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[/] [or1k/] [tags/] [before_ORP/] [uclinux/] [uClinux-2.0.x/] [drivers/] [sbus/] [char/] [suncons.c] - Rev 1765
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/* suncons.c: Sun SparcStation console support. * * Copyright (C) 1995 Peter Zaitcev (zaitcev@lab.ipmce.su) * Copyright (C) 1995 David S. Miller (davem@caip.rutgers.edu) * Copyright (C) 1995 Miguel de Icaza (miguel@nuclecu.unam.mx) * * Added font loading Nov/21, Miguel de Icaza (miguel@nuclecu.unam.mx) * Added render_screen and faster scrolling Nov/27, miguel * Added console palette code for cg6 Dec/13/95, miguel * Added generic frame buffer support Dec/14/95, miguel * Added cgsix and bwtwo drivers Jan/96, miguel * Added 4m, and cg3 driver Feb/96, miguel * Fixed the cursor on color displays Feb/96, miguel. * * Cleaned up the detection code, generic 8bit depth display * code, Mar/96 miguel * * This file contains the frame buffer device drivers. * Each driver is kept together in case we would like to * split this file. * * Much of this driver is derived from the DEC TGA driver by * Jay Estabrook who has done a nice job with the console * driver abstraction btw. * * We try to make everything a power of two if possible to * speed up the bit blit. Doing multiplies, divides, and * remainder routines end up calling software library routines * since not all Sparcs have the hardware to do it. * * TODO: * do not use minor to index into instances of the frame buffer, * since the numbers assigned to us are not consecutive. * * do not blank the screen when frame buffer is mapped. * * Change the detection loop to use more than one video card. */ /* Define this one if you are debugging something in X, it will not disable the console output */ /* #define DEBUGGING_X */ /* See also: sparc/keyboard.c: CODING_NEW_DRIVER */ #define GRAPHDEV_MAJOR 29 #define FRAME_BUFFERS 1 #include <linux/sched.h> #include <linux/timer.h> #include <linux/interrupt.h> #include <linux/tty.h> #include <linux/tty_flip.h> #include <linux/kernel.h> #include <linux/string.h> #include <linux/errno.h> #include <linux/kd.h> #include <linux/malloc.h> #include <linux/major.h> #include <linux/mm.h> #include <linux/types.h> #include <asm/system.h> #include <asm/segment.h> #include <asm/page.h> #include <asm/pgtable.h> #include <asm/bitops.h> #include <asm/oplib.h> #include <asm/sbus.h> #include <asm/fbio.h> #include <asm/io.h> #include <asm/pgtsun4c.h> /* for the sun4c_nocache */ #include "../../char/kbd_kern.h" #include "../../char/vt_kern.h" #include "../../char/consolemap.h" #include "../../char/selection.h" #include "../../char/console_struct.h" #define cmapsz 8192 extern void register_console(void (*proc)(const char *)); extern void console_print(const char *); extern unsigned char vga_font[]; extern int graphics_on; extern int serial_console; /* Based upon what the PROM tells us, we can figure out where * the console is currently located. The situation can be either * of the following two scenarios: * * 1) Console i/o is done over the serial line, ttya or ttyb * 2) Console output on frame buffer (video card) and input * coming from the keyboard/mouse which each use a zilog8530 * serial channel a piece. */ /* The following variables describe a Sparc console. */ /* From the PROM */ static char con_name[40]; /* Screen dimensions and color depth. */ static int con_depth, con_width, con_height, con_type; static int con_linebytes; /* Base address of first line. */ static unsigned char *con_fb_base; /* Screen parameters: we compute those at startup to make the code faster */ static int chars_per_line; /* number of bytes per line */ static int ints_per_line; /* number of ints per line */ static int skip_bytes; /* number of bytes we skip for the y margin */ static int x_margin, y_margin; /* the x and y margins */ static int bytes_per_row; /* bytes used by one screen line (of 16 scan lines) */ /* Functions used by the SPARC dependent console code * to perform the restore_palette function. */ static void (*restore_palette)(void); void set_palette (void); /* Our screen looks like at 1152 X 900: * * 0,0 * ------------------------------------------------------------------ * | ^^^^^^^^^^^ | * | 18 y-pixels | * | ^^^^^^^^^^^ | * 13 | <-64 pixels->| <-- 128 8x16 characters --> | <-64 pixels-> | * .... * 54 chars from top to bottom * .... * 888 | <-64 pixels->| <-- 128 8x16 characters --> | <-64 pixels-> | * | ^^^^^^^^^^^ | * | 18 y-pixels | * | ^^^^^^^^^^^ | * ------------------------------------------------------------------ */ /* First for MONO displays. */ #define SCREEN_WIDTH 1152 /* Screen width in pixels */ #define SCREEN_HEIGHT 900 /* Screen height in pixels */ #define CHARS_PER_LINE 144 /* Make this empirical for speed */ #define NICE_Y_MARGIN 18 /* We skip 18 y-pixels at top/bottom */ #define NICE_X_MARGIN 8 /* We skip 64 x-pixels at left/right */ #define FBUF_TOP_SKIP 2592 /* Empirical, (CHARS_PER_LINE * NICE_Y_MARGIN) */ #define CHAR_HEIGHT 16 #define ONE_ROW 2304 /* CHARS_PER_LINE * CHAR_HEIGHT */ /* Now we have this, to compute the base frame buffer position * for a new character to be rendered. 