При Debugging'e программа работает, без Debugging'a - нет. - Visual C++ - Ответ 313635

#include "stdafx.h"
#include <stdlib.h>
#include <process.h>
#include <conio.h>
#include <fstream>
#include <vector>
#include <iostream>
using namespace std;
 
struct Stack
    {
    char Bracket;
    Stack *Previous;
    };
 
Stack *Add(Stack *TopOfStack, char Bracket)
    {
    Stack *Temp;
    Temp=(Stack *) malloc(sizeof(Stack));
    Temp->Bracket=Bracket;
    Temp->Previous=TopOfStack;
    return Temp;
    }
 
Stack *Retrieve(Stack *TopOfStack)
    {
    Stack *Temp;
    Temp=TopOfStack;
    TopOfStack=TopOfStack->Previous;
    free(Temp);
    return TopOfStack;
    }
 
FILE *in,*out;
 
int main(int argc, char* argv[])
    {
    int Opening_Round=0;
    int Closing_Round=0;
    int Opening_Square=0;
    int Closing_Square=0;
    int Opening_Curly=0;
    int Closing_Curly=0;
    char* ArrayOfSymbolsForBrackets;
    char ArrayOfSymbolsForNumberOfBrackets[6];
    long NumberOfBrackets;
    int i=0,j=0,k=0,l=0; //Counters
    Stack *TopOfStack=NULL;
 
    if ((out=fopen("bracket.out","wb"))==NULL)
        printf("Can't create the file\n");
    
    ///-----Reading from bracket.in--------///
    fstream in("bracket.in", ios_base::in);
    char* ArrayOfSymbolsFromFile;
    ArrayOfSymbolsFromFile = new char[];
    while(!in.eof())
    {
        in >> ArrayOfSymbolsFromFile[i];
        i++;
    }
    ArrayOfSymbolsFromFile[i-1] = NULL;
    printf("Array of symbols from file: %s\n",ArrayOfSymbolsFromFile);
    printf("Number of symbols in file: %d\n",(i-1));
    ///------------------------------------///
 
 
    ArrayOfSymbolsForBrackets = new char[];
    for (j=0;j<i-1;j++)
    {
        if (ArrayOfSymbolsFromFile[j]=='0' ||
            ArrayOfSymbolsFromFile[j]=='1' ||
            ArrayOfSymbolsFromFile[j]=='2' ||
            ArrayOfSymbolsFromFile[j]=='3' ||
            ArrayOfSymbolsFromFile[j]=='4' ||
            ArrayOfSymbolsFromFile[j]=='5' ||
            ArrayOfSymbolsFromFile[j]=='6' ||
            ArrayOfSymbolsFromFile[j]=='7' ||
            ArrayOfSymbolsFromFile[j]=='8' ||
            ArrayOfSymbolsFromFile[j]=='9')
        {
            ArrayOfSymbolsForNumberOfBrackets[k]=ArrayOfSymbolsFromFile[j];
            k++;
        }
        if (ArrayOfSymbolsFromFile[j]=='(' ||
            ArrayOfSymbolsFromFile[j]==')' ||
            ArrayOfSymbolsFromFile[j]=='{' ||
            ArrayOfSymbolsFromFile[j]=='}' ||
            ArrayOfSymbolsFromFile[j]=='[' ||
            ArrayOfSymbolsFromFile[j]==']')
        {
            ArrayOfSymbolsForBrackets[l]=ArrayOfSymbolsFromFile[j];
            l++;
        }
    }
    ArrayOfSymbolsForNumberOfBrackets[k]=NULL;
    ArrayOfSymbolsForBrackets[l]=NULL;
    printf("Array Of Symbols For Number Of Brackets: %s\n", ArrayOfSymbolsForNumberOfBrackets);
    printf("Array Of Symbols For Brackets: %s\n", ArrayOfSymbolsForBrackets);
    NumberOfBrackets=atol(ArrayOfSymbolsForNumberOfBrackets);
    printf("Number Of Brackets: %d\n", NumberOfBrackets);
    in.close();
 
    ///------------------------------------///
 
    for (i=0;i<NumberOfBrackets;i++)
        {
        if (ArrayOfSymbolsForBrackets[i]=='(') Opening_Round++;
        if (ArrayOfSymbolsForBrackets[i]==')') Closing_Round++;
        if (ArrayOfSymbolsForBrackets[i]=='[') Opening_Square++;
        if (ArrayOfSymbolsForBrackets[i]==']') Closing_Square++;
        if (ArrayOfSymbolsForBrackets[i]=='{') Opening_Curly++;
        if (ArrayOfSymbolsForBrackets[i]=='}') Closing_Curly++;
        }
    if ((Opening_Round==Closing_Round) && (Opening_Square==Closing_Square) && (Opening_Curly==Closing_Curly))
        printf("The number of opening and closing brackets are right!\n");
    else
        {
        printf("The number of opening and closing brackets are NOT right!\n");
        printf("WRONG BRACKET LINE! :(\n");
        fputs("No",out);
        getch();
        exit(0);
        }
 
    if ( (ArrayOfSymbolsForBrackets[0]==')') || (ArrayOfSymbolsForBrackets[0]=='}') || (ArrayOfSymbolsForBrackets[0]==']') )
        {
        printf("Line can't start with a closing bracket \"%c\".\n",ArrayOfSymbolsForBrackets[0]);
        printf("WRONG BRACKET LINE! :(\n");
        fputs("No",out);
        getch();
        exit(0);
        }
    if ( (ArrayOfSymbolsForBrackets[NumberOfBrackets-1]=='(') || (ArrayOfSymbolsForBrackets[NumberOfBrackets-1]=='{') || (ArrayOfSymbolsForBrackets[NumberOfBrackets-1]=='[') ) 
        {
        printf("Line can't end with an opening bracket \"%c\".\n",ArrayOfSymbolsForBrackets[NumberOfBrackets-1]);
        printf("WRONG BRACKET LINE! :(\n");
        fputs("No",out);
        getch();
        exit(0);
        }
 
    for (i=0;i<NumberOfBrackets;i++)
        {
        if ( (ArrayOfSymbolsForBrackets[i]=='(') || 
             (ArrayOfSymbolsForBrackets[i]=='[') || 
             (ArrayOfSymbolsForBrackets[i]=='{') )
            TopOfStack=Add(TopOfStack,ArrayOfSymbolsForBrackets[i]);
        
        else
            {
            if (ArrayOfSymbolsForBrackets[i]==')')
                if ( (TopOfStack!=NULL) && ((*TopOfStack).Bracket=='(') )
                    TopOfStack=Retrieve(TopOfStack);
 
            if (ArrayOfSymbolsForBrackets[i]==']')
                if ( (TopOfStack!=NULL) && ((*TopOfStack).Bracket=='[') )               
                    TopOfStack=Retrieve(TopOfStack);
 
            if (ArrayOfSymbolsForBrackets[i]=='}')
                if ( (TopOfStack!=NULL) && ((*TopOfStack).Bracket=='{') )
                    TopOfStack=Retrieve(TopOfStack);
            }
        }
 
    if (TopOfStack==NULL)
        {
        printf("RIGHT BRACKET LINE! :)\n");
        fputs("Yes",out);
        }
    if (TopOfStack!=NULL)
        {
        printf("WRONG BRACKET LINE! :(\n");
        fputs("No",out);
        }
    fclose(out);
    getch();
    return 0;
    }