#8411
PS: I've opened #10209 to solve the issue with Golang Code Coverage CI
checks.
- [X] Changes file added for user-visible changes in `changes/` or
`orbit/changes/`.
See [Changes
files](https://fleetdm.com/docs/contributing/committing-changes#changes-files)
for more information.
- [x] Documented any API changes (docs/Using-Fleet/REST-API.md or
docs/Contributing/API-for-contributors.md)
- ~[] Documented any permissions changes~
- ~[ ] Input data is properly validated, `SELECT *` is avoided, SQL
injection is prevented (using placeholders for values in statements)~
- ~[ ] Added support on fleet's osquery simulator `cmd/osquery-perf` for
new osquery data ingestion features.~
- [X] Added/updated tests
- [x] Manual QA for all new/changed functionality
- ~For Orbit and Fleet Desktop changes:~
- ~[ ] Manual QA must be performed in the three main OSs, macOS, Windows
and Linux.~
- ~[ ] Auto-update manual QA, from released version of component to new
version (see [tools/tuf/test](../tools/tuf/test/README.md)).~
* Bump go to 1.19.1
* Bump remaining go-version to the 1.19.1
* Add extra paths for test-go
* Oops, putting the right path in the right place
* gofmt file
* gofmt ALL THE THINGS
* Moar changes
* Actually, go.mod doesn't like minor versions
This should support Redis in both cluster and non-cluster modes.
Updates were made separately to github.com/throttled/throttled to support the slight changes in types.
Co-authored-by: Joseph Macaulay <joseph.macaulay@uber.com>
Co-authored-by: Zach Wasserman <zach@fleetdm.com>
- Move team-related service methods to `ee/server/service`.
- Instantiate different service on startup based on license key.
- Refactor service errors into separate package.
- Add support for running E2E tests in both Core and Basic tiers.
Improves MySQL test time (on my 2020 MBP) to ~18s from ~125s.
- Use separate databases for each test to allow parallelization.
- Run migrations only once at beginning of tests and then reload
generated schema.
- Add `--innodb-file-per-table=OFF` for ~20% additional speedup.
Update the github.com/russellhaering/goxmldsig dependency and apply
the appropriate fixes for the API changes.
This is a preparation for integration with
github.com/AbGuthrie/goquery, which uses a newer version of the
dependency.
See https://goo.gl/zuku4E.
> The most obvious remediation here is ensuring your SAML library is extracting
the full text of a given XML element when comments are present.
Our implementation asks for the innerxml of the NameID field, so it returns the
entire text including the comment (See https://goo.gl/KLLXof). By default Go's
XML parsing would return the text not including the comment (but including
further text after the comment). Both of these options prevent the
vulnerability.
Closes#1533
Since the SAML 2.0 spec doesn't say what characters are valid in an Entity ID and Active Directory doesn't like '=' signs in base64 encoded ID's I added code that generates ID's with a character set that we know works. Also, removed ProtocolBinding attribute from AuthRequest as is was forcing ADFS to use redirect binding when it should use post binding.
Closes#1532
Fixes error that was caused because there was a bug in processing nested assertions in a successful SAML response. This was not caught in the initial push of this code because the IDP's we tested against all sign the entire response document as opposed to parts of it. Thus the existing test cases didn't cover the code that dealt with nested assertions.
This PR partially addresses #1456, providing SSO SAML support. The flow of the code is as follows.
A Kolide user attempts to access a protected resource and is directed to log in.
If SSO identity providers (IDP) have been configured by an admin, the user is presented with SSO log in.
The user selects SSO, which invokes a call the InitiateSSO passing the URL of the protected resource that the user was originally trying access. Kolide server loads the IDP metadata and caches it along with the URL. We then build an auth request URL for the IDP which is returned to the front end.
The IDP calls the server, invoking CallbackSSO with the auth response.
We extract the original request id from the response and use it to fetch the cached metadata and the URL. We check the signature of the response, and validate the timestamps. If everything passes we get the user id from the IDP response and use it to create a login session. We then build a page which executes some javascript that will write the token to web local storage, and redirect to the original URL.
I've created a test web page in tools/app/authtest.html that can be used to test and debug new IDP's which also illustrates how a front end would interact with the IDP and the server. This page can be loaded by starting Kolide with the environment variable KOLIDE_TEST_PAGE_PATH to the full path of the page and then accessed at https://localhost:8080/test
