int mpsePrepPatterns ( void * pvoid )
{
int retv;
MPSE * p = (MPSE*)pvoid;
switch( p->method )
{
case MPSE_AC_BNFA:
retv = bnfaCompile( (bnfa_struct_t*) p->obj);
break;
case MPSE_AC:
retv = acsmCompile( (ACSM_STRUCT*) p->obj);
break;
case MPSE_ACF:
case MPSE_ACS:
case MPSE_ACB:
case MPSE_ACSB:
retv = acsmCompile2( (ACSM_STRUCT2*) p->obj);
break;
case MPSE_LOWMEM:
return KTrieCompile( (KTRIE_STRUCT *)p->obj);
default:
retv = 1;
break;
}
return retv;
}
int main( int argc, char ** argv )
{
int i;
KTRIE_STRUCT * ts;
int nocase=1; // don't care about case
gargv = argv;
ts = KTrieNew();
if( argc < 3 )
{
printf("%s text pat1 pat2 ... patn [-c(ase-sensitive)\n",argv[0]);
printf("search for keywords-default, or match keywords\n");
exit(0);
}
for(i=1;i<argc;i++)
{
if( strcmp(argv[i],"-c")==0 ) nocase=0; /* ignore case */
}
printf("New TRIE created\n");
for(i=2;i<argc;i++)
{
if( argv[i][0]=='-' )
continue;
KTrieAddPattern( ts, (unsigned char *)argv[i], strlen(argv[i]), nocase, i );
}
printf("Patterns added \n");
KTrieCompile( ts );
printf("Patterns compiled \n");
printf("--> %d characters, %d patterns, %d bytes allocated\n",ts->nchars,ts->npats,ts->memory);
printf("Searching...\n");
KTrieSearch( ts, (unsigned char*)argv[1], strlen(argv[1]), match, 0 );
printf("%d matches found\n",trie_nmatches);
printf("normal pgm finish.\n");
return 0;
}
int mpsePrepPatterns ( void * pvoid,
int ( *build_tree )(void *id, void **existing_tree),
int ( *neg_list_func )(void *id, void **list) )
{
int retv;
MPSE * p = (MPSE*)pvoid;
switch( p->method )
{
case MPSE_AC_BNFA:
case MPSE_AC_BNFA_Q:
retv = bnfaCompile( (bnfa_struct_t*) p->obj, build_tree, neg_list_func );
break;
case MPSE_AC:
retv = acsmCompile( (ACSM_STRUCT*) p->obj, build_tree, neg_list_func );
break;
case MPSE_ACF:
case MPSE_ACF_Q:
case MPSE_ACS:
case MPSE_ACB:
case MPSE_ACSB:
retv = acsmCompile2( (ACSM_STRUCT2*) p->obj, build_tree, neg_list_func );
break;
case MPSE_LOWMEM:
case MPSE_LOWMEM_Q:
return KTrieCompile( (KTRIE_STRUCT *)p->obj, build_tree, neg_list_func );
#ifdef INTEL_SOFT_CPM
case MPSE_INTEL_CPM:
return IntelPmFinishGroup((IntelPm *)p->obj, build_tree, neg_list_func);
#endif
default:
retv = 1;
break;
}
return retv;
}
int mpsePrepPatterns ( void * pv )
{
MPSE * p = (MPSE*)pv;
switch( p->method )
{
case MPSE_AC:
return acsmCompile( (ACSM_STRUCT*) p->obj);
break;
case MPSE_AUTO:
case MPSE_MWM:
return mwmPrepPatterns( p->obj );
break;
case MPSE_KTBM:
case MPSE_LOWMEM:
return KTrieCompile( (KTRIE_STRUCT *)p->obj);
break;
default:
return 1;
break;
}
}
