[OpenSPARC-T2-SAM] / sam-t2 / sam / cpus / vonk / ss / lib / cpu / src / SS_AsiInfoTable.cc

// ========== Copyright Header Begin ==========================================
// 
// OpenSPARC T2 Processor File: SS_AsiInfoTable.cc
// Copyright (c) 2006 Sun Microsystems, Inc.  All Rights Reserved.
// DO NOT ALTER OR REMOVE COPYRIGHT NOTICES.
// 
// The above named program is free software; you can redistribute it and/or
// modify it under the terms of the GNU General Public
// License version 2 as published by the Free Software Foundation.
// 
// The above named program is distributed in the hope that it will be 
// useful, but WITHOUT ANY WARRANTY; without even the implied warranty of
// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
// General Public License for more details.
// 
// You should have received a copy of the GNU General Public
// License along with this work; if not, write to the Free Software
// Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA 02110-1301, USA.
// 
// ========== Copyright Header End ============================================
#include "SS_AsiInfoTable.h"


SS_AsiInfoTable::SS_AsiInfoTable() 
{
  SS_AsiInfo::Flags n = SS_AsiInfo::NUCLEUS;
  SS_AsiInfo::Flags p = SS_AsiInfo::PRIMARY;
  SS_AsiInfo::Flags s = SS_AsiInfo::SECONDARY;
  SS_AsiInfo::Flags r = SS_AsiInfo::REAL;
  SS_AsiInfo::Flags b = SS_AsiInfo::BYPASS;
  SS_AsiInfo::Flags l = SS_AsiInfo::LITTLE_ENDIAN;
  SS_AsiInfo::Flags f = SS_AsiInfo::NOFAULT;
  SS_AsiInfo::Flags a = SS_AsiInfo::AS_IF_USER;
  SS_AsiInfo::Flags A = SS_AsiInfo::AS_IF_PRIV;
  
  SS_AsiInfo::Flags h = SS_AsiInfo::HYPERPRIVILEGED;
  SS_AsiInfo::Flags o = SS_AsiInfo::PRIVILEGED;

  SS_AsiInfo::Flags ld   = SS_AsiInfo::CLASS_LD;
  SS_AsiInfo::Flags ldx  = SS_AsiInfo::CLASS_LDX;
  SS_AsiInfo::Flags st   = SS_AsiInfo::CLASS_ST | SS_AsiInfo::CLASS_STF;
  SS_AsiInfo::Flags stx  = SS_AsiInfo::CLASS_STX;
  SS_AsiInfo::Flags atom = SS_AsiInfo::CLASS_ATOMIC;
  SS_AsiInfo::Flags pref = SS_AsiInfo::CLASS_PREFETCH;

  SS_AsiInfo::Flags ql   = SS_AsiInfo::QUAD_LOAD;
  SS_AsiInfo::Flags bl   = SS_AsiInfo::BLOCK_LOAD;
  SS_AsiInfo::Flags bs   = SS_AsiInfo::BLOCK_STORE;
  SS_AsiInfo::Flags f8   = SS_AsiInfo::SHORTF_8;
  SS_AsiInfo::Flags f16  = SS_AsiInfo::SHORTF_16;
  SS_AsiInfo::Flags p8   = SS_AsiInfo::PARTIAL_8;
  SS_AsiInfo::Flags p16  = SS_AsiInfo::PARTIAL_16;
  SS_AsiInfo::Flags p32  = SS_AsiInfo::PARTIAL_32;
  
  // First assume that all asi are non translating: 
  //
  // 0x00 ... 0x2f - privileged access, only ldxa, stxa, 
  // 0x30 ... 0x7f - hyperprivileged access, only ldxa, stxa
  // 0x80 ... 0xff - user access, only ldxa, stxa
  //
  // It's the task of the AsiDispatcher to figure out if a certain asi contains
  // valid registers or not.
  
  uint_t asi=0; 
  for (; asi < 0x30; asi++)
    asi_info[asi].set_flags(o|ldx|stx);
  for (; asi < 0x80; asi++)
    asi_info[asi].set_flags(h|ldx|stx);
  for (; asi < SUN_SPARC_MAX_ASI; asi++)
    asi_info[asi].set_flags(ldx|stx);

