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/*
* Copyright (c) 1998 - 1999, 2001 Karel Zak "Zakkr" <zakkr@zf.jcu.cz>
*
* This program is free software; you can redistribute it and/or modify
* it under the terms of the GNU General Public License as published by
* the Free Software Foundation; either version 2 of the License, or
* (at your option) any later version.
*
* $Id: learn_key.c,v 1.2 2001/01/02 14:16:15 zakkr Exp $
*/
#include "aca.h"
#include "aca_dlg.h"
#include "aca_widget.h"
#define Y(a) (a+y)
#define X(a) (a+x)
extern void load_seqences();
static int yn=16, xn=59;
typedef struct {
int key;
char *name;
int flag;
} learn_keys;
static int setkey_ok(int key, learn_keys *p)
{
learn_keys *x;
for(x=p; x->key != 0; x++) {
if (x->key == key) {
x->flag = TRUE;
return TRUE;
}
}
return FALSE;
}
static void mpr_learn (Wmenu *m, Widget *w, int line, int cols, int item)
{
learn_keys *p;
WidgetColor *color = &TplC->menu_in;
_D( " mpr_learn() ");
p = ((learn_keys *) m->list) + item;
clean_hline(line, cols, w->cols+3,
(m->item_act == item ? color->sel : color->nsel));
mvaddstr (line, cols, p->name);
if (p->flag) mvaddstr (line, cols+w->cols+1, "OK");
}
static void bgr_learnkey(SessW *s)
{
int x = COLS/2 - xn/2,
y = LINES/2 - yn/2;
aca_border (y, x, yn, xn, TplC->dlg_bgr);
clean_box(Y(1), X(1), yn-2, xn-2, TplC->dlg_bgr);
center_addnstr(Y(1), COLS/2,
_aca("Press all the keys mentioned here. After you have\ndone it, check which keys are not marked with OK. Press\n<ENTER> (or mouse) on the missing key to define it.\nMove around with Tab, ^n, ^p or mouse.\n--> experimental routine <--"), xn-4);
bold; aca_c(TplC->dlg_header);
mvaddstr( Y(0), COLS/2 - (strlen(_aca(" Learn keys "))/2), _aca(" Learn keys "));
ubold;
}
void Dlg_LearnKey(aca_INI *ini)
{
int x, y, tmp,
re, istermcap;
char buff[256];
learn_keys *p_keys;
learn_keys keys1[] = {
{ KEY_F(1), _aca("Function key 1") },
{ KEY_F(2), _aca("Function key 2") },
{ KEY_F(3), _aca("Function key 3") },
{ KEY_F(4), _aca("Function key 4") },
{ KEY_F(5), _aca("Function key 5") },
{ KEY_F(6), _aca("Function key 6") },
{ KEY_F(7), _aca("Function key 7") },
{ 0, 0 }
}, keys2[] = {
{ KEY_F(8), _aca("Function key 8") },
{ KEY_F(9), _aca("Function key 9") },
{ KEY_F(10), _aca("Function key 10") },
{ KEY_BACKSPACE,_aca("Backspace key") },
{ KEY_END, _aca("End key") },
{ KEY_UP, _aca("Up arrow key") },
{ KEY_DOWN, _aca("Down arrow key") },
{ 0, 0 }
}, keys3[] = {
{ KEY_LEFT, _aca("Left arrow key") },
{ KEY_RIGHT, _aca("Right arrow key") },
{ KEY_HOME, _aca("Home key") },
{ KEY_NPAGE, _aca("Page Down key") },
{ KEY_PPAGE, _aca("Page Up key") },
{ KEY_IC, _aca("Insert key") },
{ KEY_DC, _aca("Delete key") },
{ 0, 0 }
};
Wmenu menu[] = {{
chN, 0, M_OPEN | M_NOTOUT | M_COLORIN,
