//==============================================================================
// Copyright 2011 Meta Watch Ltd. - http://www.MetaWatch.org/
//
// Licensed under the Meta Watch License, Version 1.0 (the "License");
// you may not use this file except in compliance with the License.
// You may obtain a copy of the License at
//
// http://www.MetaWatch.org/licenses/license-1.0.html
//
// Unless required by applicable law or agreed to in writing, software
// distributed under the License is distributed on an "AS IS" BASIS,
// WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
// See the License for the specific language governing permissions and
// limitations under the License.
//==============================================================================
/******************************************************************************/
/*! \file hal_devboard_v2_defs.h
*
* Pin and peripheral definitions for Development Board Version 2
*/
/******************************************************************************/
#ifndef HAL_DEVBOARD_V2_DEFS_H
#define HAL_DEVBOARD_V2_DEFS_H
// Defines for the LCD display interface, single channel SPI output
#define LCD_5V_PDIR P4DIR
#define LCD_5V_POUT P4OUT
#define LCD_5V_BIT BIT0
#define ENABLE_LCD_POWER() { \
LCD_5V_PDIR |= LCD_5V_BIT; \
LCD_5V_POUT |= LCD_5V_BIT; \
}
#define DISABLE_LCD_POWER() { \
LCD_5V_PDIR |= LCD_5V_BIT; \
LCD_5V_POUT &= ~LCD_5V_BIT; \
}
#define LCD_ENABLE_PDIR ( P3DIR )
#define LCD_ENABLE_POUT ( P3OUT )
#define LCD_ENABLE_PIN ( BIT6 )
#define ENABLE_LCD_ENABLE() { \
LCD_ENABLE_PDIR |= LCD_ENABLE_PIN; \
LCD_ENABLE_POUT |= LCD_ENABLE_PIN; \
}
#define DISABLE_LCD_ENABLE() { \
LCD_ENABLE_PDIR |= LCD_ENABLE_PIN; \
LCD_ENABLE_POUT &= ~LCD_ENABLE_PIN; \
}
#define LCD_CS_PDIR ( P9DIR )
#define LCD_CS_POUT ( P9OUT )
#define LCD_CS_PIN ( BIT0 )
#define LCD_SPI_PORT_SEL ( P3SEL )
#define LCD_SPI_SIMO_BIT ( BIT1 )
#define LCD_SPI_CLK_BIT ( BIT3 )
#define LCD_SPI_SOMI_BIT ( BIT2 )
#define LCD_CS_ASSERT() { LCD_CS_POUT |= LCD_CS_PIN; }
#define LCD_CS_DEASSERT() { LCD_CS_POUT &= ~LCD_CS_PIN; }
#define CONFIG_LCD_PINS() { \
LCD_SPI_PORT_SEL |= LCD_SPI_SIMO_BIT; \
LCD_SPI_PORT_SEL |= LCD_SPI_CLK_BIT; \
LCD_SPI_PORT_SEL |= LCD_SPI_SOMI_BIT; \
ENABLE_LCD_ENABLE(); \
LCD_CS_PDIR |= LCD_CS_PIN; \
LCD_CS_DEASSERT(); \
}
