int pinyin_predict_pord(void *method, const char *lookfor, char * buffer, int buffer_len, int index)
{
int lenth = 0;
static char lookfor_bk[4];
static int page =0;
lenth =0;
{
sprintf (lookfor_bk, "%s", lookfor);
bzero (seltab, 16*MAX_PHRASE_LENGTH);
putstr ((unsigned char *)lookfor);
page =0;
}
buffer[0] = 0;
while (1)
{
FillAssociateChars (StartKey+index/10 *10);
lenth +=(strlen (seltab[index])+1);
if (0==strlen (seltab[index]))
return -1;
if (lenth>=buffer_len )
return index;
strcat (buffer, seltab[index]);
strcat (buffer, " ");
index++;
}
return -1;
}
static void putstr (unsigned char *p)
{
int index,len =strlen(( char*)p);
// printf ("++++++%s\n", p);
if (InputCount <= InputMatch) /* All Match */
{
index = (int)p[len-2] * 256 + p[len-1];
ClrIn();
if (UseAssociateMode)
{
FindAssociateKey(index);
CurrentPageIndex = StartKey;
MultiPageMode = 0;
FillAssociateChars(StartKey);
if (CurSelNum > 0)
{
IsAssociateMode = 1;
}
}
}else
{
int nCount = InputCount - InputMatch,nMatch = InputMatch,i;
MultiPageMode = NextPageIndex = CurrentPageIndex = 0;
InputCount = InputMatch = 0;
for (i =0; i <nCount; i++)
save_InpKey[i] =InpKey[nMatch+i];
memset (InpKey, 0, sizeof(InpKey));
for (i =1; i <=nCount; i++) /* feed the additional keys */
{
InpKey[InputCount] =save_InpKey[InputCount];
InputCount++;
if (InputCount <=InputMatch+1)
{
FindMatchKey ();
MultiPageMode =0;
CurrentPageIndex =StartKey;
FillMatchChars (StartKey);
}
}
if (InputMatch ==0) /* left key has no match, delete */
{
ClrIn();
return;
}
}
}
void
hz_filter1 (int tty_fd, unsigned char key)
{
int inkey = 0, vv;
char *is_sel_key = (char *) 0;
if (!IsHanziInput)
return outchar (tty_fd, key);
if (gsCurrent_method == 0)
return intcode_hz_filter (tty_fd, key);
switch (key) {
case '\010': /* BackSpace Ctrl+H */
case '\177': /* BackSpace */
if (gInputCount > 0) {
InpKey[--gInputCount] = 0;
if (gInputCount == 0) {
RootEmpty ();
ClrSelArea ();
} else if (gInputCount < InputMatch) {
FindMatchKey ();
gMultiPageMode = 0;
gCurrentPageIndex = StartKey;
FillMatchChars (StartKey);
DispSelection ();
}
DispRootArea ();
} else
outchar (tty_fd, key);
break;
case '\033': /* ESCAPE */
if (gInputCount > 0) {
ClrSelArea ();
ClrRootArea ();
RootEmpty ();
DispRootArea ();
} else
outchar (tty_fd, key);
break;
case '<':
case '-':
case ',':
case '[':
if (gMultiPageMode) {
if (gCurrentPageIndex > StartKey)
gCurrentPageIndex = gCurrentPageIndex - cur_table->MaxDupSel;
else
gCurrentPageIndex = StartKey;
if (IsAssociateMode)
FillAssociateChars (gCurrentPageIndex);
else
FillMatchChars (gCurrentPageIndex);
DispSelection ();
} else
outchar (tty_fd, key);
break;
case '>':
case ']':
case '.':
case '=':
if (gMultiPageMode) {
gCurrentPageIndex = gNextPageIndex;
if (IsAssociateMode)
FillAssociateChars (gCurrentPageIndex);
else
FillMatchChars (gCurrentPageIndex);
DispSelection ();
} else
outchar (tty_fd, key);
break;
case ' ':
if (CurSelNum == 0)
outchar (tty_fd, key);
if (seltab[0][0])
putstr (tty_fd, seltab[0]);
break;
default:
inkey = cur_table->KeyMap[key];
is_sel_key = strchr (cur_table->selkey, key);
vv = is_sel_key - cur_table->selkey;
if ((!inkey && !is_sel_key) ||
(!inkey && is_sel_key && (CurSelNum == 0 || seltab[vv][0] == 0))) {
IsAssociateMode = 0;
RootEmpty ();
ClrSelArea ();
ClrRootArea ();
outchar (tty_fd, key);
return;
}
if (is_sel_key && CurSelNum > 0 && seltab[vv][0]) {
putstr (tty_fd, seltab[vv]);
return;
}
/* now it must be inkey? */
IsAssociateMode = 0;
if (inkey >= 1 && gInputCount < MAX_INPUT_LENGTH)
InpKey[gInputCount++] = inkey;
if (gInputCount <= InputMatch + 1) {
FindMatchKey ();
gCurrentPageIndex = StartKey;
gMultiPageMode = 0;
FillMatchChars (StartKey);
if (gInputCount >= cur_table->MaxPress && CurSelNum == 1 && cur_table->last_full) { // left only one selection
return putstr (tty_fd, seltab[0]);
}
DispSelection ();
}
DispRootArea ();
break;
} /* switch */
}
