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Makefile
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.DEFAULT_GOAL := help
# Default platform commands
RMDIR := rm -rf
## Globals
GIT_CURRENT_BRANCH_NAME := $(shell git rev-parse --abbrev-ref HEAD)
REPO_ROOT = $(shell git rev-parse --show-toplevel)
ifndef TAG
TAG ?= $(shell git describe --tags --always)
endif
OUTPUT_DIR = $(REPO_ROOT)/output
BUILD_DIR = $(OUTPUT_DIR)/$(GOOS)_$(GOARCH)
RETINA_BUILD_DIR = $(BUILD_DIR)/retina
RETINA_DIR = $(REPO_ROOT)/controller
OPERATOR_DIR=$(REPO_ROOT)/operator
CAPTURE_WORKLOAD_DIR = $(REPO_ROOT)/captureworkload
KIND = /usr/local/bin/kind
KIND_CLUSTER = retina-cluster
WINVER2022 ?= "10.0.20348.1906"
WINVER2019 ?= "10.0.17763.4737"
APP_INSIGHTS_ID ?= ""
GENERATE_TARGET_DIRS = \
./pkg/plugin/linuxutil
# Default platform is linux/amd64
GOOS ?= linux
GOARCH ?= amd64
OS ?= $(GOOS)
ARCH ?= $(GOARCH)
PLATFORM ?= $(OS)/$(ARCH)
PLATFORMS ?= linux/amd64 linux/arm64 windows/amd64
OS_VERSION ?= ltsc2019
HUBBLE_VERSION ?= v1.16.3
CONTAINER_BUILDER ?= docker
CONTAINER_RUNTIME ?= docker
YEAR ?= 2022
ALL_ARCH.linux = amd64 arm64
ALL_ARCH.windows = amd64
#######
# TLS #
#######
ENABLE_TLS ?= true
CERT_DIR := $(REPO_ROOT)/.certs
CERT_FILES := tls.crt:tls-client-cert-file \
tls.key:tls-client-key-file \
ca.crt:tls-ca-cert-files
# TAG is OS and platform agonstic, which can be used for binary version and image manifest tag,
# while RETINA_PLATFORM_TAG is platform specific, which can be used for image built for specific platforms.
RETINA_PLATFORM_TAG ?= $(TAG)-$(subst /,-,$(PLATFORM))
# used for looping through components in container build
AGENT_TARGETS ?= init agent
WINDOWS_YEARS ?= "2019 2022"
# for windows os, add year to the platform tag
ifeq ($(OS),windows)
RETINA_PLATFORM_TAG = $(TAG)-windows-ltsc$(YEAR)-amd64
endif
qemu-user-static: ## Set up the host to run qemu multiplatform container builds.
sudo $(CONTAINER_RUNTIME) run --rm --privileged multiarch/qemu-user-static --reset -p yes
.PHONY: version
version: ## prints the root version
@if [ "$(shell git tag --points-at HEAD)" != "" ]; then \
export VERSION="$$(git tag --points-at HEAD)"; \
else \
export VERSION="$$(git rev-parse --short HEAD)"; \
fi; \
echo "$${VERSION}"
##@ Help
help: ## Display this help
@awk 'BEGIN {FS = ":.*##"; printf "\nUsage:\n make \033[36m<target>\033[0m\n"} /^[a-zA-Z_-]+:.*?##/ { printf " \033[36m%-15s\033[0m %s\n", $$1, $$2 } /^##@/ { printf "\n\033[1m%s\033[0m\n", substr($$0, 5) } ' $(MAKEFILE_LIST)
##@ Tools
TOOLS_DIR = $(REPO_ROOT)/hack/tools
TOOLS_BIN_DIR = $(TOOLS_DIR)/bin
GOFUMPT = $(TOOLS_BIN_DIR)/gofumpt
GOLANGCI_LINT = $(TOOLS_BIN_DIR)/golangci-lint
GORELEASER = $(TOOLS_BIN_DIR)/goreleaser
CONTROLLER_GEN = $(TOOLS_BIN_DIR)/controller-gen
GINKGO = $(TOOLS_BIN_DIR)/ginkgo
MOCKGEN = $(TOOLS_BIN_DIR)/mockgen
ENVTEST = $(TOOLS_BIN_DIR)/setup-envtest
$(TOOLS_DIR)/go.mod:
cd $(TOOLS_DIR); go mod init && go mod tidy
$(GOFUMPT): $(TOOLS_DIR)/go.mod
cd $(TOOLS_DIR); go mod download; go build -tags=tools -o bin/gofumpt mvdan.cc/gofumpt
gofumpt: $(GOFUMPT) ## Build gofumpt
$(GOLANGCI_LINT): $(TOOLS_DIR)/go.mod
cd $(TOOLS_DIR); go mod download; go build -tags=tools -o bin/golangci-lint github.com/golangci/golangci-lint/cmd/golangci-lint
