/**
Apply the transform to a buffer starting at "data". That buffer MUST be ROZOFS_BSIZE
aligned.
The first_block_idx is the index of a ROZOFS_BSIZE array in the output buffer
The number_of_blocks is the number of ROZOFS_BSIZE that must be transform
Notice that the first_block_idx offset applies to the output transform buffer only
not to the input buffer pointed by "data".
*
* @param *prj_ctx_p: pointer to the working array of the projection
* @param first_block_idx: index of the first block to transform
* @param number_of_blocks: number of blocks to write
* @param *data: pointer to the source data that must be transformed
@param *number_of_blocks_p: pointer to the array where the function returns number of blocks on which the transform was applied
@param *rozofs_storcli_prj_idx_table: pointer to the array used for storing the projections index for inverse process
*
* @return: the length written on success, -1 otherwise (errno is set)
*/
int rozofs_storcli_transform_inverse(rozofs_storcli_projection_ctx_t *prj_ctx_p,
uint8_t layout, uint32_t bsize,
uint32_t first_block_idx,
uint32_t number_of_blocks,
rozofs_storcli_inverse_block_t *block_ctx_p,
char *data,
uint32_t *number_of_blocks_p,
uint8_t *rozofs_storcli_prj_idx_table)
{
int block_idx;
uint16_t projection_id = 0;
int prj_ctx_idx;
*number_of_blocks_p = 0;
uint8_t rozofs_inverse = rozofs_get_rozofs_inverse(layout);
uint8_t rozofs_forward = rozofs_get_rozofs_forward(layout);
uint8_t rozofs_safe = rozofs_get_rozofs_safe(layout);
uint32_t bbytes = ROZOFS_BSIZE_BYTES(bsize);
int prj_size_in_msg = rozofs_get_max_psize_in_msg(layout,bsize);
/*
** Proceed the inverse data transform for the nb_projections2read blocks.
*/
for (block_idx = 0; block_idx < number_of_blocks; block_idx++) {
if (block_ctx_p[block_idx].state == ROZOFS_BLK_TRANSFORM_DONE)
{
/*
** transformation has already been done for that block of ROZOFS_BSIZE siz
** check the next one
*/
continue;
}
/*
** Check the case of the file that has no data (there is a hole in the file), this is indicated by
** reporting a timestamp of 0
*/
if ((block_ctx_p[block_idx].timestamp == 0) && (block_ctx_p[block_idx].effective_length == bbytes ))
{
/*
** clear the memory
*/
ROZOFS_STORCLI_STATS(ROZOFS_STORCLI_EMPTY_READ);
memset( data + (bbytes * (first_block_idx + block_idx)),0,bbytes);
block_ctx_p[block_idx].state = ROZOFS_BLK_TRANSFORM_DONE;
continue;
}
if ((block_ctx_p[block_idx].timestamp == 0) && (block_ctx_p[block_idx].effective_length == 0 ))
{
/*
** we have reached end of file
*/
block_ctx_p[block_idx].state = ROZOFS_BLK_TRANSFORM_DONE;
*number_of_blocks_p = (block_idx++);
return 0;
}
/*
** Here we have to take care, since the index of the projection_id use to address
** prj_ctx_p is NOT the real projection_id. The projection ID is found in the header of
** each bins, so for a set of projections pointed by bins, we might have a different
** projection id in the header of the projections contains in the bins array that has
** been read!!
*/
transform_inverse_proc(&rozofs_storcli_prj_idx_table[ROZOFS_SAFE_MAX_STORCLI*block_idx],
prj_ctx_p,
prj_size_in_msg,
layout,
bbytes,
first_block_idx,
block_idx,
data);
/*
** indicate that transform has been done for the projection
*/
block_ctx_p[block_idx].state = ROZOFS_BLK_TRANSFORM_DONE;
/*
** check the case of a block that is not full: need to zero's that part
*/
if (block_ctx_p[block_idx].effective_length < bbytes)
{
/*
** clear the memory
*/
char *raz_p = data + (bbytes * (first_block_idx + block_idx)) + block_ctx_p[block_idx].effective_length;
memset( raz_p,0,(bbytes-block_ctx_p[block_idx].effective_length) );
}
}
/*
** now the inverse transform is finished, release the allocated ressources used for
** rebuild
*/
*number_of_blocks_p = number_of_blocks;
/*
** Check whether a block should be repaired
*/
rozofs_storcli_check_block_2_repair(prj_ctx_p, rozofs_inverse, rozofs_forward, rozofs_safe, prj_size_in_msg, number_of_blocks, block_ctx_p);
return 0;
}
/**
Apply the transform to a buffer starting at "data". That buffer MUST be ROZOFS_BSIZE
aligned.
