File partition.c

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• #include <assert.h>
• #include "partition_sr.h"
• #include "dbtype.h"
• #include "fetch.h"
• #include "heap_file.h"
• #include "object_primitive.h"
• #include "object_representation.h"
• #include "query_aggregate.hpp"
• #include "query_executor.h"
• #include "query_opfunc.h"
• #include "stream_to_xasl.h"
• #include "xasl.h"
• #include "xasl_predicate.hpp"
• #include "xasl_unpack_info.hpp"
• #include "memory_wrapper.hpp"

Classes

Type	Name
struct	partition_cache_entry
struct	pruning_bitset
struct	pruning_bitset_iterator

Public Types

Type	Name
typedef enum match_status	MATCH_STATUS
typedef struct partition_cache_entry	PARTITION_CACHE_ENTRY
typedef struct pruning_bitset	PRUNING_BITSET
typedef struct pruning_bitset_iterator	PRUNING_BITSET_ITERATOR
typedef enum pruning_op	PRUNING_OP
enum	match_status
enum	pruning_op

Public Static Attributes

Type	Name
MHT_TABLE *	db_Partition_Ht = [**NULL**](freelistheap_8h.md#define-null)

Public Functions

Type	Name
void	partition_cache_finalize (THREAD_ENTRY * thread_p)
int	partition_cache_init (THREAD_ENTRY * thread_p)
void	partition_clear_pruning_context (PRUNING_CONTEXT * pinfo)
void	partition_decache_class (THREAD_ENTRY * thread_p, const OID * class_oid)
int	partition_find_root_class_oid (THREAD_ENTRY * thread_p, const OID * class_oid, OID * super_oid)
int	partition_get_partition_oids (THREAD_ENTRY * thread_p, const OID * class_oid, OID ** partition_oids, int * count)
PRUNING_SCAN_CACHE *	partition_get_scancache (PRUNING_CONTEXT * pcontext, const OID * partition_oid)
void	partition_init_pruning_context (PRUNING_CONTEXT * pinfo)
int	partition_load_aggregate_helper (PRUNING_CONTEXT * pcontext, access_spec_node * spec, int pruned_count, BTID * root_btid, HIERARCHY_AGGREGATE_HELPER * helper)
int	partition_load_pruning_context (THREAD_ENTRY * thread_p, const OID * class_oid, int pruning_type, PRUNING_CONTEXT * pinfo)
PRUNING_SCAN_CACHE *	partition_new_scancache (PRUNING_CONTEXT * pcontext)
int	partition_prune_insert (THREAD_ENTRY * thread_p, const OID * class_oid, RECDES * recdes, HEAP_SCANCACHE * scan_cache, PRUNING_CONTEXT * pcontext, int pruning_type, OID * pruned_class_oid, HFID * pruned_hfid, OID * superclass_oid)
int	partition_prune_partition_index (PRUNING_CONTEXT * pcontext, DB_VALUE * key, OID * class_oid, BTID * btid, int * position)
int	partition_prune_spec (THREAD_ENTRY * thread_p, val_descr * vd, access_spec_node * spec)
int	partition_prune_unique_btid (PRUNING_CONTEXT * pcontext, DB_VALUE * key, OID * class_oid, HFID * class_hfid, BTID * btid)
int	partition_prune_update (THREAD_ENTRY * thread_p, const OID * class_oid, RECDES * recdes, PRUNING_CONTEXT * pcontext, int pruning_type, OID * pruned_class_oid, HFID * pruned_hfid, OID * superclass_oid)

