Commit 661029fc authored by Sukrit Bhatnagar's avatar Sukrit Bhatnagar

added the code and related docs

Signed-off-by: default avatarSukrit Bhatnagar <skrtbhtngr@gmail.com>
parent 12e1d0b2
.DS_Store
# presto # PRESTO: PREwarming STOrage Caches for Improving I/O Performance in Virtualized Infrastructure
Repo for M.Tech. Project resources
**Abstract**
Virtualized environments nowadays employ a hypervisor cache at each node to improve performance on the storage I/O path as well as alleviate some load on the underlying storage. This further benefits the environments having networked storage where the VM disk data is not necessarily available locally.
That being said, the cache itself is local to the node as it caters to the requests coming from the VMs on that particular node. From a performance point-of-view, the cached data in this hypervisor cache is as important as the backing data. A cold hypervisor cache would not result in drastic reduction in performance as compared to performance with no hypervisor cache present. But, there will be no improvement in the overall I/O performance, and the cache will fail to fulfil its purpose.
This study aims at identifying the scenarios which will render the hypervisor cache cold and coming up with methods which can aid in effectively "warming up" the otherwise cold cache. We consider the Nutanix HCI as the base model for our experiments.
--
### This project was a joint effort by Nutanix and SynerG@CSE, IITB.
--
The repo is structured as follows:
`code/` stores the project source files (with results and the dataset)
`mtpdocs/` contains various documents prepared as part of the project
`refs/` has a few materials (papers, pres., etc.) related to the project
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cmake_minimum_required(VERSION 3.10) # CMake version check
project(presto)
set(CMAKE_CXX_STANDARD 14)
set(CMAKE_CXX_FLAGS "${CMAKE_CXX_FLAGS} -Wall -Werror -Wno-unused -fno-omit-frame-pointer -O0")
set(SOURCE_FILES main.cc metadata.h metadata.cc cache.h hashmap.cc hashmap.h cache.cc util.h policy.cc policy.h
analyze.cc analyze.h util.cc experiments.cc experiments.h bits.cc bits.h snapshot.cc snapshot.h workload.h
exp1.cc exp1.h exp2.cc exp2.h exp4.cc exp4.h exp3.cc exp3.h cache-ss.cc)
include_directories("/home/skrtbhtngr/CLionProjects/presto/zlib-1.2.11")
link_directories("/home/skrtbhtngr/CLionProjects/presto/zlib-1.2.11")
#include_directories("/usr/local/opt/openssl/include")
#link_directories("/usr/local/opt/openssl/lib")
link_libraries("ssl")
link_libraries("crypto")
link_libraries("z")
set(THREADS_PREFER_PTHREAD_FLAG ON)
link_libraries("pthread")
# Add executable target with source files listed in SOURCE_FILES variable
add_executable(presto ${SOURCE_FILES})
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# Source code for PRESTO
This is a CMake project and the IDE used was CLion. `CMakeLists.txt` should be used as it is.
The project is written in C/C++, and Python3 scripts were used for analyzing result csv files and generating graph plots. Target system was a Linux (x64) machine.
--
A custom workload generation tools is also included (`gen.py`, `gen_main.py`).
`conf/` contains sample configuration files for workload generation tool
`results/` contains the results (csv files + graph plots) for 3 workloads used in experiments
`traces/` contains all the block I/O traces used in the project (the workload dataset)
`main.cc` contains the driver function and `util.h` has some configurable parameters defined.
Refer to the Stage II report in `/mtpdocs` for design of the cache and hashmaps.
The directory structure should be maintained as it is. Absolute paths are used in most places which must be changed accordingly.
