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NetBSD/sys/dev/ic/tcic2reg.h
christos 95e1ffb156 merge ktrace-lwp.
2005-12-11 12:16:03 +00:00

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/* $NetBSD: tcic2reg.h,v 1.4 2005/12/11 12:21:28 christos Exp $ */
/*-
* Copyright (c) 1998, 1999 The NetBSD Foundation, Inc.
* All rights reserved.
*
* This code is derived from software contributed to The NetBSD Foundation
* by Christoph Badura.
*
* 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.
* 3. All advertising materials mentioning features or use of this software
* must display the following acknowledgement:
* This product includes software developed by the NetBSD
* Foundation, Inc. and its contributors.
* 4. Neither the name of The NetBSD Foundation nor the names of its
* contributors may be used to endorse or promote products derived
* from this software without specific prior written permission.
*
* 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.
*/
/*
* All information is from the Databook DB86082 TCIC PC Card Controller for
* Notebook PCs -- Hardware Design Guide, March 22, 1994.
*/
#ifndef _TCIC2REG_H
#define _TCIC2REG_H
#define TCIC_IOSIZE 16
/* TCIC primary registers */
#define TCIC_R_DATA 0 /* Data register, 16 bit */
#define TCIC_R_ADDR 2 /* Address register, 32 bit */
#define TCIC_R_ADDR2 (TCIC_R_ADDR+2) /* high word of addr. reg. */
#define TCIC_R_SCTRL 6 /* Socket control reg., 8 bit */
#define TCIC_R_SSTAT 7 /* Socket status reg., 8 bit */
#define TCIC_R_MODE 8 /* Mode register, 8 bit */
#define TCIC_R_PWR 9 /* Power control reg., 8 bit */
#define TCIC_R_EDC 0xA /* Error detect code, 16 bit */
#define TCIC_R_ICSR 0xC /* Interrupt ctrl/status, 8 bit */
#define TCIC_R_IENA 0xD /* Interrupt enable, 8 bit */
#define TCIC_R_AUX 0xE /* Auxiliary Register, 16 bit */
/*
* TCIC auxiliary registers.
* These are all 16 bit registers.
* They are accessed by selecting the appropriate index in
* bits 7:5 of the mode register.
*/
#define TCIC_AR_MASK 0xe0 /* for masking the mode reg. */
#define TCIC_AR_TCTL 0x00 /* timing control register */
#define TCIC_AR_PCTL 0x20 /* programming pulse ctrl. */
#define TCIC_AR_WCTL 0x40 /* wait state control */
#define TCIC_AR_EXTERN 0x60 /* external access */
#define TCIC_AR_PDATA 0x80 /* programming data */
#define TCIC_AR_SYSCFG 0xA0 /* system configuration */
#define TCIC_AR_ILOCK 0xC0 /* interlock control/status */
#define TCIC_AR_TEST 0xE0 /* test */
/*
* TCIC indirect registers.
* These are all 16 bit.
* They are accessed by selecting the appropriate address in
* bits 9:0 of the address register with indirect register access mode
* enabled.
*/
#define TCIC_WR_MEM_BASE 0x100 /* base address */
#define TCIC_WR_MEM_SHFT 3 /* log2 size of one reg set */
#define TCIC_WR_MEXT_N(n) ((TCIC_WR_MEM_BASE+((n)<<TCIC_WR_MEM_SHFT))+0)
#define TCIC_WR_MBASE_N(n) ((TCIC_WR_MEM_BASE+((n)<<TCIC_WR_MEM_SHFT))+2)
#define TCIC_WR_MMAP_N(n) ((TCIC_WR_MEM_BASE+((n)<<TCIC_WR_MEM_SHFT))+4)
#define TCIC_WR_MCTL_N(n) ((TCIC_WR_MEM_BASE+((n)<<TCIC_WR_MEM_SHFT))+6)
#define TCIC_WR_IO_BASE 0x200 /* base address */
#define TCIC_WR_IO_SHFT 2 /* log2 size of one reg set */
#define TCIC_WR_IBASE_N(n) ((TCIC_WR_IO_BASE+((n)<<TCIC_WR_IO_SHFT))+0)
#define TCIC_WR_ICTL_N(n) ((TCIC_WR_IO_BASE+((n)<<TCIC_WR_IO_SHFT))+2)
#define TCIC_IR_SCF_BASE 0 /* base address */
#define TCIC_IR_SCF_SHFT 3 /* log2 size of one reg set */
#define TCIC_IR_SCF1_N(n) ((TCIC_IR_SCF_BASE+((n)<<TCIC_IR_SCF_SHFT))+0)
#define TCIC_IR_SCF2_N(n) ((TCIC_IR_SCF_BASE+((n)<<TCIC_IR_SCF_SHFT))+2)
/* Bits in the ADDR2 register */
#define TCIC_SS_SHIFT 12 /* location of socket select bits */
#define TCIC_SS_MASK (7<<(TCIC_SS_SHIFT)) /* socket select mask */
#define TCIC_ADDR2_REG (1 << 15) /* select REG space */
#define TCIC_ADDR2_SS_SHFT TCIC_SS_SHIFT /* select sockets the usual way */
#define TCIC_ADDR2_SS_MASK TCIC_SS_MASK /* ditto */
#define TCIC_ADDR2_INDREG (1 << 11) /* access indirect registers
* (not card data)
*/
#define TCIC_ADDR2_IO (1 << 10) /* select I/O cycles, readback
* card /IORD, /IOWR in diag-
* nostic mode.
