static int
VGCDel(struct cmd_syndesc * as, void * rock)
{
afs_int32 code;
struct fssync_state state;
char * partName;
VolumeId parent, child;
struct cmd_item *ti;
SYNC_response res;
if (!(ti = as->parms[CUSTOM_PARMS_OFFSET+0].items)) { /* -partition */
return -1;
}
partName = ti->data;
if (!(ti = as->parms[CUSTOM_PARMS_OFFSET+1].items)) { /* -parent */
return -1;
}
parent = atoi(ti->data);
if (!(ti = as->parms[CUSTOM_PARMS_OFFSET+2].items)) { /* -child */
return -1;
}
child = atoi(ti->data);
common_prolog(as, &state);
fprintf(stderr, "calling FSYNC_VCGDel\n");
code = FSYNC_VGCDel(partName, parent, child, state.reason, &res);
debug_response(code, &res);
VDisconnectFS();
return 0;
}
static int
VolOpQuery(struct cmd_syndesc * as, void * rock)
{
struct state state;
SYNC_PROTO_BUF_DECL(res_buf);
SYNC_response res;
FSSYNC_VolOp_info vop;
int i;
res.hdr.response_len = sizeof(res.hdr);
res.payload.buf = res_buf;
res.payload.len = SYNC_PROTO_MAX_LEN;
common_prolog(as, &state);
common_volop_prolog(as, &state);
do_volop(&state, FSYNC_VOL_QUERY_VOP, &res);
if (!(res.hdr.flags & SYNC_FLAG_DAFS_EXTENSIONS)) {
printf("*** file server not compiled with demand attach extensions.\n");
printf("*** pending volume operation metadata not available.\n");
}
if (res.hdr.response == SYNC_OK) {
memcpy(&vop, res.payload.buf, sizeof(FSSYNC_VolOp_info));
printf("pending_vol_op = {\n");
printf("\tcom = {\n");
printf("\t\tproto_version = %u\n", vop.com.proto_version);
printf("\t\tpkt_seq = %u\n", vop.com.pkt_seq);
printf("\t\tcom_seq = %u\n", vop.com.com_seq);
printf("\t\tprogramType = %d (%s)\n",
vop.com.programType, program_type_to_string(vop.com.programType));
printf("\t\tpid = %d\n", vop.com.pid);
printf("\t\ttid = %d\n", vop.com.tid);
printf("\t\tcommand = %d (%s)\n",
vop.com.command, command_code_to_string(vop.com.command));
printf("\t\treason = %d (%s)\n",
vop.com.reason, reason_code_to_string(vop.com.reason));
printf("\t\tcommand_len = %u\n", vop.com.command_len);
printf("\t\tflags = 0x%x\n", vop.com.flags);
printf("\t}\n");
printf("\tvop = {\n");
printf("\t\tvolume = %u\n", vop.vop.volume);
if (afs_strnlen(vop.vop.partName, sizeof(vop.vop.partName)) <
sizeof(vop.vop.partName)) {
printf("\t\tpartName = '%s'\n", vop.vop.partName);
} else {
printf("\t\tpartName = (illegal string)\n");
}
printf("\t}\n");
printf("}\n");
}
return 0;
}
static int
OpQuery(struct cmd_syndesc * as, void * rock)
{
struct fssync_state state;
common_prolog(as, &state);
common_salv_prolog(as, &state);
do_salvop(&state, SALVSYNC_QUERY, NULL);
return 0;
}
static int
OpRaisePrio(struct cmd_syndesc * as, void * rock)
