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nexedi
MariaDB
Commits
fcfdd42a
Commit
fcfdd42a
authored
Aug 26, 2008
by
Yoni Fogel
Browse files
Options
Browse Files
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Email Patches
Plain Diff
Set more functions as inline.
git-svn-id:
file:///svn/tokudb@5838
c7de825b-a66e-492c-adef-691d508d4ae1
parent
ad17d4db
Changes
1
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newbrt/leafentry.c
newbrt/leafentry.c
+46
-46
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newbrt/leafentry.c
View file @
fcfdd42a
...
@@ -275,155 +275,155 @@ void toku_free_LEAFENTRY(LEAFENTRY le) {
...
@@ -275,155 +275,155 @@ void toku_free_LEAFENTRY(LEAFENTRY le) {
}
}
int
le_is_provdel
(
LEAFENTRY
le
)
{
in
line
in
t
le_is_provdel
(
LEAFENTRY
le
)
{
return
get_le_state
(
le
)
==
LE_PROVDEL
;
return
get_le_state
(
le
)
==
LE_PROVDEL
;
}
}
void
*
latest_key_le_committed
(
u_int32_t
UU
(
keylen
),
void
*
key
,
u_int32_t
UU
(
vallen
),
void
*
UU
(
val
))
{
inline
void
*
latest_key_le_committed
(
u_int32_t
UU
(
keylen
),
void
*
key
,
u_int32_t
UU
(
vallen
),
void
*
UU
(
val
))
{
return
key
;
return
key
;
}
}
void
*
latest_key_le_both
(
TXNID
UU
(
xid
),
u_int32_t
UU
(
klen
),
void
*
kval
,
u_int32_t
UU
(
clen
),
void
*
UU
(
cval
),
u_int32_t
UU
(
plen
),
void
*
UU
(
pval
))
{
inline
void
*
latest_key_le_both
(
TXNID
UU
(
xid
),
u_int32_t
UU
(
klen
),
void
*
kval
,
u_int32_t
UU
(
clen
),
void
*
UU
(
cval
),
u_int32_t
UU
(
plen
),
void
*
UU
(
pval
))
{
return
kval
;
return
kval
;
}
}
void
*
latest_key_le_provdel
(
TXNID
UU
(
xid
),
u_int32_t
UU
(
klen
),
void
*
UU
(
kval
),
u_int32_t
UU
(
clen
),
void
*
UU
(
cval
))
{
inline
void
*
latest_key_le_provdel
(
TXNID
UU
(
xid
),
u_int32_t
UU
(
klen
),
void
*
UU
(
kval
),
u_int32_t
UU
(
clen
),
void
*
UU
(
cval
))
{
return
0
;
// for provisional delete, there is no *latest* key, so return NULL
return
0
;
// for provisional delete, there is no *latest* key, so return NULL
}
}
void
*
latest_key_le_provpair
(
TXNID
UU
(
xid
),
u_int32_t
UU
(
klen
),
void
*
kval
,
u_int32_t
UU
(
plen
),
void
*
UU
(
pval
))
{
inline
void
*
latest_key_le_provpair
(
TXNID
UU
(
xid
),
u_int32_t
UU
(
klen
),
void
*
kval
,
u_int32_t
UU
(
plen
),
void
*
UU
(
pval
))
{
return
kval
;
return
kval
;
}
}
void
*
le_latest_key
(
LEAFENTRY
le
)
{
inline
void
*
le_latest_key
(
LEAFENTRY
le
)
{
LESWITCHCALL
(
le
,
latest_key
);
LESWITCHCALL
(
le
,
latest_key
);
}
}
u_int32_t
latest_keylen_le_committed
(
u_int32_t
keylen
,
void
*
UU
(
key
),
