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linux/include/asm-powerpc/spu.h
Masato Noguchi b7f90a406f [POWERPC] cell/PS3: Fix a bug that causes the PS3 to hang on the SPU Class 0 interrupt. 
The Cell BE Architecture spec states that the SPU MFC Class 0 interrupt
is edge-triggered.  The current spu interrupt handler assumes this
behavior and does not clear the interrupt status.

The PS3 hypervisor visualizes all SPU interrupts as level, and on return
from the interrupt handler the hypervisor will deliver a new virtual
interrupt for any unmasked interrupts which for which the status has not
been cleared.  This fix clears the interrupt status in the interrupt
handler.

Signed-off-by: Masato Noguchi <Masato.Noguchi@jp.sony.com>
Signed-off-by: Geoff Levand <geoffrey.levand@am.sony.com>
Signed-off-by: Jeremy Kerr <jk@ozlabs.org>
Acked-by: Arnd Bergmann <arnd.bergmann@de.ibm.com>
Signed-off-by: Paul Mackerras <paulus@samba.org>
2007-09-11 04:30:36 +10:00

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/*
* SPU core / file system interface and HW structures
*
* (C) Copyright IBM Deutschland Entwicklung GmbH 2005
*
* Author: Arnd Bergmann <arndb@de.ibm.com>
*
* This program is free software; you can redistribute it and/or modify
* it under the terms of the GNU General Public License as published by
* the Free Software Foundation; either version 2, or (at your option)
* any later version.
*
* This 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 program; if not, write to the Free Software
* Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.
*/
#ifndef _SPU_H
#define _SPU_H
#ifdef __KERNEL__
#include <linux/workqueue.h>
#include <linux/sysdev.h>
#define LS_SIZE (256 * 1024)
#define LS_ADDR_MASK (LS_SIZE - 1)
#define MFC_PUT_CMD 0x20
#define MFC_PUTS_CMD 0x28
#define MFC_PUTR_CMD 0x30
#define MFC_PUTF_CMD 0x22
#define MFC_PUTB_CMD 0x21
#define MFC_PUTFS_CMD 0x2A
#define MFC_PUTBS_CMD 0x29
#define MFC_PUTRF_CMD 0x32
#define MFC_PUTRB_CMD 0x31
#define MFC_PUTL_CMD 0x24
#define MFC_PUTRL_CMD 0x34
#define MFC_PUTLF_CMD 0x26
#define MFC_PUTLB_CMD 0x25
#define MFC_PUTRLF_CMD 0x36
#define MFC_PUTRLB_CMD 0x35
#define MFC_GET_CMD 0x40
#define MFC_GETS_CMD 0x48
#define MFC_GETF_CMD 0x42
#define MFC_GETB_CMD 0x41
#define MFC_GETFS_CMD 0x4A
#define MFC_GETBS_CMD 0x49
#define MFC_GETL_CMD 0x44
#define MFC_GETLF_CMD 0x46
#define MFC_GETLB_CMD 0x45
#define MFC_SDCRT_CMD 0x80
#define MFC_SDCRTST_CMD 0x81
#define MFC_SDCRZ_CMD 0x89
#define MFC_SDCRS_CMD 0x8D
#define MFC_SDCRF_CMD 0x8F
#define MFC_GETLLAR_CMD 0xD0
#define MFC_PUTLLC_CMD 0xB4
#define MFC_PUTLLUC_CMD 0xB0
#define MFC_PUTQLLUC_CMD 0xB8
#define MFC_SNDSIG_CMD 0xA0
#define MFC_SNDSIGB_CMD 0xA1
#define MFC_SNDSIGF_CMD 0xA2
#define MFC_BARRIER_CMD 0xC0
#define MFC_EIEIO_CMD 0xC8
#define MFC_SYNC_CMD 0xCC
#define MFC_MIN_DMA_SIZE_SHIFT 4 /* 16 bytes */
#define MFC_MAX_DMA_SIZE_SHIFT 14 /* 16384 bytes */
#define MFC_MIN_DMA_SIZE (1 << MFC_MIN_DMA_SIZE_SHIFT)
#define MFC_MAX_DMA_SIZE (1 << MFC_MAX_DMA_SIZE_SHIFT)
#define MFC_MIN_DMA_SIZE_MASK (MFC_MIN_DMA_SIZE - 1)
#define MFC_MAX_DMA_SIZE_MASK (MFC_MAX_DMA_SIZE - 1)
#define MFC_MIN_DMA_LIST_SIZE 0x0008 /* 8 bytes */
#define MFC_MAX_DMA_LIST_SIZE 0x4000 /* 16K bytes */
#define MFC_TAGID_TO_TAGMASK(tag_id) (1 << (tag_id & 0x1F))
/* Events for Channels 0-2 */
#define MFC_DMA_TAG_STATUS_UPDATE_EVENT 0x00000001
