When running the destination controller locally, the Linkerd config files which are typically mounted from a configmap are not available. To facilitate local development, we fall back to default values in this case instead of failing to start up.
Signed-off-by: Alex Leong <alex@buoyant.io>
Followup to #2990, which refactored `linkerd endpoints` to use the
`Destination.Get` API instead of the `Discovery.Endpoints` API, leaving
the Discovery with no implented methods. This PR removes all the Discovery
code leftovers.
Fixes#3499
This reverts commit edd3b1f6d4.
This is a temporary revert of #3461 while we sort out some details of how this should configured and how it should interact with configuring a trace collector on the Linkerd proxy. We will reintroduce this change once the config plan is straightened out.
Signed-off-by: Alex Leong <alex@buoyant.io>
* make identity use grpc server with prom metrics
Signed-off-by: Tarun Pothulapati <tarunpothulapati@outlook.com>
* linting fix
Signed-off-by: Tarun Pothulapati <tarunpothulapati@outlook.com>
The controller Docker image included 7 Go binaries (destination,
heartbeat, identity, proxy-injector, public-api, sp-validator, tap),
each roughly 35MB, with similar dependencies.
Change each controller binary into subcommands of a single `controller`
binary, decreasing the controller Docker image size from 315MB to 38MB.
Signed-off-by: Andrew Seigner <siggy@buoyant.io>
* Set custom cluster domain in GetServiceProfileFor
* Set custom cluster domain in tap server
Move fetching cluster domain for tap server to cmd main
* Handle fetchting cluster domain errors separately
* Use custom cluster domain for traffic split adaptor
Signed-off-by: Armin Buerkle <armin.buerkle@alfatraining.de>
* Have the proxy-injector emit events upon injection/skipping injection
Fixes#3253
Have the proxy-injector emit an event whenever a injection happens, or
when injection is skipped for some reason (also added that reason into
the proxy-injector logs). The level is associated to the parent workload
(it can't be associated to the pod because at this point the pod hasn't
been persisted).
The event recorder was setup at the `webhook/server.go` level and passed
to the proxy-injector's `Inject` function. The sp-validator thus also
has access to the event recorder, but for now it's not using it.
Related changes:
- Refactored `api.GetOwnerKindAndName()` to have it return a more
generic object.
- Refactored `report.Injectable()` to also have it return the reason why
a workload is not injectable.
Signed-off-by: Alejandro Pedraza <alejandro@buoyant.io>
### Summary
As an initial attempt to secure the connection from clients to the gRPC tap
server on the tap Pod, the tap `addr` only listened on localhost.
As @adleong pointed out #3257, this was not actually secure because the inbound
proxy would establish a connection to localhost anyways.
This change removes the gRPC tap server listener and changes `TapByResource`
requests to interface with the server object directly.
From this, we know that all `TapByResourceRequests` have gone through the tap
APIServer and thus authorized by RBAC.
### Details
[NewAPIServer](ef90e0184f/controller/tap/apiserver.go (L25-L26)) now takes a [GRPCTapServer](f6362dfa80/controller/tap/server.go (L33-L34)) instead of a `pb.TapClient` so that
`TapByResource` requests can interact directly with the [TapByResource](f6362dfa80/controller/tap/server.go (L49-L50)) method.
`GRPCTapServer.TapByResource` now makes a private [grpcTapServer](ef90e0184f/controller/tap/handlers.go (L373-L374)) that satisfies
the [tap.TapServer](https://godoc.org/github.com/linkerd/linkerd2/controller/gen/controller/tap#TapServer) interface. Because this interface is satisfied, we can interact
with the tap server methods without spawning an additional listener.
Signed-off-by: Kevin Leimkuhler <kleimkuhler@icloud.com>
### Summary
After the addition of the tap APIServer, all the logic related to tap in the public API no longer needs to be there. The servers and clients that are created but not used, as well as all the old testing infrastrucure related to tap can be removed.
This deprecates TapByResource and therefore required an update to the protobuf files with `bin/protoc-go.sh`. While the change to deprecate this method was extremely small, a lot of protobuf fils were updated in the process. These changes to the code and protobuf files should probably remain coupled since `TapByResource` is officially deprecated in the public API, but a majority of the additions/deletions are related to those files.
This draft passes `go test` as well as a local run of the integration tests.
