void task1(void *data){
data = data; //passing the data but not used. to suppress warning, this is used.
inittimer();
while(1){ //all tasks must have infinite loop
if(!(PIND&(1<<6)))
PORTC=0x00;
else if(!(PIND&(1<<7)))
PORTC=0xff;
}
}
void task1(void *data){
data = data;
inittimer();
INT8U errmutex, errq;
while(1){
PORTC=~(1<<0);
u1txstr("\nTask1");
OSMutexPend(mymutex, 0, &errmutex);
if(err == OS_NO_ERR){
errq=OSQPost(myq, mymsg);
if(errq == OS_NO_ERR){
u1txstr("\nMessage transferred to Queue");
}
else if(errq == OS_Q_FULL){
u1txstr("\nQueue is full!");
}
}
OSMutexPost(mymutex);
//u1txstr("\nMutex released by Task 1");
OSTimeDly(61);
}
}
GlyphViewer::GlyphViewer(
float w, float h
) : InputHandler(
new Target(_root = new GraphicMaster ,TargetAlwaysHit),
Session::instance()->style()
) {
Color* mg = new Color(0.7, 0.7, 0.7, 1.0);
_root->background(mg->brightness(-0.33));
delete mg;
_x = -1.0;
_y = -1.0;
_lx = -1.0;
_ly = -1.0;
_width = w;
_height = h;
_grabber = new GlyphGrabber(this, &_a);
_grabber->ref();
_zoom = _pan = _grab = false;
initshape();
initgraphic();
initcursor();
inittimer();
}
void task1(void *data){
data1 = data1; //passing the data but not used. to suppress warning, this is used.
inittimer();
while(1){ //all tasks must have infinite loop
}
}
void initgrph(int showtitle) {
int i;
FILE *f;
char *pigname;
struct ws_event ws;
struct ws_bitmap *cursor;
inittimer();
#if defined (GNU_C) && defined (GO32)
if ( showtitle &&
ws_initgrfx(640, 480, 256, init.fontname) && titlescreen() ) {
ws_getevent(&ws, 1);
}
ws_textmode();
#endif
if ( !w_initwins(init.xres, init.yres, 256, init.fontname) ) {
printf(TXT_CANTINITWINS);
my_exit();
}
if ( ( f = fopen(init.menuname, "r") ) == NULL ) {
fprintf(errf, TXT_NOMENUFILE, init.menuname);
my_exit();
}
my_assert( w_initmenu(f, do_event, ec_num_of_codes) );
fclose(f);
pigname = pig.current_pigname;
pig.current_pigname = NULL;
newpigfile(pigname, NULL);
FREE(pigname);
/* draw the cursors (init the cursor data) */
cntrlcursor_ysize = altcursor_ysize = w_titlebarheight();
cntrlcursor_xsize = (ws_pixstrlen(TXT_TAG) + 2 + 3) / 4 * 4;
altcursor_xsize = (ws_pixstrlen(TXT_INFO) + 2 + 3) / 4 * 4;
cursor = ws_createbitmap(cntrlcursor_xsize, cntrlcursor_ysize,
control_cursor);
ws_bmdrawtext(cursor, 1, 0, cntrlcursor_xsize, TXT_TAG, 1, 0);
ws_freebitmap(cursor);
cursor = ws_createbitmap(altcursor_xsize, altcursor_ysize, alt_cursor);
ws_bmdrawtext(cursor, 1, 0, altcursor_xsize, TXT_INFO, 1, 0);
ws_freebitmap(cursor);
cursor_initialized = 1;
checkmem( pig.txt_buffer = MALLOC(64 * 64) );
memset(pig.txt_buffer, 0, 64 * 64);
pig.txt_bm = ws_createbitmap(64, 64, pig.txt_buffer);
checkmem( pig.door_buffer = MALLOC(64 * 64) );
memset(pig.door_buffer, 0, 64 * 64);
pig.door_bm = ws_createbitmap(64, 64, pig.door_buffer);
checkmem( pig.thing_buffer = MALLOC(64 * 64) );
memset(pig.thing_buffer, 0, 64 * 64);
pig.thing_bm = ws_createbitmap(64, 64, pig.thing_buffer);
button_win.xpos = w_xmaxwinsize() - button_win.xsize - 10;
button_win.ypos = w_ymaxwinsize() - button_win.ysize - 10;
if (init.d_ver >= d2_10_reg) {
button_win.ypos -= 20;
button_win.ysize += 20;
if (init.d_ver >= d2_12_reg) {
button_win.ypos -= 16;
}
button_win.ysize += 16;
}
checkmem( view.movewindow = w_openwindow(&button_win) );
drawallbuttons(view.movewindow);
for (i = 0; i <= in_internal; i++) {
makeoptwindow(i);
}
init_txtgrfx();
read_lightsources();
}