1 and 8 bit depth. */ #define FBUF_OFFSET(cindex) \ (((FBUF_TOP_SKIP) + (((cindex)>>7) * ONE_ROW)) + \ ((NICE_X_MARGIN) + (((cindex)&127)))) #define COLOR_FBUF_OFFSET(cindex) \ (((skip_bytes) + (((cindex)>>7) * bytes_per_row)) + \ ((x_margin) + (((cindex)&127) << 3))) void __set_origin(unsigned short offset) { /* * should not be called, but if so, do nothing... */ } /* For the cursor, we just invert the 8x16 block at the cursor * location. Easy enough... * * Hide the cursor from view, during blanking, usually... */ static int cursor_pos = -1; void hide_cursor(void) { unsigned long flags; int j; save_flags(flags); cli(); if(cursor_pos == -1) { restore_flags (flags); return; } /* We just zero out the area for now. Certain graphics * cards like the cg6 have a hardware cursor that we could * use, but this is an optimization for some time later. */ switch (con_depth){ case 1: { unsigned char *dst; dst = (unsigned char *)((unsigned long)con_fb_base + FBUF_OFFSET(cursor_pos)); for(j = 0; j < CHAR_HEIGHT; j++, dst += CHARS_PER_LINE) *dst = ~(0); break; } case 8: { unsigned long *dst; const int ipl = ints_per_line; dst = (unsigned long *)((unsigned long)con_fb_base + COLOR_FBUF_OFFSET(cursor_pos)); for(j = 0; j < CHAR_HEIGHT; j++, dst += ipl) { *dst = ~(0UL); *(dst + 1) = ~(0UL); } break; } default: break; } restore_flags(flags); } /* The idea is the following: * we only use the colors in the range 0..15, and we only * setup the palette on that range, so we better keep the * pixel inversion using those colors, that's why we have * those constants below. */ inline static void cursor_reverse (long *dst, int height, const int ints_on_line) { int j; for (j = 0; j < height; j++){ *dst = ~(*dst) & 0x0f0f0f0f; *(dst+1) = ~(*(dst+1)) & 0x0f0f0f0f; dst += ints_on_line; } } void set_cursor(int currcons) { int j, idx, oldpos; unsigned long flags; if (currcons != fg_console || console_blanked || vcmode == KD_GRAPHICS) return; if (__real_origin != __origin) __set_origin(__real_origin); save_flags(flags); cli(); idx = (pos - video_mem_base) >> 1; oldpos = cursor_pos; cursor_pos = idx; if (!deccm) { hide_cursor (); restore_flags (flags); return; } switch (con_depth){ case 1: { unsigned char *dst, *opos; dst = (unsigned char *)((unsigned long)con_fb_base + FBUF_OFFSET(idx)); opos = (unsigned char *)((unsigned long)con_fb_base + FBUF_OFFSET(oldpos)); if(oldpos != -1) { /* Restore what was at the old position */ for(j=0; j < CHAR_HEIGHT; j++, opos += CHARS_PER_LINE) { *opos = ~*opos; } } for(j=0; j < 16; j++, dst+=CHARS_PER_LINE) { *dst = ~*dst; } break; } case 8: { unsigned long *dst, *opos; dst = (unsigned long *)((unsigned long)con_fb_base + COLOR_FBUF_OFFSET(idx)); opos = (unsigned long *)((unsigned long)con_fb_base + COLOR_FBUF_OFFSET(oldpos)); if(oldpos != -1) cursor_reverse(opos, CHAR_HEIGHT, ints_per_line); cursor_reverse (dst, CHAR_HEIGHT, ints_per_line); break; } default: } restore_flags(flags); } /* * Render the current screen * Only used at startup to avoid the caching that is being done in selection.h */ static void render_screen(void) { int count; unsigned short *contents; count = video_num_columns * video_num_lines; contents = (unsigned short *) video_mem_base; for (;count--; contents++) sun_blitc (*contents, (unsigned long) contents); } unsigned long con_type_init(unsigned long kmem_start, const char **display_desc) { can_do_color = (con_type != FBTYPE_SUN2BW); video_type = VIDEO_TYPE_SUN; *display_desc = "SUN"; if (!serial_console) { /* If we fall back to PROM than our output have to remain readable. */ prom_putchar('\033'); prom_putchar('['); prom_putchar('H'); /* * fake the screen memory with some CPU memory */ video_mem_base = kmem_start; kmem_start += video_screen_size; video_mem_term = kmem_start; render_screen(); } return kmem_start; } /* * NOTE: get_scrmem() and set_scrmem() are here only because * the VGA version of set_scrmem() has some direct VGA references. */ void get_scrmem(int currcons) { memcpyw((unsigned short *)vc_scrbuf[currcons], (unsigned short *)origin, video_screen_size); origin = video_mem_start = (unsigned long)vc_scrbuf[currcons]; scr_end = video_mem_end = video_mem_start + video_screen_size; pos = origin + y*video_size_row + (x<<1); } void set_scrmem(int currcons, long offset) { if (video_mem_term - video_mem_base < offset + video_screen_size) offset = 0; memcpyw((unsigned short *)(video_mem_base + offset), (unsigned short *) origin, video_screen_size); video_mem_start = video_mem_base; video_mem_end = video_mem_term; origin = video_mem_base + offset; scr_end = origin + video_screen_size; pos = origin + y*video_size_row + (x<<1); } /* * PIO_FONT support. */ int set_get_font(char * arg, int set, int ch512) { int error, i, line; if (!arg) return -EINVAL; error = verify_area (set ? VERIFY_READ : VERIFY_WRITE, (void *) arg, ch512 ? 