update koji init & finalize to use custom leveled logging
This is mainly affects logging, but it also changes functionality slightly
since init & finalize are now using the customCheckRetry, they are able
to retry the "TLS timeout" error.
update koji upload to use custom leveled logging, this only affects
logging
since uploading uses a different connection to send the chunks, it is
done separately in this commit
Add support for promoting certain `Debug` log messages to `Info` so we
can monitor them while the logging level set to `Info`, having it set
to Debug is far too noisy.
Previously, we used RAGRS which means that all our data was always replicated
to at least two regions for increased safety. This is cool but expensive, this PR
switches the API to use LRS that just uses one region.
Signed-off-by: Ondřej Budai <ondrej@budai.cz>
Move the OSBuildStagesToRPMs function, associated test, and RPM type
from the worker into the rpmmd subpackge. We will use this function in
the cloud API to compile the NEVRAs for the new metadata endpoint.
If a user uses a temporary access key for login, a session token is also
needed.
This commit adds support for it to the internal aws library and also
to the osbuild-upload-aws helper. Note that this doesn't affect the main
osbuild-composer executable nor the worker. Everything here should work
as before and session tokens are not supported. Something for a follow up
if anyone needs it.
Signed-off-by: Ondřej Budai <ondrej@budai.cz>
Uploads an artifact to an S£ bucket and returns a presigned URL to allow
the user to download the file.
Although it uses a lot of common code with the AWS AMI upload target,
it's treated as a completely separate target.
The internal GCP library was originally placed into `internal/upload`
directory, since its purpose was mainly to upload and import built
images to GCP.
Functionality for other cloud-provider-specific libraries is broader,
however scattered around the `internal/` directory based on purpose (e.g. in
`internal/boot` and `internal/upload`). Since all parts of provider-specific
library usually share some common pieces (e.g. authentication), it makes
sense to consolidate them into a single package (e.g. in
`internal/cloud/<provider>`).
Create `internal/cloud` directory, where all cloud-provider-specific
internal libraries should be consolidated. Start with GCP.
Signed-off-by: Tomas Hozza <thozza@redhat.com>
Reduce the code related to Compute Node v1 API calls in a similar way as
it is done in the API usage examples.
Signed-off-by: Tomas Hozza <thozza@redhat.com>
Originally, the internal GCP library in `internal/upload/gcp` was
logging various information and errors. Refactor the code to move all
logging to callers of the library. As a result, some methods now return
additional information to preserve the same amount of information being
logged for GCP.
Refactor methods to have only single purpose and not do any extra work,
such as storage cleanup. Methods which create new resources now don't do
any cleanup at all. The caller is responsible to check for any errors
and perform any cleanup necessary. Necessary methods to perform cleanup
are provided.
Modify worker's job implementation and GCP CLI tool to explicitly do all
necessary cleanup, including in case of errors.
Signed-off-by: Tomas Hozza <thozza@redhat.com>
This commit adds and implements org.osbuild.azure.image target.
Let's talk about the already implemented org.osbuild.azure target firstly:
The purpose of this target is to authenticate using the Azure Storage
credentials and upload the image file as a Page Blob. Page Blob is basically
an object in storage and it cannot be directly used to launch a VM. To achieve
that, you need to define an actual Azure Image with the Page Blob attached.
For the cloud API, we would like to create an actual Azure Image that is
immediately available for new VMs. The new target accomplishes it.
To achieve this, it must use a different authentication method: Azure OAuth.
The other important difference is that currently, the credentials are stored
on the worker and not in target options. This should lead to better security
because we don't send the credentials over network. In the future, we would
like to have credential-less setup using workers in Azure with the right
IAM policies applied but this requires more investigation and is not
implemented in this commit.
Signed-off-by: Ondřej Budai <ondrej@budai.cz>
This file contains a client for Azure Storage API. As we soon introduce the
client for Azure API, we need a distinction here.
Signed-off-by: Ondřej Budai <ondrej@budai.cz>
The UploadImage method doesn't actually create an image. It creates a Page
Blob. Blob is something like S3 object but in the Azure terminology. Page
Blob means that's optimized for random access and it's the only blob type
that can be used to create images.
This commit cleans up the terminology so it's less confusing.
Signed-off-by: Ondřej Budai <ondrej@budai.cz>
If the image size isn't aligned to 512 bytes, the Azure API returns very hard
to understand error message. Let's do this check ourselves early so we can
return a sane error.
Signed-off-by: Ondřej Budai <ondrej@budai.cz>
Add new internal upload target for Google Cloud Platform and
osbuild-upload-gcp CLI tool which uses the API.
Supported features are:
- Authenticate with GCP using explicitly provided JSON credentials
file or let the authentication be handled automatically by the
Google cloud client library. The later is useful e.g. when the worker
is running in GCP VM instance, which has associated permissions with
it.
- Upload an existing image file into existing Storage bucket.
- Verify MD5 checksum of the uploaded image file against the local
file's checksum.
- Import the uploaded image file into Compute Node as an Image.
- Delete the uploaded image file after a successful image import.
- Delete all cache files from storage created as part of the image
import build job.
- Share the imported image with a list of specified accounts.
GCP-specific image type is not yet added, since GCP supports importing
VMDK and VHD images, which the osbuild-composer already supports.
Update go.mod, vendor/ content and SPEC file with new dependencies.
Signed-off-by: Tomas Hozza <thozza@redhat.com>
New upload target for VMWare, similar to the ones for AWS and Azure,
allowing users to set credentials for their vSphere instance.
Commit also includes function that performs the actual upload.
Adding the tag called `Name` to the AMI ensures that the name appears in
the *Name* column inside AWS' web console.
Fixes#1171.
