Tester application.

#include "config.h"
#include "phy.h"
#include "sys.h"
#include "nwk.h"
#include "led.h"
#include "sysclk.h"
#include "tester.h"
#include "commands.h"
#include "filter.h"
#include "events.h"
#include "time.h"
#include "sio2host.h"
#include "asf.h"

Typedefs
typedef enum AppState_t	AppState_t

typedef enum AppUartState_t	AppUartState_t

Enumerations
enum	AppState_t { APP_STATE_INITIAL, APP_STATE_SEND, APP_STATE_WAIT_CONF, APP_STATE_SENDING_DONE, APP_STATE_WAIT_SEND_TIMER, APP_STATE_WAIT_COMMAND_TIMER, APP_STATE_PREPARE_TO_SLEEP, APP_STATE_SLEEP, APP_STATE_WAKEUP, APP_STATE_INITIAL, APP_STATE_IDLE, APP_STATE_INITIAL, APP_STATE_MEASURE_ED, APP_STATE_WAIT_SCAN_TIMER, APP_STATE_INITIAL, APP_STATE_IDLE }

enum	AppUartState_t { APP_UART_STATE_IDLE, APP_UART_STATE_READ_SIZE_1, APP_UART_STATE_READ_SIZE_2, APP_UART_STATE_READ_DATA, APP_UART_STATE_READ_CRC_1, APP_UART_STATE_READ_CRC_2 }

Functions
static void	APP_TaskHandler (void)

static uint16_t	appCrcCcittUpdate (uint16_t crc, uint8_t byte)

static void	appUartSendAck (AppStatus_t status)

void	appUartSendCommand (uint8_t *buf, uint16_t size)

static void	appUartStateMachine (uint8_t byte)

int	main (void)
	Main function. More...

static void	Serial_Handler (void)

Variables
static AppState_t	appState = APP_STATE_INITIAL

static uint8_t	appUartBuffer [APP_UART_BUFFER_SIZE]

static uint16_t	appUartBufferCrc

static uint16_t	appUartBufferPtr

static uint16_t	appUartCrc

static uint16_t	appUartSize

static AppUartState_t	appUartState = APP_UART_STATE_IDLE

static uint8_t	rx_data [APP_RX_BUF_SIZE]

static uint8_t	sio_rx_length

typedef enum AppState_t AppState_t

typedef enum AppUartState_t AppUartState_t

enum AppState_t

Enumerator
APP_STATE_INITIAL
APP_STATE_SEND
APP_STATE_WAIT_CONF
APP_STATE_SENDING_DONE
APP_STATE_WAIT_SEND_TIMER
APP_STATE_WAIT_COMMAND_TIMER
APP_STATE_PREPARE_TO_SLEEP
APP_STATE_SLEEP
APP_STATE_WAKEUP
APP_STATE_INITIAL
APP_STATE_IDLE
APP_STATE_INITIAL
APP_STATE_MEASURE_ED
APP_STATE_WAIT_SCAN_TIMER
APP_STATE_INITIAL
APP_STATE_IDLE

enum AppUartState_t

Enumerator
APP_UART_STATE_IDLE
APP_UART_STATE_READ_SIZE_1
APP_UART_STATE_READ_SIZE_2
APP_UART_STATE_READ_DATA
APP_UART_STATE_READ_CRC_1
APP_UART_STATE_READ_CRC_2

static void APP_TaskHandler ( void )

static

References APP_STATE_IDLE, APP_STATE_INITIAL, appCommandsInit(), appFilterInit(), and appState.

Referenced by main().

static uint16_t appCrcCcittUpdate	(	uint16_t	crc,
		uint8_t	byte
	)

static

Referenced by appUartSendCommand(), and appUartStateMachine().

static void appUartSendAck ( AppStatus_t status )

static

References APP_COMMAND_ACK, appTimeGet(), appUartSendCommand(), AppCommandAck_t::id, status, AppCommandAck_t::status, and AppCommandAck_t::time.

Referenced by appUartStateMachine().

void appUartSendCommand	(	uint8_t *	buf,
		uint16_t	size
	)

References APP_UART_START_SYMBOL, appCrcCcittUpdate(), and sio2host_putchar().

Referenced by appCommandsSendDataConf(), appCommandsSendDataInd(), appCommandsSendRouteEntry(), and appUartSendAck().

static void appUartStateMachine ( uint8_t byte )

static

References APP_STATUS_INVALID_CRC, APP_UART_START_SYMBOL, APP_UART_STATE_IDLE, APP_UART_STATE_READ_CRC_1, APP_UART_STATE_READ_CRC_2, APP_UART_STATE_READ_DATA, APP_UART_STATE_READ_SIZE_1, APP_UART_STATE_READ_SIZE_2, appCommandReceived(), appCrcCcittUpdate(), appUartBuffer, appUartBufferCrc, appUartBufferPtr, appUartCrc, appUartSendAck(), appUartSize, and appUartState.

Referenced by Serial_Handler().

int main ( void )

Main function.

This function initializes the MAC, initiates a MLME reset request (wpan_mlme_reset_req()), and implements a the main loop.

Main function.

The master example begins by initializing required board resources. The system clock, basic GPIO pin mapping, and interrupt vectors are established.

A memory location on a TWI slave is written with a fixed test pattern which is then read back into a separate buffer. As a basic sanity check, the original write-buffer values are compared with values read from the slave to a separate buffer. An LED on the development board is illuminated when there is a match between the written and read data.