- Chainsaw the storage pool code. This was being used by a bunch of code

  within the HARP atm stack and the hea and hfa device drivers, but since
  all of these systems were changed to use UMA zones, there is no use for
  the api any longer.

1 files changed, 0 insertions, 55 deletions

diff --git a/sys/netatm/atm_sys.h b/sys/netatm/atm_sys.h
index d993773..d070d7f 100644
--- a/sys/netatm/atm_sys.h
+++ b/sys/netatm/atm_sys.h
@@ -172,61 +172,6 @@ struct atm_time {
 
 #define	ATM_HZ		2		/* Time ticks per second */
 
-
-/*
- * To avoid heavy use of kmem_alloc, memory for protocol control blocks may
- * be allocated from storage pools.  Each control block type will have 
- * its own pool.  Each storage pool will consist of individually allocated
- * memory chunks, which will then be sub-divided into the separate control
- * blocks.  Each chunk will contain a header (sp_chunk) and 'n' blocks of the 
- * same type, plus a link field for each block.  Each chunk will also contain 
- * a list of all free control blocks in the chunk. 
- *
- * Each protocol must define an sp_info structure for each of its storage 
- * pools.  This structure serves as the "root" for its particular pool.
- * Protocols must not modify this structure after its first use.
- */
-struct sp_info {
-	/* Values supplied by pool owner */
-	char		*si_name;	/* Name of pool */
-	size_t		si_blksiz;	/* Size of each block */
-	int		si_blkcnt;	/* Blocks per chunk */
-	int		si_maxallow;	/* Maximum allowable chunks */
-
-	/* Used by allocate/free functions - do not touch */
-	struct sp_info	*si_next;	/* Next active storage pool */
-	struct sp_chunk	*si_poolh;	/* Storage pool chunk head */
-	struct sp_chunk	*si_poolt;	/* Storage pool chunk tail */
-	size_t		si_chunksiz;	/* Size of chunk */
-	int		si_chunks;	/* Current allocated chunks */
-	int		si_total;	/* Total number of blocks */
-	int		si_free;	/* Free blocks */
-	int		si_maxused;	/* Maximum allocated chunks */
-	int		si_allocs;	/* Total allocate calls */
-	int		si_fails;	/* Allocate failures */
-};
-
-struct sp_chunk {
-	struct sp_chunk	*sc_next;	/* Next chunk in pool */
-	struct sp_info	*sc_info;	/* Storage pool info */
-	u_int		sc_magic;	/* Chunk magic number */
-	int		sc_used;	/* Allocated blocks in chunk */
-	struct sp_link	*sc_freeh;	/* Head of free blocks in chunk */
-	struct sp_link	*sc_freet;	/* Tail of free blocks in chunk */
-};
-
-struct sp_link {
-	union {
-		struct sp_link	*slu_next;	/* Next block in free list */
-		struct sp_chunk	*slu_chunk;	/* Link back to our chunk */
-	} sl_u;
-};
-
-#define	SPOOL_MAGIC	0x73d4b69c	/* Storage pool magic number */
-#define	SPOOL_MIN_CHUNK	2		/* Minimum number of chunks */
-#define	SPOOL_ROUNDUP	16		/* Roundup for allocated chunks */
-#define	SPOOL_COMPACT	(300 * ATM_HZ)	/* Compaction timeout value */
-
 /*
  * Debugging
  */