/* * The ManaPlus Client * Copyright (C) 2013-2017 The ManaPlus Developers * * This file is part of The ManaPlus Client. * * This program 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 Foundation; either version 2 of the License, or * any later version. * * This program 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 this program. If not, see . */ #include "fs/virtfs.h" #include "fs/virtfsdir.h" #include "fs/virtfsphys.h" #include "fs/virtfile.h" #include "fs/virtfsfuncs.h" #include "fs/virtlist.h" #include "debug.h" const char *dirSeparator = nullptr; namespace VirtFs { void init(const std::string &restrict name) { VirtFsPhys::init(name); VirtFsDir::init(name); updateDirSeparator(); } void updateDirSeparator() { #ifdef WIN32 dirSeparator = "\\"; #else // WIN32 dirSeparator = "/"; #endif // WIN32 } const char *getDirSeparator() { return dirSeparator; } const char *getBaseDir() { return VirtFsDir::getBaseDir(); } const char *getUserDir() { return VirtFsDir::getUserDir(); } bool exists(const std::string &restrict name) { return VirtFsPhys::exists(name); } VirtList *enumerateFiles(const std::string &restrict dir) { return VirtFsPhys::enumerateFiles(dir); } bool isDirectory(const std::string &restrict name) { return VirtFsPhys::isDirectory(name); } bool isSymbolicLink(const std::string &restrict name) { return VirtFsPhys::isSymbolicLink(name); } void freeList(VirtList *restrict const handle) { delete handle; } VirtFile *openRead(const std::string &restrict filename) { return VirtFsPhys::openRead(filename); } VirtFile *openWrite(const std::string &restrict filename) { return VirtFsPhys::openWrite(filename); } VirtFile *openAppend(const std::string &restrict filename) { return VirtFsPhys::openAppend(filename); } bool setWriteDir(const std::string &restrict newDir) { return VirtFsPhys::setWriteDir(newDir); } bool addDirToSearchPath(const std::string &restrict newDir, const Append append) { return VirtFsPhys::addDirToSearchPath(newDir, append); } bool removeDirFromSearchPath(const std::string &restrict oldDir) { return VirtFsPhys::removeDirFromSearchPath(oldDir); } bool addZipToSearchPath(const std::string &restrict newDir, const Append append) { return VirtFsPhys::addZipToSearchPath(newDir, append); } bool removeZipFromSearchPath(const std::string &restrict oldDir) { return VirtFsPhys::removeZipFromSearchPath(oldDir); } std::string getRealDir(const std::string &restrict filename) { return VirtFsPhys::getRealDir(filename); } bool mkdir(const std::string &restrict dirname) { return VirtFsPhys::mkdir(dirname); } bool remove(const std::string &restrict filename) { return VirtFsPhys::remove(filename); } bool deinit() { VirtFsDir::deinit(); return VirtFsPhys::deinit(); } void permitLinks(const bool val) { VirtFsPhys::permitLinks(val); } const char *getLastError() { return VirtFsPhys::getLastError(); } int close(VirtFile *restrict const file) { if (file == nullptr) return 0; return file->funcs->close(file); } int64_t read(VirtFile *restrict const file, void *restrict const buffer, const uint32_t objSize, const uint32_t objCount) { return file->funcs->read(file, buffer, objSize, objCount); } int64_t write(VirtFile *restrict const file, const void *restrict const buffer, const uint32_t objSize, const uint32_t objCount) { return file->funcs->write(file, buffer, objSize, objCount); } int64_t fileLength(VirtFile *restrict const file) { return file->funcs->fileLength(file); } int64_t tell(VirtFile *restrict const file) { return file->funcs->tell(file); } int seek(VirtFile *restrict const file, const uint64_t pos) { return file->funcs->seek(file, pos); } int eof(VirtFile *restrict const file) { return file->funcs->eof(file); } } // namespace VirtFs