The first_block_idx is the index of a ROZOFS_BSIZE array in the output buffer
The number_of_blocks is the number of ROZOFS_BSIZE that must be transform
Notice that the first_block_idx offset applies to the output transform buffer only
not to the input buffer pointed by "data".
*
* @param *working_ctx_p: storcli working context
* @param number_of_blocks: number of blocks to write
* @param *data: pointer to the source data that must be transformed
*
* @return: the length written on success, -1 otherwise (errno is set)
*/
void rozofs_storcli_transform_forward_repair(rozofs_storcli_ctx_t *working_ctx_p,
uint8_t layout,
uint32_t number_of_blocks,
char *data)
{
projection_t rozofs_fwd_projections[ROZOFS_SAFE_MAX_STORCLI];
projection_t *projections; // Table of projections used to transform data
uint16_t projection_id = 0;
uint32_t i = 0;
uint8_t rozofs_forward = rozofs_get_rozofs_forward(layout);
uint8_t rozofs_safe = rozofs_get_rozofs_forward(layout);
uint8_t rozofs_inverse = rozofs_get_rozofs_inverse(layout);
rozofs_storcli_projection_ctx_t *prj_ctx_p = &working_ctx_p->prj_ctx[0];
int empty_block = 0;
uint8_t sid;
int moj_prj_id;
int block_idx;
int k;
storcli_read_arg_t *storcli_read_rq_p = (storcli_read_arg_t*)&working_ctx_p->storcli_read_arg;
uint8_t bsize = storcli_read_rq_p->bsize;
uint32_t bbytes = ROZOFS_BSIZE_BYTES(bsize);
int prj_size_in_msg = rozofs_get_max_psize_in_msg(layout,bsize);
projections = rozofs_fwd_projections;
// For each projection
for (projection_id = 0; projection_id < rozofs_forward; projection_id++) {
projections[projection_id].angle.p = rozofs_get_angles_p(layout,projection_id);
projections[projection_id].angle.q = rozofs_get_angles_q(layout,projection_id);
projections[projection_id].size = rozofs_get_128bits_psizes(layout,bsize,projection_id);
}
/*
** now go through all projection set to find out if there is something to regenerate
*/
for (k = 0; k < rozofs_safe; k++)
{
block_idx = 0;
if (ROZOFS_BITMAP64_TEST_ALL0(prj_ctx_p[k].crc_err_bitmap)) continue;
/*
** Get the sid associated with the projection context
*/
sid = (uint8_t) rozofs_storcli_lbg_prj_get_sid(working_ctx_p->lbg_assoc_tb,
prj_ctx_p[k].stor_idx);
/*
** Get the reference of the Mojette projection_id
*/
moj_prj_id = rozofs_storcli_get_mojette_proj_id(storcli_read_rq_p->dist_set,sid,rozofs_forward);
if (moj_prj_id < 0)
{
/*
** it is the reference of a spare sid, so go to the next projection context
*/
continue;
}
for (i = 0; i < number_of_blocks; i++)
{
if (ROZOFS_BITMAP64_TEST0(i,prj_ctx_p[k].crc_err_bitmap))
{
/*
** nothing to generate for that block
*/
continue;
}
/*
** check for empty block
*/
empty_block = rozofs_data_block_check_empty(data + (i * bbytes), bbytes);
/**
* regenerate the projection for the block for which a crc error has been detected
*/
//CRC projections[moj_prj_id].bins = prj_ctx_p[moj_prj_id].bins +
projections[moj_prj_id].bins = prj_ctx_p[k].bins +
(prj_size_in_msg/sizeof(bin_t)* (0+block_idx));
rozofs_stor_bins_hdr_t *rozofs_bins_hdr_p = (rozofs_stor_bins_hdr_t*)projections[moj_prj_id].bins;
/*
** check if the user data block is empty: if the data block is empty no need to transform
*/
if (empty_block)
{
rozofs_bins_hdr_p->s.projection_id = 0;
rozofs_bins_hdr_p->s.timestamp = 0;
rozofs_bins_hdr_p->s.effective_length = 0;