// labeled EL_EN on schematic
#define LCD_LED_PDIR ( P4DIR )
#define LCD_LED_POUT ( P4OUT )
#define LCD_LED_PIN ( BIT4 )
#define DISABLE_LCD_LED() { \
LCD_LED_PDIR |= LCD_LED_PIN; \
LCD_LED_POUT &= ~LCD_LED_PIN; \
}
#define ENABLE_LCD_LED() { \
LCD_LED_PDIR |= LCD_LED_PIN; \
LCD_LED_POUT |= LCD_LED_PIN; \
}
#define LCD_SPI_UCBxCTL0 UCB0CTL0 // Control register
#define LCD_SPI_UCBxCTL1 UCB0CTL1 // Control register
#define LCD_SPI_UCBxBR0 UCB0BR0 // Baudrate prescale
#define LCD_SPI_UCBxBR1 UCB0BR1 // Baudrate divider
#define LCD_SPI_UCBxTXBUF UCB0TXBUF // Transmit buffer
#define LCD_SPI_UCBxRXBUF UCB0RXBUF // Receive buffer
#define LCD_SPI_UCBxIE UCB0IE // Interrupt enable register
#define LCD_SPI_UCBxIFG UCB0IFG // Interrupt flag register
#define LCD_SPI_UCBxIV UCB0IV // Interrupt vector register
#define LCD_SPI_UCBxSTAT UCB0STAT // status register
// Definitions for the OLED Display
// peripheral mapping for OLED
#define OLED_I2C_CTL0 ( UCB0CTL0 )
#define OLED_I2C_CTL1 ( UCB0CTL1 )
#define OLED_I2C_BR0 ( UCB0BR0 )
#define OLED_I2C_BR1 ( UCB0BR1 )
#define OLED_I2C_I2CSA ( UCB0I2CSA )
#define OLED_I2C_IE ( UCB0IE )
#define OLED_I2C_IFG ( UCB0IFG )
#define OLED_I2C_TXBUF ( UCB0TXBUF )
#define OLED_I2C_RXBUF ( UCB0RXBUF )
// interrupt mapping for OLED
#define USCI_OLED_I2C_VECTOR ( USCI_B0_VECTOR )
#define USCI_OLED_I2C_IV ( UCB0IV )
// OLED reset is active low
#define OLED_RSTN_PDIR ( P8DIR )
#define OLED_RSTN_POUT ( P8OUT )
#define OLED_RSTN_PIN ( BIT7 )
#define OLED_RSTN_CONFIG() { OLED_RSTN_PDIR |= OLED_RSTN_PIN; OLED_RSTN_ASSERT(); }
#define OLED_RSTN_ASSERT() { OLED_RSTN_POUT &= ~OLED_RSTN_PIN; }
#define OLED_RSTN_DEASSERT() { OLED_RSTN_POUT |= OLED_RSTN_PIN; }
#define OLED_CS1N_PDIR ( P8DIR )
#define OLED_CS1N_POUT ( P8OUT )
#define OLED_CS1N_PIN ( BIT0 )
#define OLED_CS1N_CONFIG() { OLED_CS1N_PDIR |= OLED_CS1N_PIN; OLED_CS1N_DISABLE(); }
#define OLED_CS1N_ENABLE() { OLED_CS1N_POUT &= ~OLED_CS1N_PIN; }
#define OLED_CS1N_DISABLE() { OLED_CS1N_POUT |= OLED_CS1N_PIN; }
#define OLED_CS2N_PDIR ( P8DIR )
#define OLED_CS2N_POUT ( P8OUT )
#define OLED_CS2N_PIN ( BIT1 )
#define OLED_CS2N_CONFIG() { OLED_CS2N_PDIR |= OLED_CS2N_PIN; OLED_CS2N_DISABLE(); }
#define OLED_CS2N_ENABLE() { OLED_CS2N_POUT &= ~OLED_CS2N_PIN; }
#define OLED_CS2N_DISABLE() { OLED_CS2N_POUT |= OLED_CS2N_PIN; }
