![[BACK]](/cvsweb/icons/back.gif){kind=icon}
Return to sun-cgsix.c CVS log ![[TXT]](/cvsweb/icons/text.gif){kind=icon}
![[DIR]](/cvsweb/icons/dir.gif){kind=icon}
Up to [The Machine Emulator] / tme / machine / sun|
Return to sun-cgsix.c CVS log | Up to [The Machine Emulator] / tme / machine / sun |
tme-0.8
/* $Id: sun-cgsix.c,v 1.1.1.1 2018/04/24 16:43:31 root Exp $ */
/* machine/sun/sun-cgsix.c - Sun cgsix emulation: */
/*
* Copyright (c) 2009 Fredette
* All rights reserved.
*
* Redistribution and use in source and binary forms, with or without
* modification, are permitted provided that the following conditions
* are met:
* 1. Redistributions of source code must retain the above copyright
* notice, this list of conditions and the following disclaimer.
* 2. Redistributions in binary form must reproduce the above copyright
* notice, this list of conditions and the following disclaimer in the
* documentation and/or other materials provided with the distribution.
* 3. All advertising materials mentioning features or use of this software
* must display the following acknowledgement:
* This product includes software developed by Matt Fredette.
* 4. The name of the author may not be used to endorse or promote products
* derived from this software without specific prior written permission.
*
* THIS SOFTWARE IS PROVIDED BY THE AUTHOR ``AS IS'' AND ANY EXPRESS OR
* IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED
* WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE
* DISCLAIMED. IN NO EVENT SHALL THE AUTHOR BE LIABLE FOR ANY DIRECT,
* INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES
* (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR
* SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION)
* HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT,
* STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN
* ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE
* POSSIBILITY OF SUCH DAMAGE.
*/
#include <tme/common.h>
_TME_RCSID("$Id: sun-cgsix.c,v 1.1.1.1 2018/04/24 16:43:31 root Exp $");
/* includes: */
#include <tme/machine/sun.h>
#include <tme/generic/bus-device.h>
#include <tme/generic/fb.h>
#include "sun-fb.h"
/* macros: */
/* cgsix types: */
#define TME_SUNCG6_TYPE_NULL (0)
#define TME_SUNCG6_TYPE_501_2325 (1)
/* register subregions: */
#define tme_suncg6_bus_subregion_p4 tme_suncg6_sunfb.tme_sunfb_bus_subregion_regs
#define tme_suncg6_bus_handler_p4 tme_suncg6_sunfb.tme_sunfb_bus_handler_regs
#define tme_suncg6_bus_subregion_fbc tme_suncg6_sunfb.tme_sunfb_bus_subregions[1]
#define tme_suncg6_bus_handler_fbc tme_suncg6_sunfb.tme_sunfb_bus_handlers[1]
#define tme_suncg6_bus_subregion_dac tme_suncg6_sunfb.tme_sunfb_bus_subregions[2]
#define tme_suncg6_bus_handler_dac tme_suncg6_sunfb.tme_sunfb_bus_handlers[2]
#define tme_suncg6_bus_subregion_fhc_thc tme_suncg6_sunfb.tme_sunfb_bus_subregions[4]
#define tme_suncg6_bus_handler_fhc_thc tme_suncg6_sunfb.tme_sunfb_bus_handlers[4]
#define tme_suncg6_bus_subregion_tec tme_suncg6_sunfb.tme_sunfb_bus_subregions[3]
#define tme_suncg6_bus_handler_tec tme_suncg6_sunfb.tme_sunfb_bus_handlers[3]
#define tme_suncg6_bus_subregion_alt tme_suncg6_sunfb.tme_sunfb_bus_subregions[6]
#define tme_suncg6_bus_handler_alt tme_suncg6_sunfb.tme_sunfb_bus_handlers[6]
/* this converts a group member to a register offset: */
#define _TME_SUNCG6_REG_X(module_cap, module, n, x) \
(_TME_CONCAT4(TME_SUNCG6_REG_,module_cap,_GROUP,n) \
+ ((tme_uint8_t *) &((struct tme_suncg6 *) 0) \
->_TME_CONCAT4(tme_suncg6_,module,_group,n) \
._TME_CONCAT4(tme_suncg6_,module,_,x)) \
- ((tme_uint8_t *) &((struct tme_suncg6 *) 0) \
->_TME_CONCAT4(tme_suncg6_,module,_group,n)))
/* this expands part of a large ternary expression that converts a
register address into pointer to a register: */
#define TME_SUNCG6_REG_POINTER(suncg6, reg, module_cap, module, n)\
(((reg) \
>= _TME_CONCAT4(TME_SUNCG6_REG_,module_cap,_GROUP,n)) \
&& ((reg) \
< (_TME_CONCAT4(TME_SUNCG6_REG_,module_cap,_GROUP,n) \
+ sizeof((suncg6) \
->_TME_CONCAT4(tme_suncg6_,module,_group,n)))))\
? (((tme_suncg6_reg_t *) \
&((suncg6) \
->_TME_CONCAT4(tme_suncg6_,module,_group,n))) \
+ (((reg) \
- _TME_CONCAT4(TME_SUNCG6_REG_,module_cap,_GROUP,n)) \
/ sizeof(tme_suncg6_reg_t)))
/* some register offsets and sizes: */
#define TME_SUNCG6_REG_DAC (0x200000)
#define TME_SUNCG6_REG_ALT (0x280000)
#define TME_SUNCG6_SIZ_ALT (0x1000)
#define TME_SUNCG6_REG_THC(n,x) _TME_SUNCG6_REG_X(THC,thc,n,x)
#define TME_SUNCG6_SIZ_THC (0x1000)
#define TME_SUNCG6_REG_FBC(n,x) _TME_SUNCG6_REG_X(FBC,fbc,n,x)
#define TME_SUNCG6_REG_TEC(n,x) _TME_SUNCG6_REG_X(TEC,tec,n,x)
#define TME_SUNCG6_TEC_SIZE (0x1000)
/* the FHC register: */
#define TME_SUNCG6_FHC_ID_MASK (0xff000000)
#define TME_SUNCG6_FHC_REVISION_MASK (0x00f00000)
#define TME_SUNCG6_FHC_DISABLE_FROP (0x00080000)
#define TME_SUNCG6_FHC_DISABLE_ROW (0x00040000)
#define TME_SUNCG6_FHC_DISABLE_SRC (0x00020000)
#define TME_SUNCG6_FHC_DISABLE_DST (0x00010000)
#define TME_SUNCG6_FHC_RESET (0x00008000)
#define TME_SUNCG6_FHC_ENDIAN_LITTLE (0x00002000)
#define TME_SUNCG6_FHC_SIZE_MASK (0x00001800)
#define TME_SUNCG6_FHC_SIZE_1024_768 (0x00000000)
#define TME_SUNCG6_FHC_SIZE_1152_900 (0x00000800)
#define TME_SUNCG6_FHC_SIZE_1280_1024 (0x00001000)
#define TME_SUNCG6_FHC_SIZE_1600_1280 (0x00001800)
#define TME_SUNCG6_FHC_CPU_MASK (0x00000600)
#define TME_SUNCG6_FHC_CPU_SPARC (0x00000000)
#define TME_SUNCG6_FHC_CPU_68K (0x00000200)
#define TME_SUNCG6_FHC_CPU_IA32 (0x00000400)
#define TME_SUNCG6_FHC_TEST (0x00000100)