u_int32_t
UU
(
vallen
),
void
*
UU
(
val
))
{
inline
u_int32_t
latest_keylen_le_committed
(
u_int32_t
keylen
,
void
*
UU
(
key
),
u_int32_t
UU
(
vallen
),
void
*
UU
(
val
))
{
return
keylen
;
return
keylen
;
}
}
u_int32_t
latest_keylen_le_both
(
TXNID
UU
(
xid
),
u_int32_t
klen
,
void
*
UU
(
kval
),
u_int32_t
UU
(
clen
),
void
*
UU
(
cval
),
u_int32_t
UU
(
plen
),
void
*
UU
(
pval
))
{
inline
u_int32_t
latest_keylen_le_both
(
TXNID
UU
(
xid
),
u_int32_t
klen
,
void
*
UU
(
kval
),
u_int32_t
UU
(
clen
),
void
*
UU
(
cval
),
u_int32_t
UU
(
plen
),
void
*
UU
(
pval
))
{
return
klen
;
return
klen
;
}
}
u_int32_t
latest_keylen_le_provdel
(
TXNID
UU
(
xid
),
u_int32_t
UU
(
klen
),
void
*
UU
(
kval
),
u_int32_t
UU
(
clen
),
void
*
UU
(
cval
))
{
inline
u_int32_t
latest_keylen_le_provdel
(
TXNID
UU
(
xid
),
u_int32_t
UU
(
klen
),
void
*
UU
(
kval
),
u_int32_t
UU
(
clen
),
void
*
UU
(
cval
))
{
return
0
;
// for provisional delete, there is no *latest* key, so return 0. What else can we do?
return
0
;
// for provisional delete, there is no *latest* key, so return 0. What else can we do?
}
}
u_int32_t
latest_keylen_le_provpair
(
TXNID
UU
(
xid
),
u_int32_t
klen
,
void
*
UU
(
kval
),
u_int32_t
UU
(
plen
),
void
*
UU
(
pval
))
{
inline
u_int32_t
latest_keylen_le_provpair
(
TXNID
UU
(
xid
),
u_int32_t
klen
,
void
*
UU
(
kval
),
u_int32_t
UU
(
plen
),
void
*
UU
(
pval
))
{
return
klen
;
return
klen
;
}
}
u_int32_t
le_latest_keylen
(
LEAFENTRY
le
)
{
inline
u_int32_t
le_latest_keylen
(
LEAFENTRY
le
)
{
LESWITCHCALL
(
le
,
latest_keylen
);
LESWITCHCALL
(
le
,
latest_keylen
);
}
}
void
*
latest_val_le_committed
(
u_int32_t
UU
(
keylen
),
void
*
UU
(
key
),
u_int32_t
UU
(
vallen
),
void
*
UU
(
val
))
{
inline
void
*
latest_val_le_committed
(
u_int32_t
UU
(
keylen
),
void
*
UU
(
key
),
u_int32_t
UU
(
vallen
),
void
*
UU
(
val
))
{
return
val
;
return
val
;
}
}
void
*
latest_val_le_both
(
TXNID
UU
(
xid
),
u_int32_t
UU
(
klen
),
void
*
UU
(
kval
),
u_int32_t
UU
(
clen
),
void
*
UU
(
cval
),
u_int32_t
UU
(
plen
),
void
*
pval
)
{
inline
void
*
latest_val_le_both
(
TXNID
UU
(
xid
),
u_int32_t
UU
(
klen
),
void
*
UU
(
kval
),
u_int32_t
UU
(
clen
),
void
*
UU
(
cval
),
u_int32_t
UU
(
plen
),
void
*
pval
)
{
return
pval
;
return
pval
;
}
}
void
*
latest_val_le_provdel
(
TXNID
UU
(
xid
),
u_int32_t
UU
(
klen
),
void
*
UU
(
kval
),
u_int32_t
UU
(
clen
),
void
*
UU
(
cval
))
{
inline
void
*
latest_val_le_provdel
(
TXNID
UU
(
xid
),
u_int32_t
UU
(
klen
),
void
*
UU
(
kval
),
u_int32_t
UU
(
clen
),
void
*
UU
(
