std::string mhwd::checkEnvironment() {
std::string retValue = "";
// Check if required directories exists. Otherwise return missing directory...
if (!checkExist(MHWD_USB_CONFIG_DIR))
retValue = MHWD_USB_CONFIG_DIR;
if (!checkExist(MHWD_PCI_CONFIG_DIR))
retValue = MHWD_PCI_CONFIG_DIR;
if (!checkExist(MHWD_USB_DATABASE_DIR))
retValue = MHWD_USB_DATABASE_DIR;
if (!checkExist(MHWD_PCI_DATABASE_DIR))
retValue = MHWD_PCI_DATABASE_DIR;
return retValue;
}
PDL_HANDLE ideMsgLog::getFD()
{
if ( mEnabled == ID_TRUE )
{
if ( checkExist() == ID_FALSE )
{
IDE_TEST( createFileAndHeader() != IDE_SUCCESS );
}
else
{
if ( isSameFile( mFD, mPath ) == ID_TRUE )
{
/* do nothing */
}
else
{
(void)close();
IDE_TEST( open( mDebug ) != IDE_SUCCESS );
IDE_TEST( writeWarningMessage() != IDE_SUCCESS );
}
}
}
else
{
/* do nothing */
}
return mFD;
IDE_EXCEPTION_END;
return PDL_INVALID_HANDLE;
}
char* CCanLoggerDictonary::getRecordName ( int id ){
//...Safe chech
if (!checkExist(id))return NULL;
//...Get the record
std::map<int,sDictonaryItem *>::iterator it;
it = hex_id_data.find(id);
sDictonaryItem * get = NULL;(sDictonaryItem *)hex_id_data[id];
return get->getDataName();
}
IDE_RC ideMsgLog::rotate(void)
{
idBool sNeedWriteMessage = ID_FALSE;
if(mEnabled == ID_TRUE)
{
size_t sOffset;
SInt sRotating;
/* For IDE_ERR, do not perform rotation */
IDE_TEST_RAISE(mSelf == IDE_ERR, IAMERR);
sRotating = acpAtomicCas32(&mRotating, 1, 0);
if(sRotating == 1)
{
/* spin */
do
{
idlOS::thr_yield();
sRotating = acpAtomicCas32(&mRotating, 1, 0);
} while(sRotating == 1);
}
else
{
/* fall through */
}
if(checkExist() == ID_FALSE)
{
IDE_TEST(createFileAndHeader() != IDE_SUCCESS);
}
else
{
if ( isSameFile( mFD, mPath ) == ID_TRUE )
{
/* do nothing */
}
else
{
/* file is modified so close and open */
(void)close();
IDE_TEST( open( mDebug ) != IDE_SUCCESS );
sNeedWriteMessage = ID_TRUE;
}
if(mMaxNumber > 0)
{
sOffset = (size_t)idlOS::lseek(mFD, 0, SEEK_END);
if(sOffset >= mSize)
{
IDE_TEST(closeAndRename() != IDE_SUCCESS);
mCurNumber = (mCurNumber + 1) % mMaxNumber;
IDE_TEST(createFileAndHeader() != IDE_SUCCESS);
}
else
{
/* do not create file */
}
}
else
{
/* fall through */
}
if ( sNeedWriteMessage == ID_TRUE )
{
IDE_TEST( writeWarningMessage() != IDE_SUCCESS );
}
else
{
/* do nothing */
}
}
}
else
{
/* pass */
}
/* For IDE_ERR, do not perform rotation */
IDE_EXCEPTION_CONT(IAMERR);
return IDE_SUCCESS;
IDE_EXCEPTION_END;
unrotate();
return IDE_FAILURE;
}
int main() {
noOfV=0;
char c;
char lname[256];
int lname_c=0;
char rname[256];
int rname_c=0;
char value[256];
int value_c=0;
char op[2];
int op_c=0;
stateType state;
state = q0;
printf("Enter your input:\n");
while ((c = getchar()) != '\n') {
//printf("delta(");
//print_state(state);
//printf(", %c) = ", c);
switch(state) {
case q0:
if (existIn(alpha, c)) {
state = q1;
lname[lname_c] = c;
lname_c++;
}
else if (existIn(digits, c)) {
printf("Explode!\n");
exit(0);
}
break;
case q1:
if (existIn(alpha,c)) {
state = q1;
lname[lname_c] = c;
lname_c++;
}
else if (existIn(digits, c)) {
state = q1;
lname[lname_c] = c;
lname_c++;
}
else if (existIn(ops, c)) {
state = q2;
op[op_c] = c;
op_c++;
}
else {
printf("Explode!\n");
exit(0);
}
break;
case q2:
// if we reach this state, lname is already determined
// check whether it already exists
lname[lname_c] = '\0';
op[op_c] = '\0';
if (!checkExist(lname)) {
//printf("<lname=%s don't exist.> ", lname);
addToList(lname);
}
if (existIn(equal, c)) {
state = q3;
}
else {
printf("Explode!\n");
exit(0);
}
break;
case q3:
if (existIn(alpha, c)) {
state = q4;
rname[rname_c] = c;
rname_c++;
}
else if (existIn(digits, c)) {
state = q5;
value[value_c] = c;
value_c++;
}
break;
case q4:
if (existIn(alpha, c)) {
state = q4;
rname[rname_c] = c;
rname_c++;
}
else if (existIn(digits, c)) {
state = q4;
rname[rname_c] = c;
rname_c++;
}
else if (existIn(delim, c)) {
state = q0;
rname[rname_c] = '\0';
// first check whether rname exist
if (!checkExist(rname)) {
//printf("<rname=%s don't exist.> ", rname);
addToList(rname);
}
// carry out computation
computeVV(lname, rname, op);
// computation done, clear all
lname[lname_c] = '\0';
rname[rname_c] = '\0';
value[value_c] = '\0';
op[op_c] = '\0';
lname_c = rname_c = value_c = op_c = 0;
}
break;
case q5:
if (existIn(digits, c)) {
state = q5;
value[value_c] = c;
value_c++;
}
else if (existIn(delim, c)) {
state = q0;
value[value_c] = '\0';
// carry out computation
computeVI(lname, value, op);
// computation done, clear all
// computation done, clear all
lname[lname_c] = '\0';
rname[rname_c] = '\0';
value[value_c] = '\0';
op[op_c] = '\0';
lname_c = rname_c = value_c = op_c = 0;
}
else if (existIn(alpha, c)) {
printf("Explode!\n");
exit(0);
}
break;
}
//print_state(state);
//printf("\n");
}
printf("###################\n");
printf("No. of variables = %d\n", noOfV);
//print_state(state);
int output=0;
Variable out;
for (output=0; output<noOfV; output++) {
out = v_list[output];
printf("Varible %s = %d\n", out.name, out.value);
}
}
