#include "stdafx.h"
#include <iostream>
#include <tchar.h>
#include <iostream>
#include <tchar.h>
#include <string>
#include <vector>
#include "NetworkStructures.h"
#include "SHA1.cpp"
#include "GetTime.h"
#include "BitStream.h"
#include "RakNetworkFactory.h"
#include "RakClientInterface.h"
#include "RakServerInterface.h"
#include "RakPeerInterface.h"
#include "NetworkTypes.h"
#include "Multiplayer.h"
#include "PacketEnumerations.h"
#include <assert.h>
#include <stdio.h>
#include <conio.h>
#include <stdlib.h>
#include "string"
#include "fstream"
class build_char {
public:
PlayerID playerId;
build_char();
build_char(int setX,int setY,int setpos);
build_char(char* monstertype);
int X;
int Y;
int frame;
int pos;
int movespeed;
char name[40];
char* type;
char* level;
int charlevel;
long spritesurface;
// CHARACTER STATUS
bool ISbleeding;
int bleedcounter;
bool ISsaying;
char saying[100];
int saycounter;
bool ISfiring;
int firingcounter;
bool swordatk;
int swordcounter;
// NPC AI
bool stuck;
bool NPCinVIDEO;
int framecounter;
void walkdown();
void walkup();
void walkleft();
void walkright();
int health;
int maxhealth;
int mana;
int maxmana;
int stamina;
int maxstamina;
int staminacounter;
int staminaspeed;
int staminarecovercounter;
int staminarecoverspeed;
bool dead;
int swordDMG;
int swordspeed;
bool gotsword;
int damage;
bool alreadydeathFX;
int spritesleepX;
int spritesleepY;
int spritesleepW;
int spritesleepH;
int sprite2X[5];
int sprite8X[5];
int sprite4X[5];
int sprite6X[5];
int sprite2Y[5];
int sprite8Y[5];
int sprite4Y[5];
int sprite6Y[5];
int spriteW;
int spriteH;
};
build_char::build_char() {
NPCinVIDEO = false;
stuck = false;
X = 350;
Y = 250;
frame = 0;
pos = 2;
strcpy(name,"UNKNOWN");
type = "player";
charlevel = 1;
health = 100;
maxhealth = 100;
mana = 10;
maxmana = 10;
stamina = 100;
maxstamina = 100;
staminacounter = 0;
staminaspeed = 5;
staminarecovercounter = 0;
staminarecoverspeed = 30;
dead = false;
swordDMG = 5;
swordspeed = 2;
gotsword = false;
movespeed = 13;
alreadydeathFX = false;
spritesleepX = 195;
spritesleepY = 0;
spritesleepW = 33;
spritesleepH = 30;
sprite2X[1] = 0;
sprite2X[2] = 47;
sprite2X[3] = 94;
sprite2X[4] = 144;
sprite8X[1] = 0;
sprite8X[2] = 44;
sprite8X[3] = 93;
sprite8X[4] = 142;
sprite4X[1] = 2;
sprite4X[2] = 52;
sprite4X[3] = 100;
sprite4X[4] = 148;
sprite6X[1] = 0;
sprite6X[2] = 42;
sprite6X[3] = 92;
sprite6X[4] = 142;
sprite2Y[1] = 0;
sprite2Y[2] = 0;
sprite2Y[3] = 0;
sprite2Y[4] = 0;
sprite8Y[1] = 191;
sprite8Y[2] = 191;
sprite8Y[3] = 190;
sprite8Y[4] = 191;
sprite4Y[1] = 63;
sprite4Y[2] = 63;
sprite4Y[3] = 63;
sprite4Y[4] = 63;
sprite6Y[1] = 127;
sprite6Y[2] = 127;
sprite6Y[3] = 127;
sprite6Y[4] = 127;
spriteW = 46;
spriteH = 63;
}
build_char::build_char(int setX,int setY,int setpos){
X = setX;
Y = setY;
pos = setpos;
alreadydeathFX = false;
}
build_char::build_char(char* monstertype){
alreadydeathFX = false;
frame = 0;
pos = 2;
movespeed = 15;
if(monstertype == "souldev")
{
strcpy(name,"souldev");
type = "monster";
//spritesurface = monsters;
health = 10;
dead = false;
damage = 10;
framecounter = 0;
X = 100;
Y = 400;
sprite2X[1] = 52;
sprite2X[2] = 4;
sprite2X[3] = 52;
sprite2X[4] = 100;
sprite8X[1] = 52;
sprite8X[2] = 5;
sprite8X[3] = 52;
sprite8X[4] = 100;
sprite4X[1] = 56;
sprite4X[2] = 5;
sprite4X[3] = 56;
sprite4X[4] = 101;
sprite6X[1] = 55;
sprite6X[2] = 5;
sprite6X[3] = 55;
sprite6X[4] = 96;
sprite2Y[1] = 129;
sprite2Y[2] = 129;
sprite2Y[3] = 129;
sprite2Y[4] = 129;
sprite8Y[1] = 0;
sprite8Y[2] = 1;
sprite8Y[3] = 0;
sprite8Y[4] = 0;
sprite4Y[1] = 194;
sprite4Y[2] = 193;
sprite4Y[3] = 194;
sprite4Y[4] = 194;
sprite6Y[1] = 65;
sprite6Y[2] = 65;
sprite6Y[3] = 65;
sprite6Y[4] = 65;
spriteW = 42;
spriteH = 64;
}
}
void build_char::walkup(){
pos = 8;
Y -= movespeed;
}
void build_char::walkdown(){
pos = 2;
Y += movespeed;
}
void build_char::walkleft(){
pos = 4;
X -= movespeed;
}
void build_char::walkright(){
