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linux_dsm_epyc7002/drivers/char/mbcs.h
Alan Cox 39ef01e00d mbcs: Remove lots of global symbols 
MBCS has a collection of things that searches say are not used elsewhere
and could be static.  If this is the case they should be static, if not
then someone at SGI should rename things like "soft_list" so they don't
pollute the global namespace with generic names...

Signed-off-by: Alan Cox <alan@redhat.com>
Acked-by: Bruce Losure <blosure@sgi.com>
Cc: Jes Sorensen <jes@sgi.com>
Signed-off-by: Andrew Morton <akpm@linux-foundation.org>
Signed-off-by: Linus Torvalds <torvalds@linux-foundation.org>
2007-07-19 10:04:43 -07:00

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/*
* This file is subject to the terms and conditions of the GNU General Public
* License. See the file "COPYING" in the main directory of this archive
* for more details.
*
* Copyright (c) 2005 Silicon Graphics, Inc. All rights reserved.
*/
#ifndef __MBCS_H__
#define __MBCS_H__
/*
* General macros
*/
#define MB (1024*1024)
#define MB2 (2*MB)
#define MB4 (4*MB)
#define MB6 (6*MB)
/*
* Offsets and masks
*/
#define MBCS_CM_ID 0x0000 /* Identification */
#define MBCS_CM_STATUS 0x0008 /* Status */
#define MBCS_CM_ERROR_DETAIL1 0x0010 /* Error Detail1 */
#define MBCS_CM_ERROR_DETAIL2 0x0018 /* Error Detail2 */
#define MBCS_CM_CONTROL 0x0020 /* Control */
#define MBCS_CM_REQ_TOUT 0x0028 /* Request Time-out */
#define MBCS_CM_ERR_INT_DEST 0x0038 /* Error Interrupt Destination */
#define MBCS_CM_TARG_FL 0x0050 /* Target Flush */
#define MBCS_CM_ERR_STAT 0x0060 /* Error Status */
#define MBCS_CM_CLR_ERR_STAT 0x0068 /* Clear Error Status */
#define MBCS_CM_ERR_INT_EN 0x0070 /* Error Interrupt Enable */
#define MBCS_RD_DMA_SYS_ADDR 0x0100 /* Read DMA System Address */
#define MBCS_RD_DMA_LOC_ADDR 0x0108 /* Read DMA Local Address */
#define MBCS_RD_DMA_CTRL 0x0110 /* Read DMA Control */
#define MBCS_RD_DMA_AMO_DEST 0x0118 /* Read DMA AMO Destination */
#define MBCS_RD_DMA_INT_DEST 0x0120 /* Read DMA Interrupt Destination */
#define MBCS_RD_DMA_AUX_STAT 0x0130 /* Read DMA Auxillary Status */
#define MBCS_WR_DMA_SYS_ADDR 0x0200 /* Write DMA System Address */
#define MBCS_WR_DMA_LOC_ADDR 0x0208 /* Write DMA Local Address */
#define MBCS_WR_DMA_CTRL 0x0210 /* Write DMA Control */
#define MBCS_WR_DMA_AMO_DEST 0x0218 /* Write DMA AMO Destination */
#define MBCS_WR_DMA_INT_DEST 0x0220 /* Write DMA Interrupt Destination */
#define MBCS_WR_DMA_AUX_STAT 0x0230 /* Write DMA Auxillary Status */
#define MBCS_ALG_AMO_DEST 0x0300 /* Algorithm AMO Destination */
#define MBCS_ALG_INT_DEST 0x0308 /* Algorithm Interrupt Destination */
#define MBCS_ALG_OFFSETS 0x0310