#define MFC_DMA_TAG_CMD_STALL_NOTIFY_EVENT 0x00000002
#define MFC_DMA_QUEUE_AVAILABLE_EVENT 0x00000008
#define MFC_SPU_MAILBOX_WRITTEN_EVENT 0x00000010
#define MFC_DECREMENTER_EVENT 0x00000020
#define MFC_PU_INT_MAILBOX_AVAILABLE_EVENT 0x00000040
#define MFC_PU_MAILBOX_AVAILABLE_EVENT 0x00000080
#define MFC_SIGNAL_2_EVENT 0x00000100
#define MFC_SIGNAL_1_EVENT 0x00000200
#define MFC_LLR_LOST_EVENT 0x00000400
#define MFC_PRIV_ATTN_EVENT 0x00000800
#define MFC_MULTI_SRC_EVENT 0x00001000
/* Flags indicating progress during context switch. */
#define SPU_CONTEXT_SWITCH_PENDING 0UL
#define SPU_CONTEXT_SWITCH_ACTIVE 1UL
struct spu_context;
struct spu_runqueue;
struct device_node;
enum spu_utilization_state {
SPU_UTIL_USER,
SPU_UTIL_SYSTEM,
SPU_UTIL_IOWAIT,
SPU_UTIL_IDLE_LOADED,
SPU_UTIL_MAX
};
struct spu {
const char *name;
unsigned long local_store_phys;
u8 *local_store;
unsigned long problem_phys;
struct spu_problem __iomem *problem;
struct spu_priv2 __iomem *priv2;
struct list_head cbe_list;
struct list_head full_list;
enum { SPU_FREE, SPU_USED } alloc_state;
int number;
unsigned int irqs[3];
u32 node;
u64 flags;
u64 dar;
u64 dsisr;
u64 class_0_pending;
size_t ls_size;
unsigned int slb_replace;
struct mm_struct *mm;
struct spu_context *ctx;
struct spu_runqueue *rq;
unsigned long long timestamp;
pid_t pid;
pid_t tgid;
spinlock_t register_lock;
void (* wbox_callback)(struct spu *spu);
void (* ibox_callback)(struct spu *spu);
void (* stop_callback)(struct spu *spu);
void (* mfc_callback)(struct spu *spu);
void (* dma_callback)(struct spu *spu, int type);
char irq_c0[8];
char irq_c1[8];
char irq_c2[8];
u64 spe_id;
void* pdata; /* platform private data */
/* of based platforms only */
struct device_node *devnode;
/* native only */
struct spu_priv1 __iomem *priv1;
/* beat only */
u64 shadow_int_mask_RW[3];
struct sys_device sysdev;
int has_mem_affinity;
struct list_head aff_list;
struct {
/* protected by interrupt reentrancy */
enum spu_utilization_state util_state;
unsigned long long tstamp;
unsigned long long times[SPU_UTIL_MAX];
unsigned long long vol_ctx_switch;
unsigned long long invol_ctx_switch;
unsigned long long min_flt;
unsigned long long maj_flt;
unsigned long long hash_flt;
unsigned long long slb_flt;
unsigned long long class2_intr;
unsigned long long libassist;
} stats;
};
struct cbe_spu_info {
struct mutex list_mutex;
struct list_head spus;
int n_spus;
int nr_active;
atomic_t reserved_spus;
};
extern struct cbe_spu_info cbe_spu_info[];
void spu_init_channels(struct spu *spu);
int spu_irq_class_0_bottom(struct spu *spu);
int spu_irq_class_1_bottom(struct spu *spu);
void spu_irq_setaffinity(struct spu *spu, int cpu);
#ifdef CONFIG_KEXEC
void crash_register_spus(struct list_head *list);
#else
static inline void crash_register_spus(struct list_head *list)
{
}
#endif
extern void spu_invalidate_slbs(struct spu *spu);
extern void spu_associate_mm(struct spu *spu, struct mm_struct *mm);
/* Calls from the memory management to the SPU */
struct mm_struct;
extern void spu_flush_all_slbs(struct mm_struct *mm);
/* This interface allows a profiler (e.g., OProfile) to store a ref
* to spu context information that it creates. This caching technique
* avoids the need to recreate this information after a save/restore operation.
*
* Assumes the caller has already incremented the ref count to
* profile_info; then spu_context_destroy must call kref_put
* on prof_info_kref.
