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p9_ringId.H
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p9_ringId.H
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/* IBM_PROLOG_BEGIN_TAG */
/* This is an automatically generated prolog. */
/* */
/* $Source: src/import/chips/p9/utils/imageProcs/p9_ringId.H $ */
/* */
/* OpenPOWER HostBoot Project */
/* */
/* Contributors Listed Below - COPYRIGHT 2016,2017 */
/* [+] International Business Machines Corp. */
/* */
/* */
/* Licensed under the Apache License, Version 2.0 (the "License"); */
/* you may not use this file except in compliance with the License. */
/* You may obtain a copy of the License at */
/* */
/* http://www.apache.org/licenses/LICENSE-2.0 */
/* */
/* Unless required by applicable law or agreed to in writing, software */
/* distributed under the License is distributed on an "AS IS" BASIS, */
/* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or */
/* implied. See the License for the specific language governing */
/* permissions and limitations under the License. */
/* */
/* IBM_PROLOG_END_TAG */
#ifndef _P9_RINGID_H_
#define _P9_RINGID_H_
#ifdef WIN32
#include "win32_stdint.h"
#include "p9_ring_id.h"
#else
#include <stdint.h>
#include <stddef.h>
#include <p9_ring_id.h>
#endif
enum RingClass
{
EKB_RING,
EKB_FSM_RING,
VPD_RING,
NUM_RING_CLASSES
};
// General Ring ID list structure
typedef struct
{
const char* ringName;
uint8_t ringId;
uint8_t instanceIdMin;
uint8_t instanceIdMax;
RingClass ringClass;
uint32_t scanScomAddress;
} GenRingIdList;
typedef enum RingVariant // Base variables
{
BASE = 0x00,
CC = 0x01,
RL = 0x02,
OVERRIDE = 0x03,
OVERLAY = 0x04,
NUM_RING_VARIANTS = 0x05,
NOT_VALID = 0xff
} RingVariant_t;
typedef struct
{
uint8_t variant[3];
} RingVariantOrder;
namespace PERV
{
extern const GenRingIdList RING_ID_LIST_COMMON[];
extern const GenRingIdList RING_ID_LIST_INSTANCE[];
extern const RingVariantOrder RING_VARIANT_ORDER[];
}
namespace N0
{
extern const GenRingIdList RING_ID_LIST_COMMON[];
extern const GenRingIdList RING_ID_LIST_INSTANCE[];
extern const RingVariantOrder RING_VARIANT_ORDER[];
}
namespace N1
{
extern const GenRingIdList RING_ID_LIST_COMMON[];
extern const GenRingIdList RING_ID_LIST_INSTANCE[];
extern const RingVariantOrder RING_VARIANT_ORDER[];
}
namespace N2
{
extern const GenRingIdList RING_ID_LIST_COMMON[];
extern const GenRingIdList RING_ID_LIST_INSTANCE[];
extern const RingVariantOrder RING_VARIANT_ORDER[];
}
namespace N3
{
extern const GenRingIdList RING_ID_LIST_COMMON[];
extern const GenRingIdList RING_ID_LIST_INSTANCE[];
extern const RingVariantOrder RING_VARIANT_ORDER[];
}
namespace XB
{
extern const GenRingIdList RING_ID_LIST_COMMON[];
extern const GenRingIdList RING_ID_LIST_INSTANCE[];
extern const RingVariantOrder RING_VARIANT_ORDER[];
}
namespace MC
{
extern const GenRingIdList RING_ID_LIST_COMMON[];
extern const GenRingIdList RING_ID_LIST_INSTANCE[];
extern const RingVariantOrder RING_VARIANT_ORDER[];
}
namespace OB0
{
extern const GenRingIdList RING_ID_LIST_COMMON[];
extern const GenRingIdList RING_ID_LIST_INSTANCE[];
extern const RingVariantOrder RING_VARIANT_ORDER[];
}
namespace OB1
{
extern const GenRingIdList RING_ID_LIST_COMMON[];
extern const GenRingIdList RING_ID_LIST_INSTANCE[];
extern const RingVariantOrder RING_VARIANT_ORDER[];
}
namespace OB2
{
extern const GenRingIdList RING_ID_LIST_COMMON[];
extern const GenRingIdList RING_ID_LIST_INSTANCE[];
