void
on_joystick_event (gint eventtype, gint button)
{
/*the focus is not set: another windows has been opened
or this is an init event */
if (!joystick_focus || (eventtype & JS_EVENT_INIT))
return;
GMAMEUI_DEBUG ("joy: event=%i, button=%i", eventtype, button);
if ((eventtype & JS_EVENT_BUTTON) && (button < joydata->num_buttons)) {
GMAMEUI_DEBUG ("Joystick button %i %s", button, (joydata->buttons[button])?"pressed":"released");
/* Button released*/
if (joydata->buttons[button] == 0)
switch (button) {
case 0:
// FIXME TODO play_game (gui_prefs.current_game);
break;
case 1:
toggle_expand ();
break;
}
} else if ( (eventtype & JS_EVENT_AXIS) && (button < joydata->num_axis)) {
if (repeat_source_id)
g_source_remove (repeat_source_id);
/* LEFT and RIGHT directions
* (even Axis number)
*/
if (! (button & 1)) {
if (joydata->axis[button] > (AXIS_MAX / 2)) {
GMAMEUI_DEBUG ("Joystick axis %i pushed right", button);
move_down (row_number ());
repeat_source_id = g_timeout_add (10 * JOY_TIMEOUT,
(GSourceFunc) joy_right_repetition, NULL);
} else if (joydata->axis[button] < (AXIS_MIN / 2)) {
GMAMEUI_DEBUG ("Joystick axis %i pushed left", button);
move_up (row_number ());
repeat_source_id = g_timeout_add (10 * JOY_TIMEOUT,
(GSourceFunc) joy_left_repetition, NULL);
}
} else {
/* UP and DOWN directions */
if (joydata->axis[button] > (AXIS_MAX / 2)) {
GMAMEUI_DEBUG ("Joystick axis %i pushed down", button);
move_down (1);
repeat_source_id = g_timeout_add (10 * JOY_TIMEOUT,
(GSourceFunc) joy_down_repetition, NULL);
} else if (joydata->axis[button] < (AXIS_MIN / 2)) {
GMAMEUI_DEBUG ("Joystick axis %i pushed up", button);
move_up (1);
repeat_source_id = g_timeout_add (10 * JOY_TIMEOUT,
(GSourceFunc) joy_up_repetition, NULL);
}
}
}
}
/* Test conversion of a long string (larger than STRXFRM_INPUT_LENGTH_LIMIT)*/
void
test__gp_strxfrm__LongQuery(void **state)
{
char *query = "select v from \
(select Ta.environment as v, row_number() over (order by Ta.environment) as r \
from only pg_temp_10.pg_analyze_50600_3 as Ta \
where environment is not null \
union \
select max(Tb.environment) as v, 1 as r \
from only pg_temp_10.pg_analyze_50600_3 as Tb \
where environment is not null) as foo \
where r % 894 = 1 \
group by v \
order by v";
int len = strlen(query);
char *tmp_dst = (char *)palloc(len*(char) + 1);
size_t result = gp_strxfrm(tmp_dst, query, STRXFRM_INPUT_LENGTH_LIMIT + 1);
assert_int_equal((int)result, len*sizeof(char));
assert_int_equal(STRXFRM_INPUT_LENGTH_LIMIT, strlen(tmp_dst));
}
void build_test_matrix(Cel *A, double t, int n){
int i,j;
double temp;
for(i = 0; i < n; i++)
for(j = 0; j < n; j++){
if(i == j) insert_on_matrix(A,1,i,j);
else {
temp = row_number(t);
if(temp) insert_on_matrix(A,temp,i,j);
}
}
}
UINT8 generic_keyboard_device::keyboard_handler(UINT8 last_code, UINT8 *scan_line)
{
static const char *const keynames[] = { "TERM_LINE0", "TERM_LINE1", "TERM_LINE2", "TERM_LINE3", "TERM_LINE4", "TERM_LINE5", "TERM_LINE6", "TERM_LINE7" };
int i;
UINT8 code;
UINT8 key_code = 0;
UINT8 retVal = 0;
UINT8 shift = BIT(ioport("TERM_LINEC")->read(), 1);
UINT8 caps = BIT(ioport("TERM_LINEC")->read(), 2);
UINT8 ctrl = BIT(ioport("TERM_LINEC")->read(), 0);
i = *scan_line;
{
code = ioport(keynames[i])->read();
if (code != 0)
{
if (i==0 && shift==0) {
key_code = 0x30 + row_number(code) + 8*i; // for numbers and some signs
}
if (i==0 && shift==1) {
key_code = 0x20 + row_number(code) + 8*i; // for shifted numbers
}
if (i==1 && shift==0) {
if (row_number(code) < 4) {
key_code = 0x30 + row_number(code) + 8*i; // for numbers and some signs
} else {
key_code = 0x20 + row_number(code) + 8*i; // for numbers and some signs
}
}
if (i==1 && shift==1) {
if (row_number(code) < 4) {
key_code = 0x20 + row_number(code) + 8*i; // for numbers and some signs