{
struct fssync_state state;
common_prolog(as, &state);
common_salv_prolog(as, &state);
do_salvop(&state, SALVSYNC_RAISEPRIO, NULL);
return 0;
}
static int
VolDetach(struct cmd_syndesc * as, void * rock)
{
struct fssync_state state;
common_prolog(as, &state);
common_volop_prolog(as, &state);
do_volop(&state, FSYNC_VOL_DONE, NULL);
return 0;
}
static int
OpSalvage(struct cmd_syndesc * as, void * rock)
{
struct fssync_state state;
common_prolog(as, &state);
common_salv_prolog(as, &state);
do_salvop(&state, SALVSYNC_SALVAGE, NULL);
return 0;
}
static int
VolForceAttach(struct cmd_syndesc * as, void * rock)
{
struct state state;
common_prolog(as, &state);
common_volop_prolog(as, &state);
do_volop(&state, FSYNC_VOL_ATTACH, NULL);
return 0;
}
static int
VolForceError(struct cmd_syndesc * as, void * rock)
{
struct state state;
common_prolog(as, &state);
common_volop_prolog(as, &state);
do_volop(&state, FSYNC_VOL_FORCE_ERROR, NULL);
return 0;
}
static int
VolList(struct cmd_syndesc * as, void * rock)
{
struct state state;
common_prolog(as, &state);
common_volop_prolog(as, &state);
do_volop(&state, FSYNC_VOL_LISTVOLUMES, NULL);
return 0;
}
static int
VolLeaveOff(struct cmd_syndesc * as, void * rock)
{
struct state state;
common_prolog(as, &state);
common_volop_prolog(as, &state);
do_volop(&state, FSYNC_VOL_LEAVE_OFF, NULL);
return 0;
}
static int
VolBreakCBKs(struct cmd_syndesc * as, void * rock)
{
struct state state;
common_prolog(as, &state);
common_volop_prolog(as, &state);
do_volop(&state, FSYNC_VOL_BREAKCBKS, NULL);
return 0;
}
static int
VolMove(struct cmd_syndesc * as, void * rock)
{
struct state state;
common_prolog(as, &state);
common_volop_prolog(as, &state);
do_volop(&state, FSYNC_VOL_MOVE, NULL);
return 0;
}
static int
OpCancelAll(struct cmd_syndesc * as, void * rock)
{
struct fssync_state state;
common_prolog(as, &state);
common_salv_prolog(as, &state);
do_salvop(&state, SALVSYNC_CANCELALL, NULL);
return 0;
}
static int
VGCScanAll(struct cmd_syndesc * as, void * rock)
{
afs_int32 code;
struct fssync_state state;
common_prolog(as, &state);
fprintf(stderr, "calling FSYNC_VCGScanAll\n");
code = FSYNC_VGCScan(NULL, state.reason);
debug_response(code, NULL);
VDisconnectFS();
return 0;
}
static int
VolOnline(struct cmd_syndesc * as, void * rock)
{
struct fssync_state state;
common_prolog(as, &state);
common_volop_prolog(as, &state);
if (state.vop->partName==0 || *(state.vop->partName)==0) {
fprintf(stderr, "required argument -partition not given\n");
return -1;
}
do_volop(&state, FSYNC_VOL_ON, NULL);
return 0;
}
/**
* query VGC.
