MyString.h and MyString.C

#ifndef _MY_STRING_H__
#define _MY_STRING_H__

#include < hpcxx_rts.h>
#include 

class MyString {
private:
  string stringValue;
  string type;
  string key;
  long seqNum;
  string details;

public:
  MyString();
  MyString(string stringValue, string type, string key, long seqNum, string details);
  MyString(MyString &myString);

  string getValue() const;
  void setValue(string _source);

  string getType() const;
  void setType(string _type);

  string getKey() const;
  void setKey(string _key);

  long getSequenceNum() const;
  void setSequenceNum(long _seqNum);

  string getDetails() const;
  void setDetails(string _details);

  friend std::ostream& operator<<(std::ostream &out, MyString &myString);

  friend void hpcxx_pack(HPCxx_Buffer& b, MyString* myString, int count);
  friend void hpcxx_unpack(HPCxx_Buffer& b, MyString* myString, int count);
};

#endif // _MY_STRING_H__

#include "MyString.h"
#include "../../util/HPCxx_String.h"

// empty constructor. Has to be
// provided for every objec that
// you want to serialize

MyString::MyString() {
  value = string("DEFAULT");
  type = string("DEFAULT");
  key = string("DEFAULT");
  details = string("DEFAULT");
  seqNum = 0;
}
MyString::MyString(string _value, string _type, string _key, long _seqNum, string _details) {
  value = _value;
  type = _type;
  key = _key;
  seqNum = _seqNum;
  details = _details;
}

// copy constructor.
// This will be called from the
// stub/skeleton

MyString::MyString(MyString &val) {
  value = val.value;
  type = val.type;
  key = val.key;
  seqNum = val.seqNum;
  details = val.details;
}

string MyString::getValue() const {
  return value;
}

void MyString::setSource(string _source) {
  source = _source;
}

string MyString::getType() const {
  return type;
}

void MyString:: setType(string _type) {
  type = _type;
}

string MyString::getKey() const {
  return key;
}

void MyString::setKey(string _key) {
  key = _key;
  
}

long MyString:: getSequenceNum() const {
  return seqNum;
}

void MyString:: setSequenceNum(long _seqNum) {
  seqNum = _seqNum;
}

string MyString:: getDetails() const {
  return details;
}

void MyString:: setDetails(String _details) {
  _details = details;
}

std::ostream& operator <<(std::ostream &out, MyString &e) {
  out << "    < details "
      << e.getDetails()
      << " > "
      << std::endl;
  return out;
}

void hpcxx_pack(HPCxx_Buffer& b, MyString* p, int count){
  for(int i = 0; i < count; i++){
    // pack the string value
    HPCxx_String valueName((char *) p[i].getSource().c_str());
    hpcxx_pack(b, &valueName, 1);

    // pack the string typeName
    HPCxx_String typeName((char *) p[i].getType().c_str());
    hpcxx_pack(b, &typeName, 1);

    // pack the key (type long)
    HPCxx_String keyName((char *) p[i].getType().c_str());
    hpcxx_pack(b, &keyName, 1);

    // pack the sequenceNum (type long)
    long seqNum = p[i].getSequenceNum();
    hpcxx_pack(b, &seqNum, 1);

    //pack the string details
    HPCxx_String detailsName((char *) p[i].getDetails().c_str());
    hpcxx_pack(b, &detailsName, 1);
  }
}

void hpcxx_unpack(HPCxx_Buffer& b, MyString* p, int count){
  for(int i = 0; i < count; i++){
 
    HPCxx_String valueName;
    HPCxx_String typeName;
    HPCxx_String keyName;
    HPCxx_String detailsName;
    long seqNum;

    hpcxx_unpack(b, &valueName, 1);
    hpcxx_unpack(b, &typeName, 1);
    hpcxx_unpack(b, &keyName, 1);
    hpcxx_unpack(b, &seqNum, 1);
    hpcxx_unpack(b, detailsName);

    string name((char *) valueName);
    string type((char *) typeName);
    string key((char *) keyName);
    string details((char *) detailsName);
    p->setValue(name);
    p->setType(type);
    p->setKey(key);
    p->setSequenceNum(seqNum);
    p->setDetails(details);
  }
}