rozofs_bins_hdr_p->s.filler = 0;
rozofs_bins_hdr_p->s.version = 0;
block_idx++;
continue;
}
/*
** fill the header of the projection
*/
rozofs_bins_hdr_p->s.projection_id = moj_prj_id;
//CRC rozofs_bins_hdr_p->s.timestamp = working_ctx_p->block_ctx_table[block_idx].timestamp;
rozofs_bins_hdr_p->s.timestamp = working_ctx_p->block_ctx_table[i].timestamp;
//CRC rozofs_bins_hdr_p->s.effective_length = working_ctx_p->block_ctx_table[block_idx].effective_length;
rozofs_bins_hdr_p->s.effective_length = working_ctx_p->block_ctx_table[i].effective_length;
rozofs_bins_hdr_p->s.filler = 0;
rozofs_bins_hdr_p->s.version = 0;
/*
** update the pointer to point out the first bins
*/
projections[moj_prj_id].bins += sizeof(rozofs_stor_bins_hdr_t)/sizeof(bin_t);
/*
** do not apply transform for empty block
*/
if (empty_block == 0)
{
/*
** Apply the erasure code transform for the block i
*/
transform128_forward_one_proj((pxl_t *) (data + (i * bbytes)),
rozofs_inverse,
bbytes / rozofs_inverse / sizeof (pxl_t),
moj_prj_id, projections);
/*
** add the footer at the end of the repaired projection
*/
rozofs_stor_bins_footer_t *rozofs_bins_foot_p;
rozofs_bins_foot_p = (rozofs_stor_bins_footer_t*) (projections[moj_prj_id].bins
+ rozofs_get_psizes(layout,bsize,moj_prj_id));
//CRC rozofs_bins_foot_p->timestamp = working_ctx_p->block_ctx_table[block_idx].timestamp;
rozofs_bins_foot_p->timestamp = rozofs_bins_hdr_p->s.timestamp;
}
block_idx++;
}
}
}
/**
Apply the transform to a buffer starting at "data". That buffer MUST be ROZOFS_BSIZE
aligned.
The first_block_idx is the index of a ROZOFS_BSIZE array in the output buffer
The number_of_blocks is the number of ROZOFS_BSIZE that must be transform
Notice that the first_block_idx offset applies to the output transform buffer only
not to the input buffer pointed by "data".
*
* @param *prj_ctx_p: pointer to the working array of the projection
* @param first_block_idx: index of the first block to transform
* @param number_of_blocks: number of blocks to write
* @param timestamp: date in microseconds
@param last_block_size: effective length of the last block
* @param *data: pointer to the source data that must be transformed
*
* @return: the length written on success, -1 otherwise (errno is set)
*/
int rozofs_storcli_transform_forward(rozofs_storcli_projection_ctx_t *prj_ctx_p,
uint8_t layout,uint32_t bsize,
uint32_t first_block_idx,
uint32_t number_of_blocks,
uint64_t timestamp,
uint16_t last_block_size,
char *data)
{
projection_t rozofs_fwd_projections[ROZOFS_SAFE_MAX_STORCLI];
projection_t *projections; // Table of projections used to transform data
uint16_t projection_id = 0;
uint32_t i = 0;
uint8_t rozofs_forward = rozofs_get_rozofs_forward(layout);
uint8_t rozofs_inverse = rozofs_get_rozofs_inverse(layout);
int empty_block = 0;
uint32_t bbytes = ROZOFS_BSIZE_BYTES(bsize);
projections = rozofs_fwd_projections;
int prj_size_in_msg = rozofs_get_max_psize_in_msg(layout,bsize);
/* Transform the data */
// For each block to send
for (i = 0; i < number_of_blocks; i++)
{
empty_block = rozofs_data_block_check_empty(data + (i * bbytes), bbytes);
// seek bins for each projection
for (projection_id = 0; projection_id < rozofs_forward; projection_id++)
{
/*
** Indicates the memory area where the transformed data must be stored
*/
