iBoot/drivers/samsung/pke/AppleS5L8900XPKE-hardware.h

195 lines
5.7 KiB
C

/*
* Copyright (C) 2008 Apple Inc. All rights reserved.
*
* This document is the property of Apple Inc.
* It is considered confidential and proprietary.
*
* This document may not be reproduced or transmitted in any form,
* in whole or in part, without the express written permission of
* Apple Inc.
*/
#ifndef _IOKIT_APPLES5L8900XPKE_HARDWARE_H
#define _IOKIT_APPLES5L8900XPKE_HARDWARE_H
#define IN_KERNEL 0
#if IN_KERNEL
#include <IOKit/IOLib.h>
#endif
struct pke_regs {
uint32_t pke_key_len; // 0x000
#define S5L8900XPKE_key_len(_precision, _chunk_size) (((_precision) & 0x03) | ((((_chunk_size) / 32) & 0x0f) << 3))
uint32_t pad004; // 0x004
uint32_t pke_start; // 0x008
#define S5L8900XPKE_exec_on (1<<0)
#define S5L8900XPKE_pldm_on (1<<3)
uint32_t pke_seg_id; // 0x00c
#define S5L8900XPKE_seg_ids(_a, _b, _m, _s) (((_a) << 24 ) | ((_b) << 16) | ((_m) << 8) | (_s))
uint32_t pke_seg_sign; // 0x010
uint32_t pke_seg_size; // 0x014
#define S5L8900XPKE_func_id (1<<0)
#define S5L8900XPKE_seg_256 (0x00 << 6)
#define S5L8900XPKE_seg_128 (0x01 << 6)
#define S5L8900XPKE_seg_64 (0x02 << 6)
uint32_t pke_intmode; // 0x018
#define S5L8900XPKE_interrupt (1<<0)
uint32_t pke_int; // 0x01c
#define S5L8900XPKE_end_int (1<<0)
uint32_t pke_int_mask; // 0x020
#define S5L8900XPKE_end_mask (1<<0)
uint32_t pke_sw_reset;
#define S5L8900XPKE_reset (1<<0)
};
/* ========================================================================= */
/* D E F I N E S */
/* ========================================================================= */
#define kIOPKEAcceleratorComputeRsquareMask 0x10
#define kIOPKEAcceleratorCacheRsquare 0x01
#define kIOPKEAcceleratorPreProcessingDone 0x100
#define kIOPKEMaxBits 2048
#define kIOPKEUserDataEndianessMask (1<<7)
/** \define
* definition of data format size
*/
#define DATA_WORD_TO_BYTE 4 /*4BYTE=1WORD*/
#define DATA_BYTE_TO_BIT 8 /*1BYTE=8BIT*/
#define DATA_SHIFT_FOR_256 8 /*2^8=256*/
#define DATA_SHIFT_FOR_128 7 /*2^7=128*/
#define DATA_SHIFT_FOR_64 6 /*2^6=64*/
#define PKE_REGSHIFT_KEY_LEN_CHNK_SZ 3
/** \define
* definition of PKE precision size
*/
#define PKE_SIZE_PREC_0 0 /*single*/
#define PKE_SIZE_PREC_1 1
#define PKE_SIZE_PREC_2 2
#define PKE_SIZE_PREC_3 3
/** \define
* definition of PKE key bit length
*/
#define PKE_LEN_BIT_128 128 /* min size of bit length*/
#define PKE_LEN_BIT_512 512
#define PKE_LEN_BIT_672 672
#define PKE_LEN_BIT_864 864
#define PKE_LEN_BIT_1024 1024
#define PKE_LEN_BIT_1280 1280
#define PKE_LEN_BIT_1408 1408
#define PKE_LEN_BIT_1536 1536
#define PKE_LEN_BIT_2048 2048 /*max size of bit length*/
/** \define
* definition of PKE Segment Size
*/
#define PKE_SEG_SIZE_256 (1<<DATA_SHIFT_FOR_256) /*256 byte*/