#define MBCS_ALG_STEP 0x0318 /* Algorithm Step */
#define MBCS_GSCR_START 0x0000000
#define MBCS_DEBUG_START 0x0100000
#define MBCS_RAM0_START 0x0200000
#define MBCS_RAM1_START 0x0400000
#define MBCS_RAM2_START 0x0600000
#define MBCS_CM_CONTROL_REQ_TOUT_MASK 0x0000000000ffffffUL
//#define PIO_BASE_ADDR_BASE_OFFSET_MASK 0x00fffffffff00000UL
#define MBCS_SRAM_SIZE (1024*1024)
#define MBCS_CACHELINE_SIZE 128
/*
* MMR get's and put's
*/
#define MBCS_MMR_ADDR(mmr_base, offset)((uint64_t *)(mmr_base + offset))
#define MBCS_MMR_SET(mmr_base, offset, value) { \
uint64_t *mbcs_mmr_set_u64p, readback; \
mbcs_mmr_set_u64p = (uint64_t *)(mmr_base + offset); \
*mbcs_mmr_set_u64p = value; \
readback = *mbcs_mmr_set_u64p; \
}
#define MBCS_MMR_GET(mmr_base, offset) *(uint64_t *)(mmr_base + offset)
#define MBCS_MMR_ZERO(mmr_base, offset) MBCS_MMR_SET(mmr_base, offset, 0)
/*
* MBCS mmr structures
*/
union cm_id {
uint64_t cm_id_reg;
struct {
uint64_t always_one:1, // 0
mfg_id:11, // 11:1
part_num:16, // 27:12
bitstream_rev:8, // 35:28
:28; // 63:36
};
};
union cm_status {
uint64_t cm_status_reg;
struct {
uint64_t pending_reads:8, // 7:0
pending_writes:8, // 15:8
ice_rsp_credits:8, // 23:16
ice_req_credits:8, // 31:24
cm_req_credits:8, // 39:32
:1, // 40
rd_dma_in_progress:1, // 41
rd_dma_done:1, // 42
:1, // 43
wr_dma_in_progress:1, // 44
wr_dma_done:1, // 45
alg_waiting:1, // 46
alg_pipe_running:1, // 47
alg_done:1, // 48
:3, // 51:49
pending_int_reqs:8, // 59:52
:3, // 62:60
alg_half_speed_sel:1; // 63
};
};
union cm_error_detail1 {
uint64_t cm_error_detail1_reg;
struct {
uint64_t packet_type:4, // 3:0
source_id:2, // 5:4
data_size:2, // 7:6
tnum:8, // 15:8
byte_enable:8, // 23:16
gfx_cred:8, // 31:24
read_type:2, // 33:32
pio_or_memory:1, // 34
head_cw_error:1, // 35
:12, // 47:36
head_error_bit:1, // 48
data_error_bit:1, // 49
:13, // 62:50
valid:1; // 63
};
};
union cm_error_detail2 {
uint64_t cm_error_detail2_reg;
struct {
uint64_t address:56, // 55:0
:8; // 63:56
};
};
union cm_control {
uint64_t cm_control_reg;
struct {
uint64_t cm_id:2, // 1:0
:2, // 3:2
max_trans:5, // 8:4
:3, // 11:9
address_mode:1, // 12
:7, // 19:13
credit_limit:8, // 27:20
:5, // 32:28
rearm_stat_regs:1, // 33
prescalar_byp:1, // 34
force_gap_war:1, // 35
rd_dma_go:1, // 36
wr_dma_go:1, // 37
alg_go:1, // 38
rd_dma_clr:1, // 39
wr_dma_clr:1, // 40
alg_clr:1, // 41
:2, // 43:42
alg_wait_step:1, // 44
alg_done_amo_en:1, // 45
alg_done_int_en:1, // 46
:1, // 47
alg_sram0_locked:1, // 48
alg_sram1_locked:1, // 49
alg_sram2_locked:1, // 50
alg_done_clr:1, // 51
:12; // 63:52
};
};
union cm_req_timeout {
uint64_t cm_req_timeout_reg;
struct {
uint64_t time_out:24, // 23:0
:40; // 63:24
};
};
union intr_dest {
uint64_t intr_dest_reg;
