/* returns 0 on success, errno on failure */ int ReallyWrite(DirHandle * file, int block, char *data) { ssize_t count; FdHandle_t *fdP; afs_ino_str_t stmp; fdP = IH_OPEN(file->dirh_handle); if (fdP == NULL) { ViceLog(0, ("ReallyWrite(): open failed device %X inode %s errno %d\n", file->dirh_handle->ih_dev, PrintInode(stmp, file->dirh_handle-> ih_ino), errno)); lpErrno = errno; return 0; } if ((count = FDH_PWRITE(fdP, data, PAGESIZE, ((afs_foff_t)block) * PAGESIZE)) != PAGESIZE) { ViceLog(0, ("ReallyWrite(): write failed device %X inode %s errno %d\n", file->dirh_handle->ih_dev, PrintInode(stmp, file->dirh_handle-> ih_ino), errno)); lpCount = count; lpErrno = errno; FDH_REALLYCLOSE(fdP); return 0; } FDH_CLOSE(fdP); return 0; }
main(int ac, char **av) { char *part; int volid; int p1, p2, p3, p4; IHandle_t lh, *lhp; Inode ino; if (ac != 7) Usage(); part = av[1]; volid = atoi(av[2]); p1 = atoi(av[3]); p2 = atoi(av[4]); p3 = atoi(av[5]); p4 = atoi(av[6]); if (p2 == -1 && p3 == VI_LINKTABLE) lhp = NULL; else { lhp = GetLinkHandle(part, volid); if (!lhp) { perror("Getting link handle.\n"); exit(1); } } ino = namei_icreate(lhp, part, p1, p2, p3, p4); if (!VALID_INO(ino)) { perror("namei_icreate"); } else { printf("Returned inode %s\n", PrintInode(NULL, ino)); } }
/* returns 0 on success, errno on failure */ int ReallyRead(DirHandle * file, int block, char *data) { int code; FdHandle_t *fdP; fdP = IH_OPEN(file->dirh_handle); if (fdP == NULL) { code = errno; ViceLog(0, ("ReallyRead(): open failed device %X inode %s errno %d\n", file->dirh_handle->ih_dev, PrintInode(NULL, file->dirh_handle-> ih_ino), code)); return code; } if (FDH_SEEK(fdP, block * PAGESIZE, SEEK_SET) < 0) { code = errno; ViceLog(0, ("ReallyRead(): lseek failed device %X inode %s errno %d\n", file->dirh_handle->ih_dev, PrintInode(NULL, file->dirh_handle-> ih_ino), code)); FDH_REALLYCLOSE(fdP); return code; } code = FDH_READ(fdP, data, PAGESIZE); if (code != PAGESIZE) { if (code < 0) code = errno; else code = EIO; ViceLog(0, ("ReallyRead(): read failed device %X inode %s errno %d\n", file->dirh_handle->ih_dev, PrintInode(NULL, file->dirh_handle-> ih_ino), code)); FDH_REALLYCLOSE(fdP); return code; } FDH_CLOSE(fdP); return 0; }
int ReadHdr1(IHandle_t * ih, char *to, int size, u_int magic, u_int version) { struct versionStamp *vsn; int bad = 0; int code; vsn = (struct versionStamp *)to; code = IH_IREAD(ih, 0, to, size); if (code != size) return -1; if (vsn->magic != magic) { bad++; printf("Inode %s: Bad magic %x (%x): IGNORED\n", PrintInode(NULL, ih->ih_ino), vsn->magic, magic); } /* Check is conditional, in case caller wants to inspect version himself */ if (version && vsn->version != version) { bad++; printf("Inode %s: Bad version %x (%x): IGNORED\n", PrintInode(NULL, ih->ih_ino), vsn->version, version); } if (bad && fixheader) { vsn->magic = magic; vsn->version = version; printf("Special index inode %s has a bad header. Reconstructing...\n", PrintInode(NULL, ih->ih_ino)); code = IH_IWRITE(ih, 0, to, size); if (code != size) { printf("Write failed; header left in damaged state\n"); } } else { if (!dsizeOnly && !saveinodes) { printf("Inode %s: Good magic %x and version %x\n", PrintInode(NULL, ih->ih_ino), magic, version); } } return 0; }