*/
/* Bits in address register */
#define TCIC_ADDR_REG (u_int32_t) TCIC_ADDR2_REG << 16) /* OR with this for REG space */
#define TCIC_ADDR_SS_SHFT ((u_int32_t) TCIC_ADDR2_SS_SHFT + 16)
/* shift count, cast so that
* you'll get the right type
* if you use it but forget
* to cast the left arg.
*/
#define TCIC_ADDR_SS_MASK ((u_int32_t) TCIC_ADDR2_SS_MASK << 16)
#define TCIC_ADDR_INDREG ((u_int32_t) TCIC_ADDR2_INDREG << 16)
#define TCIC_ADDR_IO ((u_int32_t) TCIC_ADDR2_IO << 16)
#define TCIC_ADDR_SPACE_SIZE ((u_int32_t) 1 << 26)
#define TCIC_ADDR_MASK (ADDR_SPACE_SIZE - 1)
/* The following bits are defined in diagnostic mode */
#define TCIC_ADDR_DIAG_NREG ((u_int32_t) 1 << 31) /* inverted! */
#define TCIC_ADDR_DIAG_NCEH ((u_int32_t) 1 << 30)
#define TCIC_ADDR_DIAG_NCEL ((u_int32_t) 1 << 29)
#define TCIC_ADDR_DIAG_NCWR ((u_int32_t) 1 << 28)
#define TCIC_ADDR_DIAG_NCRD ((u_int32_t) 1 << 27)
#define TCIC_ADDR_DIAG_CRESET ((u_int32_t) 1 << 26)
/* Bits in socket control register */
#define TCIC_SCTRL_ENA (1 << 0) /* enable access to card */
#define TCIC_SCTRL_INCMODE (3 << 3) /* mask for increment mode: */
#define TCIC_SCTRL_INCMODE_AUTO (3 << 3) /* auto-increment mode */
#define TCIC_SCTRL_INCMODE_HOLD (0 << 3) /* byte hold mode */
#define TCIC_SCTRL_INCMODE_WORD (1 << 3) /* word hold mode */
#define TCIC_SCTRL_INCMODE_REG (2 << 3) /* reg-space increment mode */
#define TCIC_SCTRL_EDCSUM (1 << 5) /* if set, use checksum (not CRC) */
#define TCIC_SCTRL_RESET (1 << 7) /* internal software reset */
#define TCIC_SCTRL_RSVD 0x46 /* reserved bits, MBZ */
/* Bits in the socket status register */
#define TCIC_SSTAT_6US (1<<0) /* 6 usec have elapsed */
#define TCIC_SSTAT_10US (1<<1) /* 10 usec have elapsed */
#define TCIC_SSTAT_PROGTIME (1<<2) /* programming pulse timeout */
#define TCIC_SSTAT_LBAT1 (1<<3) /* low battery 1 */
#define TCIC_SSTAT_LBAT2 (1<<4) /* low battery 2 */
#define TCIC_SSTAT_BATOK (0<<3) /* battery is OK */
#define TCIC_SSTAT_BATBAD1 (1<<3) /* battery is low */
#define TCIC_SSTAT_BATLO (2<<3) /* battery is getting low */
#define TCIC_SSTAT_BATBAD2 (3<<3) /* battery is low */
#define TCIC_SSTAT_RDY (1<<5) /* card is ready (not busy) */
#define TCIC_SSTAT_WP (1<<6) /* card is write-protected */
#define TCIC_SSTAT_CD (1<<7) /* card present */
#define TCIC_SSTAT_STAT_MASK 0xf8
/* Mode register contents (R_MODE) */
#define TCIC_MODE_PGMMASK (0x1F) /* the programming mode bits */
#define TCIC_MODE_NORMAL (0) /* normal mode */
#define TCIC_MODE_PGMWR (1 << 0) /* assert /WR */
#define TCIC_MODE_PGMRD (1 << 1) /* assert /RD */
#define TCIC_MODE_PGMCE (1 << 2) /* assert /CEx */
#define TCIC_MODE_PGMDBW (1 << 3) /* databus in write mode */
#define TCIC_MODE_PGMWORD (1 << 4) /* word programming mode */
/* Power control register contents (R_PWR) */
#define TCIC_PWR_VCC_SHFT (0) /* the VCC ctl shift */
#define TCIC_PWR_VCC_MASK (3 << TCIC_PWR_VCC_SHFT)
#define TCIC_PWR_VPP_SHFT (3) /* the VPP ctl shift */
#define TCIC_PWR_VPP_MASK (3 << TCIC_PWR_VPP_SHFT)
#define TCIC_PWR_ENA (1 << 5) /* on 084, successors, this
* must be set to turn on
* power.
