/****************************************************************************
* FUNCTION: main() - local routine *
****************************************************************************/
int main(int argc, char *argv[])
{
int key_entered, Ch;
intro();
/* Set all 16 buffers to 0 */
for (Ch = 0; Ch < 4; Ch++)
OUTPORT(base + (Ch * 2), Cal(0x000, Ch));
inb(base+0xA); // set automatic update mode
inb(base+0XF); // release zero latch
do
{
CLRSCR();
write_DAC();
CPRINTF("\n\nWould you like to output another value (Y or N)?\n");
key_entered = GETCH();
} while((key_entered != 'N') && (key_entered != 'n'));
/* Set all 16 buffers to 0 */
for (Ch = 0; Ch < 4; Ch++)
OUTPORT(base + (Ch * 2), Cal(0x000, Ch));
CLRSCR();
PUTS("DA12-16 Sample1 complete.");
} /* end main */
/** Ez a fuggveny a menut jeleniti meg, innen lehet valasztani, jatszani akarunk-e,
* megnezni a dicsõsegtablat vagy egyszerûen csak kilepni. Ez a fuggveny is a fõfuggvenyekhez
* tartozik, ami azt jelenti, hogy ez is a main.c-bõl hivodik meg, es oda ter vissza
* megvaltoztatott ertekekkel.
* @param aktualis status tipusu pointer az aktualis allapotot jelzi
* @param quit a quit flag-et is cim szerint kell atadni, hogy valtoztatni tudja azt
*/
void bazis(status *aktualis, int*quit){
SDL_EnableUNICODE(1);
SDL_Event event;
SDL_Surface *menukep;
int change=0;
menukep = IMG_Load("cats_wait.png");
menukiir(menukep);
SDL_Flip(screen);
while (!*quit&&!change){
SDL_WaitEvent(&event);
switch(event.type){
case SDL_KEYDOWN:
switch(event.key.keysym.unicode){
case '1':
*aktualis=game;
CLRSCR(screen);
change=1;
break;
case '2':
*aktualis=hsdisplay;
CLRSCR(screen);
change=1;
break;
case '3':
*quit=1;
break;
}
break;
case SDL_MOUSEBUTTONDOWN:
switch (menu_number(event.button.x, event.button.y)){
case 1:
TTF_KIIR(screen, KSZELESSEG/2+10, 100, "New Game-1", betutipus, YELLOW);
SDL_Delay(500);
*aktualis=game;
CLRSCR(screen);
change=1;
break;
case 2:
TTF_KIIR(screen, KSZELESSEG/2+10, 140, "High score-2", betutipus, YELLOW);
SDL_Delay(500);
*aktualis=hsdisplay;
CLRSCR(screen);
change=1;
break;
case 3:
TTF_KIIR(screen, KSZELESSEG/2+10, 180, "Kilepes-3", betutipus, YELLOW);
SDL_Delay(500);
*quit=1;
break;
}
break;
case SDL_QUIT:
*quit=1;
break;
}
}
SDL_FreeSurface(menukep);
}
void staff()
{
int choice = 0;
while (1)
{
if (choice >= 0 && choice <= 7)
{
CLRSCR(); //clears window up until this point
puts("-------------------------------------------------------");
puts("1. Make a booking");
puts("2. Complete a booking");
puts("3. Search for available tables by no. of seats");
puts("4. Display menu and take order");
puts("5. Display receipt");
puts("6. Show information on tables");
puts("7. Show future bookings");
puts("0. Exit");
printf("-------------------------------------------------------");
}
choice = onlyInt(1);
switch (choice){
case 0: return;
case 1: staffAddBooking(); break; //make a booking
case 2: completeBooking(); break; //complete booking
case 3: showAvailableTables(); break;
case 4: selectTable(1); break; //display menu function
case 5: selectTable(2); break; //display receipt function
case 6: showAllTables(); break;
case 7: showFutureBookings(); break;
default: printf("That is not one of the options!\nPlease enter again: ");
}
}
}
/***************************************************************************
* FUNCTION: intro *
* PURPOSE: Present user with introductory screen. Get base address. *
**************************************************************************/
void intro(void)
{
CLRSCR();
CPRINTF(
" C SAMPLE #1: SAMPLE1.C \n\n"
" This sample will prompt the user for a voltage between 0 and 10 volts, \n"
" then calculate the actual voltage based on the resolution of the DAC and\n"
" output the voltage to the desired DAC channel. \n\n"
" The following setup of the board is expected: \n\n"
" þ All DAC voltage ranges should be set to 0v-10v unipolar. \n\n");
PUTS("\n");
PUTS("Press any key to continue ... ");
GETCH();
CLRSCR();
base = AskForBaseAddress(0x350, "");
CLRSCR();
EBase = AskForBaseAddress(0x350, "Calibration ");
} /* end of intro */
/** A menu kiirasa, a fuggveny a kod atlathatosaga erdekeben jott letre.
