From: "mailinglists@d-g-c.de" <mailinglists@d-g-c.de>
To: Vitaly Fertman <vitaly@namesys.com>
Cc: reiserfs-list@namesys.com
Subject: Re: Reiser4fs and SPARC64?
Date: Mon, 21 Feb 2005 13:23:25 +0100 [thread overview]
Message-ID: <4219D2BD.1030004@d-g-c.de> (raw)
In-Reply-To: <200502161724.16258.vitaly@namesys.com>
Vitaly Fertman wrote:
>On Wednesday 16 February 2005 17:09, Alex Zarochentsev wrote:
>
>
>>On Wed, Feb 16, 2005 at 02:17:49PM +0100, mailinglists@d-g-c.de wrote:
>>
>>
>>>Hi,
>>>
>>>i just wondered about reiser4fs working on SPARC64? I use Gentoo Sparc64
>>>and it is working fine with kernel 2.4.28. But is the Reiser4 code
>>>SPARC64 ready?
>>>
>>>
>>It would be nice if you try it :) we have no reiser4/sparc64 reports yet.
>>
>>Reiser4 code is included into AKPM's -mm kernels. mkfs and other utils are
>>in the ftp://ftp.namesys.com/pub/reiser4progs/
>>
>>At least 3 additional patches are needed for running reiser4 on sparc64.
>>They not yet included into -mm kernels. I am attaching them to this
>>e-mail.
>>
>>
>
>and at least these 2 patches needs to applied also.
>
>
>
>------------------------------------------------------------------------
>
>diff -rup libaal-1.0.3/include/aal/Makefile.am libaal-1.0.3-1/include/aal/Makefile.am
>--- libaal-1.0.3/include/aal/Makefile.am 2004-01-08 15:49:40.000000000 +0100
>+++ libaal-1.0.3-1/include/aal/Makefile.am 2005-01-16 22:18:51.000000000 +0100
>@@ -2,4 +2,4 @@ aalincludedir = $(includedir)/aal
>
> aalinclude_HEADERS = libaal.h device.h file.h exception.h list.h malloc.h \
> print.h string.h math.h endian.h debug.h bitops.h \
>- gauge.h block.h ui.h stream.h hash.h types.h
>+ gauge.h block.h ui.h stream.h hash.h types.h unaligned.h
>diff -rup libaal-1.0.3/include/aal/Makefile.in libaal-1.0.3-1/include/aal/Makefile.in
>--- libaal-1.0.3/include/aal/Makefile.in 2004-12-06 19:04:14.000000000 +0100
>+++ libaal-1.0.3-1/include/aal/Makefile.in 2005-01-16 15:24:49.000000000 +0100
>@@ -146,7 +146,7 @@ aalincludedir = $(includedir)/aal
>
> aalinclude_HEADERS = libaal.h device.h file.h exception.h list.h malloc.h \
> print.h string.h math.h endian.h debug.h bitops.h \
>- gauge.h block.h ui.h stream.h hash.h types.h
>+ gauge.h block.h ui.h stream.h hash.h types.h unaligned.h
>
> subdir = include/aal
> ACLOCAL_M4 = $(top_srcdir)/aclocal.m4
>diff -rup libaal-1.0.3/include/aal/endian.h libaal-1.0.3-1/include/aal/endian.h
>--- libaal-1.0.3/include/aal/endian.h 2003-07-27 10:55:29.000000000 +0200
>+++ libaal-1.0.3-1/include/aal/endian.h 2005-01-16 22:29:19.000000000 +0100
>@@ -75,8 +75,8 @@
>
> #endif
>
