// alokuje pamat
// size v bytoch
void *malloc(int size)
{
int pc = 0; // pocet stranok
int i, start, end;
if (!size) return NULL;
// prepocita size na stranky
pc = size / (PAGE_SIZE * 1024);
if (!pc) pc++;
if (!search_mem(pc,0,&start)) {
textattr(atrERROR);
cprintf("\n\tMAU: Out of memory");
textattr(atrBORDER);
return NULL;
}
// oznacenie pouzitosti
end = start+pc;
for (i = start; (i < max_items) && (i < end); i++) {
memory[i].used = 1;
memory[i].phy_addr = MK_FP(FP_SEG((long)(PAGE_SIZE * i * 1024)),
FP_OFF((long)(PAGE_SIZE * i * 1024)));
memory[i].phy_addr += MemStart;
memory[i].page_count = pc--;
}
cprintf("\naddr: %x", memory[start].phy_addr);
return (memory[start].phy_addr);
}
void mainmenu(int sel)
{
int i;
textattr(0x90);
window(1,1,80,25);
clrscr();
textattr(BORDER);
gotoxy(M_LX,M_UY);
cputs("Ú");
for (i = 1; i < (M_WIDTH-1); i++)
cputs("Ä");
cputs("¿");
gotoxy(M_LX,M_UY+1);
cputs("³ ³");
textattr(BANNER);
gotoxy(M_LX+2,M_UY+1);
cputs(" Main menu");
textattr(BORDER);
gotoxy(M_LX,M_UY+2);
cputs("ÃÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄ´");
for (i = 3; i < (menu_count + M_HEIGHT-1); i++) {
gotoxy(M_LX,M_UY+i);
cputs("³ ³");
}
gotoxy(M_LX,M_UY+i);
cputs("À");
for (i = 1; i < (M_WIDTH-1); i++)
cputs("Ä");
cputs("Ù");
draw_items(menu_items,menu_count,M_LX+1,M_UY+3,sel);
}
// funkcia oznaci danu funkciu
void sel_item(int sel, int old_sel)
{
gotoxy(M_LX+1, M_UY+3+old_sel);
textattr(NOR_ITEM);
cputs(menu_items[old_sel]);
gotoxy(M_LX+1, M_UY+3+sel);
textattr(SEL_ITEM);
cputs(menu_items[sel]);
}
void mauDESTROY()
{
textattr(atrINIT);
cprintf("\nFreeing memory...");
clear_mem();
cprintf("\nStopping Memory Allocation Unit...");
textattr(atrBORDER);
DisableA20();
cprintf("\n\tLink A20 disabled...");
}
void main (void)
{
int cor;
for (cor = 1; cor < 16; cor++)
{
textattr (cor);
cprintf ("Esta e a cor %d\r\n", cor);
}
textattr (128 + 15);
cprintf ("Isto e piscante \r\n");
}
void con_ce( int attr )
{
if (attr != -1)
{
int ta = __ta;
textattr( attr );
clreol();
textattr( ta );
}
else
clreol();
}
void XBeamStop::Show(){
gotoxy(56,4);
switch(ShutOpenedStatus) {
case TRUE:
textattr(0x02);cprintf("Opend ");
break;
case FALSE:
textattr(0x02);cprintf("Closed");
break;
default:
textattr(0x02);cprintf("Unknow");
}
}
void XInstrument::Show() {
gotoxy(28,15);
switch(m_status) {
case Sampling: //0
textattr(0x02);cprintf("Sampling... ");
break;
case TubeReady: //1
textattr(0x02);cprintf("XRayTube Ready ");
break;
case Idle: //3
textattr(0x01);cprintf("Idle ");
break;
case SwitchToSampling: //4
textattr(0x02);cprintf("Switching To Sample ");
break;
case SwitchToTubeReady://5
textattr(0x82);cprintf("Switching To Ready ");
break;
case SwitchToIdle: //7
textattr(0x81);cprintf("Switching To Idle ");
break;
}
gotoxy(28,17);textattr(0x04);
cprintf("PA=%2X PB=%2X PC=%2X",CurrDioPort[0],CurrDioPort[1],CurrDioPort[2]);
textattr(0x07);
}
void conDRAW_CHATT()
{
asm { // cls
mov ax, 3
int 0x10
}
comSENDNICK();
textattr(atrBANNER);
cprintf("\n\t\tWelcome to CHATT console\n");
textattr(atrSUBBANNER);
cprintf("\n\t\tLet's chatt... (Press F1 for system console)\n");
textattr(atrBORDER);
}
void cabecalho_pequeno(){
gotoxy(1,1);printf(" _______________________________________");
gotoxy(1,2);printf("| IFPB CRUSH |");
gotoxy(18,2);textcolor(3);printf("I");
gotoxy(19,2);textcolor(10);printf("F");
gotoxy(20,2);textcolor(12);printf("P");
gotoxy(21,2);textcolor(14);printf("B");
textcolor(15);
gotoxy(1,3);printf("|_______________________________________|");
textattr(7);
gotoxy(1,2);printf("| ESC: sair ");
textattr(15);
