ref: ee695eff4329234e20abb68ff3100d3b15929418
dir: /os/boot/puma/puma.h/
/* * Teralogic TL750 - Puma Evaluation Board */ /* * Puma addresses */ #define EPROM_BASE 0x80000000 /* EPROM */ #define FLASH_BASE 0xa0000000 /* Flash */ #define TL750_BASE 0xc0000000 /* TL750 registers */ #define ISAMEM_BASE 0xe0000000 /* ISA memory space */ #define ISAIO_BASE 0xf0000000 /* ISA I/O space */ #define ISAIO_SHIFT 2 #define IOBADDR(io_port) (ISAIO_BASE + (io_port << ISAIO_SHIFT)) /* Hardware address register for interrupts (HARI) */ #define HARI1 0xE2000000 /* Interrupt status on read, User interrupt on write */ #define HARI2 0xE3000000 /* More interrupt status on read, LEDs on write */ #define HARI1_FIQ_MASK 0x92 /* FIQ indicator bits in HARI1, others are IRQ */ #define HARI2_INIT 0x20 /* No timer2 aborts, Ethernet on IRQ */ /* * Interrupt Vectors * corresponding to the HARIx_xxx_IRQ/FIQ bits above. * * HARI1 interrupts */ #define V_LPT 0 /* Parallel port interrupt */ #define V_NM0 1 /* MPEG Decode Interrupt */ #define V_NM1 2 /* MPEG Decode Interrupt */ #define V_COM2 3 /* Serial Port 2 Interrupt */ #define V_COM1 4 /* Serial Port 1 Interrupt */ #define V_MOUSE 5 /* Mouse Interrupt */ #define V_KEYBOARD 6 /* Keyboard Interrupt */ #define V_ETHERNET 7 /* Ethernet Interrupt */ /* * HARI2 interrupts */ #define V_TIMER0 8 /* 82C54 Timer 0 Interrupt */ #define V_TIMER1 9 /* 82C54 Timer 1 Interrupt */ #define V_TIMER2 10 /* 82C54 Timer 2 Interrupt */ #define V_SOFTWARE 11 /* Software Interrupt */ #define V_IDE 12 /* IDE Hard Drive Interrupt */ #define V_SMARTCARD 13 /* Smart Card Interrupt */ #define V_TL750 14 /* TL750 Interrupt */ /* Nothing in vector 15 for now */ #define V_MAXNUM 15 /* * Definitions for National Semiconductor PC87306 SuperIO configuration */ #define SIO_CONFIG_INDEX 0x398 /* SuperIO configuration index register */ #define SIO_CONFIG_DATA 0x399 /* SuperIO configuration data register */ #define SIO_CONFIG_RESET_VAL 0x88 /* Value read from first read of sio_config_index reg after reset */ /* * PC87306 Configuration Registers (The value listed is the configuration space * index.) */ #define SIO_CONFIG_FER 0x00 /* Function Enable Register */ #define FER_LPT_ENABLE 0x01 /* Enable Parallel Port */ #define FER_UART1_ENABLE 0x02 /* Enable Serial Port 1 */ #define FER_UART2_ENABLE 0x04 /* Enable Serial Port 2 */ #define FER_FDC_ENABLE 0x08 /* Enable Floppy Controller */ #define FER_FDC_4DRIVE_ENCODING 0x10 /* Select Floppy 4 Drive Encoding */ #define FER_FDC_ADDR_ENABLE 0x20 /* Select Floppy Secondary Address */ /* 0: [0x3F0..0x3F7] */ /* 1: [0x370..0x377] */ #define FER_IDE_ENABLE 0x40 /* Enable IDE Controller */ #define FER_IDE_ADDR_SELECT 0x80 /* Select IDE Secondary Address */ /* 0: [0x1F0..0x1F7,0x3F6,0x3F7] */ /* 1: [0x170..0x177,0x376,0x377] */ #define SIO_CONFIG_FAR 0x01 /* Function Address Register */ #define FAR_LPT_ADDR_MASK 0x03 /* Select LPT Address */ /* If (PNP0[4] == 0) then: */ /* 0: LPTB [0x378..0x37F] IRQ5/7 */ /* 1: LPTA [0x3BC..0x3BE] IRQ7 */ /* 2: LPTC [0x278..0x27F] IRQ5 */ /* 3: Reserved */ /* Else ignored. */ #define FAR_LPT_LPTB 0 /* 0: LPTB 0x378 irq5/7 */ #define FAR_LPT_LPTA 1 /* 1: LPTA 0x3BC irq 7 */ #define FAR_LPT_LPTC 2 /* 2: LPTC 0x278 irq5 */ #define FAR_UART1_ADDR_MASK 0x0C /* Select Serial Port 1 Address */ /* 0: COM1 [0x3F8..0x3FF] */ /* 1: COM2 [0x2F8..0x2FF] */ /* 2: COM3 (See FAR[7:6]) */ /* 3: COM4 (See FAR[7:6]) */ #define FAR_UART1_COM1 0x00 #define FAR_UART2_ADDR_MASK 0x30 /* Select Serial Port 2 Address */ /* 0: COM1 [0x3F8..0x3FF] */ /* 1: COM2 [0x2F8..0x2FF] */ /* 2: COM3 (See FAR[7:6]) */ /* 3: COM4 (See FAR[7:6]) */ #define FAR_UART2_COM2 0x10 #define FAR_EXTENDED_UART_ADDR_SELECT 0xC0 /* Extended Address Selects */ /* COM3@IRQ4, COM4@IRQ3 */ /* 0: COM3@0x3E8, COM4@0x2E8 */ /* 1: COM3@0x338, COM4@0x238 */ /* 2: COM3@0x2E8, COM4@0x2E0 */ /* 3: COM3@0x220, COM4@0x228 */ #define SIO_CONFIG_PTR 0x02 /* Power & Test Register */ #define PTR_POWER_DOWN 0x01 /* Power down all enabled functions */ #define PTR_LPT_IRQ_SELECT 0x08 /* Select LPT IRQ if (FAR[1:0] == 0) */ /* 0: IRQ5 */ /* 1: IRQ7 */ #define PTR_UART1_TEST_MODE 0x10 /* Set serial port 1 test mode */ #define PTR_UART2_TEST_MODE 0x20 /* Set serial port 2 test mode */ #define PTR_LOCK_CONFIGURATION 0x40 /* Prevent all further config writes */ /* Only a RESET will reenable writes */ #define PTR_LPT_EXTENDED_MODE_SELECT 0x80 /* Select Mode if not EPP/ECP */ /* 0: Compatible Mode */ /* 1: Extended Mode */ #define SIO_CONFIG_FCR 0x03 /* Function Control Register */ /* WARNING: The FCR register must be written */ /* using read-modify-write! */ #define FCR_TDR_MODE_SELECT 0x01 /* ? (floppy/tape) */ #define FCR_IDE_DMA_ENABLE 0x02 /* Enable IDE DMA mode */ #define FCR_EPP_ZERO_WAIT_STATE 0x40 /* Enable EPP zero wait state */ #define SIO_CONFIG_PCR 0x04 /* Printer Control Register */ #define PCR_EPP_ENABLE 0x01 /* Enable parallel port EPP mode */ #define PCR_EPP_VERSION_SELECT 0x02 /* Select version of EPP mode */ /* 0: Version 1.7 */ /* 1: Version 1.9 (IEEE 1284) */ #define PCR_ECP_ENABLE 0x04 /* Enable parallel port ECP mode */ #define PCR_ECP_POWER_DOWN_CLOCK_ENABLE 0x08 /* Enable clock in power-down state */ /* 0: Freeze ECP clock */ /* 1: Run ECP clock */ #define PCR_ECP_INT_POLARITY_CONTROL 0x20 /* Interrupt polarity control */ /* 0: Level high or negative pulse */ /* 1: Level low or positive pulse */ #define PCR_ECP_INT_IO_CONTROL 0x40 /* Interrupt I/O control */ /* WARNING: Slightly safer to choose */ /* open drain if you don't know the */ /* exact requirements of the circuit */ /* 0: Totem-pole output */ /* 1: Open drain output */ #define PCR_RTC_RAM_WRITE_DISABLE 0x80 /* Disable writes to RTC RAM */ /* 0: Enable writes */ /* 1: Disable writes */ #define SIO_CONFIG_KRR 0x05 /* Keyboard & RTC Control Register */ /* WARNING: The KRR register must be written */ /* with a 1 in bit 2, else the KBC will not */ /* work! */ #define KRR_KBC_ENABLE 0x01 /* Enable keyboard controller */ #define KRR_KBC_SPEED_CONTROL 