extern const RingVariantOrder RING_VARIANT_ORDER[];
}
namespace OB3
{
extern const GenRingIdList RING_ID_LIST_COMMON[];
extern const GenRingIdList RING_ID_LIST_INSTANCE[];
extern const RingVariantOrder RING_VARIANT_ORDER[];
}
namespace PCI0
{
extern const GenRingIdList RING_ID_LIST_COMMON[];
extern const GenRingIdList RING_ID_LIST_INSTANCE[];
extern const RingVariantOrder RING_VARIANT_ORDER[];
}
namespace PCI1
{
extern const GenRingIdList RING_ID_LIST_COMMON[];
extern const GenRingIdList RING_ID_LIST_INSTANCE[];
extern const RingVariantOrder RING_VARIANT_ORDER[];
}
namespace PCI2
{
extern const GenRingIdList RING_ID_LIST_COMMON[];
extern const GenRingIdList RING_ID_LIST_INSTANCE[];
extern const RingVariantOrder RING_VARIANT_ORDER[];
}
namespace EQ
{
extern const GenRingIdList RING_ID_LIST_COMMON[];
extern const GenRingIdList RING_ID_LIST_INSTANCE[];
extern const RingVariantOrder RING_VARIANT_ORDER[];
}
namespace EC
{
extern const GenRingIdList RING_ID_LIST_COMMON[];
extern const GenRingIdList RING_ID_LIST_INSTANCE[];
extern const RingVariantOrder RING_VARIANT_ORDER[];
}
namespace RING_TYPES
{
enum RINGTYPE
{
COMMON_RING = 0,
INSTANCE_RING = 1
};
}; //end of RS4 namespace
enum CHIPLET_TYPE
{
PERV_TYPE,
N0_TYPE,
N1_TYPE,
N2_TYPE,
N3_TYPE,
XB_TYPE,
MC_TYPE,
OB0_TYPE,
OB1_TYPE,
OB2_TYPE,
OB3_TYPE,
PCI0_TYPE,
PCI1_TYPE,
PCI2_TYPE,
EQ_TYPE,
EC_TYPE,
};
struct CHIPLET_DATA
{
// This is the chiplet-ID of the first instance of the Chiplet
uint8_t iv_base_chiplet_number;
// The no.of common rings for the Chiplet
uint8_t iv_num_common_rings;
// The no.of instance rings for the Chiplet (w/different ringId values)
uint8_t iv_num_instance_rings;
// The no.of instance rings for the Chiplet (w/different ringId values
// AND different scanAddress values)
uint8_t iv_num_instance_rings_scan_addrs;
};
// This is used to Set (Mark) the left-most bit
const uint8_t INSTANCE_RING_MARK = 0x80;
//
// This is used to Set (Mark) the left-most bit
const uint8_t INSTANCE_RING_MASK = 0x7F;
namespace PERV
{
struct RingVariants
{
uint16_t iv_base;
uint16_t iv_riskLevel;
};
enum RingOffset
{
// Common Rings
perv_fure = 0,
perv_gptr = 1,
perv_time = 2,
occ_fure = 3,
occ_gptr = 4,
occ_time = 5,
perv_ana_func = 6,
perv_ana_gptr = 7,
perv_pll_gptr = 8,
perv_pll_bndy = 9,
// The values for this and the following constant are purposefully made
// identical. The idea is to enable the user to specify directly the bucket
// number or use the Attribute. Giving same number here will enable
// evaluating to the same offset.
perv_pll_bndy_bucket_1 = 9,
perv_pll_bndy_bucket_2 = 10,
perv_pll_bndy_bucket_3 = 11,
perv_pll_bndy_bucket_4 = 12,
perv_pll_bndy_bucket_5 = 13,
perv_pll_func = 14,
// Instance Rings
perv_repr = (0 | INSTANCE_RING_MARK),
occ_repr = (1 | INSTANCE_RING_MARK),
};
static const CHIPLET_DATA g_pervData =
{
1, // Pervasive Chiplet ID is 1
15, // 15 common rings for pervasive chiplet
2, // 2 instance specific rings for pervasive chiplet
2
};
}; // end of namespace PERV
namespace N0
{
struct RingVariants
{
uint16_t iv_base;
uint16_t iv_riskLevel;
};
enum RingOffset
{
// Common Rings
n0_fure = 0,
n0_gptr = 1,
n0_time = 2,
n0_nx_fure = 3,
n0_nx_gptr = 4,
n0_nx_time = 5,
n0_cxa0_fure = 6,
n0_cxa0_gptr = 7,
n0_cxa0_time = 8,
// Instance Rings
n0_repr = (0 | INSTANCE_RING_MARK),
n0_nx_repr = (1 | INSTANCE_RING_MARK),
n0_cxa0_repr = (2 | INSTANCE_RING_MARK)
};
static const CHIPLET_DATA g_n0Data =
{
2, // N0 Chiplet ID is 2.
