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Commit 4f6a1e6e authored by jimw@mysql.com's avatar jimw@mysql.com
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Merge mysql.com:/home/jimw/my/mysql-5.1-14876 

into  mysql.com:/home/jimw/my/mysql-5.1-clean
parents 11669921 6c4a4d18
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Showing with 596 additions and 11 deletions
sql/ha_berkeley.cc
View file @ 4f6a1e6e
......@@ -78,9 +78,11 @@ const char *ha_berkeley_ext=".db";
bool berkeley_shared_data=0;
u_int32_t berkeley_init_flags= DB_PRIVATE | DB_RECOVER, berkeley_env_flags=0,
berkeley_lock_type=DB_LOCK_DEFAULT;
ulong berkeley_cache_size, berkeley_log_buffer_size, berkeley_log_file_size=0;
ulong berkeley_log_buffer_size=0 , berkeley_log_file_size=0;
ulonglong berkeley_cache_size= 0;
char *berkeley_home, *berkeley_tmpdir, *berkeley_logdir;
long berkeley_lock_scan_time=0;
ulong berkeley_region_size=0, berkeley_cache_parts=1;
ulong berkeley_trans_retry=1;
ulong berkeley_max_lock;
pthread_mutex_t bdb_mutex;
......@@ -207,10 +209,17 @@ bool berkeley_init(void)
DB_VERB_DEADLOCK | DB_VERB_RECOVERY,
1);
db_env->set_cachesize(db_env, 0, berkeley_cache_size, 0);
if (berkeley_cache_size > (uint) ~0)
db_env->set_cachesize(db_env, berkeley_cache_size / (1024*1024L*1024L),
berkeley_cache_size % (1024L*1024L*1024L),
berkeley_cache_parts);
else
db_env->set_cachesize(db_env, 0, berkeley_cache_size, berkeley_cache_parts);
db_env->set_lg_max(db_env, berkeley_log_file_size);
db_env->set_lg_bsize(db_env, berkeley_log_buffer_size);
db_env->set_lk_detect(db_env, berkeley_lock_type);
db_env->set_lg_regionmax(db_env, berkeley_region_size);
if (berkeley_max_lock)
db_env->set_lk_max(db_env, berkeley_max_lock);
......
sql/ha_berkeley.h
View file @ 4f6a1e6e
......@@ -163,7 +163,9 @@ extern const u_int32_t bdb_DB_PRIVATE;
extern bool berkeley_shared_data;
extern u_int32_t berkeley_init_flags,berkeley_env_flags, berkeley_lock_type,
berkeley_lock_types[];
extern ulong berkeley_cache_size, berkeley_max_lock, berkeley_log_buffer_size;
extern ulong berkeley_max_lock, berkeley_log_buffer_size;
extern ulonglong berkeley_cache_size;
extern ulong berkeley_region_size, berkeley_cache_parts;
extern char *berkeley_home, *berkeley_tmpdir, *berkeley_logdir;
extern long berkeley_lock_scan_time;
extern TYPELIB berkeley_lock_typelib;
......
