int zrt_zcall_fchdir(int fd){
CHECK_EXIT_IF_ZRT_NOT_READY;
errno=0;
LOG_SYSCALL_START(P_TEXT, "");
int ret = -1;
const struct HandleItem* entry = get_handle_allocator()->entry(fd);
if ( entry == NULL ){
SET_ERRNO(EBADF);
return -1;
}
/*get reference to filesystem that related to path*/
struct MountsPublicInterface* fs_implementation = entry->mount_fs;
struct MountSpecificPublicInterface* fs_specific_implementation
= fs_implementation->implem(fs_implementation);
const char* path = fs_specific_implementation->handle_path(fs_specific_implementation, fd);
if ( path != NULL ){
ret = chdir(path);
}
else{
SET_ERRNO(ENOENT);
return -1;
}
LOG_SHORT_SYSCALL_FINISH( ret, "get_phys_pages=%d", ret );
return ret;
}
struct MountsPublicInterface* mm_mount_byhandle( struct MountsManager *mounts_manager,
int handle ){
const struct HandleItem* entry = get_handle_allocator()->entry(handle);
/*if handle exist and related to opened file*/
if ( entry && NULL !=
get_open_files_pool()->entry(entry->open_file_description_id) )
return entry->mount_fs;
else return NULL;
}
int mm_fusemount_add( struct MountsManager *mounts_manager,
const char* path,
struct fuse_operations* fuse_mount,
char expect_absolute_path,
char proxy_mode){
struct MountsPublicInterface* fs
= CONSTRUCT_L(FUSE_OPERATIONS_MOUNT)( get_handle_allocator(),
get_open_files_pool(),
fuse_mount,
proxy_mode);
return mm_mount_add( mounts_manager, path, fs, expect_absolute_path );
}
struct MountsManager* get_mounts_manager(){
s_mounts_manager.handle_allocator = get_handle_allocator();
s_mounts_manager.open_files_pool = get_open_files_pool();
return &s_mounts_manager;
}
