void medKeyInit()
{
FILE * keyfile;
char keypress[100];
int key;
int i; //, size;
int np;
char * LispCommand;
MALLOC( LispCommand, char, DIAGNOSTIC_MESSAGE_MAX );
for (i=0; i<2048; i++ )
KeyFunction[i] = NULL;
keyfile = fopen( "GLOBAL.KEY", "rt" );
if (keyfile)
{
while (fscanf( keyfile, " %s %s ", keypress, LispCommand ) != EOF )
{
//ReadLispMacro( keyfile, LispCommand );
if ( (key=DecodeKeyText( keypress ))!= -1 )
{
Assert( key < 2048);
KeyFunction[key] = func_get( LispCommand, &np );
} else {
Error( "Bad key %s in GLOBAL.KEY!", keypress );
}
}
fclose(keyfile);
}
D2_FREE( LispCommand );
}
void medkey_init()
{
PHYSFS_file * keyfile;
char keypress[100];
char line_buffer[200];
int key;
int i; //, size;
int np;
char * LispCommand;
MALLOC( LispCommand, char, DIAGNOSTIC_MESSAGE_MAX );
for (i=0; i<2048; i++ )
KeyFunction[i] = NULL;
keyfile = PHYSFSX_openReadBuffered( "GLOBAL.KEY" );
if (keyfile)
{
while (PHYSFSX_fgets(line_buffer, 200, keyfile))
{
sscanf(line_buffer, " %s %s ", keypress, LispCommand);
//ReadLispMacro( keyfile, LispCommand );
if ( (key=DecodeKeyText( keypress ))!= -1 )
{
Assert( key < 2048);
KeyFunction[key] = func_get( LispCommand, &np );
} else {
Error( "Bad key %s in GLOBAL.KEY!", keypress );
}
}
PHYSFS_close(keyfile);
}
d_free( LispCommand );
}
void menubar_init( char * file )
{
int i,j, np;
int aw, w, h;
CFILE * infile;
char buffer[200];
char buf1[200];
char buf2[200];
int menu, item;
num_menus = state = 0;
for (i=0; i < MAXMENUS; i++ )
{
Menu[i].x = Menu[i].y = Menu[i].w = Menu[i].h = 0;
Menu[i].ShowBar = 0;
Menu[i].CurrentItem = 0;
Menu[i].NumItems = 0;
Menu[i].Displayed = 0;
Menu[i].Background = 0;
for (j=0; j< MAXITEMS; j++ )
{
Menu[i].Item[j].x = Menu[i].Item[j].y = Menu[i].Item[j].w = Menu[i].Item[j].h = 0;
Menu[i].Item[j].Text = NULL;
Menu[i].Item[j].Hotkey = -1;
Menu[i].Item[j].user_function = NULL;
}
}
infile = cfopen( file, "rt" );
if (!infile) return;
while ( cfgets( buffer, 200, infile) != NULL )
{
if ( buffer[0] == ';' ) continue;
//mprintf( 0, "%s\n", buffer );
CommaParse( 0, buf1, buffer );
menu = atoi( buf1 );
if (menu >= MAXMENUS)
Error("Too many menus (%d).",menu);
CommaParse( 1, buf1, buffer );
item = atoi(buf1 );
if (item >= MAXITEMS)
Error("Too many items (%d) in menu %d.",item+1,menu);
CommaParse( 2, buf1, buffer );
ul_xlate(buf1);
if (buf1[0] != '-' )
{
sprintf( buf2, " %s ", buf1 );
Menu[menu].Item[item].Text = d_strdup(buf2);
} else
Menu[menu].Item[item].Text = d_strdup(buf1);
Menu[menu].Item[item].InactiveText = d_strdup(Menu[menu].Item[item].Text);
j= 0;
for (i=0; i<=strlen(Menu[menu].Item[item].Text); i++ )
{
np = Menu[menu].Item[item].Text[i];
if (np != CC_UNDERLINE)
Menu[menu].Item[item].InactiveText[j++] = np;
}
CommaParse( 3, buf1, buffer );
if (buf1[0]=='{' && buf1[1] =='}')
Menu[menu].Item[item].Hotkey = -1;
else {
i = DecodeKeyText(buf1);
if (i<1) {
Error("Unknown key, %s, in %s\n", buf1, file );
} else {
Menu[menu].Item[item].Hotkey = i;