gotoxy(1,22);printf("-----------------------------------------");
}
// funkcia vypise zoznam menu
void draw_items(char **it, int count, int X, int Y, int sel)
{
int i;
gotoxy(X, Y);
textattr(NOR_ITEM);
for (i = 0; i < count; i++) {
gotoxy(X,Y+i);
if (sel == i) {
textattr(SEL_ITEM);
cputs(it[i]);
textattr(NOR_ITEM);
}
else
cputs(it[i]);
}
}
/*----------------------------------------------------------------------
MakeWindow
----------------------------------------------------------------------*/
void MakeWindow(int Boven,int Links,int Onder,int Rechts,
int Stijl,unsigned int Attr)
{
if (hWnd<MAXWINDOWS-1) {
hWnd++;
WindowStruc[hWnd]=(hbWindow *) malloc(sizeof(hbWindow));
WindowStruc[hWnd]->Clip=(char *)
malloc(((Onder-Boven+2)*(Rechts-Links+3))*2);
gettextinfo(&WindowStruc[hWnd]->TextInfo);
gettext(Links,Boven,Rechts+2,Onder+1,WindowStruc[hWnd]->Clip);
textattr(Attr);
window(Links,Boven,Rechts,Onder);
clrscr();
if (Stijl)
Box(Boven,Links,Onder,Rechts,Stijl,Attr);
Schaduw(Boven,Links,Onder,Rechts);
}
}
void NormalText()
{
TcclibInitialize();
attrib = A_NORMAL;
textattr( A_NORMAL );
}
void init_menu (void)
{
gotoxy(0,0);
textattr(0x07);
clrscr();
ptr_data=NULL;
}
void testcollisions()
{
int i;
clrscr();
textattr(BACKGROUND+MENUITEM);
gotoxy((78-24)/2,3);
cputs("Test keyboard collisions");
gotoxy((78-61)/2,5);
cputs("Here you can test, if the keys you've choosen do not collide.");
gotoxy((78-43)/2,6);
cputs("(only few keyboards allow all combinations)");
gotoxy((78-18)/2,8);
cputs("Press ESC to exit.");
for (i=0;i<256;i++) pressed[i]=0;
key_init();
do{
showjoy(17,12,0);
showjoy(29,12,1);
showjoy(41,12,2);
showjoy(53,12,3);
while (hi==lo);
pressed[buffer[lo]&0xff]=buffer[lo]<0x100;
lo++;
if (lo==100) lo=0;
}while(!pressed[1]);
/*wait until ESC is depressed*/
do{
while (hi==lo);
pressed[buffer[lo]&0xff]=buffer[lo]<0x100;
lo++;
if (lo==100) lo=0;
}while(pressed[1]);
key_done();
}
int menu(int li,int ci,char *s[])
{ int i=0,pos=0,cont,cor;
char *p,*o,ch;
cor=getcolor();
while(*s[i]!='\0')
{
outtextxy(ci,li+i,s[i]);
cont++; i++;
}
i=0;
while( (ch!=27) && (ch!=13) )
{ch=getch();
if(ch==27) break;
if(ch==13) break;
if(pos>i) textattr(cor+((cor+1)<<4));
if(ch==80)i+=15;
if(ch==72)i-=15;
if((li+i)==cont) i=0;
if(i<0) i=cont;
outtextxy(ci,li+i,s[i]);
setcolor(cor);
}
closegraph();
if(ch==27) return 0;
if(ch==13) return pos;
}
void UnderlineText()
{
TcclibInitialize();
attrib = A_UNDERLINE;
textattr( A_UNDERLINE );
}
void con_cs( int attr )
{
if (attr != -1)
{
int ta = __ta;
textattr( attr );
clrscr();
gotoxy(1,1);
textattr( ta );
}
else
{
clrscr();
gotoxy(1,1);
}
}
void XInstrument::ShowComStatus() {
gotoxy(55,15);textattr(0x05);cprintf("LSR=%2X",lsr);
gotoxy(55,16);textattr(0x06);cprintf("MSR=%2X",msr);
gotoxy(55,17);
if((msr&DSR)==0) {
textattr(0x84);
ResetSendBuffer();
ResetCommandBuffer();
//RenewError();
cprintf("Disconnected!");
}
else {
textattr(0x02);
cprintf("Connected! ");
}
}
void cabecalho(){
gotoxy(1,1);printf("________________________________________________________________________________");
gotoxy(1,2);printf("| CRUSH |");
gotoxy(36,2);textcolor(3);printf("I");
gotoxy(37,2);textcolor(10);printf("F");
gotoxy(38,2);textcolor(12);printf("P");
gotoxy(39,2);textcolor(14);printf("B");
textcolor(15);
gotoxy(1,3);printf("--------------------------------------------------------------------------------");
textattr(7);
gotoxy(1,2);printf("| ESC: sair ");
textattr(15);
gotoxy(1,22);printf("--------------------------------------------------------------------------------");
}
void term_init(int screenheight)
{
struct text_info dat;