*/
#define TCIC_PWR_VCC5V (1 << 2) /* enable +5 (not +3) */
#if 0
#define TCIC_PWR_VOFF_POFF (0) /* turn off VCC, VPP */
#define TCIC_PWR_VON_PVCC (1) /* turn on VCC, VPP=VCC */
#define TCIC_PWR_VON_PVPP (2) /* turn on VCC, VPP=12V */
#define TCIC_PWR_VON_POFF (3) /* turn on VCC, VPP=0V */
#endif
#define TCIC_PWR_VCC_N(n) (1<<((n))) /* VCCSEL for socket n */
#define TCIC_PWR_VPP_N(n) (1<<(3+(n))) /* VPPSEL for socket n */
#define TCIC_PWR_CLIMENA (1 << 6) /* the current-limit enable */
#define TCIC_PWR_CLIMSTAT (1 << 7) /* current limit sense (r/o) */
/* Bits in the icsr register. */
#define TCIC_ICSR_IOCHK (1<<7) /* I/O check */
#define TCIC_ICSR_CDCHG (1<<6) /* card status change, see SSTAT */
#define TCIC_ICSR_ERR (1<<5) /* error condition */
#define TCIC_ICSR_PROGTIME (1<<4) /* program timer ding */
#define TCIC_ICSR_ILOCK (1<<3) /* interlock change */
#define TCIC_ICSR_STOPCPU (1<<2) /* Stop CPU was asserted */
#define TCIC_ICSR_SET (1<<1) /* (w/o) enable writes that set bits */
#define TCIC_ICSR_CLEAR (1<<0) /* (w/o) enable writes that clear */
#define TCIC_ICSR_JAM (TCIC_ICSR_SET|TCIC_ICSR_CLEAR)
/* jam value into ICSR */
/* bits in the interrupt enable register */
#define TCIC_IENA_CDCHG (1 << 6) /* enable INT when ICSR_CDCHG is set */
#define TCIC_IENA_ERR (1 << 5) /* enable INT when ICSR_ERR is set */
#define TCIC_IENA_PROGTIME (1 << 4) /* enable INT when ICSR_PROGTIME " */
#define TCIC_IENA_ILOCK (1 << 3) /* enable INT when ICSR_ILOCK is set */
#define TCIC_IENA_CFG_MASK (3 << 0) /* select the bits for IRQ config: */
#define TCIC_IENA_CFG_OFF (0 << 0) /* IRQ is high-impedance */
#define TCIC_IENA_CFG_OD (1 << 0) /* IRQ is active low, open drain. */
#define TCIC_IENA_CFG_LOW (2 << 0) /* IRQ is active low, totem pole */
#define TCIC_IENA_CFG_HIGH (3 << 0) /* IRQ is active high, totem pole */
#define TCIC_IENA_RSVD 0x84 /* reserved bits, MBZ */
/*
* Bits in the auxiliary registers
*/
/* Bits in the timing control register (AR_TCTL) */
#define TCIC_TCTL_6US_SHFT (0) /* the shift count for the 6 us ctr */
#define TCIC_TCTL_10US_SHFT (8) /* the shift count for the 10 us ctr */
#define TCIC_TCTL_6US_MASK (0xFF << TCIC_TCTL_6US_SHFT)
#define TCIC_TCTL_10US_MASK (0xFF << TCIC_TCTL_10US_SHFT)
#define TCIC_R_TCTL_6US (TCIC_R_AUX + 0) /* the byte access handle */
#define TCIC_R_TCTL_10US (TCIC_R_AUX + 1) /* the byte access handle */
/* Bits in the programming pulse register (AR_PCTL) */
#define TCIC_R_PULSE_LO (TCIC_R_AUX + 0)
#define TCIC_R_PULSE_HI (TCIC_R_AUX + 1)
/* Bits in the wait state control register (AR_WCTL) */
#define TCIC_WAIT_COUNT_MASK (0x1F) /* the count of 1/2 wait states */
#define TCIC_WAIT_COUNT_SHFT (0) /* the wait-count shift */
#define TCIC_WAIT_SYNC (1 << 5) /* set for synch, clear for asynch cycles */
#define TCIC_WAIT_ASYNC (0)
#define TCIC_WAIT_SENSE (1 << 6) /* select rising (1) or falling (0)
* edge of wait clock as reference
* edge.
*/
#define TCIC_WAIT_SRC (1 << 7) /* select constant clock (0) or bus
* clock (1) as the timing source
*/
/* Some derived constants */
#define TCIC_WAIT_BCLK (1 * TCIC_WAIT_SRC)
#define TCIC_WAIT_CCLK (0 * TCIC_WAIT_SRC)
#define TCIC_WAIT_RISING (1 * TCIC_WAIT_SENSE)
#define TCIC_WAIT_FALLING (0 * TCIC_WAIT_SENSE)
/* high byte */
#define TCIC_WCTL_WR (1 << 8) /* control: pulse write */
#define TCIC_WCTL_RD (1 << 9) /* control: pulse read */
#define TCIC_WCTL_CE (1 << 10) /* control: pulse chip ena */
#define TCIC_WCTL_LLBAT1 (1 << 11) /* status: latched LBAT1 */
#define TCIC_WCTL_LLBAT2 (1 << 12) /* status: latched LBAT2 */
#define TCIC_WCTL_LRDY (1 << 13) /* status: latched RDY */
#define TCIC_WCTL_LWP (1 << 14) /* status: latched WP */
#define TCIC_WCTL_LCD (1 << 15) /* status: latched CD */
/* The same thing, from a byte perspective */
#define TCIC_R_WCTL_WAIT (TCIC_R_AUX + 0) /* the wait state control byte */
#define TCIC_R_WCTL_XCSR (TCIC_R_AUX + 1) /* extended control/status */
#define TCIC_XCSR_WR (1 << 0) /* control: pulse write */
#define TCIC_XCSR_RD (1 << 1) /* control: pulse read */
#define TCIC_XCSR_CE (1 << 2) /* control: pulse chip ena */
#define TCIC_XCSR_LLBAT1 (1 << 3) /* status: latched LBAT1 */
#define TCIC_XCSR_LLBAT2 (1 << 4) /* status: latched LBAT2 */
#define TCIC_XCSR_LRDY (1 << 5) /* status: latched RDY */
#define TCIC_XCSR_LWP (1 << 6) /* status: latched WP */
#define TCIC_XCSR_LCD (1 << 7) /* status: latched CD */
#define TCIC_XCSR_STAT_MASK 0xf8
/* Bits in the programming data register (AR_PDATA) */
#define TCIC_R_PDATA_LO (TCIC_R_AUX + 0)
#define TCIC_R_PDATA_HI (TCIC_R_AUX + 1)
/* Bits in the system configuration register (AR_SYSCFG) */
/*
* The bottom four bits specify the steering of the socket IRQ. On
* the 2N, the socket IRQ is (by default) pointed at the dedicated
* pin.
