glances/Makefile

361 lines
14 KiB
Makefile

PORT ?= 8008
CONF := conf/glances.conf
LASTTAG = $(shell git describe --tags --abbrev=0)
IMAGES_TYPES := full minimal
DISTROS := alpine ubuntu
alpine_images := $(IMAGES_TYPES:%=docker-alpine-%)
ubuntu_images := $(IMAGES_TYPES:%=docker-ubuntu-%)
DOCKER_IMAGES := $(alpine_images) $(ubuntu_images)
DOCKER_RUNTIMES := $(DOCKER_IMAGES:%=run-%)
UNIT_TESTS := test-core test-restful test-xmlrpc
DOCKER_BUILD := docker buildx build
DOCKER_RUN := docker run
PODMAN_SOCK ?= /run/user/$(shell id -u)/podman/podman.sock
DOCKER_SOCK ?= /var/run/docker.sock
DOCKER_SOCKS := -v $(PODMAN_SOCK):$(PODMAN_SOCK):ro -v $(DOCKER_SOCK):$(DOCKER_SOCK):ro
DOCKER_OPTS := --rm -e TZ="${TZ}" -e GLANCES_OPT="" --pid host --network host
# User-friendly check for uv
ifeq ($(shell which uv >/dev/null 2>&1; echo $$?), 1)
$(error The 'uv' command was not found. Make sure you have Astral Uv installed, then set the UV environment variable to point to the full path of the 'uv' executable. Alternatively more information with make install-uv)
endif
# if the command is only `make`, the default tasks will be the printing of the help.
.DEFAULT_GOAL := help
.PHONY: help test docs docs-server venv
help: ## List all make commands available
@grep -E '^[\.a-zA-Z_%-]+:.*?## .*$$' $(MAKEFILE_LIST) | \
awk -F ":" '{print $1}' | \
grep -v % | \
sed 's/\\//g' | \
sort | \
awk 'BEGIN {FS = ":[^:]*?##"}; {printf "\033[1;34mmake %-50s\033[0m %s\n", $$1, $$2}'
# ===================================================================
# Virtualenv
# ===================================================================
install-uv:
@echo "Install the UV tool (https://astral.sh/uv/)"
@echo "Please install the UV tool manually"
@echo "For example with: curl -LsSf https://astral.sh/uv/install.sh | sh"
@echo "Or via a package manager of your distribution"
@echo "For example for Snap: snap install astral-uv"
venv:
uv sync --all-extras --no-group dev
venv-upgrade venv-switch-to-full:
uv sync --upgrade --all-extras
venv-min:
uv sync
venv-upgrade-min venv-switch-to-min:
uv sync --upgrade
venv-clean:
rm -rf .venv
venv-dev:
uv sync --dev --all-extras
uv run pre-commit install --hook-type pre-commit
# ===================================================================
# Requirements
# ===================================================================
requirements-min: ## Generate the requirements.txt files (minimal dependencies)
uv export --no-group dev --output-file requirements.txt
requirements-all: ## Generate the all-requirements.txt files (all dependencies)
uv export --all-extras --no-group dev --output-file all-requirements.txt
requirements-docker: ## Generate the docker-requirements.txt files (Docker specific dependencies)
uv export --no-group dev --extra containers --extra web --output-file docker-requirements.txt
requirements-dev: ## Generate the dev-requirements.txt files (dev dependencies)
uv export --only-dev --output-file dev-requirements.txt
requirements: requirements-min requirements-all requirements-dev requirements-docker ## Generate all the requirements files
requirements-upgrade: venv-upgrade requirements ## Upgrade the virtualenv and regenerate all the requirements files
# ===================================================================
# Tests
# ===================================================================
test: ## Run All unit tests
uv run pytest
test-core: ## Run Core unit tests
uv run pytest tests/test_core.py
test-api: ## Run API unit tests
uv run pytest tests/test_api.py
test-memoryleak: ## Run Memory-leak unit tests
uv run pytest tests/test_memoryleak.py
test-perf: ## Run Perf unit tests
uv run pytest tests/test_perf.py
test-restful: ## Run Restful API unit tests
uv run pytest tests/test_restful.py
test-webui: ## Run WebUI unit tests
uv run pytest tests/test_webui.py
test-xmlrpc: ## Run XMLRPC API unit tests
uv run pytest tests/test_xmlrpc.py
test-with-upgrade: venv-upgrade test ## Upgrade deps and run unit tests
test-export-csv: ## Run interface tests with CSV
/bin/bash ./tests/test_export_csv.sh
test-export-json: ## Run interface tests with JSON
/bin/bash ./tests/test_export_json.sh
test-export-influxdb-v1: ## Run interface tests with InfluxDB version 1 (Legacy)
/bin/bash ./tests/test_export_influxdb_v1.sh
test-export-influxdb-v3: ## Run interface tests with InfluxDB version 3 (Core)
/bin/bash ./tests/test_export_influxdb_v3.sh
test-export-timescaledb: ## Run interface tests with TimescaleDB
/bin/bash ./tests/test_export_timescaledb.sh
test-exports: test-export-csv test-export-json test-export-influxdb-v1 test-export-influxdb-v3 test-export-timescaledb ## Tests all exports
# ===================================================================
# Linters, profilers and cyber security
# ===================================================================
find-duplicate-lines:
/bin/bash tests-data/tools/find-duplicate-lines.sh
format: ## Format the code
uv run ruff format .
