void progress_init( const char * title_msg, long max )
{
rsrc_gaddr( 0, PROC_BOX, &progress_tree );
progress_tree[PB_PROGBAR].ob_width = 0;
progress_tree[PB_CANCEL].ob_state &= ~SELECTED;
strcpy( ObjcString( progress_tree, PB_ELATIME, NULL ), "--:--" );
strcpy( ObjcString( progress_tree, PB_REMTIME, NULL ), "--:--" );
ObjcString( progress_tree, PB_STATUS, "" );
if( preferences.pref_flags.multitask )
{
progress_tree[0].ob_state &= ~OUTLINED;
progress_tree[PB_CANCEL].ob_flags &= ~HIDETREE;
progress_tree[PB_ESC].ob_flags |= HIDETREE;
progress_win = FormWindBegin( progress_tree, get_string( title_msg ) );
}
else
{
/* MouseWork(); */
graf_mouse( BUSYBEE, NULL );
progress_tree[0].ob_state |= OUTLINED;
progress_tree[PB_CANCEL].ob_flags |= HIDETREE;
progress_tree[PB_ESC].ob_flags &= ~HIDETREE;
FormBegin( progress_tree, NULL );
}
progress_exitflag = 0;
progress_max = max;
progress_count = 0;
progress_info = NULL;
progress_start_time = 0;
progress_next_refresh = 0;
}
/*
Parse encoded menu key shortcut
The format is:
"[" - marks start of the shortcut
"@,^,<" - If the keyshortcut is only valid
with modifier keys, one of these characters must directly
follow the start mark.
Meaning:
@ -> Alternate
^ -> Control
"#" - keycode or ascii character.
The value is handled as keycode if the character value
is <= 28 ( Atari chracter table )
or if it is interpreted as function key string.
(strings: F1 - F10)
*/
static void register_menu_str( struct s_menu_item_evnt * mi )
{
char * str = ObjcString( h_gem_menu, mi->rid, NULL );
int l = strlen(str);
int i = l;
int x = -1;
struct s_accelerator * accel = &mi->accel;
while( i>2 ){
if( str[i] == '['){
x = i;
break;
}
i--;
}
if( x > -1 ){
mi->menustr = malloc( l+1 );
strcpy(mi->menustr, str );
mi->menustr[x]=' ';
x++;
if( str[x] == '@' ){
accel->mod = K_ALT;
mi->menustr[x] = 0x07;
x++;
}
else if( str[x] == '^' ) {
accel->mod = K_CTRL;
x++;
}
if( str[x] <= 28 ){
// parse symbol
unsigned short keycode=0;
switch( str[x] ){
case 0x03:
accel->keycode = NK_RIGHT;
break;
case 0x04:
accel->keycode = NK_LEFT;
break;
case 0x1B:
accel->keycode = NK_ESC;
break;
default:
break;
}
} else {
if(str[x] == 'F' && ( str[x+1] >= '1' && str[x+1] <= '9') ){
// parse function key
short fkey = atoi( &str[x+1] );
if( (fkey >= 0) && (fkey <= 10) ){
accel->keycode = NK_F1 - 1 + fkey;
}
} else {
accel->ascii = str[x];
}
}
}
}
void progress_setinfo( char * info )
{
/*if( progress_info != info )
{*/
ObjcString( progress_tree, PB_STATUS, info );
progress_display_object( PB_STATUS );
progress_info = info;
progress_display();
/*} */
}
/* Fonction appelée continuellement en cours de traitement */
int yield( void )
{
int ret;
long time, elapsed, remaining;
evnt.timer = 0;
if( preferences.pref_flags.multitask )
{
ret = FormWindDo( FORM_EVNT|MU_MESAG|MU_TIMER );
if( !(ret & FORM_EVNT) )
{
if( ret == PB_CANCEL )
progress_exitflag = 1;
}
} else
{
ret = EvntWindom( MU_KEYBD|MU_TIMER );
if( (ret & MU_KEYBD) && evnt.keybd == 0x11b )
progress_exitflag = 1;
}
if( progress_start_time )
{
time = timer();
if( time > progress_next_refresh )
{
elapsed = (time - progress_start_time) / 200;
remaining = progress_count
? (progress_max * elapsed / progress_count - elapsed)
: 0;
sprintf( ObjcString( progress_tree, PB_ELATIME, NULL ),
"%02d:%02d", (int)(elapsed/60), (int)(elapsed%60) );
if( remaining > 0 )
sprintf( ObjcString( progress_tree, PB_REMTIME, NULL ),
"%02d:%02d", (int)(remaining/60), (int)(remaining%60) );
progress_display_object( PB_ELATIME );
progress_display_object( PB_REMTIME );
progress_next_refresh = time + PROGRESS_REFRESH_RATE;
}
}
return progress_exitflag;
}
void tao_default( OBJECT * form )
{
struct device_info * info;
int i;
strncpy( src_file, preferences.tao_src_file, 255 );
reduce_name( src_fred, src_file, MAX_FRED_SRC );
strncpy( dest_file, preferences.tao_dest_file, 255 );