/* returns 0 on success, errno on failure */ int ReallyWrite(DirHandle * file, int block, char *data) { afs_int32 count; FdHandle_t *fdP; fdP = IH_OPEN(file->dirh_handle); if (fdP == NULL) { ViceLog(0, ("ReallyWrite(): open failed device %X inode %s errno %d\n", file->dirh_handle->ih_dev, PrintInode(NULL, file->dirh_handle-> ih_ino), errno)); lpErrno = errno; return 0; } if (FDH_SEEK(fdP, block * PAGESIZE, SEEK_SET) < 0) { ViceLog(0, ("ReallyWrite(): lseek failed device %X inode %s errno %d\n", file->dirh_handle->ih_dev, PrintInode(NULL, file->dirh_handle-> ih_ino), errno)); lpErrno = errno; FDH_REALLYCLOSE(fdP); return 0; } if ((count = FDH_WRITE(fdP, data, PAGESIZE)) != PAGESIZE) { ViceLog(0, ("ReallyWrite(): write failed device %X inode %s errno %d\n", file->dirh_handle->ih_dev, PrintInode(NULL, file->dirh_handle-> ih_ino), errno)); lpCount = count; lpErrno = errno; FDH_REALLYCLOSE(fdP); return 0; } FDH_CLOSE(fdP); return 0; }
/* returns 0 on success, errno on failure */ int ReallyRead(DirHandle * file, int block, char *data) { int code; ssize_t rdlen; FdHandle_t *fdP; afs_ino_str_t stmp; fdP = IH_OPEN(file->dirh_handle); if (fdP == NULL) { code = errno; ViceLog(0, ("ReallyRead(): open failed device %X inode %s errno %d\n", file->dirh_handle->ih_dev, PrintInode(stmp, file->dirh_handle-> ih_ino), code)); return code; } rdlen = FDH_PREAD(fdP, data, PAGESIZE, ((afs_foff_t)block) * PAGESIZE); if (rdlen != PAGESIZE) { if (rdlen < 0) code = errno; else code = EIO; ViceLog(0, ("ReallyRead(): read failed device %X inode %s errno %d\n", file->dirh_handle->ih_dev, PrintInode(stmp, file->dirh_handle-> ih_ino), code)); FDH_REALLYCLOSE(fdP); return code; } FDH_CLOSE(fdP); return 0; }
void HandleVolume(struct DiskPartition64 *dp, char *name) { struct VolumeHeader header; struct VolumeDiskHeader diskHeader; struct afs_stat status, stat; int fd; Volume *vp; IHandle_t *ih; char headerName[1024]; if (online) { printf("volinfo: -online not supported\n"); exit(1); } else { afs_int32 n; (void)afs_snprintf(headerName, sizeof headerName, "%s/%s", VPartitionPath(dp), name); if ((fd = afs_open(headerName, O_RDONLY)) == -1 || afs_fstat(fd, &status) == -1) { printf("Volinfo: Cannot read volume header %s\n", name); close(fd); exit(1); } n = read(fd, &diskHeader, sizeof(diskHeader)); if (n != sizeof(diskHeader) || diskHeader.stamp.magic != VOLUMEHEADERMAGIC) { printf("Volinfo: Error reading volume header %s\n", name); exit(1); } if (diskHeader.stamp.version != VOLUMEHEADERVERSION) { printf ("Volinfo: Volume %s, version number is incorrect; volume needs salvage\n", name); exit(1); } DiskToVolumeHeader(&header, &diskHeader); if (dheader) { FdHandle_t *fdP; afs_sfsize_t size = 0; afs_sfsize_t code; if (afs_fstat(fd, &stat) == -1) { perror("stat"); exit(1); } if (!dsizeOnly && !saveinodes) { size = stat.st_size; printf("Volume header (size = %d):\n", (int)size); printf("\tstamp\t= 0x%x\n", header.stamp.version); printf("\tVolId\t= %u\n", header.id); } IH_INIT(ih, dp->device, header.parent, header.volumeInfo); fdP = IH_OPEN(ih); if (fdP == NULL) { perror("opening volume info"); exit(1); } code = FDH_SIZE(fdP); if (code == -1) { perror("fstat"); exit(1); } FDH_REALLYCLOSE(fdP); IH_RELEASE(ih); size += code; if (!dsizeOnly && !saveinodes) { printf("\tparent\t= %u\n", header.parent); printf("\tInfo inode\t= %s (size = %d)\n", PrintInode(NULL, header.volumeInfo), (int)code); } IH_INIT(ih, dp->device, header.parent, header.smallVnodeIndex); fdP = IH_OPEN(ih); if (fdP == NULL) { perror("opening small vnode index"); exit(1); } code = FDH_SIZE(fdP); if (code == -1) { perror("fstat"); exit(1); } FDH_REALLYCLOSE(fdP); IH_RELEASE(ih); size += code; if (!dsizeOnly && !saveinodes) { printf("\tSmall inode\t= %s (size = %d)\n", PrintInode(NULL, header.smallVnodeIndex), (int)code); } IH_INIT(ih, dp->device, header.parent, header.largeVnodeIndex); fdP = IH_OPEN(ih); if (fdP == NULL) { perror("opening large vnode index"); exit(1); } code = FDH_SIZE(fdP); if (code == -1) { perror("fstat"); exit(1); } FDH_REALLYCLOSE(fdP); IH_RELEASE(ih); size += code; if (!dsizeOnly && !saveinodes) { printf("\tLarge inode\t= %s (size = %d)\n", PrintInode(NULL, header.largeVnodeIndex), (int)code); #ifndef AFS_NT40_ENV printf("Total aux volume size = %d\n\n", (int)size); #endif } #ifdef AFS_NAMEI_ENV IH_INIT(ih, dp->device, header.parent, header.linkTable); fdP = IH_OPEN(ih); if (fdP == NULL) { perror("opening link table index"); exit(1); } code = FDH_SIZE(fdP); if (code == -1) { perror("fstat"); exit(1); } FDH_REALLYCLOSE(fdP); IH_RELEASE(ih); size += code; if (!dsizeOnly && !saveinodes) { printf("\tLink inode\t= %s (size = %d)\n", PrintInode(NULL, header.linkTable), (int)code); printf("Total aux volume size = %d\n\n", (int)size); } #endif Vauxsize = size; Vauxsize_k = size / 1024; } close(fd); vp = AttachVolume(dp, name, &header); if (!vp) { printf("Volinfo: Error attaching volume header %s\n", name); return; } } PrintHeader(vp); if (DumpVnodes) { if (!dsizeOnly && !saveinodes) printf("\nLarge vnodes (directories)\n"); PrintVnodes(vp, vLarge); if (!dsizeOnly && !saveinodes) { printf("\nSmall vnodes(files, symbolic links)\n"); fflush(stdout); } if (saveinodes) printf("Saving all volume files to current directory ...\n"); PrintVnodes(vp, vSmall); } if (dsizeOnly) { totvolsize = Vauxsize_k + Vvnodesize_k; if (saveinodes) printf ("Volume-Id\t Volsize Auxsize Inodesize AVolsize SizeDiff (VolName)\n"); printf("%u\t%9d%9d%10d%10d%9d\t%24s\n", V_id(vp), Vdiskused, Vauxsize_k, Vvnodesize_k, totvolsize, totvolsize - Vdiskused, V_name(vp)); } free(vp->header); free(vp); }
static int DumpVnode(int dumpfd, struct VnodeDiskObject *v, int volid, int vnodeNumber, int dumpEverything, struct Volume *vp) { int code = 0; IHandle_t *ihP; FdHandle_t *fdP; if (verbose) fprintf(stderr, "dumping vnode %d\n", vnodeNumber); if (!v || v->type == vNull) return code; if (!code) code = DumpDouble(dumpfd, D_VNODE, vnodeNumber, v->uniquifier); if (!dumpEverything) return code; if (!code) code = DumpByte(dumpfd, 't', (byte) v->type); if (!code) code = DumpShort(dumpfd, 'l', v->linkCount); /* May not need this */ if (!code) code = DumpInt32(dumpfd, 'v', v->dataVersion); if (!code) code = DumpInt32(dumpfd, 'm', v->unixModifyTime); if (!code) code = DumpInt32(dumpfd, 'a', v->author); if (!code) code = DumpInt32(dumpfd, 'o', v->owner); if (!code && v->group) code = DumpInt32(dumpfd, 'g', v->group); /* default group is 0 */ if (!code) code = DumpShort(dumpfd, 'b', v->modeBits); if (!code) code = DumpInt32(dumpfd, 'p', v->parent); if (!code) code = DumpInt32(dumpfd, 's', v->serverModifyTime); if (v->type == vDirectory) { acl_HtonACL(VVnodeDiskACL(v)); if (!code) code = DumpByteString(dumpfd, 