  // All the translating asi defined by the SunSparc spec v2 now
  // overwrite the above set default
 
  asi_info[SS_Asi::ASI_NUCLEUS                          ].set_flags(n|b|    o|ld|ldx|st|stx|atom|pref);
  asi_info[SS_Asi::ASI_NUCLEUS_LITTLE                   ].set_flags(n|b|l|  o|ld|ldx|st|stx|atom|pref);
  asi_info[SS_Asi::ASI_AS_IF_USER_PRIMARY               ].set_flags(p|    a|o|ld|ldx|st|stx|atom|pref);
  asi_info[SS_Asi::ASI_AS_IF_USER_PRIMARY_LITTLE        ].set_flags(p|  l|a|o|ld|ldx|st|stx|atom|pref);
  asi_info[SS_Asi::ASI_AS_IF_USER_SECONDARY             ].set_flags(s|    a|o|ld|ldx|st|stx|atom|pref);
  asi_info[SS_Asi::ASI_AS_IF_USER_SECONDARY_LITTLE      ].set_flags(s|  l|a|o|ld|ldx|st|stx|atom|pref);
  asi_info[SS_Asi::ASI_REAL_MEM                         ].set_flags(r|      o|ld|ldx|st|stx|atom|pref);
  asi_info[SS_Asi::ASI_REAL_MEM_LITTLE                  ].set_flags(r|  l|  o|ld|ldx|st|stx|atom|pref);
  asi_info[SS_Asi::ASI_REAL_IO                          ].set_flags(r|      o|ld|ldx|st|stx);
  asi_info[SS_Asi::ASI_REAL_IO_LITTLE                   ].set_flags(r|  l|  o|ld|ldx|st|stx);
  asi_info[SS_Asi::ASI_AS_IF_PRIV_NUCLEUS               ].set_flags(n|    A|h|ld|ldx|st|stx|atom|pref);
  asi_info[SS_Asi::ASI_AS_IF_PRIV_NUCLEUS_LITTLE        ].set_flags(n|  l|A|h|ld|ldx|st|stx|atom|pref);
  asi_info[SS_Asi::ASI_AS_IF_PRIV_PRIMARY               ].set_flags(p|    A|h|ld|ldx|st|stx|atom|pref);
  asi_info[SS_Asi::ASI_AS_IF_PRIV_PRIMARY_LITTLE        ].set_flags(p|  l|A|h|ld|ldx|st|stx|atom|pref);
  asi_info[SS_Asi::ASI_AS_IF_PRIV_SECONDARY             ].set_flags(s|    A|h|ld|ldx|st|stx|atom|pref);
  asi_info[SS_Asi::ASI_AS_IF_PRIV_SECONDARY_LITTLE      ].set_flags(s|  l|A|h|ld|ldx|st|stx|atom|pref);
  asi_info[SS_Asi::ASI_PRIMARY                          ].set_flags(p|b|      ld|ldx|st|stx|atom|pref);
  asi_info[SS_Asi::ASI_PRIMARY_LITTLE                   ].set_flags(p|b|l|    ld|ldx|st|stx|atom|pref);
  asi_info[SS_Asi::ASI_SECONDARY                        ].set_flags(s|b|      ld|ldx|st|stx|atom|pref);
  asi_info[SS_Asi::ASI_SECONDARY_LITTLE                 ].set_flags(s|b|l|    ld|ldx|st|stx|atom|pref);
  asi_info[SS_Asi::ASI_PRIMARY_NO_FAULT                 ].set_flags(p|b|  f|  ld|ldx|            pref);
  asi_info[SS_Asi::ASI_PRIMARY_NO_FAULT_LITTLE          ].set_flags(p|b|l|f|  ld|ldx|            pref);
  asi_info[SS_Asi::ASI_SECONDARY_NO_FAULT               ].set_flags(s|b|  f|  ld|ldx|            pref);
  asi_info[SS_Asi::ASI_SECONDARY_NO_FAULT_LITTLE        ].set_flags(s|b|l|f|  ld|ldx|            pref);

  // only valid with ldda
  asi_info[SS_Asi::ASI_QUAD_LDD                         ].set_flags(n|b|    o|   ql);
  asi_info[SS_Asi::ASI_QUAD_LDD_LITTLE                  ].set_flags(n|b|l|  o|   ql);
  asi_info[SS_Asi::ASI_QUAD_LDD_REAL                    ].set_flags(r|      o|   ql);
  asi_info[SS_Asi::ASI_QUAD_LDD_REAL_LITTLE             ].set_flags(r|  l|  o|   ql);