>-#define aal_get_leXX(xx, p, field) (LE##xx##_TO_CPU ((p)->field))
>-#define aal_set_leXX(xx, p, field, val) ((p)->field = CPU_TO_LE##xx(val))
>+#define aal_get_leXX(xx, p, field) (LE##xx##_TO_CPU (get_unaligned(&(p)->field)))
>+#define aal_set_leXX(xx, p, field, val) put_unaligned(&(p)->field, CPU_TO_LE##xx(val))
>
> #define aal_get_le16(p, field) aal_get_leXX(16, p, field)
> #define aal_set_le16(p, field, val) aal_set_leXX(16, p, field, val)
>diff -rup libaal-1.0.3/include/aal/libaal.h libaal-1.0.3-1/include/aal/libaal.h
>--- libaal-1.0.3/include/aal/libaal.h 2004-09-22 14:27:23.000000000 +0200
>+++ libaal-1.0.3-1/include/aal/libaal.h 2005-01-16 22:18:51.000000000 +0100
>@@ -26,6 +26,7 @@ extern "C" {
> #include "math.h"
> #include "bitops.h"
> #include "endian.h"
>+#include "unaligned.h"
> #include "debug.h"
> #include "gauge.h"
> #include "block.h"
>diff -rup libaal-1.0.3/include/aal/unaligned.h libaal-1.0.3-1/include/aal/unaligned.h
>--- libaal-1.0.3/include/aal/unaligned.h 2005-01-16 23:09:05.000000000 +0100
>+++ libaal-1.0.3-1/include/aal/unaligned.h 2005-01-16 22:18:51.000000000 +0100
>@@ -0,0 +1,26 @@
>+/* Copyright (C) 2001-2005 by Hans Reiser, licensing governed by libaal/COPYING.
>+
>+ unaligned.h -- libaal unalignment declaration. */
>+
>+#ifdef HAVE_CONFIG_H
>+# include <config.h>
>+#endif
>+
>+#ifndef AAL_UNALIGNED_H
>+#define AAL_UNALIGNED_H
>+
>+#define get_unaligned(ptr) \
>+({ \
>+ __typeof__(*(ptr)) __tmp; \
>+ aal_memcpy(&__tmp, (ptr), sizeof(*(ptr))); \
>+ __tmp; \
>+})
>+
>+#define put_unaligned(ptr, val) \
>+({ \
>+ __typeof__(*(ptr)) __tmp = (val); \
>+ aal_memcpy((ptr), &__tmp, sizeof(*(ptr))); \
>+ (void)0; \
>+})
>+
>+#endif
>
>
>------------------------------------------------------------------------
>
>diff -rup reiser4progs-1.0.3/plugin/item/cde40/cde40.h reiser4progs-1.0.3-1/plugin/item/cde40/cde40.h
>--- reiser4progs-1.0.3/plugin/item/cde40/cde40.h 2004-06-30 01:42:33.000000000 +0200
>+++ reiser4progs-1.0.3-1/plugin/item/cde40/cde40.h 2005-01-16 22:57:58.000000000 +0100
>@@ -33,6 +33,7 @@ struct objid3 {
>
> typedef struct objid3 objid3_t;
>
>+
> struct hash3 {
> d8_t objectid[8];
> d8_t offset[8];
>@@ -130,71 +131,76 @@ extern uint32_t cde40_cut(reiser4_place_
> extern uint16_t cde40_overhead();
>
> #if defined(ENABLE_SHORT_KEYS) && defined(ENABLE_LARGE_KEYS)
>+
>+/* objidN_t macroses. */
>+#define ob_loc(ob, pol) \
>+ ((pol == 3) ? \
>+ ((objid3_t *)(ob))->locality : \
>+ ((objid4_t *)(ob))->locality)
>+
> #define ob_get_locality(ob, pol) \
>- ((pol == 3) ? \
>- LE64_TO_CPU(*((d64_t *)((objid3_t *)(ob))->locality)) : \