sql/mysqld.cc
View file @ 4f6a1e6e
......@@ -394,7 +394,9 @@ extern const u_int32_t bdb_DB_TXN_NOSYNC, bdb_DB_RECOVER, bdb_DB_PRIVATE;
extern bool berkeley_shared_data;
extern u_int32_t berkeley_init_flags,berkeley_env_flags, berkeley_lock_type,
berkeley_lock_types[];
extern ulong berkeley_cache_size, berkeley_max_lock, berkeley_log_buffer_size;
extern ulong berkeley_max_lock, berkeley_log_buffer_size;
extern ulonglong berkeley_cache_size;
extern ulong berkeley_region_size, berkeley_cache_parts;
extern char *berkeley_home, *berkeley_tmpdir, *berkeley_logdir;
extern long berkeley_lock_scan_time;
extern TYPELIB berkeley_lock_typelib;
......@@ -4582,8 +4584,10 @@ enum options_mysqld
OPT_INNODB_CONCURRENCY_TICKETS,
OPT_INNODB_THREAD_SLEEP_DELAY,
OPT_BDB_CACHE_SIZE,
OPT_BDB_CACHE_PARTS,
OPT_BDB_LOG_BUFFER_SIZE,
OPT_BDB_MAX_LOCK,
OPT_BDB_REGION_SIZE,
OPT_ERROR_LOG_FILE,
OPT_DEFAULT_WEEK_FORMAT,
OPT_RANGE_ALLOC_BLOCK_SIZE, OPT_ALLOW_SUSPICIOUS_UDFS,
......@@ -5398,8 +5402,12 @@ log and this option does nothing anymore.",
#ifdef WITH_BERKELEY_STORAGE_ENGINE
{ "bdb_cache_size", OPT_BDB_CACHE_SIZE,
"The buffer that is allocated to cache index and rows for BDB tables.",
(gptr*) &berkeley_cache_size, (gptr*) &berkeley_cache_size, 0, GET_ULONG,
REQUIRED_ARG, KEY_CACHE_SIZE, 20*1024, (long) ~0, 0, IO_SIZE, 0},
(gptr*) &berkeley_cache_size, (gptr*) &berkeley_cache_size, 0, GET_ULL,
REQUIRED_ARG, KEY_CACHE_SIZE, 20*1024, (ulonglong) ~0, 0, IO_SIZE, 0},
{ "bdb_cache_parts", OPT_BDB_CACHE_PARTS,
"Number of parts to use for BDB cache.",
(gptr*) &berkeley_cache_parts, (gptr*) &berkeley_cache_parts, 0, GET_ULONG,
REQUIRED_ARG, 1, 1, 1024, 0, 1, 0},
/* QQ: The following should be removed soon! (bdb_max_lock preferred) */
{"bdb_lock_max", OPT_BDB_MAX_LOCK, "Synonym for bdb_max_lock.",
(gptr*) &berkeley_max_lock, (gptr*) &berkeley_max_lock, 0, GET_ULONG,
......@@ -5412,6 +5420,10 @@ log and this option does nothing anymore.",
"The maximum number of locks you can have active on a BDB table.",
(gptr*) &berkeley_max_lock, (gptr*) &berkeley_max_lock, 0, GET_ULONG,
REQUIRED_ARG, 10000, 0, (long) ~0, 0, 1, 0},
{"bdb_region_size", OPT_BDB_REGION_SIZE,
"The size of the underlying logging area of the Berkeley DB environment.",
(gptr*) &berkeley_region_size, (gptr*) &berkeley_region_size, 0, GET_ULONG,
OPT_ARG, 60*1024L, 60*1024L, (long) ~0, 0, 1, 0},
#endif /* WITH_BERKELEY_STORAGE_ENGINE */
{"binlog_cache_size", OPT_BINLOG_CACHE_SIZE,
"The size of the cache to hold the SQL statements for the binary log during a transaction. If you often use big, multi-statement transactions you can increase this to get more performance.",
......@@ -7410,7 +7422,9 @@ SHOW_COMP_OPTION have_blackhole_db= SHOW_OPTION_NO;
#ifndef WITH_BERKELEY_STORAGE_ENGINE
bool berkeley_shared_data;
ulong berkeley_cache_size, berkeley_max_lock, berkeley_log_buffer_size;
ulong berkeley_max_lock, berkeley_log_buffer_size;
ulonglong berkeley_cache_size;
ulong berkeley_region_size, berkeley_cache_parts;
char *berkeley_home, *berkeley_tmpdir, *berkeley_logdir;
#endif
......
