void Monster::updateBabbling(Duration elapsedTime) {
assert(elapsedTime >= Duration::zero());
if (_babbleDelay <= Duration::zero()) {
return;
}
if (elapsedTime >= _babbleDelay) {
_babbleDelay = _type->babbleInterval;
if (_type->babbleChance < random_range(1, 100)) {
return;
}
babble();
}
else {
_babbleDelay -= elapsedTime;
}
}
int process_program(PROGRAM prog)
{
if (verbose_flag)
printf(_("Processing program %s...\n"), prog->filename);
/* Potential preparation of special - eg. C - source */
if (prog->kind == C && use_cpp)
{
trim_directives_from(&(prog->source));
preprocess_from(&(prog->source));
trim_directives_from(&(prog->source));
babble(_("File preprocessed."));
}
/*
* Lexical analysis for atoms
* ---
* Analiza leksykalna atomów
*/
if (prog->kind == C)
{
ATOM a;
FILE *atom_out;
atcin = (FILE*) fmemopen(prog->source, strlen(prog->source), "r");
atom_out = (FILE*) open_memstream(&prog->lex_atoms, &prog->num_lex_atoms);
init_atclex();
atcMetrics = emptyMetrics;
while ( a = atclex())
{
fwrite(&a, sizeof(ATOM), 1, atom_out);
}
fclose(atcin);
fclose(atom_out);
/*
Convert size in bytes to count of atom pointers
---
Zamiana rozmiaru w bajtach na liczbê wska¼nikow
*/
prog->num_lex_atoms /= sizeof(ATOM);
prog->theMetrics = atcMetrics;
}
else if (prog->kind == BANAL)
{
ATOM a;
FILE *atom_out;
atbanin = (FILE*) fmemopen(prog->source, strlen(prog->source), "r");
atom_out = (FILE*) open_memstream(&prog->lex_atoms, &prog->num_lex_atoms);
init_atbanlex();
atbanMetrics = emptyMetrics;
while ( a = atbanlex())
{
fwrite(&a, sizeof(ATOM), 1, atom_out);
// printf("%s - code %3d - type %s\n", a->content, a->code, atom_names[a->code]);
}
fclose(atbanin);
fclose(atom_out);
/*
Convert size in bytes to count of atom pointers
---
Zamiana rozmiaru w bajtach na liczbe wskaznikow
*/
prog->num_lex_atoms /= sizeof(ATOM);
prog->theMetrics = atbanMetrics;
}
else if (prog->kind == PASCAL)
{
ATOM a;
FILE *atom_out;
atpasin = (FILE*) fmemopen(prog->source, strlen(prog->source), "r");
atom_out = (FILE*) open_memstream(&prog->lex_atoms, &prog->num_lex_atoms);
init_atpaslex();
atpasMetrics = emptyMetrics;
while ( a = atpaslex())
{
fwrite(&a, sizeof(ATOM), 1, atom_out);
}
fclose(atpasin);
fclose(atom_out);
/*
Convert size in bytes to count of atom pointers
---
Zamiana rozmiaru w bajtach na liczbe wskaznikow
*/
prog->num_lex_atoms /= sizeof(ATOM);
prog->theMetrics = atpasMetrics;
}
babble(_("Processed."));
return 1;
}