cval
))
{
return
0
;
// for provisional delete, there is no *latest* key, so return NULL
return
0
;
// for provisional delete, there is no *latest* key, so return NULL
}
}
void
*
latest_val_le_provpair
(
TXNID
UU
(
xid
),
u_int32_t
UU
(
klen
),
void
*
UU
(
kval
),
u_int32_t
UU
(
plen
),
void
*
pval
)
{
inline
void
*
latest_val_le_provpair
(
TXNID
UU
(
xid
),
u_int32_t
UU
(
klen
),
void
*
UU
(
kval
),
u_int32_t
UU
(
plen
),
void
*
pval
)
{
return
pval
;
return
pval
;
}
}
void
*
le_latest_val
(
LEAFENTRY
le
)
{
inline
void
*
le_latest_val
(
LEAFENTRY
le
)
{
LESWITCHCALL
(
le
,
latest_val
);
LESWITCHCALL
(
le
,
latest_val
);
}
}
u_int32_t
latest_vallen_le_committed
(
u_int32_t
UU
(
keylen
),
void
*
UU
(
key
),
u_int32_t
vallen
,
void
*
UU
(
val
))
{
inline
u_int32_t
latest_vallen_le_committed
(
u_int32_t
UU
(
keylen
),
void
*
UU
(
key
),
u_int32_t
vallen
,
void
*
UU
(
val
))
{
return
vallen
;
return
vallen
;
}
}
u_int32_t
latest_vallen_le_both
(
TXNID
UU
(
xid
),
u_int32_t
UU
(
klen
),
void
*
UU
(
kval
),
u_int32_t
UU
(
clen
),
void
*
UU
(
cval
),
u_int32_t
plen
,
void
*
UU
(
pval
))
{
inline
u_int32_t
latest_vallen_le_both
(
TXNID
UU
(
xid
),
u_int32_t
UU
(
klen
),
void
*
UU
(
kval
),
u_int32_t
UU
(
clen
),
void
*
UU
(
cval
),
u_int32_t
plen
,
void
*
UU
(
pval
))
{
return
plen
;
return
plen
;
}
}
u_int32_t
latest_vallen_le_provdel
(
TXNID
UU
(
xid
),
u_int32_t
UU
(
klen
),
void
*
UU
(
kval
),
u_int32_t
UU
(
clen
),
void
*
UU
(
cval
))
{
inline
u_int32_t
latest_vallen_le_provdel
(
TXNID
UU
(
xid
),
u_int32_t
UU
(
klen
),
void
*
UU
(
kval
),
u_int32_t
UU
(
clen
),
void
*
UU
(
cval
))
{
return
0
;
// for provisional delete, there is no *latest* key, so return 0. What else can we do?
return
0
;
// for provisional delete, there is no *latest* key, so return 0. What else can we do?
}
}
u_int32_t
latest_vallen_le_provpair
(
TXNID
UU
(
xid
),
u_int32_t
UU
(
klen
),
void
*
UU
(
kval
),
u_int32_t
plen
,
void
*
UU
(
pval
))
{
inline
u_int32_t
latest_vallen_le_provpair
(
TXNID
UU
(
xid
),
u_int32_t
UU
(
klen
),
void
*
UU
(
kval
),
u_int32_t
plen
,
void
*
UU
(
pval
))
{
return
plen
;
return
plen
;
}
}
u_int32_t
le_latest_vallen
(
LEAFENTRY
le
)
{
inline
u_int32_t
le_latest_vallen
(
LEAFENTRY
le
)
{
LESWITCHCALL
(
le
,
latest_vallen
);
LESWITCHCALL
(
le
,
latest_vallen
);
}
}
void
*
any_key_le_committed
(
u_int32_t
UU
(
keylen
),
void
*
key
,
u_int32_t
UU
(
vallen
),
void
*
UU
(
val
))
{
inline
void
*
any_key_le_committed
(
u_int32_t
UU
(
keylen
),
void
*
key
,
u_int32_t
UU
(
vallen
),
void
*
