search for: speacial

I've been using Ubuntu with Wine for about a week now, and just recently found a couple older games that were meant to run on Windows 95 and 98. So my question is will Wine run/install these games? Or do I need some sort of speacial program or something?

...R_BYTE; > I guess we need to round up. > >> + >> + for (i = 0; i < nr_used_bmap; i++) { >> + unsigned int bmap_size = PAGE_BMAP_SIZE; >> + >> + if (i + 1 == nr_used_bmap) >> + bmap_size = bmap_len - PAGE_BMAP_SIZE * i; > So last one is treated speacially? why? The last one takes the leftover only, so that chunking_pages_from_bmap() only searches the necessary part of (rather than the entire) the page_bmap. >> + chunking_pages_from_bmap(vb, vq, start_pfn + i * PFNS_PER_PAGE_BMAP, >> + vb->page_bitmap[i], bmap_size, false); &...

...> + bmap_len = nr_pfn / BITS_PER_BYTE; I guess we need to round up. > + > + for (i = 0; i < nr_used_bmap; i++) { > + unsigned int bmap_size = PAGE_BMAP_SIZE; > + > + if (i + 1 == nr_used_bmap) > + bmap_size = bmap_len - PAGE_BMAP_SIZE * i; So last one is treated speacially? why? > + chunking_pages_from_bmap(vb, vq, start_pfn + i * PFNS_PER_PAGE_BMAP, > + vb->page_bitmap[i], bmap_size, false); > + } > + if (vb->resp_pos > 0) > + send_resp_data(vb, vq, false); > + } else { > + struct scatterlist sg; > + unsigned int len;...

...> + bmap_len = nr_pfn / BITS_PER_BYTE; I guess we need to round up. > + > + for (i = 0; i < nr_used_bmap; i++) { > + unsigned int bmap_size = PAGE_BMAP_SIZE; > + > + if (i + 1 == nr_used_bmap) > + bmap_size = bmap_len - PAGE_BMAP_SIZE * i; So last one is treated speacially? why? > + chunking_pages_from_bmap(vb, vq, start_pfn + i * PFNS_PER_PAGE_BMAP, > + vb->page_bitmap[i], bmap_size, false); > + } > + if (vb->resp_pos > 0) > + send_resp_data(vb, vq, false); > + } else { > + struct scatterlist sg; > + unsigned int len;...

Take over this work from Liang. This patch series implements two optimizations: 1) transfer pages in chuncks between the guest and host; 1) transfer the guest unused pages to the host so that they can be skipped to migrate in live migration. Please check patch 0003 for more details about optimization 1). For an idle guest with 8GB RAM, optimization 2) can help shorten the total live migration

Take over this work from Liang. This patch series implements two optimizations: 1) transfer pages in chuncks between the guest and host; 1) transfer the guest unused pages to the host so that they can be skipped to migrate in live migration. Please check patch 0003 for more details about optimization 1). For an idle guest with 8GB RAM, optimization 2) can help shorten the total live migration