#define OLED_SDA_PDIR ( P3DIR )
#define OLED_SDA_POUT ( P3OUT )
#define OLED_SDA_PIN ( BIT1 )
#define OLED_SDA_PSEL ( P3SEL)
#define OLED_SCL_PDIR ( P3DIR )
#define OLED_SCL_POUT ( P3OUT )
#define OLED_SCL_PORT ( P3 )
#define OLED_SCL_PIN ( BIT2 )
#define OLED_SCL_PSEL ( P3SEL )
// the select line overrides the pdir and pout settings
#define OLED_SDA_CONFIG_FOR_PERIPHERAL_USE() { OLED_SDA_PSEL |= OLED_SDA_PIN; }
#define OLED_SCL_CONFIG_FOR_PERIPHERAL_USE() { OLED_SCL_PSEL |= OLED_SCL_PIN; }
#define OLED_I2C_CONFIG_FOR_PERIPHERAL_USE() { \
OLED_SDA_CONFIG_FOR_PERIPHERAL_USE(); \
OLED_SCL_CONFIG_FOR_PERIPHERAL_USE(); }
#define OLED_SDA_CONFIG_FOR_SLEEP() { \
OLED_SDA_PSEL &= ~OLED_SDA_PIN; \
OLED_SDA_PDIR |= OLED_SDA_PIN; \
OLED_SDA_POUT |= OLED_SDA_PIN; }
#define OLED_SCL_CONFIG_FOR_SLEEP() { \
OLED_SCL_PSEL &= ~OLED_SCL_PIN; \
OLED_SCL_PDIR |= OLED_SCL_PIN; \
OLED_SCL_POUT |= OLED_SCL_PIN; }
#define OLED_I2C_CONFIG_FOR_SLEEP() { \
OLED_SDA_CONFIG_FOR_SLEEP(); \
OLED_SCL_CONFIG_FOR_SLEEP(); }
#define OLED_POWER_ENABLE_PIN ( BIT0 )
#define OLED_POWER_ENABLE_POUT ( P4OUT )
#define OLED_POWER_ENABLE_PDIR ( P4DIR )
#define OLED_POWER_CONFIG() { P4DIR |= OLED_POWER_ENABLE_PIN; OLED_POWER_DISABLE(); }
#define OLED_POWER_ENABLE() { P4OUT |= OLED_POWER_ENABLE_PIN; }
#define OLED_POWER_DISABLE() { P4OUT &= ~OLED_POWER_ENABLE_PIN; }
// VLED_EN is active low
#define OLED_IO_POWER_ENABLE_PIN ( BIT3 )
#define OLED_IO_POWER_ENABLE_POUT ( P5OUT )
#define OLED_IO_POWER_ENABLE_PDIR ( P5DIR )
#define OLED_IO_POWER_CONFIG() { P5DIR |= OLED_IO_POWER_ENABLE_PIN; OLED_IO_POWER_DISABLE(); }
#define OLED_IO_POWER_ENABLE() { P5OUT &= ~OLED_IO_POWER_ENABLE_PIN; }
#define OLED_IO_POWER_DISABLE() { P5OUT |= OLED_IO_POWER_ENABLE_PIN; }
#ifdef ANALOG
#define CONFIG_OLED_PINS() { \
OLED_RSTN_CONFIG(); \
OLED_CS1N_CONFIG(); \
OLED_CS2N_CONFIG(); \
OLED_POWER_CONFIG(); \
OLED_I2C_CONFIG_FOR_SLEEP(); \
OLED_IO_POWER_CONFIG(); \
}
#else
/* jumpers for 10V must be removed for power consumption measurements */
#define CONFIG_OLED_PINS() { \
OLED_RSTN_CONFIG(); \
OLED_CS1N_CONFIG(); \
OLED_CS1N_ENABLE(); \
OLED_CS2N_CONFIG(); \
OLED_CS2N_ENABLE(); \
OLED_POWER_CONFIG(); \
OLED_IO_POWER_CONFIG(); \
}
#endif
// Real time clock defines
// RTC 1 Hz output, also used to toggle the bias on the LCD