*/
#define TCIC_SYSCFG_IRQ_MASK (0xF) /* mask for this bit field. */
#define TCIC_SYSCFG_SSIRQDFLT (0) /* default: use SKTIRQ (2/N)
* disable (2/P)
*/
#define TCIC_SYSCFG_SSIRQ (0x1) /* use SKTIRQ (explicit) (2/N)
* do not use (2/P)
*/
#define TCIC_SYSCFG_SIRQ3 (0x3) /* use IRQ3 */
#define TCIC_SYSCFG_SIRQ4 (0x4) /* use IRQ4 */
#define TCIC_SYSCFG_SIRQ5 (0x5) /* use IRQ5 (2/N) */
#define TCIC_SYSCFG_SIRQ6 (0x6) /* use IRQ6 (2/N) */
#define TCIC_SYSCFG_SIRQ7 (0x7) /* use IRQ7 (2/N) */
#define TCIC_SYSCFG_SIRQ10 (0xA) /* use IRQ10 */
#define TCIC_SYSCFG_SIRQ14 (0xE) /* use IRQ14 */
#define TCIC_SYSCFG_MCSFULL (1 << 4)
/*
* If set, use full address (a[12:23]) for MCS16 generation.
* If clear, run in ISA-compatible mode (only using a[17:23]).
* With many chip sets, the TCIC-2/N's timing will will allow full
* address decoding to be used rather than limiting us to LA[17:23];
* thus we can get around the ISA spec which limits the granularity
* of bus sizing to 128K blocks.
*/
#define TCIC_SYSCFG_IO1723 (1 << 5)
/*
* Flag indicating that LA[17:23] can be trusted to be zero during a
* true I/O cycle. Setting this bit will allow us to reduce power
* consumption further by eliminating I/O address broadcasts for
* memory cycles.
*
* Unfortunately, you cannot trust LA[17:23] to be zero on all systems,
* because the ISA specs do not require that LA[17:23] be zero when an
* alternate bus master runs an I/O cycle. However, on a palmtop or
* notebook, it is a good guess.
*/
#define TCIC_SYSCFG_MCSXB (1 << 6)
/*
* If set, assume presence of an external buffer for MCS16: operate
* the driver as a totem-pole output.
*
* If clear, run in pseudo-ISA mode; output is open drain. But note
* that on the 082 the output buffers cannot drive a 300-ohm
* load.
*/
#define TCIC_SYSCFG_ICSXB (1 << 7)
/*
* If set, assume presence of an external buffer for IOCS16*; operate
* the buffer as a totem-pole output.
*
* If clear, run in pseudo-ISA mode; output is open drain. But note
* that on the 082 the output buffers cannot drive a 300-ohm
* load.
*/
#define TCIC_SYSCFG_NOPDN (1 << 8)
/*
* If set, disable the auto power-down sequencing. The chip will
* run card cycles somewhat more quickly (though perhaps not
* significantly so); but it will dissipate significantly more power.
*
* If clear, the low-power operating modes are enabled. This
* causes the part to go into low-power mode automatically at
* system reset.
*/
#define TCIC_SYSCFG_MPSEL_SHFT (9)
#define TCIC_SYSCFG_MPSEL_MASK (7 << 9)
/*
* This field controls the operation of the multipurpose pin on the
* 86082. It has the following codes:
*/
#define TCIC_SYSCFG_MPSEL_OFF (0 << TCIC_SYSCFG_MPSEL_SHFT)
/*
* This is the reset state; it indicates that the Multi-purpose
* pin is not used. The pin will be held in a high-impedance
* state. It can be read by monitoring SYSCFG_MPSENSE.
*/
#define TCIC_SYSCFG_MPSEL_NEEDCLK (1 << TCIC_SYSCFG_MPSEL_SHFT)
/*
* NMULTI is an output.
* External indication that CCLK or BCLK are needed in order
* to complete an internal operation. External logic can use
* this to control the clocks coming to the chip.
*/
#define TCIC_SYSCFG_MPSEL_MIO (2 << TCIC_SYSCFG_MPSEL_SHFT)
/*
* NMULTI is an input; it is an unambiguous M/IO signal, issued
* with timing similar to the LA[] lines.