pos = 6;
X += movespeed;
}
using namespace std;
build_char newcharacter;
vector<build_char> playersLOGIN;
vector<build_char>::iterator itr;
string cmd;
void WriteNewChar();
ofstream fout;
ofstream fout2;
ifstream fin;
int main()
{
cout << "Welcome to PHOENIX Online CHARACTER creator.\n";
cout << "Please make sure you already created a login for the new character.\n";
cout << endl;
cout << "Player CHARACTER NAME(same as in login): ";
cin >> newcharacter.name;
cout << "Do you want all the others settings to be default?(y/n): ";
cin >> cmd;
if(cmd == "y")
{
}
else
{
}
cout << "WARNING: BACKUP GAME FILES AND CLOSE THE SERVER BEFORE PROCEEDING!!! RISK OF DATA LOSS!!!\n";
cout << "Are you sure you want to create a new char?(y/n): ";
cin >> cmd;
if(cmd == "y")
{
WriteNewChar();
}
else
{
cout << "New character creation cancelled by user.\n";
}
cout << "\nCharacter creation done.\n";
system("pause");
return 0;
}
void WriteNewChar()
{
long accountnumber = 0;
bool DOread = true;
bool DOinforead = true;
ifstream fin("chardbinfo.dat");
ifstream chardb("chardb.dat");
if(!chardb.is_open())
{
cout << "CHARACTER DBASE NOT FOUND, CREATING NEW FILE.\n";
DOread = false;
}
if(!fin.is_open())
{
cout << "CHARACTER INFO NOT FOUND, CREATING NEW FILE.\n";
DOinforead = false;
}
if(DOinforead == true)
{
fin >> accountnumber;
fin.close();
}
if(DOread == true)
{
cout << "READING NOW!!!\n";
chardb.read(reinterpret_cast<char*> (&playersLOGIN), accountnumber * sizeof(build_char));
chardb.close();
cout << "READ SUCCESS\n";
}
cout << "opening file chardb.dat\n";
fout.open("chardb.dat",ios_base::app);
cout << "success\n";
if(!fout.is_open())
{
cerr << "ERROR: COULDN'T OPEN THE LOGIN DBASE FILE.\n";
system("pause");
}
fout2.open("chardbinfo.dat");
if(!fout2.is_open())
{
cerr << "ERROR: COULDN'T OPEN THE LOGIN DBASE FILE.\n";
system("pause");
exit(1);
}
cout << "acc num += 1\n";
accountnumber += 1;
cout << "success";
cout << "Creating new character...\n";
//build_login newuser(username,password,charname);
cout << "pushingback\n";
playersLOGIN.push_back(newcharacter);
cout << "success\n";
cout << "WRITING TO FILE\n";
for(itr = playersLOGIN.begin();itr != playersLOGIN.end();itr++)
{
fout.write((char*) (&*itr),sizeof(build_char));
}
//fout.write(reinterpret_cast<char*> (&playersLOGIN),accountnumber * sizeof(build_char));
cout << "WROTE OK\n";
cout << "NEW LOGIN CREATED SUCCESSFULLY.\n";
cout << "WRITING ACC NUM\n";
fout2 << accountnumber;
cout << "success\n";
}
Read/Writing a vector into a file
Author
Hello,
I'm trying to make a character creator program,which store a vector into a file to be read later by the GAME SERVER.
I can only write for the first time, when I try to write it for the second time it gives an error when it tries to open the chardb.dat for reading.
I would really like help with this.
Thanks very much,
Here's the code:
[Edited by - Fruny on September 24, 2005 4:48:07 PM]
Even though the code has a number of minor "issues" and possible design improvements i'll just get straight to the point as to what "i think" could be the answer to your question.
When you close a file stream before reopening you need to clear the iostream state flags it's because re-opening a file stream does not clear the state flags, it's a known technical issue in the C++ standard itself. You can clear/reset all state flags by calling std::basic_ios::clear (file stream types are indirect sub-types of std::basic_ios so they too have the clear method).
When you close a file stream before reopening you need to clear the iostream state flags it's because re-opening a file stream does not clear the state flags, it's a known technical issue in the C++ standard itself. You can clear/reset all state flags by calling std::basic_ios::clear (file stream types are indirect sub-types of std::basic_ios so they too have the clear method).
This topic is closed to new replies.
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