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...((elem = ulist_next(ulist, &uiter)) { - * for (all child nodes n in elem) + * for (all child nodes n in elem) * ulist_add(ulist, n); * do something useful with the node; * } @@ -51,8 +53,10 @@ void ulist_init(struct ulist *ulist) { ulist->nnodes = 0; - ulist->nodes = ulist->int_nodes; ulist->nodes_alloced = ULIST_SIZE; + ulist->pools = NULL; + ulist->root = RB_ROOT; + } EXPORT_SYMBOL(ulist_init); @@ -65,13 +69,18 @@ EXPORT_SYMBOL(ulist_init); */ void ulist_fini(struct ulist *ulist) { - /* - * The first ULIST_SIZE elements are stored inline in struct ulist....

This is the initial proposal for a paravirtualized IOMMU device using virtio transport. It contains a description of the device, a Linux driver, and a toy implementation in kvmtool. With this prototype, you can translate DMA to guest memory from emulated (virtio), or passed-through (VFIO) devices. In its simplest form, implemented here, the device handles map/unmap requests from the guest. Future

This is the initial proposal for a paravirtualized IOMMU device using virtio transport. It contains a description of the device, a Linux driver, and a toy implementation in kvmtool. With this prototype, you can translate DMA to guest memory from emulated (virtio), or passed-through (VFIO) devices. In its simplest form, implemented here, the device handles map/unmap requests from the guest. Future

This is a first draft of a subvolume quota implementation. It is possible to limit subvolumes and any group of subvolumes and also to track the amount of space that will get freed when deleting snapshots. The current version is functionally incomplete, with the main missing feature being the initial scan and rescan of an existing filesystem. I put some effort into writing an introduction into