error define the pointer

[NewL]

Can somebody take a look the code. Please!!!!!!

//Schedule.cpp

#include <iostream>
#include "Schedule.h"

using namespace std;

Schedule::Schedule(int maxEntries)
{
m_maxEntries = 0;
m_actualEntryCount = 0;
m_entryArr = new Entry[1];
}


Schedule::~Schedule()
{
delete [] m_entryArr;
}

bool Schedule::addEntry(int hour,int minute, const char *todo)
{
if(m_maxEntries > 0)
{

m_actualEntryCount++;


return true;
}

else return false;



}

void Schedule::printSchedule()
{
this-> m_actualEntryCount;
}



//Schedule.h
#include <iostream>
#include <string>

using namespace std;

class Entry
{
private:
int m_hour;
int m_minute;
string m_todo;
public:
Entry()
{
m_hour = -1;
m_minute = -1;
m_todo = "N/A";
}

void setData(int hour, int munute, const char *td);
void setData(Entry &e);

void printEntry();
};

class Schedule
{
private:
Entry *m_entryArr;
int m_maxEntries;
int m_actualEntryCount;
public:
Schedule(int maxEntries);

Schedule::Schedule(Schedule &s)
{
m_actualEntryCount = s.m_actualEntryCount;
m_maxEntries= s.m_maxEntries;
m_entryArr = new Entry[m_maxEntries];
for(int i = 0; i<m_actualEntryCount; i++)
{
m_entryArr[i].setData(s.m_entryArr[i]);
}
}

~Schedule();
bool addEntry(int hour, int minute, const char *todo);
void printSchedule();
};

//main driver

#include"Schedule.h"
#include <iostream>

void mian()
{
Schedule s1(10);
s1.addEntry(1,20, "Feed Cat");
s1.addEntry(2,40, "Feed Dog");
s1.addEntry(2,50, "Walk Dog");
s1.addEntry(4,0, "Fix Dinner");
s1.addEntry(5,15, "Eat Dinner");
s1.printSchedule();
Schedule s2(s1);
cout <<endl <<"Output from s2" << endl;
s2.printSchedule();

}

[Scorpic]

You need to name your parameters:

bool Schedule::addEntry(int x, int y, const char* character_name)

[NewL]

Thank Scorpic. Here is my entire coide. I post it here because there are some fetal problem. If someone can help, I am sooooooooo appreciate!!

#include <iostream>
#include "Schedule.h"

using namespace std;

Schedule::Schedule(int)
{
m_maxEntries = 0;
m_actualEntryCount = 0;
m_entryArr = new Entry[3];
}


Schedule::~Schedule()
{
delete [] m_entryArr;
}

bool Schedule::addEntry(int hour,int minute, const char *td)
{
if(m_entryArr > 0)
{

m_actualEntryCount++;


return true;
}

else return false;



}

void Schedule::printSchedule()
{
this-> m_actualEntryCount;
}


#include <iostream>
#include <string>

using namespace std;

class Entry
{
private:
int m_hour;
int m_minute;
string m_todo;
public:
Entry()
{
m_hour = -1;
m_minute = -1;
m_todo = "N/A";
}

void setData(int hour, int munute, const char *td);
void setData(Entry &e);

void printEntry();
};

class Schedule
{
private:
Entry *m_entryArr;
int m_maxEntries;

int m_actualEntryCount;
public:
Schedule(int maxEntries);

Schedule::Schedule(Schedule &s)
{
m_actualEntryCount = s.m_actualEntryCount;
m_maxEntries= s.m_maxEntries;
m_entryArr = new Entry[m_maxEntries];
for(int i = 0; i<m_actualEntryCount; i++)
{
m_entryArr[i].setData(s.m_entryArr[i]);
}
}

~Schedule();
bool addEntry(int hour, int minute, const char *todo);
void printSchedule();
};

#include"Schedule.h"
#include <iostream>

void mian()
{
Schedule s1(10);
s1.addEntry(1,20, "Feed Cat");
s1.addEntry(2,40, "Feed Dog");
s1.addEntry(2,50, "Walk Dog");
s1.addEntry(4,0, "Fix Dinner");
s1.addEntry(5,15, "Eat Dinner");
s1.printSchedule();
Schedule s2(s1);
cout <<endl <<"Output from s2" << endl;
s2.printSchedule();

}