}
}
CommaParse( 4, buf1, buffer );
if (strlen(buf1))
{
Menu[menu].Item[item].user_function = func_get(buf1, &np);
// if (!strcmp(buf1,"do-wall-dialog")) {
// mprintf( 0, "Found function %s\n", buf1);
// mprintf( 0, "User function %s\n", Menu[menu].Item[item].user_function);
// }
if (Menu[menu].Item[item].user_function==NULL)
{
Error( "Unknown function, %s, in %s\n", buf1, file );
//ui_messagebox( -2, -2, 1, buffer, "Ok" );
}
}
Menu[menu].Item[item].x = Menu[menu].x;
Menu[menu].Item[item].y = Menu[menu].y;
if ( Menu[menu].Item[item].Text[0] == '-' )
{
w = 1; h = 3;
} else {
gr_get_string_size( Menu[menu].Item[item].Text, &w, &h, &aw );
w += 2;
h += 2;
}
if (menu==0) {
Menu[0].h = h;
Menu[0].Item[item].x = Menu[0].x + Menu[0].w;
Menu[0].Item[item].y = Menu[0].y;
Menu[item+1].x = Menu[0].x + Menu[0].w;
Menu[item+1].y = Menu[0].h - 2;
Menu[0].Item[item].w = w;
Menu[0].Item[item].h = h;
Menu[0].w += w;
}else {
if ( w > Menu[menu].w )
{
Menu[menu].w = w;
for (i=0; i< Menu[menu].NumItems; i++ )
Menu[menu].Item[i].w = Menu[menu].w;
}
Menu[menu].Item[item].w = Menu[menu].w;
Menu[menu].Item[item].x = Menu[menu].x;
Menu[menu].Item[item].y = Menu[menu].y+Menu[menu].h;
Menu[menu].Item[item].h = h;
Menu[menu].h += h;
}
if ( item >= Menu[menu].NumItems )
{
Menu[menu].NumItems = item+1;
}
if ( menu >= num_menus )
num_menus = menu+1;
}
Menu[0].w = 700;
cfclose( infile );
for (i=0; i<num_menus; i++ )
Menu[i].Background = gr_create_bitmap(Menu[i].w, Menu[i].h );
menubar_hid = 1;
}
void ui_pad_read( int n, char * filename )
{
char * ptr;
char buffer[100];
char text[100];
FILE * infile;
int linenumber = 0;
int i;
int keycode, functionnumber;
infile = fopen( filename, "rt" );
if (!infile) {
Warning( "Couldn't find %s", filename );
return;
}
MALLOC( KeyPad[n], UI_KEYPAD, 1 );
for (i=0; i < 17; i++ ) {
MALLOC( KeyPad[n]->buttontext[i], char, 100 );
}
KeyPad[n]->numkeys = 0;
for (i=0; i<100; i++ )
{
KeyPad[n]->keycode[i] = -1;
KeyPad[n]->function_number[i] = 0;
}
while ( linenumber < 22)
{
fgets( buffer, 100, infile );
REMOVE_EOL( buffer );
switch( linenumber+1 )
{
case 1:
strncpy( KeyPad[n]->description, buffer, 100 );
break;
//===================== ROW 0 ==============================
case 3:
LineParse( 1, text, buffer );
sprintf( KeyPad[n]->buttontext[0], "%s\n", text );
LineParse( 2, text, buffer );
sprintf( KeyPad[n]->buttontext[1], "%s\n", text );
LineParse( 3, text, buffer );
sprintf( KeyPad[n]->buttontext[2], "%s\n", text );
LineParse( 4, text, buffer );
sprintf( KeyPad[n]->buttontext[3], "%s\n", text );
break;
case 4:
LineParse( 1, text, buffer );
sprintf( KeyPad[n]->buttontext[0], "%s%s\n", KeyPad[n]->buttontext[0],text );
LineParse( 2, text, buffer );
sprintf( KeyPad[n]->buttontext[1], "%s%s\n", KeyPad[n]->buttontext[1],text );
LineParse( 3, text, buffer );
sprintf( KeyPad[n]->buttontext[2], "%s%s\n", KeyPad[n]->buttontext[2],text );
LineParse( 4, text, buffer );