#define TME_SUNCG6_FHC_TESTX_MASK (0x000000f0)
#define TME_SUNCG6_FHC_TESTY_MASK (0x0000000f)
/* the THC miscellaneous register: */
#define TME_SUNCG6_THC_MISC_UNKNOWN_20 (0xfff00000)
#define TME_SUNCG6_THC_MISC_REVISION_MASK (0x000f0000)
#define TME_SUNCG6_THC_MISC_UNKNOWN_13 (0x0000e000)
#define TME_SUNCG6_THC_MISC_RESET (0x00001000)
#define TME_SUNCG6_THC_MISC_UNKNOWN_11 (0x00000800)
#define TME_SUNCG6_THC_MISC_ENABLE_VIDEO (0x00000400)
#define TME_SUNCG6_THC_MISC_SYNC (0x00000200)
#define TME_SUNCG6_THC_MISC_VSYNC (0x00000100)
#define TME_SUNCG6_THC_MISC_ENABLE_SYNC (0x00000080)
#define TME_SUNCG6_THC_MISC_CURSOR_RESOLUTION (0x00000040)
#define TME_SUNCG6_THC_MISC_INT_ENABLE (0x00000020)
#define TME_SUNCG6_THC_MISC_INT_ACTIVE (0x00000010)
#define TME_SUNCG6_THC_MISC_UNKNOWN_0 (0x0000000f)
/* the FBC rasterop register: */
#define TME_SUNCG6_FBC_RASTEROP_PLANE_ONES (0x80000000)
#define TME_SUNCG6_FBC_RASTEROP_PLANE_ZEROES (0x40000000)
#define TME_SUNCG6_FBC_RASTEROP_PIXEL_ONES (0x20000000)
#define TME_SUNCG6_FBC_RASTEROP_PIXEL_ZEROES (0x10000000)
#define TME_SUNCG6_FBC_RASTEROP_PATTERN_ONES (0x08000000)
#define TME_SUNCG6_FBC_RASTEROP_PATTERN_ZEROES (0x04000000)
#define TME_SUNCG6_FBC_RASTEROP_POLYG_NONOVERLAP (0x02000000)
#define TME_SUNCG6_FBC_RASTEROP_POLYG_OVERLAP (0x01000000)
#define TME_SUNCG6_FBC_RASTEROP_ATTR_SUPP (0x00800000)
#define TME_SUNCG6_FBC_RASTEROP_ATTR_UNSUPP (0x00400000)
#define TME_SUNCG6_FBC_RASTEROP_RAST_BOOL (0x00000000)
#define TME_SUNCG6_FBC_RASTEROP_RAST_LINEAR (0x00020000)
#define TME_SUNCG6_FBC_RASTEROP_PLOT_PLOT (0x00000000)
#define TME_SUNCG6_FBC_RASTEROP_PLOT_UNPLOT (0x00010000)
#define TME_SUNCG6_FBC_RASTEROP_ROP_11_1(x) ((x) << 14)
#define TME_SUNCG6_FBC_RASTEROP_ROP_11_0(x) ((x) << 12)
#define TME_SUNCG6_FBC_RASTEROP_ROP_10_1(x) ((x) << 10)
#define TME_SUNCG6_FBC_RASTEROP_ROP_10_0(x) ((x) << 8)
#define TME_SUNCG6_FBC_RASTEROP_ROP_01_1(x) ((x) << 6)
#define TME_SUNCG6_FBC_RASTEROP_ROP_01_0(x) ((x) << 4)
#define TME_SUNCG6_FBC_RASTEROP_ROP_00_1(x) ((x) << 2)
#define TME_SUNCG6_FBC_RASTEROP_ROP_00_0(x) ((x) << 0)
#define TME_SUNCG6_FBC_RASTEROP_ROP_CLEAR (0x0)
#define TME_SUNCG6_FBC_RASTEROP_ROP_INVERT (0x1)
#define TME_SUNCG6_FBC_RASTEROP_ROP_NOP (0x2)
#define TME_SUNCG6_FBC_RASTEROP_ROP_SET (0x3)
/* common FBC rasterop functions: */
/* copy: */
#define TME_SUNCG6_FBC_RASTEROP_FUNC_COPY \
(TME_SUNCG6_FBC_RASTEROP_PLANE_ONES \
| TME_SUNCG6_FBC_RASTEROP_PIXEL_ONES \
| TME_SUNCG6_FBC_RASTEROP_PATTERN_ONES \
| TME_SUNCG6_FBC_RASTEROP_POLYG_OVERLAP \
| TME_SUNCG6_FBC_RASTEROP_ATTR_SUPP \
| TME_SUNCG6_FBC_RASTEROP_ROP_11_1(TME_SUNCG6_FBC_RASTEROP_ROP_SET) \
| TME_SUNCG6_FBC_RASTEROP_ROP_11_0(TME_SUNCG6_FBC_RASTEROP_ROP_CLEAR) \
| TME_SUNCG6_FBC_RASTEROP_ROP_10_1(TME_SUNCG6_FBC_RASTEROP_ROP_SET) \
| TME_SUNCG6_FBC_RASTEROP_ROP_10_0(TME_SUNCG6_FBC_RASTEROP_ROP_CLEAR) \
| TME_SUNCG6_FBC_RASTEROP_ROP_01_1(TME_SUNCG6_FBC_RASTEROP_ROP_SET) \
| TME_SUNCG6_FBC_RASTEROP_ROP_01_0(TME_SUNCG6_FBC_RASTEROP_ROP_CLEAR) \
| TME_SUNCG6_FBC_RASTEROP_ROP_00_1(TME_SUNCG6_FBC_RASTEROP_ROP_SET) \
| TME_SUNCG6_FBC_RASTEROP_ROP_00_0(TME_SUNCG6_FBC_RASTEROP_ROP_CLEAR))
/* fill: */
#define TME_SUNCG6_FBC_RASTEROP_FUNC_FILL \
(TME_SUNCG6_FBC_RASTEROP_PLANE_ONES \
| TME_SUNCG6_FBC_RASTEROP_PIXEL_ONES \
| TME_SUNCG6_FBC_RASTEROP_PATTERN_ONES \
| TME_SUNCG6_FBC_RASTEROP_POLYG_OVERLAP \
| TME_SUNCG6_FBC_RASTEROP_ATTR_SUPP \
| TME_SUNCG6_FBC_RASTEROP_ROP_11_1(TME_SUNCG6_FBC_RASTEROP_ROP_SET) \
| TME_SUNCG6_FBC_RASTEROP_ROP_11_0(TME_SUNCG6_FBC_RASTEROP_ROP_SET) \
| TME_SUNCG6_FBC_RASTEROP_ROP_10_1(TME_SUNCG6_FBC_RASTEROP_ROP_SET) \
| TME_SUNCG6_FBC_RASTEROP_ROP_10_0(TME_SUNCG6_FBC_RASTEROP_ROP_SET) \
| TME_SUNCG6_FBC_RASTEROP_ROP_01_1(TME_SUNCG6_FBC_RASTEROP_ROP_CLEAR) \
| TME_SUNCG6_FBC_RASTEROP_ROP_01_0(TME_SUNCG6_FBC_RASTEROP_ROP_CLEAR) \
| TME_SUNCG6_FBC_RASTEROP_ROP_00_1(TME_SUNCG6_FBC_RASTEROP_ROP_CLEAR) \
| TME_SUNCG6_FBC_RASTEROP_ROP_00_0(TME_SUNCG6_FBC_RASTEROP_ROP_CLEAR))
/* flip: */
#define TME_SUNCG6_FBC_RASTEROP_FUNC_FLIP \
(TME_SUNCG6_FBC_RASTEROP_PLANE_ONES \
| TME_SUNCG6_FBC_RASTEROP_PIXEL_ONES \
| TME_SUNCG6_FBC_RASTEROP_PATTERN_ONES \
| TME_SUNCG6_FBC_RASTEROP_POLYG_OVERLAP \
| TME_SUNCG6_FBC_RASTEROP_ATTR_SUPP \
| TME_SUNCG6_FBC_RASTEROP_ROP_11_1(TME_SUNCG6_FBC_RASTEROP_ROP_INVERT) \
| TME_SUNCG6_FBC_RASTEROP_ROP_11_0(TME_SUNCG6_FBC_RASTEROP_ROP_INVERT) \
| TME_SUNCG6_FBC_RASTEROP_ROP_10_1(TME_SUNCG6_FBC_RASTEROP_ROP_INVERT) \
| TME_SUNCG6_FBC_RASTEROP_ROP_10_0(TME_SUNCG6_FBC_RASTEROP_ROP_INVERT) \
| TME_SUNCG6_FBC_RASTEROP_ROP_01_1(TME_SUNCG6_FBC_RASTEROP_ROP_INVERT) \
| TME_SUNCG6_FBC_RASTEROP_ROP_01_0(TME_SUNCG6_FBC_RASTEROP_ROP_INVERT) \
| TME_SUNCG6_FBC_RASTEROP_ROP_00_1(TME_SUNCG6_FBC_RASTEROP_ROP_INVERT) \
| TME_SUNCG6_FBC_RASTEROP_ROP_00_0(TME_SUNCG6_FBC_RASTEROP_ROP_INVERT))
/* NB: I couldn't reason out how the rop?? values work. the values
used by X11 and the NetBSD cgsix driver make some sense, but the
0x6c60 used by the SUNW,501-2325 PROM for all of its blits and
draws is confusing: */
#define TME_SUNCG6_FBC_RASTEROP_FUNC_PROM \
(TME_SUNCG6_FBC_RASTEROP_PLANE_ONES \
| TME_SUNCG6_FBC_RASTEROP_PIXEL_ONES \
| TME_SUNCG6_FBC_RASTEROP_PATTERN_ONES \
| TME_SUNCG6_FBC_RASTEROP_POLYG_OVERLAP \
| TME_SUNCG6_FBC_RASTEROP_ATTR_SUPP \
| TME_SUNCG6_FBC_RASTEROP_ROP_11_1(TME_SUNCG6_FBC_RASTEROP_ROP_INVERT) \
| TME_SUNCG6_FBC_RASTEROP_ROP_11_0(TME_SUNCG6_FBC_RASTEROP_ROP_NOP) \
| TME_SUNCG6_FBC_RASTEROP_ROP_10_1(TME_SUNCG6_FBC_RASTEROP_ROP_SET) \
| TME_SUNCG6_FBC_RASTEROP_ROP_10_0(TME_SUNCG6_FBC_RASTEROP_ROP_CLEAR) \