2* cmapsz : cmapsz); if (error) return error; /* download the current font */ if (!set){ memset (arg, 0, cmapsz); for (i = 0; i < 256; i++) for (line = 0; line < CHAR_HEIGHT; line++) put_user (vga_font [i], arg+(i*32+line)); return 0; } /* set the font */ for (i = 0; i < 256; i++) for (line = 0; line < CHAR_HEIGHT; line++){ vga_font [i*CHAR_HEIGHT + line] = (get_user (arg + (i * 32 + line))); if (con_depth == 1) vga_font [i*CHAR_HEIGHT + line] = vga_font [i*CHAR_HEIGHT + line]; } return 0; } /* * Adjust the screen to fit a font of a certain height * * Returns < 0 for error, 0 if nothing changed, and the number * of lines on the adjusted console if changed. * * for now, we only support the built-in font... */ int con_adjust_height(unsigned long fontheight) { return -EINVAL; } int set_get_cmap(unsigned char * arg, int set) { int i; i = verify_area(set ? VERIFY_READ : VERIFY_WRITE, (void *)arg, 16*3); if (i) return i; for (i=0; i<16; i++) { if (set) { default_red[i] = get_user(arg++) ; default_grn[i] = get_user(arg++) ; default_blu[i] = get_user(arg++) ; } else { put_user (default_red[i], arg++) ; put_user (default_grn[i], arg++) ; put_user (default_blu[i], arg++) ; } } if (set) { for (i=0; i<MAX_NR_CONSOLES; i++) if (vc_cons_allocated(i)) { int j, k ; for (j=k=0; j<16; j++) { vc_cons[i].d->vc_palette[k++] = default_red[j]; vc_cons[i].d->vc_palette[k++] = default_grn[j]; vc_cons[i].d->vc_palette[k++] = default_blu[j]; } } set_palette(); } return 0; } void sun_clear_screen(void) { memset (con_fb_base, (con_depth == 1 ? ~(0) : (0)), (con_depth * con_height * con_width) / 8); /* also clear out the "shadow" screen memory */ memset((char *)video_mem_base, 0, (video_mem_term - video_mem_base)); } /* * dummy routines for the VESA blanking code, which is VGA only, * so we don't have to carry that stuff around for the Sparc... */ void vesa_blank(void) { } void vesa_unblank(void) { } void set_vesa_blanking(const unsigned long arg) { } void vesa_powerdown(void) { } #undef color /* cg6 cursor status, kernel tracked copy */ struct cg6_cursor { short enable; /* cursor is enabled */ struct fbcurpos cpos; /* position */ struct fbcurpos chot; /* hot-spot */ struct fbcurpos size; /* size of mask & image fields */ int bits[2][32]; /* space for mask & image bits */ char color [6]; /* cursor colors */ }; struct cg6_info { struct bt_regs *bt; /* color control */ void *fbc; struct cg6_fhc *fhc; struct cg6_tec *tec; struct cg6_thc *thc; struct cg6_cursor cursor; /* cursor control */ void *dhc; }; struct bwtwo_info { struct bwtwo_regs *regs; }; struct cg3_info { struct bt_regs *bt; /* brooktree (color) registers */ }; /* Array holding the information for the frame buffers */ typedef struct { union { struct bwtwo_info bwtwo; struct cg3_info cg3; struct cg6_info cg6; } info; /* per frame information */ int space; /* I/O space this card resides in */ int blanked; /* true if video blanked */ int open; /* is this fb open? */ int mmaped; /* has this fb been mmapped? */ int vtconsole; /* virtual console where it is opened */ long base; /* frame buffer base */ struct fbtype type; /* frame buffer type */ int (*mmap)(struct inode *, struct file *, struct vm_area_struct *, long fb_base, void *); void (*loadcmap)(void *this, int index, int count); void (*blank)(void *this); void (*unblank)(void *this); int (*ioctl)(struct inode *, struct file *, unsigned int, unsigned long, void *); } fbinfo_t; static fbinfo_t fbinfo [FRAME_BUFFERS]; /* We need to keep a copy of the color map to answer ioctl requests */ static union { unsigned char map[256][3]; /* reasonable way to access */ unsigned int raw[256*3/4]; /* hardware wants it like this */ } color_map; #define FB_MMAP_VM_FLAGS (VM_SHM| VM_LOCKED) static int fb_open (struct inode * inode, struct file * file) { int minor = MINOR (inode->i_rdev); if (minor >= FRAME_BUFFERS) return -EBADF; if (fbinfo [minor].open) return -EBUSY; fbinfo [minor].open = 1; fbinfo [minor].mmaped = 0; return 0; } static int fb_ioctl (struct inode *inode, struct file *file, unsigned int cmd, unsigned long arg) { int minor = MINOR (inode->i_rdev); fbinfo_t *fb; struct fbcmap *cmap; int i; if (minor >= FRAME_BUFFERS) return -EBADF; fb = &fbinfo [minor]; switch (cmd){ case FBIOGTYPE: /* return frame buffer type */ i = verify_area (VERIFY_WRITE, (void *) arg, sizeof (struct fbtype)); if (i) return i; *(struct fbtype *)arg = (fb->type); break; case FBIOGATTR:{ struct fbgattr *fba = (struct fbgattr *) arg; i = verify_area (VERIFY_WRITE, (void *) arg, sizeof (struct fbgattr)); if (i) return i; fba->real_type = fb->type.fb_type; fba->owner = 0; fba->fbtype = fb->type; fba->sattr.flags = 0; fba->sattr.emu_type = fb->type.fb_type; fba->sattr.dev_specific [0] = -1; fba->emu_types [0] = fb->type.fb_type; fba->emu_types [1] = -1; break; } case