sprintf( KeyPad[n]->buttontext[3], "%s%s\n", KeyPad[n]->buttontext[3],text );
break;
case 5:
LineParse( 1, text, buffer );
sprintf( KeyPad[n]->buttontext[0], "%s%s", KeyPad[n]->buttontext[0],text );
LineParse( 2, text, buffer );
sprintf( KeyPad[n]->buttontext[1], "%s%s", KeyPad[n]->buttontext[1],text );
LineParse( 3, text, buffer );
sprintf( KeyPad[n]->buttontext[2], "%s%s", KeyPad[n]->buttontext[2],text );
LineParse( 4, text, buffer );
sprintf( KeyPad[n]->buttontext[3], "%s%s", KeyPad[n]->buttontext[3],text );
break;
//===================== ROW 1 ==============================
case 7:
LineParse( 1, text, buffer );
sprintf( KeyPad[n]->buttontext[4], "%s\n", text );
LineParse( 2, text, buffer );
sprintf( KeyPad[n]->buttontext[5], "%s\n", text );
LineParse( 3, text, buffer);
sprintf( KeyPad[n]->buttontext[6], "%s\n", text );
LineParse( 4, text, buffer );
sprintf( KeyPad[n]->buttontext[7], "%s\n", text );
break;
case 8:
LineParse( 1, text, buffer );
sprintf( KeyPad[n]->buttontext[4], "%s%s\n", KeyPad[n]->buttontext[4],text );
LineParse( 2, text, buffer );
sprintf( KeyPad[n]->buttontext[5], "%s%s\n", KeyPad[n]->buttontext[5],text );
LineParse( 3, text, buffer );
sprintf( KeyPad[n]->buttontext[6], "%s%s\n", KeyPad[n]->buttontext[6],text );
LineParse( 4, text, buffer );
sprintf( KeyPad[n]->buttontext[7], "%s%s\n", KeyPad[n]->buttontext[7],text );
break;
case 9:
LineParse( 1, text, buffer );
sprintf( KeyPad[n]->buttontext[4], "%s%s", KeyPad[n]->buttontext[4],text );
LineParse( 2, text, buffer );
sprintf( KeyPad[n]->buttontext[5], "%s%s", KeyPad[n]->buttontext[5],text );
LineParse( 3, text, buffer );
sprintf( KeyPad[n]->buttontext[6], "%s%s", KeyPad[n]->buttontext[6],text );
LineParse( 4, text, buffer );
sprintf( KeyPad[n]->buttontext[7], "%s%s\n", KeyPad[n]->buttontext[7],text );
break;
case 10:
ptr = strrchr( buffer, 179 );
*ptr = 0;
ptr = strrchr( buffer, 180 ); ptr++;
sprintf( KeyPad[n]->buttontext[7], "%s%s\n", KeyPad[n]->buttontext[7],ptr );
break;
//======================= ROW 2 ==============================
case 11:
LineParse( 1, text, buffer );
sprintf( KeyPad[n]->buttontext[8], "%s\n", text );
LineParse( 2, text, buffer );
sprintf( KeyPad[n]->buttontext[9], "%s\n", text );
LineParse( 3, text, buffer);
sprintf( KeyPad[n]->buttontext[10], "%s\n", text );
LineParse( 4, text, buffer );
sprintf( KeyPad[n]->buttontext[7], "%s%s\n", KeyPad[n]->buttontext[7],text );
break;
case 12:
LineParse( 1, text, buffer );
sprintf( KeyPad[n]->buttontext[8], "%s%s\n", KeyPad[n]->buttontext[8],text );
LineParse( 2, text, buffer );
sprintf( KeyPad[n]->buttontext[9], "%s%s\n", KeyPad[n]->buttontext[9],text );
LineParse( 3, text, buffer );
sprintf( KeyPad[n]->buttontext[10], "%s%s\n", KeyPad[n]->buttontext[10],text );
LineParse( 4, text, buffer );
sprintf( KeyPad[n]->buttontext[7], "%s%s\n", KeyPad[n]->buttontext[7],text );
break;
case 13:
LineParse( 1, text, buffer );
