#include #include #include #include #include #include "wsfs_provider.h" struct fs_dir { ino_t parent; ino_t inode; char const * name; }; struct fs_file { ino_t parent; ino_t inode; char const * name; char const * content; size_t content_length; bool is_executable; }; struct fs { struct fs_dir const * directories; struct fs_file const * files; }; static struct fs_dir const * fs_getdir( struct fs * fs, ino_t inode) { for (size_t i = 0; 0 != fs->directories[i].inode; i++) { struct fs_dir const * dir = &fs->directories[i]; if (inode == dir->inode) { return dir; } } return NULL; } static struct fs_file const * fs_getfile( struct fs * fs, ino_t inode) { for (size_t i = 0; 0 != fs->files[i].inode; i++) { struct fs_file const * f = &fs->files[i]; if (inode == f->inode) { return f; } } return NULL; } static void fs_lookup( struct wsfsp_request * request, ino_t parent, char const * name, void * user_data) { (void) parent; (void) name; (void) user_data; puts("lookup"); wsfsp_respond_error(request, -1); } static void fs_getattr( struct wsfsp_request * request, ino_t inode, void * user_data) { puts("getattr"); struct fs * fs = (struct fs*) user_data; struct fs_dir const * dir = fs_getdir(fs, inode); if (NULL != dir) { puts("found: dir"); struct stat stat; memset(&stat, 0, sizeof(stat)); stat.st_ino = inode; stat.st_mode = S_IFDIR | 0555; wsfsp_respond_getattr(request, &stat); return; } struct fs_file const * f = fs_getfile(fs, inode); { puts("found: file"); struct stat stat; memset(&stat, 0, sizeof(stat)); stat.st_ino = inode; stat.st_mode = S_IFREG | 0555; stat.st_size = f->content_length; wsfsp_respond_getattr(request, &stat); return; } puts("getattr: not found"); wsfsp_respond_error(request, -1); } static void fs_readdir( struct wsfsp_request * request, ino_t directory, void * user_data) { (void) directory; (void) user_data; puts("readdir"); wsfsp_respond_error(request, -1); } static void fs_open( struct wsfsp_request * request, ino_t inode, int flags, void * user_data) { (void) inode; (void) flags; (void) user_data; puts("open"); wsfsp_respond_error(request, -1); } static void fs_read( struct wsfsp_request * request, ino_t inode, uint32_t handle, size_t offset, size_t length, void * user_data) { (void) inode; (void) handle; (void) offset; (void) length; (void) user_data; wsfsp_respond_error(request, -1); } static struct wsfsp_provider fs_provider = { .lookup = &fs_lookup, .getattr = &fs_getattr, .readdir = &fs_readdir, .open = &fs_open, .read = &fs_read }; static struct wsfsp_client * client; static void on_interrupt(int signal_id) { (void) signal_id; wsfsp_client_shutdown(client); } int main(int argc, char* argv[]) { (void) argc; (void) argv; static struct fs_dir const directories[]= { {.parent = 0, .inode = 1, .name = ""}, {.parent = 0, .inode = 0, .name = NULL} }; static struct fs_file const files[] = { { .parent = 1, .inode = 2, .name = "hello.txt", .content="hello, world!", .content_length = 13, .is_executable = false }, {.parent = 0, .inode = 0} }; struct fs fs = { .directories = directories, .files = files }; signal(SIGINT, &on_interrupt); client = wsfsp_client_create(&fs_provider, &fs); wsfsp_client_connect(client, "ws://localhost:8080/"); wsfsp_client_run(client); wsfsp_client_dispose(client); return EXIT_SUCCESS; }