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#include "analyze.h"
int comp_analyze(const void *a, const void *b)
{
long x = ((struct kv_analyze *) a)->val;
long y = ((struct kv_analyze *) b)->val;
if (x < y)
return 1;
else if (x > y)
return -1;
return 0;
}
int comp_analyze_all(const void *a, const void *b)
{
long x = ((struct kv_analyze_all *) a)->val;
long y = ((struct kv_analyze_all *) b)->val;
if (x < y)
return 1;
else if (x > y)
return -1;
return 0;
}
void analyze_and(BitArray *ba, BitArray *agg)
{
int i;
for (i = 0; i < agg->size; i++)
{
if (!agg->bitmap[i])
continue;
agg->onbits -= __builtin_popcountll(agg->bitmap[i]);
agg->bitmap[i] &= ba->bitmap[i];
agg->onbits += __builtin_popcountll(agg->bitmap[i]);
}
}
void calc_scores_freq(BitArray *ba, BitArray *agg, long *freq, long thr)
{
int i, j;
for (i = 0; ba != nullptr && i < ba->size; i++)
{
if (!ba->bitmap[i])
continue;
for (j = 0; j < 64; j++)
if (ba->bitmap[i] & (1UL << j))
freq[i * 64 + j]++;
}
if (agg != nullptr)
{
for (i = 0; i < agg->size; i++)
{
for (j = 0; j < 64; j++)
if (freq[i * 64 + j] >= thr)
{
agg->bitmap[i] |= (1UL << j);
agg->onbits++;
}
}
}
}
void calc_scores_frerecn(BitArray *ba, BitArray *agg, long *scores, long wt, long thr)
{
int i, j, k, idx, objs;
for (i = 0; ba != nullptr && i < ba->size; i++)
{
if (!ba->bitmap[i])
continue;
for (j = 0; j < 64; j++)
if (ba->bitmap[i] & (1UL << j))
scores[i * 64 + j] += wt;
}
if (agg != nullptr)
{
struct kv_analyze *kvs = new struct kv_analyze[agg->size * 64];
for (i = 0; i < agg->size; i++)
{
for (j = 0; j < 64; j++)
{
idx = i * 64 + j;
kvs[idx].key = idx;
kvs[idx].val = scores[idx];
}
}
qsort(kvs, agg->size * 64, sizeof(struct kv_analyze), comp_analyze);
for (i = 0; i < agg->size * 64; i++)
if (kvs[i].val == 0)
break;
objs = (i * (thr / 100.0));
for (k = 0; k < objs && k < (agg->size * 64); k++)
{
if (kvs[k].val == 0)
return;
i = kvs[k].key / 64;
j = kvs[k].key % 64;
agg->bitmap[i] |= (1UL << j);
agg->onbits++;
}
delete[] kvs;
}
}
long analyze_scores(BitArray *agg, long *scores, int *pos, int obj_size, long thr)
{
int i, j, k, idx, objs, set;
struct kv_analyze *kvs = new struct kv_analyze[agg->size * 64];
for (i = 0; i < agg->size; i++)
{
for (j = 0; j < 64; j++)
{
idx = i * 64 + j;
kvs[idx].key = idx;
kvs[idx].val = scores[idx];
}
}
qsort(kvs, agg->size * 64, sizeof(struct kv_analyze), comp_analyze);
objs = int(thr / obj_size);
set = agg->onbits;
for (k = *pos; k < (*pos + objs) && k < (agg->size * 64); k++)
{
if (kvs[k].val == 0)
{
*pos = k;
delete[] kvs;
return thr - ((long) (agg->onbits - set) * obj_size);
}
i = kvs[k].key / 64;
j = kvs[k].key % 64;
agg->bitmap[i] |= (1UL << j);
agg->onbits++;
}
*pos = k;
delete[] kvs;
return 0;
}
long
analyze_scores_all(BitArray **agg, long **scores, int num_vdisks, long thr, void **ret_struct, long *ret_n,
int heuristic)
{
int i, j, k, n, idx;
long total_bitmap_size = 0;
long cursize;
struct kv_analyze_all *kvs;
for (i = 0; i <= num_vdisks; i++)
total_bitmap_size += agg[i]->size;
total_bitmap_size *= 64;
kvs = new struct kv_analyze_all[total_bitmap_size];
n = 0;
for (k = 0; k <= num_vdisks; k++)
{
for (i = 0; i < agg[k]->size; i++)
{
for (j = 0; j < 64; j++)
{
idx = i * 64 + j;
if (scores[k][idx] > 0)
{
