete * operation - *do not* increment i */ } } void playlist_get_index_by_path(playlist_t *playlist, const char *search_path, const struct playlist_entry **entry) { size_t i, len; char real_search_path[PATH_MAX_LENGTH]; real_search_path[0] = '\0'; if (!playlist || !entry || string_is_empty(search_path)) return; /* Get 'real' search path */ strlcpy(real_search_path, search_path, sizeof(real_search_path)); path_resolve_realpath(real_search_path, sizeof(real_search_path), true); for (i = 0, len = RBUF_LEN(playlist->entries); i < len; i++) { if (!playlist_path_equal(real_search_path, playlist->entries[i].path, &playlist->config)) continue; *entry = &playlist->entries[i]; break; } } bool playlist_entry_exists(playlist_t *playlist, const char *path) { size_t i, len; char real_search_path[PATH_MAX_LENGTH]; real_search_path[0] = '\0'; if (!playlist || string_is_empty(path)) return false; /* Get 'real' search path */ strlcpy(real_search_path, path, sizeof(real_search_path)); path_resolve_realpath(real_search_path, sizeof(real_search_path), true); for (i = 0, len = RBUF_LEN(playlist->entries); i < len; i++) { if (playlist_path_equal(real_search_path, playlist->entries[i].path, &playlist->config)) return true; } return false; } void playlist_update(playlist_t *playlist, size_t idx, const struct playlist_entry *update_entry) { struct playlist_entry *entry = NULL; if (!playlist || idx >= RBUF_LEN(playlist->entries)) return; entry = &playlist->entries[idx]; if (update_entry->path && (update_entry->path != entry->path)) { if (entry->path) free(entry->path); entry->path = strdup(update_entry->path); playlist->modified = true; } if (update_entry->label && (update_entry->label != entry->label)) { if (entry->label) free(entry->label); entry->label = strdup(update_entry->label); playlist->modified = true; } if (update_entry->core_path && (update_entry->core_path != entry->core_path)) { if (entry->core_path) free(entry->core_path); entry->core_path = NULL; entry->core_path = strdup(update_entry->core_path); playlist->modified = true; } if (update_entry->core_name && (update_entry->core_name != entry->core_name)) { if (entry->core_name) free(entry->core_name); entry->core_name = strdup(update_entry->core_name); playlist->modified = true; } if (update_entry->db_name && (update_entry->db_name != entry->db_name)) { if (entry->db_name) free(entry->db_name); entry->db_name = strdup(update_entry->db_name); playlist->modified = true; } if (update_entry->crc32 && (update_entry->crc32 != entry->crc32)) { if (entry->crc32) free(entry->crc32); entry->crc32 = strdup(update_entry->crc32); playlist->modified = true; } } void playlist_update_runtime(playlist_t *playlist, size_t idx, const struct playlist_entry *update_entry, bool register_update) { struct playlist_entry *entry = NULL; if (!playlist || idx >= RBUF_LEN(playlist->entries)) return; entry = &playlist->entries[idx]; if (update_entry->path && (update_entry->path != entry->path)) { if (entry->path) free(entry->path); entry->path = NULL; entry->path = strdup(update_entry->path); playlist->modified = playlist->modified || register_update; } if (update_entry->core_path && (update_entry->core_path != entry->core_path)) { if (entry->core_path) free(entry->core_path); entry->core_path = NULL; entry->core_path = strdup(update_entry->core_path); playlist->modified = playlist->modified || register_update; } if (update_entry->runtime_status != entry->runtime_status) { entry->runtime_status = update_entry->runtime_status; playlist->modified = playlist->modified || register_update; } if (update_entry->runtime_hours != entry->runtime_hours) { entry->runtime_hours = update_entry->runtime_hours; playlist->modified = playlist->modified || register_update; } if (update_entry->runtime_minutes != entry->runtime_minutes) { entry->runtime_minutes = update_entry->runtime_minutes; playlist->modified = playlist->modified || register_update; } if (update_entry->runtime_seconds != entry->runtime_seconds) { entry->runtime_seconds = update_entry->runtime_seconds; playlist->modified = playlist->modified || register_update; } if (update_entry->last_played_year != entry->last_played_year) { entry->last_played_year = update_entry->last_played_year; playlist->modified = playlist->modified || register_update; } if (update_entry->last_played_month != entry->last_played_month) { entry->last_played_month = update_entry->last_played_month; playlist->modified = playlist->modified || register_update; } if (update_entry->last_played_day != entry->last_played_day) { entry->last_played_day = update_entry->last_played_day; playlist->modified = playlist->modified || register_update; } if (update_entry->last_played_hour != entry->last_played_hour) { entry->last_played_hour = update_entry->last_played_hour; playlist->modified = playlist->modified || register_update; } if (update_entry->last_played_minute != entry->last_played_minute) { entry->last_played_minute = update_entry->last_played_minute; playlist->modified = playlist->modified || register_update; } if (update_entry->last_played_second != entry->last_played_second) { entry->last_played_second = update_entry->last_played_second; playlist->modified = playlist->modified || register_update; } if (update_entry->runtime_str && (update_entry->runtime_str != entry->runtime_str)) { if (entry->runtime_str) free(entry->runtime_str); entry->runtime_str = NULL; entry->runtime_str = strdup(update_entry->runtime_str); playlist->modified = playlist->modified || register_update; } if (update_entry->last_played_str && (update_entry->last_played_str != entry->last_played_str)) { if (entry->last_played_str) free(entry->last_played_str); entry->last_played_str = NULL; entry->last_played_str = strdup(update_entry->last_played_str); playlist->modified = playlist->modified || register_update; } } bool playlist_push_runtime(playlist_t *playlist, const struct playlist_entry *entry) { size_t i, len; char real_path[PATH_MAX_LENGTH]; char real_core_path[PATH_MAX_LENGTH]; if (!playlist || !entry) return false; if (string_is_empty(entry->core_path)) { RARCH_ERR("cannot push NULL or empty core path into the playlist.\n"); return false; } real_path[0] = '\0'; real_core_path[0] = '\0'; /* Get 'real' path */ if (!string_is_empty(entry->path)) { strlcpy(real_path, entry->path, sizeof(real_path)); playlist_resolve_path(PLAYLIST_SAVE, false, real_path, sizeof(real_path)); } /* Get 'real' core path */ strlcpy(real_core_path, entry->core_path, sizeof(real_core_path)); if (!string_is_equal(real_core_path, FILE_PATH_DETECT) && !string_is_equal(real_core_path, FILE_PATH_BUILTIN)) playlist_resolve_path(PLAYLIST_SAVE, true, real_core_path, sizeof(real_core_path)); if (string_is_empty(real_core_path)) { RARCH_ERR("cannot push NULL or empty core path into the playlist.