#define RTC_1HZ_PORT_DIR ( P2DIR )
#define RTC_1HZ_PORT_SEL ( P2SEL )
#define RTC_1HZ_BIT ( BIT4 )
// Button defines
#define BUTTON_TIME_COUNT_ARRAY_LEN 8
#define ALL_BUTTONS_OFF 0xFF
#define SW_A BIT0
#define SW_B BIT1
#define SW_C BIT2
#define SW_D BIT3
// Bit 4 is not used
#define SW_E BIT5
#define SW_F BIT6
#define SW_P BIT7
#define SW_A_INDEX ( 0 )
#define SW_B_INDEX ( 1 )
#define SW_C_INDEX ( 2 )
#define SW_D_INDEX ( 3 )
#define SW_UNUSED_INDEX ( 4 )
#define SW_E_INDEX ( 5 )
#define SW_F_INDEX ( 6 )
#define SW_P_INDEX ( 7 )
#define TOTAL_BTN_NUM ( 8 )
#ifdef ANALOG
/* analog board has traces for all of the buttons but
* only 3 and pull switch are populated */
#define ALL_BUTTONS (SW_A | SW_B | SW_C | SW_P)
#elif defined(DIGITAL)
#define ALL_BUTTONS (SW_A | SW_B | SW_C | SW_D | SW_E | SW_F)
#endif
#define RESISTOR_ENABLE_BUTTONS ( ALL_BUTTONS )
#define INT_EDGE_SEL_BUTTONS (ALL_BUTTONS)
#define BUTTON_PORT_VECTOR PORT2_VECTOR
#define BUTTON_PORT_DIR P2DIR
#define BUTTON_PORT_SEL P2SEL
#define BUTTON_PORT_OUT P2OUT
#define BUTTON_PORT_REN P2REN
#define BUTTON_PORT_IE P2IE
#define BUTTON_PORT_IES P2IES
#define BUTTON_PORT_IFG P2IFG
#define DISABLE_BUTTONS() { \
BUTTON_PORT_IE &= ~INT_EDGE_SEL_BUTTONS; \
BUTTON_PORT_REN &= ~ALL_BUTTONS; \
BUTTON_PORT_OUT &= ~ALL_BUTTONS; \
}
/* SHIPPING */
/* S5 or SW_E is the button that takes the watch out of shipping mode */
#define ENABLE_SHIPPING_WAKEUP() { \
P1IE = 0x00; \
PMMCTL0_H = 0xA5; \
PMMRIE = 0x0000; \
RTCPS0CTL = 0x0000; \
RTCPS1CTL = 0x0000; \
UCSCTL8 = 0x0700; \
BUTTON_PORT_REN = SW_E; \
BUTTON_PORT_OUT = SW_E; \
BUTTON_PORT_DIR &= ~SW_E; \
BUTTON_PORT_IES = SW_E; \
BUTTON_PORT_IFG = 0x00; \
BUTTON_PORT_IE = SW_E; \
}
// NOTE the the buttons are grounded. That means that we want to invert the bits
// when reading the port to have positive logic where a button press is a "1"
#define BUTTON_PORT_IN ~P2IN
// Configure the hardware port for the button support P2.4 is excluded
#define CONFIGURE_BUTTON_PINS() { \
BUTTON_PORT_REN = (unsigned char) RESISTOR_ENABLE_BUTTONS; \
BUTTON_PORT_OUT = (unsigned char) ALL_BUTTONS; \
BUTTON_PORT_DIR &= (unsigned char) ~ALL_BUTTONS; \
BUTTON_PORT_IES |= INT_EDGE_SEL_BUTTONS; \
BUTTON_PORT_IFG &= ~ALL_BUTTONS; \
BUTTON_PORT_IE |= ALL_BUTTONS; \
}
// Battery charger control for a BQ24080
#define BAT_CHARGE_DIR P6DIR
