FreeBSD/Linux Kernel Cross Reference
sys/dev/ic/mpc105reg.h

     /*      $NetBSD: mpc105reg.h,v 1.3 2008/04/28 20:23:50 martin Exp $     */
     
     /*-
      * Copyright (c) 2001 The NetBSD Foundation, Inc.
      * All rights reserved.
      *
      * This code is derived from software contributed to The NetBSD Foundation
      * by Klaus J. Klein.
      *
     * Redistribution and use in source and binary forms, with or without
     * modification, are permitted provided that the following conditions
     * are met:
     * 1. Redistributions of source code must retain the above copyright
     *    notice, this list of conditions and the following disclaimer.
     * 2. Redistributions in binary form must reproduce the above copyright
     *    notice, this list of conditions and the following disclaimer in the
     *    documentation and/or other materials provided with the distribution.
     *
     * THIS SOFTWARE IS PROVIDED BY THE NETBSD FOUNDATION, INC. AND CONTRIBUTORS
     * ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED
     * TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR
     * PURPOSE ARE DISCLAIMED.  IN NO EVENT SHALL THE FOUNDATION OR CONTRIBUTORS
     * BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR
     * CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF
     * SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS
     * INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN
     * CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE)
     * ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE
     * POSSIBILITY OF SUCH DAMAGE.
     */
    
    #ifndef _DEV_IC_MPC105REG_H_
    #define _DEV_IC_MPC105REG_H_
    
    /*
     * Register definitions for the Motorola MPC105 PCI Bridge/Memory
     * Controller (PCIB/MC), as found in:
     *
     * MPC105 PCI Bridge/Memory Controller User's Manual,
     * Motorola Publication Number MPC105UM/AD.
     */
    