*
* @notes args:
* - CUSTOM_PARMS_OFFSET+0 is partition string
* - CUSTOM_PARMS_OFFSET+1 is volume id
*
* @return operation status
* @retval 0 success
*/
static int
VGCQuery(struct cmd_syndesc * as, void * rock)
{
afs_int32 code;
struct fssync_state state;
char * partName;
VolumeId volid;
FSSYNC_VGQry_response_t q_res;
SYNC_response res;
int i;
struct cmd_item *ti;
if (!(ti = as->parms[CUSTOM_PARMS_OFFSET+0].items)) { /* -partition */
return -1;
}
partName = ti->data;
if (!(ti = as->parms[CUSTOM_PARMS_OFFSET+1].items)) { /* -volumeid */
return -1;
}
volid = atoi(ti->data);
common_prolog(as, &state);
fprintf(stderr, "calling FSYNC_VCGQuery\n");
code = FSYNC_VGCQuery(partName, volid, &q_res, &res);
debug_response(code, &res);
if (code == SYNC_OK) {
printf("VG = {\n");
printf("\trw\t=\t%u\n", q_res.rw);
printf("\tchildren\t= (\n");
for (i = 0; i < VOL_VG_MAX_VOLS; i++) {
if (q_res.children[i]) {
printf("\t\t%u\n", q_res.children[i]);
}
}
printf("\t)\n");
}
VDisconnectFS();
return 0;
}
static int
VGCScan(struct cmd_syndesc * as, void * rock)
{
afs_int32 code;
struct fssync_state state;
char * partName;
struct cmd_item *ti;
if (!(ti = as->parms[CUSTOM_PARMS_OFFSET+0].items)) { /* -partition */
return -1;
}
partName = ti->data;
common_prolog(as, &state);
fprintf(stderr, "calling FSYNC_VCGScan\n");
code = FSYNC_VGCScan(partName, state.reason);
debug_response(code, NULL);
VDisconnectFS();
return 0;
}
static int
VolHdrQuery(struct cmd_syndesc * as, void * rock)
{
struct state state;
SYNC_PROTO_BUF_DECL(res_buf);
SYNC_response res;
VolumeDiskData v;
int i;
res.hdr.response_len = sizeof(res.hdr);
res.payload.buf = res_buf;
res.payload.len = SYNC_PROTO_MAX_LEN;
common_prolog(as, &state);
common_volop_prolog(as, &state);
do_volop(&state, FSYNC_VOL_QUERY_HDR, &res);
if (res.hdr.response == SYNC_OK) {
memcpy(&v, res.payload.buf, sizeof(VolumeDiskData));
printf("VolumeDiskData = {\n");
printf("\tstamp = {\n");
printf("\t\tmagic = 0x%x\n", v.stamp.magic);
printf("\t\tversion = %u\n", v.stamp.version);
printf("\t}\n");
printf("\tid = %u\n", v.id);
printf("\tname = '%s'\n", v.name);
if (v.inUse != 0) {
printf("\tinUse = %d (%s)\n", v.inUse, program_type_to_string(v.inUse));
} else {
printf("\tinUse = %d (no)\n", v.inUse);
}
printf("\tinService = %d\n", v.inService);
printf("\tblessed = %d\n", v.blessed);
printf("\tneedsSalvaged = %d\n", v.needsSalvaged);
printf("\tuniquifier = %u\n", v.uniquifier);
printf("\ttype = %d\n", v.type);
printf("\tparentId = %u\n", v.parentId);
printf("\tcloneId = %u\n", v.cloneId);
printf("\tbackupId = %u\n", v.backupId);
printf("\trestoredFromId = %u\n", v.restoredFromId);
printf("\tneedsCallback = %d\n", v.needsCallback);
printf("\tdestroyMe = %d\n", v.destroyMe);
printf("\tdontSalvage = %d\n", v.dontSalvage);
printf("\tmaxquota = %d\n", v.maxquota);
printf("\tminquota = %d\n", v.minquota);
