static bool searchRecur(Edge* e, int size, int currentPoint, int prevPoint, int* previousPoints, int nbPreviousPoints){
bool returnRecur = false;
// Pour chaque arête du tableau et tant qu'on a pas de retour à vrai
for (int i=0; i<size && returnRecur == false; i++){
// Si on trouve une arête du type (pointActuel, pointDifferentDuPrecedent)
if (e[i]->start == currentPoint && e[i]->end != prevPoint){
// On regarde si on a déjà traversé cette ville
if (isInArray(e[i]->end, previousPoints, nbPreviousPoints))
return true;
// Sinon, on avance vers la prochaine ville
previousPoints[nbPreviousPoints] = e[i]->end;
nbPreviousPoints++;
returnRecur = searchRecur(e, size, e[i]->end, e[i]->start, previousPoints,nbPreviousPoints);
// On retire la ville des villes visitées
nbPreviousPoints--;
}
// Si on trouve une arête du type (pointDifferentDuPrecedent, pointActuel)
else if (e[i]->end == currentPoint && e[i]->start != prevPoint){
if (isInArray(e[i]->start, previousPoints, nbPreviousPoints))
return true;
previousPoints[nbPreviousPoints] = e[i]->start;
nbPreviousPoints++;
returnRecur = searchRecur(e, size, e[i]->start,e[i]->end, previousPoints,nbPreviousPoints);
nbPreviousPoints--;
}
}
return returnRecur;
}
void raw_string::validateSpecialSymbols()
{
// Looks that some symbols, should not present in expression
char cSpecialSymbols[] = "$";
for (int i = 0; cRawString[i]; i++)
{
if (isInArray(cRawString[i], cSpecialSymbols)) throw NotAllowedSybolError;
};
}
string getColorInput()
{
string input;
bool valid = false;
do
{
cout << "Input the color of the car: ";
cin >> input;
if (!isInArray(input, NUM_COLORS, COLORS) || input != QUIT)
cout << "Your input must be in the list of available colors." << endl;
else
valid = true;
} while (!valid);
return input;
}
/**********************************************************************
* Assigns a subset of allRooms to usedRooms.
* Rooms are not assigned if allRooms size is less than usedRooms size.
*********************************************************************/
void chooseRooms( char* allRooms[], int ALL_ROOMS_SIZE, char* usedRooms[], int USED_ROOMS_SIZE ) {
if ( ALL_ROOMS_SIZE < USED_ROOMS_SIZE ) {
printf( "in chooseRooms: ALL_ROOMS_SIZE must be at least 7\n" );
exit(1);
}
char *random_room = allRooms[randInRange(0, USED_ROOMS_SIZE - 1)];
int count = 0;
char *chosen_room = NULL;
for ( count; count < USED_ROOMS_SIZE; ++count ) {
while (isInArray(random_room, usedRooms, USED_ROOMS_SIZE - 1)) {
random_room = allRooms[randInRange(0, ALL_ROOMS_SIZE - 1)];
}
chosen_room = (char*)malloc( 100 * sizeof(char) );
strcpy( chosen_room, random_room );
usedRooms[count] = chosen_room;
}
}
void raw_materials::doOperationGroup(char *pOperationGroup,const int *pOperationGroupLim, int &iProcDigits)
{
char cCurOperation = '\0';
for (int i = 0; i < iCountDigits-1; i++){
cCurOperation = isInArray(opOperations[i].symbol, pOperationGroup, *(pOperationGroupLim), *(pOperationGroupLim + 1));
if (cCurOperation) {
fOperands[opOperations[i].left_op] = opOperations[i].doOperation(fOperands[opOperations[i].left_op],
fOperands[opOperations[i].right_op]);
opOperations[i].processed = 1;
iProcDigits += 1;
if (iProcDigits != iCountDigits-1)
{
int z = i + 1;
// Check left operand index, which is not changed, if it is last operation
while (opOperations[z].processed && (opOperations[z].right_op + 1 != iCountDigits)) z++;
opOperations[z].left_op = opOperations[i].left_op;
};
}
}
}
void raw_string::validateParentheses()
{
// Check parentless and also check operation symbol before open parentheses
// and digits before closed parentheses
int iOpened = 0, iClosed = 0;
char cSymbols[] = "*/+-", cDigits[] = "0123456789";
char cBeforeOpen[] = "(,", cAfterOpen[]="(-", cAfterClose[] = ",)";
for (int i=0; cRawString[i];i++ )
{
switch (cRawString[i])
{
case '(':
iOpened += 1;
if (i!=0 &&