\n"); return false; } len = RBUF_LEN(playlist->entries); for (i = 0; i < len; i++) { struct playlist_entry tmp; const char *entry_path = playlist->entries[i].path; bool equal_path = (string_is_empty(real_path) && string_is_empty(entry_path)) || playlist_path_equal(real_path, entry_path, &playlist->config); /* Core name can have changed while still being the same core. * Differentiate based on the core path only. */ if (!equal_path) continue; if (!playlist_core_path_equal(real_core_path, playlist->entries[i].core_path, &playlist->config)) continue; /* If top entry, we don't want to push a new entry since * the top and the entry to be pushed are the same. */ if (i == 0) return false; /* Seen it before, bump to top. */ tmp = playlist->entries[i]; memmove(playlist->entries + 1, playlist->entries, i * sizeof(struct playlist_entry)); playlist->entries[0] = tmp; goto success; } if (playlist->config.capacity == 0) return false; if (len == playlist->config.capacity) { struct playlist_entry *last_entry = &playlist->entries[len - 1]; playlist_free_entry(last_entry); len--; } else { /* Allocate memory to fit one more item and resize the buffer */ if (!RBUF_TRYFIT(playlist->entries, len + 1)) return false; /* out of memory */ RBUF_RESIZE(playlist->entries, len + 1); } if (playlist->entries) { memmove(playlist->entries + 1, playlist->entries, len * sizeof(struct playlist_entry)); playlist->entries[0].path = NULL; playlist->entries[0].core_path = NULL; if (!string_is_empty(real_path)) playlist->entries[0].path = strdup(real_path); if (!string_is_empty(real_core_path)) playlist->entries[0].core_path = strdup(real_core_path); playlist->entries[0].runtime_status = entry->runtime_status; playlist->entries[0].runtime_hours = entry->runtime_hours; playlist->entries[0].runtime_minutes = entry->runtime_minutes; playlist->entries[0].runtime_seconds = entry->runtime_seconds; playlist->entries[0].last_played_year = entry->last_played_year; playlist->entries[0].last_played_month = entry->last_played_month; playlist->entries[0].last_played_day = entry->last_played_day; playlist->entries[0].last_played_hour = entry->last_played_hour; playlist->entries[0].last_played_minute = entry->last_played_minute; playlist->entries[0].last_played_second = entry->last_played_second; playlist->entries[0].runtime_str = NULL; playlist->entries[0].last_played_str = NULL; if (!string_is_empty(entry->runtime_str)) playlist->entries[0].runtime_str = strdup(entry->runtime_str); if (!string_is_empty(entry->last_played_str)) playlist->entries[0].last_played_str = strdup(entry->last_played_str); } success: playlist->modified = true; return true; } /** * playlist_resolve_path: * @mode : PLAYLIST_LOAD or PLAYLIST_SAVE * @is_core : Set true if path to be resolved is a core file * @path : The path to be modified * * Resolves the path of an item, such as the content path or path to the core, to a format * appropriate for saving or loading depending on the @mode parameter * * Can be platform specific. File paths for saving can be abbreviated to avoid saving absolute * paths, as the base directory (home or application dir) may change after each subsequent * install (iOS) **/ void playlist_resolve_path(enum playlist_file_mode mode, bool is_core, char *path, size_t len) { #ifdef HAVE_COCOATOUCH char tmp[PATH_MAX_LENGTH]; if (mode == PLAYLIST_LOAD) { fill_pathname_expand_special(tmp, path, sizeof(tmp)); strlcpy(path, tmp, len); } else { /* iOS needs to call realpath here since the call * above fails due to possibly buffer related issues. * Try to expand the path to ensure that it gets saved * correctly. The path can be abbreviated if saving to * a playlist from another playlist (ex: content history to favorites) */ char tmp2[PATH_MAX_LENGTH]; fill_pathname_expand_special(tmp, path, sizeof(tmp)); realpath(tmp, tmp2); fill_pathname_abbreviate_special(path, tmp2, len); } #else bool resolve_symlinks = true; if (mode == PLAYLIST_LOAD) return; #if defined(ANDROID) /* Can't resolve symlinks when dealing with cores * installed via play feature delivery, because the * source files have non-standard file names (which * will not be recognised by regular core handling * routines) */ if (is_core) resolve_symlinks = !play_feature_delivery_enabled(); #endif path_resolve_realpath(path, len, resolve_symlinks); #endif } /** * playlist_push: * @playlist : Playlist handle. * * Push entry to top of playlist. **/ bool playlist_push(playlist_t *playlist, const struct playlist_entry *entry) { size_t i, len; char real_path[PATH_MAX_LENGTH]; char real_core_path[PATH_MAX_LENGTH]; const char *core_name = entry->core_name; bool entry_updated = false; real_path[0] = '\0'; real_core_path[0] = '\0'; if (!playlist || !entry) return false; if (string_is_empty(entry->core_path)) { RARCH_ERR("cannot push NULL or empty core path into the playlist.\n"); return false; } /* Get 'real' path */ if (!string_is_empty(entry->path)) { strlcpy(real_path, entry->path, sizeof(real_path)); playlist_resolve_path(PLAYLIST_SAVE, false, real_path, sizeof(real_path)); } /* Get 'real' core path */ strlcpy(real_core_path, entry->core_path, sizeof(real_core_path)); if (!string_is_equal(real_core_path, FILE_PATH_DETECT) && !string_is_equal(real_core_path, FILE_PATH_BUILTIN)) playlist_resolve_path(PLAYLIST_SAVE, true, real_core_path, sizeof(real_core_path)); if (string_is_empty(real_core_path)) { RARCH_ERR("cannot push NULL or empty core path into the playlist.\n"); return false; } if (string_is_empty(core_name)) { static char base_path[255] = {0}; fill_pathname_base_noext(base_path, real_core_path, sizeof(base_path)); core_name = base_path; if (string_is_empty(core_name)) { RARCH_ERR("cannot push NULL or empty core name into the playlist.\n"); return false; } } len = RBUF_LEN(playlist->entries); for (i = 0; i < len; i++) { struct playlist_entry tmp; const char *entry_path = playlist->entries[i].path; bool equal_path = (string_is_empty(real_path) && string_is_empty(entry_path)) || playlist_path_equal(real_path, entry_path, &playlist->config); /* Core name can have changed while still being the same core. * Differentiate based on the core path only. */ if (!equal_path) continue; if (!playlist_core_path_equal(real_core_path, playlist->entries[i].core_path, &playlist->config)) continue; if ( !string_is_empty(entry->subsystem_ident) && !string_is_empty(playlist->entries[i].subsystem_ident) && !string_is_equal(playlist->entries[i].subsystem_ident, entry->subsystem_ident)) continue; if ( string_is_empty(entry->subsystem_ident) && !string_is_empty(playlist->entries[i].subsystem_ident)) continue; if ( !string_is_empty(entry->subsystem_ident) && string_is_empty(playlist->entries[i].subsystem_ident)) continue; if ( !string_is_empty(entry->subsystem_name) && !string_is_empty(playlist->entries[i].subsystem_name) && !string_is_equal(playlist->entries[i].subsystem_name, entry->subsystem_name)) continue; if ( string_is_empty(entry->subsystem_name) && !string_is_empty(playlist->entries[i].subsystem_name)) continue; if ( !string_is_empty(entry->subsystem_name) && string_is_empty(playlist->entries[i].subsystem_name)) continue; if (entry->subsystem_roms) { unsigned j; const struct string_list *roms = playlist->entries[i].subsystem_roms; bool unequal = false; if (entry->subsystem_roms->size != roms->size) continue; for (j = 0; j < entry->subsystem_roms->size; j++) { char real_rom_path[PATH_MAX_LENGTH]; real_rom_path[0] = '\0'; if (!string_is_empty(entry->subsystem_roms->elems[j].data)) { strlcpy(real_rom_path, entry->subsystem_roms->elems[j].data, sizeof(real_rom_path)); path_resolve_realpath(real_rom_path, sizeof(real_rom_path), true); } if (!playlist_path_equal(real_rom_path, roms->elems[j].data, &playlist->config)) { unequal = true; break; } } if (unequal) continue; } /* If content was previously loaded via file browser * or command line, certain entry values will be missing. * If we are now loading the same content from a playlist, * fill in any blanks */ if (!playlist->entries[i].label && !string_is_empty(entry->label)) { playlist->entries[i].label = strdup(entry->label); entry_updated = true; } if (!playlist->entries[i].crc32 && !string_is_empty(entry->crc32)) { playlist->entries[i].crc32 = strdup(entry->crc32); entry_updated = true; } if (!playlist->entries[i].db_name && !string_is_empty(entry->db_name)) { playlist->entries[i].db_name = strdup(entry->db_name); entry_updated = true; } /* If top entry, we don't want to push a new entry since * the top and the entry to be pushed are the same. */ if (i == 0) { if (entry_updated) goto success; return false; } /* Seen it before, bump to top. */ tmp = playlist->entries[i]; memmove(playlist->entries + 1, playlist->entries, i * sizeof(struct playlist_entry)); playlist->entries[0] = tmp; goto success; } if (playlist->config.capacity == 0) return false; if (len == playlist->config.capacity) { struct playlist_entry *last_entry = &playlist->entries[len - 1]; playlist_free_entry(last_entry); len--; } else { /* Allocate memory to fit one more item and resize the buffer */ if (!RBUF_TRYFIT(playlist->entries, len + 1)) return false; /* out of memory */ RBUF_RESIZE(playlist->entries, len + 1); } if (playlist->entries) { memmove(playlist->entries + 1, playlist->entries, len * sizeof(struct playlist_entry)); playlist->entries[0].path = NULL; playlist->entries[0].label = NULL; playlist->entries[0].core_path = NULL; playlist->entries[0].core_name = NULL; playlist->entries[0].db_name = NULL; playlist->entries[0].crc32 = NULL; playlist->entries[0].subsystem_ident = NULL; playlist->entries[0].subsystem_name = NULL; playlist->entries[0].runtime_str = NULL; playlist->entries[0].last_played_str = NULL; playlist->entries[0].subsystem_roms = NULL; playlist->entries[0].runtime_status = PLAYLIST_RUNTIME_UNKNOWN; playlist->entries[0].runtime_hours = 0; playlist->entries[0].runtime_minutes = 0; playlist->entries[0].runtime_seconds = 0; playlist->entries[0].last_played_year = 0; playlist->entries[0].last_played_month = 0; playlist->entries[0].last_played_day = 0; playlist->entries[0].last_played_hour = 0; playlist->entries[0].last_played_minute = 0; playlist->entries[0].last_played_second = 0; if (!string_is_empty(real_path)) playlist->entries[0].path = strdup(real_path); if (!string_is_empty(entry->label)) playlist->entries[0].label = strdup(entry->label); if (!string_is_empty(real_core_path)) playlist->entries[0].core_path = strdup(real_core_path); if (!string_is_empty(core_name)) playlist->entries[0].core_name = strdup(core_name); if (!string_is_empty(entry->db_name)) playlist->entries[0].db_name = strdup(entry->db_name); if (!string_is_empty(entry->crc32)) playlist->entries[0].crc32 = strdup(entry->crc32); if (!string_is_empty(entry->subsystem_ident)) playlist->entries[0].subsystem_ident = strdup(entry->subsystem_ident); if (!string_is_empty(entry->subsystem_name)) playlist->entries[0].subsystem_name = strdup(entry->subsystem_name); if (entry->subsystem_roms) { union string_list_elem_attr attributes = {0}; playlist->entries[0].subsystem_roms = string_list_new(); for (i = 0; i < entry->subsystem_roms->size; i++) string_list_append(playlist->entries[0].subsystem_roms, entry->subsystem_roms->elems[i].data, attributes); } } success: playlist->modified = true; return true; } void playlist_write_runtime_file(playlist_t *playlist) { size_t i, len; intfstream_t *file = NULL; rjsonwriter_t* writer; if (!playlist || !playlist->modified) return; file = intfstream_open_file(playlist->config.path, RETRO_VFS_FILE_ACCESS_WRITE, RETRO_VFS_FILE_ACCESS_HINT_NONE); if (!file) { RARCH_ERR("Failed to write to playlist file: %s\n", playlist->config.path); return; } writer = rjsonwriter_open_stream(file); if (!writer) { RARCH_ERR("Failed to create JSON writer\n"); goto end; } rjsonwriter_add_start_object(writer); rjsonwriter_add_newline(writer); rjsonwriter_add_spaces(writer, 2); rjsonwriter_add_string(writer, "version"); rjsonwriter_add_colon(writer); rjsonwriter_add_space(writer); rjsonwriter_add_string(writer, "1.0"); rjsonwriter_add_comma(writer); rjsonwriter_add_newline(writer); rjsonwriter_add_spaces(writer, 2); rjsonwriter_add_string(writer, "items"); rjsonwriter_add_colon(writer); rjsonwriter_add_space(writer); rjsonwriter_add_start_array(writer); rjsonwriter_add_newline(writer); for (i = 0, len = RBUF_LEN(playlist->entries); i < len; i++) { rjsonwriter_add_spaces(writer, 4); rjsonwriter_add_start_object(writer); rjsonwriter_add_newline(writer); rjsonwriter_add_spaces(writer, 6); rjsonwriter_add_string(writer, "path"); rjsonwriter_add_colon(writer); rjsonwriter_add_space(writer); rjsonwriter_add_string(writer, playlist->entries[i].path); rjsonwriter_add_comma(writer); rjsonwriter_add_newline(writer); rjsonwriter_add_spaces(writer, 6); rjsonwriter_add_string(writer, "core_path"); rjsonwriter_add_colon(writer); rjsonwriter_add_space(writer); rjsonwriter_add_string(writer, playlist->entries[i].core_path); rjsonwriter_add_comma(writer); rjsonwriter_add_newline(writer); rjsonwriter_add_spaces(writer, 6); rjsonwriter_add_string(writer, "runtime_hours"); rjsonwriter_add_colon(writer); rjsonwriter_add_space(writer); rjsonwriter_add_unsigned(writer, playlist->entries[i].runtime_hours); rjsonwriter_add_comma(writer); rjsonwriter_add_newline(writer); rjsonwriter_add_spaces(writer, 6); rjsonwriter_add_string(writer, "runtime_minutes"); rjsonwriter_add_colon(writer); rjsonwriter_add_space(writer); rjsonwriter_add_unsigned(writer, playlist->entries[i].runtime_minutes); rjsonwriter_add_comma(writer); rjsonwriter_add_newline(writer); rjsonwriter_add_spaces(writer, 6); rjsonwriter_add_string(writer, "runtime_seconds"); rjsonwriter_add_colon(writer); rjsonwriter_add_space(writer); rjsonwriter_add_unsigned(writer, playlist->entries[i].runtime_seconds); rjsonwriter_add_comma(writer); rjsonwriter_add_newline(writer); rjsonwriter_add_spaces(writer, 6); rjsonwriter_add_string(writer, "last_played_year"); rjsonwriter_add_colon(writer); rjsonwriter_add_space(writer); rjsonwriter_add_unsigned(writer, playlist->entries[i].last_played_year); rjsonwriter_add_comma(writer); rjsonwriter_add_newline(writer); rjsonwriter_add_spaces(writer, 6); rjsonwriter_add_string(writer, "last_played_month"); rjsonwriter_add_colon(writer); rjsonwriter_add_space(writer); rjsonwriter_add_unsigned(writer, playlist->entries[i].last_played_month); rjsonwriter_add_comma(writer); rjsonwriter_add_newline(writer); rjsonwriter_add_spaces(writer, 6); rjsonwriter_add_string(writer, "last_played_day"); rjsonwriter_add_colon(writer); rjsonwriter_add_space(writer); rjsonwriter_add_unsigned(writer, playlist->entries[i].last_played_day); rjsonwriter_add_comma(writer); rjsonwriter_add_newline(writer); rjsonwriter_add_spaces(writer, 6); rjsonwriter_add_string(writer, "last_played_hour"); rjsonwriter_add_colon(writer); rjsonwriter_add_space(writer); rjsonwriter_add_unsigned(writer, playlist->entries[i].last_played_hour); rjsonwriter_add_comma(writer); rjsonwriter_add_newline(writer); rjsonwriter_add_spaces(writer, 6); rjsonwriter_add_string(writer, "last_played_minute"); rjsonwriter_add_colon(writer); rjsonwriter_add_space(writer); rjsonwriter_add_unsigned(writer, playlist->entries[i].last_played_minute); rjsonwriter_add_comma(writer); rjsonwriter_add_newline(writer); rjsonwriter_add_spaces(writer, 6); rjsonwriter_add_string(writer, "last_played_second"); rjsonwriter_add_colon(writer); rjsonwriter_add_space(writer); rjsonwriter_add_unsigned(writer, playlist->entries[i].last_played_second); rjsonwriter_add_newline(writer); rjsonwriter_add_spaces(writer, 4); rjsonwriter_add_end_object(writer); if (i < len - 1) rjsonwriter_add_comma(writer); rjsonwriter_add_newline(writer); } rjsonwriter_add_spaces(writer, 2); rjsonwriter_add_end_array(writer); rjsonwriter_add_newline(writer); rjsonwriter_add_end_object(writer); rjsonwriter_add_newline(writer); rjsonwriter_free(writer); playlist->modified = false; playlist->old_format = false; playlist->compressed = false; RARCH_LOG("[Playlist]: Written to playlist file: %s\n", playlist->config.path); end: intfstream_close(file); free(file); } void playlist_write_file(playlist_t *playlist) { size_t i, len; intfstream_t *file = NULL; bool compressed = false; /* Playlist will be written if any of the * following are true: * > 'modified' flag is set * > Current playlist format (old/new) does not * match requested * > Current playlist compression status does * not match requested */ if (!playlist || !