* @param menukep A menukepre mutato feluletpointer
*/
void menukiir(SDL_Surface *menukep){
CLRSCR(screen);
SDL_Rect mkpos;
mkpos.x=KSZELESSEG/80; mkpos.y=KMAGASSAG/40;
SDL_BlitSurface(menukep, NULL, screen, &mkpos);
TTF_KIIR(screen, KSZELESSEG/2+10, 50, "MOUSE KILLER", betutipus2, WHITE);
TTF_KIIR(screen, KSZELESSEG/2+10, 100, "New Game-1", betutipus, WHITE);
TTF_KIIR(screen, KSZELESSEG/2+10, 140, "High score-2", betutipus, WHITE);
TTF_KIIR(screen, KSZELESSEG/2+10, 180, "Kilepes-3", betutipus, WHITE);
SDL_Flip(screen);
}
void printtutorial(SDL_Surface *hova, char** texts, char *kepnev){
CLRSCR(hova);
int i;
SDL_Surface *tkep = IMG_Load(kepnev);
SDL_Rect tkeppos;
tkeppos.x=KSZELESSEG/2-120; tkeppos.y=FONTSIZE*2.5;
SDL_BlitSurface(tkep, NULL, hova, &tkeppos);
for (i=0; texts[i]!=NULL; i++)
TTF_KIIR(hova, KSZELESSEG/80, FONTSIZE*(i+1), texts[i], betutipus4, WHITE);
SDL_FreeSurface(tkep);
TTF_KIIR(screen, KSZELESSEG/80, KMAGASSAG-FONTSIZE*2, "PRESS ESC TO QUIT", betutipus, WHITE);
}
/** A dicsosegtabla kirajzolasat vegzo fuggveny. A fuggveny valtoztatni tudja a neki adott
* parametereket.
* @param aktualis status tipusu pointer, amely az aktualis allapotat mutatja a jateknak
* @param quit a kilepes flag-je
*/
void tabla_r(status *aktualis, int *quit){
CLRSCR(screen); /*letisztitja a kepernyot*/
FILE *fp;
SDL_Surface *cats_sit=IMG_Load("cats_sit.png"); /*Megnyitja az almenu kepet*/
SDL_Rect catdest; catdest.x=KSZELESSEG/8-50; catdest.y=KMAGASSAG/4-70;
SDL_Event event;
int i;
char sor[50]; /*ide lesznek irva a sorok*/
int enough=0;
SDL_BlitSurface(cats_sit, NULL, screen, &catdest); /*kirajzolja a kepernyore a kepet*/
TTF_KIIR(screen, KSZELESSEG/2, 300, "PRESS ESC TO QUIT", betutipus, WHITE); /*Egy kis instrukció*/
fp=fopen("highscore.txt", "rt"); /*megnyitja az adatokat tartalmazo szovegfajlt*/
jatekos *head=(jatekos*)malloc(sizeof(jatekos));
/*A tabla fuggvenyben levo esemenyek ujra megtortennek, ezuttal nem vizsgalunk
semmit, csak beolvassuk a lancolt listaba a sorokat, majd kiirjuk oket TTF_KIIR-el*/
jatekos *mozgo=head;
fscanf(fp, " %s%d\n", head->nev, &head->point);
sprintf(sor, "%s....%d", mozgo->nev, mozgo->point);
TTF_KIIR(screen, KSZELESSEG/2, 50, sor, betutipus2, WHITE);
for(i=0; i<4; i++){
mozgo->kov=(jatekos*)malloc(sizeof(jatekos));
mozgo=mozgo->kov;
mozgo->kov=NULL;
fscanf(fp, " %s%d\n", mozgo->nev, &mozgo->point);
char sor[50];
sprintf(sor, "%s....%d", mozgo->nev, mozgo->point);
printf("%s....%d\n", mozgo->nev, mozgo->point);
TTF_KIIR(screen, KSZELESSEG/2, (90+(FONTSIZE+10)*i), sor, betutipus2, WHITE);
}
SDL_Flip(screen);
/*Kepernyore flippelunk es varunk*/
while (!(*quit)&&!enough){ /*enough es quit flag*/
SDL_WaitEvent(&event);
