void
appprint(struct layer *m)
{
printf("DATA: %d bytes\n",m->size);
ascii_print(m->proto,m->size);
puts("");
}
int
main(int argc, char *argv[])
{
hex_print("\n\t", "Hello, World!\n", 14);
printf("\n");
hex_and_ascii_print("\n\t", "Hello, World!\n", 14);
printf("\n");
ascii_print("Hello, World!\n", 14);
printf("\n");
#define TMSG "Now is the winter of our discontent...\n"
hex_print_with_offset("\n\t", TMSG, sizeof(TMSG) - 1, 0x100);
printf("\n");
hex_and_ascii_print_with_offset("\n\t", TMSG, sizeof(TMSG) - 1, 0x100);
printf("\n");
exit(0);
}
ostream& Compound::ascii_write(ostream &os , const CompoundData *compound_histo ,
bool exhaustive , bool file_flag) const
{
os << STAT_word[STATW_COMPOUND] << endl;
ascii_characteristic_print(os , exhaustive , file_flag);
if (compound_histo) {
double likelihood , information;
Test test(CHI2);
os << "\n";
if (file_flag) {
os << "# ";
}
os << STAT_label[STATL_FREQUENCY_DISTRIBUTION] << " - ";
compound_histo->ascii_characteristic_print(os , exhaustive , file_flag);
likelihood = likelihood_computation(*compound_histo);
information = compound_histo->information_computation();
os << "\n";
if (file_flag) {
os << "# ";
}
os << STAT_label[STATL_LIKELIHOOD] << ": " << likelihood << " ("
<< STAT_label[STATL_NORMALIZED] << ": " << likelihood / compound_histo->nb_element << ")" << endl;
if (file_flag) {
os << "# ";
}
os << STAT_label[STATL_MAX_LIKELIHOOD] << ": " << information << " ("
<< STAT_label[STATL_INFORMATION] << ": " << information / compound_histo->nb_element << endl;
if (file_flag) {
os << "# ";
}
os << STAT_label[STATL_DEVIANCE] << ": " << 2 * (information - likelihood) << endl;
chi2_fit(*compound_histo , test);
os << "\n";
test.ascii_print(os , file_flag);
}
if (exhaustive) {
os << "\n";
if (file_flag) {
os << "# ";
}
os << " ";
if (compound_histo) {
os << " | " << STAT_label[STATL_FREQUENCY_DISTRIBUTION];
}
os << " | " << STAT_label[STATL_COMPOUND] << " " << STAT_label[STATL_DISTRIBUTION];
if (compound_histo) {
os << " | " << STAT_label[STATL_CUMULATIVE] << " " << STAT_label[STATL_FREQUENCY_DISTRIBUTION]
<< " " << STAT_label[STATL_FUNCTION];
}
os << " | " << STAT_label[STATL_CUMULATIVE] << " " << STAT_label[STATL_COMPOUND]
<< " " << STAT_label[STATL_DISTRIBUTION] << " " << STAT_label[STATL_FUNCTION] << endl;
ascii_print(os , file_flag , true , false , compound_histo);
}
os << "\n" << STAT_word[STATW_SUM] << endl;
sum_distribution->ascii_print(os);
sum_distribution->ascii_parametric_characteristic_print(os , exhaustive , file_flag);
if (compound_histo) {
os << "\n";
if (file_flag) {
os << "# ";
}
os << STAT_label[STATL_SUM] << " " << STAT_label[STATL_FREQUENCY_DISTRIBUTION] << " - ";
compound_histo->sum_frequency_distribution->ascii_characteristic_print(os , exhaustive , file_flag);
}
if (exhaustive) {
os << "\n";
if (file_flag) {
os << "# ";
}
os << " ";
if (compound_histo) {
os << " | " << STAT_label[STATL_SUM] << " " << STAT_label[STATL_FREQUENCY_DISTRIBUTION];
}
os << " | " << STAT_label[STATL_SUM] << " " << STAT_label[STATL_DISTRIBUTION];
if (compound_histo) {
os << " | " << STAT_label[STATL_CUMULATIVE] << " " << STAT_label[STATL_SUM]
