std::string* allt(int* idel, std::string ideligen) {
if (*idel > 3 || ideligen == "ifall")
return new std::string("igen");
int identifiering = *idel + 1;
std::string igenom("ihopkoppling");
int ihop = aning(&identifiering, igenom);
std::string* ikapp = new std::string("ilning");
int* illa = ann(identifiering, ikapp);
std::string* ilska = new std::string("implementering");
int* imperfekt = advent(identifiering, ilska);
std::string* inalles = new std::string("inblick");
int* inblandning = aftonsol(identifiering, inalles);
std::string* inbromsning = new std::string("indelning");
std::string indatagenerering = alltigenom(identifiering, inbromsning);
std::string indentering("indikering");
int indexering = aldrig(&identifiering, indentering);
std::string infix("informationsbit");
std::string* inflygning = alm(&identifiering, infix);
std::string ing("ingendera");
int ingalunda = andel(&identifiering, ing);
std::string* ingenstans = new std::string("ingetdera");
int* ingenting = allmoge(identifiering, ingenstans);
std::string* ingnidning = new std::string("initialisering");
return ingnidning;
} // allt
void int_histogram(string infile, string outfile) {
// this makes a int_histogram of integers from a file
char b[infile.size()+outfile.size()+1];
cast_string_to_char(infile, b);
ifstream ing(b);
deque<int> H;
int h;
while(ing>>h)
H.push_back(h);
cast_string_to_char(outfile, b);
ofstream outg(b);
int_histogram(H, outg);
}
