static void load_seg()
{
clear_seg_label();
struct anthy_conv_stat acs;
anthy_get_stat(ac, &acs);
segN = 0;
if (acs.nr_segment > 0) {
char buf[256];
int i;
for(i=0; i < acs.nr_segment; i++) {
anthy_get_segment(ac, i, 0, buf, sizeof(buf));
seg[i].selidx = 0;
gtk_label_set_text(GTK_LABEL(seg[i].label), buf);
struct anthy_segment_stat ss;
anthy_get_segment_stat(ac, i, &ss);
seg[i].selN = ss.nr_candidate;
segN++;
}
state=STATE_CONVERT;
// cursor = 0;
if (cursor >= acs.nr_segment)
cursor = acs.nr_segment - 1;
disp_convert();
}
keysN=0;
}
static gboolean select_idx(int c)
{
int idx = pageidx + c;
if (idx < seg[cursor].selN) {
char buf[256];
anthy_get_segment(ac, cursor, idx, buf, sizeof(buf));
struct anthy_segment_stat ss;
anthy_get_segment_stat(ac, cursor, &ss);
int len = ss.seg_len;
gtk_label_set_text(GTK_LABEL(seg[cursor].label), buf);
seg[cursor].selidx = idx;
int sidx = get_sel_seg_with_ofs(seg[cursor].ofs);
if (sidx==sel_segN) {
sel_segN++;
}
if (sel_seg[sidx].sel_str)
free(sel_seg[sidx].sel_str);
dbg("select_idx idx:%d sidx:%d %s\n", idx, sidx, buf);
sel_seg[sidx].sel_str = strdup(buf);
sel_seg[sidx].ofs = seg[cursor].ofs;
sel_seg[sidx].len = len;
state = STATE_CONVERT;
gmf.mf_hide_selections_win();
return (segN==1);
}
return FALSE;
}
int main(int argc,char **argv){
if(anthy_init()) {
printf("anthy_init() is failed.\n");
return 1;
}
anthy_set_personality("");
ac = anthy_create_context();
if(!ac) {
printf("anthy_create_context() is failed.\n");
return 1;
}
//準備完了！
for(k=0; k<1000; k++){
anthy_set_string(ac, "わたしのなまえはおくのです。");
//anthy_commit_segment(ac);
anthy_get_stat(ac, &cs);
//printf("segment:%d\n",cs.nr_segment);
for(i=0; i<cs.nr_segment; i++){
struct anthy_segment_stat ss;
anthy_get_segment_stat(ac,i,&ss);
//printf("can:%d,len:%d |", ss.nr_candidate, ss.seg_len);
for(j=0; j<ss.nr_candidate; j++){
char buffer[256];
anthy_get_segment(ac,i,j,buffer,256);
//printf(" %s ", buffer);
}
//printf("\n");
}
//printf("\n");
//anthy_print_context(ac);
}
anthy_release_context(ac);
anthy_quit();
return 0;
}
static void load_seg()
{
dbg("load_seg sel_segN:%d\n", sel_segN);
clear_seg_label();
struct anthy_conv_stat acs;
anthy_get_stat(ac, &acs);
segN = 0;
if (acs.nr_segment > 0) {
char buf[256];
int i;
int ofs = 0;
for(i=0; i < acs.nr_segment; i++) {
struct anthy_segment_stat ss;
anthy_get_segment_stat(ac, i, &ss);
int len = ss.seg_len;
int idx = get_sel_seg_with_ofs(ofs);
dbg("%d] sel idx:%d ofs:%d\n",i, idx, ofs);
int selN = seg[i].selN = ss.nr_candidate;
char *old_str = NULL;
seg[i].selidx = 0;
if (idx < sel_segN && sel_seg[idx].len==len) {
int j;
for(j=0;j<selN;j++) {
anthy_get_segment(ac, i, j, buf, sizeof(buf));
if (!strcmp(buf, sel_seg[idx].sel_str) ) {
dbg("old found %s", buf);
seg[i].selidx = j;
break;
}
}
}
anthy_get_segment(ac, i, seg[i].selidx, buf, sizeof(buf));
gtk_label_set_text(GTK_LABEL(seg[i].label), buf);
dbg("seg len:%d\n", len);
seg[i].ofs = ofs;
seg[i].len = len;
segN++;
ofs += len;
}
state=STATE_CONVERT;
// cursor = 0;
if (cursor >= acs.nr_segment)
cursor = acs.nr_segment - 1;
disp_convert();
}
keysN=0;
}
static uim_lisp
get_segment_length(uim_lisp ac_, uim_lisp seg_)
{
anthy_context_t ac;
int seg, err;
struct anthy_segment_stat ss;
ac = get_anthy_context(ac_);
seg = C_INT(seg_);
validate_segment_index(ac, seg);
err = anthy_get_segment_stat(ac, seg, &ss);
if (err)
uim_fatal_error("anthy_get_segment_stat() failed");
return MAKE_INT(ss.seg_len);
}
void
Conversion::resize_segment (int relative_size, int segment_id)
{
if (is_predicting ()) return;
if (!is_converting ()) return;
struct anthy_conv_stat conv_stat;
anthy_get_stat (m_anthy_context, &conv_stat);
int real_segment_id;
if (segment_id < 0) {
if (m_cur_segment < 0)
return;
else
segment_id = m_cur_segment;
real_segment_id = segment_id + m_start_id;
} else {
real_segment_id = segment_id + m_start_id;
if (m_cur_segment > segment_id)
m_cur_segment = segment_id;
}
if (real_segment_id >= conv_stat.nr_segment)
return;
// do resize
anthy_resize_segment (m_anthy_context, real_segment_id, relative_size);
// reset candidates of trailing segments
anthy_get_stat (m_anthy_context, &conv_stat);
ConversionSegments::iterator start_iter = m_segments.begin();