*/
#define TCIC_SYSCFG_MPSEL_EXTSEL (3 << TCIC_SYSCFG_MPSEL_SHFT)
/*
* NMULTI is an output; it is the external register select
* pulse, generated whenever software attempts to access
* aux register AR_EXTRN. Of course, the 86082 will ignore
* writes to AR_EXTRN, and will float the data bus if
* the CPU reads from AR_EXTRN.
*/
/* (4 << TCIC_SYSCFG_MPSEL_SHFT) is reserved */
#define TCIC_SYSCFG_MPSEL_RI (5 << TCIC_SYSCFG_MPSEL_SHFT)
/*
* NMULTI is an output; it indicates a RI (active-going)
* transition has occurred lately on a an appropriately-
* configured socket. The output is active low.
*/
/*
* Codes 4, 6 and 7 are reserved, and must NOT be output. It is
* indeed possibly hazardous to your system to encode values in
* this field that do not match your hardware!
*/
/* 1 << 12 reserved */
#define TCIC_SYSCFG_MPSENSE (1 << 13)
/*
* This bit, when read, returns the sense of the multi-purpose pin.
*/
#define TCIC_SYSCFG_AUTOBUSY (1 << 14)
/*
* This bit, when set, causes the busy led to be gated with the
* SYSCFG_ACC bit. When clear, the busy led reflects whether the
* socket is actually enabled. If AUTOBUSY is set and ACC is clear,
* then the busy light will be off, even if a socket is enabled.
* If AUTOBUSY is clear, then the busy light will be on if either
* socket is enabled.
*
* Note, that when in a programming mode, you should either clear this
* bit (causing the busy light to be on whenever the socket is enabled)
* or set both this bit and the ACC bit (causing the light to be on
* all the time).
*
* On the '084 and '184, this bit is per-socket.
*/
#define TCIC_SYSCFG_ACC (1<<15)
/*
* This bit will be set automatically by the hardware whenever the CPU
* accesses data on a card. It can be cleared under software control.
*
* In AUTOBUSY mode, it has the additional effect of turning on the
* busy light.
*
* Since we'll tristate the command lines as the card is going out of
* the socket, and since the shared lines idle low, there's no real
* danger if the busy light is off even though the socket is enabled.
*
* On the '084 and '184, this bit is per-socket.
*/
/* Bits in the ilock aux. register. */
#define TCIC_ILOCK_OUT (1 << 0) /* interlock output
* per-socket on x84
*/
#define TCIC_ILOCK_SENSE (1 << 1) /* (r/o) interlock sense
* 0 -> /cilock not asserted;
* 1 -> /cilock is asserted.
* per-socket on x84.
*/
#define TCIC_ILOCK_CRESET (1 << 2) /* card reset output level(S) */
#define TCIC_ILOCK_CRESENA (1 << 3) /* enable card reset output (S) */
#define TCIC_ILOCK_CWAIT (1 << 4) /* enable card wait (S) */
#define TCIC_ILOCK_CWAITSNS (1 << 5) /* (r/o) sense current state of wait
* 0 -> /cwait not asserted;
* 1 -> /cwait is asserted
* (S)
*/
/* The shift count & mask for the hold-time control */
#define TCIC_ILOCK_HOLD_SHIFT 6 /* shift count for the hold-time ctl (G) */
#define TCIC_ILOCK_HOLD_MASK (3 << TCIC_ILOCK_HOLD_SHIFT)
/*
* Quick hold mode waits until we observe that the strobe is high,
* guaranteeing 10ns or so of hold time.
*/
#define TCIC_ILOCK_HOLD_QUICK (0 << TCIC_ILOCK_HOLD_SHIFT)
/*
* CCLK hold mode waits (asynchronously) for an edge on CCLK. Minimum is 1
* CCLK + epsilon; maximum is 2 CCLKs + epsilon.
*
* for the 86081 & '82, this mode enables the multi-step
* sequencer that generates setup and hold times based on CCLK. This
* is the recommended mode of operation for the '81 and '82.
*
*/
#define TCIC_ILOCK_HOLD_CCLK (3 << TCIC_ILOCK_HOLD_SHIFT)
/* The following bits are only present on the x84 and later parts */
#define TCIC_ILOCK_INPACK (1 << 11) /* (r/o, S) this bit is a diagnostic
* read-back for card input
* acknowledge.
* The sense is inverted from
* the level at the pin.
*/
#define TCIC_ILOCK_CP0 (1 << 12) /* (r/o, S) this bit is a diagnostic
* monitor for card present pin 0.
* The sense is inverted from the
* level at the pin.
*/
#define TCIC_ILOCK_CP1 (1 << 13) /* (r/o, S) this bit is a diagnostic
* monitor for card present pin 1.
* The sense is inverted from the
* level at the pin.
*/
#define TCIC_ILOCK_VS1 (1 << 14) /* (r/o, S) this bit is the primary
* monitor for Card Voltage Sense
* pin 1.
* The sense is inverted from the
* level at the pin.
*/
#define TCIC_ILOCK_VS2 (1 << 15) /* (r/o, S) this bit is the primary
* monitor for Card Voltage Sense
* pin 2.
* The sense is inverted from the
* level at the pin.