(playlist->modified || #if defined(HAVE_ZLIB) (playlist->compressed != playlist->config.compress) || #endif (playlist->old_format != playlist->config.old_format))) return; #if defined(HAVE_ZLIB) if (playlist->config.compress) file = intfstream_open_rzip_file(playlist->config.path, RETRO_VFS_FILE_ACCESS_WRITE); else #endif file = intfstream_open_file(playlist->config.path, RETRO_VFS_FILE_ACCESS_WRITE, RETRO_VFS_FILE_ACCESS_HINT_NONE); if (!file) { RARCH_ERR("Failed to write to playlist file: %s\n", playlist->config.path); return; } /* Get current file compression state */ compressed = intfstream_is_compressed(file); #ifdef RARCH_INTERNAL if (playlist->config.old_format) { for (i = 0, len = RBUF_LEN(playlist->entries); i < len; i++) intfstream_printf(file, "%s\n%s\n%s\n%s\n%s\n%s\n", playlist->entries[i].path ? playlist->entries[i].path : "", playlist->entries[i].label ? playlist->entries[i].label : "", playlist->entries[i].core_path ? playlist->entries[i].core_path : "", playlist->entries[i].core_name ? playlist->entries[i].core_name : "", playlist->entries[i].crc32 ? playlist->entries[i].crc32 : "", playlist->entries[i].db_name ? playlist->entries[i].db_name : "" ); /* Add metadata lines * > We add these at the end of the file to prevent * breakage if the playlist is loaded with an older * version of RetroArch */ intfstream_printf( file, "default_core_path = \"%s\"\n" "default_core_name = \"%s\"\n" "label_display_mode = \"%d\"\n" "thumbnail_mode = \"%d|%d\"\n" "sort_mode = \"%d\"\n", playlist->default_core_path ? playlist->default_core_path : "", playlist->default_core_name ? playlist->default_core_name : "", playlist->label_display_mode, playlist->right_thumbnail_mode, playlist->left_thumbnail_mode, playlist->sort_mode); playlist->old_format = true; } else #endif { rjsonwriter_t* writer = rjsonwriter_open_stream(file); if (!writer) { RARCH_ERR("Failed to create JSON writer\n"); goto end; } if (compressed) { /* When compressing playlists, human readability * is not a factor - can skip all indentation * and new line characters */ rjsonwriter_set_options(writer, RJSONWRITER_OPTION_SKIP_WHITESPACE); } rjsonwriter_add_start_object(writer); rjsonwriter_add_newline(writer); rjsonwriter_add_spaces(writer, 2); rjsonwriter_add_string(writer, "version"); rjsonwriter_add_colon(writer); rjsonwriter_add_space(writer); rjsonwriter_add_string(writer, "1.4"); rjsonwriter_add_comma(writer); rjsonwriter_add_newline(writer); rjsonwriter_add_spaces(writer, 2); rjsonwriter_add_string(writer, "default_core_path"); rjsonwriter_add_colon(writer); rjsonwriter_add_space(writer); rjsonwriter_add_string(writer, playlist->default_core_path); rjsonwriter_add_comma(writer); rjsonwriter_add_newline(writer); rjsonwriter_add_spaces(writer, 2); rjsonwriter_add_string(writer, "default_core_name"); rjsonwriter_add_colon(writer); rjsonwriter_add_space(writer); rjsonwriter_add_string(writer, playlist->default_core_name); rjsonwriter_add_comma(writer); rjsonwriter_add_newline(writer); if (!string_is_empty(playlist->base_content_directory)) { rjsonwriter_add_spaces(writer, 2); rjsonwriter_add_string(writer, "base_content_directory"); rjsonwriter_add_colon(writer); rjsonwriter_add_space(writer); rjsonwriter_add_string(writer, playlist->base_content_directory); rjsonwriter_add_comma(writer); rjsonwriter_add_newline(writer); } rjsonwriter_add_spaces(writer, 2); rjsonwriter_add_string(writer, "label_display_mode"); rjsonwriter_add_colon(writer); rjsonwriter_add_space(writer); rjsonwriter_add_int(writer, (int)playlist->label_display_mode); rjsonwriter_add_comma(writer); rjsonwriter_add_newline(writer); rjsonwriter_add_spaces(writer, 2); rjsonwriter_add_string(writer, "right_thumbnail_mode"); rjsonwriter_add_colon(writer); rjsonwriter_add_space(writer); rjsonwriter_add_int(writer, (int)playlist->right_thumbnail_mode); rjsonwriter_add_comma(writer); rjsonwriter_add_newline(writer); rjsonwriter_add_spaces(writer, 2); rjsonwriter_add_string(writer, "left_thumbnail_mode"); rjsonwriter_add_colon(writer); rjsonwriter_add_space(writer); rjsonwriter_add_int(writer, (int)playlist->left_thumbnail_mode); rjsonwriter_add_comma(writer); rjsonwriter_add_newline(writer); rjsonwriter_add_spaces(writer, 2); rjsonwriter_add_string(writer, "sort_mode"); rjsonwriter_add_colon(writer); rjsonwriter_add_space(writer); rjsonwriter_add_int(writer, (int)playlist->sort_mode); rjsonwriter_add_comma(writer); rjsonwriter_add_newline(writer); rjsonwriter_add_spaces(writer, 2); rjsonwriter_add_string(writer, "items"); rjsonwriter_add_colon(writer); rjsonwriter_add_space(writer); rjsonwriter_add_start_array(writer); rjsonwriter_add_newline(writer); for (i = 0, len = RBUF_LEN(playlist->entries); i < len; i++) { rjsonwriter_add_spaces(writer, 4); rjsonwriter_add_start_object(writer); rjsonwriter_add_newline(writer); rjsonwriter_add_spaces(writer, 6); rjsonwriter_add_string(writer, "path"); rjsonwriter_add_colon(writer); rjsonwriter_add_space(writer); rjsonwriter_add_string(writer, playlist->entries[i].path); rjsonwriter_add_comma(writer); rjsonwriter_add_newline(writer); rjsonwriter_add_spaces(writer, 6); rjsonwriter_add_string(writer, "label"); rjsonwriter_add_colon(writer); rjsonwriter_add_space(writer); rjsonwriter_add_string(writer, playlist->entries[i].label); rjsonwriter_add_comma(writer); rjsonwriter_add_newline(writer); rjsonwriter_add_spaces(writer, 6); rjsonwriter_add_string(writer, "core_path"); rjsonwriter_add_colon(writer); rjsonwriter_add_space(writer); rjsonwriter_add_string(writer, playlist->entries[i].core_path); rjsonwriter_add_comma(writer); rjsonwriter_add_newline(writer); rjsonwriter_add_spaces(writer, 6); rjsonwriter_add_string(writer, "core_name"); rjsonwriter_add_colon(writer); rjsonwriter_add_space(writer); rjsonwriter_add_string(writer, playlist->entries[i].core_name); rjsonwriter_add_comma(writer); rjsonwriter_add_newline(writer); rjsonwriter_add_spaces(writer, 6); rjsonwriter_add_string(writer, "crc32"); rjsonwriter_add_colon(writer); rjsonwriter_add_space(writer); rjsonwriter_add_string(writer, playlist->entries[i].crc32); rjsonwriter_add_comma(writer); rjsonwriter_add_newline(writer); rjsonwriter_add_spaces(writer, 6); rjsonwriter_add_string(writer, "db_name"); rjsonwriter_add_colon(writer); rjsonwriter_add_space(writer); rjsonwriter_add_string(writer, playlist->entries[i].db_name); if (!string_is_empty(playlist->entries[i].subsystem_ident)) { rjsonwriter_add_comma(writer); rjsonwriter_add_newline(writer); rjsonwriter_add_spaces(writer, 6); rjsonwriter_add_string(writer, "subsystem_ident"); rjsonwriter_add_colon(writer); rjsonwriter_add_space(writer); rjsonwriter_add_string(writer, playlist->entries[i].subsystem_ident); } if (!string_is_empty(playlist->entries[i].subsystem_name)) { rjsonwriter_add_comma(writer); rjsonwriter_add_newline(writer); rjsonwriter_add_spaces(writer, 6); rjsonwriter_add_string(writer, "subsystem_name"); rjsonwriter_add_colon(writer); rjsonwriter_add_space(writer); rjsonwriter_add_string(writer, playlist->entries[i].subsystem_name); } if ( playlist->entries[i].subsystem_roms && playlist->entries[i].subsystem_roms->size > 0) { unsigned j; rjsonwriter_add_comma(writer); rjsonwriter_add_newline(writer); rjsonwriter_add_spaces(writer, 6); rjsonwriter_add_string(writer, "subsystem_roms"); rjsonwriter_add_colon(writer); rjsonwriter_add_space(writer); rjsonwriter_add_start_array(writer); rjsonwriter_add_newline(writer); for (j = 0; j < playlist->entries[i].subsystem_roms->size; j++) { const struct string_list *roms = playlist->entries[i].subsystem_roms; rjsonwriter_add_spaces(writer, 8); rjsonwriter_add_string(writer, !string_is_empty(roms->elems[j].data) ? roms->elems[j].data : ""); if (j < playlist->entries[i].subsystem_roms->size - 1) { rjsonwriter_add_comma(writer); rjsonwriter_add_newline(writer); } } rjsonwriter_add_newline(writer); rjsonwriter_add_spaces(writer, 