FBIOSVIDEO: i = verify_area(VERIFY_READ, (void *)arg, sizeof(int)); if (i) return i; if (*(int *)arg){ if (!fb->blanked || !fb->unblank) break; (*fb->unblank)(fb); fb->blanked = 0; } else { if (fb->blanked || !fb->blank) break; (*fb->blank)(fb); fb->blanked = 1; } break; case FBIOGVIDEO: i = verify_area (VERIFY_WRITE, (void *) arg, sizeof (int)); if (i) return i; *(int *) arg = fb->blanked; break; case FBIOPUTCMAP: { /* load color map entries */ char *rp, *gp, *bp; int end, count;; if (!fb->loadcmap) return -EINVAL; i = verify_area (VERIFY_READ, (void *) arg, sizeof (struct fbcmap)); if (i) return i; cmap = (struct fbcmap *) arg; count = cmap->count; if ((cmap->index < 0) || (cmap->index > 255)) return -EINVAL; if (cmap->index + count > 256) count = 256 - cmap->index; i = verify_area (VERIFY_READ, rp = cmap->red, cmap->count); if (i) return i; i = verify_area (VERIFY_READ, gp = cmap->green, cmap->count); if (i) return i; i = verify_area (VERIFY_READ, bp = cmap->blue, cmap->count); if (i) return i; end = cmap->index + count; for (i = cmap->index; i < end; i++){ color_map.map [i][0] = *rp++; color_map.map [i][1] = *gp++; color_map.map [i][2] = *bp++; } (*fb->loadcmap)(fb, cmap->index, count); break; } default: if (fb->ioctl){ i = fb->ioctl (inode, file, cmd, arg, fb); if (i == -EINVAL) printk ("[[FBIO: %8.8x]]\n", cmd); return i; } printk ("[[FBIO: %8.8x]]\n", cmd); return -EINVAL; } return 0; } static void fb_close (struct inode * inode, struct file *filp) { int minor = MINOR(inode->i_rdev); struct fbcursor cursor; if (minor >= FRAME_BUFFERS) return; if (fbinfo [minor].open) fbinfo [minor].open = 0; vt_cons [fbinfo [minor].vtconsole]->vc_mode = KD_TEXT; /* Leaving graphics mode, turn off the cursor */ graphics_on = 0; if (fbinfo [minor].mmaped) sun_clear_screen (); cursor.set = FB_CUR_SETCUR; cursor.enable = 0; fb_ioctl (inode, filp, FBIOSCURPOS, (unsigned long) &cursor); set_palette (); render_screen (); return; } static int fb_mmap (struct inode *inode, struct file *file, struct vm_area_struct *vma) { int minor = MINOR (inode->i_rdev); fbinfo_t *fb; if (minor >= FRAME_BUFFERS) return -ENXIO; /* FIXME: the fg_console below should actually be the * console on which the invoking process is running */ if (vt_cons [fg_console]->vc_mode == KD_GRAPHICS) return -ENXIO; fbinfo [minor].vtconsole = fg_console; fb = &fbinfo [minor]; if (fb->mmap){ int v; v = (*fb->mmap)(inode, file, vma, fb->base, fb); if (v) return v; fbinfo [minor].mmaped = 1; vt_cons [fg_console]->vc_mode = KD_GRAPHICS; graphics_on = 1; return 0; } else return -ENXIO; } static struct file_operations graphdev_fops = { NULL, /* lseek */ NULL, /* read */ NULL, /* write */ NULL, /* readdir */ NULL, /* select */ fb_ioctl, fb_mmap, fb_open, /* open */ fb_close, /* close */ }; /* Call the frame buffer routine for setting the palette */ void set_palette (void) { if (console_blanked || vt_cons [fg_console]->vc_mode == KD_GRAPHICS) return; if (fbinfo [0].loadcmap){ int i, j; /* First keep color_map with the palette colors */ for (i = 0; i < 16; i++){ j = color_table [i]; color_map.map [i][0] = default_red [j]; color_map.map [i][1] = default_grn [j]; color_map.map [i][2] = default_blu [j]; } (*fbinfo [0].loadcmap)(&fbinfo [0], 0, 16); } } /* Called when returning to prom */ void console_restore_palette (void) { if (restore_palette) (*restore_palette) (); } /* This routine should be moved to srmmu.c */ static __inline__ unsigned int srmmu_get_pte (unsigned long addr) { register unsigned long entry; __asm__ __volatile__("\n\tlda [%1] %2,%0\n\t" : "=r" (entry): "r" ((addr & 0xfffff000) | 0x400), "i" (ASI_M_FLUSH_PROBE)); return entry; } unsigned int get_phys (unsigned int addr) { switch (sparc_cpu_model){ case sun4c: return sun4c_get_pte (addr) << PAGE_SHIFT; case sun4m: return ((srmmu_get_pte (addr) & 0xffffff00) << 4); default: panic ("get_phys called for unsupported cpu model\n"); return 0; } } /* CG6 support code */ /* Offset of interesting structures in the OBIO space */ /* * Brooktree is the video dac and is funny to program on the cg6. * (it's even funnier on the cg3) * The FBC could be the frame buffer control * The FHC could be the frame buffer hardware control. */ #define CG6_ROM_OFFSET 0x0 #define CG6_BROOKTREE_OFFSET 0x200000 #define CG6_DHC_OFFSET 0x240000 #define CG6_ALT_OFFSET 0x280000 #define CG6_FHC_OFFSET 0x300000 #define CG6_THC_OFFSET 0x301000 #define CG6_FBC_OFFSET 0x700000 #define CG6_TEC_OFFSET 0x701000 #define CG6_RAM_OFFSET 0x800000 struct bt_regs { unsigned int addr; /* address register */ unsigned int color_map; /* color map */ unsigned int control; /* control register */ unsigned int cursor; /* cursor map register */ }; /* The contents are unknown */ struct cg6_tec { int tec_matrix; int tec_clip; int tec_vdc; }; struct cg6_thc { unsigned int thc_xxx0[512]; /* ??? */ unsigned int thc_hsync1; /* hsync timing */ unsigned int thc_hsync2; unsigned int thc_hsync3; unsigned int