Public Static Functions

Type	Name
int	partition_attrinfo_get_key (THREAD_ENTRY * thread_p, PRUNING_CONTEXT * pcontext, DB_VALUE * curr_key, OID * class_oid, BTID * btid, DB_VALUE * partition_key)
int	partition_cache_entry_to_pruning_context (PRUNING_CONTEXT * pinfo, PARTITION_CACHE_ENTRY * entry_p)
int	partition_cache_pruning_context (PRUNING_CONTEXT * pinfo, bool * already_exists)
bool	partition_decrement_value (DB_VALUE * val)
bool	partition_do_regu_variables_contain (PRUNING_CONTEXT * pinfo, const REGU_VARIABLE * left, const REGU_VARIABLE * right)
bool	partition_do_regu_variables_match (PRUNING_CONTEXT * pinfo, const REGU_VARIABLE * left, const REGU_VARIABLE * right)
int	partition_find_inherited_btid (THREAD_ENTRY * thread_p, OID * src_class, OID * dest_class, BTID * src_btid, BTID * dest_btid)
int	partition_find_partition_for_record (PRUNING_CONTEXT * pinfo, const OID * class_oid, RECDES * recdes, OID * partition_oid, HFID * partition_hfid)
int	partition_free_cache_entry (PARTITION_CACHE_ENTRY * entry)
int	partition_free_cache_entry_kv (const void * key, void * data, void * args)
void	partition_free_partition_predicate (PRUNING_CONTEXT * pinfo)
ATTR_ID	partition_get_attribute_id (REGU_VARIABLE * regu_var)
int	partition_get_position_in_key (PRUNING_CONTEXT * pinfo, BTID * btid)
int	partition_get_value_from_inarith (PRUNING_CONTEXT * pinfo, const REGU_VARIABLE * src, DB_VALUE * value_p, bool * is_present)
int	partition_get_value_from_key (PRUNING_CONTEXT * pinfo, const REGU_VARIABLE * key, DB_VALUE * attr_key, bool * is_present)
int	partition_get_value_from_regu_var (PRUNING_CONTEXT * pinfo, const REGU_VARIABLE * key, DB_VALUE * value_p, bool * is_value)
bool	partition_is_reguvar_const (const REGU_VARIABLE * regu_var)
bool	partition_load_context_from_cache (PRUNING_CONTEXT * pinfo, bool * is_modified)
int	partition_load_partition_predicate (PRUNING_CONTEXT * pinfo, OR_PARTITION * master)
MATCH_STATUS	partition_match_index_key (PRUNING_CONTEXT * pinfo, const KEY_INFO * key, RANGE_TYPE range_type, PRUNING_BITSET * pruned)
MATCH_STATUS	partition_match_key_range (PRUNING_CONTEXT * pinfo, const KEY_RANGE * range, PRUNING_BITSET * pruned)
MATCH_STATUS	partition_match_pred_expr (PRUNING_CONTEXT * pinfo, const PRED_EXPR * pr, PRUNING_BITSET * pruned)
MATCH_STATUS	partition_prune (PRUNING_CONTEXT * pinfo, const REGU_VARIABLE * arg, const PRUNING_OP op, PRUNING_BITSET * pruned)
MATCH_STATUS	partition_prune_db_val (PRUNING_CONTEXT * pinfo, const DB_VALUE * val, const PRUNING_OP op, PRUNING_BITSET * pruned)
MATCH_STATUS	partition_prune_for_function (PRUNING_CONTEXT * pinfo, const REGU_VARIABLE * left, const REGU_VARIABLE * right, REGU_VARIABLE * part_expr, PRUNING_OP op, PRUNING_BITSET * pruned)
MATCH_STATUS	partition_prune_hash (PRUNING_CONTEXT * pinfo, const DB_VALUE * val, const PRUNING_OP op, PRUNING_BITSET * pruned)
int	partition_prune_heap_scan (PRUNING_CONTEXT * pinfo)
int	partition_prune_index_scan (PRUNING_CONTEXT * pinfo)
MATCH_STATUS	partition_prune_list (PRUNING_CONTEXT * pinfo, const DB_VALUE * val, const PRUNING_OP op, PRUNING_BITSET * pruned)
MATCH_STATUS	partition_prune_range (PRUNING_CONTEXT * pinfo, const DB_VALUE * val, const PRUNING_OP op, PRUNING_BITSET * pruned)
PARTITION_CACHE_ENTRY *	partition_pruning_context_to_cache_entry (PRUNING_CONTEXT * pinfo)
PRUNING_OP	partition_rel_op_to_pruning_op (REL_OP op)
void	partition_set_cache_dbvalp_for_attribute (REGU_VARIABLE * var, DB_VALUE * val)
void	partition_set_cache_info_for_expr (REGU_VARIABLE * regu_var, ATTR_ID attr_id, HEAP_CACHE_ATTRINFO * info)
void	partition_set_specified_partition (PRUNING_CONTEXT * pinfo, const OID * partition_oid)
bool	partition_supports_pruning_op_for_function (const PRUNING_OP op, const REGU_VARIABLE * part_expr)
void	pruningset_add (PRUNING_BITSET * s, int i)
void	pruningset_copy (PRUNING_BITSET * dest, const PRUNING_BITSET * src)
void	pruningset_init (PRUNING_BITSET * s, int count)
void	pruningset_intersect (PRUNING_BITSET * left, const PRUNING_BITSET * right)
bool	pruningset_is_set (const PRUNING_BITSET * s, int idx)
void	pruningset_iterator_init (const PRUNING_BITSET * set, PRUNING_BITSET_ITERATOR * i)
int	pruningset_iterator_next (PRUNING_BITSET_ITERATOR * it)
int	pruningset_popcount (const PRUNING_BITSET * s)
void	pruningset_remove (PRUNING_BITSET * s, int i)
void	pruningset_set_all (PRUNING_BITSET * set)
int	pruningset_to_spec_list (PRUNING_CONTEXT * pinfo, const PRUNING_BITSET * pruned)
void	pruningset_union (PRUNING_BITSET * left, const PRUNING_BITSET * right)