Signed-off-by: Kevin Leimkuhler <kleimkuhler@icloud.com>
PR #3217 re-introduced container metrics collection to
linkerd-prometheus. This enabled linkerd-heartbeat to collect mem and
cpu metrics at the container-level.
Add container cpu and mem metrics to heartbeat requests. For each of
(destination, prometheus, linkerd-proxy), collect maximum memory and p95
cpu.
Concretely, this introduces 7 new query params to heartbeat requests:
- p99-handle-us
- max-mem-linkerd-proxy
- max-mem-destination
- max-mem-prometheus
- p95-cpu-linkerd-proxy
- p95-cpu-destination
- p95-cpu-prometheus
Part of #2961
Signed-off-by: Andrew Seigner <siggy@buoyant.io>
The Tap Service enabled tapping of any meshed pod, regardless of user
privilege.
This change introduces a new Tap APIService. Kubernetes provides
authentication and authorization of Tap requests, and then forwards
requests to a new Tap APIServer, which implements a Kubernetes
aggregated APIServer. The Tap APIServer authenticates the client TLS
from Kubernetes, and authorizes the user via a SubjectAccessReview.
This change also modifies the `linkerd tap` command to make requests
against the new APIService.
The Tap APIService implements these Kubernetes-style endpoints:
POST /apis/tap.linkerd.io/v1alpha1/watch/namespaces/:ns/tap
POST /apis/tap.linkerd.io/v1alpha1/watch/namespaces/:ns/:res/:name/tap
GET /apis
GET /apis/tap.linkerd.io
GET /apis/tap.linkerd.io/v1alpha1
GET /healthz
GET /healthz/log
GET /healthz/ping
GET /metrics
GET /openapi/v2
GET /version
Users authorize to the new `tap.linkerd.io/v1alpha1` via RBAC. Only the
`watch` verb is supported. Access is also available via subresources
such as `deployments/tap` and `pods/tap`.
This change introduces the following resources into the default Linkerd
install:
- Global
- APIService/v1alpha1.tap.linkerd.io
- ClusterRoleBinding/linkerd-linkerd-tap-auth-delegator
- `linkerd` namespace:
- Secret/linkerd-tap-tls
- `kube-system` namespace:
- RoleBinding/linkerd-linkerd-tap-auth-reader
Tasks not covered by this PR:
- `linkerd top`
- `linkerd dashboard`
- `linkerd profile --tap`
- removal of the unauthenticated tap controller
Fixes#2725, #3162, #3172
Signed-off-by: Andrew Seigner <siggy@buoyant.io>
Similar to `kubectl --as`, global flag across all linkerd subcommands
which sets a `ImpersonationConfig` in the Kubernetes API config.
Signed-off-by: Andrew Seigner <siggy@buoyant.io>
We add support for looking up individual pods in a stateful set with the destination service. This allows Linkerd to correctly proxy requests which address individual pods. The authority structure for such a request is `<pod-name>.<service>.<namespace>.svc.cluster.local:<port>`.
Fixes#2266
Signed-off-by: Alex Leong <alex@buoyant.io>
`linkerd check`, the web dashboard, and Grafana all perform version
checks to validate Linkerd is up to date. It's common for users to
seldom execute these codepaths. This makes it difficult to identify what
versions of Linkerd are currently in use and what environments it is
being run in, which helps prioritize testing and backports.
Introduce a `heartbeat` CronJob to the default Linkerd install. The
cronjob executes every 24 hours, starting from 5 minutes after
`linkerd install` is run.
Example check URL:
https://versioncheck.linkerd.io/version.json?
install-time=1562761177&
k8s-version=v1.15.0&
meshed-pods=8&
rps=3&
source=heartbeat&
uuid=cc4bb700-3314-426a-9f0f-ec588b9df020&
version=git-b97ee9f7
Fixes#2961
Signed-off-by: Andrew Seigner <siggy@buoyant.io>
The `linkerd routes` command gets the list of routes for a resource by checking which services that resource is a member of. If a traffic split exists, it is possible for a resource to get traffic via a service that it is not a member of. Specifically, a resource which is a member of a leaf service can get traffic to the apex service. This means that even though the resource is serving routes associated with the apex service, these will not be displayed in the `linkerd routes` command.
