| Commit message (Collapse) | Author | Age | Files | Lines |
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These manual pages have for a very long time 'lived' in the top
source directory.
Clean up this situation by moving those manual pages (plus associated
generated files) into the src/ and fish/ subdirectories respectively.
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This documents how to use autotools and dlopen(3) to test for
the availability of single API calls at compile time and run time
respectively.
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The current groups are defined very conservatively using the
following criteria:
(a) Would be impossible to implement on Windows because of
sheer architectural differences (eg: mknod).
(b) Already optional (augeas, inotify).
(c) Not currently optional but not implemented on older RHEL and
Debian releases (ntfs-3g.probe, scrub, zerofree).
The optional groups I've defined according to these criteria are:
. augeas
. inotify
. linuxfsuuid
. linuxmodules
. linuxxattrs
. lvm2
. mknod
. ntfs3g
. scrub
. selinux
. zerofree
(Note that these choices don't prevent us from adding more
optional groups in future. On the other hand to avoid breaking
ABIs we would not wish to change the above groups).
The rest of this large commit is really just implementation:
Each optional function is classified using Optional "group"
flag in the generator.
The daemon has to implement a function
int optgroup_<name>_available (void);
for each optional group. Some of these functions are fixed at
compile time, and some do simple run-time tests.
The do_available implementation in the daemon looks up the correct
function in a table and runs it.
We document the optional groups in the guestfs(3) man page.
Also: I added a NOT_AVAILABLE macro in order to unify all the
existing places where we had a message equivalent to
"function __func__ is not available".
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This section was missing from the previous documentation.
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The low-level event-based API never existed so this statement
in the man page is wrong. If you want an asynchronous API, use
threads.
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This commit introduces a generic partition creation interface
which should be future-proof and extensible, and partially
replaces the old sfdisk-based interface.
The implementation is based on parted but is hopefully not too
dependent on the particulars of parted.
The following new calls are introduced:
guestfs_part_init:
Initialize a disk with a partition table. Unlike the sfdisk-
based interface, we also support GPT and other partition
types, which is essential to scale to devices larger than 2TB.
guestfs_part_add: Add a partition to an existing disk.
guestfs_part_disk:
Convenience function which combines part_init & part_add,
creating a single partition that covers the whole disk.
guestfs_part_set_bootable:
guestfs_part_set_name:
Set various aspects of existing partitions.
guestfs_part_list:
List partitions on a device. This returns a programming-friendly
list of partition structs (in contrast to sfdisk-l which cannot
be parsed).
guestfs_part_get_parttype:
Return the partition table type, eg. "msdos" or "gpt".
The following calls are planned, but not added currently:
guestfs_part_get_bootable
guestfs_part_get_name
guestfs_part_set_type
guestfs_part_get_type
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This commit changes guestfs_launch so that it both launches
the appliance and waits until it is ready (ie. the daemon communicates
back to us).
Since we removed the pretence that we could implement a low-level
asynchronous API, the need to call launch() followed by wait_ready()
has looked a bit silly.
Now guestfs_wait_ready() is basically a no-op. It is left in the
API for backwards compatibility. Any calls to guestfs_wait_ready()
can be removed from client code.
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This commit removes the external main loop, which never worked
and caused a number of bugs. Requests are now done synchronously,
and if the user wants to have requests issued in the background
or to have a responsive GUI, then they'll just have to use threads.
The big change is to push all reads and writes through two
functions called send_to_daemon (for writes) and recv_from_daemon
(for reads) which operate synchronously. These functions
read/write whole messages, and also handle checking for EOF
(ie. daemon died) and asynchronous log message events from
qemu (eg. from debug / dmesg printed by the guest). A more
complete description of how these work can be found in the code.
This code passes a complete run of the tests.
Bugs believed to be fixed by this commit:
https://bugzilla.redhat.com/show_bug.cgi?id=501888
internal error: reply callback called twice
https://bugzilla.redhat.com/show_bug.cgi?id=504418
In virt-inspector: "download: guestfs_download reply failed, see earlier error messages"
I have tried to avoid reintroducing this:
https://bugzilla.redhat.com/show_bug.cgi?id=508713
libguestfs: error: write: Broken pipe (guestfish only)
One other benefit of this is that 'set_busy/end_busy' calls
no longer appear in traces.
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Enable this by calling guestfs_trace (handle, 1) or by
setting the LIBGUESTFS_TRACE=1 environment variable.
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Also use L</...> to link between sections.
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This is an end-user testing tool, designed to test basic functionality
of libguestfs/qemu/kernel combination on the end-user's final host
machine.
It does not perform a thorough test, but should be enough to find
most booting issues.
Also this is intended to be used when reporting bugs.
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appliance kernel."
This reverts commit 34d2df41626f1ee4172a6d40b06d72d6ed9d6348.
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This allows you to override the appliance kernel with an easy
command or environment variable.
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This section collects together related API calls, to provide
more coherent documentation about different ways to carry
out actions such as uploading and downloading.
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Use maximum proc_nr (MAX_PROC_NR) as a surrogate for the
library ABI version, resulting in version numbers such as
libguestfs.so.0.<MAX_PROC_NR>.0 for the final library.
Add ABI guarantee to the documentation.
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'msg' if they want to stash it.
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