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void showReport(FILE *reportFile, char *FullName, PayRecord EmployeeData[], int count) //3.8
{
printf(HEADLINE1);
printf(HEADLINE2);
printf(HEADLINE3);
printf(EMPLOYEEREPORT, FullName,EmployeeData[count].payrate, EmployeeData[count].reghrs, EmployeeData[count].gross, EmployeeData[count].fedtax, EmployeeData[count].ssitax, EmployeeData[count].net);
printf(EMPLOYEEREPORT2, EmployeeData[count].ovthrs, EmployeeData[count].statetax, EmployeeData[count].deferred);
fprintf(reportFile,EMPLOYEEREPORT, FullName, EmployeeData[count].payrate, EmployeeData[count].reghrs, EmployeeData[count].gross, EmployeeData[count].fedtax, EmployeeData[count].ssitax, EmployeeData[count].net);
fprintf(reportFile,EMPLOYEEREPORT2, EmployeeData[count].ovthrs, EmployeeData[count].statetax, EmployeeData[count].deferred);
}
void printTotals(FILE *reportFile, PayRecord EmployeeData[], int maxemployees)
{
printf(BREAK);
printf(TOTALS1, EmployeeData[MAXEMPLOYEES].totrate, EmployeeData[MAXEMPLOYEES].totreg, EmployeeData[MAXEMPLOYEES].totgross, EmployeeData[MAXEMPLOYEES].totfed, EmployeeData[MAXEMPLOYEES].totssi, EmployeeData[MAXEMPLOYEES].totnet);
printf(TOTALS2, EmployeeData[MAXEMPLOYEES].totovt, EmployeeData[MAXEMPLOYEES].totstate, EmployeeData[MAXEMPLOYEES].totdefr);
fprintf(reportFile,BREAK);
fprintf(reportFile,TOTALS1, EmployeeData[MAXEMPLOYEES].totrate, EmployeeData[MAXEMPLOYEES].totreg, EmployeeData[MAXEMPLOYEES].totgross, EmployeeData[MAXEMPLOYEES].totfed, EmployeeData[MAXEMPLOYEES].totssi, EmployeeData[MAXEMPLOYEES].totnet);
fprintf(reportFile,TOTALS2, EmployeeData[MAXEMPLOYEES].totovt, EmployeeData[MAXEMPLOYEES].totstate, EmployeeData[MAXEMPLOYEES].totdefr);
}
void printAverages(FILE *reportFile, int maxemployees, PayRecord EmployeeData[])
{
printf(AVERAGES1, (EmployeeData[MAXEMPLOYEES].totrate/(MAXEMPLOYEES-1)), (EmployeeData[MAXEMPLOYEES].totreg/(MAXEMPLOYEES-1)), (EmployeeData[MAXEMPLOYEES].totgross/(MAXEMPLOYEES-1)), (EmployeeData[MAXEMPLOYEES].totfed/(MAXEMPLOYEES-1)), (EmployeeData[MAXEMPLOYEES].totssi/(MAXEMPLOYEES-1)), (EmployeeData[MAXEMPLOYEES].totnet/(MAXEMPLOYEES-1)));
printf(AVERAGES2, (EmployeeData[MAXEMPLOYEES].totovt/(MAXEMPLOYEES-1)), (EmployeeData[MAXEMPLOYEES].totstate/(MAXEMPLOYEES-1)), (EmployeeData[MAXEMPLOYEES].totdefr/(MAXEMPLOYEES-1)));
fprintf(reportFile,AVERAGES1, (EmployeeData[MAXEMPLOYEES].totrate/(MAXEMPLOYEES-1)), (EmployeeData[MAXEMPLOYEES].totreg/(MAXEMPLOYEES-1)), (EmployeeData[MAXEMPLOYEES].totgross/(MAXEMPLOYEES-1)), (EmployeeData[MAXEMPLOYEES].totfed/(MAXEMPLOYEES-1)), (EmployeeData[MAXEMPLOYEES].totssi/(MAXEMPLOYEES-1)), (EmployeeData[MAXEMPLOYEES].totnet/(MAXEMPLOYEES-1)));
fprintf(reportFile,AVERAGES2, (EmployeeData[MAXEMPLOYEES].totovt/(MAXEMPLOYEES-1)), (EmployeeData[MAXEMPLOYEES].totstate/(MAXEMPLOYEES-1)), (EmployeeData[MAXEMPLOYEES].totdefr/(MAXEMPLOYEES-1)));
}
float CalcFedtax(PayRecord EmployeeData[], int count) // 3.5.1
{
return (EmployeeData[count].gross - EmployeeData[count].deferred)*FEDTAXRATE;
}
float CalcStatetax(PayRecord EmployeeData[], int count) // 3.5.2
{
return EmployeeData[count].fedtax * STATETAXRATE;
}
float CalcSSItax(PayRecord EmployeeData[], int count) // 3.5.3
{
return (EmployeeData[count].gross - EmployeeData[count].deferred)*SSITAXRATE;
}
void CalculateTaxes(PayRecord EmployeeData[], int count) //3.5
{
EmployeeData[count].fedtax = CalcFedtax(EmployeeData, count); // call 3.5.1
EmployeeData[count].statetax = CalcStatetax(EmployeeData, count); // call 3.5.2
EmployeeData[count].ssitax = CalcSSItax(EmployeeData, count); // call 3.5.3
}
//====================
void printCheckHeader(PayRecord EmployeeData[], char *CheckName, int chkNo, char *refCode, int count)
{
printf(BORDER);
printf(HEADER, chkNo);
printf(BLANK);
printf(HEADER2);