>- LE64_TO_CPU(*((d64_t *)((objid4_t *)(ob))->locality)))
>+ LE64_TO_CPU(get_unaligned((d64_t *)ob_loc(ob, pol)))
>
> #define ob_set_locality(ob, val, pol) \
>- ((pol == 3) ? \
>- (*(d64_t *)((objid3_t *)(ob))->locality) = CPU_TO_LE64(val) : \
>- (*(d64_t *)((objid4_t *)(ob))->locality) = CPU_TO_LE64(val))
>+ put_unaligned((d64_t *)ob_loc(ob, pol), CPU_TO_LE64(val))
>+
>+#define ob_oid(ob, pol) \
>+ ((pol == 3) ? \
>+ ((objid3_t *)(ob))->objectid : \
>+ ((objid4_t *)(ob))->objectid)
>
> #define ob_get_objectid(ob, pol) \
>- ((pol == 3) ? \
>- LE64_TO_CPU(*((d64_t *)((objid3_t *)(ob))->objectid)) : \
>- LE64_TO_CPU(*((d64_t *)((objid4_t *)(ob))->objectid)))
>+ LE64_TO_CPU(get_unaligned((d64_t *)ob_oid(ob, pol)))
>
> #define ob_set_objectid(ob, val, pol) \
>- ({if (pol == 3) \
>- (*(d64_t *)((objid3_t *)(ob))->objectid) = CPU_TO_LE64(val); \
>- else \
>- (*(d64_t *)((objid4_t *)(ob))->objectid) = CPU_TO_LE64(val);})
>+ put_unaligned((d64_t *)ob_oid(ob, pol), CPU_TO_LE64(val))
>+
>+#define ob_ord(ob, pol) ((pol == 3) ? 0 : ((objid4_t *)(ob))->ordering)
>
> #define ob_get_ordering(ob, pol) \
>- ((pol == 3) ? 0 : \
>- LE64_TO_CPU(*((d64_t *)((objid4_t *)(ob))->ordering)))
>+ LE64_TO_CPU(get_unaligned((d64_t *)ob_ord(ob, pol)))
>
> #define ob_set_ordering(ob, val, pol) \
>- ({if (pol == 3) do {} while(0); else \
>- (*(d64_t *)((objid4_t *)(ob))->ordering) = CPU_TO_LE64(val);})
>+ ({if (pol == 3) do {} while(0); else \
>+ put_unaligned((d64_t *)ob_ord(ob, pol), CPU_TO_LE64(val));})
>
>-#define ob_size(pol) \
>- ((pol == 3) ? sizeof(objid3_t) : sizeof(objid4_t))
>+#define ob_size(pol) ((pol == 3) ? sizeof(objid3_t) : sizeof(objid4_t))
>+
>+/* hashN_t macroses. */
>+#define ha_oid(ha, pol) \
>+ ((pol == 3) ? \
>+ ((hash3_t *)(ha))->objectid : \
>+ ((hash4_t *)(ha))->objectid)
>
> #define ha_get_objectid(ha, pol) \
>- ((pol == 3) ? \
>- LE64_TO_CPU(*((d64_t *)((hash3_t *)(ha))->objectid)) : \
>- LE64_TO_CPU(*((d64_t *)((hash4_t *)(ha))->objectid)))
>+ LE64_TO_CPU(get_unaligned((d64_t *)ha_oid(ha, pol)))
>
> #define ha_set_objectid(ha, val, pol) \
>- ({if (pol == 3) \
>- (*(d64_t *)((hash3_t *)(ha))->objectid) = CPU_TO_LE64(val); \
>- else \
>- (*(d64_t *)((hash4_t *)(ha))->objectid) = CPU_TO_LE64(val);})
>+ put_unaligned((d64_t *)ha_oid(ha, pol), CPU_TO_LE64(val))
>+
>+#define ha_off(ha, pol) \
>+ ((pol == 3) ? \
>+ ((hash3_t *)(ha))->offset : \
>+ ((hash4_t *)(ha))->offset)
>
> #define ha_get_offset(ha, pol) \
>- ((pol == 3) ? \
>- LE64_TO_CPU(*((d64_t *)((hash3_t *)(ha))->offset)) : \
>- LE64_TO_CPU(*((d64_t *)((hash4_t *)(ha))->offset)))
>-
