/*
 * Copyright (c) 2012, ETH Zurich. All rights reserved.
 *
 * This file is distributed under the terms in the attached LICENSE file.
 * If you do not find this file, copies can be found by writing to:
 * ETH Zurich D-INFK, CAB F.78, Universitaetstrasse 6, CH-8092 Zurich,
 */

/*
 * omap44xx_ctrlmod.dev
 *
 * DESCRIPTION: Control module
 *
 * See:
 * OMAP4460 Multimedia Device Silicon Revision 1.x (Version Q)
 * Chapter: 18
 * Registers: 18.6, page 3688 
 *
 * XXX Need to write a register type for pad multiplexing
 */
 
 device omap44xx_ctrlmod msbfirst (addr gen_core, 
                                   addr gen_wkup, 
                                   addr pad_core, 
                                   addr pad_wkup) "TI Control Module" {


     // SYSCTRL_GENERAL_CORE registers
     // relative to gen_core address
     // --------------------------------------------------

     register CONTROL_GEN_CORE_REVISION addr(gen_core, 0x0) 
         "Control module instance revision identifier"
         type(uint32);

     // SYSCTRL_PADCONF_CORE registers
     // relative to pad_core address
     // --------------------------------------------------

     // Register format for pad configuration
     regtype pad_conf "Configuration of Pads. Two Pads per register" {
         PAD2_WAKEUPEVENT            1    ro     "Pad_x wake-up event status latched in IO";
         PAD2_WAKEUPENABLE           1    rw     "Input pad wake-up enable";
         PAD2_OFFMODEPULLTYPESEL     1    rw     "OffMode mode pullup/down selection";
         PAD2_OFFMODEPULLUDENABLE    1    rw     "OffMode mode pullup/down enable";
         PAD2_OFFMODEOUTVALUE        1    rw     "OffMode mode output value";
         PAD2_OFFMODEOUTENABLE       1    rw     "OffMode mode output enable value";
         PAD2_OFFMODEENABLE          1    rw     "OffMode mode override control";
         PAD2_INPUTENABLE            1    rw     "Input enable value";
         _                           6 rsvd;
         PAD2_MUXMODE                2    rw     "Functional mux selection";

         PAD1_WAKEUPEVENT            1    ro     "Pad_x wake-up event status latched in IO";
         PAD1_WAKEUPENAB             1    rw     "Input pad wake-up enable";
         PAD1_OFFMODEPULLTYPESEL     1    rw     "OffMode mode pullup/down selection";
         PAD1_OFFMODEPULLUDENABLE    1    rw     "OffMode mode pullup/down enable";
         PAD1_OFFMODEOUTVALUE        1    rw     "OffMode mode output value";
         PAD1_OFFMODEOUTENABLE       1    rw     "OffMode mode output enable value";
         PAD1_OFFMODEENABLE          1    rw     "OffMode mode override control";
         PAD1_INPUTENABLE            1    rw     "Input enable value";
         _                           6 rsvd;
         PAD1_MUXMODE                2    rw     "Functional mux selection";
     };

     register PAD_AD8 addr(pad_core, 0x50) type(pad_conf);
     register PAD_AD10 addr(pad_core, 0x54) type(pad_conf);
     register PAD_AD12 addr(pad_core, 0x58) type(pad_conf);
     register PAD_AD14 addr(pad_core, 0x5c) type(pad_conf);
     register PAD_NWP addr(pad_core, 0x7c) type(pad_conf);
     register PAD_NAVD_ALE addr(pad_core, 0x80) type(pad_conf);
     register PAD_USBC1 addr(pad_core, 0xe0) type(pad_conf);
     register PAD_CMD addr(pad_core, 0xe4) type(pad_conf);
     register PAD_DAT1 addr(pad_core, 0xe8) type(pad_conf);
     register PAD_DAT3 addr(pad_core, 0xeC) type(pad_conf);
     register PAD_DAT5 addr(pad_core, 0xf0) type(pad_conf);
     register PAD_DAT7 addr(pad_core, 0xf4) type(pad_conf);

     constants voltage "Voltage bit" {
         vlt_low = 0b0 "1.8V";
         vlt_hi  = 0b1 "3.0V";
     };

     register PBIASLITE addr(pad_core,0x600)
         "PBIASLITE control for extended drain pad settings"
     { 
         USBC1_ICUSB_PWRDNZ           1 rw "PWRDNZ for USBC1 IO";
         MMC1_PBIASLITE_VMODE         1 rw type(voltage) "MMC1 PBIAS VMODE control";
         MMC1_PBIASLITE_PWRDNZ        1 rw "PWRDNZ for MMC1 PBIAS";
         MMC1_PBIASLITE_VMODE_ERROR   1 ro "Error bit for MMC1 PBIAS VMODE";
         MMC1_PBIASLITE_SUPPLY_HI_OUT 1 ro type(voltage) "Indicator for SDMMC1_VDDS voltage";
         MMC1_PBIASLITE_HIZ_MODE      1 rw "MMC1 PBIAS hi-z mode";
         MMC1_PWRDNZ                  1 rw "PWRDNZ for MMC1 IO";
         PBIASLITE1_VMODE             1 rw type(voltage) "PBIAS VMODE control";
         PBIASLITE1_PWRDNZ            1 rw "PWRDNZ for PBIAS";
         PBIASLITE1_VMODE_ERROR       1 ro "Error bit for PBIAS VMODE";
         PBIASLITE1_SUPPLY_HI_OUT     1 ro type(voltage) "Indicator for PBIAS voltage";
         PBIASLITE1_HIZ_MODE          1 rw "PBIAS hi-z mode";
         _                            20 rsvd;
     };

     constants usbc1_speeds "Clock speeds for usbc1" {
         usbc1_spd_slow = 0b0 "FMAX = 26MHz @ 30pF";
         usbc1_spd_fast = 0b1 "FMAX = 65MHz @ 30pF";
     };

     constants mmc1_speeds "Clock speeds for sdmmc1" {
         mmc1_spd_slow = 0b000 "FMAX = 26MHz @ 30pF";
         mmc1_spd_fast = 0b111 "FMAX = 65MHz @ 30pF";
     };

     constants mmc1_pustrengths "Pull up strenghts for sdmmc1" {
         mmc1_pstr_strong = 0b0000 "Pull up with 50 to 110 kOhm";
         mmc1_pstr_weak   = 0b1111 "Pull up with 10 to 50 kOhm";
     };

     register CONTROL_MMC1 addr(pad_core,0x628) "MMC1 control" {
         _                      21 rsvd;
         USBC1_ICUSB_DM_PDDIS   1 rw "ICUSB DM pull-down disable";
         USBC1_ICUSB_DP_PDDIS   1 rw "ICUSB DP pull-down disable";
         USB_FD_CDEN            1 rw "USB FD pull-down select";
         USBC1_DR0_SPEEDCTRL    1 rw type(usbc1_speeds) "Speed control for USBC1";
         /* Speedcontrol is actually 3 1-bit registers but afaict they should
          * be set to the same value all the time -SG
          */
         SDMMC1_SPEEDCTRL       3 rw type(mmc1_speeds) "Speed control for SDMMC1";
         /* Pullstrength control is actually 4 1-bit registers but afaict
          * they should be set to the same value all the time -SG
          */
         SDMMC1_PUSTRENGTH      4 rw type(mmc1_pustrengths) "Pullstrength control for SDMMC1";
     };
 };