6); rjsonwriter_add_end_array(writer); } rjsonwriter_add_newline(writer); rjsonwriter_add_spaces(writer, 4); rjsonwriter_add_end_object(writer); if (i < len - 1) rjsonwriter_add_comma(writer); rjsonwriter_add_newline(writer); } rjsonwriter_add_spaces(writer, 2); rjsonwriter_add_end_array(writer); rjsonwriter_add_newline(writer); rjsonwriter_add_end_object(writer); rjsonwriter_add_newline(writer); if (!rjsonwriter_free(writer)) { RARCH_ERR("Failed to write to playlist file: %s\n", playlist->config.path); } playlist->old_format = false; } playlist->modified = false; playlist->compressed = compressed; RARCH_LOG("[Playlist]: Written to playlist file: %s\n", playlist->config.path); end: intfstream_close(file); free(file); } /** * playlist_free: * @playlist : Playlist handle. * * Frees playlist handle. */ void playlist_free(playlist_t *playlist) { size_t i, len; if (!playlist) return; if (playlist->default_core_path) free(playlist->default_core_path); playlist->default_core_path = NULL; if (playlist->default_core_name) free(playlist->default_core_name); playlist->default_core_name = NULL; if (playlist->base_content_directory) free(playlist->base_content_directory); playlist->base_content_directory = NULL; if (playlist->entries) { for (i = 0, len = RBUF_LEN(playlist->entries); i < len; i++) { struct playlist_entry *entry = &playlist->entries[i]; if (entry) playlist_free_entry(entry); } RBUF_FREE(playlist->entries); } free(playlist); } /** * playlist_clear: * @playlist : Playlist handle. * * Clears all playlist entries in playlist. **/ void playlist_clear(playlist_t *playlist) { size_t i, len; if (!playlist) return; for (i = 0, len = RBUF_LEN(playlist->entries); i < len; i++) { struct playlist_entry *entry = &playlist->entries[i]; if (entry) playlist_free_entry(entry); } RBUF_CLEAR(playlist->entries); } /** * playlist_size: * @playlist : Playlist handle. * * Gets size of playlist. * Returns: size of playlist. **/ size_t playlist_size(playlist_t *playlist) { if (!playlist) return 0; return RBUF_LEN(playlist->entries); } /** * playlist_capacity: * @playlist : Playlist handle. * * Gets maximum capacity of playlist. * Returns: maximum capacity of playlist. **/ size_t playlist_capacity(playlist_t *playlist) { if (!playlist) return 0; return playlist->config.capacity; } static bool JSONStartArrayHandler(void *context) { JSONContext *pCtx = (JSONContext *)context; pCtx->array_depth++; return true; } static bool JSONEndArrayHandler(void *context) { JSONContext *pCtx = (JSONContext *)context; retro_assert(pCtx->array_depth > 0); pCtx->array_depth--; if (pCtx->in_items && pCtx->array_depth == 0 && pCtx->object_depth <= 1) { pCtx->in_items = false; } else if (pCtx->in_subsystem_roms && pCtx->array_depth <= 1 && pCtx->object_depth <= 2) { pCtx->in_subsystem_roms = false; } return true; } static bool JSONStartObjectHandler(void *context) { JSONContext *pCtx = (JSONContext *)context; pCtx->object_depth++; if (pCtx->in_items && pCtx->object_depth == 2) { if ((pCtx->array_depth == 1) && !pCtx->capacity_exceeded) { size_t len = RBUF_LEN(pCtx->playlist->entries); if (len < pCtx->playlist->config.capacity) { /* Allocate memory to fit one more item but don't resize the * buffer just yet, wait until JSONEndObjectHandler for that */ if (!RBUF_TRYFIT(pCtx->playlist->entries, len + 1)) { pCtx->out_of_memory = true; return false; } pCtx->current_entry = &pCtx->playlist->entries[len]; memset(pCtx->current_entry, 0, sizeof(*pCtx->current_entry)); } else { /* Hit max item limit. * Note: We can't just abort here, since there may * be more metadata to read at the end of the file... */ RARCH_WARN("JSON file contains more entries than current playlist capacity. Excess entries will be discarded.\n"); pCtx->capacity_exceeded = true; pCtx->current_entry = NULL; /* In addition, since we are discarding excess entries, * the playlist must be flagged as being modified * (i.e. the playlist is not the same as when it was * last saved to disk...) */ pCtx->playlist->modified = true; } } } return true; } static bool JSONEndObjectHandler(void *context) { JSONContext *pCtx = (JSONContext *)context; if (pCtx->in_items && pCtx->object_depth == 2) { if ((pCtx->array_depth == 1) && !pCtx->capacity_exceeded) RBUF_RESIZE(pCtx->playlist->entries, RBUF_LEN(pCtx->playlist->entries) + 1); } retro_assert(pCtx->object_depth > 0); pCtx->object_depth--; return true; } static bool JSONStringHandler(void *context, const char *pValue, size_t length) { JSONContext *pCtx = (JSONContext *)context; if (pCtx->in_items && pCtx->in_subsystem_roms && pCtx->object_depth == 2 && pCtx->array_depth == 2) { if (length && !string_is_empty(pValue)) { union string_list_elem_attr attr = {0}; if (!pCtx->current_entry->subsystem_roms) pCtx->current_entry->subsystem_roms = string_list_new(); string_list_append(pCtx->current_entry->subsystem_roms, pValue, attr); } } else if (pCtx->in_items && pCtx->object_depth == 2) { if (pCtx->array_depth == 1) { if (pCtx->current_string_val && length && !string_is_empty(pValue)) { if (*pCtx->current_string_val) free(*pCtx->current_string_val); *pCtx->current_string_val = strdup(pValue); } } } else if (pCtx->object_depth == 1) { if (pCtx->array_depth == 0) { if (pCtx->current_string_val && length && !string_is_empty(pValue)) { /* handle any top-level playlist metadata here */ if (*pCtx->current_string_val) free(*pCtx->current_string_val); *pCtx->current_string_val = strdup(pValue); } } } pCtx->current_string_val = NULL; return true; } static bool JSONNumberHandler(void *context, const char *pValue, size_t length) { JSONContext *pCtx = (JSONContext *)context; if (pCtx->in_items && pCtx->object_depth == 2) { if (pCtx->array_depth == 1 && length && !string_is_empty(pValue)) { if (pCtx->current_entry_uint_val) *pCtx->current_entry_uint_val = (unsigned)strtoul(pValue, NULL, 10); } } else if (pCtx->object_depth == 1) { if (pCtx->array_depth == 0) { if (length && !string_is_empty(pValue)) { /* handle any top-level playlist metadata here */ if (pCtx->current_meta_label_display_mode_val) *pCtx->current_meta_label_display_mode_val = (enum playlist_label_display_mode)strtoul(pValue, NULL, 10); else if (pCtx->current_meta_thumbnail_mode_val) *pCtx->current_meta_thumbnail_mode_val = (enum playlist_thumbnail_mode)strtoul(pValue, NULL, 10); else if (pCtx->current_meta_sort_mode_val) *pCtx->current_meta_sort_mode_val = (enum playlist_sort_mode)strtoul(pValue, NULL, 10); } } } pCtx->current_entry_uint_val = NULL; pCtx->current_meta_label_display_mode_val = NULL; pCtx->current_meta_thumbnail_mode_val = NULL; pCtx->current_meta_sort_mode_val = NULL; return true; } static bool JSONObjectMemberHandler(void *context, const char *pValue, size_t length) { JSONContext *pCtx = (JSONContext *)context; if (pCtx->in_items && pCtx->object_depth == 2) { if (pCtx->array_depth == 1) { if (pCtx->current_string_val) { /* something went wrong */ return false; } if (length && !pCtx->capacity_exceeded) { pCtx->current_string_val = NULL; pCtx->current_entry_uint_val = NULL; pCtx->in_subsystem_roms = false; switch (pValue[0]) { case 'c': if (string_is_equal(pValue, "core_name")) pCtx->current_string_val = &pCtx->current_entry->core_name; else if (string_is_equal(pValue, "core_path")) pCtx->current_string_val = &pCtx->current_entry->core_path; else if (string_is_equal(pValue, "crc32")) pCtx->current_string_val = &pCtx->current_entry->crc32; break; case 'd': if (string_is_equal(pValue, "db_name")) pCtx->current_string_val = &pCtx->current_entry->db_name; break; case 'l': if (string_is_equal(pValue, "label")) pCtx->current_string_val = &pCtx->current_entry->label; else if (string_is_equal(pValue, "last_played_day")) pCtx->current_entry_uint_val = &pCtx->current_entry->last_played_day; else if (string_is_equal(pValue, "last_played_hour")) pCtx->current_entry_uint_val = &pCtx->current_entry->last_played_hour; else if (string_is_equal(pValue, "last_played_minute")) pCtx->current_entry_uint_val = &pCtx->current_entry->last_played_minute; else if (string_is_equal(pValue, "last_played_month")) pCtx->current_entry_uint_val = &pCtx->current_entry->last_played_month; else if (string_is_equal(pValue, "last_played_second")) pCtx->current_entry_uint_val = &pCtx->current_entry->last_played_second; else if (string_is_equal(pValue, "last_played_year")) pCtx->current_entry_uint_val = &pCtx->current_entry->last_played_year; break; case 'p': if (string_is_equal(pValue, "path")) pCtx->current_string_val = &pCtx->current_entry->path; break; case 'r': if (string_is_equal(pValue, "runtime_hours")) pCtx->current_entry_uint_val = &pCtx->current_entry->runtime_hours; else if (string_is_equal(pValue, "runtime_minutes")) pCtx->current_entry_uint_val = &pCtx->current_entry->runtime_minutes; else if (string_is_equal(pValue, "runtime_seconds")) pCtx->current_entry_uint_val = &pCtx->current_entry->runtime_seconds; break; case 's': if (string_is_equal(pValue, "subsystem_ident")) pCtx->current_string_val = &pCtx->current_entry->subsystem_ident; else if (string_is_equal(pValue, "subsystem_name")) pCtx->current_string_val = &pCtx->current_entry->subsystem_name; else if (string_is_equal(pValue, "subsystem_roms")) pCtx->in_subsystem_roms = true; break; } } } } else if (pCtx->object_depth == 1 && pCtx->array_depth == 0 && length) { pCtx->current_string_val = NULL; pCtx->current_meta_label_display_mode_val = NULL; pCtx->current_meta_thumbnail_mode_val = NULL; pCtx->current_meta_sort_mode_val = NULL; pCtx->in_items = false; switch (pValue[0]) { case 'b': if (string_is_equal(pValue, "base_content_directory")) pCtx->current_string_val = &pCtx->playlist->base_content_directory; break; case 'd': if (string_is_equal(pValue, "default_core_path")) pCtx->current_string_val = &pCtx->playlist->default_core_path; else if (string_is_equal(pValue, "default_core_name")) pCtx->current_string_val = &pCtx->playlist->default_core_name; break; case 'i': if (string_is_equal(pValue, "items")) pCtx->in_items = true; break; case 'l': if (string_is_equal(pValue, "label_display_mode")) pCtx->current_meta_label_display_mode_val = &pCtx->playlist->label_display_mode; else if (string_is_equal(pValue, "left_thumbnail_mode")) pCtx->current_meta_thumbnail_mode_val = &pCtx->playlist->left_thumbnail_mode; break; case 'r': if (string_is_equal(pValue, "right_thumbnail_mode")) pCtx->current_meta_thumbnail_mode_val = &pCtx->playlist->right_thumbnail_mode; break; case 's': if (string_is_equal(pValue, "sort_mode")) pCtx->current_meta_sort_mode_val = &pCtx->playlist->sort_mode; break; } } return true; } static void get_old_format_metadata_value( char *metadata_line, char *value, size_t len) { char *end = NULL; char *start = strchr(metadata_line, '\"'); if (!start) return; start++; end = strchr(start, '\"'); if (!end) return; *end = '\0'; strlcpy(value, start, len); } static bool playlist_read_file(playlist_t *playlist) { unsigned i; int test_char; bool res = true; #if defined(HAVE_ZLIB) /* Always use RZIP interface when reading playlists * > this will automatically handle uncompressed * data */ intfstream_t *file = intfstream_open_rzip_file( playlist->config.path, RETRO_VFS_FILE_ACCESS_READ); #else intfstream_t *file = intfstream_open_file( playlist->config.path, RETRO_VFS_FILE_ACCESS_READ, RETRO_VFS_FILE_ACCESS_HINT_NONE); #endif /* If playlist file does not exist, * create an empty playlist instead */ if (!file) return true; playlist->compressed = intfstream_is_compressed(file); /* Detect format of playlist * > Read file until we find the first printable * non-whitespace ASCII character */ do { test_char = intfstream_getc(file); if (test_char == EOF) /* read error or end of file */ goto end; }while (!isgraph(test_char) || test_char > 0x7F); if (test_char == '{') { /* New playlist format detected */ #if 0 RARCH_LOG("[Playlist]: New playlist format detected.\n"); #endif playlist->old_format = false; } else { /* old playlist format detected */ #if 0 RARCH_LOG("[Playlist]: Old playlist format detected.\n"); #endif playlist->old_format = true; } /* Reset file to start */ intfstream_rewind(file); if (!playlist->old_format) { rjson_t* parser; JSONContext context = {0}; context.playlist = playlist; parser = rjson_open_stream(file); if (!parser) { RARCH_ERR("Failed to create JSON parser\n"); goto end; } rjson_set_options(parser, RJSON_OPTION_ALLOW_UTF8BOM | RJSON_OPTION_ALLOW_COMMENTS | RJSON_OPTION_ALLOW_UNESCAPED_CONTROL_CHARACTERS | RJSON_OPTION_REPLACE_INVALID_ENCODING); if (rjson_parse(parser, &context, JSONObjectMemberHandler, JSONStringHandler, JSONNumberHandler, JSONStartObjectHandler, JSONEndObjectHandler, JSONStartArrayHandler, JSONEndArrayHandler, NULL, NULL) /* unused boolean/null handlers */ != RJSON_DONE) { if (context.out_of_memory) { RARCH_WARN("Ran out of memory while parsing JSON playlist\n"); res = false; } else { RARCH_WARN("Error parsing chunk:\n---snip---\n%.*s\n---snip---\n", rjson_get_source_context_len(parser), rjson_get_source_context_buf(parser)); RARCH_WARN("Error: Invalid JSON at line %d, column %d - %s.\n", (int)rjson_get_source_line(parser), (int)rjson_get_source_column(parser), (*rjson_get_error(parser) ? rjson_get_error(parser) : "format error")); } } rjson_free(parser); } else { size_t len = RBUF_LEN(playlist->entries); char line_buf[PLAYLIST_ENTRIES][PATH_MAX_LENGTH] = {{0}}; /* Unnecessary, but harmless */ for (i = 0; i < PLAYLIST_ENTRIES; i++) line_buf[i][0] = '\0'; /* Read playlist entries */ while (len < playlist->config.capacity) { size_t i; size_t lines_read = 0; /* Attempt to read the next 'PLAYLIST_ENTRIES' * lines from the file */ for (i = 0; i < PLAYLIST_ENTRIES; i++) { *line_buf[i] = '\0'; if (intfstream_gets(file, line_buf[i], sizeof(line_buf[i]))) { /* Ensure line is NUL terminated, regardless of * Windows or Unix line endings */ string_replace_all_chars(line_buf[i], '\r', '\0'); string_replace_all_chars(line_buf[i], '\n', '\0'); lines_read++; } else break; } /* If a 'full set' of lines were read, then this * is a valid playlist entry */ if (lines_read >= PLAYLIST_ENTRIES) { struct playlist_entry* entry; if (!RBUF_TRYFIT(playlist->entries, len + 1)) { res = false; /* out of memory */ goto end; } RBUF_RESIZE(playlist->entries, len + 1); entry = &playlist->entries[len++]; memset(entry, 0, sizeof(*entry)); /* path */ if (!string_is_empty(line_buf[0])) entry->path = strdup(line_buf[0]); /* label */ if (!string_is_empty(line_buf[1])) entry->label = strdup(line_buf[1]); /* core_path */ if (!string_is_empty(line_buf[2])) entry->core_path = strdup(line_buf[2]); /* core_name */ if (!string_is_empty(line_buf[3])) entry->core_name = strdup(line_buf[3]); /* crc32 */ if (!string_is_empty(line_buf[4])) entry->crc32 = strdup(line_buf[4]); /* db_name */ if (!string_is_empty(line_buf[5])) entry->db_name = strdup(line_buf[5]); } /* If fewer than 'PLAYLIST_ENTRIES' lines were * read, then this is metadata */ else { char default_core_path[PATH_MAX_LENGTH]; char default_core_name[PATH_MAX_LENGTH]; default_core_path[0] = '\0'; default_core_name[0] = '\0'; /* Get default_core_path */ if (lines_read < 1) break; if (strncmp("default_core_path", line_buf[0], STRLEN_CONST("default_core_path")) == 0) get_old_format_metadata_value( line_buf[0], default_core_path, sizeof(default_core_path)); /* Get default_core_name */ if (lines_read < 2) break; if (strncmp("default_core_name", line_buf[1], STRLEN_CONST("default_core_name")) == 0) get_old_format_metadata_value( line_buf[1], default_core_name, sizeof(default_core_name)); /* > Populate default core path/name, if required * (if one is empty, the other should be ignored) */ if (!string_is_empty(default_core_path) && !string_is_empty(default_core_name)) { playlist->default_core_path = strdup(default_core_path); playlist->default_core_name = strdup(default_core_name); } /* Get label_display_mode */ if (lines_read < 3) break; if (strncmp("label_display_mode", line_buf[2], STRLEN_CONST("label_display_mode")) == 0) { unsigned display_mode; char display_mode_str[4] = {0}; get_old_format_metadata_value( line_buf[2], display_mode_str, sizeof(display_mode_str)); display_mode = string_to_unsigned(display_mode_str); if (display_mode <= LABEL_DISPLAY_MODE_KEEP_REGION_AND_DISC_INDEX) playlist->label_display_mode = (enum playlist_label_display_mode)display_mode; } /* Get thumbnail modes */ if (lines_read < 4) break; if (strncmp("thumbnail_mode", line_buf[3], STRLEN_CONST("thumbnail_mode")) == 0) { char thumbnail_mode_str[8] = {0}; struct string_list thumbnail_modes = {0}; get_old_format_metadata_value( line_buf[3], thumbnail_mode_str, sizeof(thumbnail_mode_str)); string_list_initialize(&thumbnail_modes); if (string_split_noalloc(&thumbnail_modes, thumbnail_mode_str, "|")) { if (thumbnail_modes.size == 2) { unsigned thumbnail_mode; /* Right thumbnail mode */ thumbnail_mode = string_to_unsigned( thumbnail_modes.elems[0].data); if (thumbnail_mode <= PLAYLIST_THUMBNAIL_MODE_BOXARTS) playlist->right_thumbnail_mode = (enum playlist_thumbnail_mode)thumbnail_mode; /* Left thumbnail mode */ thumbnail_mode = string_to_unsigned( thumbnail_modes.elems[1].data); if (thumbnail_mode <= PLAYLIST_THUMBNAIL_MODE_BOXARTS) playlist->left_thumbnail_mode = (enum playlist_thumbnail_mode)thumbnail_mode; } } string_list_deinitialize(&thumbnail_modes); } /* Get sort_mode */ if (lines_read < 5) break; if (strncmp("sort_mode", line_buf[4], STRLEN_CONST("sort_mode")) == 0) { unsigned sort_mode; char sort_mode_str[4] = {0}; get_old_format_metadata_value( line_buf[4], sort_mode_str, sizeof(sort_mode_str)); sort_mode = string_to_unsigned(sort_mode_str); if (sort_mode <= PLAYLIST_SORT_MODE_OFF) playlist->sort_mode = (enum playlist_sort_mode)sort_mode; } /* All metadata parsed -> end of file */ break; } } } end: intfstream_close(file); free(file); return res; } void playlist_free_cached(void) { if (playlist_cached && !playlist_cached->cached_external) playlist_free(playlist_cached); playlist_cached = NULL; } playlist_t *playlist_get_cached(void) { if (playlist_cached) return playlist_cached; return NULL; } bool playlist_init_cached(const playlist_config_t *config) { playlist_t *playlist = playlist_init(config); if (!playlist) return false; /* If playlist format/compression state * does not match requested settings, update * file on disk immediately */ if ( #if defined(HAVE_ZLIB) (playlist->compressed != playlist->config.compress) || #endif (playlist->old_format != playlist->config.old_format)) playlist_write_file(playlist); playlist_cached = playlist; return true; } /** * playlist_init: * @config : Playlist configuration object. * * Creates and initializes a playlist. * * Returns: handle to new playlist if successful, otherwise NULL **/ playlist_t *playlist_init(const playlist_config_t *config) { playlist_t *playlist = (playlist_t*)malloc(sizeof(*playlist)); if (!playlist) goto error; /* Set initial values */ playlist->modified = false; playlist->old_format = false; playlist->compressed = false; playlist->cached_external = false; playlist->default_core_name = NULL; playlist->default_core_path = NULL; playlist->base_content_directory = NULL; playlist->entries = NULL; playlist->label_display_mode = LABEL_DISPLAY_MODE_DEFAULT; playlist->right_thumbnail_mode = PLAYLIST_THUMBNAIL_MODE_DEFAULT; playlist->left_thumbnail_mode = PLAYLIST_THUMBNAIL_MODE_DEFAULT; playlist->sort_mode = PLAYLIST_SORT_MODE_DEFAULT; /* Cache configuration parameters */ if (!playlist_config_copy(config, &playlist->config)) goto error; /* Attempt to read any existing playlist file */ if (!playlist_read_file(playlist)) goto error; /* Try auto-fixing paths if enabled, and playlist * base content directory is different */ if (config->autofix_paths && !string_is_equal(playlist->base_content_directory, config->base_content_directory)) { if (!string_is_empty(playlist->base_content_directory)) { size_t i, j, len; char tmp_entry_path[PATH_MAX_LENGTH]; for (i = 0, len = RBUF_LEN(playlist->entries); i < len; i++) { struct playlist_entry* entry = &playlist->entries[i]; if (!entry || string_is_empty(entry->path)) continue; /* Fix entry path */ tmp_entry_path[0] = '\0'; path_replace_base_path_and_convert_to_local_file_system( tmp_entry_path, entry->path, playlist->base_content_directory, playlist->config.base_content_directory, sizeof(tmp_entry_path)); free(entry->path); entry->path = strdup(tmp_entry_path); /* Fix subsystem roms paths*/ if (entry->subsystem_roms && (entry->subsystem_roms->size > 0)) { struct string_list* subsystem_roms_new_paths = string_list_new(); union string_list_elem_attr attributes = { 0 }; if (!subsystem_roms_new_paths) goto error; for (j = 0; j < entry->subsystem_roms->size; j++) { const char* subsystem_rom_path = entry->subsystem_roms->elems[j].data; if (string_is_empty(subsystem_rom_path)) continue; tmp_entry_path[0] = '\0'; path_replace_base_path_and_convert_to_local_file_system( tmp_entry_path, subsystem_rom_path, playlist->base_content_directory, playlist->config.base_content_directory, sizeof(tmp_entry_path)); string_list_append(subsystem_roms_new_paths, tmp_entry_path, attributes); } string_list_free(entry->subsystem_roms); entry->subsystem_roms = subsystem_roms_new_paths; } } } /* Update playlist base content directory*/ if (playlist->base_content_directory) free(playlist->base_content_directory); playlist->base_content_directory = strdup(playlist->config.base_content_directory); /* Save playlist */ playlist->modified = true; playlist_write_file(playlist); } return playlist; error: playlist_free(playlist); return NULL; } static int playlist_qsort_func(const struct playlist_entry *a, const struct playlist_entry *b) { char *a_str = NULL; char *b_str = NULL; char *a_fallback_label = NULL; char *b_fallback_label = NULL; int ret = 0; if (!a || !b) goto end; a_str = a->label; b_str = b->label; /* It is quite possible for playlist labels * to be blank. If that is the case, have to use * filename as a fallback (this is slow, but we * have no other option...) */ if (string_is_empty(a_str)) { a_fallback_label = (char*)calloc(PATH_MAX_LENGTH, sizeof(char)); if (!a_fallback_label) goto end; if (!string_is_empty(a->path)) fill_short_pathname_representation(a_fallback_label, a->path, PATH_MAX_LENGTH * sizeof(char)); /* If filename is also empty, use core name * instead -> this matches the behaviour of * menu_displaylist_parse_playlist() */ else if (!string_is_empty(a->core_name)) strlcpy(a_fallback_label, a->core_name, PATH_MAX_LENGTH * sizeof(char)); /* If both filename and core name are empty, * then have to compare an empty string * -> again, this is to match the behaviour of * menu_displaylist_parse_playlist() */ a_str = a_fallback_label; } if (string_is_empty(b_str)) { b_fallback_label = (char*)calloc(PATH_MAX_LENGTH, sizeof(char)); if (!b_fallback_label) goto end; if (!string_is_empty(b->path)) fill_short_pathname_representation(b_fallback_label, b->path, PATH_MAX_LENGTH * sizeof(char)); else if (!string_is_empty(b->core_name)) strlcpy(b_fallback_label, b->core_name, PATH_MAX_LENGTH * sizeof(char)); b_str = b_fallback_label; } ret = strcasecmp(a_str, b_str); end: a_str = NULL; b_str = NULL; if (a_fallback_label) { free(a_fallback_label); a_fallback_label = NULL; } if (b_fallback_label) { free(b_fallback_label); b_fallback_label = NULL; } return ret; } void playlist_qsort(playlist_t *playlist) { /* Avoid inadvertent sorting if 'sort mode' * has been set explicitly