sql/set_var.cc
View file @ 4f6a1e6e
......@@ -61,7 +61,9 @@
/* WITH_BERKELEY_STORAGE_ENGINE */
extern bool berkeley_shared_data;
extern ulong berkeley_cache_size, berkeley_max_lock, berkeley_log_buffer_size;
extern ulong berkeley_max_lock, berkeley_log_buffer_size;
extern ulonglong berkeley_cache_size;
extern ulong berkeley_region_size, berkeley_cache_parts;
extern char *berkeley_home, *berkeley_tmpdir, *berkeley_logdir;
/* WITH_INNOBASE_STORAGE_ENGINE */
......@@ -622,11 +624,13 @@ struct show_var_st init_vars[]= {
{sys_automatic_sp_privileges.name,(char*) &sys_automatic_sp_privileges, SHOW_SYS},
{"back_log", (char*) &back_log, SHOW_LONG},
{"basedir", mysql_home, SHOW_CHAR},
{"bdb_cache_size", (char*) &berkeley_cache_size, SHOW_LONG},
{"bdb_cache_size", (char*) &berkeley_cache_size, SHOW_LONGLONG},
{"bdb_cache_parts", (char*) &berkeley_cache_parts, SHOW_LONG},
{"bdb_home", (char*) &berkeley_home, SHOW_CHAR_PTR},
{"bdb_log_buffer_size", (char*) &berkeley_log_buffer_size, SHOW_LONG},
{"bdb_logdir", (char*) &berkeley_logdir, SHOW_CHAR_PTR},
{"bdb_max_lock", (char*) &berkeley_max_lock, SHOW_LONG},
{"bdb_region_size", (char*) &berkeley_region_size, SHOW_LONG},
{"bdb_shared_data", (char*) &berkeley_shared_data, SHOW_BOOL},
{"bdb_tmpdir", (char*) &berkeley_tmpdir, SHOW_CHAR_PTR},
{sys_binlog_cache_size.name,(char*) &sys_binlog_cache_size, SHOW_SYS},
......
storage/ndb/src/kernel/vm/LinearPool.hpp 0 → 100644
View file @ 4f6a1e6e
/* Copyright (C) 2003 MySQL AB
This program is free software; you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation; either version 2 of the License, or
(at your option) any later version.
This program is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License
along with this program; if not, write to the Free Software
Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA */
#ifndef LINEAR_POOL_HPP
#define LINEAR_POOL_HPP
#include <SuperPool.hpp>
/*
* LinearPool - indexed record pool
*
* LinearPool implements a pool where each record has a 0-based index.
* Any index value (up to 2^32-1) is allowed. Normal efficient usage is
* to assign index values in sequence and to re-use any values which
* have become free. This is default seize/release behaviour.
*
* LinearPool has 2 internal RecordPool instances:
*
* (a) record pool of T (the template argument class)
* (b) record pool of "maps" (array of Uint32)
*
* The maps translate an index into an i-value in (a). Each map has
* a level. Level 0 maps point to i-values. Level N+1 maps point to
* level N maps. There is a unique "root map" at top.
*
* This works exactly like numbers in a given base. Each map has base
* size entries. For implementation convenience the base must be power
* of 2 and is given as its log2 value.
*
* There is a doubly linked list of available maps (some free entries)
* on each level. There is a singly linked free list within each map.
*
* Level 0 free entry has space for one record. Level N free entry
* implies space for base^N records. The implied levels are created and
* removed on demand. Completely empty maps are removed.
*
* Default base is 256 (log2 = 8) which requires maximum 4 levels or
* "digits" (similar to ip address).
*
* TODO
*
* - move most of the inline code to LinearPool.cpp
* - add methods to check / seize user-specified index
*/
#include "SuperPool.hpp"
template <class T, Uint32 LogBase = 8>
class LinearPool {
typedef SuperPool::PtrI PtrI;
// Base.
STATIC_CONST( Base = 1 << LogBase );
// Digit mask.
STATIC_CONST( DigitMask = Base - 1 );
// Max possible levels (0 to max root level).