kvs[n].key = idx;
kvs[n].val = scores[k][idx];
kvs[n].vdisk = k;
n++;
}
}
}
}
qsort(kvs, n, sizeof(struct kv_analyze_all), comp_analyze_all);
cursize = 0;
for (k = 0; k < n; k++)
{
//if (heuristic == K_FREQ_MEM && kvs[k].val < HEURISTIC_FREQ_MIN_VAL)
// break;
if (kvs[k].vdisk == num_vdisks)
{
if (cursize + SIZE_HM3_OBJ <= thr)
{
i = kvs[k].key / 64;
j = kvs[k].key % 64;
agg[num_vdisks]->bitmap[i] |= (1UL << j);
agg[num_vdisks]->onbits++;
cursize += SIZE_HM3_OBJ;
}
else
continue;
}
else
{
if (cursize + SIZE_HM1_OBJ <= thr)
{
i = kvs[k].key / 64;
j = kvs[k].key % 64;
agg[kvs[k].vdisk]->bitmap[i] |= (1UL << j);
agg[kvs[k].vdisk]->onbits++;
cursize += SIZE_HM1_OBJ;
}
else
break;
}
}
*ret_struct = (void *) kvs;
*ret_n = n;
return 0;
}
void calc_scores_freq_mem(BitArray *ba, long *scores)
{
int i, j;
for (i = 0; ba != nullptr && i < ba->size; i++)
{
if (!ba->bitmap[i])
continue;
for (j = 0; j < 64; j++)
if (ba->bitmap[i] & (1UL << j))
scores[i * 64 + j]++;
}
}
void calc_scores_rec_mem(BitArray *ba, long *scores, int pos)
{
int i, j;
for (i = 0; ba != nullptr && i < ba->size; i++)
{
if (!ba->bitmap[i])
continue;
for (j = 0; j < 64; j++)
{
if (ba->bitmap[i] & (1UL << j) && scores[i * 64 + j] == 0)
scores[i * 64 + j] = pos;
}
}
}
void calc_scores_frerecn_mem(BitArray *ba, long *scores, long wt)
{
int i, j;
for (i = 0; ba != nullptr && i < ba->size; i++)
{
if (!ba->bitmap[i])
continue;
for (j = 0; j < 64; j++)
if (ba->bitmap[i] & (1UL << j))
scores[i * 64 + j] += wt;
}
}
#pragma once
#include "util.h"
#include "hashmap.h"
#include "cache.h"
struct kv_analyze
{
int key;
long val;
};
struct kv_analyze_type
{
int key;
long val;
int type;
int pool;
};
struct kv_analyze_all
{
int key;
long val;
int vdisk;
};
void analyze_and(BitArray *ba, BitArray *agg);
void calc_scores_freq(BitArray *ba, BitArray *agg, long *freq, long thr);
void calc_scores_frerecn(BitArray *ba, BitArray *agg, long *scores, long wt, long thr);
long analyze_scores(BitArray *agg, long *scores, int *pos, int obj_size, long thr);
long
analyze_scores_all(BitArray **agg, long **scores, int num_vdisks, long thr, void **ret_struct, long *ret_n,
int heuristic);
void calc_scores_freq_mem(BitArray *ba, long *scores);
void calc_scores_rec_mem(BitArray *ba, long *scores, int pos);
void calc_scores_frerecn_mem(BitArray *ba, long *scores, long wt);
#include "bits.h"
void BitArray::set_bit(long i)
{
if (i > bits)
return;
unsigned int ele_idx = i / 64;
unsigned int ele_off = i % 64;
unsigned long mask = 0x1UL << ele_off;
bitmap[ele_idx] |= mask;
onbits++;
}
void BitArray::unset_bit(long i)
{
if (i > bits)
return;
unsigned int ele_idx = i / 64;
unsigned int ele_off = i % 64;
unsigned long mask = ~(0x1UL << ele_off);
bitmap[ele_idx] &= mask;
onbits--;
}
bool BitArray::isset(long i)
{
if (i > bits)
return false;
unsigned int ele_idx = i / 64;
unsigned int ele_off = i % 64;
unsigned long mask = 0x1UL << ele_off;
return bitmap[ele_idx] & mask;
}
void BitArray::print_bitmap(FILE *fp)
{
long i, j;
unsigned long tmp, rem;
char str[65];
for (i = 0; i < size; i++)
{
tmp = bitmap[i];
if (!tmp)
{
fprintf(fp, "0\n");
continue;
}
memset(str, '0', 65);
j = 0;
while (tmp)
{
rem = tmp % 2;
str[63 - j] = rem ? '1' : '0';
j++;
tmp /= 2;
}
for (j = 0; j < 64; j++)