'A', (byte *) VVnodeDiskACL(v), VAclDiskSize(v)); } if (VNDISK_GET_INO(v)) { IH_INIT(ihP, V_device(vp), V_parentId(vp), VNDISK_GET_INO(v)); fdP = IH_OPEN(ihP); if (fdP == NULL) { fprintf(stderr, "Unable to open inode %s for vnode %u (volume %i); not dumped, error %d\n", PrintInode(NULL, VNDISK_GET_INO(v)), vnodeNumber, volid, errno); } else { if (verbose) fprintf(stderr, "about to dump inode %s for vnode %u\n", PrintInode(NULL, VNDISK_GET_INO(v)), vnodeNumber); code = DumpFile(dumpfd, vnodeNumber, fdP, v); FDH_CLOSE(fdP); } IH_RELEASE(ihP); } if (verbose) fprintf(stderr, "done dumping vnode %d\n", vnodeNumber); return code; }
static int DumpFile(int dumpfd, int vnode, FdHandle_t * handleP, struct VnodeDiskObject *v) { int code = 0, failed_seek = 0, failed_write = 0; afs_int32 pad = 0; afs_int32 offset = 0; afs_sfsize_t n, nbytes, howMany, howBig; byte *p; #ifndef AFS_NT40_ENV struct afs_stat status; #endif afs_sfsize_t size, tmpsize; #ifdef AFS_AIX_ENV #include <sys/statfs.h> struct statfs tstatfs; #endif if (verbose) fprintf(stderr, "dumping file for vnode %d\n", vnode); #ifdef AFS_NT40_ENV howBig = _filelength(handleP->fd_fd); howMany = 4096; #else afs_fstat(handleP->fd_fd, &status); howBig = status.st_size; #ifdef AFS_AIX_ENV /* Unfortunately in AIX valuable fields such as st_blksize are * gone from the stat structure. */ fstatfs(handleP->fd_fd, &tstatfs); howMany = tstatfs.f_bsize; #else howMany = status.st_blksize; #endif /* AFS_AIX_ENV */ #endif /* AFS_NT40_ENV */ size = FDH_SIZE(handleP); if (verbose) fprintf(stderr, " howBig = %u, howMany = %u, fdh size = %u\n", howBig, howMany, size); #ifdef AFS_LARGEFILE_ENV { afs_uint32 hi, lo; SplitInt64(size, hi, lo); if (hi == 0L) { code = DumpInt32(dumpfd, 'f', lo); } else { code = DumpDouble(dumpfd, 'h', hi, lo); } } #else /* !AFS_LARGEFILE_ENV */ code = DumpInt32(dumpfd, 'f', size); #endif /* !AFS_LARGEFILE_ENV */ if (code) { return VOLSERDUMPERROR; } p = (unsigned char *)malloc(howMany); if (!p) { fprintf(stderr, "out of memory!\n"); return VOLSERDUMPERROR; } /* loop through whole file, while we still have bytes left, and no errors, in chunks of howMany bytes */ for (nbytes = size; (nbytes && !failed_write); nbytes -= howMany) { if (nbytes < howMany) howMany = nbytes; /* Read the data - unless we know we can't */ n = (failed_seek ? 0 : FDH_READ(handleP, p, howMany)); /* If read any good data and we null padded previously, log the * amount that we had null padded. */ if ((n > 0) && pad) { fprintf(stderr, "Null padding file %d bytes at offset %u\n", pad, offset); pad = 0; } /* If didn't read enough data, null padd the rest of the buffer. This * can happen if, for instance, the media has some bad spots. We don't * want to quit the dump, so we start null padding. */ if (n < howMany) { if (verbose) fprintf(stderr, " read %u instead of %u bytes.