| TME_SUNCG6_FBC_RASTEROP_ROP_01_1(TME_SUNCG6_FBC_RASTEROP_ROP_INVERT) \
| TME_SUNCG6_FBC_RASTEROP_ROP_01_0(TME_SUNCG6_FBC_RASTEROP_ROP_NOP) \
| TME_SUNCG6_FBC_RASTEROP_ROP_00_1(TME_SUNCG6_FBC_RASTEROP_ROP_CLEAR) \
| TME_SUNCG6_FBC_RASTEROP_ROP_00_0(TME_SUNCG6_FBC_RASTEROP_ROP_CLEAR))
/* types: */
/* the cgsix pixel is eight bits: */
typedef tme_uint8_t tme_suncg6_pixel_t;
/* all cgsix registers are at least 32-bit aligned: */
typedef tme_uint32_t tme_suncg6_reg_t;
/* the card: */
struct tme_suncg6 {
/* our generic Sun framebuffer: */
struct tme_sunfb tme_suncg6_sunfb;
#define tme_suncg6_mutex tme_suncg6_sunfb.tme_sunfb_mutex
#define tme_suncg6_bus_subregion_memory tme_suncg6_sunfb.tme_sunfb_bus_subregion_memory
#define tme_suncg6_bus_subregion_regs tme_suncg6_sunfb.tme_sunfb_bus_subregion_regs
/* the type of the cgsix: */
tme_uint32_t tme_suncg6_type;
/* the current framebuffer width and height: */
tme_uint32_t tme_suncg6_width;
tme_uint32_t tme_suncg6_height;
/* the FHC: */
#define TME_SUNCG6_REG_FHC (0x300000)
tme_suncg6_reg_t tme_suncg6_fhc;
/* the THC: */
#define TME_SUNCG6_REG_THC_UNKNOWN_0x0 (0x301000)
struct {
#define TME_SUNCG6_REG_THC_GROUP0 (0x301090)
tme_suncg6_reg_t tme_suncg6_thc_unknown_0x90;
tme_suncg6_reg_t tme_suncg6_thc_unknown_0x94;
} tme_suncg6_thc_group0;
struct {
#define TME_SUNCG6_REG_THC_GROUP1 (0x301800)
tme_suncg6_reg_t tme_suncg6_thc_hsync1;
tme_suncg6_reg_t tme_suncg6_thc_hsync2;
tme_suncg6_reg_t tme_suncg6_thc_hsync3;
tme_suncg6_reg_t tme_suncg6_thc_vsync1;
tme_suncg6_reg_t tme_suncg6_thc_vsync2;
tme_suncg6_reg_t tme_suncg6_thc_refresh;
tme_suncg6_reg_t tme_suncg6_thc_misc;
tme_suncg6_reg_t tme_suncg6_thc_unknown_0x81c[56];
tme_suncg6_reg_t tme_suncg6_thc_cursor_xy;
tme_suncg6_reg_t tme_suncg6_thc_cursor_mask[32];
tme_suncg6_reg_t tme_suncg6_thc_cursor_bits[32];
} tme_suncg6_thc_group1;
/* the FBC: */
struct {
#define TME_SUNCG6_REG_FBC_GROUP0 (0x700000)
tme_suncg6_reg_t tme_suncg6_fbc_unknown_0x0;
tme_suncg6_reg_t tme_suncg6_fbc_misc;
tme_suncg6_reg_t tme_suncg6_fbc_clip_check;
tme_suncg6_reg_t tme_suncg6_fbc_unknown_0xc;
tme_suncg6_reg_t tme_suncg6_fbc_status;
tme_suncg6_reg_t tme_suncg6_fbc_status_draw;
tme_suncg6_reg_t tme_suncg6_fbc_status_blit;
tme_suncg6_reg_t tme_suncg6_fbc_font;
tme_suncg6_reg_t tme_suncg6_fbc_unknown_0x20[24];
tme_suncg6_reg_t tme_suncg6_fbc_x0;
tme_suncg6_reg_t tme_suncg6_fbc_y0;
tme_suncg6_reg_t tme_suncg6_fbc_z0;
tme_suncg6_reg_t tme_suncg6_fbc_color0;
tme_suncg6_reg_t tme_suncg6_fbc_x1;
tme_suncg6_reg_t tme_suncg6_fbc_y1;
tme_suncg6_reg_t tme_suncg6_fbc_z1;
tme_suncg6_reg_t tme_suncg6_fbc_color1;
tme_suncg6_reg_t tme_suncg6_fbc_x2;
tme_suncg6_reg_t tme_suncg6_fbc_y2;
tme_suncg6_reg_t tme_suncg6_fbc_z2;
tme_suncg6_reg_t tme_suncg6_fbc_color2;
tme_suncg6_reg_t tme_suncg6_fbc_x3;
tme_suncg6_reg_t tme_suncg6_fbc_y3;
tme_suncg6_reg_t tme_suncg6_fbc_z3;
tme_suncg6_reg_t tme_suncg6_fbc_color3;
tme_suncg6_reg_t tme_suncg6_fbc_offx;
tme_suncg6_reg_t tme_suncg6_fbc_offy;
tme_suncg6_reg_t tme_suncg6_fbc_unknown_0xc8[2];
tme_suncg6_reg_t tme_suncg6_fbc_inc_x;
tme_suncg6_reg_t tme_suncg6_fbc_inc_y;
tme_suncg6_reg_t tme_suncg6_fbc_unknown_0xd8[2];
tme_suncg6_reg_t tme_suncg6_fbc_clip_min_x;
tme_suncg6_reg_t tme_suncg6_fbc_clip_min_y;
tme_suncg6_reg_t tme_suncg6_fbc_unknown_0xe8[2];
tme_suncg6_reg_t tme_suncg6_fbc_clip_max_x;
tme_suncg6_reg_t tme_suncg6_fbc_clip_max_y;
tme_suncg6_reg_t tme_suncg6_fbc_unknown_0xf8[2];
tme_suncg6_reg_t tme_suncg6_fbc_fg;
tme_suncg6_reg_t tme_suncg6_fbc_bg;
tme_suncg6_reg_t tme_suncg6_fbc_rasterop;
tme_suncg6_reg_t tme_suncg6_fbc_pm;
tme_suncg6_reg_t tme_suncg6_fbc_pixelm;
tme_suncg6_reg_t tme_suncg6_fbc_unknown_0x114[2];
tme_suncg6_reg_t tme_suncg6_fbc_patalign;
tme_suncg6_reg_t tme_suncg6_fbc_pattern[8];
} tme_suncg6_fbc_group0;
struct {
#define TME_SUNCG6_REG_FBC_GROUP1 (0x700900)
tme_suncg6_reg_t tme_suncg6_fbc_rect_abs_x;
tme_suncg6_reg_t tme_suncg6_fbc_rect_abs_y;
} tme_suncg6_fbc_group1;
/* in the FBC, the rectangle absolute coordinate registers seem to
be indexed: */
#define TME_SUNCG6_RECT_ABS_COUNT (2)
unsigned int tme_suncg6_fbc_rect_abs_x_i;
unsigned int tme_suncg6_fbc_rect_abs_y_i;
tme_suncg6_reg_t tme_suncg6_fbc_rect_abs_x[TME_SUNCG6_RECT_ABS_COUNT];
tme_suncg6_reg_t tme_suncg6_fbc_rect_abs_y[TME_SUNCG6_RECT_ABS_COUNT];
/* the TEC: */
struct {
#define TME_SUNCG6_REG_TEC_GROUP0 (0x701000)
tme_suncg6_reg_t tme_suncg6_tec_mv;
tme_suncg6_reg_t tme_suncg6_tec_clip;
tme_suncg6_reg_t tme_suncg6_tec_vdc;
} tme_suncg6_tec_group0;
};
/* this does a blit: */
static void
_tme_suncg6_blit(struct tme_suncg6 *suncg6)
{
tme_uint32_t fb_width;
tme_uint32_t fb_height;
tme_int32_t src_x;
tme_int32_t src_y;
tme_int32_t dst_x;
tme_int32_t dst_y;
tme_int32_t blit_width;
tme_int32_t blit_height;
int unsupported;
tme_uint32_t offset_updated_first;
tme_uint32_t offset_updated_last;
const tme_suncg6_pixel_t *src;
tme_suncg6_pixel_t *dst;
/* get the framebuffer width and height: */
fb_width = suncg6->tme_suncg6_width;
fb_height = suncg6->tme_suncg6_height;
/* get the blit source: */
src_x = suncg6->tme_suncg6_fbc_group0.tme_suncg6_fbc_x0;
src_y = suncg6->tme_suncg6_fbc_group0.tme_suncg6_fbc_y0;
/* get the blit destination: */
dst_x = suncg6->tme_suncg6_fbc_group0.tme_suncg6_fbc_x2;
dst_y = suncg6->tme_suncg6_fbc_group0.tme_suncg6_fbc_y2;
/* get the blit width and height: */
blit_width = suncg6->tme_suncg6_fbc_group0.tme_suncg6_fbc_x1;
blit_width
= (blit_width < src_x
? 0
: (blit_width + 1 - src_x));
blit_height = suncg6->tme_suncg6_fbc_group0.tme_suncg6_fbc_y1;