fprintf(fp, "%c", str[j]);
fputc('\n', fp);
}
fputc('\n', fp);
}
void BitArray::save_bitmap(FILE *fp)
{
fwrite(&size, sizeof(unsigned int), 1, fp);
fwrite(bitmap, sizeof(unsigned long), size, fp);
fflush(fp);
}
void BitSet::set_bit(long i)
{
Pair *val;
unsigned int *k = new unsigned int;
unsigned int *v;
unsigned int bit, mask;
*k = i / 64;
bit = i % 64;
val = get(k);
if (!val)
{
v = new unsigned int;
*v = 0x1UL << bit;
put(k, v, BITMAP);
}
else
{
v = (unsigned int *) val->val;
mask = 0x1UL << bit;
*v |= mask;
delete k;
}
}
void BitSet::unset_bit(long i)
{
Pair *val;
unsigned int *k = new unsigned int;
unsigned int *v;
unsigned int bit, mask;
*k = i / 64;
bit = i % 64;
val = get(k);
if (val)
{
v = (unsigned int *) val->val;
mask = ~(0x1UL << bit);
*v &= mask;
if (!*v)
{
remove(k);
delete v;
}
}
delete k;
}
void BitArray::copy(BitArray *ba)
{
assert(size == ba->size);
onbits = ba->onbits;
memcpy(bitmap, ba->bitmap, size * sizeof(unsigned long));
}
void BitArray::_or(BitArray *a)
{
int i;
for (i = 0; i < a->size; i++)
{
this->onbits -= __builtin_popcountll(this->bitmap[i]);
this->bitmap[i] |= a->bitmap[i];
this->onbits += __builtin_popcountll(this->bitmap[i]);
}
}
unsigned int BitArray::_or_bits(BitArray *a, BitArray *b)
{
int i, onbits = 0;
for (i = 0; i < a->size; i++)
onbits += __builtin_popcountll(a->bitmap[i] | b->bitmap[i]);
return onbits;
}
void BitArray::_and(BitArray *a)
{
int i;
for (i = 0; i < a->size; i++)
{
this->onbits -= __builtin_popcountll(this->bitmap[i]);
this->bitmap[i] &= a->bitmap[i];
this->onbits += __builtin_popcountll(this->bitmap[i]);
}
//fprintf(stderr, "onbits: %" PRIu64 "\n", this->onbits);
}
unsigned int BitArray::_and_bits(BitArray *a, BitArray *b)
{
int i, onbits = 0;
for (i = 0; i < a->size; i++)
onbits += __builtin_popcountll(a->bitmap[i] & b->bitmap[i]);
return onbits;
}
void BitArray::clean()
{
onbits = 0;
memset(bitmap, 0, size * sizeof(unsigned long));
}
#pragma once
#include "util.h"
#include "hashmap.h"
class BitArray
{
public:
long bits;
int size;
long onbits;
unsigned long *bitmap;
BitArray() = default;
BitArray(long b)
{
bits = b;
onbits = 0;
size = ceil((double) b / 64);
bitmap = new unsigned long[size];
memset(bitmap, 0, size * sizeof(unsigned long));
}
BitArray(FILE *fp)
{
fread(&size, sizeof(int), 1, fp);
bitmap = new unsigned long[size];
fread(bitmap, sizeof(unsigned long), size, fp);
bits = size * 64;
onbits = 0;
for (int i = 0; i < size; i++)
onbits += __builtin_popcountll(bitmap[i]);
}
BitArray(BitArray *ba)
{
bits = ba->bits;
onbits = ba->onbits;
size = ba->size;
bitmap = new unsigned long[size];
memcpy(bitmap, ba->bitmap, size * sizeof(unsigned long));
}
~BitArray()
{
delete[] bitmap;
}
void _or(BitArray *a);
static unsigned int _or_bits(BitArray *a, BitArray *b);
void _and(BitArray *a);
static unsigned int _and_bits(BitArray *a, BitArray *b);
void set_bit(long i);
void unset_bit(long i);
bool isset(long i);
void print_bitmap(FILE *fp);
void save_bitmap(FILE *fp);
void copy(BitArray *ba);
void clean();
void add_snapshot(unsigned char *bm, unsigned int cs, unsigned int epoch);
};
class BitSet : public Hashmap
{
public:
BitSet(int (*comp)(void *, void *), void (*print)(void *, void *), void (*save)(void *, void *)) : Hashmap(comp,