thc_vsync1; /* vsync timing */ unsigned int thc_vsync2; unsigned int thc_refresh; unsigned int thc_misc; unsigned int thc_xxx1[56]; unsigned int thc_cursxy; /* cursor x,y position (16 bits each) */ unsigned int thc_cursmask[32]; /* cursor mask bits */ unsigned int thc_cursbits[32]; /* what to show where mask enabled */ }; static void cg6_restore_palette (void) { volatile struct bt_regs *bt; bt = fbinfo [0].info.cg6.bt; bt->addr = 0; bt->color_map = 0xffffffff; bt->color_map = 0xffffffff; bt->color_map = 0xffffffff; } /* Ugh: X wants to mmap a bunch of cute stuff at the same time :-( */ /* So, we just mmap the things that are being asked for */ static int cg6_mmap (struct inode *inode, struct file *file, struct vm_area_struct *vma, long base, void *xx) { unsigned int size, page, r, map_size; unsigned int map_offset = 0; fbinfo_t *fb = (fbinfo_t *) xx; size = vma->vm_end - vma->vm_start; if (vma->vm_offset & ~PAGE_MASK) return -ENXIO; /* To stop the swapper from even considering these pages */ vma->vm_flags |= FB_MMAP_VM_FLAGS; /* Each page, see which map applies */ for (page = 0; page < size; ){ switch (vma->vm_offset+page){ case CG6_TEC: map_size = PAGE_SIZE; map_offset = get_phys ((uint)fb->info.cg6.tec); break; case CG6_FBC: map_size = PAGE_SIZE; map_offset = get_phys ((uint)fb->info.cg6.fbc); break; case CG6_FHC: map_size = PAGE_SIZE; map_offset = get_phys ((uint)fb->info.cg6.fhc); break; case CG6_THC: map_size = PAGE_SIZE; map_offset = get_phys ((uint)fb->info.cg6.thc); break; case CG6_BTREGS: map_size = PAGE_SIZE; map_offset = get_phys ((uint)fb->info.cg6.bt); break; case CG6_DHC: map_size = PAGE_SIZE * 40; map_offset = get_phys ((uint)fb->info.cg6.dhc); break; case CG6_ROM: map_size = 0; break; case CG6_RAM: map_size = size-page; map_offset = get_phys ((uint) con_fb_base); if (map_size < fb->type.fb_size) map_size = fb->type.fb_size; break; default: map_size = 0; break; } if (!map_size){ page += PAGE_SIZE; continue; } r = io_remap_page_range (vma->vm_start+page, map_offset, map_size, vma->vm_page_prot, fb->space); if (r) return -EAGAIN; page += map_size; } vma->vm_inode = inode; inode->i_count++; return 0; } #define BT_D4M3(x) ((((x) >> 2) << 1) + ((x) >> 2)) /* (x / 4) * 3 */ #define BT_D4M4(x) ((x) & ~3) /* (x / 4) * 4 */ static void cg6_loadcmap (void *fbinfo, int index, int count) { fbinfo_t *fb = (fbinfo_t *) fbinfo; struct bt_regs *bt = fb->info.cg6.bt; int i; bt->addr = index << 24; for (i = index; count--; i++){ bt->color_map = color_map.map [i][0] << 24; bt->color_map = color_map.map [i][1] << 24; bt->color_map = color_map.map [i][2] << 24; } } /* Load cursor information */ static void cg6_setcursor (struct cg6_info *info) { unsigned int v; struct cg6_cursor *c = &info->cursor; if (c->enable){ v = ((c->cpos.fbx - c->chot.fbx) << 16) |((c->cpos.fby - c->chot.fby) & 0xffff); } else { /* Magic constant to turn off the cursor */ v = ((65536-32) << 16) | (65536-32); } info->thc->thc_cursxy = v; } #undef pos static int cg6_scursor (struct fbcursor *cursor, fbinfo_t *fb) { int op = cursor->set; volatile struct cg6_thc *thc = fb->info.cg6.thc; struct cg6_cursor *cursor_info = &fb->info.cg6.cursor; int i, bytes = 0; if (op & FB_CUR_SETSHAPE){ if ((unsigned int) cursor->size.fbx > 32) return -EINVAL; if ((unsigned int) cursor->size.fby > 32) return -EINVAL; bytes = (cursor->size.fby * 32)/8; i = verify_area (VERIFY_READ, cursor->image, bytes); if (i) return i; i = verify_area (VERIFY_READ, cursor->mask, bytes); if (i) return i; } if (op & (FB_CUR_SETCUR | FB_CUR_SETPOS | FB_CUR_SETHOT)){ if (op & FB_CUR_SETCUR) cursor_info->enable = cursor->enable; if (op & FB_CUR_SETPOS) cursor_info->cpos = cursor->pos; if (op & FB_CUR_SETHOT) cursor_info->chot = cursor->hot; cg6_setcursor (&fb->info.cg6); } if (op & FB_CUR_SETSHAPE){ unsigned int u; cursor_info->size = cursor->size; memset ((void *)&cursor_info->bits, 0, sizeof (cursor_info->size)); memcpy (cursor_info->bits [0], cursor->mask, bytes); memcpy (cursor_info->bits [1], cursor->image, bytes); u = ~0; if (cursor_info->size.fbx < 32) u = ~(u >> cursor_info->size.fbx); for (i = 0; i < 32; i++){ int m = cursor_info->bits [0][i] & u; thc->thc_cursmask [i] = m; thc->thc_cursbits [i] = m & cursor_info->bits [1][i]; } } return 0; } /* Handle cg6-specific ioctls */ static int cg6_ioctl (struct inode *inode, struct file *file, unsigned cmd, unsigned long arg, fbinfo_t *fb) { int i; switch (cmd){ case FBIOGCURMAX: i = verify_area (VERIFY_WRITE, (void *) arg, sizeof (struct fbcurpos)); if (i) return i; ((struct fbcurpos *) arg)->fbx = 32; ((struct fbcurpos *) arg)->fby = 32; break; case FBIOSVIDEO: /* vesa_blank and vesa_unblank could do the job on fb [0] */ break; case FBIOSCURSOR: return cg6_scursor ((struct fbcursor *) arg, fb); case FBIOSCURPOS: /* i= verify_area (VERIFY_READ, (void *) arg, sizeof (struct fbcurpos)); if (i) return i; */ fb->info.cg6.cursor.cpos = *(struct fbcurpos *)arg; cg6_setcursor (&fb->info.cg6); break; default: return -EINVAL; } return 0; } static void cg6_setup (int slot, unsigned int cg6, int cg6_io) { struct cg6_info *cg6info; printk ("cgsix%d at 0x%8.8x\n", slot, (unsigned int) cg6); /* Fill in parameters we left out */ fbinfo [slot].type.fb_cmsize = 256; fbinfo [slot].mmap = cg6_mmap; fbinfo [slot].loadcmap = cg6_loadcmap; fbinfo [slot].ioctl = (void *) cg6_ioctl; fbinfo [slot].blank = 0; fbinfo [slot].unblank = 0; cg6info = (struct cg6_info *) &fbinfo [slot].info.cg6; /* Map the hardware registers */ cg6info->bt = sparc_alloc_io ((void *) cg6+CG6_BROOKTREE_OFFSET, 0, sizeof (struct bt_regs),"cgsix_dac", cg6_io, 0); cg6info->fhc = sparc_alloc_io ((void *) cg6+CG6_FHC_OFFSET, 0, sizeof (int), "cgsix_fhc", cg6_io, 0); cg6info->thc = sparc_alloc_io ((void *) cg6+CG6_THC_OFFSET, 0, sizeof (struct cg6_thc), "cgsix_thc", cg6_io, 0); cg6info->tec = sparc_alloc_io ((void *) cg6+CG6_TEC_OFFSET, 0, sizeof (struct cg6_tec), "cgsix_tec", cg6_io, 0); cg6info->dhc = sparc_alloc_io ((void *) cg6+CG6_DHC_OFFSET, 0, 0x40000, "cgsix_dhc", cg6_io, 0); cg6info->fbc = sparc_alloc_io ((void *) cg6+CG6_FBC_OFFSET, 0, 0x1000, "cgsix_fbc", cg6_io, 0); if (!con_fb_base){ con_fb_base = sparc_alloc_io ((void *) cg6+CG6_RAM_OFFSET, 0, fbinfo [slot].type.fb_size, "cgsix_ram", cg6_io, 0); } if (!slot) restore_palette = cg6_restore_palette; } /* The cg3 driver, obio space addresses for mapping the cg3 stuff */ #define CG3_REGS 0x400000 #define CG3_RAM 0x800000 #define D4M3(x) ((((x)>>2)<<1) + ((x)>>2)) /* (x/4)*3 */ #define D4M4(x) ((x)&~0x3) /* (x/4)*4 */ /* The cg3 palette is loaded with 4 color values at each time */ /* so you end up with: (rgb)(r), (gb)(rg), (b)(rgb), and so on */ static void cg3_loadcmap (void *fbinfo, int index, int count) { fbinfo_t *fb = (fbinfo_t *) fbinfo; struct bt_regs *bt = fb->info.cg3.bt; int *i, steps; i = &color_map.raw [D4M3(index)]; steps = D4M3(index+count-1) - D4M3(index)+3; bt->addr = D4M4(index); while (steps--) bt->color_map = *i++; } /* The cg3 is presumed to emulate a cg4, I guess older programs will want that */ /* addresses above 0x4000000 are for cg3, below that it's cg4 emulation */ static int cg3_mmap (struct inode *inode, struct file *file, struct vm_area_struct *vma, long base, void *xx) { unsigned int size, page, r, map_size; unsigned int map_offset = 0; fbinfo_t *fb = (fbinfo_t *) xx; size = vma->vm_end - vma->vm_start; if (vma->vm_offset & ~PAGE_MASK) return -ENXIO; /* To stop the swapper from even considering these pages */ vma->vm_flags |= FB_MMAP_VM_FLAGS; /* Each page, see which map applies */ for (page = 0; page < size; ){ switch (vma->vm_offset+page){ case CG3_MMAP_OFFSET: map_size = size-page; map_offset = get_phys ((uint) con_fb_base); if (map_size > fb->type.fb_size) map_size = fb->type.fb_size; break; default: map_size = 0; break; } if (!map_size){ page += PAGE_SIZE; continue; } r = io_remap_page_range (vma->vm_start+page, map_offset, map_size, vma->vm_page_prot, fb->space); if (r) return -EAGAIN; page += map_size; } vma->vm_inode = inode; inode->i_count++; return 0; } static void cg3_setup (int slot, unsigned int cg3, int cg3_io) { struct cg3_info *cg3info; printk ("cgthree%d at 0x%8.8x\n", slot, cg3); /* Fill in parameters we left out */ fbinfo [slot].type.fb_cmsize = 256; fbinfo [slot].mmap = cg3_mmap; fbinfo [slot].loadcmap = cg3_loadcmap; fbinfo [slot].ioctl = 0; /* no special ioctls */ cg3info = (struct cg3_info *) &fbinfo [slot].info.cg3; /* Map the card registers */ cg3info->bt = sparc_alloc_io ((void *) cg3+CG3_REGS, 0, sizeof (struct bt_regs),"cg3_bt", cg3_io, 0); if (!con_fb_base){ con_fb_base=sparc_alloc_io ((void*) cg3+CG3_RAM, 0, fbinfo [slot].type.fb_size, "cg3_ram", cg3_io, 0); } } /* OBio addresses for the bwtwo registers */ #define BWTWO_REGISTER_OFFSET 0x400000 struct bwtwo_regs { char unknown [16]; #define BWTWO_ENABLE_VIDEO 0x40 unsigned char control; char unknown2 [15]; }; static int bwtwo_mmap (struct inode *inode, struct file *file, struct vm_area_struct *vma, long base, void *xx) { unsigned int size, map_offset, r; fbinfo_t *fb = (fbinfo_t *) xx; int map_size; map_size = size = vma->vm_end - vma->vm_start; if (vma->vm_offset & ~PAGE_MASK) return -ENXIO; /* To stop the swapper from even considering these pages */ vma->vm_flags |= FB_MMAP_VM_FLAGS; printk ("base=%8.8xl start=%8.8xl size=%x offset=%8.8x\n", (unsigned int) base, (unsigned int) vma->vm_start, size, (unsigned int) vma->vm_offset); /* This routine should also map the register if asked for, but we don't do that yet */ map_offset = get_phys ((uint) con_fb_base); r = io_remap_page_range (vma->vm_start, map_offset, map_size, vma->vm_page_prot, fb->space); if (r) return -EAGAIN; vma->vm_inode = inode; inode->i_count++; return 0; } static void bwtwo_blank (void *xx) { fbinfo_t *fb = (fbinfo_t *) xx; fb->info.bwtwo.regs->control &= ~BWTWO_ENABLE_VIDEO; } static void bwtwo_unblank (void *xx) { fbinfo_t *fb = (fbinfo_t *) xx; fb->info.bwtwo.regs->control |= BWTWO_ENABLE_VIDEO; } static void bwtwo_setup (int slot, unsigned int bwtwo, int bw2_io) { printk ("bwtwo%d at 0x%8.8x\n", slot, bwtwo); fbinfo [slot].type.fb_cmsize = 2; fbinfo [slot].mmap = bwtwo_mmap; fbinfo [slot].loadcmap = 0; fbinfo [slot].ioctl = 0; fbinfo [slot].blank = bwtwo_blank; fbinfo [slot].unblank = bwtwo_unblank; fbinfo [slot].info.bwtwo.regs = sparc_alloc_io ((void *) bwtwo+BWTWO_REGISTER_OFFSET, 0, sizeof (struct bwtwo_regs), "bwtwo_regs", bw2_io, 0); } static void cg14_setup (int slot, unsigned int cg14, int cg14_io) { printk ("cgfourteen%d at 0x%8.8x\n", slot, cg14); fbinfo [slot].type.fb_cmsize = 256; fbinfo [slot].mmap = 0; fbinfo [slot].loadcmap = 0; fbinfo [slot].ioctl = 0; fbinfo [slot].blank = 0; fbinfo [slot].unblank = 0; } static char *known_cards [] = { "cgsix", "cgthree", "bwtwo", "SUNW,tcx", "cgfourteen", 0 }; static int known_card (char *name) { int i; for (i = 0; known_cards [i]; i++) if (strcmp (name, known_cards [i]) == 0) return 1; return 0; } static struct { int depth; int resx, resy; int x_margin, y_margin; } scr_def [] = { { 1, 1152, 900, 8, 18 }, { 8, 1152, 900, 64, 18 }, { 8, 1280, 1024, 96, 80 }, { 8, 1024, 768, 0, 0 }, { 0 }, }; static int cg14_present(void) { int root, n; prom_printf ("Looking for cg14\n"); root = prom_getchild (prom_root_node); if ((n = prom_searchsiblings (root, "obio")) == 0) return 0; n = prom_getchild (n); if ((n = prom_searchsiblings (n, "cgfourteen")) == 0) return 0; prom_printf ("Cg14 found!\n"); return n; } static int sparc_console_probe(void) { int propl, con_node, i; struct linux_sbus_device *sbdp; unsigned int fbbase = 0xb001b001; int fbiospace = 0; int cg14 = 0; /* XXX The detection code needs to support multiple video cards in one system */ con_node = 0; switch(prom_vers) { case PROM_V0: /* V0 proms are at sun4c only. Can skip many checks. */ con_type = FBTYPE_NOTYPE; if(SBus_chain == 0) { prom_printf("SBUS chain is NULL, bailing out...\n"); prom_halt(); } for_each_sbusdev(sbdp, SBus_chain) { con_node = sbdp->prom_node; /* If no "address" than it is not the PROM console. */ if(sbdp->num_vaddrs) { if(!strncmp(sbdp->prom_name, "cgsix", 5)) { con_type = FBTYPE_SUNFAST_COLOR; fbbase = (uint) sbdp->reg_addrs [0].phys_addr; fbiospace = sbdp->reg_addrs[0].which_io; break; } else if(!strncmp(sbdp->prom_name, "cgthree", 7)) { con_type = FBTYPE_SUN3COLOR; fbbase = (uint) sbdp->reg_addrs [0].phys_addr; fbiospace = sbdp->reg_addrs[0].which_io; break; } else if (!strncmp(sbdp->prom_name, "bwtwo", 5)) { con_type = FBTYPE_SUN2BW; fbbase = (uint) sbdp->reg_addrs [0].phys_addr; fbiospace = sbdp->reg_addrs[0].which_io; break; } } } if(con_type == FBTYPE_NOTYPE) return -1; con_fb_base = (unsigned char *) sbdp->sbus_vaddrs[0]; strncpy(con_name, sbdp->prom_name, sizeof (con_name)); break; case PROM_V2: case PROM_V3: case PROM_P1275: for_each_sbusdev(sbdp, SBus_chain) { prom_printf ("Trying: %s\n", sbdp->prom_name); if (known_card (sbdp->prom_name)) break; } if (!sbdp){ if (!(cg14 = cg14_present ())){ prom_printf ("Could not find a known video card on this machine\n"); prom_halt (); } } if (!cg14){ prom_apply_sbus_ranges (&sbdp->reg_addrs [0], sbdp->num_registers); fbbase = (long) sbdp->reg_addrs [0].phys_addr; fbiospace = sbdp->reg_addrs[0].which_io; con_node = (*romvec->pv_v2devops.v2_inst2pkg) (*romvec->pv_v2bootargs.fd_stdout); /* * Determine the type of hardware accelerator. */ propl = prom_getproperty(con_node, "emulation", con_name, sizeof (con_name)); if (propl < 0 || propl >= sizeof (con_name)) { /* Early cg3s had no "emulation". */ propl = prom_getproperty(con_node, "name", con_name, sizeof (con_name)); if (propl < 0) { prom_printf("console: no device name!!\n"); return -1; } } if(!strncmp(con_name, "cgsix", sizeof (con_name))) { con_type = FBTYPE_SUNFAST_COLOR; } else if(!strncmp(con_name, "cgthree", sizeof (con_name))) { con_type = FBTYPE_SUN3COLOR; } else if(!strncmp(con_name, "cgfourteen", sizeof (con_name))) { con_type = FBTYPE_MDICOLOR; } else if(!strncmp(con_name, "bwtwo", sizeof (con_name))) { con_type = FBTYPE_SUN2BW; } else if(!strncmp(con_name,"SUNW,tcx", sizeof (con_name))){ con_type = FBTYPE_SUN3COLOR; } else { prom_printf("console: \"%s\" is unsupported\n", con_name); return -1; } propl = prom_getproperty(con_node, "address", (char *) &con_fb_base, 4); if (propl != 4) { con_fb_base = 0; } } else { int bases [2]; con_node = cg14; prom_printf ("Found a cg14\n"); propl = prom_getproperty (cg14, "address", (char *) &bases[0], 8); prom_printf ("Size=%d, %x\n", propl, bases [1]); con_fb_base = (unsigned char *) bases [1]; con_type = FBTYPE_MDICOLOR; } break; default: return -1; }; /* Get the device geometry */ con_linebytes = prom_getintdefault(con_node, "linebytes", 1152); con_width = prom_getintdefault(con_node, "width", 1152); con_height = prom_getintdefault(con_node, "height", 900); /* Currently we just