UU
(
val
))
{
return
key
;
return
key
;
}
}
void
*
any_key_le_both
(
TXNID
UU
(
xid
),
u_int32_t
UU
(
klen
),
void
*
kval
,
u_int32_t
UU
(
clen
),
void
*
UU
(
cval
),
u_int32_t
UU
(
plen
),
void
*
UU
(
pval
))
{
inline
void
*
any_key_le_both
(
TXNID
UU
(
xid
),
u_int32_t
UU
(
klen
),
void
*
kval
,
u_int32_t
UU
(
clen
),
void
*
UU
(
cval
),
u_int32_t
UU
(
plen
),
void
*
UU
(
pval
))
{
return
kval
;
return
kval
;
}
}
void
*
any_key_le_provdel
(
TXNID
UU
(
xid
),
u_int32_t
UU
(
klen
),
void
*
kval
,
u_int32_t
UU
(
clen
),
void
*
UU
(
cval
))
{
inline
void
*
any_key_le_provdel
(
TXNID
UU
(
xid
),
u_int32_t
UU
(
klen
),
void
*
kval
,
u_int32_t
UU
(
clen
),
void
*
UU
(
cval
))
{
return
kval
;
return
kval
;
}
}
void
*
any_key_le_provpair
(
TXNID
UU
(
xid
),
u_int32_t
UU
(
klen
),
void
*
kval
,
u_int32_t
UU
(
plen
),
void
*
UU
(
pval
))
{
inline
void
*
any_key_le_provpair
(
TXNID
UU
(
xid
),
u_int32_t
UU
(
klen
),
void
*
kval
,
u_int32_t
UU
(
plen
),
void
*
UU
(
pval
))
{
return
kval
;
return
kval
;
}
}
void
*
le_any_key
(
LEAFENTRY
le
)
{
inline
void
*
le_any_key
(
LEAFENTRY
le
)
{
LESWITCHCALL
(
le
,
any_key
);
LESWITCHCALL
(
le
,
any_key
);
}
}
u_int32_t
any_keylen_le_committed
(
u_int32_t
keylen
,
void
*
UU
(
key
),
u_int32_t
UU
(
vallen
),
void
*
UU
(
val
))
{
inline
u_int32_t
any_keylen_le_committed
(
u_int32_t
keylen
,
void
*
UU
(
key
),
u_int32_t
UU
(
vallen
),
void
*
UU
(
val
))
{
return
keylen
;
return
keylen
;
}
}
u_int32_t
any_keylen_le_both
(
TXNID
UU
(
xid
),
u_int32_t
klen
,
void
*
UU
(
kval
),
u_int32_t
UU
(
clen
),
void
*
UU
(
cval
),
u_int32_t
UU
(
plen
),
void
*
UU
(
pval
))
{
inline
u_int32_t
any_keylen_le_both
(
TXNID
UU
(
xid
),
u_int32_t
klen
,
void
*
UU
(
kval
),
u_int32_t
UU
(
clen
),
void
*
UU
(
cval
),
u_int32_t
UU
(
plen
),
void
*
UU
(
pval
))
{
return
klen
;
return
klen
;
}
}
u_int32_t
any_keylen_le_provdel
(
TXNID
UU
(
xid
),
u_int32_t
klen
,
void
*
UU
(
kval
),
u_int32_t
UU
(
clen
),
void
*
UU
(
cval
))
{
inline
u_int32_t
any_keylen_le_provdel
(
TXNID
UU
(
xid
),
u_int32_t
klen
,
void
*
UU
(
kval
),
u_int32_t
UU
(
clen
),
void
*
UU
(
cval
))
{
return
klen
;
return
klen
;
}
}
u_int32_t
any_keylen_le_provpair
(
TXNID
UU
(
xid
),
u_int32_t
klen
,
void
*
UU
(
kval
),
u_int32_t
UU
(
plen
),
void
*
UU
(
pval
))
{
inline
u_int32_t
any_keylen_le_provpair
(
TXNID
UU
(
xid
),
u_int32_t
klen
,
void
*
UU
(
kval
),
u_int32_t
UU
(
plen
),
void
*
UU
(
pval
))
{
return
klen
;
return
klen
;
}
}
u_int32_t
le_any_keylen
(
LEAFENTRY
le
)
{
inline
u_int32_t
le_any_keylen
(