  // only valid with stdfa
  asi_info[SS_Asi::ASI_PST8_PRIMARY                     ].set_flags(p|b|         p8);
  asi_info[SS_Asi::ASI_PST8_PRIMARY_LITTLE              ].set_flags(p|b|l|       p8);
  asi_info[SS_Asi::ASI_PST8_SECONDARY                   ].set_flags(s|b|         p8);
  asi_info[SS_Asi::ASI_PST8_SECONDARY_LITTLE            ].set_flags(s|b|l|       p8);
  asi_info[SS_Asi::ASI_PST16_PRIMARY                    ].set_flags(p|b|         p16);
  asi_info[SS_Asi::ASI_PST16_PRIMARY_LITTLE             ].set_flags(p|b|l|       p16);
  asi_info[SS_Asi::ASI_PST16_SECONDARY                  ].set_flags(s|b|         p16);
  asi_info[SS_Asi::ASI_PST16_SECONDARY_LITTLE           ].set_flags(s|b|l|       p16);
  asi_info[SS_Asi::ASI_PST32_PRIMARY                    ].set_flags(p|b|         p32);
  asi_info[SS_Asi::ASI_PST32_PRIMARY_LITTLE             ].set_flags(p|b|l|       p32);
  asi_info[SS_Asi::ASI_PST32_SECONDARY                  ].set_flags(s|b|         p32);
  asi_info[SS_Asi::ASI_PST32_SECONDARY_LITTLE           ].set_flags(s|b|l|       p32);

  // only valid with lddfa and stdfa
  asi_info[SS_Asi::ASI_FL8_PRIMARY                      ].set_flags(p|b|         f8);
  asi_info[SS_Asi::ASI_FL8_PRIMARY_LITTLE               ].set_flags(p|b|l|       f8);
  asi_info[SS_Asi::ASI_FL8_SECONDARY                    ].set_flags(s|b|         f8);
  asi_info[SS_Asi::ASI_FL8_SECONDARY_LITTLE             ].set_flags(s|b|l|       f8);
  asi_info[SS_Asi::ASI_FL16_PRIMARY                     ].set_flags(p|b|         f16);
  asi_info[SS_Asi::ASI_FL16_PRIMARY_LITTLE              ].set_flags(p|b|l|       f16);
  asi_info[SS_Asi::ASI_FL16_SECONDARY                   ].set_flags(s|b|         f16);
  asi_info[SS_Asi::ASI_FL16_SECONDARY_LITTLE            ].set_flags(s|b|l|       f16);

