void createReportSummary(vector<Donations> dArray, ofstream &fout)
{
int total = 0;
double dArraySize = dArray.size();
// Accumulators for type totals
int clothingTotal = 0; int movieTheaterTotal = 0; int miscTotal = 0; int foodTotal = 0;
int softwareTotal = 0; int theaterTotal = 0; int booksTotal = 0; int musicTotal = 0;
for(int i = 0; i < dArraySize; i++)
{
total += dArray[i].getValue();
string dType = dArray[i].getCategory();
// Add the Type's Amount to the appropriate accumulator
if(dType == "Clothing") clothingTotal += dArray[i].getValue();
else if(dType == "Movie Theater") movieTheaterTotal += dArray[i].getValue();
else if(dType == "Misc") miscTotal += dArray[i].getValue();
else if(dType == "Food Total") foodTotal += dArray[i].getValue();
else if(dType == "Software") softwareTotal += dArray[i].getValue();
else if(dType == "Theater") theaterTotal += dArray[i].getValue();
else if(dType == "Books") booksTotal += dArray[i].getValue();
else if(dType == "Music") musicTotal += dArray[i].getValue();
}
// Write summary report
fout << right << setw(3) << addCommas(clothingTotal)
<< setw(3) << addCommas(movieTheaterTotal)
<< setw(3) << addCommas(miscTotal)
<< setw(3) << addCommas(foodTotal)
<< setw(3) << addCommas(softwareTotal)
<< setw(3) << addCommas(theaterTotal)
<< setw(3) << addCommas(booksTotal)
<< setw(3) << addCommas(musicTotal)
<< setw(3) << addCommas(total);
}
void createReportSummary(vector<Scholarship> sArray, // Pass by value (copy) the entire array
ofstream &fout) // Pass the output file by reference
{
int total = 0; // Accumulator for total amount
int sArraySize = sArray.size(); // Get the size of the array
// Accumulators for type totals
int baseTotal = 0, baskTotal = 0, dTotal = 0, fTotal = 0, gTotal = 0, softTotal = 0,
swimTotal = 0, tTotal = 0, vTotal = 0;
// Loop through the array to accumulate the total amount of all scholarships
for(int i = 0; i < sArraySize; i++)
{
total += sArray[i].getAmount(); // Add the Amount of each scholarship to the total
string sType = sArray[i].getType(); // Get the type of scholarship for this record
// Add the Type's Amount to the appropriate accumulator
if(sType == "Baseball") baseTotal += sArray[i].getAmount();
else if(sType == "Basketball") baskTotal += sArray[i].getAmount();
else if(sType == "Diving") dTotal += sArray[i].getAmount();
else if(sType == "Football") fTotal += sArray[i].getAmount();
else if(sType == "Golf") gTotal += sArray[i].getAmount();
else if(sType == "Softball") softTotal += sArray[i].getAmount();
else if(sType == "Swimming") swimTotal += sArray[i].getAmount();
else if(sType == "Track") tTotal += sArray[i].getAmount();
else if(sType == "Volleyball") vTotal += sArray[i].getAmount();
}
// Write the summary report output line
fout << "\n\nSummary Report \n"
<< "--------------\n"
<< " Total Number of Scholarships: "
<< right << setw(12) << sArraySize << endl
<< " Baseball: $ "
<< setw(11) << addCommas(baseTotal) << endl
<< " Basketball: "
<< setw(11) << addCommas(baskTotal) << endl
<< " Diving: "
<< setw(11) << addCommas(dTotal) << endl
<< " Football: "
<< setw(11) << addCommas(fTotal) << endl
<< " Golf: "
<< setw(11) << addCommas(gTotal) << endl
<< " Softball: "
<< setw(11) << addCommas(softTotal) << endl
<< " Swimming: "
<< setw(11) << addCommas(swimTotal) << endl
<< " Track: "
<< setw(11) << addCommas(tTotal) << endl
<< " Volleyball: "