<< " " << STAT_label[STATL_FREQUENCY_DISTRIBUTION] << " " << STAT_label[STATL_FUNCTION];
}
os << " | " << STAT_label[STATL_CUMULATIVE] << " " << STAT_label[STATL_SUM]
<< " " << STAT_label[STATL_DISTRIBUTION] << " " << STAT_label[STATL_FUNCTION] << endl;
sum_distribution->Distribution::ascii_print(os , file_flag , true , false ,
(compound_histo ? compound_histo->sum_frequency_distribution : NULL));
}
os << "\n" << STAT_word[STATW_ELEMENTARY] << endl;
distribution->ascii_print(os);
distribution->ascii_parametric_characteristic_print(os , exhaustive , file_flag);
if (compound_histo) {
os << "\n";
if (file_flag) {
os << "# ";
}
os << STAT_label[STATL_ELEMENTARY] << " " << STAT_label[STATL_FREQUENCY_DISTRIBUTION] << " - ";
compound_histo->frequency_distribution->ascii_characteristic_print(os , exhaustive , file_flag);
}
if (exhaustive) {
os << "\n";
if (file_flag) {
os << "# ";
}
os << " ";
if ((compound_histo) && (compound_histo->frequency_distribution->nb_element > 0)) {
os << " | " << STAT_label[STATL_ELEMENTARY] << " " << STAT_label[STATL_FREQUENCY_DISTRIBUTION];
}
os << " | " << STAT_label[STATL_ELEMENTARY] << " " << STAT_label[STATL_DISTRIBUTION];
if ((compound_histo) && (compound_histo->frequency_distribution->nb_element > 0)) {
os << " | " << STAT_label[STATL_CUMULATIVE] << " " << STAT_label[STATL_ELEMENTARY]
<< " " << STAT_label[STATL_FREQUENCY_DISTRIBUTION] << " " << STAT_label[STATL_FUNCTION];
}
os << " | " << STAT_label[STATL_CUMULATIVE] << " " << STAT_label[STATL_ELEMENTARY]
<< " " << STAT_label[STATL_DISTRIBUTION] << " " << STAT_label[STATL_FUNCTION] << endl;
distribution->Distribution::ascii_print(os , file_flag , true , false ,
(((compound_histo) && (compound_histo->frequency_distribution->nb_element > 0)) ?
compound_histo->frequency_distribution : NULL));
}
return os;
}
void
raw_print(netdissect_options *ndo, const struct pcap_pkthdr *h,
const u_char *sp, u_int hdrlen)
{
if (ndo->ndo_Xflag) {
/*
* Print the raw packet data in hex and ASCII.
*/
if (ndo->ndo_Xflag > 1) {
/*
* Include the link-layer header.
*/
hex_and_ascii_print(ndo, "\n\t", sp, h->caplen);
} else {
/*
* Don't include the link-layer header - and if
* we have nothing past the link-layer header,
* print nothing.
*/
if (h->caplen > hdrlen)
hex_and_ascii_print(ndo, "\n\t", sp + hdrlen,
h->caplen - hdrlen);
}
} else if (ndo->ndo_xflag) {
/*
* Print the raw packet data in hex.
*/
if (ndo->ndo_xflag > 1) {
/*
* Include the link-layer header.
*/
hex_print(ndo, "\n\t", sp, h->caplen);
} else {
/*
* Don't include the link-layer header - and if
* we have nothing past the link-layer header,
* print nothing.
*/
if (h->caplen > hdrlen)
hex_print(ndo, "\n\t", sp + hdrlen,
h->caplen - hdrlen);
}
} else if (ndo->ndo_Aflag) {
/*
* Print the raw packet data in ASCII.
*/
if (ndo->ndo_Aflag > 1) {
/*
* Include the link-layer header.
*/
ascii_print(ndo, sp, h->caplen);
} else {
/*
* Don't include the link-layer header - and if
* we have nothing past the link-layer header,
* print nothing.
*/
if (h->caplen > hdrlen)
ascii_print(ndo, sp + hdrlen, h->caplen - hdrlen);
}
}
}
