| Commit message (Collapse) | Author | Age | Files | Lines |
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'src/generator.ml' is no more. Instead the generator is logically
split up over many different source files.
Read generator/README for help and tips.
We compile the generator down to bytecode, not native code. This
means it will run more slowly, but is done for maximum portability.
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These complement the existing is-file and is-dir APIs.
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This commit shouldn't change the semantics of the code.
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Note that these are not complete on 32 bit architectures. PHP doesn't
offer any convenient 64 bit type (on 32 bit). Therefore you should
always use these PHP bindings on 64 bit.
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The actions each have a corresponding define, eg:
#define LIBGUESTFS_HAVE_VGUUID 1
extern char *guestfs_vguuid (guestfs_h *g, const char *vgname);
However functions which are for testing, debugging or deprecated do
not have the corresponding define. Also a few functions are so
basic (eg. guestfs_create) that there is no point defining a symbol
for them.
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This is a more standard way to create objects in Ruby. The old
way was to call the module function Guestfs::create() which still
works.
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For details see commit eb566f7dc7974b42ac65729a2e5e5bcee329a0a9.
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The private data area is a hash table which is associated with
libguestfs handles, that C callers may use to store arbitrary
data for the lifetime of the handle.
Later the OCaml bindings will use this in order to implement
callbacks.
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This implements progress notification messages in the daemon, and
adds a callback in the library to handle them.
No calls are changed so far, so in fact no progress messages can
be generated by this commit.
For more details, see:
https://www.redhat.com/archives/libguestfs/2010-July/msg00003.html
https://www.redhat.com/archives/libguestfs/2010-July/msg00024.html
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Two bits of XDR both contained a definition called 'str' which
means that 'xdr_str' was being exported globally twice. Because
of the linker script this didn't affect us. But it's best to
rename this global so that conflicts cannot arise.
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guestfs_set_network (g, true) enables network support in the appliance.
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This changes the protocol so that the Linux errno (if available)
is sent back to the library. Note that the errno is not yet
made available to callers, since it is not clear how best to
present this Linux-specific number.
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This commit removes one of the protocol limits, by raising the
maximum error message size from 256 bytes to 64K.
Although we could consider raising this further, since the
error messages are currently stored in fixed sized buffers on
the stack, that would require more invasive code changes.
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Not used by anyone, didn't work well, and replaced now by the
C inspection APIs.
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This commit converts (some of) the Perl inspection code to C and
makes it available through core APIs. The new APIs are:
inspect-os - Does the inspection, returns list of OSes
inspect-get-* - Get results of the inspection
where '*' is one of:
type - 'windows' or 'linux'
distro - Linux distro
arch - architecture
product-name - long product name string
major-version
minor-version - major.minor version of OS
mountpoints - get a list of the mountpoints
filesystems - get all filesystems associated with the OS
This works for all existing supported Linux and Windows OSes.
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These two calls wrap up the /sbin/findfs command, allowing you
to find a filesystem by only knowing its label or UUID.
This is especially useful when resolving LABEL=... or UUID=...
entries in /etc/fstab.
Sample guestfish session:
><fs> vfs-uuid /dev/vda1
277dd61c-bf34-4253-a8dc-df500a05e7df
><fs> findfs-uuid 277dd61c-bf34-4253-a8dc-df500a05e7df
/dev/vda1
><fs> vfs-label /dev/vda1
/boot
><fs> findfs-label /boot
/dev/vda1
><fs> vfs-uuid /dev/VolGroup00/LogVol00
40ce7c36-82ce-4a12-a99d-48f5e054162c
><fs> findfs-uuid 40ce7c36-82ce-4a12-a99d-48f5e054162c
/dev/mapper/VolGroup00-LogVol00
><fs> findfs-uuid 12345678
libguestfs: error: findfs_uuid: findfs: unable to resolve 'UUID=12345678'
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This change simply converts the existing Perl-only function
file_architecture into a core API call. The core API call is
written in C and available in all languages and from guestfish.
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These are already defined in "guestfs-internal.h" which is
included in the .c file.
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Trace output sent to stdout can be lost in the event of a crash due to
buffering. This patch sends it to stderr instead.
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See:
http://lists.fedoraproject.org/pipermail/devel/2010-August/141064.html
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This adds a new API, guestfs_is_lv (g, device), which returns true iff
the named device is an LVM2 logical volume.
A sample guestfish session:
><fs> lvs
/dev/vg_f13x64/lv_root
/dev/vg_f13x64/lv_swap
><fs> list-devices
/dev/vda
><fs> list-partitions
/dev/vda1
/dev/vda2
><fs> is-lv /dev/vg_f13x64/lv_root
true
><fs> is-lv /dev/vg_f13x64/lv_swap
true
><fs> is-lv /dev/vda
false
><fs> is-lv /dev/vda1
false
><fs> is-lv /dev/vda2
false
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Rename these two generated files, in preparation for splitting
up the main src/guestfs.c file.
