// pin layout ISP header
#define ISP_DATA                    P2_1
#define ISP_CLOCK                   P2_2

// note: change of adc ch require change in adc.c!
#define ADC_PORT                    P0
#define ADC0                        6
#define ADC1                        7
// acs712 in inverted mode on adc1?
// when powered by 5V we can use a trick
// to get a good resolution: use inverted power inputs
// 0A = 2.5V
// 30A = 0.0V
#define ADC1_USE_ACS712

// voltage divider on my board is 10 / 1 k, scale to 100 / 10
#define ADC0_DIVIDER_A              100
#define ADC0_DIVIDER_B              10

#define BIND_PORT                   P1
#define BIND_PIN                    1

// LEDs
#define LED_GREEN_PORT              P2
#define LED_GREEN_PIN               4
#define LED_RED_PORT                P2
#define LED_RED_PIN                 3

// DEBUG
#define DEBUG_UART 					USART0_P0

// SBUS
// enable SBUS output -> this will DISABLE ppm!
#define SBUS_ENABLED
#define SBUS_UART                   USART1_P0
// Note: default/futaba is INVERTED=1! (use this for a cc3d etc)
//       inverted     => idle = LOW
//       non inverted => idle = high
// #define SBUS_INVERTED

// PPM (only used if sbus is disabled)
// invert SBUS output (normal is non inverted)
// #define PPM_INVERTED

// hub telemetry input (soft serial)
#define HUB_TELEMETRY_ON_SBUS_UART
// #define HUB_TELEMETRY_INVERTED

#ifndef HUB_TELEMETRY_ON_SBUS_UART
  // if not shared with sbus, use any pin in softserial mode at 9600baud
  #define HUB_TELEMETRY_PORT        P0
  #define HUB_TELEMETRY_PIN         5
#endif

// LNA control pin
#define RF_LNA_PORT                 P1
#define RF_LNA_PIN                  6
#define RF_LNA_ON_LEVEL             1

// PA control pin
#define RF_PA_PORT                  P1
#define RF_PA_PIN                   4
#define RF_PA_ON_LEVEL              1

// Antenna switch control pin
#define RF_ANTENNA_SWITCH_PORT      P1
#define RF_ANTENNA_SWITCH_PIN       5
#define RF_ANTENNA_A_LEVEL          1

// enable High Gain?
#define RF_HIGH_GAIN_MODE_ENABLED
// Gain control pin
#define RF_HIGH_GAIN_MODE_PORT      P1
#define RF_HIGH_GAIN_MODE_PIN       7
#define RF_HIGH_GAIN_MODE_ON_LEVEL  1

// enable Bypass?
// #define RF_BYPASS_MODE_ENABLED
// Bypass control pin
#define RF_BYPASS_MODE_PORT         P1
#define RF_BYPASS_MODE_PIN          3
#define RF_BYPASS_MODE_ON_LEVEL     1

// bootloader config
#define BOOTLOADER_LED_GREEN_PORT   LED_GREEN_PORT
#define BOOTLOADER_LED_GREEN_PIN    LED_GREEN_PIN
#define BOOTLOADER_LED_RED_PORT     LED_RED_PORT
#define BOOTLOADER_LED_RED_PIN      LED_RED_PIN

// bootloader runs on UART1 P0
#define BOOTLOADER_UART_NUM         1
#define BOOTLOADER_UART_PORT        0
#define BOOTLOADER_UART_INVERTED    0
#define BOOTLOADER_UART_BAUDRATE    100000
#define BOOTLOADER_UART_USE_PARITY  0
#define BOOTLOADER_UART_USE_2STOPBITS 0

// use ISP interface clock pin as bootloader enable pin
// pull this low during startup to enter bootloader mode
#define BOOTLOADER_ENABLE_PORT      P2
#define BOOTLOADER_ENABLE_PIN       2


#define DEFAULT_FSCAL_VALUE         -69