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| #include <iostream>
#include <vector>
using namespace std;
class mes // AbstractProductA
{
public:
char *result;
char stroka[100];
};
class dat: public mes // ConcreteProductA1
{public:
void Stroka()
{
cout<< "Fail dat"<<endl;
cout << "Vvedite stroku "<<endl;
result=gets(stroka);
}
void fail()
{
FILE *f=NULL;
f = fopen("dat.txt", "a+");
if (f == NULL)
{
cout << "no fail ";
system("pause");
}
fprintf(f, "%s", __TIME__);
fprintf(f, "%s", " || ");
fprintf(f, "%s", __DATE__);
fprintf(f, "%s", " || ");
fprintf(f, "%s",result);
fprintf(f, "%s", " || ");
}
};
class log1: public mes // ConcreteProductA2
{public:
void Stroka()
{ cout<< "Fail log1"<<endl;
cout << "Vvedite stroku "<<endl;
result=gets(stroka);
}
void fail()
{
FILE *f=NULL;
f = fopen("log1.txt", "a+");
if (f == NULL)
{
cout << "no fail ";
system("pause");
}
fprintf(f, "%s", __TIME__);
fprintf(f, "%s", " || ");
fprintf(f, "%s", __DATE__);
fprintf(f, "%s", " || ");
fprintf(f, "%s",result);
fprintf(f, "%s", " || ");
}
};
class sms: public mes // ConcreteProductA1
{public:
void Stroka()
{
cout<< "Fail sms"<<endl;
cout << "Vvedite stroku "<<endl;
result=gets(stroka);
}
void fail()
{
FILE *f=NULL;
f = fopen("sms.txt", "a+");
if (f == NULL)
{
cout << "no fail ";
system("pause");
}
fprintf(f, "%s", __TIME__);
fprintf(f, "%s", " || ");
fprintf(f, "%s", __DATE__);
fprintf(f, "%s", " || ");
fprintf(f, "%s",result);
fprintf(f, "%s", " || ");
}
};
class FAIL
{
public:
vector<sms> s;
vector<dat> d;
vector<log1> l;
void info() {
int i;
for(i=0; i<s.size(); ++i) { s[i].Stroka();s[i].fail();}
for(i=0; i<d.size(); ++i) { d[i].Stroka();d[i].fail();}
for(i=0; i<l.size(); ++i) { l[i].Stroka();l[i].fail();}
}
};
class FAILBuilder
{
protected:
FAIL* p;
public:
FAILBuilder(): p(0) {}
virtual ~FAILBuilder() {}
virtual void createFAIL() {}
virtual void buildsms() {}
virtual void buildlog1() {}
virtual void builddat() {}
virtual FAIL* getFAIL() { return p; }
};
class RomanFAILBuilder: public FAILBuilder
{
public:
void createFAIL() { p = new FAIL; }
void buildsms() { p->s.push_back( sms()); }
void builddat() { p->d.push_back( dat()); }
};
class PavelFAILBuilder: public FAILBuilder
{
public:
void createFAIL() { p = new FAIL; }
void buildsms() { p->s.push_back( sms()); }
void buildlog1() { p->l.push_back( log1()); }
};
class Director
{
public:
FAIL* createFAIL( FAILBuilder & builder )
{
builder.createFAIL();
builder.buildsms();
builder.builddat();
builder.buildlog1();
return( builder.getFAIL());
}
};
int main()
{
Director dir;
RomanFAILBuilder ra_builder;
PavelFAILBuilder pa_builder;
FAIL * ra = dir.createFAIL( ra_builder);
FAIL * pa = dir.createFAIL( pa_builder);
cout << "Roman fail:" << endl;
ra->info();
cout << "\nPavel fail:" << endl;
pa->info();
return 0;
} |
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