projections[projection_id].bins = prj_ctx_p[projection_id].bins
+ (prj_size_in_msg/sizeof(bin_t)) * (first_block_idx+i);
rozofs_stor_bins_hdr_t *rozofs_bins_hdr_p = (rozofs_stor_bins_hdr_t*)projections[projection_id].bins;
rozofs_stor_bins_footer_t *rozofs_bins_foot_p = (rozofs_stor_bins_footer_t*)
((bin_t*)(rozofs_bins_hdr_p+1)+
rozofs_get_psizes(layout,bsize,projection_id));
/*
** check if the user data block is empty: if the data block is empty no need to transform
*/
if (empty_block)
{
rozofs_bins_hdr_p->s.projection_id = 0;
rozofs_bins_hdr_p->s.timestamp = 0;
rozofs_bins_hdr_p->s.effective_length = 0;
rozofs_bins_hdr_p->s.filler = 0;
rozofs_bins_hdr_p->s.version = 0;
continue;
}
/*
** fill the header of the projection
*/
rozofs_bins_hdr_p->s.projection_id = projection_id;
rozofs_bins_hdr_p->s.timestamp = timestamp;
rozofs_bins_hdr_p->s.filler = 0;
rozofs_bins_hdr_p->s.version = 0;
/*
** set the effective size of the block. It is always ROZOFS_BSIZE except for the last block
*/
if (i == (number_of_blocks-1))
{
rozofs_bins_hdr_p->s.effective_length = last_block_size;
}
else
{
rozofs_bins_hdr_p->s.effective_length = bbytes;
}
/*
** update the pointer to point out the first bins
*/
projections[projection_id].bins += sizeof(rozofs_stor_bins_hdr_t)/sizeof(bin_t);
rozofs_bins_foot_p = (rozofs_stor_bins_footer_t*) (projections[projection_id].bins
+ rozofs_get_psizes(layout,bsize,projection_id));
rozofs_bins_foot_p->timestamp = timestamp;
}
/*
** do not apply transform for empty block
*/
if (empty_block == 0)
{
transform_forward_proc(layout,data + (i * bbytes),bbytes,projections);
}
}
return 0;
}
int export_unlink_multiple(export_t * e, fid_t parent, char *name, fid_t fid,mattr_t * pattrs,lv2_entry_t *plv2) {
int status = -1;
lv2_entry_t *lv2=NULL;
fid_t child_fid;
uint32_t child_type;
uint16_t nlink = 0;
int fdp = -1;
int ret;
rozofs_inode_t *fake_inode_p;
rmfentry_disk_t trash_entry;
int root_dirent_mask = 0;
int unknown_fid = 0;
int deleted_fid_count = 0;
char filename[1024];
char *basename;
int filecount;
char *filename_p;
int k;
/*
** search for rozofs key in the filename
*/
if (strncmp(name,".@rozofs-mf@",12) == 0)
{
ret = rozofs_parse_object_name((char*)(name+12),&basename,&filecount);
if (ret < 0)
{
errno = ENOTSUP;
goto error;
}
}
/*
** load the root_idx bitmap of the old parent
*/
export_dir_load_root_idx_bitmap(e,parent,plv2);
/*
** set global variables associated with the export
*/
fdp = export_open_parent_directory(e,parent);
if (get_mdirentry(plv2->dirent_root_idx_p,fdp, parent, name, child_fid, &child_type,&root_dirent_mask) != 0)
goto out;
if (S_ISDIR(child_type)) {
errno = EISDIR;
goto out;
}
/*
** do a loop on the file count
*/
for (k = 0; k < filecount ; k++)
{
sprintf(filename,"%s.%d",basename,k);
filename_p = filename;
// Delete the mdirentry if exist
ret =del_mdirentry(plv2->dirent_root_idx_p,fdp, parent, name, child_fid, &child_type,root_dirent_mask);
if (ret != 0)
{
if (errno != ENOENT) goto out;
/*
** check the next entry
*/
continue;
}
// Get mattrs of child to delete
if (!(lv2 = export_lookup_fid(e->trk_tb_p,e->lv2_cache, child_fid)))
{
unknown_fid++;
/*
** check the next entry
*/
continue;
}
deleted_fid_count++;
// Compute hash value for this fid
uint32_t hash = 0;
uint8_t *c = 0;