0x02 /* Select clock divisor if !KRR[7] */ /* 0: Divide by 3 */ /* 1: Divide by 2 */ #define KRR_KBC_MUST_BE_1 0x04 /* Reserved: This bit must be 1! */ #define KRR_RTC_ENABLE 0x08 /* Enable real time clock */ #define KRR_RTC_RAMSEL 0x20 /* Select RTC RAM bank */ #define KRR_KBC_CLOCK_SOURCE_SELECT 0x80 /* Select clock source */ /* 0: Use X1 clock source */ /* 1: Use SYSCLK clock source */ #define SIO_CONFIG_PMC 0x06 /* Power Management Control Register */ #define PMC_IDE_TRISTATE_CONTROL 0x01 /* ? (power management) */ #define PMC_FDC_TRISTATE_CONTROL 0x02 /* ? (power management) */ #define PMC_UART1_TRISTATE_CONTROL 0x04 /* ? (power management) */ #define PMC_SELECTIVE_LOCK 0x20 /* ? (power management) */ #define PMC_LPT_TRISTATE_CONTROL 0x40 /* ? (power management) */ #define SIO_CONFIG_TUP 0x07 /* Tape, UARTS & Parallel Port Register */ #define TUP_EPP_TIMEOUT_INT_ENABLE 0x04 /* Enable EPP timeout interrupts */ #define SIO_CONFIG_SID 0x08 /* Super I/O Identification Register */ #define SID_ID_MASK 0xF8 /* Super I/O ID field */ #define SID_ID_PC87306 0x70 /* PC87306 ID value */ #define SIO_CONFIG_ASC 0x09 /* Advanced Super I/O Config Register */ /* WARNING: The ASC register must be written */ /* with a 0 in bit 3! */ /* WARNING: The ASC register resets to 1 in */ /* bit 7 (PC/AT mode)! */ #define ASC_VLD_MASK 0x03 /* ? (floppy/tape) */ #define ASC_ENHANCED_TDR_SUPPORT 0x04 /* ? (floppy/tape) */ #define ASC_MUST_BE_0 0x08 /* Reserved: Must be 0 */ #define ASC_ECP_CNFGA 0x20 /* ? */ #define ASC_DENSEL_POLARITY_BIT 0x40 /* ? (floppy/tape) */ #define ASC_SYSTEM_OPERATION_MODE 0x80 /* Select system operation mode */ /* 0: PS/2 mode */ /* 1: PC/AT mode */ #define SIO_CONFIG_CS0LA 0x0A /* Chip Select 0 Low Address Register */ #define SIO_CONFIG_CS0CF 0x0B /* Chip Select 0 Configuration Register */ /* WARNING: The CS0CF register must be */ /* written with a 1 in bit 7! */ #define CS0CF_CS0_DECODE 0x08 /* Select CS0 decode sensitivity */ /* 0: Decode full 16-bit address */ /* 1: Decode only bits 15 thru 12 */ #define CS0CF_CS0_WRITE_ENABLE 0x10 /* Enable CS0 on write cycles */ #define CS0CF_CS0_READ_ENABLE 0x20 /* Enable CS0 on read cycles */ #define CS0CF_CS0_MUST_BE_1 0x80 /* Reserved: Must be 1 */ #define SIO_CONFIG_CS1LA 0x0C /* Chip Select 1 Low Address Register */ #define SIO_CONFIG_CS1CF 0x0D /* Chip Select 1 Configuration Register */ #define CS1CF_CS1_DECODE 0x08 /* Select CS1 decode sensitivity */ /* 0: Decode full 16-bit address */ /* 1: Decode only bits 15 thru 12 */ #define CS1CF_CS1_WRITE_ENABLE 0x10 /* Enable CS1 on write cycles */ #define CS1CF_CS1_READ_ENABLE 0x20 /* Enable CS1 on read cycles */ #define SIO_CONFIG_IRC 0x0E /* Infrared Configuration Register */ #define IRC_UART2_INTERFACE_MODE 0x01 /* Select UART2 interface mode */ /* 0: Normal (modem) mode */ /* 1: IR mode */ #define IRC_IR_FULL_DUPLEX 0x02 /* Select IR duplex mode */ /* 0: Full duplex mode */ /* 1: Half duplex mode */ #define IRC_ENCODED_IR_TRANSMITTER_DRIVE 0x10 /* IR