9, // 9 common rings for N0 Chiplet
3, // 3 instance specific rings for N0 chiplet
3
};
};
namespace N1
{
struct RingVariants
{
uint16_t iv_base;
uint16_t iv_riskLevel;
};
enum RingOffset
{
// Common Rings
n1_fure = 0,
n1_gptr = 1,
n1_time = 2,
n1_ioo0_fure = 3,
n1_ioo0_gptr = 4,
n1_ioo0_time = 5,
n1_ioo1_fure = 6,
n1_ioo1_gptr = 7,
n1_ioo1_time = 8,
n1_mcs23_fure = 9,
n1_mcs23_gptr = 10,
n1_mcs23_time = 11,
// Instance Rings
n1_repr = (0 | INSTANCE_RING_MARK),
n1_ioo0_repr = (1 | INSTANCE_RING_MARK),
n1_ioo1_repr = (2 | INSTANCE_RING_MARK),
n1_mcs23_repr = (3 | INSTANCE_RING_MARK),
};
static const CHIPLET_DATA g_n1Data =
{
3, // N1 Chiplet ID is 3.
12, // 12 common rings for N1 Chiplet
4, // 4 instance specific rings for N1 chiplet
4
};
};
namespace N2
{
struct RingVariants
{
uint16_t iv_base;
uint16_t iv_riskLevel;
};
enum RingOffset
{
// Common Rings
n2_fure = 0,
n2_gptr = 1,
n2_time = 2,
n2_cxa1_fure = 3,
n2_cxa1_gptr = 4,
n2_cxa1_time = 5,
n2_psi_fure = 6,
n2_psi_gptr = 7,
n2_psi_time = 8,
// Instance Rings
n2_repr = (0 | INSTANCE_RING_MARK),
n2_cxa1_repr = (1 | INSTANCE_RING_MARK),
n2_psi_repr = (2 | INSTANCE_RING_MARK)
};
static const CHIPLET_DATA g_n2Data =
{
4, // N2 Chiplet ID is 4.
9, // 9 common rings for N2 Chiplet
3, // 3 instance specific rings for N2 chiplet
3
};
};
namespace N3
{
struct RingVariants
{
uint16_t iv_base;
uint16_t iv_riskLevel;
};
enum RingOffset
{
// Common Rings
n3_fure = 0,
n3_gptr = 1,
n3_time = 2,
n3_mcs01_fure = 3,
n3_mcs01_gptr = 4,
n3_mcs01_time = 5,
n3_np_fure = 6,
n3_np_gptr = 7,
n3_np_time = 8,
// Instance Rings
n3_repr = (0 | INSTANCE_RING_MARK),
n3_mcs01_repr = (1 | INSTANCE_RING_MARK),
n3_np_repr = (2 | INSTANCE_RING_MARK),
};
static const CHIPLET_DATA g_n3Data =
{
5, // N3 Chiplet ID is 5
9, // 9 common rings for N3 Chiplet
3, // 3 instance specific rings for N3 chiplet
3
};
};
namespace XB
{
struct RingVariants
{
uint16_t iv_base;
uint16_t iv_riskLevel;
};
enum RingOffset
{
// Common Rings
xb_fure = 0,
xb_gptr = 1,
xb_time = 2,
xb_io0_fure = 3,
xb_io0_gptr = 4,
xb_io0_time = 5,
xb_io1_fure = 6,
xb_io1_gptr = 7,
xb_io1_time = 8,
xb_io2_fure = 9,
xb_io2_gptr = 10,
xb_io2_time = 11,
xb_pll_gptr = 12,
xb_pll_bndy = 13,
xb_pll_func = 14,
// Instance Rings
xb_repr = (0 | INSTANCE_RING_MARK),
xb_io0_repr = (1 | INSTANCE_RING_MARK),
xb_io1_repr = (2 | INSTANCE_RING_MARK),
xb_io2_repr = (3 | INSTANCE_RING_MARK)
};
static const CHIPLET_DATA g_xbData =
{
6, // X-Bus Chiplet ID is 6
15, // 15 common rings for X-Bus Chiplet
4, // 4 instance specific rings for XB chiplet
4
};
}; // end of namespace XB
namespace MC
{
struct RingVariants
{
uint16_t iv_base;
uint16_t iv_riskLevel;
};
enum RingOffset
{
// Common Rings
mc_fure = 0,
mc_gptr = 1,
mc_time = 2,
mc_iom01_fure = 3,
mc_iom01_gptr = 4,
mc_iom01_time = 5,
mc_iom23_fure = 6,
mc_iom23_gptr = 7,
mc_iom23_time = 8,
mc_pll_gptr = 9,
mc_pll_bndy = 10,
mc_pll_bndy_bucket_1 = 10,
mc_pll_bndy_bucket_2 = 11,
mc_pll_bndy_bucket_3 = 12,
mc_pll_bndy_bucket_4 = 13,
mc_pll_bndy_bucket_5 = 14,
mc_pll_func = 15,
// Instance Rings
mc_repr = (0 | INSTANCE_RING_MARK),
mc_iom01_repr = (1 | INSTANCE_RING_MARK),
mc_iom23_repr = (2 | INSTANCE_RING_MARK)
};
static const CHIPLET_DATA g_mcData =
{
7, // MC Chiplet ID range is 7 - 8. The base ID is 7.
