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Point to the part-* API calls as replacements.
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Callers should use 'mount_options' or 'mount_vfs' instead.
See also:
http://libguestfs.org/guestfs.3.html#libguestfs_gotchas
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The function has been a no op for a very long time. By marking
it as deprecated we make it clear that you shouldn't call it
in new code.
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This allows C API users to be warned if they are using any deprecated
functions.
We don't warn about this by default. Users have to specifically
request this by defining the cpp symbol GUESTFS_WARN_DEPRECATED as 1.
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This will be used to internally enable various GCC enhancements.
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This makes a backwards-compatible change to the add-domain API. If
the optional allowuuid flag is true then UUIDs can be used instead of
names in the domain name parameter.
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This is now used consistently across all the documentation.
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This implements set_event_callback and delete_event_callback so that
Python programs can use the new event mechanism.
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Move the hand-written functions into two new files:
guestfs-py.h and guestfs-py-byhand.c
This is just code motion.
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This updates commit bc468c87d04b34faacd208c49cca4a5096e5103c.
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Previously we returned "rhel" for these, which was not accurate.
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Release the Python global interpreter lock while running libguestfs
calls.
We don't release it around guestfs_create() because that is a short
call that just allocates memory. We do release it around
guestfs_close() since that is a potentially long-running (it can call
wait(2) amongst other things). We also release it around all the
other generated Python calls.
We don't yet support callbacks into Python code (ie. the new event
API). But when we do in future, we will need to also handle the GIL
around those callbacks.
This code is adapted from libvirt's python/typewrappers.h. Thanks to
Dan Berrange for showing us how to do this properly.
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This returns the drive mappings from the Windows Registry.
virt-inspector displays the drive mappings, giving output
similar to this:
<drive_mappings>
<drive_mapping name="C">/dev/sda2</drive_mapping>
<drive_mapping name="E">/dev/sdb1</drive_mapping>
</drive_mappings>
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This returns the actual registry key corresponding to
CurrentControlSet (eg. it might be "ControlSet001").
Previously the inspection code was hard-coding ControlSet001. Now we
use the correct control set, and also make it available to callers
through the API.
This commit also updates the virt-dhcp-address example so it uses this
new API.
virt-inspector displays the current control set when available.
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Thanks to Erez Shinan.
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This introduces a new form of progress event, where we don't know how
much of the operation has taken place, but we nevertheless want to
send back some indication of activity. Some progress bar indicators
directly support this, eg. GtkProgressBar where it is known as "pulse
mode".
A pulse mode progress message is a special backwards-compatible form
of the ordinary progress message. No change is required in callers,
unless they want to add support for pulse mode.
The daemon sends:
- zero or more progress messages with position = 0, total = 1
- a single final progress message with position = total = 1
Note that the final progress message may not be sent if the call fails
and returns an error. This is consistent with the behaviour of
ordinary progress messages.
The daemon allows two types of implementation. Either you can just
call notify_progress (0, 1); ...; notify_progress (1, 1) as usual.
Or you can call the functions pulse_mode_start, pulse_mode_end and/or
pulse_mode_cancel (see documentation in daemon/daemon.h). For this
second form of call, the guarantee is very weak: it *just* says the
daemon is still capable of doing something, and it doesn't imply that
if there is a subprocess that it is doing anything. However this does
make it very easy to add pulse mode progress messages to all sorts of
existing calls that depend on long-running external commands.
To do: add a third variant that monitors a subprocess and only sends
back progress messages if it's doing something, where "doing
something" might indicate it's using CPU time or it's printing output.
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This commit generates approximate progress messages during the
guestfs_launch call. Currently this code generates:
0 / 12: launch clock starts
3 / 12: appliance created
6 / 12: detected that guest kernel started
9 / 12: detected that /init script is running
12 / 12: launch completed successfully
(Note this is not an ABI and may be changed or removed in a future
version).
Progress messages are only generated at all if 5 seconds have elapsed
since the launch, and they are only generated for the ordinary
appliance (not if using attach-method to attach to an existing virtio
serial port).
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This updates commit 4e0cf4dbf8a8a96288f70114fdc3939da0aa7ad1.
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(Thanks Chris Lalancette).
See:
https://bugzilla.redhat.com/show_bug.cgi?id=664558#c6
Notes:
Labels: bugfix, RHBZ#664558
Depends: 6a64114929a0b098f5a1e31e17e7802127925007
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Notes:
Labels: feature
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This returns a product variant for inspected operating systems. In
practice this is a useful way to distinguish between consumer and
enterprise/server versions of Windows that otherwise have the same
version number.
Notes:
Labels: feature
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In the case where both ends cancel at the same time (eg. both ends
realize there are errors before or during the transfer), previously we
skipped sending back an error from the daemon, on the spurious basis
that the library would not need it (the library is cancelling because
of its own error).
However this is wrong: we should always send back an error message
from the daemon in order to preserve synchronization of the protocol.