#define PKE_SEG_SIZE_128 (1<<DATA_SHIFT_FOR_128) /*128 byte*/
#define PKE_SEG_SIZE_64 (1<<DATA_SHIFT_FOR_64) /*64 byte*/
/** \define
* definition of PKE Segment Max Number (depend on segment size)
*/
#define PKE_SEG_NUM_CASE256 7
#define PKE_SEG_NUM_CASE128 15
#define PKE_SEG_NUM_CASE64 30
/** \define
* definition of PKE Function mode
*/
#define PKE_FUNC_MODE_AB 0
#define PKE_FUNC_MODE_A1 1
/** \define
* definition of PKE Register field data
*/
/* key len bits */
#define PKE_REGSHIFT_KEY_LEN_CHNK_SZ 3
#define PKE_REGSHIFT_KEY_LEN_PREC_ID 0
#define PKE_REGMASK_KEY_LEN_CHNK_SZ (15 << PKE_REGSHIFT_KEY_LEN_CHNK_SZ )
#define PKE_REGMASK_KEY_LEN_PREC_ID (3 << PKE_REGSHIFT_KEY_LEN_PREC_ID )
/* start bits */
#define PKE_REGSHIFT_START_PLDM_ON 3
#define PKE_REGSHIFT_START_EXEC_ON 0
#define PKE_REGMASK_START_PLDM_ON (1 << PKE_REGSHIFT_START_PLDM_ON )
#define PKE_REGMASK_START_EXEC_ON (1 << PKE_REGSHIFT_START_EXEC_ON )
/* seg id bits */
#define PKE_REGSHIFT_SEG_ID_A_SEG_ID 24
#define PKE_REGSHIFT_SEG_ID_B_SEG_ID 16
#define PKE_REGSHIFT_SEG_ID_M_SEG_ID 8
#define PKE_REGSHIFT_SEG_ID_S_SEG_ID 0
/* seg size bits */
#define PKE_REGSHIFT_SEG_SIZE_SEGSIZE 6
#define PKE_REGSHIFT_SEG_SIZE_FUNC_ID 1
#define PKE_REGSHIFT_SEG_SIZE_MUSTBEONE 0
#define PKE_REGMASK_SEG_SIZE_SEGSIZE (3 << PKE_REGSHIFT_SEG_SIZE_SEGSIZE)
#define PKE_REGMASK_SEG_SIZE_FUNC_ID (1 << PKE_REGSHIFT_SEG_SIZE_FUNC_ID)
#define PKE_REGMASK_SEG_SIZE_MUSTBEONE (1 << PKE_REGSHIFT_SEG_SIZE_MUSTBEONE )
#define PKE_REGVAL_SEG_SIZE_SEGSIZE_256 (0 << PKE_REGSHIFT_SEG_SIZE_SEGSIZE)
#define PKE_REGVAL_SEG_SIZE_SEGSIZE_128 (1 << PKE_REGSHIFT_SEG_SIZE_SEGSIZE)
#define PKE_REGVAL_SEG_SIZE_SEGSIZE_64 (2 << PKE_REGSHIFT_SEG_SIZE_SEGSIZE)
#define PKE_REGVAL_SEG_SIZE_FUNC_ID_AB (0 << PKE_REGSHIFT_SEG_SIZE_FUNC_ID)
#define PKE_REGVAL_SEG_SIZE_FUNC_ID_A1 (1 << PKE_REGSHIFT_SEG_SIZE_FUNC_ID)
/** \enum PKE_SegID_et
* enumeation of segment ID
*/
typedef enum
{
PKE_SEG_ID_00 = 0,
PKE_SEG_ID_01,
PKE_SEG_ID_02,
PKE_SEG_ID_03,
PKE_SEG_ID_04,
PKE_SEG_ID_05,
PKE_SEG_ID_06, /*last segment ID in the 256byte segment block*/
PKE_SEG_ID_07,
PKE_SEG_ID_08,
PKE_SEG_ID_09,
PKE_SEG_ID_10,
PKE_SEG_ID_11,
PKE_SEG_ID_12,
PKE_SEG_ID_13,
PKE_SEG_ID_14, /*last segment ID in the 128byte segment block*/
PKE_SEG_ID_15,
PKE_SEG_ID_16,
PKE_SEG_ID_17,
PKE_SEG_ID_18,
PKE_SEG_ID_19,
PKE_SEG_ID_20,
PKE_SEG_ID_21,
PKE_SEG_ID_22,
PKE_SEG_ID_23,
PKE_SEG_ID_24,
PKE_SEG_ID_25,
PKE_SEG_ID_26,
PKE_SEG_ID_27,
PKE_SEG_ID_28,
PKE_SEG_ID_29 /*last segment ID in the 64byte segment block*/
}PKE_SegID_et;
enum {
mod_segid = PKE_SEG_ID_00, /* ! moduler seg id MUST be '0' */
tmp_segid = PKE_SEG_ID_01,
acum_segid = PKE_SEG_ID_02,
iter_segid = PKE_SEG_ID_03
};
#endif /* _IOKIT_APPLES5L8900XPKE_HARDWARE_H */