  // only valid with lddfa (bl) and stdfa (bs)
  asi_info[SS_Asi::ASI_BLOCK_AS_IF_USER_PRIMARY         ].set_flags(p|    a|o|bl|bs);
  asi_info[SS_Asi::ASI_BLOCK_AS_IF_USER_PRIMARY_LITTLE  ].set_flags(p|  l|a|o|bl|bs);
  asi_info[SS_Asi::ASI_BLOCK_AS_IF_USER_SECONDARY       ].set_flags(s|    a|o|bl|bs);
  asi_info[SS_Asi::ASI_BLOCK_AS_IF_USER_SECONDARY_LITTLE].set_flags(s|  l|a|o|bl|bs);
  asi_info[SS_Asi::ASI_BLOCK_COMMIT_PRIMARY             ].set_flags(p|b|         bs);
  asi_info[SS_Asi::ASI_BLOCK_COMMIT_SECONDARY           ].set_flags(s|b|         bs);
  asi_info[SS_Asi::ASI_BLOCK_PRIMARY                    ].set_flags(p|b|      bl|bs);
  asi_info[SS_Asi::ASI_BLOCK_PRIMARY_LITTLE             ].set_flags(p|b|l|    bl|bs);
  asi_info[SS_Asi::ASI_BLOCK_SECONDARY                  ].set_flags(s|b|      bl|bs);
  asi_info[SS_Asi::ASI_BLOCK_SECONDARY_LITTLE           ].set_flags(s|b|l|    bl|bs);
}
Commit	Line	Data
920dae64 AT	1	// ========== Copyright Header Begin ==========================================
	2	//
	3	// OpenSPARC T2 Processor File: SS_AsiInfoTable.cc
	4	// Copyright (c) 2006 Sun Microsystems, Inc. All Rights Reserved.
	5	// DO NOT ALTER OR REMOVE COPYRIGHT NOTICES.
	6	//
	7	// The above named program is free software; you can redistribute it and/or
	8	// modify it under the terms of the GNU General Public
	9	// License version 2 as published by the Free Software Foundation.
	10	//
	11	// The above named program is distributed in the hope that it will be
	12	// useful, but WITHOUT ANY WARRANTY; without even the implied warranty of
	13	// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
	14	// General Public License for more details.
	15	//
	16	// You should have received a copy of the GNU General Public
	17	// License along with this work; if not, write to the Free Software
	18	// Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA 02110-1301, USA.
	19	//
	20	// ========== Copyright Header End ============================================
	21	#include "SS_AsiInfoTable.h"
	22
	23
	24	SS_AsiInfoTable::SS_AsiInfoTable()
	25	{
	26	SS_AsiInfo::Flags n = SS_AsiInfo::NUCLEUS;
	27	SS_AsiInfo::Flags p = SS_AsiInfo::PRIMARY;
	28	SS_AsiInfo::Flags s = SS_AsiInfo::SECONDARY;
	29	SS_AsiInfo::Flags r = SS_AsiInfo::REAL;
	30	SS_AsiInfo::Flags b = SS_AsiInfo::BYPASS;
	31	SS_AsiInfo::Flags l = SS_AsiInfo::LITTLE_ENDIAN;
	32	SS_AsiInfo::Flags f = SS_AsiInfo::NOFAULT;
	33	SS_AsiInfo::Flags a = SS_AsiInfo::AS_IF_USER;
	34	SS_AsiInfo::Flags A = SS_AsiInfo::AS_IF_PRIV;
	35
	36	SS_AsiInfo::Flags h = SS_AsiInfo::HYPERPRIVILEGED;
	37	SS_AsiInfo::Flags o = SS_AsiInfo::PRIVILEGED;
	38
	39	SS_AsiInfo::Flags ld = SS_AsiInfo::CLASS_LD;
	40	SS_AsiInfo::Flags ldx = SS_AsiInfo::CLASS_LDX;
	41	SS_AsiInfo::Flags st = SS_AsiInfo::CLASS_ST \| SS_AsiInfo::CLASS_STF;
	42	SS_AsiInfo::Flags stx = SS_AsiInfo::CLASS_STX;
	43	SS_AsiInfo::Flags atom = SS_AsiInfo::CLASS_ATOMIC;
	44	SS_AsiInfo::Flags pref = SS_AsiInfo::CLASS_PREFETCH;
	45