LEAFENTRY
le
)
{
LESWITCHCALL
(
le
,
any_keylen
);
LESWITCHCALL
(
le
,
any_keylen
);
}
}
void
*
any_val_le_committed
(
u_int32_t
UU
(
keylen
),
void
*
UU
(
key
),
u_int32_t
UU
(
vallen
),
void
*
UU
(
val
))
{
inline
void
*
any_val_le_committed
(
u_int32_t
UU
(
keylen
),
void
*
UU
(
key
),
u_int32_t
UU
(
vallen
),
void
*
UU
(
val
))
{
return
val
;
return
val
;
}
}
void
*
any_val_le_both
(
TXNID
UU
(
xid
),
u_int32_t
UU
(
klen
),
void
*
UU
(
kval
),
u_int32_t
UU
(
clen
),
void
*
cval
,
u_int32_t
UU
(
plen
),
void
*
UU
(
pval
))
{
inline
void
*
any_val_le_both
(
TXNID
UU
(
xid
),
u_int32_t
UU
(
klen
),
void
*
UU
(
kval
),
u_int32_t
UU
(
clen
),
void
*
cval
,
u_int32_t
UU
(
plen
),
void
*
UU
(
pval
))
{
return
cval
;
return
cval
;
}
}
void
*
any_val_le_provdel
(
TXNID
UU
(
xid
),
u_int32_t
UU
(
klen
),
void
*
UU
(
kval
),
u_int32_t
UU
(
clen
),
void
*
cval
)
{
inline
void
*
any_val_le_provdel
(
TXNID
UU
(
xid
),
u_int32_t
UU
(
klen
),
void
*
UU
(
kval
),
u_int32_t
UU
(
clen
),
void
*
cval
)
{
return
cval
;
return
cval
;
}
}
void
*
any_val_le_provpair
(
TXNID
UU
(
xid
),
u_int32_t
UU
(
klen
),
void
*
UU
(
kval
),
u_int32_t
UU
(
plen
),
void
*
pval
)
{
inline
void
*
any_val_le_provpair
(
TXNID
UU
(
xid
),
u_int32_t
UU
(
klen
),
void
*
UU
(
kval
),
u_int32_t
UU
(
plen
),
void
*
pval
)
{
return
pval
;
return
pval
;
}
}
void
*
le_any_val
(
LEAFENTRY
le
)
{
inline
void
*
le_any_val
(
LEAFENTRY
le
)
{
LESWITCHCALL
(
le
,
any_val
);
LESWITCHCALL
(
le
,
any_val
);
}
}
u_int32_t
any_vallen_le_committed
(
u_int32_t
UU
(
keylen
),
void
*
UU
(
key
),
u_int32_t
vallen
,
void
*
UU
(
val
))
{
inline
u_int32_t
any_vallen_le_committed
(
u_int32_t
UU
(
keylen
),
void
*
UU
(
key
),
u_int32_t
vallen
,
void
*
UU
(
val
))
{
return
vallen
;
return
vallen
;
}
}
u_int32_t
any_vallen_le_both
(
TXNID
UU
(
xid
),
u_int32_t
UU
(
klen
),
void
*
UU
(
kval
),
u_int32_t
UU
(
clen
),
void
*
UU
(
cval
),
u_int32_t
plen
,
void
*
UU
(
pval
))
{
inline
u_int32_t
any_vallen_le_both
(
TXNID
UU
(
xid
),
u_int32_t
UU
(
klen
),
void
*
UU
(
kval
),
u_int32_t
UU
(
clen
),
void
*
UU
(
cval
),
u_int32_t
plen
,
void
*
UU
(
pval
))
{
return
plen
;
return
plen
;
}
}
u_int32_t
any_vallen_le_provdel
(
TXNID
UU
(
xid
),
u_int32_t
UU
(
klen
),
void
*
UU
(
kval
),
u_int32_t
clen
,
void
*
UU
(
cval
))
{
inline
u_int32_t
any_vallen_le_provdel
(
TXNID
UU
(
xid
),
u_int32_t
UU
(
klen
),
void
*
UU
(
kval
),
u_int32_t
clen
,
void
*
UU
(
cval
))
{
return
clen
;
// for provisional delete, there is no *any* key, so return 0. What else can we do?