16, // 16 common rings for MC Chiplet
3, // 3 instance specific rings for each MC instance
3
};
}; // end of namespace MC
namespace OB0
{
struct RingVariants
{
uint16_t iv_base;
uint16_t iv_riskLevel;
};
enum RingOffset
{
// Common Rings
ob0_fure = 0,
ob0_gptr = 1,
ob0_time = 2,
ob0_pll_gptr = 3,
ob0_pll_bndy = 4,
ob0_pll_func = 5,
// Instance Rings
ob0_repr = (0 | INSTANCE_RING_MARK)
};
static const CHIPLET_DATA g_ob0Data =
{
9, // O-Bus Chiplet ID range is 9 - 12. The base ID is 9.
6, // 6 common rings for OB Chiplet
1, // 1 instance specific rings for each OB chiplet
1
};
}; // end of namespace OB0
namespace OB1
{
struct RingVariants
{
uint16_t iv_base;
uint16_t iv_riskLevel;
};
enum RingOffset
{
// Common Rings
ob1_fure = 0,
ob1_gptr = 1,
ob1_time = 2,
ob1_pll_gptr = 3,
ob1_pll_bndy = 4,
ob1_pll_func = 5,
// Instance Rings
ob1_repr = (0 | INSTANCE_RING_MARK)
};
static const CHIPLET_DATA g_ob1Data =
{
10, // O-Bus Chiplet ID range is 9 - 12. The base ID is 9.
6, // 6 common rings for OB Chiplet
1, // 1 instance specific rings for each OB chiplet
1
};
}; // end of namespace OB1
namespace OB2
{
struct RingVariants
{
uint16_t iv_base;
uint16_t iv_riskLevel;
};
enum RingOffset
{
// Common Rings
ob2_fure = 0,
ob2_gptr = 1,
ob2_time = 2,
ob2_pll_gptr = 3,
ob2_pll_bndy = 4,
ob2_pll_func = 5,
// Instance Rings
ob2_repr = (0 | INSTANCE_RING_MARK)
};
static const CHIPLET_DATA g_ob2Data =
{
11, // O-Bus Chiplet ID range is 9 - 12. The base ID is 9.
6, // 6 common rings for OB Chiplet
1, // 1 instance specific rings for each OB chiplet
1
};
}; // end of namespace OB2
namespace OB3
{
struct RingVariants
{
uint16_t iv_base;
uint16_t iv_riskLevel;
};
enum RingOffset
{
// Common Rings
ob3_fure = 0,
ob3_gptr = 1,
ob3_time = 2,
ob3_pll_gptr = 3,
ob3_pll_bndy = 4,
ob3_pll_func = 5,
// Instance Rings
ob3_repr = (0 | INSTANCE_RING_MARK)
};
static const CHIPLET_DATA g_ob3Data =
{
12, // O-Bus Chiplet ID range is 9 - 12. The base ID is 9.
6, // 10 common rings for OB Chiplet
1, // 1 instance specific rings for each OB chiplet
1
};
}; // end of namespace OB2
namespace PCI0
{
struct RingVariants
{
uint16_t iv_base;
uint16_t iv_riskLevel;
};
enum RingOffset
{
// Common Rings
pci0_fure = 0,
pci0_gptr = 1,
pci0_time = 2,
pci0_pll_bndy = 3,
pci0_pll_gptr = 4,
// Instance Rings
pci0_repr = (0 | INSTANCE_RING_MARK)
};
static const CHIPLET_DATA g_pci0Data =
{
13, // PCI0 Chiplet Chiplet ID is 13
5, // 5 common rings for PCI0 chiplet
1, // 1 instance specific rings for PCI0 chiplet
1
};
};
namespace PCI1
{
struct RingVariants
{
uint16_t iv_base;
uint16_t iv_riskLevel;
};
enum RingOffset
{
// Common Rings
pci1_fure = 0,
pci1_gptr = 1,
pci1_time = 2,
pci1_pll_bndy = 3,
pci1_pll_gptr = 4,
// Instance Rings
pci1_repr = (0 | INSTANCE_RING_MARK)
};
static const CHIPLET_DATA g_pci1Data =
{
14, // PCI1 Chiplet Chiplet ID is 14
5, // 5 common rings for PCI1 chiplet
1, // 1 instance specific rings for PCI1 chiplet
