void BURGER_API Burger::OkAlertMessage(const char *pMessage,const char *pTitle)
{
Word8 *TitleStr; /* Pointer to the window title */
DialogPtr MyDialog; /* My dialog pointer */
Handle ItemList; /* Handle to the item list */
Rect DialogRect; /* Rect of the dialog window */
Word TitleLen; /* Length of the title */
Word MessLen; /* Length of the caption */
short ItemHit; /* Junk */
Rect WorkRect;
GrafPtr MyPort; /* My grafport */
//Word Foo;
//Foo = InputSetState(FALSE);
GetPort(&MyPort); /* Save the current port */
/* Center my dialog to the screen */
#if ACCESSOR_CALLS_ARE_FUNCTIONS
GetPortBounds(MyPort,&WorkRect);
#else
WorkRect = MyPort->portRect;
#endif
DialogRect.top = static_cast<short>((((WorkRect.bottom-WorkRect.top)-190)/2)+WorkRect.top);
DialogRect.left = static_cast<short>((((WorkRect.right-WorkRect.left)-350)/2)+WorkRect.left);
DialogRect.bottom = static_cast<short>(DialogRect.top+190);
DialogRect.right = static_cast<short>(DialogRect.left+350);
TitleLen = 0; /* Assume no length */
if (pTitle) {
TitleLen = Burger::StringLength(pTitle); /* Get the length of the title string */
}
TitleStr = (Word8 *)Burger::Alloc(TitleLen+1); /* Get memory of pascal string */
if (TitleStr) { /* Did I get the memory? */
MemoryCopy(TitleStr+1,pTitle,TitleLen);
TitleStr[0] = static_cast<Word8>(TitleLen); /* Set the pascal length */
MessLen = Burger::StringLength(pMessage); /* Size of the message */
ItemList = NewHandle(static_cast<Size>(sizeof(Template)+MessLen));
if (ItemList) { /* Ok? */
Template[sizeof(Template)-1]=static_cast<Word8>(MessLen); /* Save the message length */
MemoryCopy(ItemList[0],Template,sizeof(Template)); /* Copy the template */
MemoryCopy((ItemList[0])+sizeof(Template),pMessage,MessLen); /* Copy the message */
MyDialog = NewDialog(0,&DialogRect,(Word8 *)TitleStr,TRUE,5,(WindowPtr)-1,FALSE,0,ItemList);
if (MyDialog) {
SetDialogDefaultItem(MyDialog,1); /* Default for OK button */
ModalDialog(0,&ItemHit); /* Handle the event */
DisposeDialog(MyDialog); /* Kill the dialog */
} else {
DisposeHandle(ItemList); /* I must kill this myself! */
}
}
Burger::Free(TitleStr); /* Kill the title */
}
SetPort(MyPort); /* Restore my grafport */
//InputSetState(Foo);
}
/* Routine to set the default signal used by "Quick Kill", or
Point and Kill.