printf(HEADER3);
printf(HEADER4);
printf(BLANK);
printf(BLANK);
printf(HEADER5);
printf(BLANK);
printf(HEADER6, CheckName);
printf(BLANK);
printf(HEADER7);
printf(BLANK);
printf(BLANK);
printf(HEADER8, refCode);
printf(BLANK);
printf(BLANK);
printf(BORDER);
}
void printCheckStub(PayRecord EmployeeData[], char *CheckName, int chkNo, int count)
{
printf(STUB, chkNo);
printf(BLANK);
printf(STUB2, CheckName);
printf(STUB3);
printf(STUB4);
printf(STUB5);
printf(BLANK);
printf(BLANK);
printf(BORDER);
printf("\n");
}
BOOLEAN isVowel(char aChar)
{
switch (toupper(aChar)) //<ctype.h>
{
case 'A':
case 'E':
case 'I':
case 'O':
case 'U' : return TRUE;break;
default: return FALSE;
}
}
char *generateRefCode(PayRecord EmployeeData[], int chkNo, int count)
{
static char tempStr[15+10+1];
char buffer[10+1];
int i,j = 1;
//This loop is used to clear the string everytime generateRefCode is called
for ( i = 0; i < 31; i++)
{
tempStr[i] = 0;
}
//tempStr[0] = lastname[0]; // Needs to put the first letter into the temporary string.
tempStr[0] = toupper(EmployeeData[count].LastName[0]);
// This should be the first address that holds the first letter of the last name.
// LOOP
// Need to get through all the characters in the lastname.
// Check if the letter is a vowl. If it is, add to the temporary string, else omit it.
// ENDLOOP
for (i=1; i < strlen(EmployeeData[count].LastName);i++)
{
if (!isVowel(EmployeeData[count].LastName[i]))
{
tempStr[j++] = toupper(EmployeeData[count].LastName[i]);
}
}
sprintf(buffer, "%d", chkNo);
//sprintf is used to make int chkNo into a string using a char buffer
strcat(tempStr, buffer);
tempStr[j+3] = 0;
// add string terminator, adds the the current subscript+3 because we add
// 3 numbers to the end of the string so that it adds the string terminator
// to the end of the string.
return tempStr;
}
int main(void)
{
PayRecord EmployeeData[MAXEMPLOYEES];
char FullName[15+10+1];
char CheckName[15+10+1];
char *refCode;
int count;
int chkNo = 100;
FILE *reportFile; // Read as "reportFile is a pointer to a file"
reportFile = fopen("./report.txt","wt");// open the file for "write-mode" access
if (reportFile == NULL)// Test if file DID NOT open, exit.
{
printf(" report file open failed ...\n");
fflush(stdin);
exit(-30); //reqs <stdlib.h>
}
PrintHeadings(reportFile);//Call 3.1
InitAccumulators(EmployeeData, MAXEMPLOYEES);//call 3.2
for (count = 0; count < (MAXEMPLOYEES-1); count++)
{
InputEmployeeData(EmployeeData, count);
}
QSortEmployee(EmployeeData, 0, (MAXEMPLOYEES-2));
for (count = 0; count < (MAXEMPLOYEES-1); count++)
{
strcpy(FullName, EmployeeData[count].LastName);
strcat(FullName, ", ");
strcat(FullName, EmployeeData[count].FirstName);
EmployeeData[count].gross = CalculateGross(EmployeeData, count);// Call 3.4
//CalculateHours() does not actually calculate any hours
//It seperates the hours into regular hours and overtime hours
CalculateHours(EmployeeData, count);// Call 3.4.1
CalculateTaxes(EmployeeData, count); // call 3.5
EmployeeData[count].net = CalculateNet(EmployeeData, count);//call 3.6
AddAccumulators(EmployeeData, count, MAXEMPLOYEES);//call 3.7
showReport(reportFile,FullName, EmployeeData, count);//call 3.8
}
for (count = 0; count < (MAXEMPLOYEES-1); count++)
{
refCode = generateRefCode(EmployeeData, chkNo, count);
strcpy(CheckName, EmployeeData[count].FirstName);
strcat(CheckName, " ");
strcat(CheckName, EmployeeData[count].LastName);
printCheckHeader(EmployeeData, CheckName, chkNo, refCode, count);
printCheckStub(EmployeeData, CheckName, chkNo, count);
chkNo++;
}
printTotals(reportFile, EmployeeData, MAXEMPLOYEES);//call 3.8.1
printAverages(reportFile, MAXEMPLOYEES, EmployeeData);//call 3.8.2
fclose(reportFile);// Close file
fflush(stdin);
getchar();
return 0;]
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