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#include <ll/i386/hw-data.h>
#include <ll/i386/hw-instr.h>
#include <ll/i386/mem.h>
#include <ll/stdlib.h>
#include <drivers/gd.h>
#include "fun8.h"
#define fontaddr 0xffa6eL /* indirizzo set caratteri */
extern DWORD flbaddr
;
void RdWin_256
(WORD x1
, WORD y1
, WORD x2
, WORD y2
, BYTE
*buf
)
{
WORD b_bank
, b_offset
, display_ptr
;
int dx
, len1
, len2
, bank_num
, row
, sx
[12];
/* int bank, enmem;*/
DWORD end_of_line
, display_offset
;
WORD bytes_per_row
;
LIN_ADDR p
;
bytes_per_row
= gd_getbpr
();
p
= buf
;
if (bytes_per_row
== 1024) {
/* ClrWin_1024(x1,y1,x2,y2,color);*/
Seg_Off_256
(x1
, y1
, bytes_per_row
, &b_offset
, &b_bank
);
dx
= (x2
- x1
) + 1;
display_offset
= b_offset
;
bank_num
= b_bank
;
Load_Write_Bank_256
(bank_num
);
row
= y1
;
do {
display_ptr
= display_offset
;
/* Clr_Part(color, dx, display_ptr);*/
memcpy(p
, (LIN_ADDR
)(0xA0000 + display_ptr
), dx
);
p
+= dx
;
display_offset
+= bytes_per_row
;
if (display_offset
>= 65536L) {
bank_num
++;
Load_Write_Bank_256
(bank_num
);
display_offset
= x1
;
}
row
++;
} while (row
<= y2
);
Load_Write_Bank_256
(0);
} else {
if (bytes_per_row
== 640) {
sx
[0] = 0;
sx
[1] = 256;
sx
[2] = 512;
sx
[3] = 128;
sx
[4] = 384;
sx
[5] = 0;
}
if (bytes_per_row
== 800) {
sx
[0] = 0;
sx
[1] = 736;
sx
[2] = 672;
sx
[3] = 608;
sx
[4] = 544;
sx
[5] = 480;
sx
[6] = 416;
sx
[7] = 352;
}
Seg_Off_256
(x1
, y1
, bytes_per_row
, &b_offset
, &b_bank
);
dx
= (x2
- x1
) + 1;
row
= y1
;
display_offset
= b_offset
;
display_ptr
= display_offset
;
bank_num
= b_bank
;
Load_Write_Bank_256
(bank_num
);
do {
end_of_line
= display_ptr
+ (x2
- x1
);
if (end_of_line
> 65536L) {
len2
= (1 + end_of_line
- 65536L);
len1
= dx
- len2
;
/* Clr_Part(color, length_1, display_ptr);*/
memcpy(p
, (LIN_ADDR
)(0xA0000 + display_ptr
), len1
);
p
+= len1
;
bank_num
++;
Load_Write_Bank_256
(bank_num
);
display_ptr
= 0;
/* Clr_Part(color, length_2, display_ptr);*/
memcpy(p
, (LIN_ADDR
)(0xA0000 + display_ptr
), len2
);
p
+= len2
;
display_ptr
= bytes_per_row
- len1
;
} else {
/* Clr_Part(color, dx, display_ptr);*/
memcpy(p
, (LIN_ADDR
)(0xA0000 + display_ptr
), dx
);
p
+= dx
;
display_offset
= display_ptr
+ bytes_per_row
;
if (display_offset
> 65536L) {
bank_num
++;
Load_Write_Bank_256
(bank_num
);
if (sx
[bank_num
] <= x1
) {
display_ptr
= x1
- sx
[bank_num
];
} else {
display_ptr
= x1
+ (bytes_per_row
- sx
[bank_num
]);
}
} else {
display_ptr
+= bytes_per_row
;
}
}
row
