If there are existing requests that should be superseded, the old
code stores the Request instances in the myreqs list, which is
returned to the caller. However, the caller expects only request
ids instead of instances of class Request. Eventually, this results
in a type error - excerpt:
...
File "/usr/lib/python3.8/site-packages/osc/commandline.py", line 1892, in do_createrequest
change_request_state(apiurl, srid, 'superseded',
File "/usr/lib/python3.8/site-packages/osc/core.py", line 4322, in change_request_state
u = makeurl(apiurl,
File "/usr/lib/python3.8/site-packages/osc/core.py", line 3326, in makeurl
return urlunsplit((scheme, netloc, '/'.join([path] + list(l)), query, ''))
TypeError: sequence item 2: expected str instance, Request found
Hence, simply return the request ids instead of the Request instances.
Note: this changes the API of the Osc._submit_request method but
this is OK because it is not part of the public API.
When calling "osc creq -a prj1 foo prj2 bar -a submit prj1 bar prj2 bar",
the requests that could be superseded are calculated two times for the
prj2/bar package. Hence, they could end up two times in the "supersede"
list (see do_createrequest) In order to avoid duplicates, use a set
instead of a list.
Kudos to darix for pointing this out!
Note: it is a bit questionable if osc's current semantics makes sense
in the above example.
When creating a new request via the core.Request.create method, there is
no need to escape the data that is assigned to the "description" attribute
of a core.Request instance. Internally, core.Request.create ensures that
the data, which is POSTed to the api, is correctly escaped (the escaping
is implicitly done by ET (see core.Request.to_str)). Manually escaping the
description results in a double escaping (the escaped description is
escaped by ET again) - this is not the desired behavior.
Analogously, there is no need to escape the data that is passed to the
message parameter of the core.create_submit_request function because
core.create_submit_request takes care of escaping it.
Fixes: #869 ("Silly encoding of htmlencodable entities")
Using os.getcwd() in combination with a subsequent .encode() is error
prone:
marcus@linux:~> mkdir illegal_utf-8_encoding_$'\xff'_dir
marcus@linux:~> cd illegal_utf-8_encoding_$'\xff'_dir/
marcus@linux:~/illegal_utf-8_encoding_ÿ_dir> python3
Python 3.8.6 (default, Nov 09 2020, 12:09:06) [GCC] on linux
Type "help", "copyright", "credits" or "license" for more information.
>>> import os
>>> os.getcwd().encode()
Traceback (most recent call last):
File "<stdin>", line 1, in <module>
UnicodeEncodeError: 'utf-8' codec can't encode character '\udcff' in position 36: surrogates not allowed
>>>
Hence, use os.getcwdb(), which returns a bytes, instead of
os.getcwd().encode().
Fixes: commit 36f7b8ffe9 ("Fix a
potential TypeError in CpioRead.copyin and CpioRead.copyin_file")
If no dir is passed to util.ArFile.saveTo, dir is set to os.getcwd(),
which returns a str. Since self.name is a bytes, the subsequent
os.path.join(dir, self.name) results in a TypeError.
To fix this, use os.getcwdb(), which returns a bytes instead of a
str.
Support "osc build --vm-type=nspawn". Without this change build_root
is changed to "build_root/.mount", which results in an invalid name
for systemd-nspawn (see build-vm-nspawn in the obs-build codebase).
Now, --vm-type=nspawn behaves the same as --vm-type=lxc wrt. option
passing to the build script and package signature checking.
This allows to utilise support for systemd-nspawn backend in build engine.
Like LXC, systemd-nspawn creates isolated lightweight container.
Signed-off-by: Oleg Girko <ol@infoserver.lv>
If no "dest" argument is specified when calling CpioRead.copyin or
CpioRead.copyin_file, a TypeError occurs in CpioRead._copyin_file
because os.getcwd(), which returns a str, is used as dest and, hence,
the subsequent os.path.join(...) fails (because it tries to join a
str and a bytes).
In order to avoid this, encode the result of os.getcwd().
Note that the existing
archive.copyin_file(hdr.filename,
os.path.dirname(tmpfile),
os.path.basename(tmpfile))
was OK because CpioRead._copyin_file os.path.join()s "dest" and
"new_fn", which are both str. It is just changed to stress that
CpioRead is a bytes-only API.
Fixes: #865 ("Traceback in osc/util/cpio.py line 128: TypeError:
Can't mix strings and bytes in path components")
Currently, when trying to initialize a non existent (server-side)
project via "osc init <prj>", osc errors out (after creating the wc)
because it fails to retrieve the package list. However, there is no
need to retrieve the package list in the "osc init <prj>" case. Hence,
skip the package list retrieval. As a result, osc does not error out.