} else {
key_code = 0x30 + row_number(code) + 8*i; // for numbers and some signs
}
}
if (i>=2 && i<=4 && (shift ^ caps)==0 && ctrl==0) {
key_code = 0x60 + row_number(code) + (i-2)*8; // for small letters
}
if (i>=2 && i<=4 && (shift ^ caps)==1 && ctrl==0) {
key_code = 0x40 + row_number(code) + (i-2)*8; // for big letters
}
if (i>=2 && i<=4 && ctrl==1) {
key_code = 0x00 + row_number(code) + (i-2)*8; // for CTRL + letters
}
if (i==5 && shift==1 && ctrl==0) {
if (row_number(code)<7) {
if (row_number(code)<3) {
key_code = (caps ? 0x60 : 0x40) + row_number(code) + (i-2)*8; // for big letters
} else {
key_code = 0x60 + row_number(code) + (i-2)*8; // for upper symbols letters
}
} else {
key_code = 0x40 + row_number(code) + (i-2)*8; // for DEL it is switched
}
}
if (i==5 && shift==0 && ctrl==0) {
if (row_number(code)<7) {
if (row_number(code)<3) {
key_code = (caps ? 0x40 : 0x60) + row_number(code) + (i-2)*8; // for small letters
} else {
key_code = 0x40 + row_number(code) + (i-2)*8; // for lower symbols letters
}
} else {
key_code = 0x60 + row_number(code) + (i-2)*8; // for DEL it is switched
}
}
if (i==5 && shift==1 && ctrl==1) {
key_code = 0x00 + row_number(code) + (i-2)*8; // for letters + ctrl
}
if (i==6) {
switch(row_number(code))
{
/* case 0: key_code = 0x11; break;
case 1: key_code = 0x12; break;
case 2: key_code = 0x13; break;
case 3: key_code = 0x14; break;*/
case 4: key_code = 0x20; break; // Space
case 5: key_code = 0x0A; break; // LineFeed
case 6: key_code = 0x09; break; // TAB
case 7: key_code = 0x0D; break; // Enter
}
}
if (i==7)
{
switch(row_number(code))
{
case 0: key_code = 0x1B; break; // Escape
case 1: key_code = 0x08; break; // Backspace
}
}
retVal = key_code;
} else {
*scan_line += 1;
if (*scan_line==8) {
*scan_line = 0;
}
}
}
return retVal;
}
static TIMER_CALLBACK(keyboard_callback)
{
poly88_state *state = machine.driver_data<poly88_state>();
static const char *const keynames[] = { "LINE0", "LINE1", "LINE2", "LINE3", "LINE4", "LINE5", "LINE6" };
int i;
UINT8 code;
UINT8 key_code = 0;
UINT8 shift = input_port_read(machine, "LINEC") & 0x02 ? 1 : 0;
UINT8 ctrl = input_port_read(machine, "LINEC") & 0x01 ? 1 : 0;
for(i = 0; i < 7; i++)
{
code = input_port_read(machine, keynames[i]);
if (code != 0)
{
if (i==0 && shift==0) {
key_code = 0x30 + row_number(code) + 8*i; // for numbers and some signs
}
if (i==0 && shift==1) {
key_code = 0x20 + row_number(code) + 8*i; // for shifted numbers
}
if (i==1 && shift==0) {
if (row_number(code) < 4) {
key_code = 0x30 + row_number(code) + 8*i; // for numbers and some signs
} else {
key_code = 0x20 + row_number(code) + 8*i; // for numbers and some signs
}
}
if (i==1 && shift==1) {
if (row_number(code) < 4) {
key_code = 0x20 + row_number(code) + 8*i; // for numbers and some signs
} else {
key_code = 0x30 + row_number(code) + 8*i; // for numbers and some signs
}
}
if (i>=2 && i<=4 && shift==1 && ctrl==0) {
key_code = 0x60 + row_number(code) + (i-2)*8; // for small letters
}
if (i>=2 && i<=4 && shift==0 && ctrl==0) {
key_code = 0x40 + row_number(code) + (i-2)*8; // for big letters
}
if (i>=2 && i<=4 && ctrl==1) {
key_code = 0x00 + row_number(code) + (i-2)*8; // for CTRL + letters
}
if (i==5 && shift==1 && ctrl==0) {
if (row_number(code)<7) {
key_code = 0x60 + row_number(code) + (i-2)*8; // for small letters
} else {
key_code = 0x40 + row_number(code) + (i-2)*8; // for signs it is switched
}
}
if (i==5 && shift==0 && ctrl==0) {
if (row_number(code)<7) {
key_code = 0x40 + row_number(code) + (i-2)*8; // for small letters
} else {
key_code = 0x60 + row_number(code) + (i-2)*8; // for signs it is switched
}
}
if (i==5 && shift==0 && ctrl==1) {
key_code = 0x00 + row_number(code) + (i-2)*8; // for letters + ctrl
}
if (i==6) {
switch(row_number(code))
{
case 0: key_code = 0x11; break;