golangci-lint: $(GOLANGCI_LINT) ## Build golangci-lint
$(CONTROLLER_GEN): $(TOOLS_DIR)/go.mod
cd $(TOOLS_DIR); go mod download; go build -tags=tools -o bin/controller-gen sigs.k8s.io/controller-tools/cmd/controller-gen
goreleaser: $(GORELEASER) ## Build goreleaser
$(GORELEASER): $(TOOLS_DIR)/go.mod
cd $(TOOLS_DIR); go mod download; go build -tags=tools -o bin/goreleaser github.com/goreleaser/goreleaser
controller-gen: $(CONTROLLER_GEN) ## Build controller-gen
$(GINKGO): $(TOOLS_DIR)/go.mod
cd $(TOOLS_DIR); go mod download; go build -tags=tools -o bin/ginkgo github.com/onsi/ginkgo/ginkgo
ginkgo: $(GINKGO) ## Build ginkgo
$(MOCKGEN): $(TOOLS_DIR)/go.mod
cd $(TOOLS_DIR); go mod download; go build -tags=$(TOOL_TAG) -o bin/mockgen go.uber.org/mock/mockgen
mockgen: $(MOCKGEN) ## Build mockgen
$(ENVTEST): $(TOOLS_DIR)/go.mod
cd $(TOOLS_DIR); go mod download; go build -tags=$(TOOL_TAG) -o bin/setup-envtest sigs.k8s.io/controller-runtime/tools/setup-envtest
setup-envtest: $(ENVTEST)
all: generate
generate: generate-bpf-go
go generate ./...
for dir in $(GENERATE_TARGET_DIRS); do \
make -C $$dir $@; \
done
generate-bpf-go: ## generate ebpf wrappers for plugins for all archs
for arch in $(ALL_ARCH.linux); do \
GOARCH=$$arch go generate ./pkg/plugin/...; \
done
.PHONY: all generate generate-bpf-go
##@ Utils
FMT_PKG ?= .
LINT_PKG ?= .
fmt: $(GOFUMPT) ## run gofumpt on $FMT_PKG (default "retina").
$(GOFUMPT) -w $(FMT_PKG)
lint: $(GOLANGCI_LINT) ## Fast lint vs default branch showing only new issues.
$(GOLANGCI_LINT) run --new-from-rev main --timeout 10m -v $(LINT_PKG)/...
lint-existing: $(GOLANGCI_LINT) ## Lint the current branch in entirety.
$(GOLANGCI_LINT) run -v $(LINT_PKG)/...
clean: ## clean build artifacts
$(RMDIR) $(OUTPUT_DIR)
##@ Build Binaries
retina: ## builds retina binary
$(MAKE) retina-binary
retina-binary: ## build the Retina binary
go generate ./... && \
go build -v -o $(RETINA_BUILD_DIR)/retina$(EXE_EXT) -gcflags="-dwarflocationlists=true" -ldflags "-X github.com/microsoft/retina/internal/buildinfo.Version=$(TAG) -X github.com/microsoft/retina/internal/buildinfo.ApplicationInsightsID=$(APP_INSIGHTS_ID)" $(RETINA_DIR)/main.go
retina-capture-workload: ## build the Retina capture workload
cd $(CAPTURE_WORKLOAD_DIR) && go build -v -o $(RETINA_BUILD_DIR)/captureworkload$(EXE_EXT) -gcflags="-dwarflocationlists=true" -ldflags "-X main.version=$(TAG)"
##@ Containers
IMAGE_REGISTRY ?= ghcr.io
IMAGE_NAMESPACE ?= $(shell git config --get remote.origin.url | sed -E 's/.*github\.com[\/:]([^\/]+)\/([^\/.]+)(.git)?/\1\/\2/' | tr '[:upper:]' '[:lower:]')
RETINA_BUILDER_IMAGE = $(IMAGE_NAMESPACE)/retina-builder
RETINA_TOOLS_IMAGE = $(IMAGE_NAMESPACE)/retina-tools
RETINA_IMAGE = $(IMAGE_NAMESPACE)/retina-agent
RETINA_INIT_IMAGE = $(IMAGE_NAMESPACE)/retina-init
RETINA_OPERATOR_IMAGE = $(IMAGE_NAMESPACE)/retina-operator
RETINA_SHELL_IMAGE = $(IMAGE_NAMESPACE)/retina-shell
KUBECTL_RETINA_IMAGE = $(IMAGE_NAMESPACE)/kubectl-retina
RETINA_INTEGRATION_TEST_IMAGE = $(IMAGE_NAMESPACE)/retina-integration-test
RETINA_PROTO_IMAGE = $(IMAGE_NAMESPACE)/retina-proto-gen
RETINA_GO_GEN_IMAGE = $(IMAGE_NAMESPACE)/retina-go-gen
KAPINGER_IMAGE = kapinger
skopeo-export: # util target to copy a container from containers-storage to the docker daemon.