struct {
uint64_t address:56, // 55:0
int_vector:8; // 63:56
};
};
union cm_error_status {
uint64_t cm_error_status_reg;
struct {
uint64_t ecc_sbe:1, // 0
ecc_mbe:1, // 1
unsupported_req:1, // 2
unexpected_rsp:1, // 3
bad_length:1, // 4
bad_datavalid:1, // 5
buffer_overflow:1, // 6
request_timeout:1, // 7
:8, // 15:8
head_inv_data_size:1, // 16
rsp_pactype_inv:1, // 17
head_sb_err:1, // 18
missing_head:1, // 19
head_inv_rd_type:1, // 20
head_cmd_err_bit:1, // 21
req_addr_align_inv:1, // 22
pio_req_addr_inv:1, // 23
req_range_dsize_inv:1, // 24
early_term:1, // 25
early_tail:1, // 26
missing_tail:1, // 27
data_flit_sb_err:1, // 28
cm2hcm_req_cred_of:1, // 29
cm2hcm_rsp_cred_of:1, // 30
rx_bad_didn:1, // 31
rd_dma_err_rsp:1, // 32
rd_dma_tnum_tout:1, // 33
rd_dma_multi_tnum_tou:1, // 34
wr_dma_err_rsp:1, // 35
wr_dma_tnum_tout:1, // 36
wr_dma_multi_tnum_tou:1, // 37
alg_data_overflow:1, // 38
alg_data_underflow:1, // 39
ram0_access_conflict:1, // 40
ram1_access_conflict:1, // 41
ram2_access_conflict:1, // 42
ram0_perr:1, // 43
ram1_perr:1, // 44
ram2_perr:1, // 45
int_gen_rsp_err:1, // 46
int_gen_tnum_tout:1, // 47
rd_dma_prog_err:1, // 48
wr_dma_prog_err:1, // 49
:14; // 63:50
};
};
union cm_clr_error_status {
uint64_t cm_clr_error_status_reg;
struct {
uint64_t clr_ecc_sbe:1, // 0
clr_ecc_mbe:1, // 1
clr_unsupported_req:1, // 2
clr_unexpected_rsp:1, // 3
clr_bad_length:1, // 4
clr_bad_datavalid:1, // 5
clr_buffer_overflow:1, // 6
clr_request_timeout:1, // 7
:8, // 15:8
clr_head_inv_data_siz:1, // 16
clr_rsp_pactype_inv:1, // 17
clr_head_sb_err:1, // 18
clr_missing_head:1, // 19
clr_head_inv_rd_type:1, // 20
clr_head_cmd_err_bit:1, // 21
clr_req_addr_align_in:1, // 22
clr_pio_req_addr_inv:1, // 23
clr_req_range_dsize_i:1, // 24
clr_early_term:1, // 25
clr_early_tail:1, // 26
clr_missing_tail:1, // 27
clr_data_flit_sb_err:1, // 28
clr_cm2hcm_req_cred_o:1, // 29
clr_cm2hcm_rsp_cred_o:1, // 30
clr_rx_bad_didn:1, // 31
clr_rd_dma_err_rsp:1, // 32
clr_rd_dma_tnum_tout:1, // 33
clr_rd_dma_multi_tnum:1, // 34
clr_wr_dma_err_rsp:1, // 35
clr_wr_dma_tnum_tout:1, // 36
clr_wr_dma_multi_tnum:1, // 37
clr_alg_data_overflow:1, // 38
clr_alg_data_underflo:1, // 39
clr_ram0_access_confl:1, // 40
clr_ram1_access_confl:1, // 41
clr_ram2_access_confl:1, // 42
clr_ram0_perr:1, // 43
clr_ram1_perr:1, // 44
clr_ram2_perr:1, // 45
clr_int_gen_rsp_err:1, // 46
clr_int_gen_tnum_tout:1, // 47
clr_rd_dma_prog_err:1, // 48
clr_wr_dma_prog_err:1, // 49
:14; // 63:50
};
};
union cm_error_intr_enable {
uint64_t cm_error_intr_enable_reg;
struct {
uint64_t int_en_ecc_sbe:1, // 0
int_en_ecc_mbe:1, // 1
int_en_unsupported_re:1, // 2
int_en_unexpected_rsp:1, // 3
int_en_bad_length:1, // 4
