make-memstick.sh: use UFSv2

[emaste]

Summary

Although there's not much practical difference as far as the installer is concerned newfs creates UFSv2 by default and it seems sensible to use the contemporary UFS version.

Also, I intend to change makefs to create UFSv2 by default, to match newfs, and then we'll want make-memstick.sh to be explicit, rather than relying on the host tool's default.

head/release/amd64/make-memstick.sh

 #define UMA_ALIGN       __aligned(UMA_SUPER_ALIGN)
 
 /*
  * The uma_bucket structure is used to queue and manage buckets divorced
  * from per-cpu caches.  They are loaded into uma_cache_bucket structures
  * for use.
  */
 struct uma_bucket {
-        TAILQ_ENTRY(uma_bucket)        ub_link;        /* Link into the zone */
+        STAILQ_ENTRY(uma_bucket)        ub_link; /* Link into the zone */
         int16_t         ub_cnt;                 /* Count of items in bucket. */
         int16_t         ub_entries;             /* Max items. */
         smr_seq_t       ub_seq;                 /* SMR sequence number. */
         void            *ub_bucket[];           /* actual allocation storage */
 };
 
 typedef struct uma_bucket * uma_bucket_t;
 

 {
         uintptr_t data;
 
         data = (uintptr_t)slab_data(slab, keg);
         return (((uintptr_t)item - data) / keg->uk_rsize);
 }
 #endif /* _KERNEL */
 
-TAILQ_HEAD(uma_bucketlist, uma_bucket);
+STAILQ_HEAD(uma_bucketlist, uma_bucket);
 
 struct uma_zone_domain {
         struct uma_bucketlist uzd_buckets; /* full buckets */
         uma_bucket_t    uzd_cross;      /* Fills from cross buckets. */
         long            uzd_nitems;     /* total item count */
         long            uzd_imax;       /* maximum item count this period */
         long            uzd_imin;       /* minimum item count this period */
         long            uzd_wss;        /* working set size estimate */

head/release/arm64/make-memstick.sh

 #define UMA_ALIGN       __aligned(UMA_SUPER_ALIGN)
 
 /*
  * The uma_bucket structure is used to queue and manage buckets divorced
  * from per-cpu caches.  They are loaded into uma_cache_bucket structures
  * for use.
  */
 struct uma_bucket {
-        TAILQ_ENTRY(uma_bucket)        ub_link;        /* Link into the zone */
+        STAILQ_ENTRY(uma_bucket)        ub_link; /* Link into the zone */
         int16_t         ub_cnt;                 /* Count of items in bucket. */
         int16_t         ub_entries;             /* Max items. */
         smr_seq_t       ub_seq;                 /* SMR sequence number. */
         void            *ub_bucket[];           /* actual allocation storage */
 };
 
 typedef struct uma_bucket * uma_bucket_t;
 

 {
         uintptr_t data;
 
         data = (uintptr_t)slab_data(slab, keg);
         return (((uintptr_t)item - data) / keg->uk_rsize);
 }
 #endif /* _KERNEL */
 
-TAILQ_HEAD(uma_bucketlist, uma_bucket);
+STAILQ_HEAD(uma_bucketlist, uma_bucket);
 
 struct uma_zone_domain {
         struct uma_bucketlist uzd_buckets; /* full buckets */
         uma_bucket_t    uzd_cross;      /* Fills from cross buckets. */
         long            uzd_nitems;     /* total item count */
         long            uzd_imax;       /* maximum item count this period */
         long            uzd_imin;       /* minimum item count this period */
         long            uzd_wss;        /* working set size estimate */

head/release/i386/make-memstick.sh

 #define UMA_ALIGN       __aligned(UMA_SUPER_ALIGN)
 
 /*
  * The uma_bucket structure is used to queue and manage buckets divorced
  * from per-cpu caches.  They are loaded into uma_cache_bucket structures
  * for use.
  */
 struct uma_bucket {
-        TAILQ_ENTRY(uma_bucket)        ub_link;        /* Link into the zone */
+        STAILQ_ENTRY(uma_bucket)        ub_link; /* Link into the zone */
         int16_t         ub_cnt;                 /* Count of items in bucket. */
         int16_t         ub_entries;             /* Max items. */
         smr_seq_t       ub_seq;                 /* SMR sequence number. */
         void            *ub_bucket[];           /* actual allocation storage */
 };
 
 typedef struct uma_bucket * uma_bucket_t;
 

 {
         uintptr_t data;
 
         data = (uintptr_t)slab_data(slab, keg);
         return (((uintptr_t)item - data) / keg->uk_rsize);
 }
 #endif /* _KERNEL */
 
-TAILQ_HEAD(uma_bucketlist, uma_bucket);
+STAILQ_HEAD(uma_bucketlist, uma_bucket);
 
 struct uma_zone_domain {
         struct uma_bucketlist uzd_buckets; /* full buckets */
         uma_bucket_t    uzd_cross;      /* Fills from cross buckets. */
         long            uzd_nitems;     /* total item count */
         long            uzd_imax;       /* maximum item count this period */
         long            uzd_imin;       /* minimum item count this period */
         long            uzd_wss;        /* working set size estimate */

head/release/powerpc/make-memstick.sh

 #define UMA_ALIGN       __aligned(UMA_SUPER_ALIGN)
 
 /*
  * The uma_bucket structure is used to queue and manage buckets divorced
  * from per-cpu caches.  They are loaded into uma_cache_bucket structures
  * for use.
  */
 struct uma_bucket {
-        TAILQ_ENTRY(uma_bucket)        ub_link;        /* Link into the zone */
+        STAILQ_ENTRY(uma_bucket)        ub_link; /* Link into the zone */
         int16_t         ub_cnt;                 /* Count of items in bucket. */
         int16_t         ub_entries;             /* Max items. */
         smr_seq_t       ub_seq;                 /* SMR sequence number. */
         void            *ub_bucket[];           /* actual allocation storage */
 };
 
 typedef struct uma_bucket * uma_bucket_t;
 

 {
         uintptr_t data;
 
         data = (uintptr_t)slab_data(slab, keg);
         return (((uintptr_t)item - data) / keg->uk_rsize);
 }
 #endif /* _KERNEL */
 
-TAILQ_HEAD(uma_bucketlist, uma_bucket);
+STAILQ_HEAD(uma_bucketlist, uma_bucket);
 
 struct uma_zone_domain {
         struct uma_bucketlist uzd_buckets; /* full buckets */
         uma_bucket_t    uzd_cross;      /* Fills from cross buckets. */
         long            uzd_nitems;     /* total item count */
         long            uzd_imax;       /* maximum item count this period */
         long            uzd_imin;       /* minimum item count this period */
         long            uzd_wss;        /* working set size estimate */