<< setw(11) << addCommas(vTotal) << endl
<< " ===========================================\n"
<< " Total Scholarship Amount: $ "
<< setw(11) << addCommas(total);
}
void displaybal(double balance) {
int negative = 0;
char left[256];
char right[256];
char *token;
if(balance <0 ) {
negative = 1;
balance = balance * (-1);
} else if(balance >=0 ) {
negative = 0;
}
char* buf = nls_ftoa(balance,7,2);
token = strtok(buf," .");
int counttok = 0;
while(token!=NULL){
switch(counttok) {
case 0:
strcpy(left,token);
//cout<<"len="<<strlen(left);
break;
case 1:
strcpy(right,token);
break;
}
token = strtok(NULL," .");
counttok++;
}
int leftlen = strlen(left);
int rightlen = strlen(right);
int commacount = addCommas(left);
if(negative==1) {
if ( balance >= 10000000) {
cout<<"(?,???,???.??\b ) ";
} else {
fprintf(stdout,"(");
displaySpace(16-leftlen-rightlen-1-1-1-1-1-commacount);
fprintf(stdout,"%s",left);
fprintf(stdout,".");
fprintf(stdout,"%s",right);
fprintf(stdout,") ");
}
}
if(negative==0) {
if ( balance >= 10000000) {
fprintf(stdout," ?,???,???.?? ");
} else {
displaySpace(16-leftlen-rightlen-1-1-1-1-commacount);
fprintf(stdout,"%s",left);
fprintf(stdout,".");
fprintf(stdout,"%s",right);
displaySpace(2);
}
}
}
void writeFile(Scholarship s, // Pass in by value- no need to change string in main()
ofstream &fout) // Also pass in the output file buffer by ref to write to
{
static int lineCount = 60;
if(lineCount == 60) // Ready for next page
{
fout << endl; //
createReportHeadings(fout);
lineCount = 0;
}
fout << s.getID() << right << setw(10) << addCommas(s.getAmount())
<< " " << left << setw(12) << s.getType()
<< setw(10) << s.getLength() << right << setw(10) << s.getDate()
<< " " << left << setw(15) << s.getFname() << s.getLname() << endl;
lineCount++;
}
void displayAmount(struct record* temp) {
char* sign = temp->sign;
int rightlen = strlen(temp->rightamountString);
int leftlen = strlen(temp->leftamountString);
int commacount = 0;
commacount = addCommas(temp->leftamountString);
if(!strcmp(sign,"+")) {
if ( temp->amount >= 10000000) {
cout<<" ?,???,???.?? ";
} else {
displaySpace(16-leftlen-rightlen-1-1-1-1-commacount);
if(strlen(temp->rightamountString)>0) {
displayLeft(temp->leftamountString);
fprintf(stdout,".");
fprintf(stdout,"%s",temp->rightamountString);
}
if(strlen(temp->rightamountString)==0) {
displayLeft(temp->leftamountString);
}
displaySpace(2);
}
}
if(!strcmp(sign,"-")) {
if ( temp->amount >= 10000000) {
cout<<"(?,???,???.??\b ) ";
} else {
fprintf(stdout,"(");
displaySpace(16-leftlen-rightlen-1-1-1-1-1-commacount);
if(strlen(temp->rightamountString)>0) {
displayLeft(temp->leftamountString);
fprintf(stdout,".");
fprintf(stdout,"%s",temp->rightamountString);
}
if(strlen(temp->rightamountString)==0) {
displayLeft(temp->leftamountString);
}
fprintf(stdout,")");
displaySpace(1);
}
}
}
void milli_to_string(uint16_t v, char* buffer, uint8_t display) {
char tempBuffer[20];
int decimals;
if (display == DISPLAY_MILLI) {
uitoa(v, tempBuffer, 10);
addCommas(tempBuffer, buffer);
} else {
if (display == DISPLAY_3DECIMALS) {
decimals = 3;
} else if (display == DISPLAY_2DECIMALS) {
decimals = 2;
} else if (display == DISPLAY_1DECIMALS) {
decimals = 1;
}
uitoa(v % 1000, buffer, 10);
padLeft(buffer, tempBuffer, decimals, '0');
tempBuffer[decimals] = '\0';
uitoa(v / 1000, buffer, 10);
strcat(buffer, ".");
strcat(buffer, tempBuffer);
}
}