*/
/*
* Silicon Version Register
*
* In diagnostic mode, the high byte of the interlock register is defined
* as the silicon identity byte.
*
* In order to read this byte, the chip must be placed in diagnostic
* mode by setting bit 15 of the TESTDIAG register. (This may or may
* not be enforced by the silicon.)
*
* The layout is:
*
* 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0
* m <-------ID-------> <----ILOCK---->
*
* The fields are:
*
* m Always reset.
*
* ID This field is one of the following:
*
* 0x02 the db86082
* 0x03 the db86082a
* 0x04 the db86084
* 0x05 the DB86072ES, (Engineering Sample)
* 0x07 the db86082bES, (Engineering Sample)
* 0x08 the db86084a
* 0x14 the DB86184
* 0x15 the DB86072, (Production)
* 0x17 the db86082b, (Production)
*/
/*
* Defines for Chip IDs described above.
*
* Use the following convention for defining TCIC_CHIPID_DBxxxxxY:
*
* TCIC_CHIPID_DBxxxxx_1 The First step of chip.
* TCIC_CHIPID_DBxxxxxA The Second step of chip.
* TCIC_CHIPID_DBxxxxxB The Third step of chip.
* TCIC_CHIPID_DBxxxxx... The ... step of chip.
*
* TCIC_CHIPID_DBxxxxx"step of chip"_ES An Engineering Sample of chip.
*
*/
#define TCIC_CHIPID_DB86082_1 (0x02)
#define TCIC_CHIPID_DB86082A (0x03)
#define TCIC_CHIPID_DB86082B_ES (0x07)
#define TCIC_CHIPID_DB86082B (0x17)
#define TCIC_CHIPID_DB86084_1 (0x04)
#define TCIC_CHIPID_DB86084A (0x08)
#define TCIC_CHIPID_DB86184_1 (0x14)
#define TCIC_CHIPID_DB86072_1_ES (0x05)
#define TCIC_CHIPID_DB86072_1 (0x15)
/* the high order bits (in diag mode) give the chip version */
#define TCIC_R_ILOCK_ID (TCIC_R_AUX + 1)
#define TCIC_ILOCKTEST_ID_SHFT 8 /* the shift count */
#define TCIC_ILOCKTEST_ID_MASK (0x7F << TCIC_ILOCKTEST_ID_SHFT)
/* the mask for the field */
/*
* Use the following convention for defining TCIC_ILOCKTEST_DBxxxxxY:
*
* TCIC_ILOCKTEST_DBxxxxx_1 The First step of chip.
* TCIC_ILOCKTEST_DBxxxxxA The Second step of chip.
* TCIC_ILOCKTEST_DBxxxxxB The Third step of chip.
* TCIC_ILOCKTEST_DBxxxxx... The ... step of chip.
*
* TCIC_ILOCKTEST_DBxxxxx"step of chip"_ES An Engineering Sample of chip.
*
*/
#define TCIC_ILOCKTEST_TCIC2N_1 ((TCIC_CHIPID_DB86082_1) << TCIC_ILOCKTEST_ID_SHFT)
#define TCIC_ILOCKTEST_DB86082_1 TCIC_ILOCKTEST_TCIC2N_1
#define TCIC_ILOCKTEST_TCIC2N_2 ((TCIC_CHIPID_DB86082A) << TCIC_ILOCKTEST_ID_SHFT)
#define TCIC_ILOCKTEST_DB86082A TCIC_ILOCKTEST_TCIC2N_2
#define TCIC_ILOCKTEST_TCIC2N_3 ((TCIC_CHIPID_DB86082B_ES) << TCIC_ILOCKTEST_ID_SHFT)
#define TCIC_ILOCKTEST_DB86082B_ES TCIC_ILOCKTEST_TCIC2N_3
#define TCIC_ILOCKTEST_DB86082B ((TCIC_CHIPID_DB86082B) << TCIC_ILOCKTEST_ID_SHFT)
#define TCIC_ILOCKTEST_DB86084_1 ((TCIC_CHIPID_DB86084_1) << TCIC_ILOCKTEST_ID_SHFT)
#define TCIC_ILOCKTEST_DB86084A ((TCIC_CHIPID_DB86084A) << TCIC_ILOCKTEST_ID_SHFT)
#define TCIC_ILOCKTEST_DB86184_1 ((TCIC_CHIPID_DB86184_1) << TCIC_ILOCKTEST_ID_SHFT)
#define TCIC_ILOCKTEST_DB86072_1 ((TCIC_CHIPID_DB86072_1) << TCIC_ILOCKTEST_ID_SHFT)
#define TCIC_ILOCKTEST_DB86072_1_ES ((TCIC_CHIPID_DB86072_1_ES) << TCIC_ILOCKTEST_ID_SHFT)
/* Bits in the test control register (AR_TEST) */
#define TCIC_R_TEST (TCIC_R_AUX + 0)
#define TCIC_TEST_AEN (1 << 0) /* force card AEN */
#define TCIC_TEST_CEN (1 << 1) /* force card CEN */
#define TCIC_TEST_CTR (1 << 2) /* test programming pulse, address ctrs */
#define TCIC_TEST_ENA (1 << 3) /* force card-present (for test), and
* special VPP test mode
*/
#define TCIC_TEST_IO (1 << 4) /* feed back some I/O signals
* internally.
