/*!
* Convert a string to an ichar_t, storing the result in a static area.
*
* \param in String to convert
* \param canonical NZ if input is in canonical form
*
* \return
*/
ichar_t *ISpellChecker::strtosichar(char *in, int canonical)
{
static ichar_t out[STRTOSICHAR_SIZE / sizeof(ichar_t)];
if(strtoichar(out, in, sizeof out, canonical))
fprintf(stderr, WORD_TOO_LONG(in));
return out;
}
/*
* \param a
* \param b
* \param canonical NZ for canonical string chars
*
* \return
*/
int
ISpellChecker::casecmp (char *a, char *b, int canonical)
{
register ichar_t * ap;
register ichar_t * bp;
ichar_t inta[INPUTWORDLEN + 4 * MAXAFFIXLEN + 4];
ichar_t intb[INPUTWORDLEN + 4 * MAXAFFIXLEN + 4];
strtoichar (inta, a, sizeof inta, canonical);
strtoichar (intb, b, sizeof intb, canonical);
for (ap = inta, bp = intb; *ap != 0; ap++, bp++)
{
if (*ap != *bp)
{
if (*bp == '\0')
return m_hashheader.sortorder[*ap];
else if (mylower (*ap))
{
if (mylower (*bp) || mytoupper (*ap) != *bp)
return static_cast<int>(m_hashheader.sortorder[*ap])
- static_cast<int>(m_hashheader.sortorder[*bp]);
}
else
{
if (myupper (*bp) || mytolower (*ap) != *bp)
return static_cast<int>(m_hashheader.sortorder[*ap])
- static_cast<int>(m_hashheader.sortorder[*bp]);
}
}
}
if (*bp != '\0')
return -static_cast<int>(m_hashheader.sortorder[*bp]);
for (ap = inta, bp = intb; *ap; ap++, bp++)
{
if (*ap != *bp)
{
return static_cast<int>(m_hashheader.sortorder[*ap])
- static_cast<int>(m_hashheader.sortorder[*bp]);
}
}
return 0;
}
bool
ISpellChecker::checkWord(const char * const utf8Word, size_t length)
{
ichar_t iWord[INPUTWORDLEN + MAXAFFIXLEN];
char szWord[INPUTWORDLEN + MAXAFFIXLEN];
if (!m_bSuccessfulInit)
return false;
if (!utf8Word || length >= (INPUTWORDLEN + MAXAFFIXLEN) || length == 0)
return false;
bool retVal = false;
if (!g_iconv_is_valid(m_translate_in))
return false;
else
{
/* convert to 8bit string and null terminate */
size_t len_in, len_out, result;
// the 8bit encodings use precomposed forms
char *normalizedWord = g_utf8_normalize (utf8Word, length, G_NORMALIZE_NFC);
char *In = normalizedWord;
char *Out = szWord;
len_in = strlen(In);
len_out = sizeof( szWord ) - 1;
result = g_iconv(m_translate_in, &In, &len_in, &Out, &len_out);
g_free(normalizedWord);
if ((size_t)-1 == result)
return false;
*Out = '\0';
}
if (!strtoichar(iWord, szWord, sizeof(iWord), 0))
{
if (good(iWord, 0, 0, 1, 0) == 1 ||
compoundgood(iWord, 1) == 1)
{
retVal = true;
}
}
return retVal;
}
/*
* \param word
* \param hit
* \param len
*
* \return
*/
int ISpellChecker::cap_ok(ichar_t *word, struct success *hit, int len)
{
register ichar_t *dword;
register ichar_t *w;
register struct dent *dent;
ichar_t dentword[INPUTWORDLEN + MAXAFFIXLEN];
int preadd;
int prestrip;
int sufadd;
ichar_t *limit;
long thiscap;
long dentcap;
thiscap = whatcap(word);
/*
** All caps is always legal, regardless of affixes.
*/
preadd = prestrip = sufadd = 0;
if(thiscap == ALLCAPS)
return 1;
else if(thiscap == FOLLOWCASE)
{
/* Set up some constants for the while(1) loop below */
if(hit->prefix)
{
preadd = hit->prefix->affl;
prestrip = hit->prefix->stripl;
}
else
preadd = prestrip = 0;
sufadd = hit->suffix ? hit->suffix->affl : 0;
