/* Process a line of text
*/
void Niall_Learn(char *Buffer)
{
char c;
int i,j;
/* Remove trailing spaces
*/
for(i=strlen(Buffer)-1;i>=0;i--)
{
if(!isspace(Buffer[i])) break;
Buffer[i]=0;
}
/* Strip punctuation and break sentence if necessary
*/
for(i=0;i<strlen(Buffer);i++)
{
c=Buffer[i];
if(( c=='.' )||( c==',' ))
{
if( i+1 < strlen(Buffer))
{
Buffer[i]=0;
Niall_Learn(&Buffer[i+1]);
}
Buffer[i]=0;
break;
}
else if(isspace(c))
{
Buffer[i]=' ';
}
else if(!isalnum(c))
{
for(j=i+1;j<=strlen(Buffer);j++) Buffer[j-1]=Buffer[j];
i--;
}
else Buffer[i]=tolower(c);
}
AddWords(Buffer);
}
static void BuildLists( void )
//================================
{
int index;
group_list *curr_group;
int group;
msg_list *prev_msg;
msg_list *msg_ptr;
msg_list *last_non_null_msg;
msg_list **p_null_msg;
msg_word *word;
int caret;
char rec[BUFF_LEN+1];
char msg_used_at;
char msg_compiler;
char msg_target;
char delim;
fprintf( ErrCod, "#define NO_CARROT 0\n" );
fprintf( ErrCod, "#define OPR_CARROT 1\n" );
fprintf( ErrCod, "#define OPN_CARROT 2\n" );
fprintf( RCFile, "#include \"errcod.h\"\n\n" );
fprintf( RCFile, "STRINGTABLE\nBEGIN\n\n" );
group = 0;
curr_group = NULL;
ReadInFile( rec );
prev_msg = NULL;
last_non_null_msg = NULL;
for( ;; ) {
if( HeadGroup == NULL ) {
HeadGroup = malloc( sizeof( group_list ) );
curr_group = HeadGroup;
} else {
curr_group->link = malloc( sizeof( group_list ) );
curr_group = curr_group->link;
}
curr_group->link = NULL;
curr_group->start_msg_num = group * 256;
curr_group->end_msg_num = curr_group->start_msg_num;
curr_group->name[0] = rec[0];
curr_group->name[1] = rec[1];
curr_group->name[2] = NULLCHAR;
for( ;; ) {
if( ReadInFile( rec ) != 0 ) {
fprintf( RCFile, "\nEND\n" );
return;
}
++RecNum;
if( ( strlen( rec ) > 2 ) && ( rec[2] == ' ' ) )
// Group record
break;
index = 3;
while( rec[index] != ' ' ) {
++index;
}
// End of message ID
rec[index] = '\0';
++index;
++index; // skip [
if( rec[index] != sw_language )
continue;
++index;
msg_compiler = rec[index];
++index;
msg_target = rec[index];
++index;
msg_used_at = rec[index];
++index;
caret = rec[index] - '0';
++index;
++index; // skip ]
msg_ptr = InitMsg();
if( UseMessage( msg_compiler, msg_target, msg_used_at ) ) {
// proccess message text
AddWords( msg_ptr, &rec[index] );
}
msg_ptr->caret = caret;
if( msg_ptr->msg != NULL ) {
fprintf( ErrCod, "#define %s %d\n", rec, curr_group->end_msg_num );
fprintf( RCFile, " %s+MSG_LANG_BASE \"", rec );
delim = ' ';
for( word = msg_ptr->msg; word != NULL; word = word->link ) {
if( word->link == NULL ) {
delim = '"';
}
fprintf( RCFile, "%s%c", word->word->word, delim );
}
fprintf( RCFile, "\n" );
last_non_null_msg = msg_ptr;
}
curr_group->end_msg_num++;
if( HeadMsg == NULL ) {
HeadMsg = msg_ptr;
} else {
prev_msg->link = msg_ptr;
}
prev_msg = msg_ptr;
}
prev_msg = last_non_null_msg;
if( last_non_null_msg == NULL ) {
p_null_msg = &HeadMsg;
} else {
p_null_msg = &last_non_null_msg->link;
}
while( *p_null_msg != NULL ) {
msg_ptr = (*p_null_msg)->link;
free( *p_null_msg );
curr_group->end_msg_num--;
*p_null_msg = msg_ptr;
}
++group;
}
}
/** \brief Add a new words.
*
* Replace the existing words with the newly specified words.
*
* \exception bad_alloc() is generated if a string cannot be allocated.
*
* \param[in] words The new words to save in this moWords object.
*
* \return The number of words found in \p words.
*
* \sa Empty(), Quotes(), AutoClip(), CharSeparators(), StringSeparators()
*/
unsigned long moWords::SetWords(const moWCString& words)
{
Empty();
f_words.Empty();
return AddWords(words);
}