#define BAT_CHARGE_REN P6REN
#define BAT_CHARGE_OUT P6OUT
#define BAT_CHARGE_IN P6IN
//#define BAT_CHARGE_IE P6IE
//#define PWR_PORT_VECTOR PORT6_VECTOR
//#define PWR_PORT_IFG P6IFG
#define BAT_CHARGE_ENABLE_PIN BIT2
#define BAT_CHARGE_STAT1 BIT3
#define BAT_CHARGE_STAT2 BIT4
#define BAT_CHARGE_PWR_BIT BIT5
// Enable charging, asserted low
#define BATTERY_CHARGE_ENABLE() { BAT_CHARGE_OUT &= ~BAT_CHARGE_ENABLE_PIN; }
// disable charging, sleep the part
#define BATTERY_CHARGE_DISABLE() { BAT_CHARGE_OUT |= BAT_CHARGE_ENABLE_PIN; }
//RESET PIN NMI or RESET
#define SET_RESET_PIN_NMI() {SFRRPCR &= ~SYSRSTRE; SFRRPCR |= SYSNMI;}
#define SET_RESET_PIN_RST() {SFRRPCR |= SYSRSTRE; SFRRPCR &= ~SYSNMI;}
#define RESET_PIN (SFRRPCR & SYSNMI) // return 1 for NMI
//
// Ambient Light Sensor
//
#define GC1_PDIR ( P6DIR )
#define GC1_POUT ( P6OUT )
#define GC1_PSEL ( P6SEL )
#define GC1_PIN ( BIT0 )
#define GC2_PDIR ( P6DIR )
#define GC2_POUT ( P6OUT )
#define GC2_PSEL ( P6SEL )
#define GC2_PIN ( BIT6 )
#define IOUT_PDIR ( P6DIR )
#define IOUT_PSEL ( P6SEL )
#define IOUT_PIN ( BIT1 )
#define LIGHT_SENSE_INIT() \
{ \
IOUT_PDIR &= ~IOUT_PIN; \
IOUT_PSEL |= IOUT_PIN; \
GC1_PDIR |= GC1_PIN; \
GC2_PDIR |= GC2_PIN; \
LIGHT_SENSE_DISABLE(); \
}
#define LIGHT_SENSOR_SHUTDOWN() \
{ \
GC1_POUT &= ~GC1_PIN; \
GC2_POUT &= ~GC2_PIN; \
}
#define LIGHT_SENSOR_L_GAIN() \
{ \
GC1_POUT |= GC1_PIN; \
GC2_POUT |= GC2_PIN; \
}
#define LIGHT_SENSE_ENABLE()\
{ \
LIGHT_SENSOR_L_GAIN(); \
}
#define LIGHT_SENSE_DISABLE() \
{ \
LIGHT_SENSOR_SHUTDOWN(); \
}
//
// This pin controls if the battery voltage can be read
//
#define BATTERY_READ_CONTROL_PDIR ( P4DIR )
#define BATTERY_READ_CONTROL_POUT ( P4OUT )
#define BATTERY_READ_CONTROL_PIN ( BIT6 )
#define BATTERY_SENSE_INPUT_PDIR ( P7DIR )
#define BATTERY_SENSE_INPUT_PSEL ( P7SEL )
#define BATTERY_SENSE_INPUT_PIN ( BIT7 )
#define BATTERY_SENSE_INIT() \
{ \
BATTERY_READ_CONTROL_PDIR |= BATTERY_READ_CONTROL_PIN; \
BATTERY_SENSE_INPUT_PDIR &= ~BATTERY_SENSE_INPUT_PIN; \
BATTERY_SENSE_INPUT_PSEL |= BATTERY_SENSE_INPUT_PIN; \
BATTERY_SENSE_DISABLE(); \
}
#define BATTERY_SENSE_ENABLE() \
{ \
BATTERY_READ_CONTROL_POUT |= BATTERY_READ_CONTROL_PIN; \
}
#define BATTERY_SENSE_DISABLE() \
{ \
BATTERY_READ_CONTROL_POUT &= ~BATTERY_READ_CONTROL_PIN; \
}
//