Signed-off-by: Major Hayden <major@redhat.com>
Fedora 33 and rawhide got an updated version of the azblob library. Sadly, it
introduced a non-compatible API change. This commit does the same thing as
a67baf5a did for kolo/xmlrpc:
We now have two wrappers around the affected part of the API. Fedora 32 uses
the wrapper around the old API, whereas Fedora 33 and 34 (and RHEL with its
vendored deps) use the wrapper around the new API. The switch is implemented
using go build flags and spec file magic.
See a67baf5a for more thoughts.
Also, there's v0.11.1-0.20201209121048-6df5d9af221d in go.mod, why?
The maintainers of azblob probably tagged a wrong commit with v0.12.0 which
breaks go. The long v0.11.1-.* version is basically the proper v0.12.0 commit.
See https://github.com/Azure/azure-storage-blob-go/issues/236 for more
information.
Signed-off-by: Ondřej Budai <ondrej@budai.cz>
The Koji test in Github actions was always a bit quick and dirty solution.
I think it's much nicer solution to run it on Schutzbot.
Therefore, this commit moves the koji_test.go to a new osbuild-koji-tests
executable. This new test isn't run in the base test suite as one would
anticipate but inside the koji.sh test. This is needed because
osbuild-koji-tests requires a running koji instance. This might change
in the future but I think it works for now.
From Koji Content Generator Metadata[1]:
"maven, win, or image: Legacy build type names which appear at this level
instead of inside typeinfo."
=> see, it's legacy
"typeinfo: A map whose entries are the names of the build types used for
this build, which are free form maps containing type-specific information
for this build."
=> struct{} is used for typeinfo.image because the docs says it should contain
"a free form map", null apparently isn't an option.
[1]: https://docs.pagure.org/koji/content_generator_metadata/
As suggested by the Brew maintainers Tomáš Kopeček and Lubomír Sedlář.
Fedora 33 ships the new API so let's do the switch now.
But... this would break older Fedoras because they only have the old API,
right?
We have the following options:
1) Ship xmlrpc compat package to Fedora 33+. This would mean that we delay the API switch till F32 EOL. This would be the most elegant solution, yet it has two issues: a) We will surely not be able to deliver the compat package before F33 Final Freeze. b) It's an extra and annoying work.
2) Downstream patch. No.
3) Use build constraints and have two versions of our code for both different
API.
I chose solution #3. It has an issue though:
%gobuild macro already passes -tags argument to go build. Therefore the
following line fails because it's not possible to use -tags more than once:
%gobuild -tags kolo_xmlrpc_oldapi ...
Therefore I had to come up with manual tinkering with the build constraints
in the spec file. This is pretty ugly but I like that:
1) Go code is actually clean, no weird magic is happening there.
2) We can still ship our software to Fedora/RHEL as we used to
(no downstream patches)
3) All downstreams can use the upstream spec file directly.
Note that this doesn't affect RHEL in any way as it uses vendored libraries.
Fedora 33 ships kolo/xmlrpc with a different API. This commit extracts the
affected code so we can use build flags in the future allowing us to use
both API versions.
Also install it is part of he tests subpackage. This a helper-tool, not
golang code, so should not live in `internal`. We need access to this
from the integration tests, so install it onto the tests system.
Signed-off-by: Tom Gundersen <teg@jklm.no>
Rather than using the arbitrary port 8701, use the standard 443. The
worker API will remain on a separate port, and as long as the two APIs
are exposed by the same binary that will have to remain separate at
8700.
Move the test instance of koji on localhost from 443 to 4343, to avoid a
conflict.
In a follow-up we should also give this API a prefix, so the cloud API
can share the same port with it.
Signed-off-by: Tom Gundersen <teg@jklm.no>
This sets up containers running koji and supporting infrastructure, and
calls the osbuild-composer-koji API to build and image and push it into
our testing instance.
koji-compose.py and various fixes by Christian Kellner.
Signed-off-by: Tom Gundersen <teg@jklm.no>
Contrary to our assumption, we cannot initialize the build with the
link to the task. We can only update the link once the build has
completed.
This seems like a bug in koji, but we keep it like this for now.
The API of kolo/xmlrpc changed after the commit that is shipped in
Fedora. Pin the vendored version to that and adjust the API usage.
This should make the RPM compile in both RHEL and Fedora.
Signed-off-by: Tom Gundersen <teg@jklm.no>
Add support for both cancelling and failing a build. This is tested, but
not hooked up, as we need some more architecture work before that makes
sense.
Signed-off-by: Tom Gundersen <teg@jklm.no>
Move to requiring CGInitBuild to be called before CGImport. In the
future we could make the former optional again, but for now we want to
allow the caller to have done CGInitBuild and for composer only to do
the CGImport using the passed in build_id and token.
Also rename and document some struct fields in the metadata struct to
make them more specific to our use-case and hopefully easier to read.
Signed-off-by: Tom Gundersen <teg@jklm.no>
Prior this commit we only had support for username/password authentication
in the koji integration. This wasn't particularly useful because this
auth type isn't used in any production instance.
This commit adds the support for GSSAPI/Kerberos authentication.
The implementation uses kerby library which is very lightweight wrapper
around C gssapi library.
Also, the koji unit test and the run-koji-container script were modified
so the GSSAPI auth is fully tested.
In the near future, we will need to communicate with Koji using HTTPS.
This will surely bring the need for ignoring bad certificates/providing
our own self-signed ones. Thus, this commit prepares the Koji integration
by adding a way to accept a custom http transport which can be used to
customize the TLS settings.
Previously, Koji instance could be both logged-in and not logged-in.
This change disallows it: Now, the Koji instance is created by calling
koji.Login, so it must be always logged-in. This change should lead to more
robust code.