6,0,0,6,0,0,0,0,0,0, alistN, (void *) keys1, mpr_learn
},{
chN, 0, M_OPEN | M_NOTOUT | M_COLORIN,
6,0,0,6,0,0,0,0,0,0, alistN, (void *) keys2, mpr_learn
},{
chN, 0, M_OPEN | M_NOTOUT | M_COLORIN,
6,0,0,6,0,0,0,0,0,0, alistN, (void *) keys3, mpr_learn
}};
Widget w[] = {
{ FALSE, 0,0,0,15, menu_fn, (void *) &menu[0], Wf_NOTUSE_ASTR, _aca_text_domain },
{ FALSE, 0,0,0,15, menu_fn, (void *) &menu[1], Wf_NOTUSE_ASTR, _aca_text_domain },
{ FALSE, 0,0,0,15, menu_fn, (void *) &menu[2], Wf_NOTUSE_ASTR, _aca_text_domain },
{ TRUE, 0,0,0,5, button_fn,(void *) &def_button[_BUTT_OK], Wf_DEFAULT, _aca_text_domain },
{ TRUE, 0,0,0,9, button_fn,(void *) &def_button[_BUTT_CANCEL], Wf_DEFAULT, _aca_text_domain },
W_NULL
};
SessW s;
init_sessw(&s, 0, TRUE, w, bgr_learnkey, Sf_DEFAULT);
#define _SET_LEARN_POZ { \
/* set 'x' ant 'y' */ \
x = COLS/2 - xn/2; \
y = LINES/2 - yn/2; \
/* menu locate */ \
w[0].x =X(2); w[1].x =X(21); w[2].x =X(40); \
w[0].y = w[1].y = w[2].y = Y(7); \
/* button locate */ \
w[3].y = Y(yn-4+3); \
w[4].y = Y(yn-4+3); \
set_widgets_progression(COLS/2-tmp/2, "wiw", &w[3], 2, &w[4]); \
}
tmp = size_widgets_progression("wiw", &w[3], 2, &w[4]);
_SET_LEARN_POZ;
if (aca.keypad) {
aca_keypad(FALSE);
load_seqences();
istermcap = TRUE;
}
else
istermcap = FALSE;
init_lbuff();
W_redraw_session(&s);
GL_inlearn_mode = TRUE;
do {
if (s.key == K_SCREEN_RESIZED) {
_SET_LEARN_POZ;
W_redraw_session(&s);
s.key = get_k();
continue;
}
/* check key ..hmm this is very s... algorithm */
if (isfunckey(s.key)) {
if (!setkey_ok(s.key, keys1)) {
if (!setkey_ok(s.key, keys2)) {
if (setkey_ok(s.key, keys3))
W_redraw_session(&s);
}
else
W_redraw_session(&s);
}
else
W_redraw_session(&s);
}
re = run_act_widget(&s);
/* Cancel */
if((re & Wr_BUTTON_PRESS) && s.actual==4) {
aca_keypad(istermcap);
break;
}
/* Ok */
else if((re & Wr_BUTTON_PRESS) && s.actual==3) {
cpy_lbuff();
if (learn_keydump_check()) {
cpy_learn2ini(ini);
INI_set_flag_save(ini, GL_term_name);
}
break;
}
else if ((re & Wr_MENU_PRESS) &&s.actual<=2) {
#define P_NAME p_keys[menu[s.actual].item_act].name
#define P_FLAG p_keys[menu[s.actual].item_act].flag
#define P_KEY p_keys[menu[s.actual].item_act].key
p_keys = (learn_keys *) menu[s.actual].list;
sprintf(buff, _aca("Please press the %s.\n\nThen, press it again (in 'Learn keys' menu) to\nsee if OK appears.\n"), P_NAME);
Dlg_Warning_org (_aca(" Teach me a key "), buff, 50, Warn_draw, FALSE);
learn_key(P_KEY);
W_redraw_session(&s);
}
W_key_to_widgets(&s);
W_default_go(&s);
if (s.actual <= 2) {
menu[0].item_act= menu[1].item_act= menu[2].item_act= menu[s.actual].item_act;
menu[0].scr_act = menu[1].scr_act = menu[2].scr_act = menu[s.actual].scr_act;
}
s.key = get_k();
} while(1);
GL_inlearn_mode = FALSE;
}
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