#include <gfa/gfabootlmast.h>
#include "error.h"

/////////////////////////////////////////////////////////////////////////////

const char* GfaTfuStrError(int nError)
{
	switch(nError)
	{
	case GFA_FU_ERROR_INVALID_CMDLINE_ARG:
		return "Invalid command line argument";
	case GFA_FU_ERROR_INVALID_BAUDRATE:
		return "Invalid baudrate";
	case GFA_FU_ERROR_INVALID_PARITY:
		return "Invalid parity";
	case GFA_FU_ERROR_INVALID_NODE_ADDR:
		return "Invalid node address";
	case GFA_FU_ERROR_INVALID_STATION_NUM:
		return "Invalid station number";
	case GFA_FU_ERROR_NOTHING_TO_DO:
		return "Nothing to do";
	case GFA_FU_ERROR_INVALID_BLOCK_SIZE:
		return "Invalid block size";
	case GFA_FU_ERROR_INVALID_DEVICE_NAME:
		return "Missing device name";
	case GFA_FU_ERROR_NODE_STATION_MUTEX:
		return "Either a node address or a station number may be provided";
	case GFA_FU_ERROR_MAT_OR_SER_MISSING:
		return "Both material and serial number must be provided";
	case GFA_FU_ERROR_MAT_OR_SER_TOO_LONG:
		return "Material or serial number too long";
	case GFA_FU_ERROR_IMG_HEADER_NOT_FOUND:
		return "Image file header not found";
	case GFA_FU_ERROR_INVALID_IMG_SIZE:
		return "Invalid image file size";
	case GFA_FU_ERROR_INVALID_IMG_CRC32:
		return "Invalid image CRC32";
	case GFA_FU_ERROR_MATERIAL_NUM_NO_MATCH:
		return "Image material number does not match the target";
	case GFA_FU_ERROR_MULTIPLE_COMMANDS:
		return "Multiple commands not allowed";
	case GFA_FU_ERROR_INVALID_COMMAND_OPT:
		return "Invalid command option";
	case GFA_FU_ERROR_MISSING_COMMAND_OPT:
		return "Missing required option(s)";
	case GFA_FU_ERROR_INVALID_APP_START_ADDR:
		return "Invalid app start address";
	case GFA_MB_ERROR_ILLEGAL_FUNCTION:
		return "Invalid modbus function";
	case GFA_MB_ERROR_ILLEGAL_DATA_ADDRESS:
		return "Invalid modbus data address";
	case GFA_MB_ERROR_ILLEGAL_DATA_VALUE:
		return "Illegal modbus data value";
	case GFA_MB_ERROR_SLAVE_DEVICE_FAILURE:
		return "Modbus slave device failure";
	case GFA_MB_ERROR_ACKNOWLEDGE:
		return "Modbus error acknowledge";
	case GFA_MB_ERROR_SLAVE_DEVICE_BUSY:
		return "Modbus slave device busy";
	case GFA_MB_ERROR_NEGATIVE_ACKNOWLEDGE:
		return "Modbus error negative acknowledge";
	case GFA_MB_ERROR_MEMORY_PARITY_ERROR:
		return "Modbus parity error";
	case GFA_FU_ERROR_INVALID_MODBUS_SLV_ID:
		return "Invalid Modbus Slave-ID";
	default:
		return GfaBlmStrError(nError);
	}
}