support 1-bit and 8-bit depth displays */ if (con_type == FBTYPE_SUN2BW) { con_depth = 1; } else { con_depth = 8; } for (i = 0; scr_def [i].depth; i++){ if (scr_def [i].resx != con_width || scr_def [i].resy != con_height) continue; if (scr_def [i].depth != con_depth) continue; x_margin = scr_def [i].x_margin; y_margin = scr_def [i].y_margin; chars_per_line = (con_width * con_depth) / 8; skip_bytes = chars_per_line * y_margin; ints_per_line = chars_per_line / 4; bytes_per_row = CHAR_HEIGHT * chars_per_line; break; } if (!scr_def [i].depth){ x_margin = y_margin = 0; prom_printf ("PenguinCon: unknown video resolution %dx%d may be slow\n", con_width, con_height); prom_halt (); } /* P3: I fear this strips 15inch 1024/768 PC-like monitors out. */ if ((con_linebytes*8) / con_depth != con_width) { prom_printf("console: UNUSUAL VIDEO, linebytes=%d, width=%d, depth=%d\n", con_linebytes, con_width, con_depth); return -1; } /* Negate the font table on 1 bit depth cards so we have white on black */ if (con_depth == 1) for(i=0; i<(16 * 256); i++) vga_font[i] = ~vga_font[i]; /* Fill in common fb information */ fbinfo [0].type.fb_type = con_type; fbinfo [0].type.fb_height = con_height; fbinfo [0].type.fb_width = con_width; fbinfo [0].type.fb_depth = con_depth; fbinfo [0].type.fb_size = PAGE_ALIGN((con_linebytes) * (con_height)); fbinfo [0].space = fbiospace; fbinfo [0].blanked = 0; /* Should be filled in for supported video cards */ fbinfo [0].mmap = 0; fbinfo [0].loadcmap = 0; fbinfo [0].ioctl = 0; fbinfo [0].blank = 0; fbinfo [0].unblank = 0; if (fbbase == 0xb001b001){ printk ("Mail miguel@nuclecu.unam.mx video_card=%d (%s)\n", con_type, con_name); } /* Per card setup */ switch (con_type){ case FBTYPE_SUN3COLOR: cg3_setup (0, fbbase, fbiospace); break; case FBTYPE_SUNFAST_COLOR: cg6_setup (0, fbbase, fbiospace); break; case FBTYPE_SUN2BW: bwtwo_setup (0, fbbase, fbiospace); break; case FBTYPE_MDICOLOR: cg14_setup (0, fbbase, fbiospace); break; default: break; } if (!con_fb_base){ prom_printf ("PROM does not have an 'address' property for this\n" "frame buffer and the Linux drivers do not know how\n" "to map the video of this device\n"); prom_halt (); } fbinfo [0].base = (long) con_fb_base; /* Register the frame buffer device */ if (register_chrdev (GRAPHDEV_MAJOR, "graphics", &graphdev_fops)){ printk ("Could not register graphics device\n"); return -EIO; } return 0; /* success */ } /* video init code, called from within the SBUS bus scanner at * boot time. */ void sun_console_init(void) { if(serial_console) return; if(sparc_console_probe()) { prom_printf("Could not probe console, bailing out...\n"); prom_halt(); } sun_clear_screen(); } /* * sun_blitc * * Displays an ASCII character at a specified character cell * position. * * Called from scr_writew() when the destination is * the "shadow" screen */ static unsigned int fontmask_bits[16] = { 0x00000000, 0x000000ff, 0x0000ff00, 0x0000ffff, 0x00ff0000, 0x00ff00ff, 0x00ffff00, 0x00ffffff, 0xff000000, 0xff0000ff, 0xff00ff00, 0xff00ffff, 0xffff0000, 0xffff00ff, 0xffffff00, 0xffffffff }; int sun_blitc(unsigned int charattr, unsigned long addr) { int j, idx; unsigned char *font_row; #ifndef DEBUGGING_X if (graphics_on) return 0; #endif idx = (addr - video_mem_base) >> 1; /* Invalidate the cursor position if necessary. */ if(idx == cursor_pos) cursor_pos = -1; font_row = &vga_font[(charattr & 0xff) << 4]; switch (con_depth){ case 1: { register unsigned char *dst; dst = (unsigned char *)(((unsigned long)con_fb_base) + FBUF_OFFSET(idx)); for(j = 0; j < CHAR_HEIGHT; j++, font_row++, dst+=CHARS_PER_LINE) *dst = *font_row; break; } case 8: { register unsigned long *dst; unsigned long fgmask, bgmask, data, rowbits, attrib; const int ipl = ints_per_line; dst = (unsigned long *)(((unsigned long)con_fb_base) + COLOR_FBUF_OFFSET(idx)); attrib = (charattr >> 8) & 0x0ff; fgmask = attrib & 0x0f; bgmask = (attrib >> 4) & 0x0f; fgmask = fgmask << 8 | fgmask; fgmask |= fgmask << 16; bgmask = bgmask << 8 | bgmask; bgmask |= bgmask << 16; for(j = 0; j < CHAR_HEIGHT; j++, font_row++, dst += ipl) { rowbits = *font_row; data = fontmask_bits[(rowbits>>4)&0xf]; data = (data & fgmask) | (~data & bgmask); *dst = data; data = fontmask_bits[rowbits&0xf]; data = (data & fgmask) | (~data & bgmask); *(dst+1) = data; } break; } /* case */ } /* switch */ return (0); } unsigned char vga_font[cmapsz] = { 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x7e, 0x81, 0xa5, 0x81, 0x81, 0xbd, 0x99, 0x81, 0x81, 0x7e, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x7e, 0xff, 0xdb, 0xff, 0xff, 0xc3, 0xe7, 0xff, 0xff, 0x7e, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x6c, 0xfe, 0xfe, 0xfe, 0xfe, 0x7c, 0x38, 0x10, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x10, 0x38, 0x7c, 0xfe, 0x7c, 0x38, 0x10, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x18, 0x3c, 0x3c, 0xe7, 0xe7, 0xe7, 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