sprintf( KeyPad[n]->buttontext[8], "%s%s", KeyPad[n]->buttontext[8],text );
LineParse( 2, text, buffer );
sprintf( KeyPad[n]->buttontext[9], "%s%s", KeyPad[n]->buttontext[9],text );
LineParse( 3, text, buffer );
sprintf( KeyPad[n]->buttontext[10], "%s%s", KeyPad[n]->buttontext[10],text );
LineParse( 4, text, buffer );
sprintf( KeyPad[n]->buttontext[7], "%s%s", KeyPad[n]->buttontext[7],text );
break;
// ====================== ROW 3 =========================
case 15:
LineParse( 1, text, buffer );
sprintf( KeyPad[n]->buttontext[11], "%s\n", text );
LineParse( 2, text, buffer );
sprintf( KeyPad[n]->buttontext[12], "%s\n", text );
LineParse( 3, text, buffer);
sprintf( KeyPad[n]->buttontext[13], "%s\n", text );
LineParse( 4, text, buffer );
sprintf( KeyPad[n]->buttontext[14], "%s\n", text );
break;
case 16:
LineParse( 1, text, buffer );
sprintf( KeyPad[n]->buttontext[11], "%s%s\n", KeyPad[n]->buttontext[11],text );
LineParse( 2, text, buffer );
sprintf( KeyPad[n]->buttontext[12], "%s%s\n", KeyPad[n]->buttontext[12],text );
LineParse( 3, text, buffer );
sprintf( KeyPad[n]->buttontext[13], "%s%s\n", KeyPad[n]->buttontext[13],text );
LineParse( 4, text, buffer );
sprintf( KeyPad[n]->buttontext[14], "%s%s\n", KeyPad[n]->buttontext[14],text );
break;
case 17:
LineParse( 1, text, buffer );
sprintf( KeyPad[n]->buttontext[11], "%s%s", KeyPad[n]->buttontext[11],text );
LineParse( 2, text, buffer );
sprintf( KeyPad[n]->buttontext[12], "%s%s", KeyPad[n]->buttontext[12],text );
LineParse( 3, text, buffer );
sprintf( KeyPad[n]->buttontext[13], "%s%s", KeyPad[n]->buttontext[13],text );
LineParse( 4, text, buffer );
sprintf( KeyPad[n]->buttontext[14], "%s%s\n", KeyPad[n]->buttontext[14],text );
break;
case 18:
ptr = strrchr( buffer, 179 );
*ptr = 0;
ptr = strrchr( buffer, 180 ); ptr++;
sprintf( KeyPad[n]->buttontext[14], "%s%s\n", KeyPad[n]->buttontext[14], ptr );
break;
//======================= ROW 4 =========================
case 19:
LineParse( 1, text, buffer );
sprintf( KeyPad[n]->buttontext[15], "%s\n", text );
LineParse( 2, text, buffer );
sprintf( KeyPad[n]->buttontext[16], "%s\n", text );
LineParse( 3, text, buffer );
sprintf( KeyPad[n]->buttontext[14], "%s%s\n", KeyPad[n]->buttontext[14],text );
break;
case 20:
LineParse( 1, text, buffer );
sprintf( KeyPad[n]->buttontext[15], "%s%s\n", KeyPad[n]->buttontext[15],text );
LineParse( 2, text, buffer );
sprintf( KeyPad[n]->buttontext[16], "%s%s\n", KeyPad[n]->buttontext[16],text );
LineParse( 3, text, buffer );
sprintf( KeyPad[n]->buttontext[14], "%s%s\n", KeyPad[n]->buttontext[14],text );
break;
case 21:
LineParse( 1, text, buffer );
sprintf( KeyPad[n]->buttontext[15], "%s%s", KeyPad[n]->buttontext[15],text );
LineParse( 2, text, buffer );
sprintf( KeyPad[n]->buttontext[16], "%s%s", KeyPad[n]->buttontext[16],text );
LineParse( 3, text, buffer );
sprintf( KeyPad[n]->buttontext[14], "%s%s", KeyPad[n]->buttontext[14],text );
break;
}
linenumber++;
}
// Get the keycodes...