// hardware configuration is a voltage divider to ADC input
//
#define HARDWARE_CFG_CONTROL_PDIR ( P5DIR )
#define HARDWARE_CFG_CONTROL_POUT ( P5OUT )
#define HARDWARE_CFG_CONTROL_PIN ( BIT0 )
#define HARDWARE_CFG_INPUT_PDIR ( P7DIR )
#define HARDWARE_CFG_INPUT_PSEL ( P7SEL )
#define HARDWARE_CFG_INPUT_PIN ( BIT5 )
#define HARDWARE_CFG_SENSE_INIT() \
{ \
HARDWARE_CFG_CONTROL_PDIR |= HARDWARE_CFG_CONTROL_PIN; \
HARDWARE_CFG_INPUT_PDIR &= ~HARDWARE_CFG_INPUT_PIN; \
HARDWARE_CFG_INPUT_PSEL |= HARDWARE_CFG_INPUT_PIN; \
HARDWARE_CFG_SENSE_DISABLE(); \
}
#define HARDWARE_CFG_SENSE_ENABLE() \
{ \
HARDWARE_CFG_CONTROL_POUT |= HARDWARE_CFG_CONTROL_PIN; \
}
#define HARDWARE_CFG_SENSE_DISABLE() \
{ \
HARDWARE_CFG_CONTROL_POUT &= ~HARDWARE_CFG_CONTROL_PIN; \
}
#define APPLE_SDA_PDIR ( P10DIR )
#define APPLE_SDA_POUT ( P10OUT )
#define APPLE_SDA_PIN ( BIT1 )
#define APPLE_SCL_PDIR ( P10DIR )
#define APPLE_SCL_POUT ( P10OUT )
#define APPLE_SCL_PIN ( BIT2 )
#define APPLE_POWER_PDIR ( P4DIR )
#define APPLE_POWER_POUT ( P4OUT )
#define APPLE_POWER_PIN ( BIT5 )
/* power enable is active low */
#define APPLE_POWER_ENABLE() { APPLE_POWER_POUT &= ~APPLE_POWER_PIN; }
#define APPLE_POWER_DISABLE() { APPLE_POWER_POUT |= APPLE_POWER_PIN; }
#define APPLE_POWER_CONFIG() { \
APPLE_POWER_PDIR |= APPLE_POWER_PIN; \
APPLE_POWER_DISABLE(); \
}
/* since the apple chip is currently not powered
* the pins should be at 0 instead of 1
*/
#define APPLE_I2C_PIN_CONFIG() { \
APPLE_SDA_PDIR |= APPLE_SDA_PIN; \
APPLE_SDA_POUT &= ~APPLE_SDA_PIN; \
APPLE_SCL_PDIR |= APPLE_SCL_PIN; \
APPLE_SCL_POUT &= ~APPLE_SCL_PIN; \
}
#define APPLE_CONFIG() { \
APPLE_POWER_CONFIG(); \
APPLE_I2C_PIN_CONFIG(); \
}
#define SRAM_SCLK_PSEL ( P3SEL )
#define SRAM_SCLK_PDIR ( P3DIR )
#define SRAM_SCLK_POUT ( P3OUT )
#define SRAM_SCLK_PIN ( BIT0 )
#define SRAM_SOMI_PSEL ( P3SEL )
#define SRAM_SOMI_PDIR ( P3DIR )
#define SRAM_SOMI_POUT ( P3OUT )
#define SRAM_SOMI_PIN ( BIT5 )
#define SRAM_SIMO_PSEL ( P3SEL )
#define SRAM_SIMO_PDIR ( P3DIR )
#define SRAM_SIMO_POUT ( P3OUT )
#define SRAM_SIMO_PIN ( BIT4 )
#define SRAM_CSN_PDIR ( P9DIR )
#define SRAM_CSN_POUT ( P9OUT )
#define SRAM_CSN_PIN ( BIT6)
#define SRAM_HOLDN_PDIR ( P9DIR )
#define SRAM_HOLDN_POUT ( P9OUT )
#define SRAM_HOLDN_PIN ( BIT7 )
#define CONFIG_SRAM_PINS() \
{ \
SRAM_CSN_PDIR |= SRAM_CSN_PIN; \