    #define MPC105_PMCR             0x70    /* Power Management configuration */
    #define MPC105_MEMSTARTADDR1    0x80    /* Memory starting address 1 */
    #define MPC105_MEMSTARTADDR2    0x84    /* Memory starting address 2 */
    #define MPC105_EXTMEMSTARTADDR1 0x88    /* Extd. memory starting address 1 */
    #define MPC105_EXTMEMSTARTADDR2 0x8c    /* Extd. memory starting address 2 */
    #define MPC105_MEMENDADDR1      0x90    /* Memory ending address 1 */
    #define MPC105_MEMENDADDR2      0x94    /* Memory ending address 2 */
    #define MPC105_EXTMEMENDADDR1   0x98    /* Extd. memory ending address 1 */
    #define MPC105_EXTMEMENDADDR2   0x9c    /* Extd. memory ending address 2 */
    #define MPC105_MEMEN            0xa0    /* Memory enable */
    #define MPC105_PICR1            0xa8    /* Processor Interface Config 1 */
    #define  MPC105_PICR1_CBA_MASK   0xff000000     /* Copy-back addr mask */
    #define  MPC105_PICR1_BREAD_WS   0x00c00000     /* Burst read wait states: */
    #define  MPC105_PICR1_BREAD_WS0  0x00000000     /*  0 wait states */
    #define  MPC105_PICR1_BREAD_WS1  0x00400000     /*  1 wait state */
    #define  MPC105_PICR1_BREAD_WS2  0x00800000     /*  2 wait states */
    #define  MPC105_PICR1_BREAD_WS3  0x00c00000     /*  3 wait states */
    #define  MPC105_PICR1_CACHE_1G   0x00200000     /* Cache 0-1G only */
    #define  MPC105_PICR1_RCS0       0x00100000     /* ROM on 0:PCI, 1:60x bus */
    #define  MPC105_PICR1_XIO_MODE   0x00080000     /* 0:Contig, 1:Discontig mode */
    #define  MPC105_PICR1_PROC_TYPE  0x00060000     /* Processor type */
    #define  MPC105_PICR1_PROC_TYPE_601     0x00000000
    #
    #define  MPC105_PICR1_PROC_TYPE_RSVD    0x00020000
    #define  MPC105_PICR1_PROC_TYPE_603     0x00040000
    #define  MPC105_PICR1_PROC_TYPE_604     0x00060000
    #define  MPC105_PICR1_XATS       0x00010000     /* Address map 0:B, 1:A */
    #define  MPC105_PICR1_MP_ID      0x00008000     /* Multiprocessor identifier */
    #define  MPC105_PICR1_RSVD0      0x00004000
    #define  MPC105_PICR1_LBA_EN     0x00002000     /* Local bus slave enable */
    #define  MPC105_PICR1_FLASHWR_EN 0x00001000     /* Flash writes enable */
    #define  MPC105_PICR1_MCP_EN     0x00000800     /* Machine check enable */
    #define  MPC105_PICR1_TEA_EN     0x00000400     /* Transfer error enable */
    #define  MPC105_PICR1_DPARK      0x00000200     /* Data bus park */
    #define  MPC105_PICR1_RSVD1      0x00000100
    #define  MPC105_PICR1_NO_PORT_REGS 0x00000080   /* Implement ext. conf regs */
    #define  MPC105_PICR1_ST_GATH_EN 0x00000040     /* Store gathering enable */
    #define  MPC105_PICR1_LE_MODE    0x00000020     /* 0:Big, 1:Little endian */
    #define  MPC105_PICR1_LOOP_SNOOP 0x00000010     /* Snoop looping enable */
    #define  MPC105_PICR1_APARK      0x00000008     /* Address bus park */
    #define  MPC105_PICR1_SPECREADS  0x00000004     /* Speculative read enable */
    #define  MPC105_PICR1_L2_MP      0x00000003     /* L2/multiproc config: */
    #define  MPC105_PICR1_L2_MP_NONE 0x00000000     /*  Uniprocessor/none */
    #define  MPC105_PICR1_L2_MP_WT   0x00000001     /*  Write-through */
    #define  MPC105_PICR1_L2_MP_WB   0x00000002     /*  Write-back */
    #define  MPC105_PICR1_L2_MP_MP   0x00000003     /*  Multiprocessor */
    #define MPC105_PICR2            0xac    /* Processor Interface Config 2 */
    #define  MPC105_PICR2_L2_UPD_EN  0x80000000     /* Service L2 cache misses */
    #define  MPC105_PICR2_L2_EN      0x40000000     /* L2 cache enable */
    #define  MPC105_PICR2_RSVD0      0x20000000
    #define  MPC105_PICR2_FLUSH_L2   0x10000000     /* 0->1: flush L2 cache */
    #define  MPC105_PICR2_RSVD1      0x0c000000
    #define  MPC105_PICR2_BYTE_DEC   0x02000000     /* Do L2 byte-write decode */
    #define  MPC105_PICR2_FAST_L2_MODE 0x01000000   /* Fast L2 mode timing */
    #define  MPC105_PICR2_DATA_RAM_TYPE 0x00c00000  /* L2 data RAM type */
    #define  MPC105_PICR2_DATA_RAM_TYPE_SYNCBRST    0x00000000