int_en_bad_datavalid:1, // 5
int_en_buffer_overflo:1, // 6
int_en_request_timeou:1, // 7
:8, // 15:8
int_en_head_inv_data_:1, // 16
int_en_rsp_pactype_in:1, // 17
int_en_head_sb_err:1, // 18
int_en_missing_head:1, // 19
int_en_head_inv_rd_ty:1, // 20
int_en_head_cmd_err_b:1, // 21
int_en_req_addr_align:1, // 22
int_en_pio_req_addr_i:1, // 23
int_en_req_range_dsiz:1, // 24
int_en_early_term:1, // 25
int_en_early_tail:1, // 26
int_en_missing_tail:1, // 27
int_en_data_flit_sb_e:1, // 28
int_en_cm2hcm_req_cre:1, // 29
int_en_cm2hcm_rsp_cre:1, // 30
int_en_rx_bad_didn:1, // 31
int_en_rd_dma_err_rsp:1, // 32
int_en_rd_dma_tnum_to:1, // 33
int_en_rd_dma_multi_t:1, // 34
int_en_wr_dma_err_rsp:1, // 35
int_en_wr_dma_tnum_to:1, // 36
int_en_wr_dma_multi_t:1, // 37
int_en_alg_data_overf:1, // 38
int_en_alg_data_under:1, // 39
int_en_ram0_access_co:1, // 40
int_en_ram1_access_co:1, // 41
int_en_ram2_access_co:1, // 42
int_en_ram0_perr:1, // 43
int_en_ram1_perr:1, // 44
int_en_ram2_perr:1, // 45
int_en_int_gen_rsp_er:1, // 46
int_en_int_gen_tnum_t:1, // 47
int_en_rd_dma_prog_er:1, // 48
int_en_wr_dma_prog_er:1, // 49
:14; // 63:50
};
};
struct cm_mmr {
union cm_id id;
union cm_status status;
union cm_error_detail1 err_detail1;
union cm_error_detail2 err_detail2;
union cm_control control;
union cm_req_timeout req_timeout;
uint64_t reserved1[1];
union intr_dest int_dest;
uint64_t reserved2[2];
uint64_t targ_flush;
uint64_t reserved3[1];
union cm_error_status err_status;
union cm_clr_error_status clr_err_status;
union cm_error_intr_enable int_enable;
};
union dma_hostaddr {
uint64_t dma_hostaddr_reg;
struct {
uint64_t dma_sys_addr:56, // 55:0
:8; // 63:56
};
};
union dma_localaddr {
uint64_t dma_localaddr_reg;
struct {
uint64_t dma_ram_addr:21, // 20:0
dma_ram_sel:2, // 22:21
:41; // 63:23
};
};
union dma_control {
uint64_t dma_control_reg;
struct {
uint64_t dma_op_length:16, // 15:0
:18, // 33:16
done_amo_en:1, // 34
done_int_en:1, // 35
:1, // 36
pio_mem_n:1, // 37
:26; // 63:38
};
};
union dma_amo_dest {
uint64_t dma_amo_dest_reg;
struct {
uint64_t dma_amo_sys_addr:56, // 55:0
dma_amo_mod_type:3, // 58:56
:5; // 63:59
};
};
union rdma_aux_status {
uint64_t rdma_aux_status_reg;
struct {
uint64_t op_num_pacs_left:17, // 16:0
:5, // 21:17
lrsp_buff_empty:1, // 22
:17, // 39:23
pending_reqs_left:6, // 45:40
:18; // 63:46
};
};
struct rdma_mmr {
union dma_hostaddr host_addr;
union dma_localaddr local_addr;
union dma_control control;
union dma_amo_dest amo_dest;
union intr_dest intr_dest;
union rdma_aux_status aux_status;
};
union wdma_aux_status {
uint64_t wdma_aux_status_reg;
struct {
uint64_t op_num_pacs_left:17, // 16:0
:4, // 20:17
lreq_buff_empty:1, // 21
:18, // 39:22
