void
AttributesImpl::addAttribute(
const XMLCh* uri,
const XMLCh* localName,
const XMLCh* name,
const XMLCh* type,
const XMLCh* value)
{
assert(name != 0);
assert(type != 0);
assert(value != 0);
typedef AttributeVectorEntry::XMLChVectorType XMLChVectorType;
if (m_attributesVector.capacity() == 0)
{
m_attributesVector.reserve(eDefaultVectorSize);
}
typedef XalanMemMgrAutoPtr<AttributeVectorEntryExtended,true> AutoPtr;
AutoPtr theEntry(getMemoryManager(), getNewEntry(name, type, value, uri, localName));
// Add the new one.
m_attributesVector.push_back(theEntry.get());
theEntry.release();
}
void ChangeList::addSubRefd(const UInt32 uiContainerId,
bool ignoreLevel )
{
#ifdef OSG_ENABLE_VALGRIND_CHECKS
VALGRIND_CHECK_VALUE_IS_DEFINED(uiContainerId);
#endif
#ifndef SILENT
fprintf(stderr, "Add SubRef %u\n", uiContainerId);
#endif
if(_bReadOnly == true)
return;
ContainerChangeEntry *pEntry = getNewEntry();
if(_iSubRefLevel == 0 || ignoreLevel == true)
{
pEntry->uiEntryDesc = ContainerChangeEntry::SubReference;
}
else
{
pEntry->uiEntryDesc = ContainerChangeEntry::DepSubReference;
}
pEntry->uiContainerId = uiContainerId;
pEntry->pList = this;
}
OSG_BEGIN_NAMESPACE
#define SILENT
#define SILENT_CPTR
#if 1
void ChangeList::addAddRefd(const UInt32 uiContainerId)
{
#ifdef OSG_ENABLE_VALGRIND_CHECKS
VALGRIND_CHECK_VALUE_IS_DEFINED(uiContainerId);
#endif
#ifndef SILENT
fprintf(stderr, "Add AddRef %u\n",
uiContainerId);
#endif
if(_bReadOnly == true)
return;
ContainerChangeEntry *pEntry = getNewEntry();
pEntry->uiEntryDesc = ContainerChangeEntry::AddReference;
pEntry->uiContainerId = uiContainerId;
pEntry->pList = this;
}
void ChangeList::merge(ChangeList &other)
{
ChangedStoreConstIt cIt = other._createdStore.begin();
ChangedStoreConstIt cEnd = other._createdStore.end ();
while(cIt != cEnd)
{
ContainerChangeEntry *pEntry = getNewCreatedEntry();
pEntry->uiEntryDesc = ContainerChangeEntry::Create;
pEntry->uiContainerId = (*cIt)->uiContainerId;
++cIt;
}
cIt = other._changedStore.begin();
cEnd = other._changedStore.end ();
while(cIt != cEnd)
{
if((*cIt)->uiEntryDesc == ContainerChangeEntry::AddReference ||
(*cIt)->uiEntryDesc == ContainerChangeEntry::SubReference ||
(*cIt)->uiEntryDesc == ContainerChangeEntry::DepSubReference )
{
ContainerChangeEntry *pEntry = getNewEntry();
pEntry->uiEntryDesc = (*cIt)->uiEntryDesc;
pEntry->uiContainerId = (*cIt)->uiContainerId;
pEntry->pList = this;
}
else if((*cIt)->uiEntryDesc == ContainerChangeEntry::Change)
{
ContainerChangeEntry *pEntry = getNewEntry();
pEntry->uiEntryDesc = ContainerChangeEntry::Change;
pEntry->pFieldFlags = (*cIt)->pFieldFlags;
pEntry->uiContainerId = (*cIt)->uiContainerId;
pEntry->whichField = (*cIt)->whichField;
pEntry->pList = this;
}
++cIt;
}
}
AttributesImpl&
AttributesImpl::operator=(const AttributesImpl& theRHS)
{
if (this != &theRHS)
{
// Note that we can't chain up to our base class operator=()
// because it's private.
// Some temporary structures to hold everything
// until we're done.
AttributesVectorType tempVector(getMemoryManager());
const unsigned int theLength = theRHS.getLength();
if (theLength > 0)
{
// Reserve the appropriate capacity right now...
tempVector.reserve(theLength);
// This will delete everything in tempVector when we're done...
CollectionDeleteGuard<AttributesVectorType,
DeleteFunctor<AttributeVectorEntryExtended> > theGuard(tempVector);
typedef AttributesVectorType::const_iterator const_iterator;
const const_iterator theEnd = theRHS.m_attributesVector.end();
// Copy the vector entries, and build the index map...
for(const_iterator i = theRHS.m_attributesVector.begin(); i != theEnd; ++i)
{
AttributeVectorEntryExtended* const theEntry = *i;
assert(theEntry != 0);
// Add the item...
tempVector.push_back(
getNewEntry(
&*theEntry->m_Name.begin(),
&*theEntry->m_Type.begin(),
&*theEntry->m_Value.begin(),
&*theEntry->m_uri.begin(),
&*theEntry->m_localName.begin()));
}
// OK, we're safe, so swap the contents of the
// containers. This is guaranteed not to throw.
m_attributesVector.swap(tempVector);
}
assert(getLength() == theLength);
}
return *this;
}
void main(){
////////////////Data fields //////////////////////////////////////////////
/*******************Data loaded from files*/
const int CAP = 150; // Capacity of each month's file.