*/
void spu_set_profile_private_kref(struct spu_context *ctx,
struct kref *prof_info_kref,
void ( * prof_info_release) (struct kref *kref));
void *spu_get_profile_private_kref(struct spu_context *ctx);
/* system callbacks from the SPU */
struct spu_syscall_block {
u64 nr_ret;
u64 parm[6];
};
extern long spu_sys_callback(struct spu_syscall_block *s);
/* syscalls implemented in spufs */
struct file;
extern struct spufs_calls {
asmlinkage long (*create_thread)(const char __user *name,
unsigned int flags, mode_t mode,
struct file *neighbor);
asmlinkage long (*spu_run)(struct file *filp, __u32 __user *unpc,
__u32 __user *ustatus);
struct module *owner;
} spufs_calls;
/* coredump calls implemented in spufs */
struct spu_coredump_calls {
asmlinkage int (*arch_notes_size)(void);
asmlinkage void (*arch_write_notes)(struct file *file);
struct module *owner;
};
/* return status from spu_run, same as in libspe */
#define SPE_EVENT_DMA_ALIGNMENT 0x0008 /*A DMA alignment error */
#define SPE_EVENT_SPE_ERROR 0x0010 /*An illegal instruction error*/
#define SPE_EVENT_SPE_DATA_SEGMENT 0x0020 /*A DMA segmentation error */
#define SPE_EVENT_SPE_DATA_STORAGE 0x0040 /*A DMA storage error */
#define SPE_EVENT_INVALID_DMA 0x0800 /* Invalid MFC DMA */
/*
* Flags for sys_spu_create.
*/
#define SPU_CREATE_EVENTS_ENABLED 0x0001
#define SPU_CREATE_GANG 0x0002
#define SPU_CREATE_NOSCHED 0x0004
#define SPU_CREATE_ISOLATE 0x0008
#define SPU_CREATE_AFFINITY_SPU 0x0010
#define SPU_CREATE_AFFINITY_MEM 0x0020
#define SPU_CREATE_FLAG_ALL 0x003f /* mask of all valid flags */
#ifdef CONFIG_SPU_FS_MODULE
int register_spu_syscalls(struct spufs_calls *calls);
void unregister_spu_syscalls(struct spufs_calls *calls);
#else
static inline int register_spu_syscalls(struct spufs_calls *calls)
{
return 0;
}
static inline void unregister_spu_syscalls(struct spufs_calls *calls)
{
}
#endif /* MODULE */
int register_arch_coredump_calls(struct spu_coredump_calls *calls);
void unregister_arch_coredump_calls(struct spu_coredump_calls *calls);
int spu_add_sysdev_attr(struct sysdev_attribute *attr);
void spu_remove_sysdev_attr(struct sysdev_attribute *attr);
int spu_add_sysdev_attr_group(struct attribute_group *attrs);
void spu_remove_sysdev_attr_group(struct attribute_group *attrs);
/*
* Notifier blocks:
*
* oprofile can get notified when a context switch is performed
* on an spe. The notifer function that gets called is passed
* a pointer to the SPU structure as well as the object-id that
* identifies the binary running on that SPU now.
*
* For a context save, the object-id that is passed is zero,
* identifying that the kernel will run from that moment on.
*
* For a context restore, the object-id is the value written
* to object-id spufs file from user space and the notifer
* function can assume that spu->ctx is valid.
*/
struct notifier_block;
int spu_switch_event_register(struct notifier_block * n);
int spu_switch_event_unregister(struct notifier_block * n);
/*