>+ LE64_TO_CPU(get_unaligned((d64_t *)ha_off(ha, pol)))
>+
> #define ha_set_offset(ha, val, pol) \
>- ({if (pol == 3) \
>- (*(d64_t *)((hash3_t *)(ha))->offset) = CPU_TO_LE64(val); \
>- else \
>- (*(d64_t *)((hash4_t *)(ha))->offset) = CPU_TO_LE64(val);})
>+ put_unaligned((d64_t *)ha_off(ha, pol), CPU_TO_LE64(val))
>+
>+#define ha_ord(ha, pol) ((pol == 3) ? 0 : ((hash4_t *)(ha))->ordering)
>
> #define ha_get_ordering(ha, pol) \
>- ((pol == 3) ? 0 : \
>- LE64_TO_CPU(*((d64_t *)((hash4_t *)(ha))->ordering)))
>-
>+ LE64_TO_CPU(get_unaligned((d64_t *)ha_ord(ha, pol)))
>+
> #define ha_set_ordering(ha, val, pol) \
>- ({if (pol == 3) do {} while(0); else \
>- (*(d64_t *)((hash4_t *)(ha))->ordering) = CPU_TO_LE64(val);})
>+ ({if (pol == 3) do {} while(0); else \
>+ put_unaligned((d64_t *)ha_ord(ha, pol), CPU_TO_LE64(val));})
>
>-#define ha_size(pol) \
>- ((pol == 3) ? sizeof(hash3_t) : sizeof(hash4_t))
>+#define ha_size(pol) ((pol == 3) ? sizeof(hash3_t) : sizeof(hash4_t))
>
>+/* entryN_t macroses */
> #define en_get_offset(en, pol) \
> ((pol == 3) ? \
> aal_get_le16(((entry3_t *)(en)), offset) : \
>@@ -214,97 +220,108 @@ extern uint16_t cde40_overhead();
> (void *)(&((cde403_t *)(pl)->body)->entry[pos]) : \
> (void *)(&((cde404_t *)(pl)->body)->entry[pos]))
>
>-#else
>-#if defined(ENABLE_SHORT_KEYS)
>+#elif defined(ENABLE_SHORT_KEYS)
>+
>+/* objidN_t macroses. */
> #define ob_get_locality(ob, pol) \
>- LE64_TO_CPU(*((d64_t *)((objid3_t *)(ob))->locality))
>+ LE64_TO_CPU(get_unaligned((d64_t *)((objid3_t *)(ob))->locality))
>
> #define ob_set_locality(ob, val, pol) \
>- (*(d64_t *)((objid3_t *)(ob))->locality) = CPU_TO_LE64(val)
>+ put_unaligned((d64_t *)((objid3_t *)(ob))->locality, \
>+ CPU_TO_LE64(val))
>
> #define ob_get_objectid(ob, pol) \
>- LE64_TO_CPU(*((d64_t *)((objid3_t *)(ob))->objectid))
>+ LE64_TO_CPU(get_unaligned((d64_t *)((objid3_t *)(ob))->objectid))
>
> #define ob_set_objectid(ob, val, pol) \
>- (*(d64_t *)((objid3_t *)(ob))->objectid) = CPU_TO_LE64(val)
>+ put_unaligned((d64_t *)((objid3_t *)(ob))->objectid, \
>+ CPU_TO_LE64(val))
>
> #define ob_get_ordering(ob, pol) (0)
> #define ob_set_ordering(ob, val, pol) do {} while(0)
>
>-#define ob_size(pol) \
>- (sizeof(objid3_t))
>+#define ob_size(pol) (sizeof(objid3_t))
>
>+/* hashN_t macroses. */
> #define ha_get_objectid(ha, pol) \
>- LE64_TO_CPU(*((d64_t *)((hash3_t *)(ha))->objectid))
>+ LE64_TO_CPU(get_unaligned((d64_t *)((hash3_t *)(ha))->objectid))
>
> #define ha_set_objectid(ha, val, pol) \
>- (*(d64_t *)((hash3_t *)(ha))->objectid) = CPU_TO_LE64(val)
>+ put_unaligned((d64_t *)((hash3_t *)(ha))->objectid, \