A simple test case is:
$ guestfish -N fs -m /dev/sda1 upload nosuchfile /
libguestfs: error: open: nosuchfile: No such file or directory
libguestfs: error: unexpected procedure number (66/282)
(Notice two things: there are errors at both ends, and the
loss of synchronization).
After applying this commit, the loss of synchronization does not occur
and we just see the library error:
$ guestfish -N fs -m /dev/sda1 upload nosuchfile /
libguestfs: error: open: nosuchfile: No such file or directory
The choice of displaying the library or the daemon error is fairly
arbitrary in this case -- it would be valid to display either or even
to combine them into one error. Displaying the library error only
makes the code considerably simpler.
This commit also (re-)enables a test for this case.
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As a previous, incorrect attempt to fix RHBZ#576879 we tried to
prevent the daemon from sending an error reply if the daemon had
cancelled the transfer. This is wrong: the daemon should send an
error reply in these cases.
A simple test case is this:
guestfish -N fs -m /dev/sda1 upload big-file /
(This fails because the target "/" is a directory, not a file.)
Prior to this commit, libguestfs would hang instead of printing an
error. With this commit, libguestfs prints an error.
What is happening is:
(1) Library is uploading
a file (2) In the middle of the long
upload, daemon detects an error.
Daemon cancels.
(3) Library detects cancel,
sends cancel chunk, then waits
for the error reply from the
daemon. (4) Daemon is supposed to send
an error reply message.
Because step (4) wasn't happening, uploads that failed like this would
hang in the library (waiting for the error message, while the daemon
was waiting for the next request).
This also adds a regression test.
This temporarily breaks the "both ends cancel" case (RHBZ#576879c5).
Therefore the test for that is disabled, and this is fixed in the next
patch in the series.
This partially reverts commit dc706a639eec16084c0618baf7bfde00c6565f63.
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The methods $h->set_progress_callback and $h->clear_progress_callback
have been removed, and replaced with a complete mechanism for setting
and deleting general-purpose events.
This also updates virt-resize to use the new API.
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The functions set_progress_callback and clear_progress_callback have
been removed, and replaced with a complete mechanism for setting and
deleting general-purpose events.
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This API allows more than one callback to be registered for each
event, makes it possible to call the API from other languages, and
allows [nearly all] log, debug and trace messages to be rerouted from
stderr.
An older version of this API was discussed on the mailing list here:
https://www.redhat.com/archives/libguestfs/2010-December/msg00081.html
https://www.redhat.com/archives/libguestfs/2011-January/msg00012.html
This also updates guestfish to use the new API for its progress bars.
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the private data area.
This commit adds new APIs for walking over the keys and pointers in
the private data area associated with each handle (note this is only
applicable to the C API).
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There was a lot of repeated code to map return types (eg. RErr)
to error cases (eg. -1 or NULL).
This commit introduces an error code type and two functions to
map return types to error codes and error codes to strings.
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Previously we expanded the code for 'trace_return' unconditionally for
all non-daemon functions. However this code was not prepared to
handle all error conditions, and in fact would segfault if it tried to
print RStringList or RHashtable where r == NULL.
We need to make the code conditional on the return value, calling
either 'trace_return' or 'trace_return_error' as appropriate.
Note the difficult case for RConstOptString which returns NULL in
non-error cases.
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Creating a HashMap directly from JNI is possible but very tedious
(see: http://java.sun.com/docs/books/jni/html/fldmeth.html#26254)
Instead we use the existing code to return hashes from JNI as plain
String[], then add some code in the Java wrapper to convert these to
HashMap<String,String>.
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There's no point returning the specific HashMap type here.
Return the generic interface type instead.
Note that no users are actually calling these functions yet,
since at present they always fail.
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In functions that don't have javadoc, the function prototype wasn't
being indented correctly.
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This optional flag controls whether this API call will try to connect
to a running virtual machine 'guestfsd' process.
If the flag is given and the virtual machine is running, then the
libvirt XML is parsed looking for a suitable <channel> element, and
'guestfs_set_attach_method' is called with the corresponding
virtio-serial socket path.
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These allow you to get and set the attach method. The format
is one of:
* appliance
* unix:<path>
It's stored broken out into an enum and a string in the handle.
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Instead of explicitly calling umount-all; sync, we add a daemon
function called internal-autosync which does the same.
Apart from slightly simplifying the process of closing the handle, the
main advantage is we can modify the daemon for the standalone case so
that internal-autosync does not do the umount-all operation.
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Also separate the call and return lines so that everything can be
easily 'grepped' from debug output. The trace output now looks like
this:
$ guestfish -x -N fs exit
libguestfs: trace: is_config
libguestfs: trace: is_config = 1
libguestfs: trace: add_drive "test1.img"
libguestfs: trace: add_drive = 0
libguestfs: trace: is_config
libguestfs: trace: is_config = 1
libguestfs: trace: launch
libguestfs: trace: launch = 0
libguestfs: trace: part_disk "/dev/sda" "mbr"
libguestfs: trace: part_disk = 0
&c.
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This allows the -O parameter to be added to the mkfs command line.
This is used to select filesystem features.
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