++;
} while (row
<= y2
);
Load_Write_Bank_256
(0);
}
}
void WrWin_256
(WORD x1
, WORD y1
, WORD x2
, WORD y2
, BYTE
*buf
)
{
WORD b_bank
, b_offset
, display_ptr
;
int dx
, len1
, len2
, bank_num
, row
, sx
[12];
/* int bank, enmem;*/
DWORD end_of_line
, display_offset
;
WORD bytes_per_row
;
LIN_ADDR p
;
bytes_per_row
= gd_getbpr
();
p
= buf
;
if (bytes_per_row
== 1024) {
/* ClrWin_1024(x1,y1,x2,y2,color);*/
Seg_Off_256
(x1
, y1
, bytes_per_row
, &b_offset
, &b_bank
);
//dx = (x2 - x1);
dx
= (x2
- x1
+ 1);
display_offset
= b_offset
;
bank_num
= b_bank
;
Load_Write_Bank_256
(bank_num
);
row
= y1
;
do {
display_ptr
= display_offset
;
/* Clr_Part(color, dx, display_ptr);*/
memcpy((LIN_ADDR
)(0xA0000 + display_ptr
), p
, dx
);
p
+= dx
;
display_offset
+= bytes_per_row
;
if (display_offset
>= 65536L) {
bank_num
++;
Load_Write_Bank_256
(bank_num
);
display_offset
= x1
;
}
row
++;
} while (row
<= y2
);
Load_Write_Bank_256
(0);
} else {
if (bytes_per_row
== 640) {
sx
[0] = 0;
sx
[1] = 256;
sx
[2] = 512;
sx
[3] = 128;
sx
[4] = 384;
sx
[5] = 0;
}
if (bytes_per_row
== 800) {
sx
[0] = 0;
sx
[1] = 736;
sx
[2] = 672;
sx
[3] = 608;
sx
[4] = 544;
sx
[5] = 480;
sx
[6] = 416;
sx
[7] = 352;
}
Seg_Off_256
(x1
, y1
, bytes_per_row
, &b_offset
, &b_bank
);
dx
= (x2
- x1
+ 1);
row
= y1
;
display_offset
= b_offset
;
display_ptr
= display_offset
;
bank_num
= b_bank
;
Load_Write_Bank_256
(bank_num
);
do {
end_of_line
= display_ptr
+ (x2
- x1
);
// if (end_of_line >= 65536L) {
if (end_of_line
> 65536L) {
len2
= (1 + end_of_line
- 65536L);
len1
= dx
- len2
;
/* Clr_Part(color, length_1, display_ptr);*/
memcpy((LIN_ADDR
)(0xA0000 + display_ptr
), p
, len1
);
p
+= len1
;
bank_num
++;
Load_Write_Bank_256
(bank_num
);
display_ptr
= 0;
/* Clr_Part(color, length_2, display_ptr);*/
memcpy((LIN_ADDR
)(0xA0000 + display_ptr
), p
, len2
);
p
+= len2
;
display_ptr
= bytes_per_row
- len1
;
} else {
/* Clr_Part(color, dx, display_ptr);*/
memcpy((LIN_ADDR
)(0xA0000 + display_ptr
), p
, dx
);
p
+= dx
;
display_offset
= display_ptr
+ bytes_per_row
;
if (display_offset
> 65536L) {
//if (display_offset >= 65536L) {
bank_num
++;
Load_Write_Bank_256
(bank_num
);
if (sx
[bank_num
] <= x1
) {
display_ptr
= x1
- sx
[bank_num
];
} else {
display_ptr
= x1
+ (bytes_per_row
- sx
[bank_num
]);
}
} else {
display_ptr
+= bytes_per_row
;
}
}
row
++;
} while (row
<= y2
);
Load_Write_Bank_256
(0);
}
}
void linGet8
(WORD x1
, WORD y1
, WORD x2
, WORD y2
, BYTE
*buf
)
{
WORD bpr
;
LIN_ADDR addr