skopeo copy \
containers-storage:$(REF) \
docker-daemon:$(REF)
container-push: # util target to publish container image. do not invoke directly.
$(CONTAINER_BUILDER) push \
$(IMAGE_REGISTRY)/$(IMAGE):$(TAG)
container-pull: # util target to pull container image.
$(CONTAINER_BUILDER) pull \
$(IMAGE_REGISTRY)/$(IMAGE):$(TAG)
retina-skopeo-export:
$(MAKE) skopeo-export \
REF=$(IMAGE_REGISTRY)/$(RETINA_IMAGE):$(RETINA_PLATFORM_TAG) \
IMG=$(RETINA_IMAGE)
TAG=$(RETINA_PLATFORM_TAG)
manifest-skopeo-archive: # util target to export tar archive of multiarch container manifest.
skopeo copy --all docker://$(IMAGE_REGISTRY)/$(IMAGE):$(TAG) oci-archive:$(IMAGE_ARCHIVE_DIR)/$(IMAGE)-$(TAG).tar --debug
buildx:
if docker buildx inspect retina > /dev/null 2>&1; then \
echo "Buildx instance retina already exists."; \
else \
echo "Creating buildx instance retina..."; \
docker buildx create --name retina --use --driver-opt image=mcr.microsoft.com/oss/v2/moby/buildkit:v0.16.0-2 --platform $$(echo "$(PLATFORMS)" | tr ' ' ','); \
docker buildx use retina; \
echo "Buildx instance retina created."; \
fi;
container-docker: buildx # util target to build container images using docker buildx. do not invoke directly.
os=$$(echo $(PLATFORM) | cut -d'/' -f1); \
arch=$$(echo $(PLATFORM) | cut -d'/' -f2); \
image_name=$$(basename $(IMAGE)); \
image_metadata_filename="image-metadata-$$image_name-$(TAG).json"; \
touch $$image_metadata_filename; \
echo "Building $$image_name for $$os/$$arch "; \
docker buildx build \
--platform $(PLATFORM) \
--metadata-file=$$image_metadata_filename \
-f $(DOCKERFILE) \
--build-arg APP_INSIGHTS_ID=$(APP_INSIGHTS_ID) \
--build-arg GOARCH=$$arch \
--build-arg GOOS=$$os \
--build-arg OS_VERSION=$(OS_VERSION) \
--build-arg HUBBLE_VERSION=$(HUBBLE_VERSION) \
--build-arg VERSION=$(VERSION) $(EXTRA_BUILD_ARGS) \
--target=$(TARGET) \
-t $(IMAGE_REGISTRY)/$(IMAGE):$(TAG) \
$(BUILDX_ACTION) \
$(CONTEXT_DIR)
retina-image: ## build the retina linux container image.
echo "Building for $(PLATFORM)"
for target in $(AGENT_TARGETS); do \
echo "Building for $$target"; \
if [ "$$target" = "init" ]; then \
image_name=$(RETINA_INIT_IMAGE); \
else \
image_name=$(RETINA_IMAGE); \
fi; \
$(MAKE) container-$(CONTAINER_BUILDER) \
PLATFORM=$(PLATFORM) \
DOCKERFILE=controller/Dockerfile \
REGISTRY=$(IMAGE_REGISTRY) \
IMAGE=$$image_name \
VERSION=$(TAG) \
TAG=$(RETINA_PLATFORM_TAG) \
APP_INSIGHTS_ID=$(APP_INSIGHTS_ID) \
CONTEXT_DIR=$(REPO_ROOT) \
TARGET=$$target; \
done
retina-image-win: ## build the retina Windows container image.