blit_height
= (blit_height < src_y
? 0
: (blit_height + 1 - src_y));
/* check that this blit is supported: */
unsupported = FALSE;
unsupported |= (suncg6->tme_suncg6_fbc_group0.tme_suncg6_fbc_clip_check != 0);
unsupported |= (suncg6->tme_suncg6_fbc_group0.tme_suncg6_fbc_status != 0);
unsupported |= (suncg6->tme_suncg6_fbc_group0.tme_suncg6_fbc_offx != 0);
unsupported |= (suncg6->tme_suncg6_fbc_group0.tme_suncg6_fbc_offy != 0);
unsupported |= (suncg6->tme_suncg6_fbc_group0.tme_suncg6_fbc_clip_min_x != 0);
unsupported |= (suncg6->tme_suncg6_fbc_group0.tme_suncg6_fbc_clip_min_y != 0);
unsupported |= (suncg6->tme_suncg6_fbc_group0.tme_suncg6_fbc_clip_max_x != (fb_width - 1));
unsupported |= (suncg6->tme_suncg6_fbc_group0.tme_suncg6_fbc_clip_max_y != (fb_height - 1));
unsupported
|= (blit_width
!= (suncg6->tme_suncg6_fbc_group0.tme_suncg6_fbc_x3 < dst_x
? 0
: (suncg6->tme_suncg6_fbc_group0.tme_suncg6_fbc_x3 + 1 - dst_x)));
unsupported
|= (blit_height
!= (suncg6->tme_suncg6_fbc_group0.tme_suncg6_fbc_y3 < dst_y
? 0
: (suncg6->tme_suncg6_fbc_group0.tme_suncg6_fbc_y3 + 1 - dst_y)));
if (__tme_predict_false(unsupported)) {
tme_log(TME_SUNFB_LOG_HANDLE(&suncg6->tme_suncg6_sunfb), 0, EINVAL,
(TME_SUNFB_LOG_HANDLE(&suncg6->tme_suncg6_sunfb),
_("unsupported blit parameters")));
return;
}
/* if any of the least coordinates aren't in the framebuffer: */
if (src_x >= fb_width
|| dst_x >= fb_width
|| src_y >= fb_height
|| dst_y >= fb_height) {
return;
}
/* make sure the blit height and width stay in the framebuffer: */
blit_width = TME_MIN(blit_width,
TME_MIN(fb_width - src_x,
fb_width - dst_x));
blit_height = TME_MIN(blit_height,
TME_MIN(fb_height - src_y,
fb_height - dst_y));
/* if the blit height or width are zero: */
if (blit_width == 0
|| blit_height == 0) {
return;
}
/* get the offsets of the first and last bytes of the
destination: */
offset_updated_first = ((fb_width * dst_y) + dst_x);
offset_updated_last
= (offset_updated_first
+ (blit_width - 1)
+ (fb_width * (blit_height - 1)));
/* get the first source and destination rows: */
dst = (tme_suncg6_pixel_t *) suncg6->tme_suncg6_sunfb.tme_sunfb_memory;
src = dst + ((fb_width * src_y) + src_x);
dst += offset_updated_first;
/* if this is a copy: */
if (suncg6->tme_suncg6_fbc_group0.tme_suncg6_fbc_rasterop
== TME_SUNCG6_FBC_RASTEROP_FUNC_COPY
/* XXX FIXME - the rasterop function that the SUNW,501-2325 PROM
uses for all of its blits and draws doesn't do a copy blit,
but for now we treat it like it does: */
|| (suncg6->tme_suncg6_fbc_group0.tme_suncg6_fbc_rasterop
== TME_SUNCG6_FBC_RASTEROP_FUNC_PROM)
) {
/* if the copy is full-width: */
if (blit_width == fb_width) {
/* copy the source to the destination: */
memmove(dst,
src,
sizeof(tme_suncg6_pixel_t) * blit_width * blit_height);
}
/* otherwise, the copy is not full-width: */
else {
/* copy the source to the destination: */
do {
memmove(dst,
src,
sizeof(tme_suncg6_pixel_t) * blit_width);
dst += sizeof(tme_suncg6_pixel_t) * fb_width;
src += sizeof(tme_suncg6_pixel_t) * fb_width;
} while (--blit_height);
}
}
/* otherwise, this is an unsupported blit: */
else {
tme_log(TME_SUNFB_LOG_HANDLE(&suncg6->tme_suncg6_sunfb), 0, EINVAL,
(TME_SUNFB_LOG_HANDLE(&suncg6->tme_suncg6_sunfb),
_("unsupported blit function")));
}
/* update the offsets of the first and last bytes updated in the
real framebuffer memory: */
offset_updated_first
= TME_MIN(offset_updated_first,
suncg6->tme_suncg6_sunfb.tme_sunfb_offset_updated_first);
offset_updated_last
= TME_MAX(offset_updated_last,
suncg6->tme_suncg6_sunfb.tme_sunfb_offset_updated_last);
suncg6->tme_suncg6_sunfb.tme_sunfb_offset_updated_first = offset_updated_first;
suncg6->tme_suncg6_sunfb.tme_sunfb_offset_updated_last = offset_updated_last;
}
/* this does a draw: */
static void
_tme_suncg6_draw(struct tme_suncg6 *suncg6)
{
tme_uint32_t fb_width;
tme_uint32_t fb_height;
unsigned int rect_abs_i;
tme_int32_t draw_width;
tme_int32_t dst_x;
tme_int32_t draw_height;
tme_int32_t dst_y;
int unsupported;
tme_uint32_t offset_updated_first;
tme_uint32_t offset_updated_last;
tme_suncg6_pixel_t *dst;
tme_int32_t resid_width;
/* get the framebuffer width and height: */
fb_width = suncg6->tme_suncg6_width;
fb_height = suncg6->tme_suncg6_height;
/* get the draw width and destination x: */
rect_abs_i = suncg6->tme_suncg6_fbc_rect_abs_x_i;
draw_width = suncg6->tme_suncg6_fbc_rect_abs_x[rect_abs_i % TME_SUNCG6_RECT_ABS_COUNT];
rect_abs_i = rect_abs_i - 1;
dst_x = suncg6->tme_suncg6_fbc_rect_abs_x[rect_abs_i % TME_SUNCG6_RECT_ABS_COUNT];
draw_width
= (draw_width < dst_x
? 0
: (draw_width + 1 - dst_x));
/* get the draw height and destination y: */
rect_abs_i = suncg6->tme_suncg6_fbc_rect_abs_y_i;
draw_height = suncg6->tme_suncg6_fbc_rect_abs_y[rect_abs_i % TME_SUNCG6_RECT_ABS_COUNT];
rect_abs_i = rect_abs_i - 1;
dst_y = suncg6->tme_suncg6_fbc_rect_abs_y[rect_abs_i % TME_SUNCG6_RECT_ABS_COUNT];
draw_height
= (draw_height < dst_y
? 0
: (draw_height + 1 - dst_y));
/* check that this draw is supported: */
unsupported = FALSE;
unsupported |= (suncg6->tme_suncg6_fbc_group0.tme_suncg6_fbc_clip_check != 0);
unsupported |= (suncg6->tme_suncg6_fbc_group0.tme_suncg6_fbc_status != 0);
unsupported |= (suncg6->tme_suncg6_fbc_group0.tme_suncg6_fbc_offx != 0);
unsupported |= (suncg6->tme_suncg6_fbc_group0.tme_suncg6_fbc_offy != 0);
unsupported |= (suncg6->tme_suncg6_fbc_group0.tme_suncg6_fbc_clip_min_x != 0);
unsupported |= (suncg6->tme_suncg6_fbc_group0.tme_suncg6_fbc_clip_min_y != 0);