* This defines the Local Store, Problem Area and Privlege Area of an SPU.
*/
union mfc_tag_size_class_cmd {
struct {
u16 mfc_size;
u16 mfc_tag;
u8 pad;
u8 mfc_rclassid;
u16 mfc_cmd;
} u;
struct {
u32 mfc_size_tag32;
u32 mfc_class_cmd32;
} by32;
u64 all64;
};
struct mfc_cq_sr {
u64 mfc_cq_data0_RW;
u64 mfc_cq_data1_RW;
u64 mfc_cq_data2_RW;
u64 mfc_cq_data3_RW;
};
struct spu_problem {
#define MS_SYNC_PENDING 1L
u64 spc_mssync_RW; /* 0x0000 */
u8 pad_0x0008_0x3000[0x3000 - 0x0008];
/* DMA Area */
u8 pad_0x3000_0x3004[0x4]; /* 0x3000 */
u32 mfc_lsa_W; /* 0x3004 */
u64 mfc_ea_W; /* 0x3008 */
union mfc_tag_size_class_cmd mfc_union_W; /* 0x3010 */
u8 pad_0x3018_0x3104[0xec]; /* 0x3018 */
u32 dma_qstatus_R; /* 0x3104 */
u8 pad_0x3108_0x3204[0xfc]; /* 0x3108 */
u32 dma_querytype_RW; /* 0x3204 */
u8 pad_0x3208_0x321c[0x14]; /* 0x3208 */
u32 dma_querymask_RW; /* 0x321c */
u8 pad_0x3220_0x322c[0xc]; /* 0x3220 */
u32 dma_tagstatus_R; /* 0x322c */
#define DMA_TAGSTATUS_INTR_ANY 1u
#define DMA_TAGSTATUS_INTR_ALL 2u
u8 pad_0x3230_0x4000[0x4000 - 0x3230]; /* 0x3230 */
/* SPU Control Area */
u8 pad_0x4000_0x4004[0x4]; /* 0x4000 */
u32 pu_mb_R; /* 0x4004 */
u8 pad_0x4008_0x400c[0x4]; /* 0x4008 */
u32 spu_mb_W; /* 0x400c */
u8 pad_0x4010_0x4014[0x4]; /* 0x4010 */
u32 mb_stat_R; /* 0x4014 */
u8 pad_0x4018_0x401c[0x4]; /* 0x4018 */
u32 spu_runcntl_RW; /* 0x401c */
#define SPU_RUNCNTL_STOP 0L
#define SPU_RUNCNTL_RUNNABLE 1L
#define SPU_RUNCNTL_ISOLATE 2L
u8 pad_0x4020_0x4024[0x4]; /* 0x4020 */
u32 spu_status_R; /* 0x4024 */
#define SPU_STOP_STATUS_SHIFT 16
#define SPU_STATUS_STOPPED 0x0
#define SPU_STATUS_RUNNING 0x1
#define SPU_STATUS_STOPPED_BY_STOP 0x2
#define SPU_STATUS_STOPPED_BY_HALT 0x4
#define SPU_STATUS_WAITING_FOR_CHANNEL 0x8
#define SPU_STATUS_SINGLE_STEP 0x10
#define SPU_STATUS_INVALID_INSTR 0x20
#define SPU_STATUS_INVALID_CH 0x40
#define SPU_STATUS_ISOLATED_STATE 0x80
#define SPU_STATUS_ISOLATED_LOAD_STATUS 0x200
#define SPU_STATUS_ISOLATED_EXIT_STATUS 0x400
u8 pad_0x4028_0x402c[0x4]; /* 0x4028 */
u32 spu_spe_R; /* 0x402c */
u8 pad_0x4030_0x4034[0x4]; /* 0x4030 */
u32 spu_npc_RW; /* 0x4034 */
u8 pad_0x4038_0x14000[0x14000 - 0x4038]; /* 0x4038 */
/* Signal Notification Area */
u8 pad_0x14000_0x1400c[0xc]; /* 0x14000 */
u32 signal_notify1; /* 0x1400c */
u8 pad_0x14010_0x1c00c[0x7ffc]; /* 0x14010 */
u32 signal_notify2; /* 0x1c00c */
} __attribute__ ((aligned(0x20000)));
/* SPU Privilege 2 State Area */
struct spu_priv2 {
/* MFC Registers */
u8 pad_0x0000_0x1100[0x1100 - 0x0000]; /* 0x0000 */
/* SLB Management Registers */
u8 pad_0x1100_0x1108[0x8]; /* 0x1100 */
u64 slb_index_W; /* 0x1108 */
#define SLB_INDEX_MASK 0x7L
u64 slb_esid_RW; /* 0x1110 */
u64 slb_vsid_RW; /* 0x1118 */
#define SLB_VSID_SUPERVISOR_STATE (0x1ull << 11)
#define SLB_VSID_SUPERVISOR_STATE_MASK (0x1ull << 11)
#define SLB_VSID_PROBLEM_STATE (0x1ull << 10)
#define SLB_VSID_PROBLEM_STATE_MASK (0x1ull << 10)
#define SLB_VSID_EXECUTE_SEGMENT (0x1ull << 9)
#define SLB_VSID_NO_EXECUTE_SEGMENT (0x1ull << 9)