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This commit adds four APIs for creating new LUKS devices
and key management. These are:
luks_format Format a LUKS device with the default cipher.
luks_format_cipher Format with a chosen cipher.
luks_add_key Add another key to an existing device.
luks_kill_slot Delete a key from an existing device.
This enables all the significant functionality of the
cryptsetup luks* commands.
Note that you can obtain the UUID of a LUKS device already
by using vfs-uuid.
This also includes a regression test covering all the LUKS
functions.
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Adding the readonly=on option is not so clever. This causes
qemu to present the disk as read-only to the guest. (The
expected behaviour of snapshots=on,readonly=on was that it
would open the disk O_RDONLY but present a writable disk to
the guest).
Since the guest sees a read-only disk, we are unable to do any
recovery if a filesystem on the disk is inconsistent. This basically
prevents most accesses to live disk images.
What we really want is a qemu option which presents a writable
disk to the guest, but only opens the disk on the host side with
O_RDONLY, to alleviate the udev bug RHBZ#571714.
This reverts commit 676462684e05dd8341dd695762dd99a87d8ec022.
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This adds support for opening LUKS-encrypted disks, via
three new APIs:
luks_open: Create a mapping for an encrypted disk.
luks_open_ro: Same, but read-only mapping.
luks_close: Close a mapping.
A typical guestfish session using this functionality looks
like this:
$ guestfish --ro -a encrypted.img
><fs> run
><fs> list-devices
/dev/vda
><fs> list-partitions
/dev/vda1
/dev/vda2
><fs> vfs-type /dev/vda2
crypto_LUKS
><fs> luks-open /dev/vda2 luksdev
Enter key or passphrase ("key"):
><fs> vgscan
><fs> vg-activate-all true
><fs> pvs
/dev/dm-0
><fs> vgs
vg_f13x64encrypted
><fs> lvs
/dev/vg_f13x64encrypted/lv_root
/dev/vg_f13x64encrypted/lv_swap
><fs> mount /dev/vg_f13x64encrypted/lv_root /
><fs> ll /
total 132
dr-xr-xr-x. 24 root root 4096 Jul 21 12:01 .
dr-xr-xr-x 20 root root 0 Jul 21 20:06 ..
drwx------. 3 root root 4096 Jul 21 11:59 .dbus
drwx------. 2 root root 4096 Jul 21 12:00 .pulse
-rw-------. 1 root root 256 Jul 21 12:00 .pulse-cookie
dr-xr-xr-x. 2 root root 4096 May 13 03:03 bin
NOT included in this patch:
- An easier way to use this from guestfish.
- Ability to create LUKS devices.
- Ability to change LUKS keys on existing devices.
- Direct access to the /dev/mapper device (eg. if it contains
anything apart from VGs).
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Add a 'Key' parameter type, used for passing sensitive key material
into libguestfs.
Eventually the plan is to mlock() key material into memory. However
this is very difficult to achieve because the encoded XDR strings
end up in many places. Therefore users should note that key material
passed to libguestfs might end up in swap.
The only difference between 'Key' and 'String' currently is that
guestfish requests the key from /dev/tty with echoing turned off.
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The 'name' parameter is not used on the right hand side of the
match, so it can be removed.
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These APIs allow you to change the device filter, the list of
block devices that LVM "sees". Either you can set it to a fixed
list of devices / partitions, or you can clear it so that LVM sees
everything.
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This resolves a warning from gcc 4.5:
assuming signed overflow does not occur when simplifying
conditional to constant
This page explains the issues in some detail:
http://www.airs.com/blog/archives/120
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Only one function currently uses DeviceList. The generated code
unfortunately hard-coded the argument name from that function.
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There's a thread safety issue with the current OCaml bindings which
is well explained in the bug report:
https://bugzilla.redhat.com/show_bug.cgi?id=604691
This commit fixes the safety issue by copying strings temporarily
before releasing the thread lock. Updated code looks like this:
char *filename = guestfs_safe_strdup (g, String_val (filenamev));
int r;
caml_enter_blocking_section ();
r = guestfs_add_drive_ro (g, filename);
caml_leave_blocking_section ();
free (filename);
if (r == -1)
ocaml_guestfs_raise_error (g, "add_drive_ro");
Also included is a regression test.
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This add an optional explicit $g->close method which may be
used to force the handle to be closed immediately. Note the
provisos about this method in the manual page entry. Callers
should *not* normally use this method.
The implementation of the handle also changes. Before, the
handle was a blessed reference to an integer (the integer
being the pointer to the C guestfs_h handle). Now we change
this to a hashref containing currently the following field:
_g => pointer to C guestfs_h handle (as an integer)
If this field is not present, it means that the handle has been
explicitly closed. This avoids double-freeing the handle.
The user may add their own fields to this hash in order to store
per-handle data. However any fields whose names begin with
an underscore are reserved for use by the Perl bindings.
This commit also adds a regression test.
This commit also changes the existing warning when you call
a method without a Sys::Guestfs handle as the first parameter,
into an error. This is because such cases are always errors.
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Read the note in the man page before using this feature.
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