search for: contentextendedpartition

--- daemon/daemon.h | 1 + daemon/labels.c | 3 +++ daemon/swap.c | 21 +++++++++++++++++++++ generator/actions.ml | 4 ++++ 4 files changed, 29 insertions(+) diff --git a/daemon/daemon.h b/daemon/daemon.h index 79a5288..2379e31 100644 --- a/daemon/daemon.h +++ b/daemon/daemon.h @@ -254,6 +254,7 @@ extern int64_t ntfs_minimum_size (const char *device); /*-- in swap.c --*/

...esize.ml b/resize/resize.ml index 7d06f18..59ee5bf 100644 --- a/resize/resize.ml +++ b/resize/resize.ml @@ -60,6 +60,7 @@ and partition_content = | ContentPV of int64 (* physical volume (size of PV) *) | ContentFS of string * int64 (* mountable filesystem (FS type, FS size) *) | ContentExtendedPartition (* MBR extended partition *) + | ContentSwap (* Swap partition *) and partition_operation = | OpCopy (* copy it as-is, no resizing *) | OpIgnore (* ignore it (create on target, but don't @@ -104,11 +105,13 @@ and string_of_p...

...I don't think it's necessary to store p_part_num in the main partitions struct. Instead you can get to the partition number using: p.p_part.G.part_num For example, mbr_part_type could be written: let mbr_part_type x = if x.p_part.G.part_num <= 4 && x.p_type <> ContentExtendedPartition then "primary" [etc] > + let mbr_part_type x = > + if x.p_part_num <= 4 && x.p_type <> ContentExtendedPartition then "primary" > + else if x.p_part_num <= 4 && x.p_type = ContentExtendedPartition then "extended" > +...

...hat are performed in the order they are > performed. This is vital for debugging this. > > (2) When the error happens, run `lsof'. Something like this: > > try > g#part_add "/dev/sdb" (mbr_part_type p) p.p_target_start p.p_target_end; > if p.p_type = ContentExtendedPartition then > List.iter ( > fun p -> > g#part_add "/dev/sdb" "logical" p.p_target_start p.p_target_end > ) p.p_partitions > with > G.Error msg -> > eprintf "lsof:\n---\n%s\n---\n" (g#debug "sh" [|...

...ulate_target_partitions 1 start ~create_surplus:true partitions in > > + (* For GPT, the part type simply becomes partition name, so we don't > + * handle the case specifically. *) > + let mbr_part_type x = > + if x.p_part.G.part_num <= 4l && x.p_type <> ContentExtendedPartition then "primary" > + else if x.p_part.G.part_num <= 4l && x.p_type = ContentExtendedPartition then "extended" > + else "logical" in > + > (* Now partition the target disk. *) > List.iter ( > fun p -> > - g#part_add...

...esize(1). let required = List.fold_left ( fun total p -> let newsize = + (* don't count extended partition but logical partitions below, + * because we may extend and resize logical partitions at + * the same time. *) + if p.p_type = ContentExtendedPartition then 0L else + match p.p_operation with + | OpCopy | OpIgnore -> p.p_part.G.part_size + | OpDelete -> 0L + | OpResize newsize -> newsize in + total +^ newsize + ) 0L partitions in + let required = required +^ List.fold_left ( +...

...esize(1). let required = List.fold_left ( fun total p -> let newsize = + (* don't count extended partition but logical partitions below, + * because we may extend and resize logical partitions at + * the same time. *) + if p.p_type = ContentExtendedPartition then 0L else + match p.p_operation with + | OpCopy | OpIgnore -> p.p_part.G.part_size + | OpDelete -> 0L + | OpResize newsize -> newsize in + total +^ newsize + ) 0L partitions in + let required = required +^ List.fold_left ( +...

Hi Rich, This is v5 series to add support for resizing MBR logical partitions. please review. Thanks! changes to v4: 1. add support to resize extended partition (--resize or --expand extended partition) 2. fix the problem of deficit of 512 bytes when expanding a logical partition (this problem can be reproduced in v4 by only expanding a logical partition, without resizing any other

...newsize (alignment *^ sectsize) in + total +^ newsize + ) 0L logical_partitions in + let required_logical = required_logical +^ alignment *^ sectsize in + let required_extended = List.fold_left ( + fun total p -> + let newsize = + match p.p_type with + | ContentExtendedPartition -> + (* resizing extended partition by --resize or --expand is supported *) + (match p.p_operation with + | OpResize newsize -> newsize + | _ -> p.p_part.G.part_size) + | _ -> 0L in + total +^ newsize + ) 0L partitions in + let...