1
};
};
namespace PCI2
{
struct RingVariants
{
uint16_t iv_base;
uint16_t iv_riskLevel;
};
enum RingOffset
{
// Common Rings
pci2_fure = 0,
pci2_gptr = 1,
pci2_time = 2,
pci2_pll_bndy = 3,
pci2_pll_gptr = 4,
// Instance Rings
pci2_repr = (0 | INSTANCE_RING_MARK)
};
static const CHIPLET_DATA g_pci2Data =
{
15, // PCI2 Chiplet Chiplet ID is 15
5, // 5 common rings for PCI2 chiplet
1, // 1 instance specific rings for PCI2 chiplet
1
};
};
namespace EQ
{
struct RingVariants
{
uint16_t iv_base;
uint16_t iv_cacheContained;
uint16_t iv_riskLevel;
};
enum RingOffset
{
// Common Rings
eq_fure = 0,
eq_gptr = 1,
eq_time = 2,
eq_mode = 3,
ex_l3_fure = 4,
ex_l3_gptr = 5,
ex_l3_time = 6,
ex_l2_mode = 7,
ex_l2_fure = 8,
ex_l2_gptr = 9,
ex_l2_time = 10,
ex_l3_refr_fure = 11,
ex_l3_refr_gptr = 12,
eq_ana_func = 13,
eq_ana_gptr = 14,
eq_dpll_func = 15,
eq_dpll_gptr = 16,
eq_dpll_mode = 17,
eq_ana_bndy = 18,
eq_ana_bndy_bucket_0 = 18,
eq_ana_bndy_bucket_1 = 19,
eq_ana_bndy_bucket_2 = 20,
eq_ana_bndy_bucket_3 = 21,
eq_ana_bndy_bucket_4 = 22,
eq_ana_bndy_bucket_5 = 23,
eq_ana_bndy_bucket_6 = 24,
eq_ana_bndy_bucket_7 = 25,
eq_ana_bndy_bucket_8 = 26,
eq_ana_bndy_bucket_9 = 27,
eq_ana_bndy_bucket_10 = 28,
eq_ana_bndy_bucket_11 = 29,
eq_ana_bndy_bucket_12 = 30,
eq_ana_bndy_bucket_13 = 31,
eq_ana_bndy_bucket_14 = 32,
eq_ana_bndy_bucket_15 = 33,
eq_ana_bndy_bucket_16 = 34,
eq_ana_bndy_bucket_17 = 35,
eq_ana_bndy_bucket_18 = 36,
eq_ana_bndy_bucket_19 = 37,
eq_ana_bndy_bucket_20 = 38,
eq_ana_bndy_bucket_21 = 39,
eq_ana_bndy_bucket_22 = 40,
eq_ana_bndy_bucket_23 = 41,
eq_ana_bndy_bucket_24 = 42,
eq_ana_bndy_bucket_25 = 43,
eq_ana_bndy_l3dcc_bucket_26 = 44,
eq_ana_mode = 45,
ex_l2_fure_1 = 46,
ex_l3_fure_1 = 47,
// Instance Rings
eq_repr = (0 | INSTANCE_RING_MARK),
ex_l3_repr = (1 | INSTANCE_RING_MARK),
ex_l2_repr = (2 | INSTANCE_RING_MARK),
ex_l3_refr_repr = (3 | INSTANCE_RING_MARK),
ex_l3_refr_time = (4 | INSTANCE_RING_MARK)
};
static const CHIPLET_DATA g_eqData =
{
16, // Quad Chiplet ID range is 16 - 21. The base ID is 16.
48, // 48 common rings for Quad chiplet.
5, // 5 instance specific rings for each EQ chiplet
9 // 9 different rings since 2 per EX ring and 1 per EQ
};
}; // end of namespace EQ
namespace EC
{
struct RingVariants
{
uint16_t iv_base;
uint16_t iv_cacheContained;
uint16_t iv_riskLevel;
};
enum RingOffset
{
// Common Rings
ec_func = 0,
ec_gptr = 1,
ec_time = 2,
ec_mode = 3,
ec_abst = 4,
// Instance Rings
ec_repr = (0 | INSTANCE_RING_MARK)
};
static const CHIPLET_DATA g_ecData =
{
32, // Core Chiplet ID range is 32-55. The base ID is 32.
5, // 5 common rings for Core chiplet
1, // 1 instance specific ring for each Core chiplet
1
};
}; // end of namespace EC
static const uint8_t INVALID_RING = 0xFF;
// This structure is needed for mapping a RingID to it's corresponding name.
// The names will be used by the build scripts when generating the TOR.