unsupported |= (suncg6->tme_suncg6_fbc_group0.tme_suncg6_fbc_clip_max_x != (fb_width - 1));
unsupported |= (suncg6->tme_suncg6_fbc_group0.tme_suncg6_fbc_clip_max_y != (fb_height - 1));
if (__tme_predict_false(unsupported)) {
tme_log(TME_SUNFB_LOG_HANDLE(&suncg6->tme_suncg6_sunfb), 0, EINVAL,
(TME_SUNFB_LOG_HANDLE(&suncg6->tme_suncg6_sunfb),
_("unsupported draw parameters")));
return;
}
/* if the draw coordinate isn't in the framebuffer: */
if (dst_x >= fb_width
|| dst_y >= fb_height) {
return;
}
/* make sure the draw height and width stay in the framebuffer: */
draw_width = TME_MIN(draw_width,
fb_width - dst_x);
draw_height = TME_MIN(draw_height,
fb_height - dst_y);
/* if the draw height or width are zero: */
if (draw_width == 0
|| draw_height == 0) {
return;
}
/* get the offsets of the first and last bytes of the
destination: */
offset_updated_first = ((fb_width * dst_y) + dst_x);
offset_updated_last
= (offset_updated_first
+ (draw_width - 1)
+ (fb_width * (draw_height - 1)));
/* get the first destination row: */
dst = (tme_suncg6_pixel_t *) suncg6->tme_suncg6_sunfb.tme_sunfb_memory;
dst += offset_updated_first;
/* if this is a fill: */
if (suncg6->tme_suncg6_fbc_group0.tme_suncg6_fbc_rasterop
== TME_SUNCG6_FBC_RASTEROP_FUNC_FILL
/* XXX FIXME - the rasterop function that the SUNW,501-2325 PROM
uses for all of its blits and draws doesn't do a fill draw,
but for now we treat it like it does: */
|| (suncg6->tme_suncg6_fbc_group0.tme_suncg6_fbc_rasterop
== TME_SUNCG6_FBC_RASTEROP_FUNC_PROM)
) {
/* if the fill is full-width: */
if (draw_width == fb_width) {
/* fill the destination: */
memset(dst,
(tme_uint8_t) suncg6->tme_suncg6_fbc_group0.tme_suncg6_fbc_fg,
sizeof(tme_suncg6_pixel_t) * draw_width * draw_height);
}
/* otherwise, the fill is not full-width: */
else {
/* fill the destination: */
do {
memset(dst,
(tme_uint8_t) suncg6->tme_suncg6_fbc_group0.tme_suncg6_fbc_fg,
sizeof(tme_suncg6_pixel_t) * draw_width);
dst += sizeof(tme_suncg6_pixel_t) * fb_width;
} while (--draw_height);
}
}
/* otherwise, if this is an invert: */
else if (suncg6->tme_suncg6_fbc_group0.tme_suncg6_fbc_rasterop
== TME_SUNCG6_FBC_RASTEROP_FUNC_FLIP) {
/* do the inversion: */
/* XXX FIXME - the inversion almost certainly isn't this
simple: */
do {
resid_width = draw_width;
do {
*(dst++) ^= 0xff;
} while (--resid_width);
dst = (dst - draw_width) + fb_width;
} while (--draw_height);
}
/* otherwise, this is an unsupported draw: */
else {
tme_log(TME_SUNFB_LOG_HANDLE(&suncg6->tme_suncg6_sunfb), 0, EINVAL,
(TME_SUNFB_LOG_HANDLE(&suncg6->tme_suncg6_sunfb),
_("unsupported draw function")));
}
/* update the offsets of the first and last bytes updated in the
real framebuffer memory: */
offset_updated_first
= TME_MIN(offset_updated_first,
suncg6->tme_suncg6_sunfb.tme_sunfb_offset_updated_first);
offset_updated_last
= TME_MAX(offset_updated_last,
suncg6->tme_suncg6_sunfb.tme_sunfb_offset_updated_last);
suncg6->tme_suncg6_sunfb.tme_sunfb_offset_updated_first = offset_updated_first;
suncg6->tme_suncg6_sunfb.tme_sunfb_offset_updated_last = offset_updated_last;
}
/* this does a font draw: */
static void
_tme_suncg6_font(struct tme_suncg6 *suncg6,
tme_suncg6_reg_t font)
{
tme_uint32_t fb_width;
tme_uint32_t fb_height;
tme_int32_t dst_x;
tme_int32_t dst_y;
tme_int32_t draw_width;
int unsupported;
tme_uint32_t offset_updated_first;
tme_uint32_t offset_updated_last;
tme_suncg6_pixel_t *dst;
tme_uint16_t pixels;
/* get the framebuffer width and height: */
fb_width = suncg6->tme_suncg6_width;
fb_height = suncg6->tme_suncg6_height;
/* get the font draw destination: */
dst_x = suncg6->tme_suncg6_fbc_group0.tme_suncg6_fbc_x0;
dst_y = suncg6->tme_suncg6_fbc_group0.tme_suncg6_fbc_y0;
/* get the font draw width: */
draw_width = suncg6->tme_suncg6_fbc_group0.tme_suncg6_fbc_x1;
draw_width
= (draw_width < dst_x
? 0
: (draw_width + 1 - dst_x));
/* check that this font draw is supported: */
unsupported = FALSE;
unsupported |= (suncg6->tme_suncg6_fbc_group0.tme_suncg6_fbc_clip_check != 0);
unsupported |= (suncg6->tme_suncg6_fbc_group0.tme_suncg6_fbc_status != 0);
unsupported |= (suncg6->tme_suncg6_fbc_group0.tme_suncg6_fbc_offx != 0);
unsupported |= (suncg6->tme_suncg6_fbc_group0.tme_suncg6_fbc_offy != 0);
unsupported |= (suncg6->tme_suncg6_fbc_group0.tme_suncg6_fbc_clip_min_x != 0);
unsupported |= (suncg6->tme_suncg6_fbc_group0.tme_suncg6_fbc_clip_min_y != 0);
unsupported |= (suncg6->tme_suncg6_fbc_group0.tme_suncg6_fbc_clip_max_x != (fb_width - 1));
unsupported |= (suncg6->tme_suncg6_fbc_group0.tme_suncg6_fbc_clip_max_y != (fb_height - 1));
if (__tme_predict_false(unsupported)) {
tme_log(TME_SUNFB_LOG_HANDLE(&suncg6->tme_suncg6_sunfb), 0, EINVAL,
(TME_SUNFB_LOG_HANDLE(&suncg6->tme_suncg6_sunfb),
_("unsupported font draw parameters")));
return;
}
/* if the font draw coordinate isn't in the framebuffer: */
if (dst_x >= fb_width
|| dst_y >= fb_height) {
return;
}
/* make sure the font draw width stays in the framebuffer: */
draw_width = TME_MIN(draw_width,
fb_width - dst_x);
/* if the draw width is zero: */
if (draw_width == 0) {
return;
}
/* get the offsets of the first and last bytes of the
destination: */
offset_updated_first = ((fb_width * dst_y) + dst_x);
offset_updated_last
= (offset_updated_first
+ (draw_width - 1));
/* get the first destination row: */
dst = (tme_suncg6_pixel_t *) suncg6->tme_suncg6_sunfb.tme_sunfb_memory;
dst += offset_updated_first;
/* get the foreground and background pixels: */
pixels = (tme_suncg6_pixel_t) suncg6->tme_suncg6_fbc_group0.tme_suncg6_fbc_fg;
pixels <<= (8 * sizeof(tme_suncg6_pixel_t));