pending_reqs_left:6, // 45:40
:18; // 63:46
};
};
struct wdma_mmr {
union dma_hostaddr host_addr;
union dma_localaddr local_addr;
union dma_control control;
union dma_amo_dest amo_dest;
union intr_dest intr_dest;
union wdma_aux_status aux_status;
};
union algo_step {
uint64_t algo_step_reg;
struct {
uint64_t alg_step_cnt:16, // 15:0
:48; // 63:16
};
};
struct algo_mmr {
union dma_amo_dest amo_dest;
union intr_dest intr_dest;
union {
uint64_t algo_offset_reg;
struct {
uint64_t sram0_offset:7, // 6:0
reserved0:1, // 7
sram1_offset:7, // 14:8
reserved1:1, // 15
sram2_offset:7, // 22:16
reserved2:14; // 63:23
};
} sram_offset;
union algo_step step;
};
struct mbcs_mmr {
struct cm_mmr cm;
uint64_t reserved1[17];
struct rdma_mmr rdDma;
uint64_t reserved2[25];
struct wdma_mmr wrDma;
uint64_t reserved3[25];
struct algo_mmr algo;
uint64_t reserved4[156];
};
/*
* defines
*/
#define DEVICE_NAME "mbcs"
#define MBCS_PART_NUM 0xfff0
#define MBCS_PART_NUM_ALG0 0xf001
#define MBCS_MFG_NUM 0x1
struct algoblock {
uint64_t amoHostDest;
uint64_t amoModType;
uint64_t intrHostDest;
uint64_t intrVector;
uint64_t algoStepCount;
};
struct getdma {
uint64_t hostAddr;
uint64_t localAddr;
uint64_t bytes;
uint64_t DoneAmoEnable;
uint64_t DoneIntEnable;
uint64_t peerIO;
uint64_t amoHostDest;
uint64_t amoModType;
uint64_t intrHostDest;
uint64_t intrVector;
};
struct putdma {
uint64_t hostAddr;
uint64_t localAddr;
uint64_t bytes;
uint64_t DoneAmoEnable;
uint64_t DoneIntEnable;
uint64_t peerIO;
uint64_t amoHostDest;
uint64_t amoModType;
uint64_t intrHostDest;
uint64_t intrVector;
};
struct mbcs_soft {
struct list_head list;
struct cx_dev *cxdev;
int major;
int nasid;
void *mmr_base;
wait_queue_head_t dmawrite_queue;
wait_queue_head_t dmaread_queue;
wait_queue_head_t algo_queue;
struct sn_irq_info *get_sn_irq;
struct sn_irq_info *put_sn_irq;
struct sn_irq_info *algo_sn_irq;
struct getdma getdma;
struct putdma putdma;
struct algoblock algo;
uint64_t gscr_addr; // pio addr
uint64_t ram0_addr; // pio addr
uint64_t ram1_addr; // pio addr
uint64_t ram2_addr; // pio addr
uint64_t debug_addr; // pio addr
atomic_t dmawrite_done;
atomic_t dmaread_done;
atomic_t algo_done;
struct semaphore dmawritelock;
struct semaphore dmareadlock;
struct semaphore algolock;
};
static int mbcs_open(struct inode *ip, struct file *fp);
static ssize_t mbcs_sram_read(struct file *fp, char __user *buf, size_t len,
loff_t * off);
static ssize_t mbcs_sram_write(struct file *fp, const char __user *buf, size_t len,
loff_t * off);
static loff_t mbcs_sram_llseek(struct file *filp, loff_t off, int whence);
static int mbcs_gscr_mmap(struct file *fp, struct vm_area_struct *vma);
#endif // __MBCS_H__
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