>+ CPU_TO_LE64(val))
>
> #define ha_get_offset(ha, pol) \
>- LE64_TO_CPU(*((d64_t *)((hash3_t *)(ha))->offset))
>-
>+ LE64_TO_CPU(get_unaligned((d64_t *)((hash3_t *)(ha))->offset))
>+
> #define ha_set_offset(ha, val, pol) \
>- (*(d64_t *)((hash3_t *)(ha))->offset) = CPU_TO_LE64(val)
>+ put_unaligned((d64_t *)((hash3_t *)(ha))->offset, \
>+ CPU_TO_LE64(val))
>
> #define ha_get_ordering(ha, pol) (0)
> #define ha_set_ordering(ha, val, pol) do {} while (0)
>
>-#define ha_size(pol) \
>- (sizeof(hash3_t))
>+#define ha_size(pol) (sizeof(hash3_t))
>
>+/* entryN_t macroses */
> #define en_get_offset(en, pol) \
> aal_get_le16(((entry3_t *)(en)), offset)
>
> #define en_set_offset(en, val, pol) \
> aal_set_le16(((entry3_t *)(en)), offset, val)
>
>-#define en_size(pol) \
>- (sizeof(entry3_t))
>+#define en_size(pol) (sizeof(entry3_t))
>
> #define cde_get_entry(pl, pos, pol) \
> ((void *)(&((cde403_t *)pl->body)->entry[pos]))
>-#else
>+
>+#elif defined(ENABLE_LARGE_KEYS)
>+/* objidN_t macroses. */
> #define ob_get_locality(ob, pol) \
>- LE64_TO_CPU(*((d64_t *)((objid4_t *)(ob))->locality))
>+ LE64_TO_CPU(get_unaligned((d64_t *)((objid4_t *)(ob))->locality))
>
> #define ob_set_locality(ob, val, pol) \
>- (*(d64_t *)((objid4_t *)(ob))->locality) = CPU_TO_LE64(val)
>+ put_unaligned((d64_t *)((objid4_t *)(ob))->locality, \
>+ CPU_TO_LE64(val))
>
> #define ob_get_objectid(ob, pol) \
>- LE64_TO_CPU(*((d64_t *)((objid4_t *)(ob))->objectid))
>+ LE64_TO_CPU(get_unaligned((d64_t *)((objid4_t *)(ob))->objectid))
>
> #define ob_set_objectid(ob, val, pol) \
>- (*(d64_t *)((objid4_t *)(ob))->objectid) = CPU_TO_LE64(val)
>+ put_unaligned((d64_t *)((objid4_t *)(ob))->objectid, \
>+ CPU_TO_LE64(val))
>
> #define ob_get_ordering(ob, pol) \
>- LE64_TO_CPU(*((d64_t *)((objid4_t *)(ob))->ordering))
>+ LE64_TO_CPU(get_unaligned((d64_t *)((objid4_t *)(ob))->ordering))
>
> #define ob_set_ordering(ob, val, pol) \
>- (*(d64_t *)((objid4_t *)(ob))->ordering) = CPU_TO_LE64(val)
>+ put_unaligned((d64_t *)((objid4_t *)(ob))->ordering, \
>+ CPU_TO_LE64(val))
>
>-#define ob_size(pol) \
>- (sizeof(objid4_t))
>+#define ob_size(pol) (sizeof(objid4_t))
>
>+/* hashN_t macroses. */
> #define ha_get_objectid(ha, pol) \
>- LE64_TO_CPU(*((d64_t *)((hash4_t *)(ha))->objectid))
>+ LE64_TO_CPU(get_unaligned((d64_t *)((hash4_t *)(ha))->objectid))
>
> #define ha_set_objectid(ha, val, pol) \
>- (*(d64_t *)((hash4_t *)(ha))->objectid) = CPU_TO_LE64(val)
>+ put_unaligned((d64_t *)((hash4_t *)(ha))->objectid, \
>+ CPU_TO_LE64(val))
>
> #define ha_get_offset(ha, pol) \
>- LE64_TO_CPU(*((d64_t *)((hash4_t *)(ha))->offset))