!(isInArray(cRawString[i-1],cBeforeOpen)) &&
!(isChar(cRawString[i-1])) &&
!(isInArray(cRawString[i-1],cSymbols))) throw PreAfterParentlessError;
if (cRawString[i + 1] &&
!(isChar(cRawString[i+1])) &&
!(isInArray(cRawString[i + 1], cDigits)) &&
!(isInArray(cRawString[i + 1], cAfterOpen))) throw PreAfterParentlessError;
break;
case ')':
iClosed += 1;
if (i!=0 && cRawString[i-1]!=')' &&
!(isChar(cRawString[i - 1])) &&
!(isInArray(cRawString[i-1],cDigits))) throw PreAfterParentlessError;
if (cRawString[i + 1] &&
!(isInArray(cRawString[i + 1], cAfterClose)) &&
!(isInArray(cRawString[i + 1], cSymbols))) throw PreAfterParentlessError;
if (iClosed>iOpened) throw ParentlessError;
break;
default:
continue;
}
}
if (iClosed != iOpened) throw ParentlessError;
}
//test begin----------------------------
void testJson(char* buf,int n){
int i,j;
printf(">>testJson() ~000>>buf size:%d >>buf is:%s \n",n,buf);
printf(">>testJson() ~000>>buf size:%d \n",n);
if(n<=0)
return;
char bufNew[n];
for(i=0;i<n;i++){
bufNew[i] = buf[i];
}
/* //test begin lilei
char ** str;
char a[2] ="ab";
int len;
len = base64DecodeStringRemoveEndZero(a,str);
printf(">>testJson() 111.2.1 a is:%s\n",a);
printf(">>testJson() 111.2>>decode str is:%s >>len:%d \n",*str,len);
return;
//test end */
char packageName[SMALL_TEXT_BUFFER_SIZE];
char className[SMALL_TEXT_BUFFER_SIZE];
char title[SMALL_TEXT_BUFFER_SIZE];
char byteMap[BYTEMAP_BUFFER_SIZE];
char * jsonStr;
cJSON *fmt = NULL,*JSONroot = NULL,*mJSONroot;
JSONroot = cJSON_Parse(bufNew);
int num = cJSON_GetArraySize(JSONroot);//check arrays
printf(">>testJson() 222>>json root size is:%d \n",num);
fmt = cJSON_GetObjectItem(JSONroot,KEY_MESSAGE_TYPE);
int msgType = fmt->valueint;
printf(">>testJson() 33>>msgType is:%d \n",msgType);
if(isInArray(msgType,jsonContainPackage,sizeof(jsonContainPackage)/sizeof(short))){
fmt = cJSON_GetObjectItem(JSONroot,KEY_PACKAGE_NAME);
bzero(packageName,SMALL_TEXT_BUFFER_SIZE); //clear packageName
snprintf(packageName,SMALL_TEXT_BUFFER_SIZE,"%s",fmt->valuestring);
printf(">>testJson() 33>>packageName is:%s \n",packageName);
}
if(isInArray(msgType,jsonContainClass,sizeof(jsonContainClass)/sizeof(short))){
fmt = cJSON_GetObjectItem(JSONroot,KEY_CLASS_NAME);
bzero(className,SMALL_TEXT_BUFFER_SIZE); //clear className
snprintf(className,SMALL_TEXT_BUFFER_SIZE,"%s",fmt->valuestring);
printf(">>testJson() 33>className is:%s>>className len is:%ld \n",className,strlen(className));
}
if(isInArray(msgType,jsonContainTitle,sizeof(jsonContainTitle)/sizeof(short))){
fmt = cJSON_GetObjectItem(JSONroot,KEY_CLASS_TITLE);
bzero(title,SMALL_TEXT_BUFFER_SIZE); //clear title
snprintf(title,SMALL_TEXT_BUFFER_SIZE,"%s",fmt->valuestring);
int length = strlen(title);
int lenDec = -1;
char * convert = base64_decode(title,length,&lenDec);
int lenBase64 = strlen(convert);
printf(">>testJson() 33>>base64 decode title is:%s >>title is:%s \n",convert,title);
int i;
printf(">>testJson() 33>>base64 decode title length is:%d >>origin title length is:%d \n",lenBase64,length);
for(i = 0;i<lenBase64;i++){
printf(">>testJson() 33>titile convert[%d]:%d \n",i,convert[i]);
}
}
if(isInArray(msgType,jsonContainBytemap,sizeof(jsonContainBytemap)/sizeof(short))){
fmt = cJSON_GetObjectItem(JSONroot,KEY_BYTEMAP);
bzero(byteMap,BYTEMAP_BUFFER_SIZE); //clear byteMap
snprintf(byteMap,BYTEMAP_BUFFER_SIZE,"%s",fmt->valuestring);
//printf(">>testJson() 33>byteMap is:%s \n",byteMap);
printf(">>testJson() 33>byteMap length is:%ld \n",strlen(byteMap));
writePngFileBase64(byteMap,strlen(byteMap),className,strlen(className));//save image
printf(">>testJson() 33>byteMap of %s save end>>time is:%ld \n",className,getNowMills());
}
if(isInArray(msgType,jsonContainAllAppInfo,sizeof(jsonContainAllAppInfo)/sizeof(short))){
fmt = cJSON_GetObjectItem(JSONroot,KEY_ALL_APPS); //this fmt is array [...]