transmitter drive control */ /* 0: IRTX active for 1.6usec */ /* 1: IRTX active for 3/16 baud */ #define IRC_ENCODED_IR_MODE 0x20 /* IR encode mode */ /* 0: Encoded mode */ /* 1: Non-encoded mode */ #define SIO_CONFIG_GPBA 0x0F /* GP I/O Port Base Address Config Register */ #define SIO_CONFIG_CS0HA 0x10 /* Chip Select 0 High Address Register */ #define SIO_CONFIG_CS1HA 0x11 /* Chip Select 1 High Address Register */ #define SIO_CONFIG_SCF0 0x12 /* Super I/O Configuration Register 0 */ #define SCF0_RTC_RAM_LOCK 0x01 /* Lock (1) will prevent all further */ /* accesses to RTC RAM. Only RESET */ /* return this bit to a 0. */ #define SCF0_IRQ1_12_LATCH_ENABLE 0x02 /* Enable IRQ1/IRQ12 latching */ #define SCF0_IRQ12_TRISTATE 0x04 /* IRQ12 tri-state control */ /* 0: Use quasi-bidirectional buffer */ /* 1: Tri-state IRQ12 */ #define SCF0_UART2_TRISTATE 0x08 /* Force UART2/IR outputs to */ /* tri-state when disabled */ #define SCF0_GPIO_PORT1_ENABLE 0x10 /* Enable GPIO port 1 */ #define SCF0_GPIO_PORT2_ENABLE 0x20 /* Enable GPIO port 2 */ #define SIO_CONFIG_SCF1 0x18 /* Super I/O Configuration Register 1 */ #define SCF1_REPORTED_ECP_DMA 0x06 /* Reported ECP DMA number */ /* 0: Jumpered 8-bit DMA */ /* 1: DMA channel 1 */ /* 2: DMA channel 2 */ /* 3: DMA channel 3 */ #define SCF1_SELECTED_ECP_DMA 0x08 /* Selected ECP DMA pins */ /* 0: PDRQ0 & PDACK0 */ /* 1: PDRQ1 & PDACK1 */ #define SCF1_SCRATCH_BITS 0xC0 /* ? */ #define SIO_CONFIG_LPTBA 0x19 /* LPT Base Address */ #define SIO_CONFIG_PNP0 0x1B /* Plug & Play Configuration Register 0 */ #define PNP0_LPT_INT_SELECT_CONTROL 0x10 /* LPT IRQ select control */ /* 0: IRQ selected by FAR[1:0] */ /* 1: IRQ selected by PNP0[5] */ #define PNP0_LPT_INT_MAPPING 0x20 /* LPT IRQ mapping */ /* 0: IRQ5 */ /* 1: IRQ7 */ #define PNP0_LPTA_BASE_ADDR_SELECT 0x40 /* LPTA base address */ /* 0: Always 0x3BC */ /* 1: Selected by LPTBA[7:0] */ #define SIO_CONFIG_PNP1 0x1C /* Plug & Play Configuration Register 1 */ #define PNP1_UARTS_INT_SELECT_CONTROL 0x01 /* UART interrupt select control */ /* 0: Use FAR[3:2] & FAR[5:4] */ /* 1: Use PNP1[2] & PNP1[6] */ #define PNP1_UART1_INT_MAPPING 0x04 /* UART1 interrupt mapping */ /* 0: IRQ3 */ /* 1: IRQ4 */ #define PNP1_UART2_INT_MAPPING 0x40 /* UART2 interrupt mapping */ /* 0: IRQ3 */ /* 1: IRQ4 */ /*---------------------------------------------------------------------------*/ /* * Definitions for the SuperIO UART. */ #define COM1_PORT 0x3f8 #define COM2_PORT 0x2f8 /* * Register offsets. */ #define UART_RX 0 /* Receive port, read only */ #define UART_TX 0 /* transmit port, write only */ #define UART_IER 1 /* Interrupt enable, read/write */ #define UART_IIR 2 /* Interrupt id, read only */ #define UART_FIFO_CONTROL 2 /* FIFO control, write only */ #define UART_LCR 3 /* Line control register */ #define UART_MCR 4 /* Modem control register */ #define UART_LSR 5 /* Line Status register */ #define UART_MSR 6 /* Modem Status register */ /* with the DLAB bit set, the first two registers contain the baud rate */ #define UART_DLLSB 0 #define UART_DLMSB 1 /* * Line control register */ #define LCR_DB 3 /* Data bits in transmission (0 = 5, 1 = 6, 2 = 7, 3 = 8) */ #define LCR_SB 4 /* Stop bit */ #define LCR_PE 8 /* Parity enable */ #define LCR_EP 16 /* Even parity */ #define LCR_SP 32 /* Stick parity */ #define LCR_BC 64 /* break control */ #define LCR_DLAB 128 /* Divisor latch access bit */ /* * Modem Control register */ #define MCR_DTR 1 /* Data Terminal Ready */ #define MCR_RTS 2 /* Request To Send */ #define MCR_OUT1 4 /* Out1 (not used) */ #define MCR_IRQ_ENABLE 8 /* Enable IRQ */ #define MCR_LOOP 16 /* Loopback mode */ /* * Line status bits. */ #define LSR_DR 0x01 /* Data ready */ #define LSR_OE 0x02 /* Overrun error */ #define LSR_PE 0x04 /* Parity error */ #define LSR_FE 0x08 /* Framing error */ #define LSR_BI 0x10 /* Break interrupt */ #define LSR_THRE 0x20 /* Transmitter holding register empty */ #define LSR_TEMT 0x40 /* Transmitter empty */ #define LSR_FFE 0x80 /* Receiver FIFO error */ #define LSR_ERROR (LSR_OE | LSR_PE | LSR_FE) /* * Interrupt Identification register (IIR) */ #define IIR_IP 1 /* No Interrupt pending */ #define IIR_RECEIVE_LINE_STATUS 6 /* Overrun, Parity, Framing erros, Break */ #define IIR_RDA 4 /* Receive data available */ #define IIR_FIFO_FLAG 8 /* FIFO flag */ #define IIR_FIFO_TIMEOUT (IIR_RDA+IIR_FIFO_FLAG) /* Got data some time ago, but FIFO time out */ #define IIR_THRE 2 /* Transmitter holding register empty. */ #define IIR_MS 0 /* CTS, DSR, RING, DCD changed */ #define IIR_HPIP 6 /* Highest priority interrupt pending */ /* * Interrupt enable register (IER) */ #define IER_RDA 1 /* Received data available */ #define IER_THRE 2 /* Transmitter holding register empty */ #define IER_RLS 4 /* Receiver line status */ #define IER_MS 8 /* Modem status */ /* * PC87306 Parallel I/O Port */ #define LPT1_PORT 0x03BC /* * PC87306 General Purpose I/O Ports */ #define GPIO1_PORT 0x0078 #define GPIO2_PORT 0x0079 /* * PC87306 IDE Port */ #define IDE_PORT_1 0x01F0 #define IDE_PORT_2 0x03F6 #define IDE_PORT_3 0x03F7 /* * PC87306 Floppy Port */ #define FDC_PORT 0x03F0 /* * PC87306 Real Time Clock/battery backed up RAM port */ #define RTC_INDEX_PORT 0x0070 #define RTC_DATA_PORT 0x0071 /* * Offsets in RTC memory (RAMSEL = 0) */ #define RTC_SECONDS 0 #define RTC_SECONDS_ALARM 1 #define RTC_MINUTES 2 #define RTC_MINUTES_ALARM 3 #define RTC_HOURS 4 #define RTC_HOURS_ALARM 5 #define RTC_DAY_OF_WEEK 6 #define RTC_DAY_OF_MONTH 7 #define RTC_MONTH 8 #define RTC_YEAR 9 #define RTC_CONTROL_A 0xA #define RTC_CONTROL_B 0xB #define RTC_CONTROL_C 0xC #define RTC_CONTROL_D 0xD #define RTC_NVRAM0_START 0xE #define RTC_NVRAM0_SIZE 114 #define RTC_NVRAM1_START 0 #define RTC_NVRAM1_SIZE 128 #define RTC_NVRAM_SIZE (RTC_NVRAM0_SIZE+RTC_NVRAM1_SIZE) #define RTC_PWNVRAM_START 0x38 /* Start of protected NVRAM */ #define RTC_PWNVRAM_SIZE 8 /* Size of protected NVRAM */ /* * PC87306 Keyboard controller ports */ #define KEYBD_DATA_PORT 0x0060 #define KEYBD_CTRL_PORT 0x0064