/* Show the result of the CLASS/COMMAND statistics */
void t0ShowStatistics(int cardType, int *claInsStatistics, int *fileStatistics, int *swStatistics)
{
int i;
int highByte;
int lowByte;
int framecount = 0;
char outputBuffer[1024];
sprintf(outputBuffer,"\r\n");
logfilePut(outputBuffer);
printf("%s",outputBuffer);
sprintf(outputBuffer,"CLA/INS statistics:\r\n");
logfilePut(outputBuffer);
printf("%s",outputBuffer);
sprintf(outputBuffer," CLA: INS: QTY:\r\n");
logfilePut(outputBuffer);
printf("%s",outputBuffer);
for(i=0; i<0x10000;i++)
{
if(claInsStatistics[i] != 0)
{
highByte = (i >> 8) & 0xFF;
lowByte = i & 0xFF;
sprintf(outputBuffer," %02hhx %02hhx %-10i\r\n",highByte, lowByte, claInsStatistics[i]);
logfilePut(outputBuffer);
printf("%s",outputBuffer);
decodeCommand(highByte, lowByte, cardType, 0);
framecount+=claInsStatistics[i];
}
}
WL_API int decodeIR(struct ir_remote *remotes, char *out) {
//wait till data is ready
if(receive)
{
if(!receive->waitTillDataIsReady(0)) {
return 0;
}
last = end;
gettimeofday(&start,NULL);
receive->getData(&irCode);
gettimeofday(&end,NULL);
if(decodeCommand(remotes,out)) {
ResetEvent(dataReadyEvent);
return 1;
}
ResetEvent(dataReadyEvent);
}
return 0;
}
/**
* @brief bossTask
* @param argument
*/
void StartBossTask(void const * argument) {
// Start receiving data via USB UART
cHAL_UART_TermReceive_IT(&huart1, 512);
cHAL_UART_TermReceive_IT(&huart2, 512);
msg_genericMessage_t rxMessage;
// If in AUTO mode, set off a WIFI startup
// if (globalFlags.states.commState == COMM_STATE_AUTO) {
// sendCommand(msgQBoss, MSG_SRC_BOSS_TASK, MSG_CMD_WIFI_INIT,
// osWaitForever);
// }
/* Infinite loop */
for (;;) {
fetchMessage(msgQBoss, &rxMessage, 0);
switch (rxMessage.messageType) {
case MSG_TYPE_NO_MESSAGE:
break;
case MSG_TYPE_COMMAND:
interpretCommand(decodeCommand(&rxMessage));
break;
default:
break;
}
}
}
static void ICACHE_FLASH_ATTR processRxFunc(RcvMsgBuff *rxBfr) {
char *bfr = readRx(rxBfr);
while (bfr != NULL) {
// TESTP("bfr: %s\n", bfr);
decodeCommand(bfr);
bfr = readRx(rxBfr);
}
}
WL_API int decodeIR(struct ir_remote *remotes, char *out) {
if(sendReceiveData) {
if(!sendReceiveData->waitTillDataIsReady(0)) {
return 0;
}
clear_rec_buffer(&hw);
if(decodeCommand(&hw,remotes,out)) {
return 1;
}
}
return 0;
}
static void commandDecoder() {
decoderCurrBufferPos = 0;
char com2Name[] = IOSERVERCOM2_NAME;
com2 = WhoIs(com2Name);
char randomName[] = RANDOM_CONTROL_NAME;
randomController = WhoIs(randomName);
char trainControllerName[] = TRAIN_CONTROLLER_NAME;
trainController = WhoIs(trainControllerName);
char trackControllerName[] = TRACK_NAME;
trackController = WhoIs(trackControllerName);
char uiName[] = UI_TASK_NAME;
ui = WhoIs(uiName);
char sensorServerName[] = SENSOR_NAME;
sensorServer = WhoIs(sensorServerName);
char timeServerName[] = TIMESERVER_NAME;
timeServer = WhoIs(timeServerName);
char snakeDirectorName[] = SNAKE_DIRECTOR_NAME;
snakeDirector = WhoIs(snakeDirectorName);
UiMsg msg;
msg.type = PROMPT_CHAR;
for (;;) {
char c = Getc(com2);
msg.data3 = c;
if (c == RETURN) {
decodeCommand();
msg.data2 = 1; // Move cursor to clear line.