pixels += (tme_suncg6_pixel_t) suncg6->tme_suncg6_fbc_group0.tme_suncg6_fbc_bg;
/* do the font draw: */
do {
*(dst++)
= ((tme_suncg6_pixel_t)
(pixels
>> ((0 - (((tme_int32_t) font) < 0))
& (8 * sizeof(tme_suncg6_pixel_t)))));
font <<= 1;
} while (--draw_width);
/* advance after the font draw: */
suncg6->tme_suncg6_fbc_group0.tme_suncg6_fbc_x0 += suncg6->tme_suncg6_fbc_group0.tme_suncg6_fbc_inc_x;
suncg6->tme_suncg6_fbc_group0.tme_suncg6_fbc_x1 += suncg6->tme_suncg6_fbc_group0.tme_suncg6_fbc_inc_x;
suncg6->tme_suncg6_fbc_group0.tme_suncg6_fbc_y0 += suncg6->tme_suncg6_fbc_group0.tme_suncg6_fbc_inc_y;
/* update the offsets of the first and last bytes updated in the
real framebuffer memory: */
offset_updated_first
= TME_MIN(offset_updated_first,
suncg6->tme_suncg6_sunfb.tme_sunfb_offset_updated_first);
offset_updated_last
= TME_MAX(offset_updated_last,
suncg6->tme_suncg6_sunfb.tme_sunfb_offset_updated_last);
suncg6->tme_suncg6_sunfb.tme_sunfb_offset_updated_first = offset_updated_first;
suncg6->tme_suncg6_sunfb.tme_sunfb_offset_updated_last = offset_updated_last;
}
/* the ALT bus cycle handler: */
static void
_tme_suncg6_bus_cycle_alt(struct tme_sunfb *sunfb,
struct tme_bus_cycle *master_cycle,
tme_uint32_t *_master_fast_cycle_types,
struct tme_completion *master_completion)
{
struct tme_suncg6 *suncg6;
tme_bus_addr32_t reg;
tme_suncg6_reg_t *_reg;
tme_suncg6_reg_t value32_buffer;
tme_suncg6_reg_t value32;
/* recover our data structure: */
suncg6 = (struct tme_suncg6 *) sunfb;
/* get the register: */
reg = master_cycle->tme_bus_cycle_address;
/* convert the register into a pointer: */
_reg = NULL;
/* if this is a write: */
if (master_cycle->tme_bus_cycle_type == TME_BUS_CYCLE_WRITE) {
/* run the bus cycle: */
tme_bus_cycle_xfer_reg(master_cycle,
&value32_buffer,
TME_BUS32_LOG2);
value32 = value32_buffer;
}
/* otherwise, this must be a read: */
else {
assert (master_cycle->tme_bus_cycle_type == TME_BUS_CYCLE_READ);
/* this must be a maintained register: */
if (_reg == NULL) {
abort();
}
value32 = *_reg;
/* run the bus cycle: */
value32_buffer = value32;
tme_bus_cycle_xfer_reg(master_cycle,
&value32_buffer,
TME_BUS32_LOG2);
}
/* complete the cycle: */
master_completion->tme_completion_error = TME_OK;
tme_memory_barrier(master_completion, sizeof(*master_completion), TME_MEMORY_BARRIER_WRITE_BEFORE_WRITE);
tme_completion_validate(master_completion);
*_master_fast_cycle_types = 0;
tme_log(TME_SUNFB_LOG_HANDLE(sunfb), 2000, TME_OK,
(TME_SUNFB_LOG_HANDLE(sunfb),
_("ALT 0x%06" TME_PRIx32 " %s%s 0x%08" TME_PRIx32),
reg,
(_reg == NULL
? "UNKNOWN "
: ""),
(master_cycle->tme_bus_cycle_type == TME_BUS_CYCLE_WRITE
? "<-"
: "->"),
value32));
}
/* the FHC and THC bus cycle handler: */
static void
_tme_suncg6_bus_cycle_fhc_thc(struct tme_sunfb *sunfb,
struct tme_bus_cycle *master_cycle,
tme_uint32_t *_master_fast_cycle_types,
struct tme_completion *master_completion)
{
struct tme_suncg6 *suncg6;
tme_bus_addr32_t reg;
tme_suncg6_reg_t *_reg;
tme_suncg6_reg_t value32_buffer;
tme_suncg6_reg_t value32;
tme_suncg6_reg_t reg_mask_ro;
/* recover our data structure: */
suncg6 = (struct tme_suncg6 *) sunfb;
/* get the register: */
reg = master_cycle->tme_bus_cycle_address;
/* convert the register into a pointer: */
if (reg >= TME_SUNCG6_REG_THC_UNKNOWN_0x0) {
_reg = (TME_SUNCG6_REG_POINTER(suncg6, reg,THC,thc,0)
: TME_SUNCG6_REG_POINTER(suncg6, reg,THC,thc,1)
: NULL);
}
else {
reg = TME_SUNCG6_REG_FHC;
_reg = &suncg6->tme_suncg6_fhc;
}
/* if this is a write: */
if (master_cycle->tme_bus_cycle_type == TME_BUS_CYCLE_WRITE) {
/* run the bus cycle: */
tme_bus_cycle_xfer_reg(master_cycle,
&value32_buffer,
TME_BUS32_LOG2);
value32 = value32_buffer;
/* assume that none of the register is read-only: */
reg_mask_ro = 0;
/* dispatch on the register: */
switch (reg) {
/* the FHC: */
case TME_SUNCG6_REG_FHC:
reg_mask_ro
= (TME_SUNCG6_FHC_ID_MASK
+ TME_SUNCG6_FHC_REVISION_MASK
+ TME_SUNCG6_FHC_SIZE_MASK);
break;
/* the THC miscellaneous register: */
case TME_SUNCG6_REG_THC(1,misc):
reg_mask_ro
= (TME_SUNCG6_THC_MISC_REVISION_MASK
);
break;
default:
break;
}
/* if this is a maintained register: */
if (_reg != NULL) {
*_reg
= ((*_reg
& reg_mask_ro)
+ (value32
& ~reg_mask_ro));
}
}
/* otherwise, this is a read: */
else {
assert (master_cycle->tme_bus_cycle_type == TME_BUS_CYCLE_READ);
/* dispatch on the register: */
switch (reg) {
default:
break;
}
/* this must be a maintained register: */
if (_reg == NULL) {
abort();
}
value32 = *_reg;
/* run the bus cycle: */
value32_buffer = value32;
tme_bus_cycle_xfer_reg(master_cycle,
&value32_buffer,
TME_BUS32_LOG2);
}
/* complete the cycle: */
master_completion->tme_completion_error = TME_OK;
tme_memory_barrier(master_completion, sizeof(*master_completion), TME_MEMORY_BARRIER_WRITE_BEFORE_WRITE);
tme_completion_validate(master_completion);
*_master_fast_cycle_types = 0;
tme_log(TME_SUNFB_LOG_HANDLE(sunfb), 2000, TME_OK,
(TME_SUNFB_LOG_HANDLE(sunfb),
_("%s 0x%06" TME_PRIx32 " %s%s 0x%08" TME_PRIx32),
(reg >= TME_SUNCG6_REG_THC_UNKNOWN_0x0
? "THC"
: "FHC"),
reg,
(_reg == NULL
? "UNKNOWN "
: ""),
(master_cycle->tme_bus_cycle_type == TME_BUS_CYCLE_WRITE
? "<-"
: "->"),
value32));
}
/* the FBC bus cycle handler: */
static void
_tme_suncg6_bus_cycle_fbc(struct tme_sunfb *sunfb,
struct tme_bus_cycle *master_cycle,
tme_uint32_t *_master_fast_cycle_types,
struct tme_completion *master_completion)
{
struct tme_suncg6 *suncg6;
tme_bus_addr32_t reg;
tme_suncg6_reg_t *_reg;
tme_suncg6_reg_t value32_buffer;