for year in $(WINDOWS_YEARS); do \
tag=$(TAG)-windows-ltsc$$year-amd64; \
echo "Building $(RETINA_PLATFORM_TAG)"; \
set -e ; \
$(MAKE) container-$(CONTAINER_BUILDER) \
PLATFORM=windows/amd64 \
DOCKERFILE=controller/Dockerfile \
REGISTRY=$(IMAGE_REGISTRY) \
IMAGE=$(RETINA_IMAGE) \
OS_VERSION=ltsc$$year \
VERSION=$(TAG) \
TAG=$$tag \
TARGET=agent-win \
CONTEXT_DIR=$(REPO_ROOT); \
done
retina-operator-image: ## build the retina linux operator image.
echo "Building for $(PLATFORM)"
set -e ; \
$(MAKE) container-$(CONTAINER_BUILDER) \
PLATFORM=$(PLATFORM) \
DOCKERFILE=operator/Dockerfile \
REGISTRY=$(IMAGE_REGISTRY) \
IMAGE=$(RETINA_OPERATOR_IMAGE) \
VERSION=$(TAG) \
TAG=$(RETINA_PLATFORM_TAG) \
APP_INSIGHTS_ID=$(APP_INSIGHTS_ID) \
CONTEXT_DIR=$(REPO_ROOT)
retina-shell-image:
echo "Building for $(PLATFORM)"
set -e ; \
$(MAKE) container-$(CONTAINER_BUILDER) \
PLATFORM=$(PLATFORM) \
DOCKERFILE=shell/Dockerfile \
REGISTRY=$(IMAGE_REGISTRY) \
IMAGE=$(RETINA_SHELL_IMAGE) \
VERSION=$(TAG) \
TAG=$(RETINA_PLATFORM_TAG) \
CONTEXT_DIR=$(REPO_ROOT)
kubectl-retina-image:
echo "Building for $(PLATFORM)"
set -e ; \
$(MAKE) container-$(CONTAINER_BUILDER) \
PLATFORM=$(PLATFORM) \
DOCKERFILE=cli/Dockerfile \
REGISTRY=$(IMAGE_REGISTRY) \
IMAGE=$(KUBECTL_RETINA_IMAGE) \
VERSION=$(TAG) \
TAG=$(RETINA_PLATFORM_TAG) \
CONTEXT_DIR=$(REPO_ROOT)
kapinger-image:
docker buildx build --builder retina --platform windows/amd64 --target windows-amd64 -t $(IMAGE_REGISTRY)/$(KAPINGER_IMAGE):$(TAG)-windows-amd64 ./hack/tools/kapinger/ --push
docker buildx build --builder retina --platform linux/amd64 --target linux-amd64 -t $(IMAGE_REGISTRY)/$(KAPINGER_IMAGE):$(TAG)-linux-amd64 ./hack/tools/kapinger/ --push
docker buildx build --builder retina --platform linux/arm64 --target linux-arm64 -t $(IMAGE_REGISTRY)/$(KAPINGER_IMAGE):$(TAG)-linux-arm64 ./hack/tools/kapinger/ --push
docker buildx imagetools create -t $(IMAGE_REGISTRY)/$(KAPINGER_IMAGE):$(TAG) \
$(IMAGE_REGISTRY)/$(KAPINGER_IMAGE):$(TAG)-windows-amd64 \
$(IMAGE_REGISTRY)/$(KAPINGER_IMAGE):$(TAG)-linux-amd64 \
$(IMAGE_REGISTRY)/$(KAPINGER_IMAGE):$(TAG)-linux-arm64
proto-gen: ## generate protobuf code
docker build --platform=linux/amd64 \
-t $(IMAGE_REGISTRY)/$(RETINA_PROTO_IMAGE):$(RETINA_PLATFORM_TAG) \
-f controller/Dockerfile.proto .
