static struct filter *
getinstance (const struct filteraction *a)
{
struct filter *f = createfilter (a);
f->name = "Edge detection";
return (f);
}
static struct filter *getinstance(const struct filteraction *a)
{
struct filter *f = createfilter(a);
struct antidata *i = (struct antidata *) calloc(1, sizeof(*i));
f->childimage = NULL;
f->data = i;
f->name = "Antialiasing";
return (f);
}
static struct filter *
getinstance (CONST struct filteraction *a)
{
struct filter *f = createfilter (a);
struct subdata *s = (struct subdata *) calloc (1, sizeof (*s));
f->name = "Subwindow";
f->data = s;
s->second = NULL;
return (f);
}
static struct filter *
getinstance (const struct filteraction *a)
{
struct filter *f = createfilter (a);
struct stereogramdata *i = (struct stereogramdata *) calloc (1, sizeof (*i));
i->minc = 0;
i->savedpalette = NULL;
i->palette = createpalette (0, 65536, IMAGETYPE, 0, 65536, NULL, NULL, NULL, NULL, NULL);
f->data = i;
f->name = "Random dot stereogram";
return (f);
}
int
dpmi_parse_config (const char *fname)
{
int i;
fprintf (fp_stderr, "Parsing %s ...", fname);
/*
* setting default dpmi configuration
*/
dpmi.first = TRUE;
dpmi.nic = NULL;
dpmi.inMP = NULL; // incoming Measurement Point (live DPMI capture, internal_wired)
dpmi.inCI = NULL; // incoming Capture Interface (live DPMI capture, internal_wired)
dpmi.myFilter = NULL;
dpmi.streamType = 0;
dpmi.portNumber = 0;
/*
* parse file and create filters.
* Tstat-DPMI keywords:
type of stream: tstat:(file|(tcp|udp|eth)[:port])
measurement in: tstat:[MP:CI]
*/
dpmi.argv = ArgsFromFile(fname, &dpmi.argc);
if (debug)
fprintf (fp_stderr, "dmpi_ArgsFromFile[%s] returned %d arguments\n", fname,
dpmi.argc);
for (i = 0; i < dpmi.argc; i++)
{
char *arg = dpmi.argv[i];
char *tok = strtok (arg, ":");
if (debug)
{
fprintf (fp_stderr, "dmpi_conf[%d]=%s\n", i, arg);
fprintf (fp_stderr, "\t%s\n", tok);
}
if (strcmp (tok, "tstat"))
continue;
tok = strtok (NULL, ":");
if (tok == NULL)
continue;
if (!strcmp (tok, "file"))
{
dpmi.streamType = 0;
if (debug)
fprintf (fp_stderr, "\tusing trace file\n");
}
else
{
if (!strcmp (tok, "tcp"))
{
dpmi.streamType = 3;
dpmi.portNumber = atoi (strtok (NULL, ":"));
if (debug)
fprintf (fp_stderr, "\tusing TCP socket (port %d)\n",
dpmi.portNumber);
}
else if (!strcmp (tok, "udp"))
{
dpmi.streamType = 2;
dpmi.portNumber = atoi (strtok (NULL, ":"));
if (debug)
fprintf (fp_stderr, "\tusing UDP socket (port %d)\n",
dpmi.portNumber);
}
else if (!strcmp (tok, "eth"))
{
dpmi.streamType = 1;
dpmi.portNumber = atoi (strtok (NULL, ":"));
if (debug)
fprintf (fp_stderr, "\tusing ETH medium (port %d)\n",
dpmi.portNumber);
}
else
{
dpmi.inMP = strdup (tok);
dpmi.inCI = strdup (strtok (NULL, ":"));
dpmi.first = FALSE;
if (debug)
fprintf (fp_stderr, "\tinternal_wired (%s:%s)\n", dpmi.inMP,
dpmi.inCI);
}
}
}
if ((dpmi.inMP == NULL) && (dpmi.inCI == NULL))
{
if (debug)
fprintf (fp_stderr,
"\tarbitrary assuming first packet's MP:CI as internal\n");
}
fprintf (fp_stderr, " done (messages below are from DPMI libraries)\n");
if (debug)
fprintf (fp_stderr, "Creating DPMI filter\n");
dpmi.myFilter = createfilter (dpmi.argc, dpmi.argv);
fprintf (fp_stderr, "Created DPMI filter... control back to tstat !\n\n");
// case 'i':
// fprintf(fp_stdout, "Ethernet Argument %s\n", optarg);
// l=strlen(optarg);
// nic=(char*)malloc(l+1);
// strcpy(nic,optarg);
// streamType=1;
// break;
}