return
clen
;
// for provisional delete, there is no *any* key, so return 0. What else can we do?
}
}
u_int32_t
any_vallen_le_provpair
(
TXNID
UU
(
xid
),
u_int32_t
UU
(
klen
),
void
*
UU
(
kval
),
u_int32_t
plen
,
void
*
UU
(
pval
))
{
inline
u_int32_t
any_vallen_le_provpair
(
TXNID
UU
(
xid
),
u_int32_t
UU
(
klen
),
void
*
UU
(
kval
),
u_int32_t
plen
,
void
*
UU
(
pval
))
{
return
plen
;
return
plen
;
}
}
u_int32_t
le_any_vallen
(
LEAFENTRY
le
)
{
inline
u_int32_t
le_any_vallen
(
LEAFENTRY
le
)
{
LESWITCHCALL
(
le
,
any_vallen
);
LESWITCHCALL
(
le
,
any_vallen
);
}
}
u_int64_t
any_xid_le_committed
(
u_int32_t
UU
(
keylen
),
void
*
UU
(
key
),
u_int32_t
UU
(
vallen
),
void
*
UU
(
val
))
{
inline
u_int64_t
any_xid_le_committed
(
u_int32_t
UU
(
keylen
),
void
*
UU
(
key
),
u_int32_t
UU
(
vallen
),
void
*
UU
(
val
))
{
return
0
;
return
0
;
}
}
u_int64_t
any_xid_le_both
(
TXNID
xid
,
u_int32_t
UU
(
klen
),
void
*
UU
(
kval
),
u_int32_t
UU
(
clen
),
void
*
UU
(
cval
),
u_int32_t
UU
(
plen
),
void
*
UU
(
pval
))
{
inline
u_int64_t
any_xid_le_both
(
TXNID
xid
,
u_int32_t
UU
(
klen
),
void
*
UU
(
kval
),
u_int32_t
UU
(
clen
),
void
*
UU
(
cval
),
u_int32_t
UU
(
plen
),
void
*
UU
(
pval
))
{
return
xid
;
return
xid
;
}
}
u_int64_t
any_xid_le_provdel
(
TXNID
xid
,
u_int32_t
UU
(
klen
),
void
*
UU
(
kval
),
u_int32_t
UU
(
clen
),
void
*
UU
(
cval
))
{
inline
u_int64_t
any_xid_le_provdel
(
TXNID
xid
,
u_int32_t
UU
(
klen
),
void
*
UU
(
kval
),
u_int32_t
UU
(
clen
),
void
*
UU
(
cval
))
{
return
xid
;
return
xid
;
}
}
u_int64_t
any_xid_le_provpair
(
TXNID
xid
,
u_int32_t
UU
(
klen
),
void
*
UU
(
kval
),
u_int32_t
UU
(
plen
),
void
*
UU
(
pval
))
{
inline
u_int64_t
any_xid_le_provpair
(
TXNID
xid
,
u_int32_t
UU
(
klen
),
void
*
UU
(
kval
),
u_int32_t
UU
(
plen
),
void
*
UU
(
pval
))
{
return
xid
;
return
xid
;
}
}
u_int64_t
le_any_xid
(
LEAFENTRY
le
)
{
inline
u_int64_t
le_any_xid
(
LEAFENTRY
le
)
{
LESWITCHCALL
(
le
,
any_xid
);
LESWITCHCALL
(
le
,
any_xid
);
}
}
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