SRAM_CSN_POUT |= SRAM_CSN_PIN; \
SRAM_HOLDN_PDIR |= SRAM_HOLDN_PIN; \
SRAM_HOLDN_POUT |= SRAM_HOLDN_PIN; \
}
#define SRAM_CSN_ASSERT() { SRAM_CSN_POUT &= ~SRAM_CSN_PIN; }
#define SRAM_CSN_DEASSERT() { \
WAIT_FOR_SRAM_SPI_SHIFT_COMPLETE(); \
SRAM_CSN_POUT |= SRAM_CSN_PIN; \
}
/* wait for shift to complete ( ~3 us ) */
#define WAIT_FOR_SRAM_SPI_SHIFT_COMPLETE() { while( (UCA0STAT & 0x01) != 0 ); }
#define ACCELEROMETER_SDA_PIN ( BIT7 )
#define ACCELEROMETER_SDA_PSEL ( P3SEL )
#define ACCELEROMETER_SDA_POUT ( P3OUT )
#define ACCELEROMETER_SDA_PDIR ( P3OUT )
#define ACCELEROMETER_SDA_PREN ( P1REN )
#define ACCELEROMETER_SCL_PIN ( BIT4 )
#define ACCELEROMETER_SCL_PSEL ( P5SEL )
#define ACCELEROMETER_SCL_POUT ( P5OUT )
#define ACCELEROMETER_SCL_PDIR ( P5OUT )
#define ACCELEROMETER_SCL_PREN ( P5REN )
#define ACCELEROMETER_INT_PIN ( BIT7 )
#define ACCELEROMETER_INT_PDIR ( P1DIR )
#define ACCELEROMETER_INT_PSEL ( P1SEL )
#define ACCELEROMETER_INT_PIFG ( P1IFG )
#define ACCELEROMETER_INT_PIE ( P1IE )
#define ACCELEROMETER_POWER_POUT ( P9OUT )
#define ACCELEROMETER_POWER_PDIR ( P9DIR )
#define ACCELEROMETER_POWER_PINS ( BIT1 | BIT2 )
/* this is for reference only (it doesn't control anything) */
#define ACCELEROMETER_INT_NUM (PIN7_INT)
#define LED4_PIN ( BIT2 )
#define LED5_PIN ( BIT3 )
#define LED6_PIN ( BIT4 )
#define LED7_PIN ( BIT5 )
#define LEDS_PDIR ( P8DIR )
#define LEDS_POUT ( P8OUT )
#define LED4_ON() { LEDS_POUT |= LED4_PIN; }
#define LED5_ON() { LEDS_POUT |= LED5_PIN; }
#define LED6_ON() { LEDS_POUT |= LED6_PIN; }
#define LED7_ON() { LEDS_POUT |= LED7_PIN; }
#define LED4_OFF() { LEDS_POUT &= ~LED4_PIN; }
#define LED5_OFF() { LEDS_POUT &= ~LED5_PIN; }
#define LED6_OFF() { LEDS_POUT &= ~LED6_PIN; }
#define LED7_OFF() { LEDS_POUT &= ~LED7_PIN; }
#define LED4_TOGGLE() { LEDS_POUT ^= LED4_PIN; }
#define LED5_TOGGLE() { LEDS_POUT ^= LED5_PIN; }
#define LED6_TOGGLE() { LEDS_POUT ^= LED6_PIN; }
#define LED7_TOGGLE() { LEDS_POUT ^= LED7_PIN; }
#define CONFIG_LED_PINS() { \
LEDS_PDIR |= LED4_PIN | LED5_PIN | LED6_PIN | LED7_PIN; \
LED4_OFF(); LED5_OFF(); LED6_OFF(); LED7_OFF(); \
}
#define DEBUG1_PIN ( BIT1 )
#define DEBUG3_PIN ( BIT4 )
#define DEBUG4_PIN ( BIT7 )
#define DEBUG5_PIN ( BIT6 )
#define DEBUG1_PDIR ( P5DIR )
#define DEBUG3_PDIR ( P7DIR )
#define DEBUG4_PDIR ( P6DIR )