#define SLB_VSID_EXECUTE_SEGMENT_MASK (0x1ull << 9)
#define SLB_VSID_4K_PAGE (0x0 << 8)
#define SLB_VSID_LARGE_PAGE (0x1ull << 8)
#define SLB_VSID_PAGE_SIZE_MASK (0x1ull << 8)
#define SLB_VSID_CLASS_MASK (0x1ull << 7)
#define SLB_VSID_VIRTUAL_PAGE_SIZE_MASK (0x1ull << 6)
u64 slb_invalidate_entry_W; /* 0x1120 */
u64 slb_invalidate_all_W; /* 0x1128 */
u8 pad_0x1130_0x2000[0x2000 - 0x1130]; /* 0x1130 */
/* Context Save / Restore Area */
struct mfc_cq_sr spuq[16]; /* 0x2000 */
struct mfc_cq_sr puq[8]; /* 0x2200 */
u8 pad_0x2300_0x3000[0x3000 - 0x2300]; /* 0x2300 */
/* MFC Control */
u64 mfc_control_RW; /* 0x3000 */
#define MFC_CNTL_RESUME_DMA_QUEUE (0ull << 0)
#define MFC_CNTL_SUSPEND_DMA_QUEUE (1ull << 0)
#define MFC_CNTL_SUSPEND_DMA_QUEUE_MASK (1ull << 0)
#define MFC_CNTL_SUSPEND_MASK (1ull << 4)
#define MFC_CNTL_NORMAL_DMA_QUEUE_OPERATION (0ull << 8)
#define MFC_CNTL_SUSPEND_IN_PROGRESS (1ull << 8)
#define MFC_CNTL_SUSPEND_COMPLETE (3ull << 8)
#define MFC_CNTL_SUSPEND_DMA_STATUS_MASK (3ull << 8)
#define MFC_CNTL_DMA_QUEUES_EMPTY (1ull << 14)
#define MFC_CNTL_DMA_QUEUES_EMPTY_MASK (1ull << 14)
#define MFC_CNTL_PURGE_DMA_REQUEST (1ull << 15)
#define MFC_CNTL_PURGE_DMA_IN_PROGRESS (1ull << 24)
#define MFC_CNTL_PURGE_DMA_COMPLETE (3ull << 24)
#define MFC_CNTL_PURGE_DMA_STATUS_MASK (3ull << 24)
#define MFC_CNTL_RESTART_DMA_COMMAND (1ull << 32)
#define MFC_CNTL_DMA_COMMAND_REISSUE_PENDING (1ull << 32)
#define MFC_CNTL_DMA_COMMAND_REISSUE_STATUS_MASK (1ull << 32)
#define MFC_CNTL_MFC_PRIVILEGE_STATE (2ull << 33)
#define MFC_CNTL_MFC_PROBLEM_STATE (3ull << 33)
#define MFC_CNTL_MFC_KEY_PROTECTION_STATE_MASK (3ull << 33)
#define MFC_CNTL_DECREMENTER_HALTED (1ull << 35)
#define MFC_CNTL_DECREMENTER_RUNNING (1ull << 40)
#define MFC_CNTL_DECREMENTER_STATUS_MASK (1ull << 40)
u8 pad_0x3008_0x4000[0x4000 - 0x3008]; /* 0x3008 */
/* Interrupt Mailbox */
u64 puint_mb_R; /* 0x4000 */
u8 pad_0x4008_0x4040[0x4040 - 0x4008]; /* 0x4008 */
/* SPU Control */
u64 spu_privcntl_RW; /* 0x4040 */
#define SPU_PRIVCNTL_MODE_NORMAL (0x0ull << 0)
#define SPU_PRIVCNTL_MODE_SINGLE_STEP (0x1ull << 0)
#define SPU_PRIVCNTL_MODE_MASK (0x1ull << 0)
#define SPU_PRIVCNTL_NO_ATTENTION_EVENT (0x0ull << 1)
#define SPU_PRIVCNTL_ATTENTION_EVENT (0x1ull << 1)
#define SPU_PRIVCNTL_ATTENTION_EVENT_MASK (0x1ull << 1)
#define SPU_PRIVCNT_LOAD_REQUEST_NORMAL (0x0ull << 2)
#define SPU_PRIVCNT_LOAD_REQUEST_ENABLE_MASK (0x1ull << 2)
u8 pad_0x4048_0x4058[0x10]; /* 0x4048 */
u64 spu_lslr_RW; /* 0x4058 */
u64 spu_chnlcntptr_RW; /* 0x4060 */
u64 spu_chnlcnt_RW; /* 0x4068 */
u64 spu_chnldata_RW; /* 0x4070 */
u64 spu_cfg_RW; /* 0x4078 */
u8 pad_0x4080_0x5000[0x5000 - 0x4080]; /* 0x4080 */
/* PV2_ImplRegs: Implementation-specific privileged-state 2 regs */
u64 spu_pm_trace_tag_status_RW; /* 0x5000 */
u64 spu_tag_status_query_RW; /* 0x5008 */
#define TAG_STATUS_QUERY_CONDITION_BITS (0x3ull << 32)
#define TAG_STATUS_QUERY_MASK_BITS (0xffffffffull)
u64 spu_cmd_buf1_RW; /* 0x5010 */