>+ LE64_TO_CPU(get_unaligned((d64_t *)((hash4_t *)(ha))->offset))
>
> #define ha_set_offset(ha, val, pol) \
>- (*(d64_t *)((hash4_t *)(ha))->offset) = CPU_TO_LE64(val)
>+ put_unaligned((d64_t *)((hash4_t *)(ha))->offset, \
>+ CPU_TO_LE64(val))
>
> #define ha_get_ordering(ha, pol) \
>- LE64_TO_CPU(*((d64_t *)((hash4_t *)(ha))->ordering))
>+ LE64_TO_CPU(get_unaligned((d64_t *)((hash4_t *)(ha))->ordering))
>
> #define ha_set_ordering(ha, val, pol) \
>- (*(d64_t *)((hash4_t *)(ha))->ordering) = CPU_TO_LE64(val)
>+ put_unaligned((d64_t *)((hash4_t *)(ha))->ordering, \
>+ CPU_TO_LE64(val))
>
>-#define ha_size(pol) \
>- (sizeof(hash4_t))
>+#define ha_size(pol) (sizeof(hash4_t))
>
> #define en_get_offset(en, pol) \
> aal_get_le16(((entry4_t *)(en)), offset)
>@@ -312,13 +329,11 @@ extern uint16_t cde40_overhead();
> #define en_set_offset(en, val, pol) \
> aal_set_le16(((entry4_t *)(en)), offset, val)
>
>-#define en_size(pol) \
>- (sizeof(entry4_t))
>+#define en_size(pol) (sizeof(entry4_t))
>
> #define cde_get_entry(pl, pos, pol) \
> ((void *)(&((cde404_t *)pl->body)->entry[pos]))
> #endif
>-#endif
>
> #define cde_get_units(pl) \
> aal_get_le16(((cde40_t *)pl->body), units)
>diff -rup reiser4progs-1.0.3/plugin/key/key_large/key_large.h reiser4progs-1.0.3-1/plugin/key/key_large/key_large.h
>--- reiser4progs-1.0.3/plugin/key/key_large/key_large.h 2004-09-22 14:35:47.000000000 +0200
>+++ reiser4progs-1.0.3-1/plugin/key/key_large/key_large.h 2005-01-16 22:57:58.000000000 +0100
>@@ -120,14 +120,14 @@ extern uint64_t key_large_get_fobjectid(
> static inline uint64_t kl_get_el(const key_large_t *key,
> key_large_field_t off)
> {
>- return LE64_TO_CPU(key->el[off]);
>+ return LE64_TO_CPU(get_unaligned(key->el + off));
> }
>
> static inline void kl_set_el(key_large_t *key,
> key_large_field_t off,
> uint64_t value)
> {
>- key->el[off] = CPU_TO_LE64(value);
>+ put_unaligned(key->el + off, CPU_TO_LE64(value));
> }
>
> static inline int kl_comp_el(void *k1, void *k2, int off) {
>diff -rup reiser4progs-1.0.3/plugin/key/key_short/key_short.h reiser4progs-1.0.3-1/plugin/key/key_short/key_short.h
>--- reiser4progs-1.0.3/plugin/key/key_short/key_short.h 2004-09-22 14:35:54.000000000 +0200
>+++ reiser4progs-1.0.3-1/plugin/key/key_short/key_short.h 2005-01-16 22:57:58.000000000 +0100
>@@ -108,14 +108,14 @@ extern uint64_t key_short_get_fobjectid(
> static inline uint64_t ks_get_el(const key_short_t *key,
> key_short_field_t off)
> {
>- return LE64_TO_CPU(key->el[off]);
>+ return LE64_TO_CPU(get_unaligned(key->el + off));
> }
>
> static inline void ks_set_el(key_short_t *key,