\n", n, howMany); /* Record the read error */ if (n < 0) { n = 0; fprintf(stderr, "Error %d reading inode %s for vnode %d\n", errno, PrintInode(NULL, handleP->fd_ih->ih_ino), vnode); } else if (!pad) { fprintf(stderr, "Error reading inode %s for vnode %d\n", PrintInode(NULL, handleP->fd_ih->ih_ino), vnode); } /* Pad the rest of the buffer with zeros. Remember offset we started * padding. Keep total tally of padding. */ memset(p + n, 0, howMany - n); if (!pad) offset = (howBig - nbytes) + n; pad += (howMany - n); /* Now seek over the data we could not get. An error here means we * can't do the next read. */ failed_seek = FDH_SEEK(handleP, ((size - nbytes) + howMany), SEEK_SET); if (failed_seek != ((size - nbytes) + howMany)) { if (failed_seek < 0) { fprintf(stderr, "Error %d seeking in inode %s for vnode %d\n", errno, PrintInode(NULL, handleP->fd_ih->ih_ino), vnode); } else { fprintf(stderr, "Error seeking in inode %s for vnode %d\n", PrintInode(NULL, handleP->fd_ih->ih_ino), vnode); failed_seek = -1; } } else { failed_seek = 0; } } /* Now write the data out */ if (write(dumpfd, (char *)p, howMany) != howMany) failed_write = VOLSERDUMPERROR; } if (pad) { /* Any padding we hadn't reported yet */ fprintf(stderr, "Null padding file: %d bytes at offset %u\n", pad, offset); } free(p); return failed_write; }
Volume * VCreateVolume_r(Error * ec, char *partname, VolumeId volumeId, VolumeId parentId) { /* Should be the same as volumeId if there is * no parent */ VolumeDiskData vol; int i, rc; char headerName[VMAXPATHLEN], volumePath[VMAXPATHLEN]; Device device; struct DiskPartition64 *partition; struct VolumeDiskHeader diskHeader; IHandle_t *handle; FdHandle_t *fdP; Inode nearInode AFS_UNUSED = 0; char *part, *name; struct stat st; struct VolumeHeader tempHeader; struct afs_inode_info stuff[MAXINODETYPE]; afs_ino_str_t stmp; # ifdef AFS_DEMAND_ATTACH_FS int locktype = 0; # endif /* AFS_DEMAND_ATTACH_FS */ init_inode_info(&tempHeader, stuff); *ec = 0; memset(&vol, 0, sizeof(vol)); vol.id = volumeId; vol.parentId = parentId; vol.copyDate = time(0); /* The only date which really means when this * @i(instance) of this volume was created. * Creation date does not mean this */ /* Initialize handle for error case below. */ handle = NULL; /* Verify that the parition is valid before writing to it. */ if (!(partition = VGetPartition_r(partname, 0))) { Log("VCreateVolume: partition %s is not in service.\n", partname); *ec = VNOVOL; return NULL; } #if defined(NEARINODE_HINT) nearInodeHash(volumeId, nearInode); nearInode %= partition->f_files; #endif VGetVolumePath(ec, vol.id, &part, &name); if (*ec == VNOVOL || !strcmp(partition->name, part)) { /* this case is ok */ } else { /* return EXDEV if it's a clone to an alternate partition * otherwise assume it's a move */ if (vol.parentId != vol.id) { *ec = EXDEV; return NULL; } } *ec = 0; # ifdef AFS_DEMAND_ATTACH_FS /* volume doesn't exist yet, but we must lock it to try to prevent something * else from reading it when we're e.g. half way through creating it (or * something tries to create the same volume at the same time) */ locktype = VVolLockType(V_VOLUPD, 1); rc = VLockVolumeByIdNB(volumeId, partition, locktype); if (rc) { Log("VCreateVolume: vol %lu already locked by someone else\n", afs_printable_uint32_lu(volumeId)); *ec = VNOVOL; return NULL; } # else /* AFS_DEMAND_ATTACH_FS */ VLockPartition_r(partname); # endif /* !AFS_DEMAND_ATTACH_FS */ memset(&tempHeader, 0, sizeof(tempHeader)); tempHeader.stamp.magic = VOLUMEHEADERMAGIC; tempHeader.stamp.version = VOLUMEHEADERVERSION; tempHeader.id = vol.id; tempHeader.parent = vol.parentId; vol.stamp.magic = VOLUMEINFOMAGIC; vol.stamp.version = VOLUMEINFOVERSION; vol.destroyMe = DESTROY_ME; snprintf(headerName, sizeof headerName, VFORMAT, afs_printable_VolumeId_lu(vol.id)); snprintf(volumePath, sizeof volumePath, "%s" OS_DIRSEP "%s", VPartitionPath(partition), headerName); rc = stat(volumePath, &st); if (rc == 0 || errno != ENOENT) { if (rc == 0) { Log("VCreateVolume: Header file %s already exists!