, p
;
WORD dx
, y
;
bpr
= gd_getbpr
();
p
= buf
;
addr
= (void *)(flbaddr
+ x1
+ bpr
* y1
);
//dx = x2 - x1;
dx
= x2
- x1
+1;
for (y
= y1
; y
<= y2
; y
++) {
memcpy(p
, addr
, dx
);
p
+= dx
;
addr
+= bpr
;
}
}
void linPut8
(WORD x1
, WORD y1
, WORD x2
, WORD y2
, BYTE
*buf
)
{
WORD bpr
;
LIN_ADDR addr
, p
;
WORD dx
, y
;
bpr
= gd_getbpr
();
p
= buf
;
addr
= (void *)(flbaddr
+ x1
+ bpr
* y1
);
dx
= x2
- x1
+1;
for (y
= y1
; y
<= y2
; y
++) {
memcpy(addr
, p
, dx
);
p
+= dx
;
addr
+= bpr
;
}
}
void ClrWin_256
(WORD x1
, WORD y1
, WORD x2
, WORD y2
, DWORD color
)
{
WORD b_bank
, b_offset
, display_ptr
;
int dx
, len1
, len2
, bank_num
, row
, sx
[12];
/* int bank, enmem;*/
DWORD end_of_line
, display_offset
;
WORD bytes_per_row
;
bytes_per_row
= gd_getbpr
();
if (bytes_per_row
== 1024) {
/* ClrWin_1024(x1,y1,x2,y2,color);*/
Seg_Off_256
(x1
, y1
, bytes_per_row
, &b_offset
, &b_bank
);
dx
= (x2
- x1
) + 1;
display_offset
= b_offset
;
bank_num
= b_bank
;
Load_Write_Bank_256
(bank_num
);
row
= y1
;
do {
display_ptr
= display_offset
;
/* Clr_Part(color, dx, display_ptr);*/
memset((LIN_ADDR
)(0xA0000 + display_ptr
), color
, dx
);
display_offset
+= bytes_per_row
;
if (display_offset
>= 65536L) {
bank_num
++;
Load_Write_Bank_256
(bank_num
);
display_offset
= x1
;
}
row
++;
} while (row
<= y2
);
Load_Write_Bank_256
(0);
} else {
if (bytes_per_row
== 640) {
sx
[0] = 0;
sx
[1] = 256;
sx
[2] = 512;
sx
[3] = 128;
sx
[4] = 384;
sx
[5] = 0;
}
if (bytes_per_row
== 800) {
sx
[0] = 0;
sx
[1] = 736;
sx
[2] = 672;
sx
[3] = 608;
sx
[4] = 544;
sx
[5] = 480;
sx
[6] = 416;
sx
[7] = 352;
}
Seg_Off_256
(x1
, y1
, bytes_per_row
, &b_offset
, &b_bank
);
dx
= (x2
- x1
) + 1;
row
= y1
;
display_offset
= b_offset
;
display_ptr
= display_offset
;
bank_num
= b_bank
;
Load_Write_Bank_256
(bank_num
);
do {
end_of_line
= display_ptr
+ (x2
- x1
);
if (end_of_line
>= 65536L) {
len2
= (1 + end_of_line
- 65536L);
len1
= dx
- len2
;
/* Clr_Part(color, length_1, display_ptr);*/
memset((LIN_ADDR
)(0xA0000 + display_ptr
), color
, len1
);
bank_num
++;
Load_Write_Bank_256
(bank_num
);
display_ptr
= 0;
/* Clr_Part(color, length_2, display_ptr);*/
memset((LIN_ADDR
)(0xA0000 + display_ptr
), color
, len2
);
display_ptr
= bytes_per_row
- len1
;
} else {
/* Clr_Part(color, dx, display_ptr);*/
memset((LIN_ADDR
)(0xA0000 + display_ptr
), color
, dx
);
display_offset
= display_ptr
+ bytes_per_row
;
if (display_offset
>= 65536L) {
bank_num
++;
Load_Write_Bank_256
(bank_num
);