tme_suncg6_reg_t value32;
tme_suncg6_reg_t reg_mask_ro;
/* recover our data structure: */
suncg6 = (struct tme_suncg6 *) sunfb;
/* get the register: */
reg = master_cycle->tme_bus_cycle_address;
/* convert the register into a pointer: */
_reg
= (TME_SUNCG6_REG_POINTER(suncg6, reg,FBC,fbc,0)
: TME_SUNCG6_REG_POINTER(suncg6, reg,FBC,fbc,1)
: NULL);
/* if this is a write: */
if (master_cycle->tme_bus_cycle_type == TME_BUS_CYCLE_WRITE) {
/* run the bus cycle: */
tme_bus_cycle_xfer_reg(master_cycle,
&value32_buffer,
TME_BUS32_LOG2);
value32 = value32_buffer;
/* assume that none of the register is read-only: */
reg_mask_ro = 0;
/* dispatch on the register: */
switch (reg) {
/* a write of the font register: */
case TME_SUNCG6_REG_FBC(0,font):
_tme_suncg6_font(suncg6, value32);
break;
/* a write of the rectangle absolute coordinate registers: */
case TME_SUNCG6_REG_FBC(1,rect_abs_x):
suncg6->tme_suncg6_fbc_rect_abs_x_i
= ((suncg6->tme_suncg6_fbc_rect_abs_x_i + 1)
% TME_SUNCG6_RECT_ABS_COUNT);
_reg = &suncg6->tme_suncg6_fbc_rect_abs_x[suncg6->tme_suncg6_fbc_rect_abs_x_i];
break;
case TME_SUNCG6_REG_FBC(1,rect_abs_y):
suncg6->tme_suncg6_fbc_rect_abs_y_i
= ((suncg6->tme_suncg6_fbc_rect_abs_y_i + 1)
% TME_SUNCG6_RECT_ABS_COUNT);
_reg = &suncg6->tme_suncg6_fbc_rect_abs_y[suncg6->tme_suncg6_fbc_rect_abs_y_i];
break;
default:
break;
}
/* if this is a maintained register: */
if (_reg != NULL) {
*_reg
= ((*_reg
& reg_mask_ro)
+ (value32
& ~reg_mask_ro));
}
}
/* otherwise, this is a read: */
else {
assert (master_cycle->tme_bus_cycle_type == TME_BUS_CYCLE_READ);
/* dispatch on the register: */
switch (reg) {
/* a read of the status register: */
case TME_SUNCG6_REG_FBC(0,status):
*_reg = 0;
break;
/* a read of the blit status register: */
case TME_SUNCG6_REG_FBC(0,status_blit):
/* trigger a blit: */
_tme_suncg6_blit(suncg6);
*_reg = 0;
break;
/* a read of the drawing status register: */
case TME_SUNCG6_REG_FBC(0,status_draw):
/* trigger a draw: */
_tme_suncg6_draw(suncg6);
*_reg = 0;
break;
default:
break;
}
/* this must be a maintained register: */
if (_reg == NULL) {
abort();
}
value32 = *_reg;
/* run the bus cycle: */
value32_buffer = value32;
tme_bus_cycle_xfer_reg(master_cycle,
&value32_buffer,
TME_BUS32_LOG2);
}
/* complete the cycle: */
master_completion->tme_completion_error = TME_OK;
tme_memory_barrier(master_completion, sizeof(*master_completion), TME_MEMORY_BARRIER_WRITE_BEFORE_WRITE);
tme_completion_validate(master_completion);
*_master_fast_cycle_types = 0;
tme_log(TME_SUNFB_LOG_HANDLE(sunfb), 2000, TME_OK,
(TME_SUNFB_LOG_HANDLE(sunfb),
_("FBC 0x%06" TME_PRIx32 " %s%s 0x%08" TME_PRIx32),
reg,
(_reg == NULL
? "UNKNOWN "
: ""),
(master_cycle->tme_bus_cycle_type == TME_BUS_CYCLE_WRITE
? "<-"
: "->"),
value32));
}
/* the TEC bus cycle handler: */
static void
_tme_suncg6_bus_cycle_tec(struct tme_sunfb *sunfb,
struct tme_bus_cycle *master_cycle,
tme_uint32_t *_master_fast_cycle_types,
struct tme_completion *master_completion)
{
struct tme_suncg6 *suncg6;
tme_bus_addr32_t reg;
tme_suncg6_reg_t *_reg;
tme_suncg6_reg_t value32_buffer;
tme_suncg6_reg_t value32;
tme_suncg6_reg_t reg_mask_ro;
/* recover our data structure: */
suncg6 = (struct tme_suncg6 *) sunfb;
/* get the register: */
reg = master_cycle->tme_bus_cycle_address;
/* convert the register into a pointer: */
_reg
= (TME_SUNCG6_REG_POINTER(suncg6, reg,TEC,tec,0)
: NULL);
/* if this is a write: */
if (master_cycle->tme_bus_cycle_type == TME_BUS_CYCLE_WRITE) {
/* run the bus cycle: */
tme_bus_cycle_xfer_reg(master_cycle,
&value32_buffer,
TME_BUS32_LOG2);
value32 = value32_buffer;
/* assume that none of the register is read-only: */
reg_mask_ro = 0;
/* dispatch on the register: */
switch (reg) {
default:
break;
}
/* if this is a maintained register: */
if (_reg != NULL) {
*_reg
= ((*_reg
& reg_mask_ro)
+ (value32
& ~reg_mask_ro));
}
}
/* otherwise, this is a read: */
else {
assert (master_cycle->tme_bus_cycle_type == TME_BUS_CYCLE_READ);
/* dispatch on the register: */
switch (reg) {
default:
break;
}
/* this must be a maintained register: */
if (_reg == NULL) {
abort();
}
value32 = *_reg;
/* run the bus cycle: */
value32_buffer = value32;
tme_bus_cycle_xfer_reg(master_cycle,
&value32_buffer,
TME_BUS32_LOG2);
}
/* complete the cycle: */
master_completion->tme_completion_error = TME_OK;
tme_memory_barrier(master_completion, sizeof(*master_completion), TME_MEMORY_BARRIER_WRITE_BEFORE_WRITE);
tme_completion_validate(master_completion);
*_master_fast_cycle_types = 0;
tme_log(TME_SUNFB_LOG_HANDLE(sunfb), 2000, TME_OK,
(TME_SUNFB_LOG_HANDLE(sunfb),
_("TEC 0x%06" TME_PRIx32 " %s%s 0x%08" TME_PRIx32),
reg,
(_reg == NULL
? "UNKNOWN "
: ""),
(master_cycle->tme_bus_cycle_type == TME_BUS_CYCLE_WRITE
? "<-"
: "->"),
value32));
}
#if TME_SUNFB_BUS_TRANSITION
/* this is the bus cycle transition glue: */
#define _tme_suncg6_bus_cycle_transition(regs) \
static int \
_TME_CONCAT(_tme_suncg6_bus_cycle_transition_,regs)(void *_sunfb, \
struct tme_bus_cycle *master_cycle) \
{ \
return (tme_sunfb_bus_cycle_transition(_sunfb, \
master_cycle, \
_TME_CONCAT(_tme_suncg6_bus_cycle_,regs))); \
} \
struct _tme_suncg6_bus_cycle_transition
_tme_suncg6_bus_cycle_transition(alt);
_tme_suncg6_bus_cycle_transition(fhc_thc);
_tme_suncg6_bus_cycle_transition(fbc);
_tme_suncg6_bus_cycle_transition(tec);
#define _tme_suncg6_bus_cycle_alt _tme_suncg6_bus_cycle_transition_alt
#define _tme_suncg6_bus_cycle_fhc_thc _tme_suncg6_bus_cycle_transition_fhc_thc
#define _tme_suncg6_bus_cycle_fbc _tme_suncg6_bus_cycle_transition_fbc