*/
void
popup_default_kill_dialog( Widget button, XtPointer client_data,
XtPointer call_data)
{
Widget dialog_box, signal_list;
int i;
XmStringTable xmstr;
#include "help/kill_signal.h"
/* Create the user name dialog */
dialog_box = NewDialog(button, "set_kill_signal", "Set Kill Signal",
True, help_callback , kill_signal_help,
True, destroy_widget_callback , NULL,
True, set_kill_signal_callback, &dialog_signal_pos);
dialog_signal_pos = last_global_signal_pos;
xmstr = ( XmString * ) XtMalloc (sizeof ( XmString ) * sigmap_elts ) ;
/* Create list skipping over the 0th item -- no action. */
for ( i = 1; i < sigmap_elts; i++ ) {
xmstr[i-1] = XmStringCreateLtoR ( signal_map[i].signal_name,
XmFONTLIST_DEFAULT_TAG );
}
signal_list = XmCreateScrolledList( dialog_box, "signal_list", NULL, 0 );
XtManageChild(signal_list);
XtVaSetValues(signal_list,
XmNitems, xmstr,
XmNitemCount, sigmap_elts-1,
XmNvisibleItemCount, 6,
XmNselectionPolicy, XmSINGLE_SELECT,
NULL );
for ( i = 0; i < sigmap_elts-1; i++ ) {
XmStringFree ( xmstr[i] );
}
XtFree((char *) xmstr);
XtAddCallback( signal_list, XmNdefaultActionCallback,
set_kill_signal_callback, &dialog_signal_pos);
XtAddCallback( signal_list, XmNsingleSelectionCallback,
SignalListCallback, &dialog_signal_pos);
XmListSelectPos(signal_list, last_global_signal_pos+1, False);
XtManageChild(dialog_box);
}
/* Called when the 'New Game' menu item is selected */
void NewGame(void)
{
char arg1[16],arg2[16], arg01[16], arg02[16];
int i;
#ifdef GRAPHICS
if(!NewDialog(player1,player2,&SecPerMove)) return;
if(!strcmp(player1,"human")) player[0] = HUMAN; else player[0] = COMPUTER;
if(!strcmp(player2,"human")) player[1] = HUMAN; else player[1] = COMPUTER;
#else
player[0]=COMPUTER;
player[1]=COMPUTER;
#endif
arg01[0]=0;
arg02[0]=0;
player1Java=0;
player2Java=0;
if(!strncmp(player1,"java",4))
{
player1Java=1;
fprintf(stderr,"Player1 is java player\n");
strcpy(arg01,&(player1[5]));
player1[4]=0;
strcpy(player1,"/usr/bin/java");
fprintf(stderr,"%s %s\n", player1, arg01);
}
if(!strncmp(player2,"java",4))
{
player2Java=1;
fprintf(stderr,"Player2 is java player\n");
strcpy(arg02,&(player2[5]));
//player2[4]=0;
strcpy(player2,"/usr/bin/java");
fprintf(stderr,"%s %s\n", player2, arg02);
}
/* If 'New Game' is chosen while a game is in progress, stop the game */
if (playing) StopGame();
// Set up the pipes necessary for communication with computer players.
for (i = 0; i < 2; i++) {
int to_proc[2];
int from_proc[2];
if (player[i] == HUMAN) {
// Pipes aren't needed for human players.
continue;
}
pipe(to_proc);
pipe(from_proc);
writefd[i] = to_proc[1];
readfd[i] = from_proc[0];
if (fcntl(readfd[i],F_SETFL,(int)O_NDELAY) < 0) {
printf("fcntl failed\n");
return;
}
/* Fork a child process. We will then overlay the computer program */
if((pid[i] = fork()) == (pid_t)0) {
int temp;
dup2(to_proc[0], STDIN_FILENO);
close(to_proc[0]);
dup2(from_proc[1], STDOUT_FILENO);
close(from_proc[1]);
sprintf(arg1,"%.2f",SecPerMove);
if(MaxDepth >= 0)
{
sprintf(arg2,"%d", MaxDepth);
if((i==0 && player1Java ) || (i==1 && player2Java))
temp = execl(i?player2:player1,i?player2:player1, i?arg02:arg01,arg1,arg2, NULL);
else
temp = execl(i?player2:player1,i?player2:player1, arg1,arg2,(char *)0);
if(temp)
{
fprintf(stderr, "exec for %s failed\n",i?player2:player1);
exit(0);
}
}
else
{
if((i==0 && player1Java ) || (i==1 && player2Java))
temp = execl(i?player2:player1,i?player2:player1, i?arg02:arg01,arg1, NULL);
else
temp = execl(i?player2:player1,i?player2:player1, arg1,(char *)0);
if(temp)
{
fprintf(stderr, "exec for %s failed\n",i?player2:player1);
exit(0);
}
}
}
}
ResetBoard();
playing = 1;
turn = 0;
hlen = 0;
memset(hmove,0,12*sizeof(int));
FindLegalMoves(turn+1);
/* Tell the computer programs which player they are */
if(player[0] == COMPUTER)
{
write(writefd[0],"Player1",7);
fsync(writefd[0]);
}
if(player[1] == COMPUTER)
{
write(writefd[1],"Player2",7);
fsync(writefd[1]);
}
}