	46	SS_AsiInfo::Flags ql = SS_AsiInfo::QUAD_LOAD;
	47	SS_AsiInfo::Flags bl = SS_AsiInfo::BLOCK_LOAD;
	48	SS_AsiInfo::Flags bs = SS_AsiInfo::BLOCK_STORE;
	49	SS_AsiInfo::Flags f8 = SS_AsiInfo::SHORTF_8;
	50	SS_AsiInfo::Flags f16 = SS_AsiInfo::SHORTF_16;
	51	SS_AsiInfo::Flags p8 = SS_AsiInfo::PARTIAL_8;
	52	SS_AsiInfo::Flags p16 = SS_AsiInfo::PARTIAL_16;
	53	SS_AsiInfo::Flags p32 = SS_AsiInfo::PARTIAL_32;
	54
	55	// First assume that all asi are non translating:
	56	//
	57	// 0x00 ... 0x2f - privileged access, only ldxa, stxa,
	58	// 0x30 ... 0x7f - hyperprivileged access, only ldxa, stxa
	59	// 0x80 ... 0xff - user access, only ldxa, stxa
	60	//
	61	// It's the task of the AsiDispatcher to figure out if a certain asi contains
	62	// valid registers or not.
	63
	64	uint_t asi=0;
65	for (; asi < 0x30; asi++)
66	asi_info[asi].set_flags(o\|ldx\|stx);
67	for (; asi < 0x80; asi++)
68	asi_info[asi].set_flags(h\|ldx\|stx);
69	for (; asi < SUN_SPARC_MAX_ASI; asi++)
70	asi_info[asi].set_flags(ldx\|stx);
71
72	// All the translating asi defined by the SunSparc spec v2 now
73	// overwrite the above set default
74
75	asi_info[SS_Asi::ASI_NUCLEUS ].set_flags(n\|b\| o\|ld\|ldx\|st\|stx\|atom\|pref);
76	asi_info[SS_Asi::ASI_NUCLEUS_LITTLE ].set_flags(n\|b\|l\| o\|ld\|ldx\|st\|stx\|atom\|pref);
77	asi_info[SS_Asi::ASI_AS_IF_USER_PRIMARY ].set_flags(p\| a\|o\|ld\|ldx\|st\|stx\|atom\|pref);
78	asi_info[SS_Asi::ASI_AS_IF_USER_PRIMARY_LITTLE ].set_flags(p\| l\|a\|o\|ld\|ldx\|st\|stx\|atom\|pref);
79	asi_info[SS_Asi::ASI_AS_IF_USER_SECONDARY ].set_flags(s\| a\|o\|ld\|ldx\|st\|stx\|atom\|pref);
80	asi_info[SS_Asi::ASI_AS_IF_USER_SECONDARY_LITTLE ].set_flags(s\| l\|a\|o\|ld\|ldx\|st\|stx\|atom\|pref);
81	asi_info[SS_Asi::ASI_REAL_MEM ].set_flags(r\| o\|ld\|ldx\|st\|stx\|atom\|pref);
82	asi_info[SS_Asi::ASI_REAL_MEM_LITTLE ].set_flags(r\| l\| o\|ld\|ldx\|st\|stx\|atom\|pref);
83	asi_info[SS_Asi::ASI_REAL_IO ].set_flags(r\| o\|ld\|ldx\|st\|stx);
84	asi_info[SS_Asi::ASI_REAL_IO_LITTLE ].set_flags(r\| l\| o\|ld\|ldx\|st\|stx);
85	asi_info[SS_Asi::ASI_AS_IF_PRIV_NUCLEUS ].set_flags(n\| A\|h\|ld\|ldx\|st\|stx\|atom\|pref);
86	asi_info[SS_Asi::ASI_AS_IF_PRIV_NUCLEUS_LITTLE ].set_flags(n\| l\|A\|h\|ld\|ldx\|st\|stx\|atom\|pref);
87	asi_info[SS_Asi::ASI_AS_IF_PRIV_PRIMARY ].set_flags(p\| A\|h\|ld\|ldx\|st\|stx\|atom\|pref);
88	asi_info[SS_Asi::ASI_AS_IF_PRIV_PRIMARY_LITTLE ].set_flags(p\| l\|A\|h\|ld\|ldx\|st\|stx\|atom\|pref);
89	asi_info[SS_Asi::ASI_AS_IF_PRIV_SECONDARY ].set_flags(s\| A\|h\|ld\|ldx\|st\|stx\|atom\|pref);
90	asi_info[SS_Asi::ASI_AS_IF_PRIV_SECONDARY_LITTLE ].set_flags(s\| l\|A\|h\|ld\|ldx\|st\|stx\|atom\|pref);
91	asi_info[SS_Asi::ASI_PRIMARY ].set_flags(p\|b\| ld\|ldx\|st\|stx\|atom\|pref);
92	asi_info[SS_Asi::ASI_PRIMARY_LITTLE ].set_flags(p\|b\|l\| ld\|ldx\|st\|stx\|atom\|pref);
93	asi_info[SS_Asi::ASI_SECONDARY ].set_flags(s\|b\| ld\|ldx\|st\|stx\|atom\|pref);
94	asi_info[SS_Asi::ASI_SECONDARY_LITTLE ].set_flags(s\|b\|l\| ld\|ldx\|st\|stx\|atom\|pref);