to PLAYLIST_SORT_MODE_OFF */ if (!playlist || (playlist->sort_mode == PLAYLIST_SORT_MODE_OFF) || !playlist->entries) return; qsort(playlist->entries, RBUF_LEN(playlist->entries), sizeof(struct playlist_entry), (int (*)(const void *, const void *))playlist_qsort_func); } void command_playlist_push_write( playlist_t *playlist, const struct playlist_entry *entry) { if (!playlist) return; if (playlist_push(playlist, entry)) playlist_write_file(playlist); } void command_playlist_update_write( playlist_t *plist, size_t idx, const struct playlist_entry *entry) { playlist_t *playlist = plist ? plist : playlist_get_cached(); if (!playlist) return; playlist_update( playlist, idx, entry); playlist_write_file(playlist); } bool playlist_index_is_valid(playlist_t *playlist, size_t idx, const char *path, const char *core_path) { if (!playlist) return false; if (idx >= RBUF_LEN(playlist->entries)) return false; return string_is_equal(playlist->entries[idx].path, path) && string_is_equal(path_basename(playlist->entries[idx].core_path), path_basename(core_path)); } bool playlist_entries_are_equal( const struct playlist_entry *entry_a, const struct playlist_entry *entry_b, const playlist_config_t *config) { char real_path_a[PATH_MAX_LENGTH]; char real_core_path_a[PATH_MAX_LENGTH]; real_path_a[0] = '\0'; real_core_path_a[0] = '\0'; /* Sanity check */ if (!entry_a || !entry_b || !config) return false; if (string_is_empty(entry_a->path) && string_is_empty(entry_a->core_path) && string_is_empty(entry_b->path) && string_is_empty(entry_b->core_path)) return true; /* Check content paths */ if (!string_is_empty(entry_a->path)) { strlcpy(real_path_a, entry_a->path, sizeof(real_path_a)); path_resolve_realpath(real_path_a, sizeof(real_path_a), true); } if (!playlist_path_equal( real_path_a, entry_b->path, config)) return false; /* Check core paths */ if (!string_is_empty(entry_a->core_path)) { strlcpy(real_core_path_a, entry_a->core_path, sizeof(real_core_path_a)); if (!string_is_equal(real_core_path_a, FILE_PATH_DETECT) && !string_is_equal(real_core_path_a, FILE_PATH_BUILTIN)) playlist_resolve_path(PLAYLIST_SAVE, true, real_core_path_a, sizeof(real_core_path_a)); } return playlist_core_path_equal(real_core_path_a, entry_b->core_path, config); } void playlist_get_crc32(playlist_t *playlist, size_t idx, const char **crc32) { if (!playlist || idx >= RBUF_LEN(playlist->entries)) return; if (crc32) *crc32 = playlist->entries[idx].crc32; } void playlist_get_db_name(playlist_t *playlist, size_t idx, const char **db_name) { if (!playlist || idx >= RBUF_LEN(playlist->entries)) return; if (db_name) { if (!string_is_empty(playlist->entries[idx].db_name)) *db_name = playlist->entries[idx].db_name; else { const char *conf_path_basename = path_basename(playlist->config.path); /* Only use file basename if this is a 'collection' playlist * (i.e. ignore history/favourites) */ if ( !string_is_empty(conf_path_basename) && !string_ends_with_size(conf_path_basename, "_history.lpl", strlen(conf_path_basename), STRLEN_CONST("_history.lpl")) && !string_is_equal(conf_path_basename, FILE_PATH_CONTENT_FAVORITES) ) *db_name = conf_path_basename; } } } char *playlist_get_default_core_path(playlist_t *playlist) { if (!playlist) return NULL; return playlist->default_core_path; } char *playlist_get_default_core_name(playlist_t *playlist) { if (!playlist) return NULL; return playlist->default_core_name; } enum playlist_label_display_mode playlist_get_label_display_mode(playlist_t *playlist) { if (!playlist) return LABEL_DISPLAY_MODE_DEFAULT; return playlist->label_display_mode; } enum playlist_thumbnail_mode playlist_get_thumbnail_mode( playlist_t *playlist, enum playlist_thumbnail_id thumbnail_id) { if (!playlist) return PLAYLIST_THUMBNAIL_MODE_DEFAULT; if (thumbnail_id == PLAYLIST_THUMBNAIL_RIGHT) return playlist->right_thumbnail_mode; else if (thumbnail_id == PLAYLIST_THUMBNAIL_LEFT) return playlist->left_thumbnail_mode; /* Fallback */ return PLAYLIST_THUMBNAIL_MODE_DEFAULT; } enum playlist_sort_mode playlist_get_sort_mode(playlist_t *playlist) { if (!playlist) return PLAYLIST_SORT_MODE_DEFAULT; return playlist->sort_mode; } void playlist_set_default_core_path(playlist_t *playlist, const char *core_path) { char real_core_path[PATH_MAX_LENGTH]; if (!playlist || string_is_empty(core_path)) return; real_core_path[0] = '\0'; /* Get 'real' core path */ strlcpy(real_core_path, core_path, sizeof(real_core_path)); if (!string_is_equal(real_core_path, FILE_PATH_DETECT) && !string_is_equal(real_core_path, FILE_PATH_BUILTIN)) playlist_resolve_path(PLAYLIST_SAVE, true, real_core_path, sizeof(real_core_path)); if (string_is_empty(real_core_path)) return; if (!string_is_equal(playlist->default_core_path, real_core_path)) { if (playlist->default_core_path) free(playlist->default_core_path); playlist->default_core_path = strdup(real_core_path); playlist->modified = true; } } void playlist_set_default_core_name( playlist_t *playlist, const char *core_name) { if (!playlist || string_is_empty(core_name)) return; if (!string_is_equal(playlist->default_core_name, core_name)) { if (playlist->default_core_name) free(playlist->default_core_name); playlist->default_core_name = strdup(core_name); playlist->modified = true; } } void playlist_set_label_display_mode(playlist_t *playlist, enum playlist_label_display_mode label_display_mode) { if (!playlist) return; if (playlist->label_display_mode != label_display_mode) { playlist->label_display_mode = label_display_mode; playlist->modified = true; } } void playlist_set_thumbnail_mode( playlist_t *playlist, enum playlist_thumbnail_id thumbnail_id, enum playlist_thumbnail_mode thumbnail_mode) { if (!playlist) return; switch (thumbnail_id) { case PLAYLIST_THUMBNAIL_RIGHT: playlist->right_thumbnail_mode = thumbnail_mode; playlist->modified = true; break; case PLAYLIST_THUMBNAIL_LEFT: playlist->left_thumbnail_mode = thumbnail_mode; playlist->modified = true; break; } } void playlist_set_sort_mode(playlist_t *playlist, enum playlist_sort_mode sort_mode) { if (!playlist) return; if (playlist->sort_mode != sort_mode) { playlist->sort_mode = sort_mode; playlist->modified = true; } } /* Returns true if specified entry has a valid * core association (i.e. a non-empty string * other than DETECT) */ bool playlist_entry_has_core(const struct playlist_entry *entry) { if (!entry || string_is_empty(entry->core_path) || string_is_empty(entry->core_name) || string_is_equal(entry->core_path, FILE_PATH_DETECT) || string_is_equal(entry->core_name, FILE_PATH_DETECT)) return false; return true; } /* Fetches core info object corresponding to the * currently associated core of the specified * playlist entry. * Returns NULL if entry does not have a valid * core association */ core_info_t *playlist_entry_get_core_info(const struct playlist_entry* entry) { core_info_ctx_find_t core_info; if (!playlist_entry_has_core(entry)) return NULL; /* Search for associated core */ core_info.inf = NULL; core_info.path = entry->core_path; if (core_info_find(&core_info)) return core_info.inf; return NULL; } /* Fetches core info object corresponding to the * currently associated default core of the * specified playlist. * Returns NULL if playlist does not have a valid * default core association */ core_info_t *playlist_get_default_core_info(playlist_t* playlist) { core_info_ctx_find_t core_info; if (!playlist || string_is_empty(playlist->default_core_path) || string_is_empty(playlist->default_core_name) || string_is_equal(playlist->default_core_path, FILE_PATH_DETECT) || string_is_equal(playlist->default_core_name, FILE_PATH_DETECT)) return NULL; /* Search for associated core */ core_info.inf = NULL; core_info.path = playlist->default_core_path; if (core_info_find(&core_info)) return core_info.inf; return NULL; }