//char allAppInfo[LONG_TEXT_BUFFER_SIZE];
int arraySize = cJSON_GetArraySize(fmt);
//snprintf(allAppInfo,LONG_TEXT_BUFFER_SIZE,"%s",fmt->valuestring);
printf(">>testJson() 33>all app size is:%d \n",arraySize);
cJSON * jsonApp = fmt->child;
int appNum = 0;
while(jsonApp != NULL){
int count = cJSON_GetArraySize(jsonApp);
fmt = cJSON_GetObjectItem(jsonApp,KEY_PACKAGE_NAME); //this fmt is object
bzero(packageName,SMALL_TEXT_BUFFER_SIZE); //clear packageName
snprintf(packageName,SMALL_TEXT_BUFFER_SIZE,"%s",fmt->valuestring);
fmt = cJSON_GetObjectItem(jsonApp,KEY_CLASS_NAME);
bzero(className,SMALL_TEXT_BUFFER_SIZE); //clear className
snprintf(className,SMALL_TEXT_BUFFER_SIZE,"%s",fmt->valuestring);
jsonApp = jsonApp->next;
//printf(">>testJson() 33>>packageName:%s >>className:%s \n",packageName,className);
//get one app
appNum++;
if(appNum >= 0){
printf(">>testJson() 33>>packageName:%s >>className:%s \n",packageName,className);
mJSONroot = cJSON_CreateObject(); //for send to android
cJSON_AddItemToObject(mJSONroot,KEY_MESSAGE_TYPE,cJSON_CreateNumber(MESSAGE_LINUX_GETONEAPP));
cJSON_AddItemToObject(mJSONroot,KEY_PACKAGE_NAME,cJSON_CreateString(packageName));
cJSON_AddItemToObject(mJSONroot,KEY_CLASS_NAME,cJSON_CreateString(className));
jsonStr = cJSON_Print(mJSONroot);
cJSON_Delete(mJSONroot);
printf(">>testJson() 33>>appNum == %d~~~~~~~~~~~~~~should send\n",appNum);
sendMsgToAndroid(jsonStr); //if get all app should not do below
}
}
// cJSON_Delete(JSONroot);
// return; //if get all app should not do below
}
//perse action
mJSONroot = cJSON_CreateObject(); //for send to android
switch(msgType){
case MESSAGE_ANDROID_READY:
cJSON_AddItemToObject(mJSONroot,KEY_MESSAGE_TYPE,cJSON_CreateNumber(MESSAGE_LINUX_GETALL));
jsonStr = cJSON_Print(mJSONroot);
//printf(">>testJson() 444>>should send message is:%s >>length is:%ld \n",jsonStr,strlen(jsonStr));
sendMsgToAndroid(jsonStr);
break;
default:
;
}
//cJSON_Delete(fmt);
cJSON_Delete(JSONroot);
cJSON_Delete(mJSONroot);
}
int main(int argc , char *argv[])
{
char str[60];
int pagesToGet[1024];
int totalPagesRequested = 0;
char *cacheSizeString = argv[1];
int cacheSize = atoi(cacheSizeString);
page *cache[cacheSize];
int itemsInCache = 0;
//Get a line from stdin
while(fgets(str, 60, stdin) != NULL)
{
//If the line doesn't start with a number, go to next line
if(!isdigit(str[0])) continue;
else {
int i = 0;
char currentPage[10];
//Get the number at the beginning of line and put into currentPage
while(isdigit(str[i])) {
currentPage[i] = str[i];
i++;
}
//After the last digit of the page number we're getting, put a \0
currentPage[i] = '\0';
//Convert currentPage to an int and add that page number to pagesToGet
int pageNum = atoi(currentPage);
pagesToGet[totalPagesRequested] = pageNum;
totalPagesRequested++;
}
}
///////////////////////////
// IMPLEMENTATION OF LRU //
///////////////////////////
int i;
int pageFaultCount = 0;
for(i = 0; i < totalPagesRequested; i++) {
int positionInCache = isInArray(pagesToGet[i], cache, itemsInCache);