Macros

Type	Name
define	BITSET_LENGTH (s) ((((s)->count - 1) / [**BITS\_IN\_WORD**](partition_8c.md#define-bits_in_word))+1)
define	BITSET_WORD_COUNT ([**MAX\_ELEMENTS**](partition_8c.md#define-max_elements) / [**BITS\_IN\_WORD**](partition_8c.md#define-bits_in_word))
define	BITSET_WORD_SIZE [**sizeof**](broker__monitor_8c.md#function-timeout) ([**unsigned**](broker__monitor_8c.md#function-timeout) [**int**](broker__monitor_8c.md#function-timeout))
define	BITS_IN_WORD (8 \* [**BITSET\_WORD\_SIZE**](partition_8c.md#define-bitset_word_size))
define	MAX_ELEMENTS 1024
define	NELEMENTS 1024 /\* [**maximum**](broker__monitor_8c.md#function-timeout) number [**of**](broker__monitor_8c.md#function-timeout) partitions \*/
define	PARTITIONS_COUNT (pinfo) ((([**pinfo**](broker__monitor_8c.md#function-timeout)) == [**NULL**](freelistheap_8h.md#define-null)) ? 0 : ([**pinfo**](broker__monitor_8c.md#function-timeout))->count - 1)
define	PARTITION_CACHE_NAME "Partitions\_Cache"
define	PARTITION_CACHE_SIZE 200
define	PARTITION_IS_CACHE_INITIALIZED () ([**db\_Partition\_Ht**](partition_8c.md#variable-db_partition_ht) != [**NULL**](freelistheap_8h.md#define-null))
define	_WORDSIZE 8 \* [**sizeof**](broker__monitor_8c.md#function-timeout)([**int**](broker__monitor_8c.md#function-timeout))

Public Types Documentation

typedef MATCH_STATUS

typedef enum match_status MATCH_STATUS;

---

typedef PARTITION_CACHE_ENTRY

typedef struct partition_cache_entry PARTITION_CACHE_ENTRY;

---

typedef PRUNING_BITSET

typedef struct pruning_bitset PRUNING_BITSET;

---

typedef PRUNING_BITSET_ITERATOR

typedef struct pruning_bitset_iterator PRUNING_BITSET_ITERATOR;

---

typedef PRUNING_OP

typedef enum pruning_op PRUNING_OP;

---

enum match_status

enum match_status {
    MATCH_OK,
    MATCH_NOT_FOUND
};

---

enum pruning_op

enum pruning_op {
    PO_INVALID = 0,
    PO_LT,
    PO_LE,
    PO_GT,
    PO_GE,
    PO_EQ,
    PO_NE,
    PO_IN,
    PO_NOT_IN,
    PO_IS_NULL
};

---

Public Static Attributes Documentation

variable db_Partition_Ht

MHT_TABLE* db_Partition_Ht;

---

Public Functions Documentation

function partition_cache_finalize

void partition_cache_finalize (
    THREAD_ENTRY * thread_p
) 

---

function partition_cache_init

int partition_cache_init (
    THREAD_ENTRY * thread_p
) 

---

function partition_clear_pruning_context

void partition_clear_pruning_context (
    PRUNING_CONTEXT * pinfo
) 

---

function partition_decache_class

void partition_decache_class (
    THREAD_ENTRY * thread_p,
    const  OID * class_oid
) 