We update `linkerd routes` to be traffic-split aware. This means that when a traffic split exists, we consider resources which are members of a leaf service with non-zero weight to be members of the apex service for the purpose of determining which routes to display.
Signed-off-by: Alex Leong <alex@buoyant.io>
* Have `linkerd endpoints` use `Destination.Get`
Fixes#2885
We're refactoring `linkerd endpoints` so it hits
directly the `Destination.Get` endpoint, instead of relying on the
Discovery service.
For that, I've created a new `client.go` for Destination and added it to
the `APIClient` interface.
I've also added a `destinationClient` struct that mimics `tapClient`,
and whose common logic has been moved into `stream_client.go`.
Analogously, I added a `destinationServer` struct that mimics
`tapServer`.
Signed-off-by: Alejandro Pedraza <alejandro@buoyant.io>
This change implements the DstOverrides feature of the destination profile API (aka traffic splitting).
We add a TrafficSplitWatcher to the destination service which watches for TrafficSplit resources and notifies subscribers about TrafficSplits for services that they are subscribed to. A new TrafficSplitAdaptor then merges the TrafficSplit logic into the DstOverrides field of the destination profile.
Signed-off-by: Alex Leong <alex@buoyant.io>
This is a major refactor of the destination service. The goals of this refactor are to simplify the code for improved maintainability. In particular:
* Remove the "resolver" interfaces. These were a holdover from when our decision tree was more complex about how to handle different kinds of authorities. The current implementation only accepts fully qualified kubernetes service names and thus this was an unnecessary level of indirection.
* Moved the endpoints and profile watchers into their own package for a more clear separation of concerns. These watchers deal only in Kubernetes primitives and are agnostic to how they are used. This allows a cleaner layering when we use them from our gRPC service.
* Renamed the "listener" types to "translator" to make it more clear that the function of these structs is to translate kubernetes updates from the watcher to gRPC messages.
Signed-off-by: Alex Leong <alex@buoyant.io>
* Update helm charts to include webhooks config and TLS secret
* Update the webhooks to read the secret cert and key
* Update webhooks to not recreate config on restart
* Ensure upgrade preserve existing secrets
* Revert the change to rename the webhook configs
The renaming change breaks upgrade, where the new webhook configs conflict with
the existing ones. The older resources aren't deleted during upgrade because
they are dynamically created.
* Make the secret volume read-only
* Remove unnecessary exported getter functions
* Remove obsolete mwc and vwc templates
Signed-off-by: Ivan Sim <ivan@buoyant.io>
Numerous codepaths have emerged that create k8s configs, k8s clients,
and make k8s api requests.
This branch consolidates k8s client creation and APIs. The primary
change migrates most codepaths to call `k8s.NewAPI` to instantiate a
`KubernetesAPI` struct from `pkg`. `KubernetesAPI` implements the
`kubernetes.Interface` (clientset) interface, and also persists a
`client-go` `rest.Config`.
Specific list of changes:
- removes manual GET requests from `k8s.KubernetesAPI`, in favor of
clientsets
- replaces most calls to `k8s.GetConfig`+`kubernetes.NewForConfig` with
a single `k8s.NewAPI`
- introduces a `timeout` param to `k8s.NewAPI`, currently only used by
healthchecks
- removes `NewClientSet` in `controller/k8s/clientset.go` in favor of
`k8s.NewAPI`
- removes `httpClient` and `clientset` from `HealthChecker`, use
`KubernetesAPI` instead
Signed-off-by: Andrew Seigner <siggy@buoyant.io>
Add validation webhook for service profiles
Fixes#2075
Todo in a follow-up PRs: remove the SP check from the CLI check.
Signed-off-by: Alejandro Pedraza <alejandro@buoyant.io>
The `install` command errors when the deploy target contains an existing
Linkerd deployment. The `upgrade` command is introduced to reinstall or
reconfigure the Linkerd control plane.
Upgrade works as follows:
1. The controller config is fetched from the Kubernetes API. The Public
API is not used, because we need to be able to reinstall the control
plane when the Public API is not available; and we are not concerned
about RBAC restrictions preventing the installer from reading the
config (as we are for inject).
2. The install configuration is read, particularly the flags used during
the last install/upgrade. If these flags were not set again during the
upgrade, the previous values are used as if they were passed this time.
The configuration is updated from the combination of these values,
including the install configuration itself.