#define DEBUG5_PDIR ( P7DIR )
#define DEBUG1_POUT ( P5OUT )
#define DEBUG3_POUT ( P7OUT )
#define DEBUG4_POUT ( P6OUT )
#define DEBUG5_POUT ( P7OUT )
#define DEBUG1_HIGH() { DEBUG1_POUT |= DEBUG1_PIN; }
#define DEBUG3_HIGH() { DEBUG3_POUT |= DEBUG3_PIN; }
#define DEBUG4_HIGH() { DEBUG4_POUT |= DEBUG4_PIN; }
#define DEBUG5_HIGH() { DEBUG5_POUT |= DEBUG5_PIN; }
#define DEBUG1_LOW() { DEBUG1_POUT &= ~DEBUG1_PIN; }
#define DEBUG3_LOW() { DEBUG3_POUT &= ~DEBUG3_PIN; }
#define DEBUG4_LOW() { DEBUG4_POUT &= ~DEBUG4_PIN; }
#define DEBUG5_LOW() { DEBUG5_POUT &= ~DEBUG5_PIN; }
#define DEBUG1_PULSE() { DEBUG1_HIGH(); DEBUG1_LOW(); }
#define DEBUG3_PULSE() { DEBUG3_HIGH(); DEBUG3_LOW(); }
#define DEBUG4_PULSE() { DEBUG4_HIGH(); DEBUG4_LOW(); }
#define DEBUG5_PULSE() { DEBUG5_HIGH(); DEBUG5_LOW(); }
#define DEBUG1_TOGGLE() { DEBUG1_POUT ^= DEBUG1_PIN; }
#define DEBUG3_TOGGLE() { DEBUG3_POUT ^= DEBUG3_PIN; }
#define DEBUG4_TOGGLE() { DEBUG4_POUT ^= DEBUG4_PIN; }
#define DEBUG5_TOGGLE() { DEBUG5_POUT ^= DEBUG5_PIN; }
#define CONFIG_DEBUG_PINS() { \
DEBUG1_PDIR |= DEBUG1_PIN; \
DEBUG3_PDIR |= DEBUG3_PIN; \
DEBUG4_PDIR |= DEBUG4_PIN; \
DEBUG5_PDIR |= DEBUG5_PIN; \
DEBUG1_POUT &= ~DEBUG1_PIN; \
DEBUG3_POUT &= ~DEBUG3_PIN; \
DEBUG4_POUT &= ~DEBUG4_PIN; \
DEBUG5_POUT &= ~DEBUG5_PIN; \
}
/*
* Sideband signals (for lack of another word)
*/
#define BT_CLK_REQ_PDIR ( P1DIR )
#define BT_CLK_REQ_POUT ( P1OUT )
#define BT_CLK_REQ_PIN ( BIT4 )
#define BT_IO1_PDIR ( P1DIR )
#define BT_IO1_POUT ( P1OUT )
#define BT_IO1_PIN ( BIT5 )
#define BT_IO2_PDIR ( P1DIR )
#define BT_IO2_POUT ( P1OUT )
#define BT_IO2_PIN ( BIT6 )
/******************************************************************************/
/* peripheral mapping for accelerometer */
#define ACCELEROMETER_CTL0 ( UCB1CTL0 )
#define ACCELEROMETER_CTL1 ( UCB1CTL1 )
#define ACCELEROMETER_BR0 ( UCB1BR0 )
#define ACCELEROMETER_BR1 ( UCB1BR1 )
#define ACCELEROMETER_I2CSA ( UCB1I2CSA )
#define ACCELEROMETER_IE ( UCB1IE )
#define ACCELEROMETER_IFG ( UCB1IFG )
#define ACCELEROMETER_TXBUF ( UCB1TXBUF )
#define ACCELEROMETER_RXBUF ( UCB1RXBUF )
#define ACCELEROMETER_STAT ( UCB1STAT )
/* interrupt mapping for accelerometer */
#define USCI_ACCELEROMETER_VECTOR ( USCI_B1_VECTOR )
#define USCI_ACCELEROMETER_IV ( UCB1IV )
#endif // HAL_DEVBOARD_V2_DEFS_H