Before, when having a test with nmtst_init_assert_logging(),
the caller was expected to setup logging separately according
to the log level that the test asserts against.
Since 5e74891b58, the logging
level can be reset via NMTST_DEBUG also for tests that
assert logging. In this case, it would be useful, if the test
would not overwrite the logging level that is set externally
via NMTST_DEBUG.
Instead, let the test pass the logging configuration to
nmtst_init_assert_logging(), and nmtst will setup logging
-- either according to NMTST_DEBUG or as passed in.
This way, setting the log level works also for no-expect-message
tests:
NMTST_DEBUG="debug,no-expect-message,log-level=TRACE" $TEST
libnm-core treated the UNKNOWN WEP key type as KEY. Relax that
and try to guess the correct type based on the key.
This is for example important if you have a valid connection with
wep-key-type=0 (unknown)
If you request passwords for such a connection, the user cannot
enter them in password format -- but there is no UI indication
that the password must be KEY.
keyfile should become our main import/export format. It is desirable,
that a keyfile can contain every aspect of a connection.
For blob certificates, the writer in core daemon would always write
them to a file and convert the scheme to path.
This behavior is not great for a (hyptetical) `nmcli connection export`
command because it would have to export them somehow outside of keyfile,
e.g. by writing them to temporary files.
Instead, if the write handler does not handle a certificate, use a
default implementation in nm_keyfile_write() which adds the blob inside
the keyfile.
Interestingly, keyfile reader already supported reading certificate
blobs. But this legacy format accepts the blob as arbitrary
binary without marking the format and without scheme prefix.
Instead of writing the binary data directly, write it with a new
uri scheme "data:;base64," and encode it in base64.
Also go through some lengths to make sure that whatever path
keyfile plugin writes, can be read back again. That is, because
keyfile writer preferably writes relative paths without prefix.
Add nm_keyfile_detect_unqualified_path_scheme() to encapsulate
the detection of pathnames without file:// prefix and use it to
check whether the path name must be fully qualified.
nm_keyfile_plugin_kf_get_integer_list() should always set
@length to zero when returning no integer list. So, this
is probably correct. Still, just to be explicit, anticipate
and handle a missing @tmp_list.
There are three configuration options that contain device specs:
'main.ignore-carrier', 'main.no-auto-default', and
'keyfile.unmanaged-devices'.
Unify the parsing of them by splitting the device spec with
nm_match_spec_split(). This changes behavior for parsing of these
properties.
Also get rid of logging warnings when parsing 'keyfile.unmanaged-devices'.
We have nm_keyfile_plugin_utils_should_ignore_file() to ignore certain
files based on patterns. We also need a matching escape function to
avoid saving connections with a name we would ignore later.
https://bugzilla.gnome.org/show_bug.cgi?id=735824
After refactoring libnm-core to use GBytes instead of
GByteArray/DBUS_TYPE_G_UCHAR_ARRAY, it was forgotten to update
keyfile writer.
This causes keyfile writer to skip the NMSetting8021x:password-raw setting
and raise a g_critical() warning.
Fixes: c43f88907b
==10501== 353 (32 direct, 321 indirect) bytes in 1 blocks are definitely lost in loss record 1,579 of 1,641
==10501== at 0x7EE3728: g_type_create_instance (gtype.c:1847)
==10501== by 0x7EC75B4: g_object_new_internal (gobject.c:1746)
==10501== by 0x7EC945C: g_object_newv (gobject.c:1890)
==10501== by 0x7EC9C23: g_object_new (gobject.c:1556)
==10501== by 0x1CD87C: nm_setting_wireless_security_new (nm-setting-wireless-security.c:122)
==10501== by 0x16F70B: make_wpa_setting (reader.c:3010)
==10501== by 0x16F33F: make_wireless_security_setting (reader.c:3188)
==10501== by 0x161F4C: wireless_connection_from_ifcfg (reader.c:3464)
==10501== by 0x16109A: connection_from_file_full (reader.c:4763)
==10501== by 0x1614EE: connection_from_file_test (reader.c:4862)
==10501== by 0x13D1D6: test_read_wifi_wpa_psk_unquoted2 (test-ifcfg-rh.c:4316)
==10501== by 0x1281FD: main (test-ifcfg-rh.c:12513)
==10501==
In case of error, ibft prints an error message to stderr
with two trailing newlines. This causes multiple lines
in our logfile. Replace newlines in the error message
by whitespaces.
There's no point in calling setpgid() on short-lived processes, so
remove the setpgid() calls when spawning dispatcher scripts, iptables,
iscsiadmin, and netconf.
Replace the pthread_sigwait()-based signal handling with
g_unix_signal_add()-based handling, and get rid of all the
now-unnecessary calls to nm_unblock_posix_signals() when spawning
subprocesses.
As a bonus, this also fixes the "^C in gdb kills NM too" bug.
Custom IP ranges for shared connection were implemeted in bgo #6759732
(commit 32a001f526). The first IP address
is used and a range is calculated.
However, the commit missed to update ifcfg-rh plugin to read the address.
Test case:
* use ifcfg-rh plugin for NetworkManager
$ nmcli con add type eth con-name shared-ip ifname eth0
$ nmcli con mod shared-ip ipv4.addresses 9.8.7.6/24 ipv4.method shared
$ nmcli con show shared-ip
$ nmcli con show shared-ip <--- ip address 9.8.7.6 was missing
https://bugzilla.redhat.com/show_bug.cgi?id=1174632
This was not really an error, because NMIfcfgConnection would not
watch the files if monitoring is not enabled. Still do it, because
it feels more correct.
Make update_connection() analogous to keyfiles implementation.
Effectively merge _internal_new_connection() and update_connection()
-- previously connection_new_or_changed().
https://bugzilla.redhat.com/show_bug.cgi?id=1171751
Presort the files in read_connections() as we do it
for keyfile.
This alone has not much consequences. Do this patch first, to
keep the next patches more self-contained.
The ifcfg-rh implementation should be similar to the one from keyfile.
Rename the variables and function that have the same meaning.
Do this trivial commit first, before starting refactoring.
When adding a connection to NMSettings we did not check for
duplicate connection UUIDs (which could for example happen
if two different plugins report a conflicting UUID).
Also, we would not check that an already added connection
changes it's UUID.
Both could lead to have duplicate connections (by UUID).
Avoid that two ways:
- when adding a connection to NMSettings, ensure that we don't add
a conflicting UUID. Otherwise just bail out and do nothing.
- when modifying a connection that is already added to NMSettings,
enforce that the UUID cannot change. Otherwise fail with error.
For ifcfg-rh plugin this situation still can happen during reload.
In this case error out and refuse to update the connection. After
all, the user configured invalid UUIDs.
https://bugzilla.redhat.com/show_bug.cgi?id=1171751