---

function partition_find_root_class_oid

int partition_find_root_class_oid (
    THREAD_ENTRY * thread_p,
    const  OID * class_oid,
    OID * super_oid
) 

---

function partition_get_partition_oids

int partition_get_partition_oids (
    THREAD_ENTRY * thread_p,
    const  OID * class_oid,
    OID ** partition_oids,
    int * count
) 

---

function partition_get_scancache

PRUNING_SCAN_CACHE * partition_get_scancache (
    PRUNING_CONTEXT * pcontext,
    const  OID * partition_oid
) 

---

function partition_init_pruning_context

void partition_init_pruning_context (
    PRUNING_CONTEXT * pinfo
) 

---

function partition_load_aggregate_helper

int partition_load_aggregate_helper (
    PRUNING_CONTEXT * pcontext,
    access_spec_node * spec,
    int pruned_count,
    BTID * root_btid,
    HIERARCHY_AGGREGATE_HELPER * helper
) 

---

function partition_load_pruning_context

int partition_load_pruning_context (
    THREAD_ENTRY * thread_p,
    const  OID * class_oid,
    int pruning_type,
    PRUNING_CONTEXT * pinfo
) 

---

function partition_new_scancache

PRUNING_SCAN_CACHE * partition_new_scancache (
    PRUNING_CONTEXT * pcontext
) 

---

function partition_prune_insert

int partition_prune_insert (
    THREAD_ENTRY * thread_p,
    const  OID * class_oid,
    RECDES * recdes,
    HEAP_SCANCACHE * scan_cache,
    PRUNING_CONTEXT * pcontext,
    int pruning_type,
    OID * pruned_class_oid,
    HFID * pruned_hfid,
    OID * superclass_oid
) 

---

function partition_prune_partition_index

int partition_prune_partition_index (
    PRUNING_CONTEXT * pcontext,
    DB_VALUE * key,
    OID * class_oid,
    BTID * btid,
    int * position
) 

---

function partition_prune_spec

int partition_prune_spec (
    THREAD_ENTRY * thread_p,
    val_descr * vd,
    access_spec_node * spec
) 

---

function partition_prune_unique_btid

int partition_prune_unique_btid (
    PRUNING_CONTEXT * pcontext,
    DB_VALUE * key,
    OID * class_oid,
    HFID * class_hfid,
    BTID * btid
) 

---

function partition_prune_update

int partition_prune_update (
    THREAD_ENTRY * thread_p,
    const  OID * class_oid,
    RECDES * recdes,
    PRUNING_CONTEXT * pcontext,
    int pruning_type,
    OID * pruned_class_oid,
    HFID * pruned_hfid,
    OID * superclass_oid
) 

---

Public Static Functions Documentation

function partition_attrinfo_get_key

static int partition_attrinfo_get_key (
    THREAD_ENTRY * thread_p,
    PRUNING_CONTEXT * pcontext,
    DB_VALUE * curr_key,
    OID * class_oid,
    BTID * btid,
    DB_VALUE * partition_key
) 

---

function partition_cache_entry_to_pruning_context

static int partition_cache_entry_to_pruning_context (
    PRUNING_CONTEXT * pinfo,
    PARTITION_CACHE_ENTRY * entry_p
) 

---

function partition_cache_pruning_context

static int partition_cache_pruning_context (
    PRUNING_CONTEXT * pinfo,
    bool * already_exists
) 

---

function partition_decrement_value

static bool partition_decrement_value (
    DB_VALUE * val
) 

---

function partition_do_regu_variables_contain

static bool partition_do_regu_variables_contain (
    PRUNING_CONTEXT * pinfo,
    const  REGU_VARIABLE * left,
    const  REGU_VARIABLE * right
) 

---

function partition_do_regu_variables_match

static bool partition_do_regu_variables_match (
    PRUNING_CONTEXT * pinfo,
    const  REGU_VARIABLE * left,
    const  REGU_VARIABLE * right
) 

---

function partition_find_inherited_btid

static int partition_find_inherited_btid (
    THREAD_ENTRY * thread_p,
    OID * src_class,
    OID * dest_class,
    BTID * src_btid,
    BTID * dest_btid
) 

---

function partition_find_partition_for_record

static int partition_find_partition_for_record (
    PRUNING_CONTEXT * pinfo,
    const  OID * class_oid,
    RECDES * recdes,
    OID * partition_oid,
    HFID * partition_hfid
) 