switch(event.type){
case SDL_KEYDOWN:
switch(event.key.keysym.unicode)
case SDLK_ESCAPE:
enough=1;
break;
case SDL_QUIT:
*quit=1;
break;
}
}
/*kotelezo felszabaditas*/
fclose(fp);
SDL_FreeSurface(cats_sit);
freelistaj(head);
*aktualis=menu; /*a menube ugrunk*/
}
void administrator()
{
int choice = 0;
int password; //check to see if password entered correctly, 0 for incorrect, 1 for correct
//Password: Password1!
//key: 1234
puts("Please enter the administrator password. 3 attempts remaining:");
password = checkPassword();
if (password == 0) { puts("Password and Key combination incorrectly entered 3 times.\nProgram is exiting..."); return; }
while (1)
{
if (choice >= 0 && choice <= 11)
{
CLRSCR(); //clears window up until this point
puts("-------------------------------------------------------");
puts("1. Make/Edit/Delete a booking");
puts("2. Complete a booking");
puts("3. Search for available tables by no. of seats");
puts("4. Display menu and take order");
puts("5. Display receipt");
puts("6. Show information on tables");
puts("7. Show future bookings");
puts("8. Edit Tables");
puts("9. Edit Menu");
puts("10. Change Administrator password");
puts("0. Exit");
printf("-------------------------------------------------------");
}
choice = onlyInt(2);
switch (choice){
case 0: return;
case 1: editBooking(); break; //make a booking
case 2: completeBooking(); break; //complete booking
case 3: showAvailableTables(); break;
case 4: selectTable(1); break; //display menu function
case 5: selectTable(2); break; //display receipt function
case 6: showAllTables(); break;
case 7: showFutureBookings(); break;
case 8: editTables(); break;
case 9: editMenu(); break; //edit menu.dat file
case 10: changePassword(); return; //program logs user out after changing password
default: printf("That is not one of the options!\nPlease enter again: ");
}
}
}
credits(status *aktualis, int *quit){
int enough = 0;
/*a jol ismert enough flag*/
SDL_Event cev;
/*esemény*/
CLRSCR(screen);
SDL_Surface *mancs=IMG_Load("specialthanks.png");
SDL_Rect mancsdest;
mancsdest.x=0; mancsdest.y=50;
SDL_BlitSurface(mancs, NULL, screen, &mancsdest);
SDL_FreeSurface(mancs);
TTF_KIIR(screen, KSZELESSEG/2, 80, "Special thanks to:", betutipus3, WHITE);
TTF_KIIR(screen, KSZELESSEG/2, 130, "Sarkadics", betutipus3, WHITE);
TTF_KIIR(screen, KSZELESSEG/2, 160, "Shido Tousaka", betutipus3, WHITE);
TTF_KIIR(screen, KSZELESSEG/2, 190, "\"Andi\"", betutipus3, WHITE);
TTF_KIIR(screen, KSZELESSEG/2, 220, "bandrasi & dienes", betutipus3, WHITE);
TTF_KIIR(screen, KSZELESSEG/2, 250, "Code: Kyle Brandson", betutipus3, WHITE);
TTF_KIIR(screen, KSZELESSEG/2, 280, "Music: Mendel", betutipus3, WHITE);