printf("\tmaxfiles = %d\n", v.maxfiles);
printf("\taccountNumber = %u\n", v.accountNumber);
printf("\towner = %u\n", v.owner);
printf("\tfilecount = %d\n", v.filecount);
printf("\tdiskused = %d\n", v.diskused);
printf("\tdayUse = %d\n", v.dayUse);
for (i = 0; i < 7; i++) {
printf("\tweekUse[%d] = %d\n", i, v.weekUse[i]);
}
printf("\tdayUseDate = %u\n", v.dayUseDate);
printf("\tcreationDate = %u\n", v.creationDate);
printf("\taccessDate = %u\n", v.accessDate);
printf("\tupdateDate = %u\n", v.updateDate);
printf("\texpirationDate = %u\n", v.expirationDate);
printf("\tbackupDate = %u\n", v.backupDate);
printf("\tcopyDate = %u\n", v.copyDate);
#ifdef OPENAFS_VOL_STATS
printf("\tstat_initialized = %d\n", v.stat_initialized);
#else
printf("\tmtd = '%s'\n", v.motd);
#endif
printf("}\n");
}
return 0;
}
static int
VolQuery(struct cmd_syndesc * as, void * rock)
{
struct state state;
SYNC_PROTO_BUF_DECL(res_buf);
SYNC_response res;
Volume v;
int hi, lo;
res.hdr.response_len = sizeof(res.hdr);
res.payload.buf = res_buf;
res.payload.len = SYNC_PROTO_MAX_LEN;
common_prolog(as, &state);
common_volop_prolog(as, &state);
do_volop(&state, FSYNC_VOL_QUERY, &res);
if (res.hdr.response == SYNC_OK) {
memcpy(&v, res.payload.buf, sizeof(Volume));
printf("volume = {\n");
printf("\thashid = %u\n", v.hashid);
printf("\theader = 0x%x\n", v.header);
printf("\tdevice = %d\n", v.device);
printf("\tpartition = 0x%x\n", v.partition);
printf("\tlinkHandle = 0x%x\n", v.linkHandle);
printf("\tnextVnodeUnique = %u\n", v.nextVnodeUnique);
printf("\tdiskDataHandle = 0x%x\n", v.diskDataHandle);
printf("\tvnodeHashOffset = %u\n", v.vnodeHashOffset);
printf("\tshuttingDown = %d\n", v.shuttingDown);
printf("\tgoingOffline = %d\n", v.goingOffline);
printf("\tcacheCheck = %u\n", v.cacheCheck);
printf("\tnUsers = %d\n", v.nUsers);
printf("\tneedsPutBack = %d\n", v.needsPutBack);
printf("\tspecialStatus = %d\n", v.specialStatus);
printf("\tupdateTime = %u\n", v.updateTime);
printf("\tvnodeIndex[vSmall] = {\n");
printf("\t\thandle = 0x%x\n", v.vnodeIndex[vSmall].handle);
printf("\t\tbitmap = 0x%x\n", v.vnodeIndex[vSmall].bitmap);
printf("\t\tbitmapSize = %u\n", v.vnodeIndex[vSmall].bitmapSize);
printf("\t\tbitmapOffset = %u\n", v.vnodeIndex[vSmall].bitmapOffset);
printf("\t}\n");
printf("\tvnodeIndex[vLarge] = {\n");
printf("\t\thandle = 0x%x\n", v.vnodeIndex[vLarge].handle);
printf("\t\tbitmap = 0x%x\n", v.vnodeIndex[vLarge].bitmap);
printf("\t\tbitmapSize = %u\n", v.vnodeIndex[vLarge].bitmapSize);
printf("\t\tbitmapOffset = %u\n", v.vnodeIndex[vLarge].bitmapOffset);
printf("\t}\n");
#ifdef AFS_DEMAND_ATTACH_FS
if (res.hdr.flags & SYNC_FLAG_DAFS_EXTENSIONS) {
printf("\tupdateTime = %u\n", v.updateTime);
printf("\tattach_state = %s\n", vol_state_to_string(v.attach_state));
printf("\tattach_flags = %s\n", vol_flags_to_string(v.attach_flags));
printf("\tnWaiters = %d\n", v.nWaiters);