for (c = lv2->attributes.s.attrs.fid; c != lv2->attributes.s.attrs.fid + 16; c++)
hash = *c + (hash << 6) + (hash << 16) - hash;
hash %= RM_MAX_BUCKETS;
/*
** prepare the trash entry
*/
trash_entry.size = lv2->attributes.s.attrs.size;
memcpy(trash_entry.fid, lv2->attributes.s.attrs.fid, sizeof (fid_t));
trash_entry.cid = lv2->attributes.s.attrs.cid;
memcpy(trash_entry.initial_dist_set, lv2->attributes.s.attrs.sids,
sizeof (sid_t) * ROZOFS_SAFE_MAX);
memcpy(trash_entry.current_dist_set, lv2->attributes.s.attrs.sids,
sizeof (sid_t) * ROZOFS_SAFE_MAX);
fake_inode_p = (rozofs_inode_t *)parent;
ret = exp_trash_entry_create(e->trk_tb_p,fake_inode_p->s.usr_id,&trash_entry);
if (ret < 0)
{
/*
** error while inserting entry in trash file
*/
severe("error on trash insertion name %s error %s",name,strerror(errno));
}
/*
** delete the metadata associated with the file
*/
ret = exp_delete_file(e,lv2);
/*
* In case of geo replication, insert a delete request from the 2 sites
*/
if (e->volume->georep)
{
/*
** update the geo replication: set start=end=0 to indicate a deletion
*/
geo_rep_insert_fid(e->geo_replication_tb[0],
lv2->attributes.s.attrs.fid,
0/*start*/,0/*end*/,
e->layout,
lv2->attributes.s.attrs.cid,
lv2->attributes.s.attrs.sids);
/*
** update the geo replication: set start=end=0 to indicate a deletion
*/
geo_rep_insert_fid(e->geo_replication_tb[1],
lv2->attributes.s.attrs.fid,
0/*start*/,0/*end*/,
e->layout,
lv2->attributes.s.attrs.cid,
lv2->attributes.s.attrs.sids);
}
/*
** Preparation of the rmfentry
*/
rmfentry_t *rmfe = xmalloc(sizeof (rmfentry_t));
export_rm_bins_pending_count++;
memcpy(rmfe->fid, trash_entry.fid, sizeof (fid_t));
rmfe->cid = trash_entry.cid;
memcpy(rmfe->initial_dist_set, trash_entry.initial_dist_set,
sizeof (sid_t) * ROZOFS_SAFE_MAX);
memcpy(rmfe->current_dist_set, trash_entry.current_dist_set,
sizeof (sid_t) * ROZOFS_SAFE_MAX);
memcpy(rmfe->trash_inode,trash_entry.trash_inode,sizeof(fid_t));
list_init(&rmfe->list);
/* Acquire lock on bucket trash list
*/
if ((errno = pthread_rwlock_wrlock
(&e->trash_buckets[hash].rm_lock)) != 0) {
severe("pthread_rwlock_wrlock failed: %s", strerror(errno));
// Best effort
}
/*
** Check size of file
*/
if (lv2->attributes.s.attrs.size >= RM_FILE_SIZE_TRESHOLD) {
// Add to front of list
list_push_front(&e->trash_buckets[hash].rmfiles, &rmfe->list);
} else {
// Add to back of list
list_push_back(&e->trash_buckets[hash].rmfiles, &rmfe->list);
}
if ((errno = pthread_rwlock_unlock
(&e->trash_buckets[hash].rm_lock)) != 0) {
severe("pthread_rwlock_unlock failed: %s", strerror(errno));
// Best effort
}
// Update the nb. of blocks
if (export_update_blocks(e,
-(((int64_t) lv2->attributes.s.attrs.size + ROZOFS_BSIZE_BYTES(e->bsize) - 1)
/ ROZOFS_BSIZE_BYTES(e->bsize))) != 0) {
severe("export_update_blocks failed: %s", strerror(errno));
// Best effort
}
// Remove from the cache (will be closed and freed)
lv2_cache_del(e->lv2_cache, child_fid);
}
/*
** al the subfile have been deleted so Update export files
*/
if (export_update_files(e, 0-deleted_fid_count) != 0)
goto out;
// Update parent
plv2->attributes.s.attrs.mtime = plv2->attributes.s.attrs.ctime = time(NULL);
plv2->attributes.s.attrs.children--;
// Write attributes of parents
if (export_lv2_write_attributes(e->trk_tb_p,plv2) != 0)
goto out;
/*