//store user date entries, loaded from each month's file
int dayArr[CAP];
int cataCodeArr[CAP];
double amountArr[CAP];
// loaded from the same file as user data entries, at beginning of file
double monthBudget;
// store each day's spending, for display on calendar, loaded from another file
const int DAY366 = 366;
double dailySpendInYear[DAY366];
/*********************Data created at run time*/
const string DATA_FILE_NAME[] = {"JanuaryData.txt", "FebruaryData.txt", "MarchData.txt", "AprilData.txt",
"MayData.txt", "JuneData.txt", "JulyData.txt", "AuguestData.txt", "SeptemberData.txt", "OctoberData.txt",
"NovemberData.txt", "DecemberData.txt" };
//controller
bool exit = false;
int choice;
//intermedia
int currentMonth, currentDay;
int entryDate, entryCode;
double entryAmount;
double budget = 0, currentBalance = 0, currentTotalSpend = 0;
int numOfEntries;
int firstDayOfMonthYearIndex;
const int MAX_DAYS_IN_MONTH = 31;
double dailySumArr[MAX_DAYS_IN_MONTH];
const int NUM_OF_CATAGORY = 4;
double catagorySumArr[NUM_OF_CATAGORY];
//////////////////Title & Banner////////////////////////////////////////
system("title Where Did Your Dollar Go? by Hanfei Xu");
const int MAX_LENGTH = 90;
string banner[] = {
"CIT120 Final Project",
"Daily Spending Tracker",
"by Hanfei Xu",
""
};
printBanner(banner, MAX_LENGTH);
///////////////////UI //////////////////////////////////////////////////
printCenterLine("Welcom to your money tracker \n", MAX_LENGTH);
printCenterLine("May I know what month this is (Input numberice month #) ?", MAX_LENGTH);
printCenterLine("Only April (4) has data right now.", MAX_LENGTH);
for (int i = 0; i < 12; ++i){
if (i % 6 == 0)
cout << "\n\t";
cout << i + 1 << " " << MONTH_NAME[i] << ", ";
}
cout << "\n";
currentMonth = getIntRange(1, 12);
initDailySum(dailySumArr, MAX_DAYS_IN_MONTH);
fstream monthData;
monthData.open(DATA_FILE_NAME[currentMonth - 1], ios::in);
if (!monthData){ // if user try to start a new month
//create new month data file
monthData.close();
monthData.open(DATA_FILE_NAME[currentMonth - 1], ios::out);
//set budget
cout << "\nYou started a NEW month. Please set your budget (you can change that later): ";
budget = getDbGreater(0);
currentBalance = budget;
numOfEntries = 0;
monthData.close();
}
else { // if user stays in old month
//load budget, entries,from file
numOfEntries = loadMonthData(monthData, budget, dayArr, cataCodeArr, amountArr, CAP);
monthData.close();
//calculate daily spending, totalspending, balance
calcDailySum(dayArr, amountArr, numOfEntries, dailySumArr, MAX_DAYS_IN_MONTH);
currentTotalSpend = calcTotalSpending(dailySumArr, MAX_DAYS_IN_MONTH);
currentBalance = budget - currentTotalSpend;
// Print monthly overview
printMonthlyCalendar(currentMonth, dailySumArr);
cout << "\n"
<< "Budget: " << budget << "\n"
<< "Balance: " << currentBalance << "\n\n";
}
while (exit == false){
dispMainMenu();
choice = getIntRange(1, 6);
switch (choice)
{
case 1: getNewEntry(currentMonth, entryDate, entryCode, entryAmount);
addEntry(dayArr, cataCodeArr, amountArr, numOfEntries, CAP, entryDate, entryCode, entryAmount);
// refresh running data
initDailySum(dailySumArr, MAX_DAYS_IN_MONTH);
calcDailySum(dayArr, amountArr, numOfEntries, dailySumArr, MAX_DAYS_IN_MONTH);
currentTotalSpend = calcTotalSpending(dailySumArr, MAX_DAYS_IN_MONTH);
currentBalance = budget - currentTotalSpend;
break;
case 2: changeBudget(budget, getNewBugdet());
currentBalance = budget - currentTotalSpend;
break;
case 3: printMonthlyCalendar(currentMonth, dailySumArr);
cout << "\n"
<< "Budget: " << budget << "\n"
<< "Balance: " << currentBalance << "\n\n";
break;
case 4: printMonthlyCalendar(currentMonth, dailySumArr);
cout << "\n"
<< "Budget: " << budget << "\n"
<< "Balance: " << currentBalance << "\n\n";
initCataSum(catagorySumArr, NUM_OF_CATAGORY);
calcCataSum(cataCodeArr, amountArr, numOfEntries, catagorySumArr, NUM_OF_CATAGORY);
printHistogramH(catagorySumArr, NUM_OF_CATAGORY, 10,"$", "Type");
printHistogramH(dailySumArr, NUM_OF_DAYS_MONTH[currentMonth - 1], 5 ,"$", "Date");
break;
case 5: cout << "\n Under Construction \n"; break;
case 6:
fstream file;
file.open(DATA_FILE_NAME[currentMonth - 1], ios::out);
writeMonthData(file, budget, dayArr, cataCodeArr, amountArr, numOfEntries);
file.close();
exit = true;
break;
}
cout << "\nPress ENTER to continue";
cin.get();
system("cls");
}
}