\n", volumePath); *ec = VVOLEXISTS; } else { Log("VCreateVolume: Error %d trying to stat header file %s\n", errno, volumePath); *ec = VNOVOL; } goto bad_noheader; } device = partition->device; for (i = 0; i < MAXINODETYPE; i++) { struct afs_inode_info *p = &stuff[i]; if (p->obsolete) continue; #ifdef AFS_NAMEI_ENV *(p->inode) = IH_CREATE(NULL, device, VPartitionPath(partition), nearInode, (p->inodeType == VI_LINKTABLE) ? vol.parentId : vol.id, INODESPECIAL, p->inodeType, vol.parentId); if (!(VALID_INO(*(p->inode)))) { if (errno == EEXIST && (p->inodeType == VI_LINKTABLE)) { /* Increment the reference count instead. */ IHandle_t *lh; int code; *(p->inode) = namei_MakeSpecIno(vol.parentId, VI_LINKTABLE); IH_INIT(lh, device, parentId, *(p->inode)); fdP = IH_OPEN(lh); if (fdP == NULL) { IH_RELEASE(lh); goto bad; } code = IH_INC(lh, *(p->inode), parentId); FDH_REALLYCLOSE(fdP); IH_RELEASE(lh); if (code < 0) goto bad; continue; } } #else *(p->inode) = IH_CREATE(NULL, device, VPartitionPath(partition), nearInode, vol.id, INODESPECIAL, p->inodeType, vol.parentId); #endif if (!VALID_INO(*(p->inode))) { Log("VCreateVolume: Problem creating %s file associated with volume header %s\n", p->description, volumePath); bad: if (handle) IH_RELEASE(handle); RemoveInodes(stuff, device, vol.parentId, vol.id); if (!*ec) { *ec = VNOVOL; } VDestroyVolumeDiskHeader(partition, volumeId, parentId); bad_noheader: # ifdef AFS_DEMAND_ATTACH_FS if (locktype) { VUnlockVolumeById(volumeId, partition); } # endif /* AFS_DEMAND_ATTACH_FS */ return NULL; } IH_INIT(handle, device, vol.parentId, *(p->inode)); fdP = IH_OPEN(handle); if (fdP == NULL) { Log("VCreateVolume: Problem iopen inode %s (err=%d)\n", PrintInode(stmp, *(p->inode)), errno); goto bad; } if (FDH_PWRITE(fdP, (char *)&p->stamp, sizeof(p->stamp), 0) != sizeof(p->stamp)) { Log("VCreateVolume: Problem writing to inode %s (err=%d)\n", PrintInode(stmp, *(p->inode)), errno); FDH_REALLYCLOSE(fdP); goto bad; } FDH_REALLYCLOSE(fdP); IH_RELEASE(handle); nearInode = *(p->inode); } IH_INIT(handle, device, vol.parentId, tempHeader.volumeInfo); fdP = IH_OPEN(handle); if (fdP == NULL) { Log("VCreateVolume: Problem iopen inode %s (err=%d)\n", PrintInode(stmp, tempHeader.volumeInfo), errno); goto bad; } if (FDH_PWRITE(fdP, (char *)&vol, sizeof(vol), 0) != sizeof(vol)) { Log("VCreateVolume: Problem writing to inode %s (err=%d)\n", PrintInode(stmp, tempHeader.volumeInfo), errno); FDH_REALLYCLOSE(fdP); goto bad; } FDH_CLOSE(fdP); IH_RELEASE(handle); VolumeHeaderToDisk(&diskHeader, &tempHeader); rc = VCreateVolumeDiskHeader(&diskHeader, partition); if (rc) { Log("VCreateVolume: Error %d trying to write volume header for " "volume %" AFS_VOLID_FMT " on partition %s; volume not created\n", rc, afs_printable_VolumeId_lu(vol.id), VPartitionPath(partition)); if (rc == EEXIST) { *ec = VVOLEXISTS; } goto bad; } # ifdef AFS_DEMAND_ATTACH_FS if (locktype) { VUnlockVolumeById(volumeId, partition); } # endif /* AFS_DEMAND_ATTACH_FS */ return (VAttachVolumeByName_r(ec, partname, headerName, V_SECRETLY)); }