if (saved_lines <= 0) {
gettextinfo(&dat);
screen_h = saved_lines = dat.screenheight;
screen_w = dat.screenwidth;
norm_attrib = dat.normattr;
}
if (screen_h != screenheight) {
_set_screen_lines(screenheight);
gettextinfo(&dat);
screen_h = dat.screenheight;
screen_w = dat.screenwidth;
}
set_bright_backgrounds();
n_vid();
textattr(attrib);
cls();
mouse_init();
errno = 0;
}
void drawframe(int x, int y, int width, int height, int color)
{
int i,j;
textattr(color);
gotoxy(x,y);
_putch(ACS_ULCORNER);
for (i=0;i<width+2;i++)
_putch(ACS_HLINE);
_putch(ACS_URCORNER);
for (i = 0;i<height;i++) {
gotoxy(x,y+i+1);
_putch(ACS_VLINE);
_putch(' ');
for (j=0;j<width;j++) {
_putch(' ');
}
_putch(' ');
_putch(ACS_VLINE);
}
gotoxy(x,y+height+1);
_putch(ACS_LLCORNER);
for (i=0;i<width+2;i++)
_putch(ACS_HLINE);
_putch(ACS_LRCORNER);
}
static inline void D_Titlebar(char *title1, char *title2)
{
// SRB2 banner
clrscr();
textattr((BLUE<<4)+WHITE);
clreol();
cputs(title1);
// standard srb2 banner
textattr((RED<<4)+WHITE);
clreol();
gotoxy((80-strlen(title2))/2, 2);
cputs(title2);
normvideo();
gotoxy(1,3);
}
void SetAttrib( char attribute )
{
TcclibInitialize();
attrib = attribute;
textattr( attribute );
}
void shutdown(void)
{
/* this function restores the system upon application exit */
ratoff();
closegraph();
textattr(original.attribute);
window(original.winleft,
original.wintop,
original.winright,
original.winbottom);
/* shutdown fonts */
rename("tscr.chr","ccslchr0.fnt");
rename("goth.chr","ccslchr1.fnt");
rename("litt.chr","ccslchr2.fnt");
rename("sans.chr","ccslchr3.fnt");
rename("trip.chr","ccslchr4.fnt");
rename("bold.chr","ccslchr5.fnt");
rename("euro.chr","ccslchr6.fnt");
rename("lcom.chr","ccslchr7.fnt");
rename("scri.chr","ccslchr8.fnt");
rename("simp.chr","ccslchr9.fnt");
/* shutdown graphics interface */
rename("att.bgi","ccslgfx1.gri");
rename("cga.bgi","ccslgfx2.gri");
rename("egavga.bgi","ccslgfx3.gri");
rename("herc.bgi","ccslgfx4.gri");
rename("ibm8514.bgi","ccslgfx5.gri");
rename("pc3270.bgi","ccslgfx6.gri");
PXExit();
}
int main()
{
int color;
textattr(128 + 10);
cprintf("This is blinking text\n");
return 0;
}
void XInstrument::StartSample() {
Running=FALSE;
pCh->ResetAllChn();
pCh->ReadyStart=(BOOL)!pCh->CollectFreeChs();
SamplingStarted=TRUE;
m_status=Sampling;
gotoxy(70,1);textattr(0x17);cprintf("Sampling...");
}
void mauINIT()
{
textattr(atrINIT);
cprintf("\nStarting Memory Allocation Unit...");
textattr(atrBORDER);
cprintf("\n\tMemory: ");
textattr(atrIMPTEXT);
cprintf("%ld", mem);
textattr(atrBORDER);
cprintf(" kB");
// povolenie linky A20
EnableA20();
cprintf("\n\tLink A20 enabled...");
// max. pocet poloziek
if (mem < MAX_ITEMS)
max_items = mem - 36;
else
max_items = MAX_ITEMS - 36;
// cistenie tabulky pamate
clear_mem();
// zaciatok alokovania pamate
MemStart = MK_FP(0x3400,0); //(fyzicka adresa)
textattr(atrBORDER);
cprintf("\n\tFree memory: ");
textattr(atrIMPTEXT);
cprintf("%ld", coreleft());
textattr(atrBORDER);
cputs(" kB");
}
void XKey::Show(){
gotoxy(28,4);
if(Key1OnStatus){
textattr(0x02);cprintf("Key1: ON ");
}
else{
textattr(0x02);cprintf("Key1: OFF");
}
gotoxy(28,5);
if(Key1OnStatus){
textattr(0x02);cprintf("Key2: ON ");
}
else{
textattr(0x02);cprintf("Key2: ON ");
}
}
// funkcia je konzolou chattu
void conCHATT()
{
char chatt_buff[80];
int i;
// init chatt console - draw
conDRAW_CHATT();
while (conACTIVE == 1) {
textattr(atrCONSOLE);
cprintf("\n(%s)->(%s): ", myNICK, strangerNICK);
textattr(atrBORDER);
cgets(chatt_buff);
comSENDROW(chatt_buff);
for (i = 0; i < 80; i++)
chatt_buff[i] = '\0';
}
}