STATIC_CONST( MaxLevels = (32 + LogBase - 1) / LogBase );
// Map.
struct Map {
Uint32 m_level;
Uint32 m_occup; // number of used entries
Uint32 m_firstfree; // position of first free entry
PtrI m_parent; // parent map
Uint32 m_index; // from root to here
PtrI m_nextavail;
PtrI m_prevavail;
PtrI m_entry[Base];
};
public:
// Constructor.
LinearPool(GroupPool& gp);
// Destructor.
~LinearPool();
// Update pointer ptr.p according to index value ptr.i.
void getPtr(Ptr<T>& ptr);
// Allocate record from the pool. Reuses free index if possible.
bool seize(Ptr<T>& ptr);
// Return record to the pool.
void release(Ptr<T>& ptr);
// Verify (debugging).
void verify();
private:
// Given index find the bottom map.
void get_map(Ptr<Map>& map_ptr, Uint32 index);
// Add new root map and increase level
bool add_root();
// Add new non-root map.
bool add_map(Ptr<Map>& map_ptr, Ptr<Map> parent_ptr, Uint32 digit);
// Remove entry and map if it becomes empty.
void remove_entry(Ptr<Map> map_ptr, Uint32 digit);
// Remove map and all parents which become empty.
void remove_map(Ptr<Map> map_ptr);
// Add map to available list.
void add_avail(Ptr<Map> map_ptr);
// Remove map from available list.
void remove_avail(Ptr<Map> map_ptr);
// Verify map (recursive).
void verify(Ptr<Map> map_ptr, Uint32 level);
RecordPool<T> m_records;
RecordPool<Map> m_maps;
Uint32 m_levels; // 0 means empty pool
PtrI m_root;
PtrI m_avail[MaxLevels];
};
template <class T, Uint32 LogBase>
inline
LinearPool<T, LogBase>::LinearPool(GroupPool& gp) :
m_records(gp),
m_maps(gp),
m_levels(0),
m_root(RNIL)
{
Uint32 n;
for (n = 0; n < MaxLevels; n++)
m_avail[n] = RNIL;
}
template <class T, Uint32 LogBase>
inline
LinearPool<T, LogBase>::~LinearPool()
{
}
template <class T, Uint32 LogBase>
inline void
LinearPool<T, LogBase>::getPtr(Ptr<T>& ptr)
{
Uint32 index = ptr.i;
// get level 0 map
Ptr<Map> map_ptr;
get_map(map_ptr, index);
// get record
Ptr<T> rec_ptr;
Uint32 digit = index & DigitMask;
rec_ptr.i = map_ptr.p->m_entry[digit];
m_records.getPtr(rec_ptr);
ptr.p = rec_ptr.p;
}
template <class T, Uint32 LogBase>
inline bool
LinearPool<T, LogBase>::seize(Ptr<T>& ptr)
{
// look for free list on some level
Ptr<Map> map_ptr;
map_ptr.i = RNIL;
Uint32 n = 0;
while (n < m_levels) {
if ((map_ptr.i = m_avail[n]) != RNIL)
break;
n++;
}
if (map_ptr.i == RNIL) {
// add new level with available maps
if (! add_root())
return false;
assert(n < m_levels);
map_ptr.i = m_avail[n];
}
m_maps.getPtr(map_ptr);
// walk down creating missing levels and using an entry on each
Uint32 firstfree;
while (true) {
assert(map_ptr.p->m_occup < Base);
map_ptr.p->m_occup++;
firstfree = map_ptr.p->m_firstfree;
assert(firstfree < Base);
map_ptr.p->m_firstfree = map_ptr.p->m_entry[firstfree];
if (map_ptr.p->m_occup == Base) {