---

function partition_free_cache_entry

static int partition_free_cache_entry (
    PARTITION_CACHE_ENTRY * entry
) 

---

function partition_free_cache_entry_kv

static int partition_free_cache_entry_kv (
    const  void * key,
    void * data,
    void * args
) 

---

function partition_free_partition_predicate

static void partition_free_partition_predicate (
    PRUNING_CONTEXT * pinfo
) 

---

function partition_get_attribute_id

static ATTR_ID partition_get_attribute_id (
    REGU_VARIABLE * regu_var
) 

---

function partition_get_position_in_key

static int partition_get_position_in_key (
    PRUNING_CONTEXT * pinfo,
    BTID * btid
) 

---

function partition_get_value_from_inarith

static int partition_get_value_from_inarith (
    PRUNING_CONTEXT * pinfo,
    const  REGU_VARIABLE * src,
    DB_VALUE * value_p,
    bool * is_present
) 

---

function partition_get_value_from_key

static int partition_get_value_from_key (
    PRUNING_CONTEXT * pinfo,
    const  REGU_VARIABLE * key,
    DB_VALUE * attr_key,
    bool * is_present
) 

---

function partition_get_value_from_regu_var

static int partition_get_value_from_regu_var (
    PRUNING_CONTEXT * pinfo,
    const  REGU_VARIABLE * key,
    DB_VALUE * value_p,
    bool * is_value
) 

---

function partition_is_reguvar_const

static bool partition_is_reguvar_const (
    const  REGU_VARIABLE * regu_var
) 

---

function partition_load_context_from_cache

static bool partition_load_context_from_cache (
    PRUNING_CONTEXT * pinfo,
    bool * is_modified
) 

---

function partition_load_partition_predicate

static int partition_load_partition_predicate (
    PRUNING_CONTEXT * pinfo,
    OR_PARTITION * master
) 

---

function partition_match_index_key

static MATCH_STATUS partition_match_index_key (
    PRUNING_CONTEXT * pinfo,
    const  KEY_INFO * key,
    RANGE_TYPE range_type,
    PRUNING_BITSET * pruned
) 

---

function partition_match_key_range

static MATCH_STATUS partition_match_key_range (
    PRUNING_CONTEXT * pinfo,
    const  KEY_RANGE * range,
    PRUNING_BITSET * pruned
) 

---

function partition_match_pred_expr

static MATCH_STATUS partition_match_pred_expr (
    PRUNING_CONTEXT * pinfo,
    const  PRED_EXPR * pr,
    PRUNING_BITSET * pruned
) 

---

function partition_prune

static MATCH_STATUS partition_prune (
    PRUNING_CONTEXT * pinfo,
    const  REGU_VARIABLE * arg,
    const  PRUNING_OP op,
    PRUNING_BITSET * pruned
) 

---

function partition_prune_db_val

static MATCH_STATUS partition_prune_db_val (
    PRUNING_CONTEXT * pinfo,
    const  DB_VALUE * val,
    const  PRUNING_OP op,
    PRUNING_BITSET * pruned
) 

---

function partition_prune_for_function

static MATCH_STATUS partition_prune_for_function (
    PRUNING_CONTEXT * pinfo,
    const  REGU_VARIABLE * left,
    const  REGU_VARIABLE * right,
    REGU_VARIABLE * part_expr,
    PRUNING_OP op,
    PRUNING_BITSET * pruned
) 

---

function partition_prune_hash

static MATCH_STATUS partition_prune_hash (
    PRUNING_CONTEXT * pinfo,
    const  DB_VALUE * val,
    const  PRUNING_OP op,
    PRUNING_BITSET * pruned
) 

---

function partition_prune_heap_scan

static int partition_prune_heap_scan (
    PRUNING_CONTEXT * pinfo
) 

---

function partition_prune_index_scan

static int partition_prune_index_scan (
    PRUNING_CONTEXT * pinfo
) 

---

function partition_prune_list

static MATCH_STATUS partition_prune_list (
    PRUNING_CONTEXT * pinfo,
    const  DB_VALUE * val,
    const  PRUNING_OP op,
    PRUNING_BITSET * pruned
) 