#ifndef __PPE__
struct ringProperties_t
{
uint8_t iv_torOffSet;
char iv_name[50];
CHIPLET_TYPE iv_type;
};
#endif
#ifdef __PPE__
struct ringProperties_t
{
uint8_t iv_torOffSet;
CHIPLET_TYPE iv_type;
};
#endif
#ifndef __PPE__
static const ringProperties_t RING_PROPERTIES[NUM_RING_IDS] =
{
{ PERV::perv_fure , "perv_fure" , PERV_TYPE }, // 0
{ PERV::perv_gptr , "perv_gptr" , PERV_TYPE }, // 1
{ PERV::perv_time , "perv_time" , PERV_TYPE }, // 2
{ PERV::occ_fure , "occ_fure" , PERV_TYPE }, // 3
{ PERV::occ_gptr , "occ_gptr" , PERV_TYPE }, // 4
{ PERV::occ_time , "occ_time" , PERV_TYPE }, // 5
{ PERV::perv_ana_func , "perv_ana_func" , PERV_TYPE }, // 6
{ PERV::perv_ana_gptr , "perv_ana_gptr" , PERV_TYPE }, // 7
{ PERV::perv_pll_gptr , "perv_pll_gptr" , PERV_TYPE }, // 8
{ PERV::perv_pll_bndy , "perv_pll_bndy" , PERV_TYPE }, // 9
{ PERV::perv_pll_bndy_bucket_1 , "perv_pll_bndy_bucket_1" , PERV_TYPE }, // 10
{ PERV::perv_pll_bndy_bucket_2 , "perv_pll_bndy_bucket_2" , PERV_TYPE }, // 11
{ PERV::perv_pll_bndy_bucket_3 , "perv_pll_bndy_bucket_3" , PERV_TYPE }, // 12
{ PERV::perv_pll_bndy_bucket_4 , "perv_pll_bndy_bucket_4" , PERV_TYPE }, // 13
{ PERV::perv_pll_bndy_bucket_5 , "perv_pll_bndy_bucket_5" , PERV_TYPE }, // 14
{ PERV::perv_pll_func , "perv_pll_func" , PERV_TYPE }, // 15
{ PERV::perv_repr , "perv_repr" , PERV_TYPE }, // 16
{ PERV::occ_repr , "occ_repr" , PERV_TYPE }, // 17
{ INVALID_RING , "invalid" , PERV_TYPE }, // 18
{ INVALID_RING , "invalid" , PERV_TYPE }, // 19
{ INVALID_RING , "invalid" , PERV_TYPE }, // 20
{ N0::n0_fure , "n0_fure" , N0_TYPE }, // 21
{ N0::n0_gptr , "n0_gptr" , N0_TYPE }, // 22
{ N0::n0_time , "n0_time" , N0_TYPE }, // 23
{ N0::n0_nx_fure , "n0_nx_fure" , N0_TYPE }, // 24
{ N0::n0_nx_gptr , "n0_nx_gptr" , N0_TYPE }, // 25
{ N0::n0_nx_time , "n0_nx_time" , N0_TYPE }, // 26
{ N0::n0_cxa0_fure , "n0_cxa0_fure" , N0_TYPE }, // 27
{ N0::n0_cxa0_gptr , "n0_cxa0_gptr" , N0_TYPE }, // 28
{ N0::n0_cxa0_time , "n0_cxa0_time" , N0_TYPE }, // 29
{ N0::n0_repr , "n0_repr" , N0_TYPE }, // 30
{ N0::n0_nx_repr , "n0_nx_repr" , N0_TYPE }, // 31
{ N0::n0_cxa0_repr , "n0_cxa0_repr" , N0_TYPE }, // 32
{ N1::n1_fure , "n1_fure" , N1_TYPE }, // 33
{ N1::n1_gptr , "n1_gptr" , N1_TYPE }, // 34
{ N1::n1_time , "n1_time" , N1_TYPE }, // 35
{ N1::n1_ioo0_fure , "n1_ioo0_fure" , N1_TYPE }, // 36
{ N1::n1_ioo0_gptr , "n1_ioo0_gptr" , N1_TYPE }, // 37
{ N1::n1_ioo0_time , "n1_ioo0_time" , N1_TYPE }, // 38
{ N1::n1_ioo1_fure , "n1_ioo1_fure" , N1_TYPE }, // 39
{ N1::n1_ioo1_gptr , "n1_ioo1_gptr" , N1_TYPE }, // 40
{ N1::n1_ioo1_time , "n1_ioo1_time" , N1_TYPE }, // 41
{ N1::n1_mcs23_fure , "n1_mcs23_fure" , N1_TYPE }, // 42
{ N1::n1_mcs23_gptr , "n1_mcs23_gptr" , N1_TYPE }, // 43