> key_short_field_t off,
> uint64_t value)
> {
>- key->el[off] = CPU_TO_LE64(value);
>+ put_unaligned(key->el + off, CPU_TO_LE64(value));
> }
>
> static inline int ks_comp_el(void *k1, void *k2, int off) {
>diff -rup reiser4progs-1.0.3/plugin/sdext/sdext_plug/sdext_plug.h reiser4progs-1.0.3-1/plugin/sdext/sdext_plug/sdext_plug.h
>--- reiser4progs-1.0.3/plugin/sdext/sdext_plug/sdext_plug.h 2004-06-03 22:00:12.000000000 +0200
>+++ reiser4progs-1.0.3-1/plugin/sdext/sdext_plug/sdext_plug.h 2005-01-16 22:57:58.000000000 +0100
>@@ -27,14 +27,14 @@ typedef struct sdext_plug sdext_plug_t;
>
> extern reiser4_core_t *sdext_plug_core;
>
>-#define sdext_plug_get_count(ext) aal_get_le16(ext, count)
>-#define sdext_plug_set_count(ext, val) aal_set_le16(ext, count, val)
>+#define sdext_plug_get_count(ext) aal_get_le16((ext), count)
>+#define sdext_plug_set_count(ext, val) aal_set_le16((ext), count, (val))
>
>-#define sdext_plug_get_member(ext, n) aal_get_le16(&(ext->slot[n]), member)
>-#define sdext_plug_set_member(ext, n, val) aal_set_le16(&(ext->slot[n]), member, val)
>+#define sdext_plug_get_member(ext, n) aal_get_le16(&((ext)->slot[n]), member)
>+#define sdext_plug_set_member(ext, n, val) aal_set_le16(&((ext)->slot[n]), member, (val))
>
>-#define sdext_plug_get_pid(ext, n) aal_get_le16(&(ext->slot[n]), plug)
>-#define sdext_plug_set_pid(ext, n, val) aal_set_le16(&(ext->slot[n]), plug, val)
>+#define sdext_plug_get_pid(ext, n) aal_get_le16(&((ext)->slot[n]), plug)
>+#define sdext_plug_set_pid(ext, n, val) aal_set_le16(&((ext)->slot[n]), plug, (val))
>
> extern uint32_t sdext_plug_length(stat_entity_t *stat, void *hint);
>
>
>
These 2 patches are no more needed for me and my sparc64 since you
released 1.0.4?
Today i compiled my 2.6.10-mm3-reiser4 kernel and it works fine. Only
problem left is LVM cause the kernel gets too big (>3.5MB) with LVM
compiled in it. So my root filesystem will be no LVM...
greetz Florian
next prev parent reply other threads:[~2005-02-21 12:23 UTC|newest]
Thread overview: 12+ messages / expand[flat|nested] mbox.gz Atom feed top
2005-02-16 13:17 Reiser4fs and SPARC64? mailinglists
2005-02-16 14:09 ` Alex Zarochentsev
2005-02-16 14:24 ` Vitaly Fertman
2005-02-17 9:38 ` mailinglists
2005-02-17 9:44 ` Alex Zarochentsev
2005-02-21 12:23 ` mailinglists [this message]
2005-02-21 13:44 ` Alex Zarochentsev
2005-02-21 14:13 ` Florian Engelmann
2005-03-02 9:15 ` mailinglists
2005-02-21 12:34 ` mailinglists
2005-02-21 13:17 ` Vitaly Fertman
2005-02-21 14:12 ` Florian Engelmann
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