assert(map_ptr.p->m_firstfree == Base);
// remove from available list
remove_avail(map_ptr);
}
if (n == 0)
break;
Ptr<Map> child_ptr;
if (! add_map(child_ptr, map_ptr, firstfree)) {
remove_entry(map_ptr, firstfree);
return false;
}
map_ptr.p->m_entry[firstfree] = child_ptr.i;
map_ptr = child_ptr;
n--;
}
// now on level 0
assert(map_ptr.p->m_level == 0);
Ptr<T> rec_ptr;
if (! m_records.seize(rec_ptr)) {
remove_entry(map_ptr, firstfree);
return false;
}
map_ptr.p->m_entry[firstfree] = rec_ptr.i;
ptr.i = firstfree + (map_ptr.p->m_index << LogBase);
ptr.p = rec_ptr.p;
return true;
}
template <class T, Uint32 LogBase>
inline void
LinearPool<T, LogBase>::release(Ptr<T>& ptr)
{
Uint32 index = ptr.i;
// get level 0 map
Ptr<Map> map_ptr;
get_map(map_ptr, index);
// release record
Ptr<T> rec_ptr;
Uint32 digit = index & DigitMask;
rec_ptr.i = map_ptr.p->m_entry[digit];
m_records.release(rec_ptr);
// remove entry
remove_entry(map_ptr, digit);
// null pointer
ptr.i = RNIL;
ptr.p = 0;
}
template <class T, Uint32 LogBase>
inline void
LinearPool<T, LogBase>::verify()
{
if (m_root == RNIL)
return;
assert(m_levels != 0);
Ptr<Map> map_ptr;
map_ptr.i = m_root;
m_maps.getPtr(map_ptr);
verify(map_ptr, m_levels - 1);
}
// private methods
template <class T, Uint32 LogBase>
inline void
LinearPool<T, LogBase>::get_map(Ptr<Map>& map_ptr, Uint32 index)
{
// root map must exist
Ptr<Map> tmp_ptr;
tmp_ptr.i = m_root;
m_maps.getPtr(tmp_ptr);
assert(tmp_ptr.p->m_level + 1 == m_levels);
// extract index digits up to current root level
Uint32 digits[MaxLevels];
Uint32 n = 0;
do {
digits[n] = index & DigitMask;
index >>= LogBase;
} while (++n < m_levels);
assert(index == 0);
// walk down indirect levels
while (--n > 0) {
tmp_ptr.i = tmp_ptr.p->m_entry[digits[n]];
m_maps.getPtr(tmp_ptr);
}
// level 0 map
assert(tmp_ptr.p->m_level == 0);
map_ptr = tmp_ptr;
}
template <class T, Uint32 LogBase>
inline bool
LinearPool<T, LogBase>::add_root()
{
// new root
Ptr<Map> map_ptr;
if (! m_maps.seize(map_ptr))
return false;
Uint32 n = m_levels++;
assert(n < MaxLevels);
// set up
map_ptr.p->m_level = n;
if (n == 0) {
map_ptr.p->m_occup = 0;
map_ptr.p->m_firstfree = 0;
} else {
// on level > 0 digit 0 points to old root
map_ptr.p->m_occup = 1;
map_ptr.p->m_firstfree = 1;
Ptr<Map> old_ptr;
old_ptr.i = m_root;
m_maps.getPtr(old_ptr);
assert(old_ptr.p->m_parent == RNIL);
old_ptr.p->m_parent = map_ptr.i;
map_ptr.p->m_entry[0] = old_ptr.i;
}
// set up free list with Base as terminator
for (Uint32 j = map_ptr.p->m_firstfree; j < Base; j++)
map_ptr.p->m_entry[j] = j + 1;
map_ptr.p->m_parent = RNIL;
map_ptr.p->m_index = 0;
add_avail(map_ptr);
// set new root
m_root = map_ptr.i;
return true;
}
template <class T, Uint32 LogBase>
inline bool
LinearPool<T, LogBase>::add_map(Ptr<Map>& map_ptr, Ptr<Map> parent_ptr, Uint32 digit)