Hi Rich, This is rebase of v5 series. Meanwhile, I found a bug when shrinking partitions, and the fix is incuded in this version (patch 2). Regards, Hu changes to v4: 1. add support to resize extended partition (--resize or --expand extended partition) 2. fix the problem of deficit of 512 bytes when expanding a logical partition (this problem can be reproduced in v4 by only expanding a

...| ContentFS (("xfs"), _) when !xfs_available -> true - | ContentFS (fs, _) -> - if verbose () then - warning (f_"unknown/unavailable method for expanding filesystem %s") - fs; - false + | ContentFS (fs, _) -> false | ContentExtendedPartition -> false else fun _ -> false @@ -863,7 +859,17 @@ read the man page virt-resize(1). p.p_name (string_of_expand_content_method (expand_content_method p.p_type)) - ) else "" in + ) else ( +...

Hi Rich, This is v3 series to add support for resizing MBR logical partitions. changes to v2: 1. remove p_part_num 2. remove filter_parts 3. name the function calculate_target_partitions 4. remove the code to restart guest introduced in v2 changes to v1: 1. spit the patches so it's easier to review 2. fix the parted error caused by unaligned logical partitions 3. extend the

Hi Rich, This is v2 series to add support for resizing MBR logical partitions. I found the reason of problem in v1 that parted reports error when adding logical partitions, is that logical partitions are not aligned to 2 sectors. This problem doesn't appear in v2. This is for early review, because of: 1. I'm not sure the splitting of patches is appropriate or not, but it's much

In current virt-resize, only primary partitions(including extended partition) are supported. They are collected in an array for resize operations. Logical partitions are not supported. This series add support for resizing logical partitions. v3: 1) rewrite partitions/logical_partitions/extended_partition section by the comments from Rich and Pino. 2) in 03/11 introduce logical_align for

In current virt-resize, only primary partitions(including extended partition) are supported. They are collected in an array for resize operations. Logical partitions are not supported. This series add support for resizing logical partitions. v4: rebase on upstream. v3: 1) rewrite partitions/logical_partitions/extended_partition section by the comments from Rich and Pino. 2) in 03/11

In current virt-resize, only primary partitions(including extended partition) are supported. They are collected in an array for resize operations. Logical partitions are not supported. This series add support for resizing logical partitions. v4: rebase on upstream. v3: 1) rewrite partitions/logical_partitions/extended_partition section by the comments from Rich and Pino. 2) in 03/11

Hi, this small patch series exposes one of the utility in f2fs-tools, and use it to expand f2fs partitions in virt-resize. Thanks, Pino Toscano (2): New API: f2fs_expand resize: expand f2fs partitions daemon/Makefile.am | 1 + daemon/f2fs.c | 49 +++++++++++++++++++++++++++++++++++++++++++++++ generator/actions_core.ml | 9 +++++++++ generator/proc_nr.ml | 1 +

In current virt-resize, only primary partitions(including extended partition) are supported. They are collected in an array for resize operations. Logical partitions are not supported. This series add support for resizing logical partitions. v2: 1) Add 3 variables to describe relationship of logical and extended partitions: - partitions flat list of primary partitions (as now, the global

...rt-resize(1). calculate_target_partitions 1 start ~create_surplus:true partitions in + (* For GPT, the part type simply becomes partition name, so we don't + * handle the case specifically. *) + let mbr_part_type x = + if x.p_part.G.part_num <= 4l && x.p_type <> ContentExtendedPartition then "primary" + else if x.p_part.G.part_num <= 4l && x.p_type = ContentExtendedPartition then "extended" + else "logical" in + (* Now partition the target disk. *) List.iter ( fun p -> - g#part_add "/dev/sdb" "primary...

...e(1). calculate_target_partitions 1 start ~create_surplus:true partitions in + let mbr_part_type x = + (* for GPT, all partitions are regarded as Primary Partition. *) + if parttype = GPT then "primary" + else if x.p_part.G.part_num <= 4l && x.p_type <> ContentExtendedPartition then "primary" + else if x.p_part.G.part_num <= 4l && x.p_type = ContentExtendedPartition then "extended" + else "logical" in + (* Now partition the target disk. *) List.iter ( fun p -> - g#part_add "/dev/sdb" "primary...