docker run --rm --platform=linux/amd64 \
--user $(shell id -u):$(shell id -g) \
-v $(PWD):/app $(IMAGE_REGISTRY)/$(RETINA_PROTO_IMAGE):$(RETINA_PLATFORM_TAG)
go-gen: ## run go generate at the repository root
docker build -t $(IMAGE_REGISTRY)/$(RETINA_GO_GEN_IMAGE):$(RETINA_PLATFORM_TAG) \
--build-arg GOOS=$(GOOS) \
--build-arg GOARCH=$(GOARCH) \
-f controller/Dockerfile.gogen .
docker run --rm --user $(shell id -u):$(shell id -g) -v $(PWD):/app $(IMAGE_REGISTRY)/$(RETINA_GO_GEN_IMAGE):$(RETINA_PLATFORM_TAG)
all-gen: ## generate all code
$(MAKE) proto-gen
$(MAKE) go-gen
##@ Multiplatform
manifest-retina-image: ## create a multiplatform manifest for the retina image
$(eval FULL_IMAGE_NAME=$(IMAGE_REGISTRY)/$(RETINA_IMAGE):$(TAG))
$(eval FULL_INIT_IMAGE_NAME=$(IMAGE_REGISTRY)/$(RETINA_INIT_IMAGE):$(TAG))
docker buildx imagetools create -t $(FULL_IMAGE_NAME) $(foreach platform,linux/amd64 linux/arm64 windows-ltsc2019-amd64 windows-ltsc2022-amd64, $(FULL_IMAGE_NAME)-$(subst /,-,$(platform)))
docker buildx imagetools create -t $(FULL_INIT_IMAGE_NAME) $(foreach platform,linux/amd64 linux/arm64, $(FULL_INIT_IMAGE_NAME)-$(subst /,-,$(platform)))
manifest-operator-image: ## create a multiplatform manifest for the operator image
$(eval FULL_IMAGE_NAME=$(IMAGE_REGISTRY)/$(RETINA_OPERATOR_IMAGE):$(TAG))
docker buildx imagetools create -t $(FULL_IMAGE_NAME) $(foreach platform,linux/amd64, $(FULL_IMAGE_NAME)-$(subst /,-,$(platform)))
manifest-shell-image:
$(eval FULL_IMAGE_NAME=$(IMAGE_REGISTRY)/$(RETINA_SHELL_IMAGE):$(TAG))
docker buildx imagetools create -t $(FULL_IMAGE_NAME) $(foreach platform,linux/amd64 linux/arm64, $(FULL_IMAGE_NAME)-$(subst /,-,$(platform)))
manifest-kubectl-retina-image:
$(eval FULL_IMAGE_NAME=$(IMAGE_REGISTRY)/$(KUBECTL_RETINA_IMAGE):$(TAG))
docker buildx imagetools create -t $(FULL_IMAGE_NAME) $(foreach platform,linux/amd64 linux/arm64, $(FULL_IMAGE_NAME)-$(subst /,-,$(platform)))
manifest:
echo "Building for $(COMPONENT)"
if [ "$(COMPONENT)" = "retina" ]; then \
$(MAKE) manifest-retina-image; \
elif [ "$(COMPONENT)" = "operator" ]; then \
$(MAKE) manifest-operator-image; \
elif [ "$(COMPONENT)" = "shell" ]; then \
$(MAKE) manifest-shell-image; \
elif [ "$(COMPONENT)" = "kubectl-retina" ]; then \
$(MAKE) manifest-kubectl-retina-image; \
fi
##@ Tests
# Make sure the layer has only one directory.
# the test DockerFile needs to build the scratch stage with all the output files
# and we will untar the archive and copy the files from scratch stage
test-image: ## build the retina container image for testing.
$(MAKE) container-docker \
PLATFORM=$(PLATFORM) \
DOCKERFILE=./test/image/Dockerfile \
REGISTRY=$(IMAGE_REGISTRY) \
IMAGE=$(RETINA_IMAGE) \
CONTEXT_DIR=$(REPO_ROOT) \
TAG=$(RETINA_PLATFORM_TAG)
COVER_PKG ?= .
test: $(ENVTEST) # Run unit tests.
go build -o test-summary ./test/utsummary/main.go
KUBEBUILDER_ASSETS="$(shell $(ENVTEST) use -p path)" go test -tags=unit,dashboard -skip=TestE2E* -coverprofile=coverage.out -v -json ./... | ./test-summary --progress --verbose
coverage: # Code coverage.