{
if (! m_maps.seize(map_ptr))
return false;
assert(parent_ptr.p->m_level != 0);
// set up
map_ptr.p->m_level = parent_ptr.p->m_level - 1;
map_ptr.p->m_occup = 0;
map_ptr.p->m_firstfree = 0;
// set up free list with Base as terminator
for (Uint32 j = map_ptr.p->m_firstfree; j < Base; j++)
map_ptr.p->m_entry[j] = j + 1;
map_ptr.p->m_parent = parent_ptr.i;
map_ptr.p->m_index = digit + (parent_ptr.p->m_index << LogBase);
add_avail(map_ptr);
return true;
}
template <class T, Uint32 LogBase>
inline void
LinearPool<T, LogBase>::remove_entry(Ptr<Map> map_ptr, Uint32 digit)
{
assert(map_ptr.p->m_occup != 0 && digit < Base);
map_ptr.p->m_occup--;
map_ptr.p->m_entry[digit] = map_ptr.p->m_firstfree;
map_ptr.p->m_firstfree = digit;
if (map_ptr.p->m_occup + 1 == Base)
add_avail(map_ptr);
else if (map_ptr.p->m_occup == 0)
remove_map(map_ptr);
}
template <class T, Uint32 LogBase>
inline void
LinearPool<T, LogBase>::remove_map(Ptr<Map> map_ptr)
{
assert(map_ptr.p->m_occup == 0);
remove_avail(map_ptr);
Ptr<Map> parent_ptr;
parent_ptr.i = map_ptr.p->m_parent;
Uint32 digit = map_ptr.p->m_index & DigitMask;
PtrI map_ptr_i = map_ptr.i;
m_maps.release(map_ptr);
if (m_root == map_ptr_i) {
assert(parent_ptr.i == RNIL);
Uint32 used = m_maps.m_superPool.getRecUseCount(m_maps.m_recInfo);
assert(used == 0);
m_root = RNIL;
m_levels = 0;
}
if (parent_ptr.i != RNIL) {
m_maps.getPtr(parent_ptr);
// remove child entry (recursive)
remove_entry(parent_ptr, digit);
}
}
template <class T, Uint32 LogBase>
inline void
LinearPool<T, LogBase>::add_avail(Ptr<Map> map_ptr)
{
Uint32 n = map_ptr.p->m_level;
assert(n < m_levels);
map_ptr.p->m_nextavail = m_avail[n];
if (map_ptr.p->m_nextavail != RNIL) {
Ptr<Map> next_ptr;
next_ptr.i = map_ptr.p->m_nextavail;
m_maps.getPtr(next_ptr);
next_ptr.p->m_prevavail = map_ptr.i;
}
map_ptr.p->m_prevavail = RNIL;
m_avail[n] = map_ptr.i;
}
template <class T, Uint32 LogBase>
inline void
LinearPool<T, LogBase>::remove_avail(Ptr<Map> map_ptr)
{
Uint32 n = map_ptr.p->m_level;
assert(n < m_levels);
if (map_ptr.p->m_nextavail != RNIL) {
Ptr<Map> next_ptr;
next_ptr.i = map_ptr.p->m_nextavail;
m_maps.getPtr(next_ptr);
next_ptr.p->m_prevavail = map_ptr.p->m_prevavail;
}
if (map_ptr.p->m_prevavail != RNIL) {
Ptr<Map> prev_ptr;
prev_ptr.i = map_ptr.p->m_prevavail;
m_maps.getPtr(prev_ptr);
prev_ptr.p->m_nextavail = map_ptr.p->m_nextavail;
}
if (map_ptr.p->m_prevavail == RNIL) {
m_avail[n] = map_ptr.p->m_nextavail;
}
map_ptr.p->m_nextavail = RNIL;
map_ptr.p->m_prevavail = RNIL;
}
template <class T, Uint32 LogBase>
inline void
LinearPool<T, LogBase>::verify(Ptr<Map> map_ptr, Uint32 level)
{
assert(level < MaxLevels);
assert(map_ptr.p->m_level == level);
Uint32 j = 0;
while (j < Base) {
bool free = false;
Uint32 j2 = map_ptr.p->m_firstfree;