print,
save)
{}
void set_bit(long i);
void unset_bit(long i);
};
//class BloomFilter : public BitArray
//{
//
// BloomFilter() = default;
//
// BloomFilter(unsigned long b) : BitArray(b)
// {}
//
// void set_bit(unsigned long i);
//
// void check_bit(unsigned long i);
//
//};
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#pragma once
#include "util.h"
#include "hashmap.h"
#include "metadata.h"
#include "policy.h"
#include "bits.h"
#include "snapshot.h"
#include "workload.h"
#include "analyze.h"
enum ReplPolicy
{
REPL_LRU,
REPL_LFU
};
enum BitmapType
{
BITARRAY,
BITSET
};
class Cache
{
public:
int cache_idx = -1;
ReplPolicy policy_replace;
BitmapType type_bitmap;
bool singlepool;
Pair *lru_list[NUM_POOLS][Q_PTRS];
Pair *wss_list[Q_PTRS];
//LFUList *lfu_list[NUM_POOLS];
//unsigned char latency_hit; /* ms */
//unsigned char latency_miss; /* ms */
//unsigned long lru_counter[NUM_POOLS];
int counter;
int num_vdisks;
int *vdisk_sizes;
int *vdisk_ids;
int *vtl;
const char *wload_name;
long mem_limit[NUM_POOLS];
long total_cache_size;
long mem_usage[NUM_POOLS];
Hashmap *hm[NUM_HASHMAPS];
int size_obj[NUM_HASHMAPS];
long *hashmap_obj_count_vdisk[NUM_HASHMAPS]; // hashmaps X vdisks
long *cache_obj_count_vdisk[NUM_POOLS][NUM_HASHMAPS]; // pools X hashmaps X vdisks
long cache_obj_count[NUM_POOLS][NUM_HASHMAPS]; // pools X hashmaps
long *hit_count_vdisk[NUM_POOLS][NUM_HASHMAPS]; // pools X hashmaps X vdisks
long *miss_count_vdisk[NUM_HASHMAPS]; // hashmaps X vdisks
long *evct_count_vdisk_hm1[NUM_POOLS]; // pools X vdisks
long evct_count[NUM_POOLS][NUM_HASHMAPS]; // pools X hashmaps
long *io_count_vdisk; // vdisk
BitSet **bs1;
BitSet *bs3;
BitArray **ba1;
BitArray *ba3;
BitArray **oba1;
BitArray *oba3;
const char *dump_file_basename = PRESTO_BASEPATH "dumps/";
void *comp_mem;
Snapshot ***snapshots;
int run_ssr;
int run_max_epochs;
Cache()
{}
Cache(int idx, Hashmap *hm1, Hashmap *hm3, Workload *wload, int size_MB)
{
int i, j, k;
this->counter = 0;
this->cache_idx = idx;
this->hm[HASHMAP1] = hm1;
this->hm[HASHMAP3] = hm3;
this->policy_replace = REPL_LRU;
this->type_bitmap = BITARRAY;
this->mem_limit[POOL_SINGLE] = (long) (0.2 * (size_MB * (long) NUM_BYTES_IN_MB)); // 20% of cache
this->mem_limit[POOL_MULTI] = (long) (0.8 * (size_MB * (long) NUM_BYTES_IN_MB)); // 80% of cache
this->total_cache_size = size_MB * (long) NUM_BYTES_IN_MB;
this->size_obj[HASHMAP1] = SIZE_HM1_OBJ;
this->size_obj[HASHMAP3] = SIZE_HM3_OBJ;
this->num_vdisks = wload->num_vdisks;
this->wload_name = wload->name;
this->singlepool = false;
this->io_count_vdisk = new long[num_vdisks];
memset(this->io_count_vdisk, 0, num_vdisks * sizeof(long));
for (i = 0; i < NUM_HASHMAPS; i++)
{
this->hashmap_obj_count_vdisk[i] = new long[num_vdisks];
memset(this->hashmap_obj_count_vdisk[i], 0, num_vdisks * sizeof(int));
this->miss_count_vdisk[i] = new long[num_vdisks];
memset(this->miss_count_vdisk[i], 0, num_vdisks * sizeof(long));
}
for (i = 0; i < NUM_POOLS; i++)
{
this->evct_count_vdisk_hm1[i] = new long[num_vdisks];
memset(this->evct_count_vdisk_hm1[i], 0, num_vdisks * sizeof(unsigned long));
for (j = 0; j < NUM_HASHMAPS; j++)
{
this->cache_obj_count_vdisk[i][j] = new long[num_vdisks];