** return the parent attributes
*/
memcpy(pattrs, &plv2->attributes.s.attrs, sizeof (mattr_t));
status = 0;
out:
/*
** check if parent root idx bitmap must be updated
*/
if (plv2 != NULL) export_dir_flush_root_idx_bitmap(e,parent,plv2->dirent_root_idx_p);
if(fdp != -1) close(fdp);
return status;
}
/**
* callback for the internal read request triggered by a truncate
potential failure case:
- socket_ref is out of range
- connection is down
@param buffer : pointer to the ruc_buffer that cointains the response
@param socket_ref : non significant
@param user_param_p : pointer to the root context
@retval 0 : successfully submitted to the transport layer
@retval < 0 error, the caller is intended to release the buffer
*/
int rozofs_storcli_internal_read_before_truncate_rsp_cbk(void *buffer,uint32_t socket_ref,void *user_param)
{
int errcode = 0;
rozofs_storcli_ctx_t *working_ctx_p = (rozofs_storcli_ctx_t*)user_param;
storcli_truncate_arg_t * storcli_truncate_rq_p = (storcli_truncate_arg_t*)&working_ctx_p->storcli_truncate_arg;
XDR xdrs;
uint8_t *payload;
char *data;
int position;
int bufsize;
struct rpc_msg rpc_reply;
storcli_status_ret_t rozofs_status;
int data_len;
int error;
rpc_reply.acpted_rply.ar_results.proc = NULL;
uint32_t bsize = storcli_truncate_rq_p->bsize;
uint32_t bbytes = ROZOFS_BSIZE_BYTES(bsize);
/*
** decode the read internal read reply
*/
payload = (uint8_t*) ruc_buf_getPayload(buffer);
payload += sizeof(uint32_t); /* skip length*/
/*
** OK now decode the received message
*/
bufsize = ruc_buf_getPayloadLen(buffer);
bufsize -= sizeof(uint32_t); /* skip length*/
xdrmem_create(&xdrs,(char*)payload,bufsize,XDR_DECODE);
error = 0;
while (1)
{
/*
** decode the rpc part
*/
if (rozofs_xdr_replymsg(&xdrs,&rpc_reply) != TRUE)
{
errno = EPROTO;
error = 1;
break;
}
/*
** decode the status of the operation
*/
if (xdr_storcli_status_ret_t(&xdrs,&rozofs_status)!= TRUE)
{
errno = EPROTO;
error = 1;
break;
}
/*
** check th estatus of the operation
*/
if ( rozofs_status.status != STORCLI_SUCCESS )
{
error = 0;
break;
}
{
int alignment;
int k;
/*
** skip the alignment
*/
for (k=0; k<3; k++)
{
if (xdr_int(&xdrs, &alignment) != TRUE)
{
errno = EPROTO;
STORCLI_ERR_PROF(read_prj_err);
error = 1;
break;
}
}
if (error==1) break;
}
/*
** Now get the length of the part that has been read
*/
if (xdr_int(&xdrs, &data_len) != TRUE)
{
errno = EPROTO;
error = 1;
break;
}
break;
}
if (error)
{
severe("error while decoding rpc reply");
goto failure;
}
position = XDR_GETPOS(&xdrs);
data = (char*)(payload+position);
/*
** check the status of the read operation
*/
if (rozofs_status.status != STORCLI_SUCCESS)
{
data = NULL;
}
else {
/*,
** No data returned
*/
if (data_len == 0) {
data = NULL;
}
else if (storcli_truncate_rq_p->last_seg <= data_len) {
memset(data+storcli_truncate_rq_p->last_seg, 0, bbytes-storcli_truncate_rq_p->last_seg);
}
else {
memset(data+data_len, 0, bbytes-data_len);
}
}
rozofs_storcli_truncate_req_processing_exec(working_ctx_p, data);
ruc_buf_freeBuffer(buffer);
return 0 ;
failure:
ruc_buf_freeBuffer(buffer);
/*
** check if the lock is asserted to prevent direct call to callback
*/
if (working_ctx_p->write_ctx_lock == 1) return 0;
/*
** write failure
*/
rozofs_storcli_write_reply_error(working_ctx_p,errcode);
/*
** release the transaction root context
*/