case 1: key_code = 0x12; break;
case 2: key_code = 0x13; break;
case 3: key_code = 0x14; break;
case 4: key_code = 0x20; break; // Space
case 5: key_code = 0x0D; break; // Enter
case 6: key_code = 0x09; break; // TAB
case 7: key_code = 0x0A; break; // LF
}
}
}
}
if (key_code==0 && state->m_last_code !=0){
state->m_int_vector = 0xef;
cputag_set_input_line(machine, "maincpu", 0, HOLD_LINE);
} else {
state->m_last_code = key_code;
}
}
UINT8 generic_keyboard_device::keyboard_handler(UINT8 last_code, UINT8 *scan_line)
{
int i;
UINT8 code = 0;
UINT8 key_code = 0;
UINT8 retVal = 0;
UINT8 shift = BIT(m_io_kbdc->read(), 1);
UINT8 caps = BIT(m_io_kbdc->read(), 2);
UINT8 ctrl = BIT(m_io_kbdc->read(), 0);
i = *scan_line;
{
if (i == 0) code = m_io_kbd0->read();
else
if (i == 1) code = m_io_kbd1->read();
else
if (i == 2) code = m_io_kbd2->read();
else
if (i == 3) code = m_io_kbd3->read();
else
if (i == 4) code = m_io_kbd4->read();
else
if (i == 5) code = m_io_kbd5->read();
else
if (i == 6) code = m_io_kbd6->read();
else
if (i == 7) code = m_io_kbd7->read();
else
if (i == 8) code = m_io_kbd8->read();
else
if (i == 9) code = m_io_kbd9->read();
if (code != 0)
{
if (i==0 && shift==0) {
key_code = 0x30 + row_number(code) + 8*i; // for numbers and some signs
}
if (i==0 && shift==1) {
key_code = 0x20 + row_number(code) + 8*i; // for shifted numbers
}
if (i==1 && shift==0) {
if (row_number(code) < 4) {
key_code = 0x30 + row_number(code) + 8*i; // for numbers and some signs
} else {
key_code = 0x20 + row_number(code) + 8*i; // for numbers and some signs
}
}
if (i==1 && shift==1) {
if (row_number(code) < 4) {
key_code = 0x20 + row_number(code) + 8*i; // for numbers and some signs
} else {
key_code = 0x30 + row_number(code) + 8*i; // for numbers and some signs
}
}
if (i>=2 && i<=4 && (shift ^ caps)==0 && ctrl==0) {
key_code = 0x60 + row_number(code) + (i-2)*8; // for small letters
}
if (i>=2 && i<=4 && (shift ^ caps)==1 && ctrl==0) {
key_code = 0x40 + row_number(code) + (i-2)*8; // for big letters
}
if (i>=2 && i<=5 && ctrl==1) {
key_code = 0x00 + row_number(code) + (i-2)*8; // for CTRL + letters
}
if (i==5 && shift==1 && ctrl==0) {
if (row_number(code)<7) {
if (row_number(code)<3) {
key_code = (caps ? 0x60 : 0x40) + row_number(code) + (i-2)*8; // for big letters
} else {
key_code = 0x60 + row_number(code) + (i-2)*8; // for upper symbols letters
}
} else {
key_code = 0x40 + row_number(code) + (i-2)*8; // for DEL it is switched
}
}
if (i==5 && shift==0 && ctrl==0) {
if (row_number(code)<7) {
if (row_number(code)<3) {
key_code = (caps ? 0x40 : 0x60) + row_number(code) + (i-2)*8; // for small letters
} else {
key_code = 0x40 + row_number(code) + (i-2)*8; // for lower symbols letters
}
} else {
key_code = 0x60 + row_number(code) + (i-2)*8; // for DEL it is switched
}
}
if (i==6) {
switch(row_number(code))
{
/* case 0: key_code = 0x11; break;
case 1: key_code = 0x12; break;
case 2: key_code = 0x13; break;
case 3: key_code = 0x14; break;*/
case 4: key_code = 0x20; break; // Space
case 5: key_code = 0x0A; break; // LineFeed
case 6: key_code = 0x09; break; // TAB
case 7: key_code = 0x0D; break; // Enter
}
}
if (i==7)
{
switch(row_number(code))
{
case 0: key_code = 0x1B; break; // Escape
case 1: key_code = 0x08; break; // Backspace
}
}
else
if (i==8)
{
key_code = row_number(code)+0x81;
if (ctrl) key_code+=0x10;
if (shift) key_code+=0x20;
}
else
if (i==9)
{
key_code = row_number(code)+0x89;
if (ctrl) key_code+=0x10;
if (shift) key_code+=0x20;
}
retVal = key_code;
}
else
{
*scan_line += 1;
if (*scan_line==10)
*scan_line = 0;
}
}
return retVal;
}
static gboolean joy_right_repetition (gpointer data)
{
move_down (row_number ());
repeat_source_id = g_timeout_add (JOY_TIMEOUT, (GSourceFunc)joy_right_repetition, NULL);
return FALSE;
}