# go generate ./... && go test -tags=unit -coverprofile=coverage.out.tmp ./...
cat coverage.out | grep -v "_bpf.go\|_bpfel_x86.go\|_bpfel_arm64.go|_generated.go|mock_" | grep -v mock > coveragenew.out
go tool cover -html coveragenew.out -o coverage.html
go tool cover -func=coveragenew.out -o coverageexpanded.out
ls -al
rm coverage.out
mv coveragenew.out coverage.out
if [ "$(GIT_CURRENT_BRANCH_NAME)" != "main" ]; then \
python3 scripts/coverage/get_coverage.py; \
go tool cover -func=mainbranchcoverage/coverage.out -o maincoverageexpanded.out; \
python3 scripts/coverage/compare_cov.py; \
fi;
## Reusable targets for building multiplat container image manifests.
.PHONY: manifests
manifests:
cd crd && make manifests && make generate
# Fetch the latest tag from the GitHub
LATEST_TAG := $(shell curl -s https://api.github.com/repos/microsoft/retina/releases | jq -r '.[0].name')
HELM_IMAGE_TAG ?= $(LATEST_TAG)
# basic/node-level mode
helm-install: manifests
helm upgrade --install retina ./deploy/legacy/manifests/controller/helm/retina/ \
--namespace kube-system \
--set image.repository=$(IMAGE_REGISTRY)/$(RETINA_IMAGE) \
--set image.initRepository=$(IMAGE_REGISTRY)/$(RETINA_INIT_IMAGE) \
--set image.tag=$(HELM_IMAGE_TAG) \
--set operator.tag=$(HELM_IMAGE_TAG) \
--set image.pullPolicy=Always \
--set logLevel=info \
--set os.windows=true \
--set operator.enabled=false \
--set enabledPlugin_linux="\[dropreason\,packetforward\,linuxutil\,dns\]"
helm-install-with-operator: manifests
helm upgrade --install retina ./deploy/legacy/manifests/controller/helm/retina/ \
--namespace kube-system \
--set image.repository=$(IMAGE_REGISTRY)/$(RETINA_IMAGE) \
--set image.initRepository=$(IMAGE_REGISTRY)/$(RETINA_INIT_IMAGE) \
--set image.tag=$(HELM_IMAGE_TAG) \
--set operator.tag=$(HELM_IMAGE_TAG) \
--set image.pullPolicy=Always \
--set logLevel=info \
--set os.windows=true \
--set operator.enabled=true \
--set operator.enableRetinaEndpoint=true \
--set operator.repository=$(IMAGE_REGISTRY)/$(RETINA_OPERATOR_IMAGE) \
--skip-crds \
--set enabledPlugin_linux="\[dropreason\,packetforward\,linuxutil\,dns\,packetparser\]"
# advanced/pod-level mode with scale limitations, where metrics are aggregated by source and destination Pod
helm-install-advanced-remote-context: manifests
helm upgrade --install retina ./deploy/legacy/manifests/controller/helm/retina/ \
--namespace kube-system \
--set image.repository=$(IMAGE_REGISTRY)/$(RETINA_IMAGE) \
--set image.initRepository=$(IMAGE_REGISTRY)/$(RETINA_INIT_IMAGE) \
--set image.tag=$(HELM_IMAGE_TAG) \
--set operator.tag=$(HELM_IMAGE_TAG) \
--set image.pullPolicy=Always \
--set logLevel=info \
--set os.windows=true \
--set operator.enabled=true \
--set operator.enableRetinaEndpoint=true \
--set operator.repository=$(IMAGE_REGISTRY)/$(RETINA_OPERATOR_IMAGE) \
--skip-crds \
--set enabledPlugin_linux="\[dropreason\,packetforward\,linuxutil\,dns\,packetparser\]" \
--set enablePodLevel=true \
--set remoteContext=true
# advanced/pod-level mode designed for scale, where metrics are aggregated by "local" Pod (source for outgoing traffic, destination for incoming traffic)
helm-install-advanced-local-context: manifests
helm upgrade --install retina ./deploy/legacy/manifests/controller/helm/retina/ \
--namespace kube-system \
