void
FillAssociateChars (int index)
{
char str[25];
int PhraseNo, CurLen = 0;
CurSelNum = 0;
while (CurSelNum < cur_table->MaxDupSel && index < EndKey &&
CurLen < MAX_SEL_LENGTH) {
fseek (cur_table->AssocFile, index << 2, SEEK_SET);
fread (&PhraseNo, sizeof (int), 1, cur_table->AssocFile);
load_phrase (PhraseNo, str);
strcpy (seltab[CurSelNum], str + 2);
CurLen += strlen (seltab[CurSelNum++]);
index++;
}
if (index < EndKey && CurSelNum == cur_table->MaxDupSel) {
gNextPageIndex = index;
gMultiPageMode = 1;
} else if (gMultiPageMode) {
gNextPageIndex = StartKey;
} else
gMultiPageMode = 0;
}
void
FillMatchChars (int j)
{
int SelNum = 0, CurLen = 0;
while ((cur_table->item[j].key1 & mask[gInputCount + 5]) == val1 &&
(cur_table->item[j].key2 & mask[gInputCount]) == val2 &&
SelNum < cur_table->MaxDupSel && j < EndKey &&
CurLen < MAX_SEL_LENGTH) {
if (cur_table->item[j].ch < 0xA1A1)
load_phrase (cur_table->item[j].ch, seltab[SelNum]);
else {
memcpy (&seltab[SelNum], &(cur_table->item[j].ch), 2);
seltab[SelNum][2] = '\0';
}
CurLen += strlen (seltab[SelNum++]);
j++;
}
if (SelNum == 0) { /* some match found */
StartKey = save_StartKey;
EndKey = save_EndKey;
gMultiPageMode = save_gMultiPageMode;
gNextPageIndex = save_gNextPageIndex;
gCurrentPageIndex = save_gCurrentPageIndex;
return; /* keep the original selection */
}
CurSelNum = SelNum;
for (SelNum = CurSelNum; SelNum < 16; SelNum++)
seltab[SelNum][0] = '\0'; /* zero out the unused area */
InputMatch = gInputCount; /* until now we have some matches */
/* check if more than one page */
if (j < EndKey && (cur_table->item[j].key1 & mask[gInputCount + 5]) == val1
&& (cur_table->item[j].key2 & mask[gInputCount]) == val2
&& CurSelNum == cur_table->MaxDupSel) {
/* has another matched key, so enter gMultiPageMode, has more pages */
gNextPageIndex = j;
gMultiPageMode = 1;
} else if (gMultiPageMode) {
gNextPageIndex = StartKey; /* rotate selection */
} else
gMultiPageMode = 0;
}
static void FillAssociateChars (int index)
{
unsigned char str[25];
int PhraseNo, CurLen = 0;
char *fp =(char*)cur_table->AssocFile;
CurSelNum = 0;
while ( CurSelNum < cur_table->MaxDupSel && index < EndKey && CurLen < MAX_SEL_LENGTH)
{
fp =(char*)cur_table->AssocFile;
fp +=(index<<2);
memcpy (&PhraseNo, fp, sizeof (int));
#if MGUI_BYTEORDER == MGUI_BIG_ENDIAN
PhraseNo = ArchSwap32(PhraseNo);
#endif
load_phrase( PhraseNo, (char *)str );
strcpy(seltab[CurSelNum],(char *)(str+2));
CurLen += strlen(seltab[CurSelNum++]);
index++;
}
/* check if more than one page */
if ( index < EndKey && CurSelNum == cur_table->MaxDupSel )
{
/* has another matched key, so enter MultiPageMode, has more pages */
NextPageIndex = index;
MultiPageMode = 1;
}
else if (MultiPageMode)
{
NextPageIndex = StartKey; /* rotate selection */
}
else
MultiPageMode = 0;
}
gboolean feed_phrase(KeySym ksym, int state)
{
int i;
// dbg("ksym:%x %c\n", ksym, ksym);
load_phrase("phrase.table", &file_modify_time, tran, tranN);
load_phrase("phrase-ctrl.table", &ctrl_file_modify_time, tran_ctrl, tran_ctrlN);
if (ksym < 0x7f && isupper(ksym))
ksym = tolower(ksym);
struct keystruc *tr;
int trN;
if (state & ControlMask) {
tr = tran_ctrl;
trN = tran_ctrlN;
} else {
tr = tran;
trN = tranN;
}
char tt[2], *str;
for(i=0; i < trN; i++) {
if (tr[i].ksym!= ksym)
continue;
str = ((state & LockMask) && tr[i].str_caps) ? tr[i].str_caps : tr[i].str;
if (str) {
send_it:
#if USE_TSIN
if (current_method_type() == method_type_TSIN && current_CS->im_state == GCIN_STATE_CHINESE) {
add_to_tsin_buf_str(str);
if (tsin_cursor_end())
flush_tsin_buffer();
}
else
#endif
if (gtab_phrase_on()) {
insert_gbuf_nokey(str);
if (gtab_cursor_end())
output_gbuf();
} else
send_text(str);
return TRUE;
}
}
#if 0
if ((state&(ControlMask|ShiftMask|Mod1Mask|Mod4Mask|Mod5Mask))==ShiftMask && ksym>=' ' && ksym < 0x7e) {
str = tt;
tt[0]=ksym;
tt[1]=0;
goto send_it;
}
#endif
return FALSE;
}
static void FillMatchChars (int j)
{
int SelNum = 0, CurLen = 0;
//bzero( seltab, sizeof( seltab ) );
while ((cur_table->item[j].key1 & mask[InputCount+5])==val1&&
(cur_table->item[j].key2 & mask[InputCount])==val2&&
SelNum <cur_table->MaxDupSel&&j<EndKey&&
CurLen < MAX_SEL_LENGTH
)
{
unsigned short ch = cur_table->item[j].ch;
#if MGUI_BYTEORDER == MGUI_BIG_ENDIAN
ch = ArchSwap16 (ch);
#endif
if (ch < 0xA1A1)
load_phrase (ch, seltab[SelNum]);
else
{
memcpy (&seltab[SelNum], &(cur_table->item[j].ch), 2);
seltab [SelNum][2] = '\0';
}
CurLen += strlen(seltab[SelNum++]);
j++;
}
if (SelNum == 0) /* some match found */
{
StartKey = save_StartKey;
EndKey = save_EndKey;
MultiPageMode = save_MultiPageMode;
NextPageIndex = save_NextPageIndex;
CurrentPageIndex = save_CurrentPageIndex;
return; /* keep the original selection */
}
CurSelNum = SelNum;
for (SelNum = CurSelNum; SelNum < 16; SelNum++)
seltab[SelNum][0] = '\0'; /* zero out the unused area */
InputMatch = InputCount; /* until now we have some matches */
/* check if more than one page */
if (j < EndKey && (cur_table->item[j].key1 & mask[InputCount+5]) == val1 &&
(cur_table->item[j].key2 & mask[InputCount] ) == val2 &&
CurSelNum == cur_table->MaxDupSel
)
{
/* has another matched key, so enter MultiPageMode, has more pages */
NextPageIndex = j;
MultiPageMode = 1;
}
else if (MultiPageMode)
{
NextPageIndex = StartKey; /* rotate selection */
}
else
MultiPageMode = 0;
}