if (sx
[bank_num
] <= x1
) {
display_ptr
= x1
- sx
[bank_num
];
} else {
display_ptr
= x1
+ (bytes_per_row
- sx
[bank_num
]);
}
} else {
display_ptr
+= bytes_per_row
;
}
}
row
++;
} while (row
<= y2
);
Load_Write_Bank_256
(0);
}
}
void linBox8
(WORD x1
, WORD y1
, WORD x2
, WORD y2
, DWORD color
)
{
WORD bpr
;
DWORD addr
;
WORD dx
, y
;
bpr
= gd_getbpr
();
addr
= flbaddr
+ x1
+ bpr
* y1
;
dx
= x2
- x1
+ 1;
for (y
= y1
; y
<= y2
; y
++) {
memset((LIN_ADDR
)addr
, color
, dx
);
addr
+= bpr
;
}
}
void WrRect_256
(WORD x1
, WORD y1
, WORD x2
, WORD y2
, DWORD color
)
{
WORD bank
, offs
, ebank
, eoffs
;
WORD bpr
;
WORD line_segment
, len
;
WORD y
;
bpr
= gd_getbpr
();
len
= 1 + x2
- x1
;
Seg_Off_256
(x2
, y1
, bpr
, &eoffs
, &ebank
);
Seg_Off_256
(x1
, y1
, bpr
, &offs
, &bank
);
Load_Write_Bank_256
(bank
);
if (bank
== ebank
) {
memset((LIN_ADDR
)(0xA0000 + offs
), color
, len
);
} else {
line_segment
= 65536L - offs
;
memset((LIN_ADDR
)(0xA0000 + offs
), color
, line_segment
);
Load_Write_Bank_256
(ebank
);
memset((LIN_ADDR
)0xA0000, color
, eoffs
);
}
for (y
= y1
+ 1; y
< y2
+ 1; y
++) {
Seg_Off_256
(x1
, y
, bpr
, &offs
, &bank
);
Load_Write_Bank_256
(bank
);
lmempokeb
((LIN_ADDR
)(0xA0000 + offs
), color
);
Seg_Off_256
(x2
, y
, bpr
, &offs
, &bank
);
Load_Write_Bank_256
(bank
);
lmempokeb
((LIN_ADDR
)(0xA0000 + offs
), color
);
}
Seg_Off_256
(x2
, y2
, bpr
, &eoffs
, &ebank
);
Seg_Off_256
(x1
, y2
, bpr
, &offs
, &bank
);
Load_Write_Bank_256
(bank
);
if (bank
== ebank
) {
memset((LIN_ADDR
)(0xA0000 + offs
), color
, len
);
} else {
line_segment
= 65536L - offs
;
memset((LIN_ADDR
)(0xA0000 + offs
), color
, line_segment
);
Load_Write_Bank_256
(ebank
);
memset((LIN_ADDR
)0xA0000, color
, eoffs
);
}
}
void linRect8
(WORD x1
, WORD y1
, WORD x2
, WORD y2
, DWORD color
)
{
WORD bpr
;
DWORD addr
;
WORD dx
, y
;
bpr
= gd_getbpr
();
addr
= flbaddr
+ x1
+ bpr
* y1
;
dx
= x2
- x1
;
memset((LIN_ADDR
)addr
, color
, dx
+1);
addr
+= bpr
;
for (y
= y1
+ 1; y
<= y2
- 1; y
++) {
lmempokeb
((LIN_ADDR
)addr
, color
);
lmempokeb
((LIN_ADDR
)(addr
+ dx
), color
);
addr
+= bpr
;
}
memset((LIN_ADDR
)addr
, color
, dx
+1);
}
void WrText_256
(char *text
, WORD x
, WORD y
, DWORD fg
, DWORD bg
)
{
DWORD fp
;
WORD offs
, bank
;
WORD bpr
;
int r
, c
, bits
;
bpr
= gd_getbpr
();
while (*text
) {
fp
= fontaddr
+ (8 * *(BYTE
*)text
);
for (r
=0; r
<8; r
++) {
bits
= lmempeekb
((LIN_ADDR
)(fp
++));
for (c
=0; c
<8; c
++)
if (bits
& (0x80>>c
)) {
Seg_Off_256
(x