#define SPU_COMMAND_BUFFER_1_LSA_BITS (0x7ffffull << 32)
#define SPU_COMMAND_BUFFER_1_EAH_BITS (0xffffffffull)
u64 spu_cmd_buf2_RW; /* 0x5018 */
#define SPU_COMMAND_BUFFER_2_EAL_BITS ((0xffffffffull) << 32)
#define SPU_COMMAND_BUFFER_2_TS_BITS (0xffffull << 16)
#define SPU_COMMAND_BUFFER_2_TAG_BITS (0x3full)
u64 spu_atomic_status_RW; /* 0x5020 */
} __attribute__ ((aligned(0x20000)));
/* SPU Privilege 1 State Area */
struct spu_priv1 {
/* Control and Configuration Area */
u64 mfc_sr1_RW; /* 0x000 */
#define MFC_STATE1_LOCAL_STORAGE_DECODE_MASK 0x01ull
#define MFC_STATE1_BUS_TLBIE_MASK 0x02ull
#define MFC_STATE1_REAL_MODE_OFFSET_ENABLE_MASK 0x04ull
#define MFC_STATE1_PROBLEM_STATE_MASK 0x08ull
#define MFC_STATE1_RELOCATE_MASK 0x10ull
#define MFC_STATE1_MASTER_RUN_CONTROL_MASK 0x20ull
#define MFC_STATE1_TABLE_SEARCH_MASK 0x40ull
u64 mfc_lpid_RW; /* 0x008 */
u64 spu_idr_RW; /* 0x010 */
u64 mfc_vr_RO; /* 0x018 */
#define MFC_VERSION_BITS (0xffff << 16)
#define MFC_REVISION_BITS (0xffff)
#define MFC_GET_VERSION_BITS(vr) (((vr) & MFC_VERSION_BITS) >> 16)
#define MFC_GET_REVISION_BITS(vr) ((vr) & MFC_REVISION_BITS)
u64 spu_vr_RO; /* 0x020 */
#define SPU_VERSION_BITS (0xffff << 16)
#define SPU_REVISION_BITS (0xffff)
#define SPU_GET_VERSION_BITS(vr) (vr & SPU_VERSION_BITS) >> 16
#define SPU_GET_REVISION_BITS(vr) (vr & SPU_REVISION_BITS)
u8 pad_0x28_0x100[0x100 - 0x28]; /* 0x28 */
/* Interrupt Area */
u64 int_mask_RW[3]; /* 0x100 */
#define CLASS0_ENABLE_DMA_ALIGNMENT_INTR 0x1L
#define CLASS0_ENABLE_INVALID_DMA_COMMAND_INTR 0x2L
#define CLASS0_ENABLE_SPU_ERROR_INTR 0x4L
#define CLASS0_ENABLE_MFC_FIR_INTR 0x8L
#define CLASS1_ENABLE_SEGMENT_FAULT_INTR 0x1L
#define CLASS1_ENABLE_STORAGE_FAULT_INTR 0x2L
#define CLASS1_ENABLE_LS_COMPARE_SUSPEND_ON_GET_INTR 0x4L
#define CLASS1_ENABLE_LS_COMPARE_SUSPEND_ON_PUT_INTR 0x8L
#define CLASS2_ENABLE_MAILBOX_INTR 0x1L
#define CLASS2_ENABLE_SPU_STOP_INTR 0x2L
#define CLASS2_ENABLE_SPU_HALT_INTR 0x4L
#define CLASS2_ENABLE_SPU_DMA_TAG_GROUP_COMPLETE_INTR 0x8L
u8 pad_0x118_0x140[0x28]; /* 0x118 */
u64 int_stat_RW[3]; /* 0x140 */
u8 pad_0x158_0x180[0x28]; /* 0x158 */
u64 int_route_RW; /* 0x180 */
/* Interrupt Routing */
u8 pad_0x188_0x200[0x200 - 0x188]; /* 0x188 */
/* Atomic Unit Control Area */
u64 mfc_atomic_flush_RW; /* 0x200 */
#define mfc_atomic_flush_enable 0x1L
u8 pad_0x208_0x280[0x78]; /* 0x208 */
u64 resource_allocation_groupID_RW; /* 0x280 */
u64 resource_allocation_enable_RW; /* 0x288 */
u8 pad_0x290_0x3c8[0x3c8 - 0x290]; /* 0x290 */
/* SPU_Cache_ImplRegs: Implementation-dependent cache registers */
u64 smf_sbi_signal_sel; /* 0x3c8 */
#define smf_sbi_mask_lsb 56
#define smf_sbi_shift (63 - smf_sbi_mask_lsb)
#define smf_sbi_mask (0x301LL << smf_sbi_shift)
#define smf_sbi_bus0_bits (0x001LL << smf_sbi_shift)
#define smf_sbi_bus2_bits (0x100LL << smf_sbi_shift)
#define smf_sbi2_bus0_bits (0x201LL << smf_sbi_shift)
#define smf_sbi2_bus2_bits (0x300LL << smf_sbi_shift)
u64 smf_ato_signal_sel; /* 0x3d0 */
#define smf_ato_mask_lsb 35