Note that some flags, including the linkerd-version, are omitted
since they are stored elsewhere in the configurations and don't make
sense to track as overrides..
3. The issuer secrets are read from the Kubernetes API so that they can
be re-used. There is currently no way to reconfigure issuer
certificates. We will need to create _another_ workflow for
updating these credentials.
4. The install rendering is invoked with values and config fetched from
the cluster, synthesized with the new configuration.
Have the Webhook react to pod creation/update only
This was already working almost out-of-the-box, just had to:
- Change the webhook config so it watches pods instead of deployments
- Grant some extra ClusterRole permissions
- Add the piece that figures what's the OwnerReference and add the label
for it
- Manually inject service account mount paths
- Readd volumes tests
Fixes#2342 and #1751
Signed-off-by: Alejandro Pedraza <alejandro@buoyant.io>
This change reintroduces identity hinting to the destination service.
The Get endpoint includes identities for pods that are injected with an
identity-mode of "default" and have the same linkerd control plane.
A `serviceaccount` label is now also added to destination response
metadata so that it's accessible in prometheus and tap.
https://github.com/linkerd/linkerd2/pull/2521 introduces an "Identity"
controller, but there is no way to include it in linkerd installation.
This change alters the `install` flow as follows:
- An Identity service is _always_ installed;
- Issuer credentials may be specified via the CLI;
- If no Issuer credentials are provided, they are generated each time `install` is called.
- Proxies are NOT configured to use the identity service.
- It's possible to override the credential generation logic---especially
for tests---via install options that can be configured via the CLI.
This change introduces a new Identity service implementation for the
`io.linkerd.proxy.identity.Identity` gRPC service.
The `pkg/identity` contains a core, abstract implementation of the service
(generic over both the CA and (Kubernetes) Validator interfaces).
`controller/identity` includes a concrete implementation that uses the
Kubernetes TokenReview API to validate serviceaccount tokens when
issuing certificates.
This change does **NOT** alter installation or runtime to include the
identity service. This will be included in a follow-up.
The proxy's TLS implementation has changed to use a new _Identity_ controller.
In preparation for this, the `--tls=optional` CLI flag has been removed
from install and inject; and the `ca` controller has been deleted. Metrics
and UI treatments for TLS have **not** been removed, as they will continue to
be valuable for the new Identity system.
With the removal of the old identity scheme, the Destination service's proxy
ID field is now set with an opaque string (e.g. `ns:emojivoto`) to enable
locality awareness.
linkerd/linkerd2#2349 removed the `--single-namespace` flag, in favor of
runtime detection of cluster vs. namespace access, and also
ServiceProfile availability. This maintained control-plane support for
running in these two states.
This change requires control-plane components have cluster-wide
Kubernetes API access and ServiceProfile availability, and will error
out if not. Once #2349 merges, stage 1 install will be a requirement for
a successful stage 2 install.
Part of #2337
Signed-off-by: Andrew Seigner <siggy@buoyant.io>
This ensures that the MWC always picks up the latest config template during version upgrade.
The removed `update()` method and RBAC permissions are superseded by @2163.
Signed-off-by: Ivan Sim <ivan@buoyant.io>
- Created the pkg/inject package to hold the new injection shared lib.
- Extracted from `/cli/cmd/inject.go` and `/cli/cmd/inject_util.go`
the core methods doing the workload parsing and injection, and moved them into
`/pkg/inject/inject.go`. The CLI files should now deal only with
strictly CLI concerns, and applying the json patch returned by the new
lib.
- Proceeded analogously with `/cli/cmd/uninject.go` and
`/pkg/inject/uninject.go`.
- The `InjectReport` struct and helping methods were moved into
`/pkg/inject/report.go`
- Refactored webhook to use the new injection lib
- Removed linkerd-proxy-injector-sidecar-config ConfigMap
- Added the ability to add pod labels and annotations without having to
specify the already existing ones
Fixes#1748, #2289
Signed-off-by: Alejandro Pedraza <alejandro.pedraza@gmail.com>
The control-plane components relied on a `--single-namespace` param,
passed from `linkerd install` into each individual component, to
determine which namespaces they were authorized to access, and whether
to support ServiceProfiles. This command-line flag was redundant given
the authorization rules encoded in the parent `linkerd install` output,
via [Cluster]Role[Binding]s.
