/* get_matching_node_addr: Return the address of the next line
matching a pattern in a given direction. Wrap around begin/end of
editor buffer if necessary. */
int
get_matching_node_address (const regex_t *re, int dir, off_t *addr,
ed_buffer_t *ed)
{
regmatch_t rm[1];
ed_line_node_t *lp;
char *s;
*addr = ed->state->dot;
if (!re)
return ERR;
do
{
if ((*addr = (dir ? INC_MOD (*addr, ed->state->lines)
: DEC_MOD (*addr, ed->state->lines))))
{
lp = get_line_node (*addr, ed);
if (!(s = get_buffer_line (lp, ed)))
return ERR;
#ifdef REG_STARTEND
rm->rm_so = 0;
rm->rm_eo = lp->len;
if (!regexec (re, s, 0, rm, REG_STARTEND))
#else
if (ed->state->is_binary)
NUL_TO_NEWLINE (s, lp->len);
if (!regexec (re, s, 0, NULL, 0))
#endif /* !defined (REG_STARTEND) */
return 0;
}
}
while (*addr != ed->state->dot);
ed->exec->err = _("No match");
return ERR;
}
static void main(uint8_t view, const app_t *app, svc_main_proc_event_t event) {
hal_lcd_clear();
if(event & SVC_MAIN_PROC_EVENT_KEY_UP) {
INC_MOD(PRIV(app)->item_current, svc_melodies_n+1);
}
else if (event & SVC_MAIN_PROC_EVENT_KEY_DOWN) {
DEC_MOD(PRIV(app)->item_current, svc_melodies_n+1);
}
else if (event & SVC_MAIN_PROC_EVENT_KEY_ENTER_LONG) {
app_exit();
}
svc_lcd_puts(8, "pl");
if(PRIV(app)->item_current == svc_melodies_n) {
svc_lcd_puts(0, "----up");
if(event & SVC_MAIN_PROC_EVENT_KEY_ENTER) {
PRIV(app)->item_current = 0;
app_exit();
}
}
else {
svc_lcd_puts(0, " pla");
svc_lcd_puti(4, 2, PRIV(app)->item_current);
if(event & SVC_MAIN_PROC_EVENT_KEY_ENTER) {
svc_melody_play(PRIV(app)->item_current);
}
}
}
void app_app_conf_debug_main(uint8_t view, const app_t *app, svc_main_proc_event_t event) {
hal_lcd_clear();
if(event & SVC_MAIN_PROC_EVENT_KEY_UP) {
INC_MOD(PRIV(app)->debug_item_current, HAL_DEBUG_N+1);
}
else if (event & SVC_MAIN_PROC_EVENT_KEY_DOWN) {
DEC_MOD(PRIV(app)->debug_item_current, HAL_DEBUG_N+1);
}
else if (event & SVC_MAIN_PROC_EVENT_KEY_ENTER_LONG) {
app_set_view(app, 0);
PRIV(app)->debug_item_current = 0;
}
else if(event & SVC_MAIN_PROC_EVENT_KEY_ENTER) {
PRIV(app)->debug_value = hal_debug_read(PRIV(app)->debug_item_current);
}
svc_lcd_puts(8, "db");
if(PRIV(app)->debug_item_current == HAL_DEBUG_N) {
svc_lcd_puts(0, "----up");
if(event & SVC_MAIN_PROC_EVENT_KEY_ENTER) {
app_set_view(app, 0);
PRIV(app)->debug_item_current = 0;
}
}
else {
svc_lcd_puti(6, 2, PRIV(app)->debug_item_current);
svc_lcd_putix(0, 4, PRIV(app)->debug_value);
}
}
static void main(uint8_t view, const app_t *app, svc_main_proc_event_t event) {
hal_lcd_clear();
if(event & SVC_MAIN_PROC_EVENT_KEY_UP) {
INC_MOD(PRIV(app)->countdown_current, svc_countdowns_n);
}
else if (event & SVC_MAIN_PROC_EVENT_KEY_DOWN) {
DEC_MOD(PRIV(app)->countdown_current, svc_countdowns_n);
}
else if(event & SVC_MAIN_PROC_EVENT_KEY_ENTER_LONG) {
app_exit();
}
else if(event & SVC_MAIN_PROC_EVENT_KEY_DOWN_LONG) {
svc_countdown_t cd;
svc_countdown_get(PRIV(app_current)->countdown_current, &cd);
if(cd.state == SVC_COUNTDOWN_STATE_STOP) {
svc_countdown_start(PRIV(app_current)->countdown_current);
}
else {
svc_countdown_stop(PRIV(app_current)->countdown_current);
}
}
svc_countdown_t cd;
svc_countdown_get(PRIV(app)->countdown_current, &cd);
svc_lcd_puti(0, 2, cd.h);
svc_lcd_puti(2, 2, cd.m);
svc_lcd_puti(4, 2, cd.s);
hal_lcd_seg_set(HAL_LCD_SEG_COLON, 1);
hal_lcd_seg_set_blink(HAL_LCD_SEG_COLON, cd.state == SVC_COUNTDOWN_STATE_RUN);
if(cd.state == SVC_COUNTDOWN_STATE_RUN) {
svc_lcd_puts(8, "ru");
}
else {
svc_lcd_puts(8, "st");
}
svc_lcd_puti(6, 2, PRIV(app)->countdown_current);
if(event & SVC_MAIN_PROC_EVENT_KEY_ENTER) {
app_set_view(app, 1);
}
}