memset(this->cache_obj_count_vdisk[i][j], 0, num_vdisks * sizeof(int));
this->hit_count_vdisk[i][j] = new long[num_vdisks];
memset(this->hit_count_vdisk[i][j], 0, num_vdisks * sizeof(long));
}
}
memset(this->evct_count, 0, sizeof(evct_count));
this->vdisk_sizes = new int[num_vdisks];
this->vdisk_ids = new int[num_vdisks];
this->vtl = new int[1000];
for (i = 0; i < num_vdisks; i++)
{
this->vdisk_ids[i] = wload->vdisks[i].vdisk_id;
this->vdisk_sizes[i] = wload->vdisks[i].size_gb;
this->vtl[this->vdisk_ids[i]] = i;
}
if (type_bitmap == BITARRAY)
{
ba1 = new BitArray *[num_vdisks + 1];
oba1 = new BitArray *[num_vdisks + 1];
for (i = 0; i < num_vdisks; i++)
{
ba1[i] = new BitArray(vdisk_sizes[i] * (NUM_BYTES_IN_GB / NUM_BYTES_IN_EXTENT));
oba1[i] = new BitArray(vdisk_sizes[i] * (NUM_BYTES_IN_GB / NUM_BYTES_IN_EXTENT));
}
ba3 = ba1[i] = new BitArray(1UL << HASH_CHARS_FOR_EGROUP * 4);
oba3 = oba1[i] = new BitArray(1UL << HASH_CHARS_FOR_EGROUP * 4);
}
//else if (type_bitmap == BITSET)
//{
// bs1 = new BitSet *[num_vdisks];
// for (i = 0; i < num_vdisks; i++)
// bs1[i] = new BitSet(&comp_bitset, &print_bitset, &save_bitset);
// bs3 = new BitSet(&comp_bitset, &print_bitset, &save_bitset);
//}
// allocate 50 MB in system pages
//comp_mem = mmap(NULL, NUM_BYTES_IN_MB * 50, PROT_READ | PROT_WRITE,
// MAP_SHARED | MAP_ANON, -1, 0);
//assert(comp_mem != MAP_FAILED);
snapshots = new Snapshot **[MAX_SNAPSHOTS];
}
~Cache()
{
int i, j;
for (i = 0; i < NUM_POOLS; i++)
{
for (j = 0; j < NUM_HASHMAPS; j++)
{
delete[] cache_obj_count_vdisk[i][j];
delete[] hit_count_vdisk[i][j];
}
}
for (i = 0; i < NUM_HASHMAPS; i++)
{
delete[] miss_count_vdisk[i];
delete[] hashmap_obj_count_vdisk[i];
}
delete[] vdisk_sizes;
if (type_bitmap == BITARRAY)
{
for (i = 0; i < num_vdisks; i++)
{
delete ba1[i];
delete oba1[i];
}
delete[] ba1;
delete[] oba1;
delete ba3;
delete oba3;
}
//if (munmap(comp_mem, NUM_BYTES_IN_MB * 50) == -1)
//{
// fprintf(stderr, "munmap() failed!\n");
// return;
//}
delete[] snapshots;
}
void *lookup(HMType type, void *k, int vdisk);
void fetch_into_single(Pair *val);
void single_to_multi(Pair *val);
void fetch_into_multi(Pair *val);
void touch_pool(Pair *val, int pool);
long snapshot_bitmaps(int epoch, int ssr, bool inmem, int experiment);
long delta_bits();
void dump_vdisk(int vdisk, FILE *fp);
int load_dump(BitArray *ba, int vdisk, HMType type, int prewarm_set_share);
void reset();
//void reset_vdisk(unsigned int vdisk);
void print_cache_stats(FILE *file, bool full);
double get_hit_ratio();
double get_hit_ratio(int vdisk);
void copy(Cache *c);
long load_dump_nopart(struct kv_analyze_all *kvs, long n, long prewarm_set_limit, long *pos,
int *prewarm_set_used_size, int *prewarm_set_used_objs);
long *estimate_wss(int window, bool full);
long order_mig_ba(BitArray *ba, void **ret_struct, long *ret_n, int heuristic, int vdisk);
long load_vdisk_ba(struct kv_analyze_type *kvs, long n, long prewarm_set_limit, long *pos, int *prewarm_set_used_size,
int *prewarm_set_used_objs, int vdisk);
};
void clean(void *node, void *fp);
void clean_vdisk(void *data, void *vdisk);
void print_facts(FILE *file, int exp, Cache *cache);
\ No newline at end of file
This diff is collapsed.
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