working_ctx_p->xmitBuf = NULL;
STORCLI_STOP_NORTH_PROF(working_ctx_p,truncate,0);
rozofs_storcli_release_context(working_ctx_p);
return 0 ;
}
void read_chunk_file(uuid_t fid, char * path, rozofs_stor_bins_file_hdr_vall_t * hdr, int spare, uint64_t firstBlock) {
uint16_t rozofs_disk_psize;
int fd;
rozofs_stor_bins_hdr_t * pH;
int nb_read;
uint32_t bbytes = ROZOFS_BSIZE_BYTES(hdr->v0.bsize);
char crc32_string[32];
uint64_t offset;
if (dump_data == 0) {
printf ("+------------+------------------+------------+----+------+-------+--------------------------------------------\n");
printf ("| %10s | %16s | %10s | %2s | %4s | %5s | %s\n", "block#","file offset", "prj offset", "pj", "size", "crc32", "date");
printf ("+------------+------------------+------------+----+------+-------+--------------------------------------------\n");
}
// Open bins file
fd = open(path, ROZOFS_ST_NO_CREATE_FILE_FLAG, ROZOFS_ST_BINS_FILE_MODE_RO);
if (fd < 0) {
printf("open(%s) %s\n",path,strerror(errno));
return;
}
/*
** Retrieve the projection size on disk
*/
rozofs_disk_psize = rozofs_get_max_psize_in_msg(hdr->v0.layout,hdr->v0.bsize);
if (spare==0) {
/* Header version 1. Find the sid in the distribution */
if (hdr->v0.version == 2) {
int fwd = rozofs_get_rozofs_forward(hdr->v2.layout);
int idx;
for (idx=0; idx< fwd;idx++) {
if (hdr->v2.distrib[idx] != hdr->v2.sid) continue;
rozofs_disk_psize = rozofs_get_psizes_on_disk(hdr->v2.layout,hdr->v2.bsize,idx);
break;
}
}
else if (hdr->v0.version == 1) {
int fwd = rozofs_get_rozofs_forward(hdr->v1.layout);
int idx;
for (idx=0; idx< fwd;idx++) {
if (hdr->v1.dist_set_current[idx] != hdr->v1.sid) continue;
rozofs_disk_psize = rozofs_get_psizes_on_disk(hdr->v1.layout,hdr->v1.bsize,idx);
break;
}
}
/* Projection id given as parameter */
else if (prjid != -1) {
rozofs_disk_psize = rozofs_get_psizes_on_disk(hdr->v0.layout,hdr->v0.bsize,prjid);
}
/*�Version 0 without projection given as parameter*/
else {
// Read 1rst block
nb_read = pread(fd, buffer, sizeof(rozofs_stor_bins_hdr_t), 0);
if (nb_read<0) {
printf("pread(%s) %s\n",path,strerror(errno));
return;
}
pH = (rozofs_stor_bins_hdr_t*)buffer;
if (pH->s.timestamp == 0) {
printf("Can not tell projection id\n");
return;
}
rozofs_disk_psize = rozofs_get_psizes_on_disk(hdr->v0.layout,hdr->v0.bsize,pH->s.projection_id);
}
}
/*
** Where to start reading from
*/
if (first == 0) {
offset = 0;
}
else {
if (first <= firstBlock) {
offset = 0;
}
else {
offset = (first-firstBlock)*rozofs_disk_psize;
}
}
int idx;
nb_read = 1;
uint64_t bid;
/*
** Reading blocks
*/
while (nb_read) {
// Read nb_proj * (projection + header)
nb_read = pread(fd, buffer, rozofs_disk_psize*32, offset);
if (nb_read<0) {
printf("pread(%s) %s\n",path,strerror(errno));
close(fd);
return;
}
nb_read = (nb_read / rozofs_disk_psize);
pH = (rozofs_stor_bins_hdr_t*) buffer;
for (idx=0; idx<nb_read; idx++) {
pH = (rozofs_stor_bins_hdr_t*) &buffer[idx*rozofs_disk_psize];
bid = (offset/rozofs_disk_psize)+idx+firstBlock;
if (bid < first) continue;
if (bid > last) break;
uint32_t save_crc32 = pH->s.filler;
pH->s.filler = 0;
uint32_t crc32=0;
if (save_crc32 == 0) {
sprintf(crc32_string,"NONE");
}
else {
crc32 = fid2crc32((uint32_t *)fid)+bid-firstBlock;
crc32 = crc32c(crc32,(char *) pH, rozofs_disk_psize);