For the background, see the discussion in #858 ("osc fails to check
out an empty project as project") [1].
[1] https://github.com/openSUSE/osc/issues/858#issuecomment-722330024
If meta=True is passed to checkRevision, the meta parameter is used
as a revision in the show_upstream_rev call. Instead, it should be
bound to show_upstream_rev's meta parameter.
Some services expect "old" service files (that is, files from a
previous service run) to be present in an ".old" dir. Hence, osc
should support that.
Instead of removing all files from a previous service run, move them
to the ".old" dir, run the services, and, finally, remove the ".old"
dir.
Unfortunately, the location of the ".old" dir is hardcoded in the
specific services. That is, we have to be careful if an ".old" dir
exists (in this case, we error out).
Based on [1].
[1] https://github.com/openSUSE/osc/pull/846
Currently, if the --offline option is passed to "osc build ...", a
preinstallimage is not used (even if it exists). Instead, a
preinstallimage should be used (if it exists) even if the --offline
option is specified.
This is faster in best case since the binary search does not need
to be executed on the server.
It also finds package names where no binary with that name exists.
(as for some multibuild cases)
Replace usage with better explanation. It was missing that it requires a
prefixed hostarch. Also workername is instead called workerid in the
API.
Usage help was before: osc workerinfo WORKER
Add actual example.
See also the fix for this in OBS API docs:
https://github.com/openSUSE/open-build-service/pull/10024
In the API a new request action release was implemented. This changes
enables the user to create a release request for non-maintenance projects
and to review / view the release requests
Fix "osc service run <service>" so that it takes the parameters from
the _service file if <service> is present in the _service file. Also
document (+ fix) the (undocumented) "osc service <command> <service>"
behavior. This enables, for instance, to run "osc service mr foobar",
which would execute all foobar services with mode "manual" (now, this
also works, if the foobar service is not part of the _service file).
Without this patch, running an individual service that has parameters
defined in the _service file fails:
$ osc service run obs_scm
Please specify valid --scm=... options
Aborting: service call failed: /usr/lib/obs/service/obs_scm --outdir [snipped]
This is because although the service is defined in the _service file and
the "scm" parameter is set in it, the service wasn't being found in the
data structure and so the service executable wasn't being called with
the parameters supplied in the _service file. This patch corrects the
issue with the services data structure so that the service data isn't
overridden if it is defined in the _service file.
A side effect of this correction for services defined in the _service
file is that instead of overriding the service mode with '', the mode is
taken from the _service file. When using the "run" command, this would
mean that the call mode of None may not be in agreement with the service
mode defined in the file, e.g. "manual", and so the "run" command would
no longer cause it to run when it would before. We can take this
opportunity to define this as the correct behavior - the "run" command
now only runs services with "trylocal", "localonly", or no mode set -
and also ensure that other call mode commands result in sensible
behavior when called with a service name, for instance "osc service
manualrun download_files" will run only services with mode="manual" and
name="download"files" instead of all services with mode="manual".
Additionally, services that aren't defined in the _service file can be
called with a call mode command and will use that call mode rather than
None.
Add a "manual" service mode. A service with mode "manual" is not executed
by default (that is, via "osc service run"). As of now, "manual" is in
some sense just an alias for "disabled". However, this might change in the
future [1]. Also, "localrun" now executes services with mode "serveronly".
Moreover, the documentation of "disabledrun" is updated ("disabledrun"
never executed services with mode "serveronly"). Additionally, "localrun"
and "disabledrun" are marked as "[n]ot for common usage anymore" in the
service command's description.
The rationale for these changes is (partly) described in [1]. The main
motivation is to add some clarity (in contrast to the "disabled" mode,
it is probably easier to get/guess the semantics of the "manual" mode).
[1] https://github.com/openSUSE/osc/pull/826
The "disabledrun" service commands is marked as deprecated but has no
explicit replacement. It is still a useful command for updating packages
manually or through a CI system without being forced to run all defined
services with the "runall" command. This change adds a new command
"manualrun" and a new mode "manual" which behave the same as the
deprecated "disabledrun" command and "disabled" mode but have clearer
meaning. "manualrun" does not attempt backwards-compatible behavior with
the "disabledrun" mode for "disabled" services because "disabled" mode
may eventually be removed or change meaning. The "localrun" command is
enhanced to consider the "serveronly" mode. Since "disabledrun" never
executed services with mode "serveronly", its docs are updated
accordingly.