printf("\tchainCacheCheck = %d\n", v.chainCacheCheck);
/* online salvage structure */
printf("\tsalvage = {\n");
printf("\t\tprio = %u\n", v.salvage.prio);
printf("\t\treason = %d\n", v.salvage.reason);
printf("\t\trequested = %d\n", v.salvage.requested);
printf("\t\tscheduled = %d\n", v.salvage.scheduled);
printf("\t}\n");
/* statistics structure */
printf("\tstats = {\n");
printf("\t\thash_lookups = {\n");
SplitInt64(v.stats.hash_lookups,hi,lo);
printf("\t\t\thi = %u\n", hi);
printf("\t\t\tlo = %u\n", lo);
printf("\t\t}\n");
printf("\t\thash_short_circuits = {\n");
SplitInt64(v.stats.hash_short_circuits,hi,lo);
printf("\t\t\thi = %u\n", hi);
printf("\t\t\tlo = %u\n", lo);
printf("\t\t}\n");
printf("\t\thdr_loads = {\n");
SplitInt64(v.stats.hdr_loads,hi,lo);
printf("\t\t\thi = %u\n", hi);
printf("\t\t\tlo = %u\n", lo);
printf("\t\t}\n");
printf("\t\thdr_gets = {\n");
SplitInt64(v.stats.hdr_gets,hi,lo);
printf("\t\t\thi = %u\n", hi);
printf("\t\t\tlo = %u\n", lo);
printf("\t\t}\n");
printf("\t\tattaches = %u\n", v.stats.attaches);
printf("\t\tsoft_detaches = %u\n", v.stats.soft_detaches);
printf("\t\tsalvages = %u\n", v.stats.salvages);
printf("\t\tvol_ops = %u\n", v.stats.vol_ops);
printf("\t\tlast_attach = %u\n", v.stats.last_attach);
printf("\t\tlast_get = %u\n", v.stats.last_get);
printf("\t\tlast_promote = %u\n", v.stats.last_promote);
printf("\t\tlast_hdr_get = %u\n", v.stats.last_hdr_get);
printf("\t\tlast_hdr_load = %u\n", v.stats.last_hdr_load);
printf("\t\tlast_salvage = %u\n", v.stats.last_salvage);
printf("\t\tlast_salvage_req = %u\n", v.stats.last_salvage_req);
printf("\t\tlast_vol_op = %u\n", v.stats.last_vol_op);
printf("\t}\n");
/* VLRU state */
printf("\tvlru = {\n");
printf("\t\tidx = %d (%s)\n",
v.vlru.idx, vlru_idx_to_string(v.vlru.idx));
printf("\t}\n");
/* volume op state */
printf("\tpending_vol_op = 0x%x\n", v.pending_vol_op);
}
#else /* !AFS_DEMAND_ATTACH_FS */
if (res.hdr.flags & SYNC_FLAG_DAFS_EXTENSIONS) {
printf("*** server asserted demand attach extensions. fssync-debug not built to\n");
printf("*** recognize those extensions. please recompile fssync-debug if you need\n");
printf("*** to dump dafs extended state\n");
}
#endif /* !AFS_DEMAND_ATTACH_FS */
printf("}\n");
}
return 0;
}
static int
VnQuery(struct cmd_syndesc * as, void * rock)
{
struct state state;
SYNC_PROTO_BUF_DECL(res_buf);
SYNC_response res;
Vnode v;
int hi, lo;
res.hdr.response_len = sizeof(res.hdr);
res.payload.buf = res_buf;
res.payload.len = SYNC_PROTO_MAX_LEN;
common_prolog(as, &state);
vn_prolog(as, &state);
do_vnqry(&state, &res);
if (res.hdr.response == SYNC_OK) {
memcpy(&v, res.payload.buf, sizeof(Volume));
printf("vnode = {\n");
printf("\tvid_hash = {\n");
printf("\t\tnext = 0x%lx\n", v.vid_hash.next);
printf("\t\tprev = 0x%lx\n", v.vid_hash.prev);
printf("\t}\n");
printf("\thashNext = 0x%lx\n", v.hashNext);