if (crc32 != save_crc32) sprintf(crc32_string,"ERROR");
else sprintf(crc32_string,"OK");
}
pH->s.filler = save_crc32;
if (dump_data == 0) {
printf ("| %10llu | %16llu | %10llu | %2d | %4d | %5s | %s\n",
(long long unsigned int)bid,
(long long unsigned int)bbytes * bid,
(long long unsigned int)offset+(idx*rozofs_disk_psize),
pH->s.projection_id,
pH->s.effective_length,
crc32_string,
ts2string(pH->s.timestamp));
}
else {
printf("_________________________________________________________________________________________\n");
printf("Block# %llu / file offset %llu / projection offset %llu\n",
(unsigned long long)bid, (unsigned long long)(bbytes * bid), (unsigned long long)(offset+(idx*rozofs_disk_psize)));
printf("prj id %d / length %d / CRC %s / time stamp %s\n",
pH->s.projection_id,pH->s.effective_length,crc32_string, ts2string(pH->s.timestamp));
printf("_________________________________________________________________________________________\n");
if ((pH->s.projection_id == 0)&&(pH->s.timestamp==0)) continue;
hexdump(pH, (offset+(idx*rozofs_disk_psize)), rozofs_disk_psize);
}
}
offset += (nb_read*rozofs_disk_psize);
}
if (dump_data == 0) {
printf ("+------------+------------------+------------+----+------+-------+--------------------------------------------\n");
}
close(fd);
}
int main(int argc, char *argv[]) {
int c;
static struct option long_options[] = {
{ "help", no_argument, 0, 'h'},
{ "file", required_argument, 0, 'f'},
{ "layout", required_argument, 0, 'l'},
{ "bsize", required_argument, 0, 'b'},
{ "chunk", required_argument, 0, 'c'},
{ "blockNumber", required_argument, 0, 'n'},
{ 0, 0, 0, 0}
};
// Get utility name
utility_name = basename(argv[0]);
rozofs_layout_initialize();
while (1) {
int option_index = 0;
c = getopt_long(argc, argv, "hH:f:l:b:c:n:", long_options, &option_index);
if (c == -1)
break;
switch (c) {
case 'h':
usage();
exit(EXIT_SUCCESS);
break;
break;
case 'f':
filename[nb_file++] = optarg;
break;
case 'l':
{
int ret;
ret = sscanf(optarg,"%d", &layout);
if (ret <= 0) {
fprintf(stderr, "dataReader failed. Bad layout: %s %s\n", optarg,
strerror(errno));
exit(EXIT_FAILURE);
}
}
break;
case 'c':
{
int ret;
ret = sscanf(optarg,"%d", &firstBlock);
if (ret <= 0) {
fprintf(stderr, "dataReader failed. Bad chunk number: %s %s\n", optarg,
strerror(errno));
exit(EXIT_FAILURE);
}
}
break;
case 'n':
{
int ret;
ret = sscanf(optarg,"%d", &block_number);
if (ret < 0) {
fprintf(stderr, "dataReader failed. Bad block number: %s %s\n", optarg,
strerror(errno));
exit(EXIT_FAILURE);
}
}
break;
case 'b':
{
int ret;
ret = sscanf(optarg,"%d", &bsize);
if (ret < 0) {
fprintf(stderr, "dataReader failed. Bad block size: %s %s\n", optarg,
strerror(errno));
exit(EXIT_FAILURE);
}
}
break;
case '?':
usage();
exit(EXIT_SUCCESS);
break;
default:
usage();
exit(EXIT_FAILURE);
break;
}
}
openlog("dataReader", LOG_PID, LOG_DAEMON);
/*
** Check parameter consistency
*/
if (nb_file == 0){
fprintf(stderr, "dataReader failed. Missing --file option.\n");
exit(EXIT_FAILURE);
}
bbytes = ROZOFS_BSIZE_BYTES(bsize);
if (bbytes < 0) {
fprintf(stderr, "bad block size: %d\n", bsize);
exit(EXIT_FAILURE);
}
firstBlock *= ROZOFS_STORAGE_NB_BLOCK_PER_CHUNK(bsize);
// Start rebuild storage
if (read_data_file() != 0) goto error;
exit(EXIT_SUCCESS);
error:
exit(EXIT_FAILURE);
}