TTF_KIIR(screen, KSZELESSEG/2, 310, "2014", betutipus3, WHITE);
SDL_Flip(screen);
while (!(*quit)&&!enough){
SDL_WaitEvent(&cev);
switch (cev.type) {
case SDL_KEYDOWN:
switch (cev.key.keysym.unicode){
case SDLK_ESCAPE:
enough=1;
break;
}
break;
case SDL_QUIT:
*quit=1;
break;
}
}
*aktualis=menu;
}
void tutorial(status *aktualis, int *quit){
int enough = 0;
/*a jol ismert enough flag*/
int mc = 0;
SDL_Event tev;
/*esemény*/
fgvargs tomb[]={
{screen, texts1, "jatek.png"},
{screen, texts2, "mouse.png"},
{screen, texts3, "end.png"},
};
CLRSCR(screen);
printtutorial(tomb[mc].hova, tomb[mc].texts, tomb[mc].kepnev);
SDL_Flip(screen);
while (!(*quit)&&!enough){
SDL_WaitEvent(&tev);
switch (tev.type) {
case SDL_KEYDOWN:
switch (tev.key.keysym.unicode){
case SDLK_ESCAPE:
enough=1;
break;
case SDLK_SPACE:
tomb[mc].kepnev=="end.png" ? mc=0:mc++;
printtutorial(tomb[mc].hova, tomb[mc].texts, tomb[mc].kepnev);
SDL_Flip(screen);
break;
}
break;
case SDL_QUIT:
*quit=1;
break;
}
}
*aktualis=menu;
}
int main(int argc, char *argv[])
{
unsigned freq=0;
float time = 0;
unsigned BASE = 0xFCA0;
unsigned count = 0;
CLRSCR();
BASE=AskForBaseAddress(BASE);
CLRSCR();
count=AskForCountAddress(); //get counter offset
BASE+=count; //add counter offset to base address
DELAY(100);
PUTS("8254 Counter Sample");
PUTS("--This program measures frequency and pulse width and generates frequency.");
PUTS("--To measure frequency, connect a source to Clk IN on Pin 33.");
PUTS("");
PUTS("Press any key to continue.");
getch();
while(!kbhit()){
freq = freq;
time = frequency_measure(BASE);
printf("\nThe frequency is %10.3f\n\n", time);
PUTS("Press any key to continue to pulse width test.");
GOTOXY(1,WHEREY()-4);
}
getch();
CLRSCR(); //is this correct???
PUTS("--To measure pulse width, connect a source to Gate 1 on Pin 34.");
PUTS("--Without a source, pulse width will read zero.");
PUTS("--Ground Pin 37.");
PUTS("");
PUTS("Press any key to continue.");
getch();
while(!kbhit()){
time = pulse_width(BASE);
printf(" Pulse1 %g \n", time);
DELAY(1000);
time = pulse_width(BASE);
printf(" Pulse2 %g \n", time);
DELAY(397);
time = pulse_width(BASE);
printf(" Pulse3 %g \n", time);
time = pulse_width(BASE);
printf(" Pulse4 %g \n", time);
DELAY(300);
time = pulse_width(BASE);
printf(" Pulse5 %g \n", time);
DELAY(10);
time = pulse_width(BASE);
printf(" Pulse6 %g \n\n", time);
PUTS("Press any key to continue to next test.");
GOTOXY(1,WHEREY()-8);
}
getch();
CLRSCR();
while(!kbhit()){
PUTS("Generating frequency...");
PUTS("Verify signal by connecting a frequency meter to Out 2 on Pin 35.");
PUTS("Press any key to continue.");
generatefrequency(BASE, 25000);
GOTOXY(1,WHEREY()-3);
}
getch();
//DELAY(2000);
}