Modify the control-plane components to query Kubernetes at startup to
determine which namespaces they are authorized to access, and whether
ServiceProfile support is available. This allows removal of the
`--single-namespace` flag on the components.
Also update `bin/test-cleanup` to cleanup the ServiceProfile CRD.
TODO:
- Remove `--single-namespace` flag on `linkerd install`, part of #2164
Signed-off-by: Andrew Seigner <siggy@buoyant.io>
In preparation for creating an Identity service that can chain off of an
existing CA, it's necessary to both (1) be able to create an
intermediate CA that can be used by the identity service and (2) be able
to load a CA from existing key material.
This changes the public API of the `tls` package to deal in actual key
types (rather than opaque blobs) and provides a set of helpers that can
be used to convert these credentials between common formats.
Up until now, the proxy-api controller service has been the sole service
that the proxy communicates with, implementing the majoriry of the API
defined in the `linkerd2-proxy-api` repo. But this is about to change:
linkerd/linkerd2-proxy-api#25 introduces a new Identity service; and
this service must be served outside of the existing proxy-api service
in the linkerd-controller deployment (so that it may run under a
distinct service account).
With this change, the "proxy-api" name becomes less descriptive. It's no
longer "the service that serves the API for the proxy," it's "the
service that serves the Destination API to the proxy." Therefore, it
seems best to bite the bullet and rename this to be the "destination"
service (i.e. because it only serves the
`io.linkerd.proxy.destination.Destination` service).
Co-authored-by: Kevin Lingerfelt <kl@buoyant.io>
Signed-off-by: Kevin Lingerfelt <kl@buoyant.io>
The Proxy API service lacked introspection of its internal state.
Introduce a new gRPC Discovery API, implemented by two servers:
1) Proxy API Server: returns a snapshot of discovery state
2) Public API Server: pass-through to the Proxy API Server
Also wire up a new `linkerd endpoints` command.
Fixes#2165
Signed-off-by: Andrew Seigner <siggy@buoyant.io>
Use `ca.NewCA()` for generating certs and keys for the proxy injector
- Remove from CA controller everything that dealt with the
webhook/proxy-injector
- Remove no longer needed proxy-injector volumes for 'trust-anchors' and
'webhook-secrets'
- Remove from the proxy-injector the retrieval of the trust anchor and
secrets
- tls flag during install is no longer needed for auto-inject to work
Fixes#2095 and fixes#2166
Signed-off-by: Alejandro Pedraza <alejandro@buoyant.io>
* Export RootOptions and BuildFirewallConfiguration so that the cni-plugin can use them.
* Created the cni-plugin based on istio-cni implementation
* Create skeleton files that need to be filled out.
* Create the install scripts and finish up plugin to write iptables
* Added in an integration test around the install_cni.sh and updated the script to handle the case where it isn't the only plugin. Removed the istio kubernetes.go file in favor of pkg/k8s; initial usage of this package; found and fixed the typo in the ClusterRole and ClusterRoleBinding; found the docker-build-cni-plugin script
* Corrected an incorrect name in the docker build file for cni-plugin
* Rename linkerd2-cni to linkerd-cni
* Fixup Dockerfile and clean up code a bit as well as logging statements.
* Update Gopkg.lock after master merge.
* Update test file to remove temporary tag.
* Fixed the command to run during the test while building up the docker run.
* Added attributions to applicable files; in the test file, use a different container for each test scenario and also print the docker logs to stdout when there is an error;
* Add the --no-init-container flag to install and inject. This flag will not output the initContainer and will add an annotation assuming that the cni will be used in this case.
* Update .travis.yml to build the cni-plugin docker image before running the tests.
* Workaround golint warnings.
* Create a new command to install the linkerd-cni plugin.
* Add the --no-init-container option to linkerd inject
* Use the setup ip tables annotation during the proxy auto inject webhook prevent/allow addition of an init container; move cni-plugin tests to the integration-test section of travis
* gate the cni-plugin tests with the -integration-tests flag; remove unnecessary deployment .yaml file.
* Incorporate PR Cleanup suggestions.
* Remove the SetupIPTablesLabel annotation and use config flags and the presence of the init container to determine whether the cni-plugin writes ip tables.
* Fix a logic bug in the cni-plugin code that prevented the iptables from being written; Address PR comments; make tests pass.