--set image.repository=$(IMAGE_REGISTRY)/$(RETINA_IMAGE) \
--set image.initRepository=$(IMAGE_REGISTRY)/$(RETINA_INIT_IMAGE) \
--set image.tag=$(HELM_IMAGE_TAG) \
--set operator.tag=$(HELM_IMAGE_TAG) \
--set image.pullPolicy=Always \
--set logLevel=info \
--set os.windows=true \
--set operator.enabled=true \
--set operator.enableRetinaEndpoint=true \
--set operator.repository=$(IMAGE_REGISTRY)/$(RETINA_OPERATOR_IMAGE) \
--skip-crds \
--set enabledPlugin_linux="\[dropreason\,packetforward\,linuxutil\,dns\,packetparser\]" \
--set enablePodLevel=true \
--set enableAnnotations=true
helm-install-hubble:
helm upgrade --install retina ./deploy/hubble/manifests/controller/helm/retina/ \
--namespace kube-system \
--set os.windows=true \
--set operator.enabled=true \
--set operator.repository=$(IMAGE_REGISTRY)/$(RETINA_OPERATOR_IMAGE) \
--set operator.tag=$(HELM_IMAGE_TAG) \
--set agent.enabled=true \
--set agent.repository=$(IMAGE_REGISTRY)/$(RETINA_IMAGE) \
--set agent.tag=$(HELM_IMAGE_TAG) \
--set agent.init.enabled=true \
--set agent.init.repository=$(IMAGE_REGISTRY)/$(RETINA_INIT_IMAGE) \
--set agent.init.tag=$(HELM_IMAGE_TAG) \
--set logLevel=info \
--set hubble.tls.enabled=$(ENABLE_TLS) \
--set hubble.relay.tls.server.enabled=$(ENABLE_TLS) \
--set hubble.tls.auto.enabled=$(ENABLE_TLS) \
--set hubble.tls.auto.method=cronJob \
--set hubble.tls.auto.certValidityDuration=1 \
--set hubble.tls.auto.schedule="*/10 * * * *"
helm-install-without-tls: clean-certs
$(MAKE) helm-install-hubble ENABLE_TLS=false
helm-uninstall:
helm uninstall retina -n kube-system
.PHONY: get-certs
get-certs:
mkdir -p $(CERT_DIR)
$(foreach kv,$(CERT_FILES),\
$(eval FILE=$(word 1,$(subst :, ,$(kv)))) \
$(eval CONFIG_KEY=$(word 2,$(subst :, ,$(kv)))) \
kubectl get secret $(TLS_SECRET_NAME) \
-n kube-system \
-o jsonpath="{.data['$(call escape_dot,$(FILE))']}" \
| base64 -d > $(CERT_DIR)/$(FILE);\
hubble config set $(CONFIG_KEY) $(CERT_DIR)/$(FILE);\
)
hubble config set tls true
hubble config set tls-server-name instance.hubble-relay.cilium.io
.PHONY: clean-certs
clean-certs:
rm -rf $(CERT_DIR)
$(foreach kv,$(CERT_FILES),\
$(eval CONFIG_KEY=$(word 2,$(subst :, ,$(kv)))) \
hubble config reset $(CONFIG_KEY);\
)
hubble config set tls false
hubble config reset tls-server-name
.PHONY: docs
docs:
echo $(PWD)
docker run -it -p 3000:3000 -v $(PWD):/retina -w /retina/ node:20-alpine sh ./site/start-dev.sh
.PHONY: docs-pod
docs-prod:
docker run -i -p 3000:3000 -v $(PWD):/retina -w /retina/ node:20-alpine npm install --prefix site && npm run build --prefix site
.PHONY: quick-build
quick-build:
$(MAKE) retina-image PLATFORM=linux/amd64 BUILDX_ACTION=--push
$(MAKE) retina-operator-image PLATFORM=linux/amd64 BUILDX_ACTION=--push
.PHONY: quick-deploy
quick-deploy:
$(MAKE) helm-install-advanced-local-context HELM_IMAGE_TAG=$(TAG)-linux-amd64
.PHONY: quick-deploy-hubble
quick-deploy-hubble:
$(MAKE) helm-uninstall || true
$(MAKE) helm-install-without-tls HELM_IMAGE_TAG=$(TAG)-linux-amd64
.PHONY: simplify-dashboards
simplify-dashboards:
cd deploy/testutils && go test ./... -tags=dashboard,simplifydashboard -v && cd $(REPO_ROOT)
run-perf-test:
go test -v ./test/e2e/retina_perf_test.go -timeout 2h -tags=perf -count=1 -args -image-tag=${TAG} -image-registry=${IMAGE_REGISTRY} -image-namespace=${IMAGE_NAMESPACE}