Send(ui, (char*)&msg, sizeof(UiMsg), (char*)1, 0);
} else {
if (decoderCurrBufferPos > 0 && c == BACKSPACE) {
--decoderCurrBufferPos;
msg.data2 = decoderCurrBufferPos+1;
Send(ui, (char*)&msg, sizeof(UiMsg), (char*)1, 0);
} else if (decoderCurrBufferPos < DECODER_BUFFER_SIZE) {
if (( c >= '0' && c <= '9' ) ||
( c >= 'a' && c <= 'z' ) ||
( c >= 'A' && c <= 'Z' ) || c == ' ') {
decoderBuffer[decoderCurrBufferPos] = c;
++decoderCurrBufferPos;
msg.data2 = decoderCurrBufferPos;
Send(ui, (char*)&msg, sizeof(UiMsg), (char*)1, 0);
}
}
}
}
}
WL_API int decodeIR( struct ir_remote *remotes, char *out )
{
if(sendReceiveData) {
if(!sendReceiveData->waitTillDataIsReady(0)) {
return 0;
}
if(decodeCommand(&hw,remotes,out)) {
ResetEvent(dataReadyEvent);
return 1;
}
ResetEvent(dataReadyEvent);
}
return 0;
}
int main(void)
{
bool isRunning = true;
char* pUserInput;
char* userInput = NULL;
item* it = NULL;
userInput = malloc(sizeof(char)*1024);
assert(userInput != NULL);
pUserInput = userInput;
performRotCheck();
system(CALL_DOWNLOAD_SCRIPT);
while(isRunning)
{
printf(">>");
char command = 0;
fgets(userInput, MAX_COMMAND_LEN-1, stdin);
if(!decodeCommand(userInput, &command))
{
printf("\tCommand error.\n");
continue;
} else if(command != 0)
{
it = parseItem(userInput);
if(it == NULL)
{
printf("The creation of item you provided was not successful.\n");
continue;
}
if(!performCommand(command, it))
{
fprintf(stderr, "Error.\n");
}
} else {
isRunning = false;
}
releaseItem(&it);
}
free(pUserInput);
}
/* Analyse T=0 Protocol traffic */
bool t0Analysis(const int byte, const int offset, int *errorCounter, int *claInsStatistics, int *fileStatistics, int *swStatistics, int cardtype)
{
static int i_offsetCount = 0;
static int i_byteCount = 0;
static int i_bodyLength = 0;
static int i_statusLength = 0;
static int if_dataHistroy[257];
static int i_commandType = 0;
bool statusReport;
char outputBuffer[1000];
memset(outputBuffer,0,sizeof(outputBuffer));
if(i_offsetCount == offset)
{
i_byteCount++;
if_dataHistroy[i_byteCount] = byte & 0xFF; /* Store data for later use */
if((i_byteCount == 5)&&(i_bodyLength == 0)) /* Header complete */
{
sprintf(outputBuffer,"\r\n"
" ==> Header: Class Byte (CLA) = %02hhx\r\n"
" Instruction Byte (INS) = %02hhx\r\n"
" Parameter (P1) = %02hhx\r\n"
" Parameter (P2) = %02hhx\r\n"
" Parameter (P3/LE) = %02hhx\r\n",
if_dataHistroy[1], if_dataHistroy[2], if_dataHistroy[3], if_dataHistroy[4], if_dataHistroy[5]);
printf("%s", outputBuffer);
logfilePut(outputBuffer);
/* Try to decode CLA/INS bytes */
i_commandType = decodeCommand(if_dataHistroy[1],if_dataHistroy[2],cardtype,claInsStatistics);
sprintf(outputBuffer,"\r\n");
printf("%s",outputBuffer);
logfilePut(outputBuffer);
i_byteCount = 0;
i_bodyLength = byte;
if(byte == 0)
i_statusLength = 2; /* defined by ISO7816 */
statusReport = true;
}
else if((i_byteCount == 1)&&(i_bodyLength != 0)&&(i_statusLength == 0)&&(i_bodyLength != 0))
{
sprintf(outputBuffer,"\r\n ==> ACK (should be lways the same as the INS byte!)\r\n");
printf("%s",outputBuffer);
logfilePut(outputBuffer);
if(if_dataHistroy[2] != if_dataHistroy[1])
{
sprintf(outputBuffer," Transmission or analysis error, INS byte is not equal to ACK byte!\r\n");
printf("%s",outputBuffer);
logfilePut(outputBuffer);
}
sprintf(outputBuffer,"\r\n");
printf("%s",outputBuffer);
logfilePut(outputBuffer);
if(if_dataHistroy[2] != if_dataHistroy[1])
{
i_byteCount = 0;
i_bodyLength = 0;
i_statusLength = 0;
statusReport = true;
sprintf(outputBuffer,"\r\n==> TRANSMISSION OR ANALYSIS FAILED!\r\n\r\n\r\n\r\n");
printf("%s",outputBuffer);
logfilePut(outputBuffer);
(*errorCounter)++;
}
statusReport = true;
}
else if((i_byteCount == i_bodyLength+1)&&(i_bodyLength != 0)&&(i_statusLength == 0))
{
sprintf(outputBuffer,"\r\n ==> Body (Contains the transmitted data)\r\n");
printf("%s",outputBuffer);
logfilePut(outputBuffer);
/* If the current command is a select command, try to decode the meaning of the file */
if(i_commandType == COMMAND_TYPE_SELECT)
decodeFile(if_dataHistroy[2],if_dataHistroy[3],cardtype,fileStatistics);
sprintf(outputBuffer,"\r\n");
printf("%s",outputBuffer);
logfilePut(outputBuffer);
i_byteCount = 0;
i_bodyLength = 0;
i_statusLength = 2; /* defined by ISO7816 */
statusReport = true;
}else if((i_byteCount == i_statusLength)&&(i_statusLength != 0))
{
sprintf(outputBuffer,"\r\n"
" ==> Status: status word 1 = (SW1) %02hhx\r\n"
" status word 2 = (SW2) %02hhx\r\n",
if_dataHistroy[1],if_dataHistroy[2]);
printf("%s",outputBuffer);
logfilePut(outputBuffer);
decodeStatusword(if_dataHistroy[1],if_dataHistroy[2], cardtype, swStatistics);
i_byteCount = 0;
i_bodyLength = 0;
i_statusLength = 0;
statusReport = true;
sprintf(outputBuffer,"\r\n==> TRANSMISSION COMPLETE!\r\n\r\n\r\n\r\n");
printf("%s",outputBuffer);
logfilePut(outputBuffer);
}
else
statusReport = false;
}
else
{
i_offsetCount++;
statusReport = false;
}
return statusReport;
}