{ N1::n1_mcs23_time , "n1_mcs23_time" , N1_TYPE }, // 44
{ N1::n1_repr , "n1_repr" , N1_TYPE }, // 45
{ N1::n1_ioo0_repr , "n1_ioo0_repr" , N1_TYPE }, // 46
{ N1::n1_ioo1_repr , "n1_ioo1_repr" , N1_TYPE }, // 47
{ N1::n1_mcs23_repr , "n1_mcs23_repr" , N1_TYPE }, // 48
{ N2::n2_fure , "n2_fure" , N2_TYPE }, // 49
{ N2::n2_gptr , "n2_gptr" , N2_TYPE }, // 50
{ N2::n2_time , "n2_time" , N2_TYPE }, // 51
{ N2::n2_cxa1_fure , "n2_cxa1_fure" , N2_TYPE }, // 52
{ N2::n2_cxa1_gptr , "n2_cxa1_gptr" , N2_TYPE }, // 53
{ N2::n2_cxa1_time , "n2_cxa1_time" , N2_TYPE }, // 54
{ N2::n2_psi_fure , "n2_psi_fure" , N2_TYPE }, // 55
{ N2::n2_psi_gptr , "n2_psi_gptr" , N2_TYPE }, // 56
{ N2::n2_psi_time , "n2_psi_time" , N2_TYPE }, // 57
{ N2::n2_repr , "n2_repr" , N2_TYPE }, // 58
{ N2::n2_cxa1_repr , "n2_cxa1_repr" , N2_TYPE }, // 59
{ N2::n2_psi_repr , "n2_psi_repr" , N2_TYPE }, // 60
{ INVALID_RING , "invalid" , N2_TYPE }, // 61
{ N3::n3_fure , "n3_fure" , N3_TYPE }, // 62
{ N3::n3_gptr , "n3_gptr" , N3_TYPE }, // 63
{ N3::n3_time , "n3_time" , N3_TYPE }, // 64
{ N3::n3_mcs01_fure , "n3_mcs01_fure" , N3_TYPE }, // 65
{ N3::n3_mcs01_gptr , "n3_mcs01_gptr" , N3_TYPE }, // 66
{ N3::n3_mcs01_time , "n3_mcs01_time" , N3_TYPE }, // 67
{ N3::n3_np_fure , "n3_np_fure" , N3_TYPE }, // 68
{ N3::n3_np_gptr , "n3_np_gptr" , N3_TYPE }, // 69
{ N3::n3_np_time , "n3_np_time" , N3_TYPE }, // 70
{ N3::n3_repr , "n3_repr" , N3_TYPE }, // 71
{ N3::n3_mcs01_repr , "n3_mcs01_repr" , N3_TYPE }, // 72
{ N3::n3_np_repr , "n3_np_repr" , N3_TYPE }, // 73
{ INVALID_RING , "invalid" , N3_TYPE }, // 74
{ XB::xb_fure , "xb_fure" , XB_TYPE }, // 75
{ XB::xb_gptr , "xb_gptr" , XB_TYPE }, // 76
{ XB::xb_time , "xb_time" , XB_TYPE }, // 77
{ XB::xb_io0_fure , "xb_io0_fure" , XB_TYPE }, // 78
{ XB::xb_io0_gptr , "xb_io0_gptr" , XB_TYPE }, // 79
{ XB::xb_io0_time , "xb_io0_time" , XB_TYPE }, // 80
{ XB::xb_io1_fure , "xb_io1_fure" , XB_TYPE }, // 81
{ XB::xb_io1_gptr , "xb_io1_gptr" , XB_TYPE }, // 82
{ XB::xb_io1_time , "xb_io1_time" , XB_TYPE }, // 83
{ XB::xb_io2_fure , "xb_io2_fure" , XB_TYPE }, // 84
{ XB::xb_io2_gptr , "xb_io2_gptr" , XB_TYPE }, // 85
{ XB::xb_io2_time , "xb_io2_time" , XB_TYPE }, // 86
{ XB::xb_pll_gptr , "xb_pll_gptr" , XB_TYPE }, // 87
{ XB::xb_pll_bndy , "xb_pll_bndy" , XB_TYPE }, // 88
{ XB::xb_pll_func , "xb_pll_func" , XB_TYPE }, // 89
{ XB::xb_repr , "xb_repr" , XB_TYPE }, // 90
{ XB::xb_io0_repr , "xb_io0_repr" , XB_TYPE }, // 91
{ XB::xb_io1_repr , "xb_io1_repr" , XB_TYPE }, // 92
{ XB::xb_io2_repr , "xb_io2_repr" , XB_TYPE }, // 93
{ INVALID_RING , "invalid" , XB_TYPE }, // 94
{ INVALID_RING , "invalid" , XB_TYPE }, // 95
{ MC::mc_fure , "mc_fure" , MC_TYPE }, // 96
{ MC::mc_gptr , "mc_gptr" , MC_TYPE }, // 97