reduce_name( dest_fred, dest_file, MAX_FRED_DEST );
ObjcString( form, TB_SRC_FILE, src_fred );
for( i=0; i<tao_popup.item_count; i++ )
{
info = (struct device_info *)tao_popup.item[i].info;
if( info && info->id == preferences.tao_id
&& info->bus_no == preferences.tao_bus )
tao_popup.selected = i;
}
if( preferences.tao_id < 0 )
form[ TB_DEST ].ob_spec.free_string = dest_fred;
else
form[ TB_DEST ].ob_spec.free_string = tao_popup.item[tao_popup.selected].text;
if( tao_popup.selected )
gen_speed_popup( &speed_popup,
((struct device_info*)tao_popup.item[tao_popup.selected].info)->sets->max_write_speed );
speed_popup.selected = 0;
for( i=0; i<speed_popup.item_count; i++ )
{
if( *((unsigned int *)(speed_popup.item[i].info)) == preferences.tao_write_speed )
speed_popup.selected = i;
}
form[ TB_SPEED ].ob_spec.free_string = speed_popup.item[speed_popup.selected].text;
objc_select( form, TB_SIMUL, preferences.tao_flags.simul );
objc_select( form, TB_WR, preferences.tao_flags.write_cd );
}
/* Bind global and menu events to event handler functions, create accelerators */
void bind_global_events( void )
{
int i, len;
int maxlen[NUM_MENU_TITLES]={0};
char * m, *u, *t;
char spare[128];
memset( (void*)&evnt_data, 0, sizeof(struct s_evnt_data) );
EvntDataAttach( NULL, WM_XKEYBD, global_evnt_keybd, (void*)&evnt_data );
EvntAttach( NULL, AP_TERM, global_evnt_apterm );
EvntAttach( NULL, MN_SELECTED, global_evnt_menu );
EvntAttach( NULL, WM_XM1, global_evnt_m1 );
/* parse and update menu items: */
i = 0;
while( menu_evnt_tbl[i].rid != -1 ) {
char * str = ObjcString( h_gem_menu, menu_evnt_tbl[i].rid, NULL );
register_menu_str( &menu_evnt_tbl[i] );
if( menu_evnt_tbl[i].menustr != NULL ){
MenuText( NULL, menu_evnt_tbl[i].rid, menu_evnt_tbl[i].menustr );
}
i++;
}
main_menu_update();
}
bool verify_ssl_form_do( const char * url, const struct ssl_cert_info * cert_infos_n ,
unsigned long num_certs )
{
OBJECT *tree;
WINDOW * form;
bool bres = false;
bool cont = true;
int res = 0;
dp.cert_infos_n = (struct ssl_cert_info *)cert_infos_n;
dp.num_certs = num_certs;
dp.scrollx = 0;
dp.scrolly = 0;
dp.current = 0;
dp.cols = cert_display_width( &dp.cert_infos_n[dp.current] );
dp.rows = 8;
dp.tree = tree;
RsrcGaddr (h_gem_rsrc , R_TREE, VERIFY, &tree);
ObjcString( tree, VERIFY_LBL_HOST, (char*)url );
ObjcChange( OC_OBJC, tree, VERIFY_BT_ACCEPT, 0, 0 );
ObjcChange( OC_OBJC, tree, VERIFY_BT_REJECT, 0, 0 );
form = FormWindBegin( tree, (char*)"SSL Verify failed" );
EvntDataAdd( form, WM_REDRAW, cert_info_draw, (void*)&dp, EV_BOT );
/* this results in some extended objects which can not be freed: :( */
/* RsrcUserDraw( OC_FORM, tree, VERIFY_BOX_DETAILS, cert_info_draw,(void*)&dp ) ; */
ObjcAttachFormFunc( form, VERIFY_BT_NEXT_CERT, do_popup, &dp );
/*
ObjcAttachFormFunc( form, VERIFY_BT_NEXT_CERT, do_popup, &dp );
ObjcAttachFormFunc( form, VERIFY_BT_NEXT_CERT, do_popup, &dp );
*/
while( cont ) {
res = FormWindDo( MU_MESAG );
cont = false;
switch( res ){
case VERIFY_BT_ACCEPT:
bres = true;
break;
case VERIFY_BT_NEXT_CERT:
/* select box clicked or dragged... */
cont = true;
break;
case VERIFY_BT_REJECT:
bres = false;
break;
case VERIFY_BT_SCROLL_D:
cont = true;
dp.scrolly += 1;
ObjcDrawParent( OC_FORM, form, VERIFY_BOX_DETAILS, 1, 7 | OC_MSG );
break;
case VERIFY_BT_SCROLL_U:
cont = true;
dp.scrolly -= 1;
ObjcDrawParent( OC_FORM, form, VERIFY_BOX_DETAILS, 1, 7 | OC_MSG );
break;
case VERIFY_BT_SCROLL_R:
LOG(( "scroll r!" ));
cont = true;
dp.scrollx += 1;
if( dp.scrollx > (dp.cols - (272 / 8 )) )
dp.scrollx -= 1;
ObjcDrawParent( OC_FORM, form, VERIFY_BOX_DETAILS, 1, 7 | OC_MSG);
break;
case VERIFY_BT_SCROLL_L:
cont = true;
dp.scrollx -= 1;
if( dp.scrollx < 0 )
dp.scrollx = 0;
ObjcDrawParent( OC_FORM, form, VERIFY_BOX_DETAILS, 1, 7 | OC_MSG );
break;
default:
break;
}
}
FormWindEnd( );
return( bres );
}