}
/*
** Search the variants for one that matches what we have. Note
** that thiscap can't be ALLCAPS, since we already returned
** for that case.
*/
dent = hit->dictent;
for(;;)
{
dentcap = captype(dent->flagfield);
if(dentcap != thiscap)
{
if(dentcap == ANYCASE && thiscap == CAPITALIZED && entryhasaffixes(dent, hit))
return 1;
}
else /* captypes match */
{
if(thiscap != FOLLOWCASE)
{
if(entryhasaffixes(dent, hit))
return 1;
}
else
{
/*
** Make sure followcase matches exactly.
** Life is made more difficult by the
** possibility of affixes. Start with
** the prefix.
*/
strtoichar(dentword, dent->word, INPUTWORDLEN, 1);
dword = dentword;
limit = word + preadd;
if(myupper(dword[prestrip]))
{
for(w = word; w < limit; w++)
{
if(mylower(*w))
goto doublecontinue;
}
}
else
{
for(w = word; w < limit; w++)
{
if(myupper(*w))
goto doublecontinue;
}
}
dword += prestrip;
/* Do root part of word */
limit = dword + len - preadd - sufadd;
while(dword < limit)
{
if(*dword++ != *w++)
goto doublecontinue;
}
/* Do suffix */
dword = limit - 1;
if(myupper(*dword))
{
for(; *w; w++)
{
if(mylower(*w))
goto doublecontinue;
}
}
else
{
for(; *w; w++)
{
if(myupper(*w))
goto doublecontinue;
}
}
/*
** All failure paths go to "doublecontinue,"
** so if we get here it must match.
*/
if(entryhasaffixes(dent, hit))
return 1;
doublecontinue:;
}
}
if((dent->flagfield & MOREVARIANTS) == 0)
break;
dent = dent->next;
}
/* No matches found */
return 0;
}
/* How to print:
* 1 = expansions only
* 2 = original line + expansions
* 3 = original paired w/ expansions
* 4 = add length ratio
*/
static void expandmode(int option) {
char buf[BUFSIZ];
int explength; /* Total length of all expansions */
register char *flagp; /* Pointer to next flag char */
ichar_t ibuf[BUFSIZ];
MASKTYPE mask[MASKSIZE];
char origbuf[BUFSIZ]; /* Original contents of buf */
char ratiobuf[20]; /* Expansion/root length ratio */
int rootlength; /* Length of root word */
register int temp;
/* char strg_out[MAXSOLLEN]; */
while (xgets(buf, sizeof buf, stdin) != NULL) {
rootlength = strlen(buf);
if (buf[rootlength - 1] == '\n')
buf[--rootlength] = '\0';
strcpy(origbuf, buf);
if ((flagp = index(buf, hashheader.flagmarker)) != NULL) {
rootlength = flagp - buf;
*flagp++ = '\0';
}
if (option == 2 || option == 3 || option == 4)
printf("%s ", origbuf);
if (flagp != NULL) {
if (flagp - buf > INPUTWORDLEN)
buf[INPUTWORDLEN] = '\0';
}
else {
if ((int) strlen(buf) > INPUTWORDLEN - 1)
buf[INPUTWORDLEN] = '\0';
}
fputs(buf, stdout);
fputc(' ', stdout);
/* strtoichar(ibuf, buf, sizeof ibuf, 1);
if (good(ibuf, 0, 0, 0)) {
get_info(hits[0]);
sprintf(strg_out, o_form, root, macro(root_class), pre_class,
macro(suf_class), suf2_class);
printf("%s ", strg_out);
}
*/
if (flagp != NULL) {
bzero((char *) mask, sizeof(mask));
while (*flagp != '\0' && *flagp != '\n') {
#if MASKBITS <= 32
temp = CHARTOBIT(mytoupper(chartoichar(*flagp)));
#else
temp = CHARTOBIT((unsigned char) *flagp);
#endif
if (temp >= 0 && temp <= LARGESTFLAG)
SETMASKBIT (mask, temp);
flagp++;
/* Accept old-format dicts with extra slashes */
if (*flagp == hashheader.flagmarker)
flagp++;
}
if (strtoichar(ibuf, buf, sizeof ibuf, 1))
fprintf(stderr, WORD_TOO_LONG(buf));
explength = expand_pre(origbuf, ibuf, mask, option, "");
explength += expand_suf(origbuf, ibuf, mask, 0, option, "", "");
explength += rootlength;
if (option == 4) {
sprintf(ratiobuf, " %f",
(double) explength / (double) rootlength);
fputs(ratiobuf, stdout);
expand_pre(origbuf, ibuf, mask, 3, ratiobuf);
expand_suf(origbuf, ibuf, mask, 0, 3, ratiobuf, "");
}
}
printf(SEP4);
}
}