#define _tme_suncg6_bus_cycle_tec _tme_suncg6_bus_cycle_transition_tec
#undef _tme_suncg6_bus_cycle_transition
#endif /* TME_SUNFB_BUS_TRANSITION */
/* this sets the cgsix type: */
static const char *
_tme_suncg6_type_set(struct tme_sunfb *sunfb, const char *cg6_type_string)
{
struct tme_suncg6 *suncg6;
tme_uint32_t cg6_type;
tme_suncg6_reg_t fhc;
tme_suncg6_reg_t thc_misc;
/* recover our data structure: */
suncg6 = (struct tme_suncg6 *) sunfb;
/* see if this is a good type: */
cg6_type = TME_SUNCG6_TYPE_NULL;
if (TME_ARG_IS(cg6_type_string, "501-2325")) {
cg6_type = TME_SUNCG6_TYPE_501_2325;
}
/* set the new type: */
suncg6->tme_suncg6_type = cg6_type;
/* zero various registers: */
fhc = 0;
thc_misc = 0;
/* dispatch on the new type: */
switch (cg6_type) {
/* if this was a bad type, return a string of types: */
default: assert(FALSE);
case TME_SUNCG6_TYPE_NULL:
return ("501-2325");
case TME_SUNCG6_TYPE_501_2325:
TME_FIELD_MASK_DEPOSITU(fhc, TME_SUNCG6_FHC_ID_MASK, 0x63);
TME_FIELD_MASK_DEPOSITU(fhc, TME_SUNCG6_FHC_REVISION_MASK, 0xb);
TME_FIELD_MASK_DEPOSITU(thc_misc, TME_SUNCG6_THC_MISC_REVISION_MASK, 0x4);
sunfb->tme_sunfb_bus_signal_int = TME_BUS_SIGNAL_INT(5);
break;
}
/* set various initial registers: */
suncg6->tme_suncg6_fhc = fhc;
suncg6->tme_suncg6_thc_group1.tme_suncg6_thc_misc = thc_misc;
/* success: */
return (NULL);
}
/* the new sun cgsix function: */
int
tme_sun_cgsix(struct tme_element *element, const char * const *args, char **_output)
{
struct tme_suncg6 *suncg6;
struct tme_sunfb *sunfb;
tme_uint8_t *cmap;
int rc;
tme_suncg6_reg_t fhc;
/* start the suncg6 structure: */
suncg6 = tme_new0(struct tme_suncg6, 1);
suncg6->tme_suncg6_sunfb.tme_sunfb_element = element;
/* initialize the sunfb structure: */
sunfb = &suncg6->tme_suncg6_sunfb;
sunfb->tme_sunfb_class = TME_FB_XLAT_CLASS_COLOR;
sunfb->tme_sunfb_depth = 8;
sunfb->tme_sunfb_type_set = _tme_suncg6_type_set;
sunfb->tme_sunfb_flags
|= ((!TME_SUNFB_FLAG_BT458_CMAP_PACKED)
| TME_SUNFB_FLAG_BT458_BYTE_D24_D31);
/* possible cgsix framebuffer sizes: */
suncg6->tme_suncg6_sunfb.tme_sunfb_size
= (TME_SUNFB_SIZE_1024_768
| TME_SUNFB_SIZE_1152_900
| TME_SUNFB_SIZE_1280_1024
| TME_SUNFB_SIZE_1600_1280);
/* assume that this is not a P4 cgsix: */
suncg6->tme_suncg6_bus_subregion_p4.tme_bus_subregion_address_first = 1;
suncg6->tme_suncg6_bus_subregion_p4.tme_bus_subregion_address_last = 0;
suncg6->tme_suncg6_bus_handler_p4 = NULL;
/* the DAC registers: */
suncg6->tme_suncg6_bus_subregion_dac.tme_bus_subregion_address_first = TME_SUNCG6_REG_DAC;
suncg6->tme_suncg6_bus_subregion_dac.tme_bus_subregion_address_last = TME_SUNCG6_REG_ALT - 1;
suncg6->tme_suncg6_bus_handler_dac = tme_sunfb_bus_cycle_bt458;
/* the ALT registers: */
suncg6->tme_suncg6_bus_subregion_alt.tme_bus_subregion_address_first = TME_SUNCG6_REG_ALT;
suncg6->tme_suncg6_bus_subregion_alt.tme_bus_subregion_address_last = TME_SUNCG6_REG_ALT + TME_SUNCG6_SIZ_ALT - 1;
suncg6->tme_suncg6_bus_handler_alt = _tme_suncg6_bus_cycle_alt;
/* the FHC and THC registers: */
suncg6->tme_suncg6_bus_subregion_fhc_thc.tme_bus_subregion_address_first = TME_SUNCG6_REG_FHC;
suncg6->tme_suncg6_bus_subregion_fhc_thc.tme_bus_subregion_address_last
= (TME_SUNCG6_REG_THC_UNKNOWN_0x0
+ TME_SUNCG6_SIZ_THC
- 1);
suncg6->tme_suncg6_bus_handler_fhc_thc = _tme_suncg6_bus_cycle_fhc_thc;
/* the FBC registers: */
suncg6->tme_suncg6_bus_subregion_fbc.tme_bus_subregion_address_first
= TME_SUNCG6_REG_FBC_GROUP0;
suncg6->tme_suncg6_bus_subregion_fbc.tme_bus_subregion_address_last
= TME_SUNCG6_REG_TEC_GROUP0 - 1;
suncg6->tme_suncg6_bus_handler_fbc = _tme_suncg6_bus_cycle_fbc;
/* the TEC registers: */
suncg6->tme_suncg6_bus_subregion_tec.tme_bus_subregion_address_first
= TME_SUNCG6_REG_TEC_GROUP0;
suncg6->tme_suncg6_bus_subregion_tec.tme_bus_subregion_address_last
= (TME_SUNCG6_REG_TEC_GROUP0
+ TME_SUNCG6_TEC_SIZE
- 1);
suncg6->tme_suncg6_bus_handler_tec = _tme_suncg6_bus_cycle_tec;
/* the memory address: */
sunfb->tme_sunfb_bus_subregion_memory.tme_bus_subregion_address_first = TME_SUNFB_S4_OFFSET_MEMORY;
/* if the generic initialization fails: */
rc = tme_sunfb_new(sunfb, args, _output);
if (rc) {
/* free the sunfb structure and return the error: */
tme_free(sunfb);
return (rc);
}
/* set the size in the initial FHC: */
fhc = suncg6->tme_suncg6_fhc;
fhc &= (TME_SUNCG6_FHC_ID_MASK
+ TME_SUNCG6_FHC_REVISION_MASK);
switch (sunfb->tme_sunfb_size) {
default: assert(FALSE);
case TME_SUNFB_SIZE_1152_900: fhc += TME_SUNCG6_FHC_SIZE_1152_900; break;
case TME_SUNFB_SIZE_1024_768: fhc += TME_SUNCG6_FHC_SIZE_1024_768; break;
case TME_SUNFB_SIZE_1280_1024: fhc += TME_SUNCG6_FHC_SIZE_1280_1024; break;
case TME_SUNFB_SIZE_1600_1280: fhc += TME_SUNCG6_FHC_SIZE_1600_1280; break;
}
suncg6->tme_suncg6_fhc = fhc;
/* save the size: */
suncg6->tme_suncg6_width = tme_sunfb_size_width(suncg6->tme_suncg6_sunfb.tme_sunfb_size);
suncg6->tme_suncg6_height = tme_sunfb_size_height(suncg6->tme_suncg6_sunfb.tme_sunfb_size);
/* allocate the colormap arrays: */
cmap = tme_new0(tme_uint8_t, 256 * 3);
sunfb->tme_sunfb_cmap_g = &cmap[256 * 0];
sunfb->tme_sunfb_cmap_r = &cmap[256 * 1];
sunfb->tme_sunfb_cmap_b = &cmap[256 * 2];
sunfb->tme_sunfb_bt458.tme_bt458_cmap_g = sunfb->tme_sunfb_cmap_g;
sunfb->tme_sunfb_bt458.tme_bt458_cmap_r = sunfb->tme_sunfb_cmap_r;
sunfb->tme_sunfb_bt458.tme_bt458_cmap_b = sunfb->tme_sunfb_cmap_b;
return (TME_OK);
}
This archive runs on limited infrastructure. Preserving old code on modern bandwidth. Automated agents are requested to crawl responsibly.