+ c
, y
+ r
, bpr
, &offs
, &bank
);
Load_Write_Bank_256
(bank
);
lmempokeb
((LIN_ADDR
)(0xA0000 + offs
), fg
);
}
/* lmempokeb((LIN_ADDR)(addr + (y + r) * bpr + x + c), fg);*/
/* vbe_putpixel((x+c),(y+r),fg);*/
else {
Seg_Off_256
(x
+ c
, y
+ r
, bpr
, &offs
, &bank
);
Load_Write_Bank_256
(bank
);
lmempokeb
((LIN_ADDR
)(0xA0000 + offs
), bg
);
}
/* lmempokeb((LIN_ADDR)(addr + (y + r) * bpr + x + c), bg);*/
/* vbe_putpixel((x+c), (y+r), bg);*/
}
text
++;
x
+= 8;
}
}
void linText8
(char *text
, WORD x
, WORD y
, DWORD fg
, DWORD bg
)
{
DWORD fp
, addr
;
WORD bpr
;
int r
, c
, bits
;
bpr
= gd_getbpr
();
addr
= gd_getflb
();
while (*text
) {
/*DOSSetAddr(fp, (fontaddr + (8 * *(BYTE *)text)));*/
/*DOSSetAddr(fp, (fontaddr + (8 * *(BYTE *)text)));*/
fp
= fontaddr
+ (8 * *(BYTE
*)text
);
for (r
=0; r
<8; r
++) {
bits
= lmempeekb
((LIN_ADDR
)fp
++);
for (c
=0; c
<8; c
++)
if (bits
& (0x80>>c
))
lmempokeb
((LIN_ADDR
)(addr
+ (y
+ r
) * bpr
+ x
+ c
), fg
);
/* vbe_putpixel((x+c),(y+r),fg);*/
else
lmempokeb
((LIN_ADDR
)(addr
+ (y
+ r
) * bpr
+ x
+ c
), bg
);
/* vbe_putpixel((x+c), (y+r), bg);*/
}
text
++;
x
+= 8;
}
}
void WrLine_256
(WORD x1
, WORD y1
, WORD x2
, WORD y2
, DWORD color
)
{
int dx
, dy
, incr1
, incr2
, d
, x
, y
, xend
, yend
, yinc
, xinc
;
WORD bpr
;
WORD bank
, offs
, ebank
, eoffs
;
WORD line_segment
, len
;
bpr
= gd_getbpr
();
if (y2
== y1
) {
y
= y1
;
if (x1
> x2
) {
xend
= x1
;
x1
= x2
;
x2
= xend
;
}
/* WrHline_256(x1, x2, y1, color, bpr); */
len
= 1 + x2
- x1
;
Seg_Off_256
(x2
, y
, bpr
, &eoffs
, &ebank
);
Seg_Off_256
(x1
, y
, bpr
, &offs
, &bank
);
Load_Write_Bank_256
(bank
);
if (bank
== ebank
) {
memset((LIN_ADDR
)(0xA0000 + offs
), color
, len
);
} else {
line_segment
= 65536L - offs
;
memset((LIN_ADDR
)(0xA0000 + offs
), color
, line_segment
);
Load_Write_Bank_256
(ebank
);
memset((LIN_ADDR
)0xA0000, color
, eoffs
);
}
} else {
dx
= abs(x2
- x1
);
dy
= abs(y2
- y1
);
if (dx
>= dy
) {
if (x1
> x2
) {
x
= x2
;
y
= y2
;
xend
= x1
;
if (dy
== 0) {
yinc
= 0;
} else {
if (y2
> y1
) {
yinc
= -1;
} else {
yinc
= 1;
}
}
} else {
x
= x1
;
y
= y1
;
xend
= x2
;
if (dy
== 0) {
yinc
= 0;
} else {
if (y2
> y1
) {
yinc
=1;
} else {
yinc
= -1;
}
}
}
incr1
= 2 * dy
;
d
= incr1
- dx
;
incr2
= 2 * (dy
- dx
);
Seg_Off_256
(x
, y
, bpr
, &offs
, &bank
);
Load_Write_Bank_256
(bank
);
lmempokeb
((LIN_ADDR
)(0xA0000 + offs
), color
);
while (x
< xend
) {
x
++;
if (d
< 0) {
d
+= incr1
;
} else {
y
+= yinc
;
d
+= incr2
;
}
Seg_Off_256