while (j2 != Base) {
if (j2 == j) {
free = true;
break;
}
assert(j2 < Base);
j2 = map_ptr.p->m_entry[j2];
}
if (! free) {
if (level != 0) {
Ptr<Map> child_ptr;
child_ptr.i = map_ptr.p->m_entry[j];
m_maps.getPtr(child_ptr);
assert(child_ptr.p->m_parent == map_ptr.i);
assert(child_ptr.p->m_index == j + (map_ptr.p->m_index << LogBase));
verify(child_ptr, level - 1);
} else {
Ptr<T> rec_ptr;
rec_ptr.i = map_ptr.p->m_entry[j];
m_records.getPtr(rec_ptr);
}
Ptr<Map> avail_ptr;
avail_ptr.i = m_avail[map_ptr.p->m_level];
bool found = false;
while (avail_ptr.i != RNIL) {
if (avail_ptr.i == map_ptr.i) {
found = true;
break;
}
m_maps.getPtr(avail_ptr);
avail_ptr.i = avail_ptr.p->m_nextavail;
}
assert(found == (map_ptr.p->m_occup < Base));
}
j++;
}
}
#endif
storage/ndb/src/kernel/vm/testSuperPool.cpp
View file @ 4f6a1e6e
......@@ -23,6 +23,7 @@ exit $?
Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA */
#include "SuperPool.hpp"
#include "LinearPool.hpp"
#include <NdbOut.hpp>
template <Uint32 sz>
......@@ -198,6 +199,74 @@ sp_test(GroupPool& gp)
delete [] ptrList;
}
template <class T>
static void
lp_test(GroupPool& gp)
{
SuperPool& sp = gp.m_superPool;
LinearPool<T, 5> lp(gp);
ndbout << "linear pool test" << endl;
Ptr<T> ptr;
Uint32 loop;
for (loop = 0; loop < 3 * loopcount; loop++) {
int count = 0;
while (1) {
bool ret = lp.seize(ptr);
lp.verify();
if (! ret)
break;
assert(ptr.i == count);
Ptr<T> ptr2;
ptr2.i = ptr.i;
ptr2.p = 0;
lp.getPtr(ptr2);
assert(ptr.p == ptr2.p);
count++;
}
ndbout << "seized " << count << endl;
switch (loop % 3) {
case 0:
{
int n = 0;
while (n < count) {
ptr.i = n;
lp.release(ptr);
lp.verify();
n++;
}
ndbout << "released in order" << endl;
}
break;
case 1:
{
int n = count;
while (n > 0) {
n--;
ptr.i = n;
lp.release(ptr);
lp.verify();
}
ndbout << "released in reverse" << endl;
}
break;
default:
{
int coprime = random_coprime(count);
int n = 0;
while (n < count) {
int m = (coprime * n) % count;
ptr.i = m;
lp.release(ptr);
lp.verify();
n++;
}
ndbout << "released at random" << endl;
}
break;
}
}
}
static Uint32 pageSize = 32768;
static Uint32 pageBits = 17;
......@@ -218,6 +287,8 @@ template static void sp_test<T2>(GroupPool& sp);
template static void sp_test<T3>(GroupPool& sp);
template static void sp_test<T4>(GroupPool& sp);
template static void sp_test<T5>(GroupPool& sp);
//
template static void lp_test<T3>(GroupPool& sp);
int
main()
......@@ -231,13 +302,18 @@ main()
Uint16 s = (Uint16)getpid();
srandom(s);
ndbout << "rand " << s << endl;
int count = 0;
while (++count <= 1) {
int count;
count = 0;
while (++count <= 0) {
sp_test<T1>(gp);
sp_test<T2>(gp);
sp_test<T3>(gp);
sp_test<T4>(gp);
sp_test<T5>(gp);
}
count = 0;
while (++count <= 1) {
lp_test<T3>(gp);
}
return 0;
}
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