* Update go deps shas
* Changed the single file install-cni plugin filename to be .conf vs .conflist; Incorporated latest PR comments around spacing with the new renderer among others.
* Fix an issue with renaming .conf to .conflist when needed.
* Renamed some of the variables to try to make it more clear what is going on.
* Address final PR comments.
* Hide cni flags for the time being.
Signed-off-by: Cody Vandermyn <cody.vandermyn@nordstrom.com>
DaemonSet stats are not currently shown in the cli stat command, web ui
or grafana dashboard. This commit adds daemonset support for stat.
Update stat command's help message to reference daemonsets.
Update the public-api to support stats for daemonsets.
Add tests for stat summary and api.
Add daemonset get/list/watch permissions to the linkerd-controller
cluster role that's created using the install command.
Update golden expectation test files for install command
yaml manifest output.
Update web UI with daemonsets
Update navigation, overview and pages to list daemonsets and the pods
associated to them.
Add daemonset paths to server, and ui apps.
Add grafana dashboard for daemonsets; a clone of the deployment
dashboard.
Update dependencies and dockerfile hashes
Add DaemonSet support to tap and top commands
Fixes of #2006
Signed-off-by: Zak Knill <zrjknill@gmail.com>
Fixes#2119
When Linkerd is installed in single-namespace mode, the public-api container panics when it attempts to access watch service profiles.
In single-namespace mode, we no longer watch service profiles and return an informative error when the TopRoutes API is called.
Signed-off-by: Alex Leong <alex@buoyant.io>
Fixes#1875
This change improves the `linkerd routes` command in a number of important ways:
* The restriction on the type of the `--to` argument is lifted and any resource type can now be used. Try `--to ns/books`, `--to po/webapp-ABCDEF`, `--to au/linkerd.io`, or even `--to svc`.
* All routes for the target will now be populated in the table, even if there are no Prometheus metrics for that route.
* [UNKNOWN] has been renamed to [DEFAULT]
* The `Service/Authority` column will now list `Service` in all cases except for when an authority target is explicitly requested.
```
$ linkerd routes deploy/traffic --to deploy/webapp
ROUTE SERVICE SUCCESS RPS LATENCY_P50 LATENCY_P95 LATENCY_P99
GET / webapp 100.00% 0.5rps 50ms 180ms 196ms
GET /authors/{id} webapp 100.00% 0.5rps 100ms 900ms 980ms
GET /books/{id} webapp 100.00% 0.9rps 38ms 93ms 99ms
POST /authors webapp 100.00% 0.5rps 35ms 48ms 50ms
POST /authors/{id}/delete webapp 100.00% 0.5rps 83ms 180ms 196ms
POST /authors/{id}/edit webapp 0.00% 0.0rps 0ms 0ms 0ms
POST /books webapp 45.16% 2.1rps 75ms 425ms 485ms
POST /books/{id}/delete webapp 100.00% 0.5rps 30ms 90ms 98ms
POST /books/{id}/edit webapp 56.00% 0.8rps 92ms 875ms 975ms
[DEFAULT] webapp 0.00% 0.0rps 0ms 0ms 0ms
```
This is all made possible by a shift in the way we handle the destination resource. When we get a request with a `ToResource`, we use the k8s API to find all Services which include at least one pod belonging to that resource. We then fetch all service profiles for those services and display the routes from those serivce profiles.
This shift in thinking also precipitates a change in the TopRoutes API where we no longer need special cases for `ToAll` (which can be specified by `--to au`) or `ToAuthority` (which can be specified by `--to au/<authority>`) and instead can use a `ToResource` to handle all cases.
Signed-off-by: Alex Leong <alex@buoyant.io>
* add securityContext with runAsUser: {{.ProxyUID}} to the various containers in the install template
* Update golden to reflect new additions
* changed to a different user id than the proxy user id
* Added a controller-uid install option
* change the port that the proxy-injector runs
* The initContainers needs to be run as the root user.
* move security contexts to container level
Signed-off-by: Cody Vandermyn <cody.vandermyn@nordstrom.com>
Tarun Pothulapati
Alex Leong
Alejandro Pedraza
Andrew Seigner
arminbuerkle
Kevin Leimkuhler
Ivan Sim
Dennis Adjei-Baah
Alejandro Pedraza
Kevin Lingerfelt
Oliver Gould
Andrew Seigner
Cody Vandermyn
zak
Radu M