*/
#define TCIC_TEST_OUT1 (1 << 5) /* force special address output mode */
#define TCIC_TEST_ZPB (1 << 6) /* enter ZPB test mode */
#define TCIC_TEST_WAIT (1 << 7) /* force-enable WAIT pin */
#define TCIC_TEST_PCTR (1 << 8) /* program counter in read-test mode */
#define TCIC_TEST_VCTL (1 << 9) /* force-enable power-supply controls */
#define TCIC_TEST_EXTA (1 << 10) /* external access doesn't override
|| internal decoding.
*/
#define TCIC_TEST_DRIVECDB (1 << 11) /* drive the card data bus all the time */
#define TCIC_TEST_ISTP (1 << 12) /* turn off CCLK to the interrupt CSR */
#define TCIC_TEST_BSTP (1 << 13) /* turn off BCLK internal to the chip */
#define TCIC_TEST_CSTP (1 << 14) /* turn off CCLK except to int CSR */
#define TCIC_TEST_DIAG (1 << 15) /* enable diagnostic read-back mode */
/* Bits in the SCF1 register */
#define TCIC_SCF1_IRQ_MASK (0xF) /* mask for this bit field */
#define TCIC_SCF1_IRQOFF (0) /* disable */
#define TCIC_SCF1_SIRQ (0x1) /* use SKTIRQ (2/N) */
#define TCIC_SCF1_IRQ3 (0x3) /* use IRQ3 */
#define TCIC_SCF1_IRQ4 (0x4) /* use IRQ4 */
#define TCIC_SCF1_IRQ5 (0x5) /* use IRQ5 */
#define TCIC_SCF1_IRQ6 (0x6) /* use IRQ6 */
#define TCIC_SCF1_IRQ7 (0x7) /* use IRQ7 */
#define TCIC_SCF1_IRQ9 (0x9) /* use IRQ9 */
#define TCIC_SCF1_IRQ10 (0xA) /* use IRQ10 */
#define TCIC_SCF1_IRQ11 (0xB) /* use IRQ11 */
#define TCIC_SCF1_IRQ12 (0xC) /* use IRQ12 */
#define TCIC_SCF1_IRQ14 (0xE) /* use IRQ14 */
#define TCIC_SCF1_IRQ15 (0xF) /* use IRQ15 */
/* XXX doc bug? -chb */
#define TCIC_SCF1_IRQOD (1 << 4)
#define TCIC_SCF1_IRQOC (0) /* selected IRQ is
* open-collector, and active
* low; otherwise it's totem-
* pole and active hi.
*/
#define TCIC_SCF1_PCVT (1 << 5) /* convert level-mode IRQ
* to pulse mode, or stretch
* pulses from card.
*/
#define TCIC_SCF1_IRDY (1 << 6) /* interrupt from RDY (not
* from /IREQ). Used with
* ATA drives.
*/
#define TCIC_SCF1_ATA (1 << 7) /* Special ATA drive mode.
* CEL/H become CE1/2 in
* the IDE sense; CEL is
* activated for even window
* matches, and CEH for
* odd window matches.
*/
#define TCIC_SCF1_DMA_SHIFT 8 /* offset to DMA selects; */
#define TCIC_SCF1_DMA_MASK (0x7 << IRSCFG_DMA_SHIFT)
#define TCIC_SCF1_DMAOFF (0 << IRSCFG_DMA_SHIFT) /* disable DMA */
#define TCIC_SCF1_DREQ2 (2 << IRSCFG_DMA_SHIFT) /* enable DMA on DRQ2 */
#define TCIC_SCF1_IOSTS (1 << 11) /* enable I/O status mode;
* allows CIORD/CIOWR to
* become low-Z.
*/
#define TCIC_SCF1_SPKR (1 << 12) /* enable SPKR output from
* this card
*/
#define TCIC_SCF1_FINPACK (1 << 13) /* force card input
* acknowledge during I/O
* cycles. Has no effect
* if no windows map to card
*/
#define TCIC_SCF1_DELWR (1 << 14) /* force -all- data to
* meet 60ns setup time
* ("DELay WRite")
*/
#define TCIC_SCF1_HD7IDE (1 << 15) /* Enable special IDE
* data register mode: odd
* byte addresses in odd
* I/O windows will not
* drive HD7.
*/
/* Bits in the scrf2 register */
#define TCIC_SCF2_RI (1 << 0) /* enable RI pin from STSCHG
* (2/N)
`*/
#define TCIC_SCF2_IDBR (1 << 1) /* force I/O data bus routing
* for this socket, regardless
* of cycle type. (2/N)
`*/
#define TCIC_SCF2_MDBR (1 << 2) /* force memory window data
* bus routing for this
* socket, regardless of cycle
* type. (2/N)
*/
#define TCIC_SCF2_MLBAT1 (1 << 3) /* disable status change
* ints from LBAT1 (or
* "STSCHG"
*/
#define TCIC_SCF2_MLBAT2 (1 << 4) /* disable status change
* ints from LBAT2 (or "SPKR")
*/
#define TCIC_SCF2_MRDY (1 << 5) /* disable status change ints
* from RDY/BSY (or /IREQ).
* note that you get ints on
* both high- and low-going
* edges if this is enabled.