while (fscanf( infile, " %s %s ", text, buffer )!=EOF)
{
keycode = DecodeKeyText(text);
functionnumber = func_get_index(buffer);
if (functionnumber==-1)
{
Error( "Unknown function, %s, in %s\n", buffer, filename );
} else if (keycode==-1)
{
Error( "Unknown keystroke, %s, in %s\n", text, filename );
//MessageBox( -2, -2, 1, buffer, "Ok" );
} else {
KeyPad[n]->keycode[KeyPad[n]->numkeys] = keycode;
KeyPad[n]->function_number[KeyPad[n]->numkeys] = functionnumber;
KeyPad[n]->numkeys++;
}
}
fclose(infile);
}
void menubar_init( char * file )
{
int i,j, np;
int aw, w, h;
PHYSFS_file * infile;
char buffer[200];
char buf1[200];
char buf2[200];
int menu, item;
num_menus = state = 0;
// This method should be faster than explicitly setting all the variables (I think)
memset(Menu, 0, sizeof(Menu));
for (i=0; i < MAXMENUS; i++ )
for (j=0; j< MAXITEMS; j++ )
Menu[i].Item[j].Hotkey = -1;
infile = PHYSFSX_openReadBuffered( file );
if (!infile) return;
while ( PHYSFSX_fgets( buffer, 200, infile) != NULL )
{
if ( buffer[0] == ';' ) continue;
CommaParse( 0, buf1, buffer );
menu = atoi( buf1 );
if (menu >= MAXMENUS)
Error("Too many menus (%d).",menu);
CommaParse( 1, buf1, buffer );
item = atoi(buf1 );
if (item >= MAXITEMS)
Error("Too many items (%d) in menu %d.",item+1,menu);
CommaParse( 2, buf1, buffer );
ul_xlate(buf1);
if (buf1[0] != '-' )
{
sprintf( buf2, " %s ", buf1 );
Menu[menu].Item[item].Text = d_strdup(buf2);
} else
Menu[menu].Item[item].Text = d_strdup(buf1);
Menu[menu].Item[item].InactiveText = d_strdup(Menu[menu].Item[item].Text);
j= 0;
for (i=0; i<=strlen(Menu[menu].Item[item].Text); i++ )
{
np = Menu[menu].Item[item].Text[i];
if (np != CC_UNDERLINE)
Menu[menu].Item[item].InactiveText[j++] = np;
}
CommaParse( 3, buf1, buffer );
if (buf1[0]=='{' && buf1[1] =='}')
Menu[menu].Item[item].Hotkey = -1;
else {
i = DecodeKeyText(buf1);
if (i<1) {
Error("Unknown key, %s, in %s\n", buf1, file );
} else {
Menu[menu].Item[item].Hotkey = i;
}
}
CommaParse( 4, buf1, buffer );
if (strlen(buf1))
{
Menu[menu].Item[item].user_function = func_get(buf1, &np);
if (Menu[menu].Item[item].user_function==NULL)
{
Error( "Unknown function, %s, in %s\n", buf1, file );
//ui_messagebox( -2, -2, 1, buffer, "Ok" );
}
}
Menu[menu].Item[item].x = Menu[menu].x;
Menu[menu].Item[item].y = Menu[menu].y;
if ( Menu[menu].Item[item].Text[0] == '-' )
{
w = 1; h = 3;
} else {
gr_get_string_size( Menu[menu].Item[item].Text, &w, &h, &aw );
w += 2;
h += 2;
}
if (menu==0) {
Menu[0].h = h;
Menu[0].Item[item].x = Menu[0].x + Menu[0].w;
Menu[0].Item[item].y = Menu[0].y;
Menu[item+1].x = Menu[0].x + Menu[0].w;
Menu[item+1].y = Menu[0].h - 2;
Menu[0].Item[item].w = w;
Menu[0].Item[item].h = h;
Menu[0].w += w;
}else {
if ( w > Menu[menu].w )
{
Menu[menu].w = w;
for (i=0; i< Menu[menu].NumItems; i++ )
Menu[menu].Item[i].w = Menu[menu].w;
}
Menu[menu].Item[item].w = Menu[menu].w;
Menu[menu].Item[item].x = Menu[menu].x;
Menu[menu].Item[item].y = Menu[menu].y+Menu[menu].h;
Menu[menu].Item[item].h = h;
Menu[menu].h += h;
}
if ( item >= Menu[menu].NumItems )
{
Menu[menu].NumItems = item+1;
}
if ( menu >= num_menus )
num_menus = menu+1;
}
Menu[0].w = 700;
PHYSFS_close( infile );
}