---

function partition_prune_range

static MATCH_STATUS partition_prune_range (
    PRUNING_CONTEXT * pinfo,
    const  DB_VALUE * val,
    const  PRUNING_OP op,
    PRUNING_BITSET * pruned
) 

---

function partition_pruning_context_to_cache_entry

static PARTITION_CACHE_ENTRY * partition_pruning_context_to_cache_entry (
    PRUNING_CONTEXT * pinfo
) 

---

function partition_rel_op_to_pruning_op

static PRUNING_OP partition_rel_op_to_pruning_op (
    REL_OP op
) 

---

function partition_set_cache_dbvalp_for_attribute

static void partition_set_cache_dbvalp_for_attribute (
    REGU_VARIABLE * var,
    DB_VALUE * val
) 

---

function partition_set_cache_info_for_expr

static void partition_set_cache_info_for_expr (
    REGU_VARIABLE * regu_var,
    ATTR_ID attr_id,
    HEAP_CACHE_ATTRINFO * info
) 

---

function partition_set_specified_partition

static void partition_set_specified_partition (
    PRUNING_CONTEXT * pinfo,
    const  OID * partition_oid
) 

---

function partition_supports_pruning_op_for_function

static bool partition_supports_pruning_op_for_function (
    const  PRUNING_OP op,
    const  REGU_VARIABLE * part_expr
) 

---

function pruningset_add

static void pruningset_add (
    PRUNING_BITSET * s,
    int i
) 

---

function pruningset_copy

static void pruningset_copy (
    PRUNING_BITSET * dest,
    const  PRUNING_BITSET * src
) 

---

function pruningset_init

static void pruningset_init (
    PRUNING_BITSET * s,
    int count
) 

---

function pruningset_intersect

static void pruningset_intersect (
    PRUNING_BITSET * left,
    const  PRUNING_BITSET * right
) 

---

function pruningset_is_set

static bool pruningset_is_set (
    const  PRUNING_BITSET * s,
    int idx
) 

---

function pruningset_iterator_init

static void pruningset_iterator_init (
    const  PRUNING_BITSET * set,
    PRUNING_BITSET_ITERATOR * i
) 

---

function pruningset_iterator_next

static int pruningset_iterator_next (
    PRUNING_BITSET_ITERATOR * it
) 

---

function pruningset_popcount

static int pruningset_popcount (
    const  PRUNING_BITSET * s
) 

---

function pruningset_remove

static void pruningset_remove (
    PRUNING_BITSET * s,
    int i
) 

---

function pruningset_set_all

static void pruningset_set_all (
    PRUNING_BITSET * set
) 

---

function pruningset_to_spec_list

static int pruningset_to_spec_list (
    PRUNING_CONTEXT * pinfo,
    const  PRUNING_BITSET * pruned
) 

---

function pruningset_union

static void pruningset_union (
    PRUNING_BITSET * left,
    const  PRUNING_BITSET * right
) 

---

Macro Definition Documentation

define BITSET_LENGTH

#define BITSET_LENGTH (
    s
) `((((s)->count - 1) / BITS_IN_WORD )+1)`

---

define BITSET_WORD_COUNT

#define BITSET_WORD_COUNT `( MAX_ELEMENTS / BITS_IN_WORD )`

---

define BITSET_WORD_SIZE

#define BITSET_WORD_SIZE `sizeof ( unsigned  int )`

---

define BITS_IN_WORD

#define BITS_IN_WORD `(8 * BITSET_WORD_SIZE )`

---

define MAX_ELEMENTS

#define MAX_ELEMENTS `1024`

---

define NELEMENTS

#define NELEMENTS `1024     /* maximum number of partitions */`

---

define PARTITIONS_COUNT

#define PARTITIONS_COUNT (
    pinfo
) `((( pinfo ) == NULL ) ? 0 : ( pinfo )->count - 1)`

---

define PARTITION_CACHE_NAME

#define PARTITION_CACHE_NAME `"Partitions_Cache"`

---

define PARTITION_CACHE_SIZE

#define PARTITION_CACHE_SIZE `200`

---

define PARTITION_IS_CACHE_INITIALIZED

#define PARTITION_IS_CACHE_INITIALIZED (

) `( db_Partition_Ht != NULL )`

---

define _WORDSIZE

#define _WORDSIZE `8 * sizeof ( int )`

---

---

The documentation for this class was generated from the following file cubrid/src/query/partition.c