Fleet does not use CGO. In some build situations, not explicitly
disabling CGO results in binaries that have linking errors when running
on an Alpine Docker container. This change should fix the build for
those containers.
Previously a Go package attempting to import Fleet packages would run
into an error like "server/kolide/emails.go:93:23: undefined: Asset".
This commit refactors bindata asset handling to allow importing Fleet as
a library without changing the typical developer experience.
This PR implements a program called `fleetctl` which scaffolds a high level CLI interface which can be used to manage a Fleet server. Configuration is articulated using an intent-based API that resembles the API that is used to configure Kubernetes clusters. The idea here is to use the Kubernetes file format as a pattern to reduce the need for operators to become too intimately familiar with dramatically different file formats. (#1578)
the scripts in tools/pkgrepos can be used to update apt and yum repositories as well as create zip archives for a release.
The dl.kolide.co repository is archived as a static bucket on GCP.
Adds a `make lint-license` command that will crawl through the Golang and
Javascript dependencies, trying to automatically determine the license of each
dependency. If any dependencies have incompatible licensing (or if the
automatic detection fails), the tool will print an error and exit with a
non-zero status code. After a successful run, the
docs/third-party/dependencies.md file will be updated with attribution
information as determined by the crawl.
The configuration file has been bootstrapped with the manual analysis needed for
all of the existing dependencies.
This PR includes:
- `make demo-dump` which dumps all tables from your running development Kolide instance into `./tools/app/demo.sql`
```
$> make demo-dump
mysqldump --extended-insert=FALSE --skip-dump-date \
-u kolide -p \
-h 192.168.99.100 kolide \
> ./tools/app/demo.sql
Enter password: ******
$>
```
- `make demo-restore` which restores `./tools/app/demo.sql` into your MySQL database, to be demo'd and extended by your running Kolide instance
```
$> make demo-restore
mysql --binary-mode -u kolide -p \
-h 192.168.99.100 kolide \
< ./tools/app/demo.sql
Enter password: ******
```
This included demo dump contains the following content:
## Queries
- 34 queries shared as ~70 scheduled queries
## Packs
- 8 Packs
- 13 Scheduled Queries in the "Intrusion Detection" pack
- 7 Scheduled Queries in the "Osquery Monitoring" pack
- 4 Scheduled Queries in the "Asset Management" pack
- 12 Scheduled Queries in the "Hardware Monitoring" pack
- 8 Scheduled Queries in the "Incident Response" pack
- 8 Scheduled Queries in the "Compliance" pack
- 6 Scheduled Queries in the "Vulnerability Management" pack
- 10 Scheduled Queries in the "Systems Monitoring" pack
## Labels
- 2 Labels
## Hosts
There are intentionally no hosts. Live hosts should be fabricated using Docker and attached to a running demo instance, to better look and behave like a real infrastructure.
* Adds created_by attribute to packs
This PR also updated the distributed query code to use the pattern
established here (service checks context)
* add enable/disable state to packs
* add query_count to packs API responses
* add host_count to packs API responses (very, very poorly)
* pack description should not be required
* counting hosts in packs via mysql
* removing extraneous newline in test
* Switch case instead of if/if else
* add description to update query for SavePack method
* change AND to WHERE in query as per @zwass
* add ordering and list options as per @murphybytes' suggestion