{ MC::mc_time , "mc_time" , MC_TYPE }, // 98
{ MC::mc_iom01_fure , "mc_iom01_fure" , MC_TYPE }, // 99
{ MC::mc_iom01_gptr , "mc_iom01_gptr" , MC_TYPE }, // 100
{ MC::mc_iom01_time , "mc_iom01_time" , MC_TYPE }, // 101
{ MC::mc_iom23_fure , "mc_iom23_fure" , MC_TYPE }, // 102
{ MC::mc_iom23_gptr , "mc_iom23_gptr" , MC_TYPE }, // 103
{ MC::mc_iom23_time , "mc_iom23_time" , MC_TYPE }, // 104
{ MC::mc_pll_gptr , "mc_pll_gptr" , MC_TYPE }, // 105
{ MC::mc_pll_bndy , "mc_pll_bndy" , MC_TYPE }, // 106
{ MC::mc_pll_bndy_bucket_1 , "mc_pll_bndy_bucket_1" , MC_TYPE }, // 107
{ MC::mc_pll_bndy_bucket_2 , "mc_pll_bndy_bucket_2" , MC_TYPE }, // 108
{ MC::mc_pll_bndy_bucket_3 , "mc_pll_bndy_bucket_3" , MC_TYPE }, // 109
{ MC::mc_pll_bndy_bucket_4 , "mc_pll_bndy_bucket_4" , MC_TYPE }, // 110
{ MC::mc_pll_bndy_bucket_5 , "mc_pll_bndy_bucket_5" , MC_TYPE }, // 111
{ MC::mc_pll_func , "mc_pll_func" , MC_TYPE }, // 112
{ MC::mc_repr , "mc_repr" , MC_TYPE }, // 113
{ MC::mc_iom01_repr , "mc_iom01_repr" , MC_TYPE }, // 114
{ MC::mc_iom23_repr , "mc_iom23_repr" , MC_TYPE }, // 115
{ INVALID_RING , "invalid" , MC_TYPE }, // 116
{ INVALID_RING , "invalid" , MC_TYPE }, // 117
{ OB0::ob0_fure , "ob0_fure" , OB0_TYPE }, // 118
{ OB0::ob0_gptr , "ob0_gptr" , OB0_TYPE }, // 119
{ OB0::ob0_time , "ob0_time" , OB0_TYPE }, // 120
{ OB0::ob0_pll_gptr , "ob0_pll_gptr" , OB0_TYPE }, // 121
{ OB0::ob0_pll_bndy , "ob0_pll_bndy" , OB0_TYPE }, // 122
{ OB0::ob0_pll_func , "ob0_pll_func" , OB0_TYPE }, // 123
{ OB0::ob0_repr , "ob0_repr" , OB0_TYPE }, // 124
{ INVALID_RING , "invalid" , OB0_TYPE }, // 125
{ INVALID_RING , "invalid" , OB0_TYPE }, // 126
{ OB1::ob1_fure , "ob1_fure" , OB1_TYPE }, // 127
{ OB1::ob1_gptr , "ob1_gptr" , OB1_TYPE }, // 128
{ OB1::ob1_time , "ob1_time" , OB1_TYPE }, // 129
{ OB1::ob1_pll_gptr , "ob1_pll_gptr" , OB1_TYPE }, // 130
{ OB1::ob1_pll_bndy , "ob1_pll_bndy" , OB1_TYPE }, // 131
{ OB1::ob1_pll_func , "ob1_pll_func" , OB1_TYPE }, // 132
{ OB1::ob1_repr , "ob1_repr" , OB1_TYPE }, // 133
{ INVALID_RING , "invalid" , OB1_TYPE }, // 134
{ INVALID_RING , "invalid" , OB1_TYPE }, // 135
{ OB2::ob2_fure , "ob2_fure" , OB2_TYPE }, // 136
{ OB2::ob2_gptr , "ob2_gptr" , OB2_TYPE }, // 137
{ OB2::ob2_time , "ob2_time" , OB2_TYPE }, // 138
{ OB2::ob2_pll_gptr , "ob2_pll_gptr" , OB2_TYPE }, // 139
{ OB2::ob2_pll_bndy , "ob2_pll_bndy" , OB2_TYPE }, // 140
{ OB2::ob2_pll_func , "ob2_pll_func" , OB2_TYPE }, // 141
{ OB2::ob2_repr , "ob2_repr" , OB2_TYPE }, // 142
{ INVALID_RING , "invalid" , OB2_TYPE }, // 143
{ INVALID_RING , "invalid" , OB2_TYPE }, // 144
{ OB3::ob3_fure , "ob3_fure" , OB3_TYPE }, // 145
{ OB3::ob3_gptr , "ob3_gptr" , OB3_TYPE }, // 146
{ OB3::ob3_time , "ob3_time" , OB3_TYPE }, // 147