(x
, y
, bpr
, &offs
, &bank
);
Load_Write_Bank_256
(bank
);
lmempokeb
((LIN_ADDR
)(0xA0000 + offs
), color
);
}
} else {
if (y1
> y2
) {
x
= x2
;
y
= y2
;
yend
= y1
;
if (dx
== 0) {
xinc
= 0;
} else {
if (x2
> x1
) {
xinc
= -1;
} else {
xinc
= 1;
}
}
} else {
x
= x1
;
y
= y1
;
yend
= y2
;
if (dx
== 0) {
xinc
= 0;
} else {
if (x2
> x1
) {
xinc
= 1;
} else {
xinc
= -1;
}
}
}
incr1
= 2 * dx
;
d
= incr1
- dy
;
incr2
= 2 * (dx
- dy
);
Seg_Off_256
(x
, y
, bpr
, &offs
, &bank
);
Load_Write_Bank_256
(bank
);
lmempokeb
((LIN_ADDR
)(0xA0000 + offs
), color
);
while (y
< yend
) {
y
++;
if (d
< 0) {
d
+= incr1
;
} else {
x
+= xinc
;
d
+= incr2
;
}
Seg_Off_256
(x
, y
, bpr
, &offs
, &bank
);
Load_Write_Bank_256
(bank
);
lmempokeb
((LIN_ADDR
)(0xA0000 + offs
), color
);
}
}
}
}
void linLine8
(WORD x1
, WORD y1
, WORD x2
, WORD y2
, DWORD color
)
{
register int t
, distance
;
register DWORD addr
;
register WORD bpr
;
int xerr
=0, yerr
=0, deltax
, deltay
;
int incx
, incy
;
bpr
= gd_getbpr
();
addr
= gd_getflb
();
deltax
= x2
- x1
; /* compute both distances */
deltay
= y2
- y1
;
if (deltax
> 0) /* compute increments */
incx
= 1;
else if (deltax
== 0)
incx
= 0;
else
incx
= -1;
if (deltay
> 0)
incy
= 1;
else if (deltay
== 0)
incy
= 0;
else
incy
= -1;
deltax
= abs(deltax
); /* determine greater distance */
deltay
= abs(deltay
);
if (deltax
> deltay
)
distance
= deltax
;
else
distance
= deltay
;
for (t
=0; t
<=distance
+1; t
++) { /* draw the line */
/* vbe_putpixel(x1, y1, colour);*/
lmempokeb
((LIN_ADDR
)(addr
+ y1
* bpr
+ x1
), color
);
xerr
+= deltax
;
yerr
+= deltay
;
if (xerr
> distance
) {
xerr
-= distance
;
x1
+= incx
;
}
if (yerr
> distance
) {
yerr
-= distance
;
y1
+= incy
;
}
}
}
void WrPixel_256
(WORD x
, WORD y
, DWORD color
)
{
WORD bpr
;
WORD bank
, offs
;
bpr
= gd_getbpr
();
Seg_Off_256
(x
, y
, bpr
, &offs
, &bank
);
Load_Write_Bank_256
(bank
);
lmempokeb
((LIN_ADDR
)(0xA0000 + offs
), color
);
/* Load_Write_Bank_256(0);*/
}
void linWr8
(WORD x
, WORD y
, DWORD color
)
{
WORD bpr
;
bpr
= gd_getbpr
();
lmempokeb
((LIN_ADDR
)(flbaddr
+ y
* bpr
+ x
), color
);
}
DWORD RdPixel_256
(WORD x
, WORD y
)
{
WORD bpr
;
WORD bank
, offs
;
DWORD rv
;
bpr
= gd_getbpr
();
Seg_Off_256
(x
, y
, bpr
, &offs
, &bank
);
Load_Write_Bank_256
(bank
);
rv
= lmempeekb
((LIN_ADDR
)(0xA0000 + offs
));
return rv
;
}
DWORD linRd8
(WORD x
, WORD y
)
{
WORD bpr
;
DWORD rv
;
bpr
= gd_getbpr
();
rv
= lmempeekb
((LIN_ADDR
)(flbaddr
+ y
* bpr
+ x
));
return rv
;
}