#define smf_ato_shift (63 - smf_ato_mask_lsb)
#define smf_ato_mask (0x3LL << smf_ato_shift)
#define smf_ato_bus0_bits (0x2LL << smf_ato_shift)
#define smf_ato_bus2_bits (0x1LL << smf_ato_shift)
u8 pad_0x3d8_0x400[0x400 - 0x3d8]; /* 0x3d8 */
/* TLB Management Registers */
u64 mfc_sdr_RW; /* 0x400 */
u8 pad_0x408_0x500[0xf8]; /* 0x408 */
u64 tlb_index_hint_RO; /* 0x500 */
u64 tlb_index_W; /* 0x508 */
u64 tlb_vpn_RW; /* 0x510 */
u64 tlb_rpn_RW; /* 0x518 */
u8 pad_0x520_0x540[0x20]; /* 0x520 */
u64 tlb_invalidate_entry_W; /* 0x540 */
u64 tlb_invalidate_all_W; /* 0x548 */
u8 pad_0x550_0x580[0x580 - 0x550]; /* 0x550 */
/* SPU_MMU_ImplRegs: Implementation-dependent MMU registers */
u64 smm_hid; /* 0x580 */
#define PAGE_SIZE_MASK 0xf000000000000000ull
#define PAGE_SIZE_16MB_64KB 0x2000000000000000ull
u8 pad_0x588_0x600[0x600 - 0x588]; /* 0x588 */
/* MFC Status/Control Area */
u64 mfc_accr_RW; /* 0x600 */
#define MFC_ACCR_EA_ACCESS_GET (1 << 0)
#define MFC_ACCR_EA_ACCESS_PUT (1 << 1)
#define MFC_ACCR_LS_ACCESS_GET (1 << 3)
#define MFC_ACCR_LS_ACCESS_PUT (1 << 4)
u8 pad_0x608_0x610[0x8]; /* 0x608 */
u64 mfc_dsisr_RW; /* 0x610 */
#define MFC_DSISR_PTE_NOT_FOUND (1 << 30)
#define MFC_DSISR_ACCESS_DENIED (1 << 27)
#define MFC_DSISR_ATOMIC (1 << 26)
#define MFC_DSISR_ACCESS_PUT (1 << 25)
#define MFC_DSISR_ADDR_MATCH (1 << 22)
#define MFC_DSISR_LS (1 << 17)
#define MFC_DSISR_L (1 << 16)
#define MFC_DSISR_ADDRESS_OVERFLOW (1 << 0)
u8 pad_0x618_0x620[0x8]; /* 0x618 */
u64 mfc_dar_RW; /* 0x620 */
u8 pad_0x628_0x700[0x700 - 0x628]; /* 0x628 */
/* Replacement Management Table (RMT) Area */
u64 rmt_index_RW; /* 0x700 */
u8 pad_0x708_0x710[0x8]; /* 0x708 */
u64 rmt_data1_RW; /* 0x710 */
u8 pad_0x718_0x800[0x800 - 0x718]; /* 0x718 */
/* Control/Configuration Registers */
u64 mfc_dsir_R; /* 0x800 */
#define MFC_DSIR_Q (1 << 31)
#define MFC_DSIR_SPU_QUEUE MFC_DSIR_Q
u64 mfc_lsacr_RW; /* 0x808 */
#define MFC_LSACR_COMPARE_MASK ((~0ull) << 32)
#define MFC_LSACR_COMPARE_ADDR ((~0ull) >> 32)
u64 mfc_lscrr_R; /* 0x810 */
#define MFC_LSCRR_Q (1 << 31)
#define MFC_LSCRR_SPU_QUEUE MFC_LSCRR_Q
#define MFC_LSCRR_QI_SHIFT 32
#define MFC_LSCRR_QI_MASK ((~0ull) << MFC_LSCRR_QI_SHIFT)
u8 pad_0x818_0x820[0x8]; /* 0x818 */
u64 mfc_tclass_id_RW; /* 0x820 */
#define MFC_TCLASS_ID_ENABLE (1L << 0L)
#define MFC_TCLASS_SLOT2_ENABLE (1L << 5L)
#define MFC_TCLASS_SLOT1_ENABLE (1L << 6L)
#define MFC_TCLASS_SLOT0_ENABLE (1L << 7L)
#define MFC_TCLASS_QUOTA_2_SHIFT 8L
#define MFC_TCLASS_QUOTA_1_SHIFT 16L
#define MFC_TCLASS_QUOTA_0_SHIFT 24L
#define MFC_TCLASS_QUOTA_2_MASK (0x1FL << MFC_TCLASS_QUOTA_2_SHIFT)
#define MFC_TCLASS_QUOTA_1_MASK (0x1FL << MFC_TCLASS_QUOTA_1_SHIFT)
#define MFC_TCLASS_QUOTA_0_MASK (0x1FL << MFC_TCLASS_QUOTA_0_SHIFT)
u8 pad_0x828_0x900[0x900 - 0x828]; /* 0x828 */
/* Real Mode Support Registers */
u64 mfc_rm_boundary; /* 0x900 */
u8 pad_0x908_0x938[0x30]; /* 0x908 */
u64 smf_dma_signal_sel; /* 0x938 */
#define mfc_dma1_mask_lsb 41
#define mfc_dma1_shift (63 - mfc_dma1_mask_lsb)
