public void addobj(string s)
{
objc o = new objc(s);
obj.Add(o);
foreach (var it in sbj)
it.initobj(1);
}
public void testWrite(subcap sb, objc ob)
{
if ((new accesstate(sb, ob, mat.retperm(sb, ob)).canWrite(mat)) == false)
Console.WriteLine("NO, SUBJECT {0} CANNOT PERFORM WRITE ON {1}", sb.retn(), ob.retn());
else
Console.WriteLine("YES, SUBJECT {0} CAN PERFORM WRITE ON {1}", sb.retn(), ob.retn());
}
public void addperm(subcap sb, objc ob, char c)
{
if (c == 'W')
addperm(sb, ob, subcap.acces.write);
if (c == 'A')
addperm(sb, ob, subcap.acces.append);
if (c == 'R')
addperm(sb, ob, subcap.acces.read);
if (c == 'E')
addperm(sb, ob, subcap.acces.exec);
}
public void testExec(subcap sb, objc ob)
{
if ((new accesstate(sb, ob, mat.retperm(sb, ob)).canExec(mat)) == false)
{
Console.WriteLine("NO, SUBJECT {0} CANNOT PERFORM EXECUTE ON {1}", sb.retn(), ob.retn());
}
else
{
Console.WriteLine("YES, SUBJECT {0} CAN PERFORM EXECUTE ON {1}", sb.retn(), ob.retn());
}
}
public accesstate(subcap s, objc o, List <subcap.acces> a)
{
sb = s;
ob = o;
ac = a;
}
public slevel(objc o)
{
clas = o.retclas();
comp = o.retcomp();
}
public accesstate(subcap s, objc o, List<subcap.acces> a)
{
sb = s;
ob = o;
ac = a;
}
public void addperm(subcap sb, objc ob, subcap.acces dr)
{
sbj.Find(it => it == sb).addcapI(obj.IndexOf(ob), dr);
}
public void addobj(objc o)
{
obj.Add(o);
foreach (var it in sbj)
it.initobj(1);
}
public void setperm(subcap sb, objc ob, subcap.acces dr)
{
List<subcap.acces> ac = new List<subcap.acces>();
ac.Add(dr);
sbj.Find(it => it == sb).setcapI(obj.IndexOf(ob), ac);
}
public void setperm(subcap sb, objc ob, List<subcap.acces> ac)
{
sbj.Find(it => it == sb).setcapI(obj.IndexOf(ob), ac);
}
public List<subcap.acces> retperm(subcap sb, objc ob)
{
return sbj.Find(it => it == sb).retcapI(obj.IndexOf(ob));
}
public void remobj(objc o)
{
int x = obj.IndexOf(o);
obj.Remove(o);
foreach (var it in sbj)
it.remob(x);
}
public slevel(objc o)
{
clas = o.retclas();
comp = o.retcomp();
}