ConversionSegments::iterator end_iter = m_segments.end();
m_segments.erase (start_iter + segment_id, end_iter);
for (int i = real_segment_id; i < conv_stat.nr_segment; i++) {
struct anthy_segment_stat seg_stat;
anthy_get_segment_stat (m_anthy_context, i, &seg_stat);
m_segments.push_back (
ConversionSegment (get_segment_string (i - m_start_id, 0), 0,
seg_stat.seg_len));
}
}
void
Conversion::clear (int segment_id)
{
if (segment_id < 0 || m_segments.size () <= 0 ||
segment_id >= (int) m_segments.size () - 1)
{
// complete clear
anthy_reset_context (m_anthy_context);
m_segments.clear ();
m_start_id = 0;
m_cur_segment = -1;
m_predicting = false;
} else {
// partial clear
// remove stored segments
ConversionSegments::iterator it = m_segments.begin ();
m_segments.erase (it, it + segment_id + 1);
// adjust selected segment
int new_start_segment_id = m_start_id + segment_id + 1;
if (m_cur_segment >= 0) {
m_cur_segment -= new_start_segment_id - m_start_id;
if (m_cur_segment < 0)
m_cur_segment = 0;
}
// adjust offset
unsigned int clear_len = 0;
for (int i = m_start_id; i < new_start_segment_id; i++) {
struct anthy_segment_stat seg_stat;
anthy_get_segment_stat (m_anthy_context, i, &seg_stat);
clear_len += seg_stat.seg_len;
}
m_reading.erase (0, clear_len, true);
m_start_id = new_start_segment_id;
}
}
//
// starting and finishing
//
void
Conversion::convert (std::string source, CandidateType ctype,
bool single_segment)
{
if (is_converting ())
return;
clear ();
std::string dest;
// convert
struct anthy_conv_stat conv_stat;
anthy_get_stat (m_anthy_context, &conv_stat);
if (conv_stat.nr_segment <= 0) {
dest = source;
anthy_set_string (m_anthy_context, dest.c_str ());
}
if (single_segment)
join_all_segments ();
// get information about conversion string
anthy_get_stat (m_anthy_context, &conv_stat);
if (conv_stat.nr_segment <= 0)
return;
// select first segment
m_cur_segment = 0;
// create segments
m_segments.clear();
for (int i = m_start_id; i < conv_stat.nr_segment; i++) {
struct anthy_segment_stat seg_stat;
anthy_get_segment_stat (m_anthy_context, i, &seg_stat);
m_segments.push_back (
ConversionSegment (get_segment_string (i, ctype), ctype,
seg_stat.seg_len));
}
}
int
Conversion::get_segment_size (int segment_id)
{
if (!is_converting ()) return -1;
struct anthy_conv_stat conv_stat;
anthy_get_stat (m_anthy_context, &conv_stat);
if (segment_id < 0) {
if (m_cur_segment < 0)
return -1;
else
segment_id = m_cur_segment;
}
int real_segment_id = segment_id + m_start_id;
if (real_segment_id >= conv_stat.nr_segment)
return -1;
struct anthy_segment_stat seg_stat;
anthy_get_segment_stat (m_anthy_context, real_segment_id, &seg_stat);
return seg_stat.seg_len;
}
std::string
Conversion::get_segment_string (int segment_id, int candidate_id)
{
if (segment_id < 0) {
if (m_cur_segment < 0)
return std::string ();
else
segment_id = m_cur_segment;
}
struct anthy_conv_stat conv_stat;
anthy_get_stat (m_anthy_context, &conv_stat);
if (conv_stat.nr_segment <= 0)
return std::string ();
if (m_start_id < 0 ||
m_start_id >= conv_stat.nr_segment)
{
return std::string (); // error
}
if (segment_id < 0 ||
segment_id + m_start_id >= conv_stat.nr_segment)
{
return std::string (); //error
}
// character position of the head of segment.
unsigned int real_seg_start = 0;
for (int i = m_start_id; i < m_start_id + segment_id; i++) {
struct anthy_segment_stat seg_stat;
anthy_get_segment_stat (m_anthy_context, i, &seg_stat);
real_seg_start += seg_stat.seg_len;
}
int real_seg = segment_id + m_start_id;
int cand;
if (candidate_id <= FCITX_ANTHY_LAST_SPECIAL_CANDIDATE)
cand = m_segments[segment_id].get_candidate_id ();
else
cand = candidate_id;
// get information of this segment
struct anthy_segment_stat seg_stat;
anthy_get_segment_stat (m_anthy_context, real_seg, &seg_stat);
// get string of this segment
std::string segment_str;
if (cand < 0) {
get_reading_substr (segment_str, segment_id, cand,
real_seg_start, seg_stat.seg_len);
} else {
int len = anthy_get_segment (m_anthy_context, real_seg, cand, NULL, 0);
if (len > 0) {
char buf[len + 1];
anthy_get_segment (m_anthy_context, real_seg, cand, buf, len + 1);
buf[len] = '\0';
segment_str = buf;
}
}
return segment_str;
}