*/
#define TCIC_SCF2_MWP (1 << 6) /* disable status-change ints
* from WP (or /IOIS16).
* If you're using status
* change ints, you better set
* this once an I/O window is
* enabled, before accessing
* it.
*/
#define TCIC_SCF2_MCD (1 << 7) /* disable status-change ints
* from Card Detect.
*/
/*
* note that these bits match the top 5 bits of the socket status register
* in order and sense.
*/
#define TCIC_SCF2_DMASRC_MASK (0x3 << 8) /* mask for this bit field */
/*-- DMA Source --*/
#define TCIC_SCF2_DRQ_BVD2 (0x0 << 8) /* BVD2 */
#define TCIC_SCF2_DRQ_IOIS16 (0x1 << 8) /* IOIS16 */
#define TCIC_SCF2_DRQ_INPACK (0x2 << 8) /* INPACK */
#define TCIC_SCF2_DRQ_FORCE (0x3 << 8) /* Force it */
#define TCIC_SCFS2_RSVD (0xFC00) /* top 6 bits are RFU */
/* Bits in the MBASE window registers */
#define TCIC_MBASE_4K (1 << 14) /* window size is 4K */
#define TCIC_MBASE_ADDR_MASK 0x0fff /* bits holding the address */
/* Bits in the MMAP window registers */
#define TCIC_MMAP_ATTR (1 << 15) /* map attr or common space */
#define TCIC_MMAP_ADDR_MASK 0x3fff /* bits holding the address */
/* Bits in the MCTL window registers */
#define TCIC_MCTL_ENA (1 << 15) /* enable this window */
#define TCIC_MCTL_SS_SHIFT 12
#define TCIC_MCTL_SS_MASK (7 << TCIC_MCTL_SS_SHIFT) /* which socket does this window map to */
#define TCIC_MCTL_B8 (1 << 11) /* 8/16 bit access select */
#define TCIC_MCTL_EDC (1 << 10) /* do EDC calc. on access */
#define TCIC_MCTL_KE (1 << 9) /* accesses are cacheable */
#define TCIC_MCTL_ACC (1 << 8) /* window has been accessed */
#define TCIC_MCTL_WP (1 << 7) /* window is write protected */
#define TCIC_MCTL_QUIET (1 << 6) /* enable quiet socket mode */
#define TCIC_MCTL_WSCNT_MASK 0x0f /* wait state counter */
/* Bits in the ICTL window registers */
#define TCIC_ICTL_ENA (1 << 15) /* enable this windo */
#define TCIC_ICTL_SS_SHIFT 12
#define TCIC_ICTL_SS_MASK (7 << TCIC_ICTL_SS_SHIFT) /* which socket does this window map to */
#define TCIC_ICTL_AUTOSZ 0 /* auto size 8/16 bit acc. */
#define TCIC_ICTL_B8 (1 << 11) /* all accesses 8 bit */
#define TCIC_ICTL_B16 (1 << 10) /* all accesses 16 bit */
#define TCIC_ICTL_ATA (3 << 10) /* special ATA mode */
#define TCIC_ICTL_TINY (1 << 9) /* window size 1 byte */
#define TCIC_ICTL_ACC (1 << 8) /* window has been accessed */
#define TCIC_ICTL_1K (1 << 7) /* only 10 bits io decoding */
#define TCIC_ICTL_QUIET (1 << 6) /* enable quiet socket mode */
#define TCIC_ICTL_PASS16 (1 << 5) /* pass all 16 bits to card */
#define TCIC_ICTL_WSCNT_MASK 0x0f /* wait state counter */
/* Various validity tests */
/*
* From Databook sample source:
* MODE_AR_SYSCFG must have, with j = ***read*** (***, R_AUX)
* and k = (j>>9)&7:
* if (k&4) k == 5
* And also:
* j&0x0f is none of 2, 8, 9, b, c, d, f
* if (j&8) must have (j&3 == 2)
* Can't have j==2
*/
#if 0
/* this is from the Databook sample code and apparently is wrong */
#define INVALID_AR_SYSCFG(x) ((((x)&0x1000) && (((x)&0x0c00) != 0x0200)) \
|| (((((x)&0x08) == 0) || (((x)&0x03) == 2)) \
&& ((x) != 0x02)))
#else
#define INVALID_AR_SYSCFG(x) ((((x)&0x0800) && (((x)&0x0600) != 0x0100)) \
|| ((((((x)&0x08) == 0) && (((x)&0x03) == 2)) \
|| (((x)&0x03) == 2)) \
&& ((x) != 0x02)))
#endif
/* AR_ILOCK must have bits 6 and 7 the same: */
#define INVALID_AR_ILOCK(x) (((x)&0xc0)==0 || (((x)&0xc0)==0xc0))
/* AR_TEST has some reserved bits: */
#define INVALID_AR_TEST(x) (((x)&0154) != 0)
#define TCIC_IO_WINS 2
#define TCIC_MAX_MEM_WINS 5
/*
* Memory window addresses refer to bits A23-A12 of the ISA system memory
* address. This is a shift of 12 bits. The LSB contains A19-A12, and the
* MSB contains A23-A20, plus some other bits.
*/
#define TCIC_MEM_SHIFT 12
#define TCIC_MEM_PAGESIZE (1<<TCIC_MEM_SHIFT)
#endif /* _TCIC2REG_H */
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