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Use more consistently int64 for page numbers in SLRU-related code
clog.c, async.c and predicate.c included some SLRU page numbers still handled as 4-byte integers, while int64 should be used for this purpose. These holes have been introduced in 4ed8f0913bfd, that has introduced the use of 8-byte integers for SLRU page numbers, still forgot about the code paths updated by this commit. Reported-by: Noah Misch Author: Aleksander Alekseev, Michael Paquier Discussion: https://postgr.es/m/20240626002747.dc.nmisch@google.com Backpatch-through: 17
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@ -445,7 +445,7 @@ TransactionGroupUpdateXidStatus(TransactionId xid, XidStatus status,
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PGPROC *proc = MyProc;
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uint32 nextidx;
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uint32 wakeidx;
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int prevpageno;
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int64 prevpageno;
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LWLock *prevlock = NULL;
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/* We should definitely have an XID whose status needs to be updated. */
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@ -577,7 +577,7 @@ TransactionGroupUpdateXidStatus(TransactionId xid, XidStatus status,
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while (nextidx != INVALID_PROC_NUMBER)
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{
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PGPROC *nextproc = &ProcGlobal->allProcs[nextidx];
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int thispageno = nextproc->clogGroupMemberPage;
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int64 thispageno = nextproc->clogGroupMemberPage;
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/*
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* If the page to update belongs to a different bank than the previous
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@ -283,7 +283,7 @@ typedef struct AsyncQueueControl
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QueuePosition head; /* head points to the next free location */
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QueuePosition tail; /* tail must be <= the queue position of every
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* listening backend */
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int stopPage; /* oldest unrecycled page; must be <=
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int64 stopPage; /* oldest unrecycled page; must be <=
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* tail.page */
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ProcNumber firstListener; /* id of first listener, or
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* INVALID_PROC_NUMBER */
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@ -1271,9 +1271,9 @@ asyncQueueUnregister(void)
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static bool
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asyncQueueIsFull(void)
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{
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int headPage = QUEUE_POS_PAGE(QUEUE_HEAD);
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int tailPage = QUEUE_POS_PAGE(QUEUE_TAIL);
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int occupied = headPage - tailPage;
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int64 headPage = QUEUE_POS_PAGE(QUEUE_HEAD);
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int64 tailPage = QUEUE_POS_PAGE(QUEUE_TAIL);
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int64 occupied = headPage - tailPage;
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return occupied >= max_notify_queue_pages;
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}
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@ -1505,9 +1505,9 @@ pg_notification_queue_usage(PG_FUNCTION_ARGS)
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static double
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asyncQueueUsage(void)
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{
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int headPage = QUEUE_POS_PAGE(QUEUE_HEAD);
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int tailPage = QUEUE_POS_PAGE(QUEUE_TAIL);
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int occupied = headPage - tailPage;
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int64 headPage = QUEUE_POS_PAGE(QUEUE_HEAD);
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int64 tailPage = QUEUE_POS_PAGE(QUEUE_TAIL);
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int64 occupied = headPage - tailPage;
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if (occupied == 0)
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return (double) 0; /* fast exit for common case */
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@ -1932,7 +1932,7 @@ asyncQueueReadAllNotifications(void)
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do
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{
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int curpage = QUEUE_POS_PAGE(pos);
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int64 curpage = QUEUE_POS_PAGE(pos);
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int curoffset = QUEUE_POS_OFFSET(pos);
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int slotno;
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int copysize;
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@ -2108,9 +2108,9 @@ static void
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asyncQueueAdvanceTail(void)
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{
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QueuePosition min;
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int oldtailpage;
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int newtailpage;
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int boundary;
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int64 oldtailpage;
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int64 newtailpage;
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int64 boundary;
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/* Restrict task to one backend per cluster; see SimpleLruTruncate(). */
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LWLockAcquire(NotifyQueueTailLock, LW_EXCLUSIVE);
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@ -344,7 +344,7 @@ static SlruCtlData SerialSlruCtlData;
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typedef struct SerialControlData
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{
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int headPage; /* newest initialized page */
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int64 headPage; /* newest initialized page */
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TransactionId headXid; /* newest valid Xid in the SLRU */
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TransactionId tailXid; /* oldest xmin we might be interested in */
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} SerialControlData;
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@ -1035,7 +1035,7 @@ SerialSetActiveSerXmin(TransactionId xid)
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void
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CheckPointPredicate(void)
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{
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int truncateCutoffPage;
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int64 truncateCutoffPage;
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LWLockAcquire(SerialControlLock, LW_EXCLUSIVE);
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@ -1048,7 +1048,7 @@ CheckPointPredicate(void)
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if (TransactionIdIsValid(serialControl->tailXid))
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{
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int tailPage;
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int64 tailPage;
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tailPage = SerialPage(serialControl->tailXid);
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