177 splash_render(struct splash_info *si, int flg)  in splash_render()  argument
198 	if ((width > si->si_width) || (height > si->si_height)) {  in splash_render()
201 			width, height, si->si_width, si->si_height);  in splash_render()
208 		xoff = (si->si_width - width) / 2;  in splash_render()
209 		yoff = (si->si_height - height) / 2;  in splash_render()
213 	switch (si->si_depth) {  in splash_render()
216 		splash_render8(si, data, xoff, yoff, width, height, flg);  in splash_render()
221 		splash_render16(si, data, xoff, yoff, width, height, flg);  in splash_render()
226 		splash_render32(si, data, xoff, yoff, width, height, flg);  in splash_render()
231 		    si->si_depth);  in splash_render()
244 splash_render8(struct splash_info *si, const char *data, int xoff, int yoff,  in splash_render8()  argument
253 	fb = si->si_bits;  in splash_render8()
261 	fb += xoff + yoff * si->si_stride;  in splash_render8()
269 				p = si->si_bits;  in splash_render8()
271 				while (i < si->si_height*si->si_stride) {  in splash_render8()
282 		fb += si->si_stride;  in splash_render8()
286 	if (si->si_hwbits) {  in splash_render8()
288 			memcpy(si->si_hwbits, si->si_bits,  in splash_render8()
289 			    si->si_height*si->si_width);  in splash_render8()
293 			rp = si->si_bits + xoff + (yoff * si->si_width);  in splash_render8()
294 			hrp = si->si_hwbits + xoff + (yoff * si->si_width);  in splash_render8()
298 				rp += si->si_stride;  in splash_render8()
299 				hrp += si->si_stride;  in splash_render8()
318 splash_render16(struct splash_info *si, const char *data, int xoff, int yoff,  in splash_render16()  argument
327 	fb = si->si_bits;  in splash_render16()
335 	fb += xoff * 2 + yoff * si->si_stride;  in splash_render16()
343 				p = si->si_bits;  in splash_render16()
345 				while (i < si->si_height*si->si_stride) {  in splash_render16()
353 		fb += si->si_stride;  in splash_render16()
357 	if (si->si_hwbits) {  in splash_render16()
359 			memcpy(si->si_hwbits, si->si_bits,  in splash_render16()
360 			    si->si_height*si->si_stride);  in splash_render16()
364 			rp = si->si_bits + (xoff * 2) + (yoff * si->si_stride);  in splash_render16()
365 			hrp = si->si_hwbits + (xoff * 2) +  in splash_render16()
366 			    (yoff * si->si_stride);  in splash_render16()
370 				rp += si->si_stride;  in splash_render16()
371 				hrp += si->si_stride;  in splash_render16()
383 splash_render32(struct splash_info *si, const char *data, int xoff, int yoff,  in splash_render32()  argument
392 	fb = si->si_bits;  in splash_render32()
400 	fb += xoff * 4 + yoff * si->si_stride;  in splash_render32()
408 				p = si->si_bits;  in splash_render32()
410 				while (i < si->si_height*si->si_stride) {  in splash_render32()
423 		fb += si->si_stride;  in splash_render32()
427 	if (si->si_hwbits) {  in splash_render32()
429 			memcpy(si->si_hwbits, si->si_bits,  in splash_render32()
430 			    si->si_height*si->si_stride);  in splash_render32()
434 			rp = si->si_bits + (xoff * 4) + (yoff * si->si_stride);  in splash_render32()
435 			hrp = si->si_hwbits + (xoff * 4) +  in splash_render32()
436 			    (yoff * si->si_stride);  in splash_render32()
440 				rp += si->si_stride;  in splash_render32()
441 				hrp += si->si_stride;  in splash_render32()