printf("\tlruNext = 0x%lx\n", v.lruNext);
printf("\tlruPrev = 0x%lx\n", v.lruPrev);
printf("\thashIndex = %hu\n", v.hashIndex);
printf("\tchanged_newTime = %u\n", (unsigned int) v.changed_newTime);
printf("\tchanged_oldTime = %u\n", (unsigned int) v.changed_oldTime);
printf("\tdelete = %u\n", (unsigned int) v.delete);
printf("\tvnodeNumber = %u\n", v.vnodeNumber);
printf("\tvolumePtr = 0x%lx\n", v.volumePtr);
printf("\tnUsers = %u\n", v.nUsers);
printf("\tcacheCheck = %u\n", v.cacheCheck);
#ifdef AFS_DEMAND_ATTACH_FS
if (!(res.hdr.flags & SYNC_FLAG_DAFS_EXTENSIONS)) {
printf("*** fssync-debug built to expect demand attach extensions. server asserted\n");
printf("*** that it was not compiled with demand attach turned on. please recompile\n");
printf("*** fssync-debug to match your server\n");
goto done;
}
printf("\tnReaders = %u\n", v.nReaders);
printf("\tvn_state_flags = %s\n", vn_flags_to_string(v.vn_state_flags));
printf("\tvn_state = %s\n", vn_state_to_string(v.vn_state));
#else
if (res.hdr.flags & SYNC_FLAG_DAFS_EXTENSIONS) {
printf("*** server asserted demand attach extensions. fssync-debug not built to\n");
printf("*** recognize those extensions. please recompile fssync-debug if you need\n");
printf("*** to dump dafs extended state\n");
goto done;
}
#endif /* !AFS_DEMAND_ATTACH_FS */
printf("\twriter = %u\n", v.writer);
printf("\tvcp = 0x%lx\n", v.vcp);
printf("\thandle = 0x%lx\n", v.handle);
printf("\tdisk = {\n");
printf("\t\ttype = %u\n", v.disk.type);
printf("\t\tcloned = %u\n", v.disk.cloned);
printf("\t\tmodeBits = %u\n", v.disk.modeBits);
printf("\t\tlinkCount = %d\n", v.disk.linkCount);
printf("\t\tlength = %u\n", v.disk.length);
printf("\t\tuniquifier = %u\n", v.disk.uniquifier);
printf("\t\tdataVersion = %u\n", v.disk.dataVersion);
printf("\t\tvn_ino_lo = %u\n", v.disk.vn_ino_lo);
printf("\t\tunixModifyTime = %u\n", v.disk.unixModifyTime);
printf("\t\tauthor = %u\n", v.disk.author);
printf("\t\towner = %u\n", v.disk.owner);
printf("\t\tparent = %u\n", v.disk.parent);
printf("\t\tvnodeMagic = %u\n", v.disk.vnodeMagic);
printf("\t\tlock = {\n");
printf("\t\t\tlockCount = %d\n", v.disk.lock.lockCount);
printf("\t\t\tlockTime = %d\n", v.disk.lock.lockTime);
printf("\t\t}\n");
printf("\t\tserverModifyTime = %u\n", v.disk.serverModifyTime);
printf("\t\tgroup = %d\n", v.disk.group);
printf("\t\tvn_ino_hi = %d\n", v.disk.vn_ino_hi);
printf("\t\treserved6 = %u\n", v.disk.reserved6);
printf("\t}\n");
printf("}\n");
}
static int
StatsQuery(struct cmd_syndesc * as, void * rock)
{
afs_int32 code;
int command;
struct cmd_item *ti;
struct state state;
SYNC_PROTO_BUF_DECL(res_buf);
SYNC_response res;
FSSYNC_StatsOp_hdr scom;
union {
void * ptr;
struct VolPkgStats * vol_stats;
struct VolumeHashChainStats * hash_stats;
#ifdef AFS_DEMAND_ATTACH_FS
struct volume_hdr_LRU_stats * hdr_stats;
#endif