#define mfc_dma1_mask (0x3LL << mfc_dma1_shift)
#define mfc_dma1_bits (0x1LL << mfc_dma1_shift)
#define mfc_dma2_mask_lsb 43
#define mfc_dma2_shift (63 - mfc_dma2_mask_lsb)
#define mfc_dma2_mask (0x3LL << mfc_dma2_shift)
#define mfc_dma2_bits (0x1LL << mfc_dma2_shift)
u8 pad_0x940_0xa38[0xf8]; /* 0x940 */
u64 smm_signal_sel; /* 0xa38 */
#define smm_sig_mask_lsb 12
#define smm_sig_shift (63 - smm_sig_mask_lsb)
#define smm_sig_mask (0x3LL << smm_sig_shift)
#define smm_sig_bus0_bits (0x2LL << smm_sig_shift)
#define smm_sig_bus2_bits (0x1LL << smm_sig_shift)
u8 pad_0xa40_0xc00[0xc00 - 0xa40]; /* 0xa40 */
/* DMA Command Error Area */
u64 mfc_cer_R; /* 0xc00 */
#define MFC_CER_Q (1 << 31)
#define MFC_CER_SPU_QUEUE MFC_CER_Q
u8 pad_0xc08_0x1000[0x1000 - 0xc08]; /* 0xc08 */
/* PV1_ImplRegs: Implementation-dependent privileged-state 1 regs */
/* DMA Command Error Area */
u64 spu_ecc_cntl_RW; /* 0x1000 */
#define SPU_ECC_CNTL_E (1ull << 0ull)
#define SPU_ECC_CNTL_ENABLE SPU_ECC_CNTL_E
#define SPU_ECC_CNTL_DISABLE (~SPU_ECC_CNTL_E & 1L)
#define SPU_ECC_CNTL_S (1ull << 1ull)
#define SPU_ECC_STOP_AFTER_ERROR SPU_ECC_CNTL_S
#define SPU_ECC_CONTINUE_AFTER_ERROR (~SPU_ECC_CNTL_S & 2L)
#define SPU_ECC_CNTL_B (1ull << 2ull)
#define SPU_ECC_BACKGROUND_ENABLE SPU_ECC_CNTL_B
#define SPU_ECC_BACKGROUND_DISABLE (~SPU_ECC_CNTL_B & 4L)
#define SPU_ECC_CNTL_I_SHIFT 3ull
#define SPU_ECC_CNTL_I_MASK (3ull << SPU_ECC_CNTL_I_SHIFT)
#define SPU_ECC_WRITE_ALWAYS (~SPU_ECC_CNTL_I & 12L)
#define SPU_ECC_WRITE_CORRECTABLE (1ull << SPU_ECC_CNTL_I_SHIFT)
#define SPU_ECC_WRITE_UNCORRECTABLE (3ull << SPU_ECC_CNTL_I_SHIFT)
#define SPU_ECC_CNTL_D (1ull << 5ull)
#define SPU_ECC_DETECTION_ENABLE SPU_ECC_CNTL_D
#define SPU_ECC_DETECTION_DISABLE (~SPU_ECC_CNTL_D & 32L)
u64 spu_ecc_stat_RW; /* 0x1008 */
#define SPU_ECC_CORRECTED_ERROR (1ull << 0ul)
#define SPU_ECC_UNCORRECTED_ERROR (1ull << 1ul)
#define SPU_ECC_SCRUB_COMPLETE (1ull << 2ul)
#define SPU_ECC_SCRUB_IN_PROGRESS (1ull << 3ul)
#define SPU_ECC_INSTRUCTION_ERROR (1ull << 4ul)
#define SPU_ECC_DATA_ERROR (1ull << 5ul)
#define SPU_ECC_DMA_ERROR (1ull << 6ul)
#define SPU_ECC_STATUS_CNT_MASK (256ull << 8)
u64 spu_ecc_addr_RW; /* 0x1010 */
u64 spu_err_mask_RW; /* 0x1018 */
#define SPU_ERR_ILLEGAL_INSTR (1ull << 0ul)
#define SPU_ERR_ILLEGAL_CHANNEL (1ull << 1ul)
u8 pad_0x1020_0x1028[0x1028 - 0x1020]; /* 0x1020 */
/* SPU Debug-Trace Bus (DTB) Selection Registers */
u64 spu_trig0_sel; /* 0x1028 */
u64 spu_trig1_sel; /* 0x1030 */
u64 spu_trig2_sel; /* 0x1038 */
u64 spu_trig3_sel; /* 0x1040 */
u64 spu_trace_sel; /* 0x1048 */
#define spu_trace_sel_mask 0x1f1fLL
#define spu_trace_sel_bus0_bits 0x1000LL
#define spu_trace_sel_bus2_bits 0x0010LL
u64 spu_event0_sel; /* 0x1050 */
u64 spu_event1_sel; /* 0x1058 */
u64 spu_event2_sel; /* 0x1060 */
u64 spu_event3_sel; /* 0x1068 */
u64 spu_trace_cntl; /* 0x1070 */
} __attribute__ ((aligned(0x2000)));
#endif /* __KERNEL__ */
#endif
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