95	asi_info[SS_Asi::ASI_PRIMARY_NO_FAULT ].set_flags(p\|b\| f\| ld\|ldx\| pref);
96	asi_info[SS_Asi::ASI_PRIMARY_NO_FAULT_LITTLE ].set_flags(p\|b\|l\|f\| ld\|ldx\| pref);
97	asi_info[SS_Asi::ASI_SECONDARY_NO_FAULT ].set_flags(s\|b\| f\| ld\|ldx\| pref);
98	asi_info[SS_Asi::ASI_SECONDARY_NO_FAULT_LITTLE ].set_flags(s\|b\|l\|f\| ld\|ldx\| pref);
99
100	// only valid with ldda
101	asi_info[SS_Asi::ASI_QUAD_LDD ].set_flags(n\|b\| o\| ql);
102	asi_info[SS_Asi::ASI_QUAD_LDD_LITTLE ].set_flags(n\|b\|l\| o\| ql);
103	asi_info[SS_Asi::ASI_QUAD_LDD_REAL ].set_flags(r\| o\| ql);
104	asi_info[SS_Asi::ASI_QUAD_LDD_REAL_LITTLE ].set_flags(r\| l\| o\| ql);
105
106	// only valid with stdfa
107	asi_info[SS_Asi::ASI_PST8_PRIMARY ].set_flags(p\|b\| p8);
108	asi_info[SS_Asi::ASI_PST8_PRIMARY_LITTLE ].set_flags(p\|b\|l\| p8);
109	asi_info[SS_Asi::ASI_PST8_SECONDARY ].set_flags(s\|b\| p8);
110	asi_info[SS_Asi::ASI_PST8_SECONDARY_LITTLE ].set_flags(s\|b\|l\| p8);
111	asi_info[SS_Asi::ASI_PST16_PRIMARY ].set_flags(p\|b\| p16);
112	asi_info[SS_Asi::ASI_PST16_PRIMARY_LITTLE ].set_flags(p\|b\|l\| p16);
113	asi_info[SS_Asi::ASI_PST16_SECONDARY ].set_flags(s\|b\| p16);
114	asi_info[SS_Asi::ASI_PST16_SECONDARY_LITTLE ].set_flags(s\|b\|l\| p16);
115	asi_info[SS_Asi::ASI_PST32_PRIMARY ].set_flags(p\|b\| p32);
116	asi_info[SS_Asi::ASI_PST32_PRIMARY_LITTLE ].set_flags(p\|b\|l\| p32);
117	asi_info[SS_Asi::ASI_PST32_SECONDARY ].set_flags(s\|b\| p32);
118	asi_info[SS_Asi::ASI_PST32_SECONDARY_LITTLE ].set_flags(s\|b\|l\| p32);
119
120	// only valid with lddfa and stdfa
121	asi_info[SS_Asi::ASI_FL8_PRIMARY ].set_flags(p\|b\| f8);
122	asi_info[SS_Asi::ASI_FL8_PRIMARY_LITTLE ].set_flags(p\|b\|l\| f8);
123	asi_info[SS_Asi::ASI_FL8_SECONDARY ].set_flags(s\|b\| f8);
124	asi_info[SS_Asi::ASI_FL8_SECONDARY_LITTLE ].set_flags(s\|b\|l\| f8);
125	asi_info[SS_Asi::ASI_FL16_PRIMARY ].set_flags(p\|b\| f16);
126	asi_info[SS_Asi::ASI_FL16_PRIMARY_LITTLE ].set_flags(p\|b\|l\| f16);
127	asi_info[SS_Asi::ASI_FL16_SECONDARY ].set_flags(s\|b\| f16);
128	asi_info[SS_Asi::ASI_FL16_SECONDARY_LITTLE ].set_flags(s\|b\|l\| f16);
129
130	// only valid with lddfa (bl) and stdfa (bs)
131	asi_info[SS_Asi::ASI_BLOCK_AS_IF_USER_PRIMARY ].set_flags(p\| a\|o\|bl\|bs);
132	asi_info[SS_Asi::ASI_BLOCK_AS_IF_USER_PRIMARY_LITTLE ].set_flags(p\| l\|a\|o\|bl\|bs);
133	asi_info[SS_Asi::ASI_BLOCK_AS_IF_USER_SECONDARY ].set_flags(s\| a\|o\|bl\|bs);
134	asi_info[SS_Asi::ASI_BLOCK_AS_IF_USER_SECONDARY_LITTLE].set_flags(s\| l\|a\|o\|bl\|bs);
135	asi_info[SS_Asi::ASI_BLOCK_COMMIT_PRIMARY ].set_flags(p\|b\| bs);
136	asi_info[SS_Asi::ASI_BLOCK_COMMIT_SECONDARY ].set_flags(s\|b\| bs);
137	asi_info[SS_Asi::ASI_BLOCK_PRIMARY ].set_flags(p\|b\| bl\|bs);
138	asi_info[SS_Asi::ASI_BLOCK_PRIMARY_LITTLE ].set_flags(p\|b\|l\| bl\|bs);
139	asi_info[SS_Asi::ASI_BLOCK_SECONDARY ].set_flags(s\|b\| bl\|bs);
140	asi_info[SS_Asi::ASI_BLOCK_SECONDARY_LITTLE ].set_flags(s\|b\|l\| bl\|bs);
141	}
142
143