//If the page already exists in cache, continue
if(positionInCache != -1) {
cache[positionInCache]->timeInCache = 0;
}
else {
printf("Page fault for page %d\n", pagesToGet[i]);
pageFaultCount++;
//If there is still empty space in cache, insert page
if(itemsInCache < cacheSize) {
page *currentPage = (page *)malloc(sizeof(page));
cache[itemsInCache] = currentPage;
cache[itemsInCache]->pageNumber = pagesToGet[i];
cache[itemsInCache]->timeInCache = 0;
itemsInCache++;
}
//We're going to have to remove an old page
else {
int indexOfRemoval = findOldestPage(cache, itemsInCache);
cache[indexOfRemoval]->pageNumber = pagesToGet[i];
cache[indexOfRemoval]->timeInCache = 0;
}
}
incrementTimes(cache, itemsInCache);
}
printf("Total of %d page requests, total of %d page faults\n", totalPagesRequested, pageFaultCount);
cleanUp(cache, itemsInCache);
return 0;
}
// RAW_MATERIALS
void raw_materials::getTokens(char *p, subexp *pSubExp, variable_scope &varScope )
{
int iStartNum = -1, iEndNum = 0, iOperandsPos = 0, iOperationsPos = 0;
char cSymbols[] = "*/+-", cDigits[] = "0123456789", cSpecialSymbols[] = ".$,";
parser parParser;
string_func stringFunc;
statment_type statmentType = Equation;
for (int i = 0; p[i]; i++) {
// Parse digits block
if (isDigit(p[i])) {
fOperands[iOperandsPos] = parParser.parseDigit(p,i,true);
iCountDigits++;
iOperandsPos++;
}
// Parse digit with unary minus
else if(i == 0 && p[i] == '-') {
i++;
fOperands[iOperandsPos] = parParser.parseDigit(p,i,true,true);
iCountDigits++;
iOperandsPos++;
}
// Parse sub expression
else if (p[i] == '$') {
fOperands[iOperandsPos] = pSubExp[parParser.parseSubExp(p, i, pSubExp, varScope, true)].result;
iCountDigits++;
iOperandsPos++;
}
// Parse symbols block
else if (isInArray(p[i], cSymbols)) {
// Validate that no dublicated symbols
if (i > 0 && isInArray(p[i - 1], cSymbols)) throw SymbolDuplication;
opOperations[iOperationsPos].symbol = p[i];
opOperations[iOperationsPos].left_op = iOperationsPos;
opOperations[iOperationsPos].right_op = iOperationsPos + 1;
iOperationsPos++;
iCountSymbols++;
}
// Parse build in function
else if (isChar(p[i]) && isFunc(p,i)) {
fOperands[iOperandsPos] = pSubExp[parParser.parseBuildInFunc(p, i, pSubExp, varScope, true)].result;
iCountDigits++;
iOperandsPos++;
}
// Parse variable
else if (isChar(p[i]))
{
// !Here we become aware, whether it variable set or variable use
int iCurVarIndex = parParser.parseVariable(p, i, varScope);
if (iOperandsPos == 0 && p[i] && p[i] == '=' && stringFunc.isSameStr(p, pSubExp[0].exp))
{
i++;
statmentType = Setter;
varScope.vScope[iCurVarIndex].setValue(pSubExp[parParser.parseSubExp(p, i, pSubExp, varScope, true)].result);
}
else if (varScope.vScope[iCurVarIndex].isInit())
{
// As after parse our "i" is higher than it previous was on 1.
i--;
fOperands[iOperandsPos] = varScope.vScope[iCurVarIndex].getValue();
iCountDigits++;
iOperandsPos++;
}
else
{
throw VariableInitError;
}
}
else {
throw SyntaxError;
}
}
if (iCountDigits - iCountSymbols != 1 && statmentType == Equation) throw SyntaxError;
}