    #define  MPC105_PICR2_DATA_RAM_TYPE_RSVD0       0x00400000
   #define  MPC105_PICR2_DATA_RAM_TYPE_ASYNC       0x00800000
   #define  MPC105_PICR2_DATA_RAM_TYPE_RSVD1       0x00c00000
   #define  MPC105_PICR2_WMODE      0x00300000     /* SRAM write timing */
   #define  MPC105_PICR2_WMODE_RSVD        0x00000000
   #define  MPC105_PICR2_WMODE_NORMAL      0x00100000
   #define  MPC105_PICR2_WMODE_DELAYED     0x00200000
   #define  MPC105_PICR2_WMODE_EARLY       0x00300000
   #define  MPC105_PICR2_SNOOP_WS   0x000c0000     /* Snoop wait states: */
   #define  MPC105_PICR2_SNOOP_WS0  0x00000000     /*  0 clock cycles */
   #define  MPC105_PICR2_SNOOP_WS1  0x00040000     /*  1 clock cycle */
   #define  MPC105_PICR2_SNOOP_WS2  0x00080000     /*  2 clock cycles */
   #define  MPC105_PICR2_SNOOP_WS3  0x000c0000     /*  3 clock cycles */
   #define  MPC105_PICR2_MOD_HIGH   0x00020000     /* Cache modified polarity */
   #define  MPC105_PICR2_HIT_HIGH   0x00010000     /* Cache hit polarity */
   #define  MPC105_PICR2_RSVD2      0x00008000
   #define  MPC105_PICR2_ADDR_ONLY_DISABLE 0x00004000 /* L2 ignores CLEAN/
                                                         FLUSH/KILL ops */
   #define  MPC105_PICR2_HOLD       0x00002000     /* L2 tag address hold */
   #define  MPC105_PICR2_INV_MODE   0x00001000     /* L2 invalidate mode enable */
   #define  MPC105_PICR2_RSVD3      0x00000800
   #define  MPC105_PICR2_L2_HIT_DELAY       0x0000600      /* L2 hit delay */
   #define  MPC105_PICR2_L2_HIT_DELAYRSVD   0x0000000      /*  reserved */
   #define  MPC105_PICR2_L2_HIT_DELAY1      0x0000200      /*  1 clock cycle */
   #define  MPC105_PICR2_L2_HIT_DELAY2      0x0000400      /*  2 clock cycles */
   #define  MPC105_PICR2_L2_HIT_DELAY3      0x0000600      /*  3 clock cycles */
   #define  MPC105_PICR2_BURST_RATE 0x00000100      /* L2: 0:1, 1:2 clocks */
   #define  MPC105_PICR2_FAST_CASTOUT 0x00000080    /* L2 Fast castout timing */
   #define  MPC105_PICR2_TOE_WIDTH  0x00000040      /* TOE 0:2, 1:3 clock cycles */
   #define  MPC105_PICR2_L2_SIZE    0x00000030      /* L2 cache size */
   #define  MPC105_PICR2_L2_SIZE_256K       0x00000000
   #define  MPC105_PICR2_L2_SIZE_512K       0x00000010
   #define  MPC105_PICR2_L2_SIZE_1M         0x00000020
   #define  MPC105_PICR2_L2_SIZE_RSVD       0x00000030
   #define  MPC105_PICR2_APHASE_WS  0x0000000c      /* Addr. phase wait states: */
   #define  MPC105_PICR2_APHASE_WS0 0x00000000      /*  0 clock cycles */
   #define  MPC105_PICR2_APHASE_WS1 0x00000004      /*  1 clock cycle */
   #define  MPC105_PICR2_APHASE_WS2 0x00000008      /*  2 clock cycles */
   #define  MPC105_PICR2_APHASE_WS3 0x0000000c      /*  3 clock cycles */
   #define  MPC105_PICR2_DOE        0x00000002      /* L2 first data read timing */
   #define  MPC105_PICR2_WDATA      0x00000001      /* L2 first data write timing*/
   #define MPC105_AOVPR1           0xba    /* Alt. OS-visible parameters 1 */
   #define MPC105_AOVPR2           0xbb    /* Alt. OS-visible parameters 2 */
   #define MPC105_ERRENR1          0xc0    /* Error Enabling ter 1 */
   #define MPC105_ERRDR1           0xc1    /* Error Detection Register 1 */
   #define MPC105_60xBUSERRSTATR   0xc3    /* 60x Bus Error Status Register */
   #define MPC105_ERRENR2          0xc4    /* Error Enabling Register 2 */
   #define MPC105_ERRDR2           0xc5    /* Error Detection Register 2 */
   #define MPC105_PCIBUSERRSTATR   0xc7    /* PCI Bus Error Status Register */
   #define MPC105_ERRADDRR         0xc8    /* 60x/PCI Error Address Register */
   #define MPC105_MEMCTRLCR1       0xf0    /* Memory control configuration 1 */
   #define MPC105_MEMCTRLCR2       0xf4    /* Memory control configuration 2 */
   #define MPC105_MEMCTRLCR3       0xf8    /* Memory control configuration 3 */
   #define MPC105_MEMCTRLCR4       0xfc    /* Memory control configuration 4 */
   
   #endif /* !_DEV_IC_MPC105REG_H_ */

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