struct DiskPartitionStats64 * vicep_stats;
} sres;
sres.ptr = res_buf;
res.hdr.response_len = sizeof(res.hdr);
res.payload.buf = res_buf;
res.payload.len = SYNC_PROTO_MAX_LEN;
if ((ti = as->parms[CUSTOM_PARMS_OFFSET].items)) { /* -subcommand */
if (!strcasecmp(ti->data, "vicep")) {
command = FSYNC_VOL_STATS_VICEP;
} else if (!strcasecmp(ti->data, "hash")) {
command = FSYNC_VOL_STATS_HASH;
#ifdef AFS_DEMAND_ATTACH_FS
} else if (!strcasecmp(ti->data, "hdr")) {
command = FSYNC_VOL_STATS_HDR;
} else if (!strcasecmp(ti->data, "vlru")) {
command = FSYNC_VOL_STATS_VLRU;
#endif
} else if (!strcasecmp(ti->data, "pkg")) {
command = FSYNC_VOL_STATS_GENERAL;
} else if (!strcasecmp(ti->data, "help")) {
fprintf(stderr, "fssync-debug stats subcommands:\n");
fprintf(stderr, "\tpkg\tgeneral volume package stats\n");
fprintf(stderr, "\tvicep\tvice partition stats\n");
fprintf(stderr, "\thash\tvolume hash chain stats\n");
#ifdef AFS_DEMAND_ATTACH_FS
fprintf(stderr, "\thdr\tvolume header cache stats\n");
fprintf(stderr, "\tvlru\tvlru generation stats\n");
#endif
exit(0);
} else {
fprintf(stderr, "invalid stats subcommand");
exit(1);
}
} else {
command = FSYNC_VOL_STATS_GENERAL;
}
if ((ti = as->parms[CUSTOM_PARMS_OFFSET+1].items)) { /* -arg1 */
switch (command) {
case FSYNC_VOL_STATS_VICEP:
strlcpy(scom.args.partName, ti->data, sizeof(state.vop->partName));
break;
case FSYNC_VOL_STATS_HASH:
scom.args.hash_bucket = atoi(ti->data);
break;
case FSYNC_VOL_STATS_VLRU:
scom.args.vlru_generation = atoi(ti->data);
break;
default:
fprintf(stderr, "unrecognized arguments\n");
exit(1);
}
} else {
switch (command) {
case FSYNC_VOL_STATS_VICEP:
case FSYNC_VOL_STATS_HASH:
case FSYNC_VOL_STATS_VLRU:
fprintf(stderr, "this subcommand requires more parameters\n");
exit(1);
}
}
common_prolog(as, &state);
fprintf(stderr, "calling FSYNC_askfs with command code %d (%s)\n",
command, command_code_to_string(command));
code = FSYNC_StatsOp(&scom, command, FSYNC_WHATEVER, &res);
switch (code) {
case SYNC_OK:
case SYNC_DENIED:
break;
default:
fprintf(stderr, "possible sync protocol error. return code was %d\n", code);
}
fprintf(stderr, "FSYNC_VolOp returned %d (%s)\n", code, response_code_to_string(code));
fprintf(stderr, "protocol response code was %d (%s)\n",
res.hdr.response, response_code_to_string(res.hdr.response));
fprintf(stderr, "protocol reason code was %d (%s)\n",
res.hdr.reason, reason_code_to_string(res.hdr.reason));
VDisconnectFS();
if (res.hdr.response == SYNC_OK) {
switch (command) {
case FSYNC_VOL_STATS_GENERAL:
print_vol_stats_general(sres.vol_stats);
break;
case FSYNC_VOL_STATS_VICEP:
print_vol_stats_viceP(sres.vicep_stats);
break;
case FSYNC_VOL_STATS_HASH:
print_vol_stats_hash(sres.hash_stats);
break;
#ifdef AFS_DEMAND_ATTACH_FS
case FSYNC_VOL_STATS_HDR:
print_vol_stats_hdr(sres.hdr_stats);
break;
#endif /* AFS_DEMAND_ATTACH_FS */
}
}
return 0;
}