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Useful API for verifying the integrity of virtual machines.
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This shouldn't change the semantics of the program.
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Allow arbitrary files to be uploaded into the appliance, but
only when --enable-debug-command is enabled. This lets you
run shell scripts, like this:
><fs> debug-upload -<<EOF /tmp/script.sh 0700
#!/bin/sh -
# ...
EOF
><fs> debug sh "/tmp/script.sh"
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Modify the generator so that it can correctly handle early
cancellation for Pathname|Device|.. parameters. This fixes
the upload command, but consequently we need to fix the
parameters for tar_in and t?z_in commands. This should also
mean that 'win:' can now be used as the second argument of
tar_in and t?z_in commands in guestfish, whereas previously
this wouldn't have worked.
Adds a regression test for the original problem.
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chmod: Disallow negative mode, document mode affected by umask.
mkdir-mode: Disallow negative mode, document that filesystems
may interpret the mode in different ways.
mknod: Disallow negative mode, document mode affected by umask.
umask: Check the range of umask mask value carefully.
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Analogous to the usual 'checksum' call.
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These APIs flesh out further the partitioning API.
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Previously we used strtok. However this has the problem that
strtok considers multiple delimiter characters to be like a single
delimiter, eg. "1:::2" would be parsed the same as "1:2". In
other words, the previous code would skip over or fail if there
are empty fields.
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This allows us to make the RUN_PARTED macro do something else
along the error path, other than just returning -1.
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Implement vgscan to allow for a full rescan of all LVM
PVs, VGs and LVs.
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This implements the ntfsresize operation, using the external
program from ntfsprogs.
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This includes various code cleanups:
(a) A regression test for RHBZ#580246.
(b) Use write instead of fwrite to write out the tar file. This is
just because the error handling of write seems to be better
specified and easier to use.
(c) Use size_t instead of int for length.
(d) Clearer debug messages when in verbose mode.
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The problem was this sequence of events:
(1) File transfer goes through OK.
(2) pclose returns failure (because 'tar' subprocess failed)
(3) We try to cancel the transfer by calling cancel_receive.
Step (3) fails because the transfer (as far as the library is
concerned) has succeeded, so causing a hang.
The more fundamental reason why we see steps (1) and (2) is that
'tar' does NOT fail immediately if there is a write error. Instead
it continues reading and discarding the input until the end of the
input before giving "Error exit delayed from previous errors".
IMHO this is a bug with tar, since an ENOSPC write error should
be fatal for tar.
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posix_fallocate has a non-standard way to return error indications.
Thus all our calls to posix_fallocate were effectively unchecked. For
example:
$ guestfish alloc test.img 1P
$ echo $?
0
$ ll test.img
-rw-rw-r--. 1 rjones rjones 0 2010-04-06 11:02 test.img
$ rm test.img
With this change, errors are detected and reported properly:
$ ./fish/guestfish alloc test.img 1P
fallocate: File too large
This is a fix for:
https://bugzilla.redhat.com/show_bug.cgi?id=579664
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Since commit 977edb3185fe8f we have been passing TERM from the
library into the appliance (for the benefit of virt-rescue).
However this changes the output of parted, which I would argue
is a bug in parted:
TERM=xterm /sbin/parted -m -- /dev/sda unit b print 2>&1 | hexdump -C
00000000 1b 5b 3f 31 30 33 34 68 42 59 54 3b 0a 2f 64 65 |.[?1034hBYT;./de|
Notice the escape-sequence junk before the official "BYT;"
header.
By setting TERM=dumb we avoid this.
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Change the appliance so PATH includes common directories. Thus
we don't need to hard-code paths to binaries (eg. "/sbin/fdisk")
everywhere.
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The problem is that mkfs was making an ext2 filesystem,
which later we were checking with e4fsck. e4fsck corrects
an "error" on the filesystem:
/dev/VG/LV: Adding dirhash hint to filesystem.
e4fsck returns 1 (errors corrected) which we were interpreting
as an error return.
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This is similar to 'guestfs_dd', but it copies just a fixed
number of bytes from the source to the destination. It's an
error if the source is too short or if the destination is too
small.
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These calls allow you to query the relationship between
LVM objects, for example, which PVs contain a VG, or which
LVs are contained in a VG.
See the example / test program 'regressions/test-lvm-mapping.pl'
for an example of how to do this from Perl.
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This function trims the whitespace from around a string. It
does this in-place, so it can be called for malloc'd strings.
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These are useful for Debian since they keep the tarball unpacked
in git.
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The RPC stubs already prefix the command name to error messages.
The daemon doesn't have to do this. As a (small) benefit this also
makes the daemon slightly smaller.
Code in the daemon such as:
if (argv[0] == NULL) {
reply_with_error ("passed an empty list");
return NULL;
}
now results in error messages like this:
><fs> command ""
libguestfs: error: command: passed an empty list
(whereas previously you would have seen ..command: command:..)
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Returns the size of a file. You can already do this with 'stat',
but this call is good for scripting.
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This allows you to save the errno from a previous call and
pass it to reply_with_perror.
For example, original code:
r = some_system_call ();
err = errno;
do_cleanup ();
errno = err;
if (r == -1) {
reply_with_perror ("failed");
return -1;
}
can in future be changed to:
r = some_system_call ();
err = errno;
do_cleanup ();
if (r == -1) {
reply_with_perror_errno (err, "failed");
return -1;
}
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This just ensures that we accurately report errors, even if our
error path code doesn't set errno. We won't end up with a bogus
errno left over from a previous call.
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These functions are not available on Windows.
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