lint: ## Lint the code.
uv run ruff check . --fix
lint-readme: ## Lint the main README.rst file
uv run rstcheck README.rst
codespell: ## Run codespell to fix common misspellings in text files
uv run codespell -S .git,./docs/_build,./Glances.egg-info,./venv*,./glances/outputs,*.svg -L hart,bu,te,statics -w
semgrep: ## Run semgrep to find bugs and enforce code standards
uv run semgrep scan --config=auto
profiling-%: SLEEP = 3
profiling-%: TIMES = 30
profiling-%: OUT_DIR = docs/_static
define DISPLAY-BANNER
@echo "Start Glances for $(TIMES) iterations (more or less 1 mins, please do not exit !)"
sleep $(SLEEP)
endef
profiling-gprof: CPROF = glances.cprof
profiling-gprof: ## Callgraph profiling (need "apt install graphviz")
$(DISPLAY-BANNER)
uv run python -m cProfile -o $(CPROF) run-venv.py -C $(CONF) --stop-after $(TIMES)
uv run gprof2dot -f pstats $(CPROF) | dot -Tsvg -o $(OUT_DIR)/glances-cgraph.svg
rm -f $(CPROF)
profiling-pyinstrument: ## PyInstrument profiling
$(DISPLAY-BANNER)
uv add pyinstrument
uv run pyinstrument -r html -o $(OUT_DIR)/glances-pyinstrument.html -m glances -C $(CONF) --stop-after $(TIMES)
profiling-pyspy: ## Flame profiling
$(DISPLAY-BANNER)
uv run py-spy record -o $(OUT_DIR)/glances-flame.svg -d 60 -s -- uv run python run-venv.py -C $(CONF) --stop-after $(TIMES)
profiling: profiling-gprof profiling-pyinstrument profiling-pyspy ## Profiling of the Glances software
trace-malloc: ## Trace the malloc() calls
@echo "Malloc test is running, please wait ~30 secondes..."
uv run python -m glances -C $(CONF) --trace-malloc --stop-after 15 --quiet
memory-leak: ## Profile memory leaks
uv run python -m glances -C $(CONF) --memory-leak
memory-profiling: TIMES = 2400
memory-profiling: PROFILE = mprofile_*.dat
memory-profiling: OUT_DIR = docs/_static
memory-profiling: ## Profile memory usage
@echo "It's a very long test (~4 hours)..."
rm -f $(PROFILE)
@echo "1/2 - Start memory profiling with the history option enable"
uv run mprof run -T 1 -C run-venv.py -C $(CONF) --stop-after $(TIMES) --quiet
uv run mprof plot --output $(OUT_DIR)/glances-memory-profiling-with-history.png
rm -f $(PROFILE)
@echo "2/2 - Start memory profiling with the history option disable"
uv run mprof run -T 1 -C run-venv.py -C $(CONF) --disable-history --stop-after $(TIMES) --quiet
uv run mprof plot --output $(OUT_DIR)/glances-memory-profiling-without-history.png
rm -f $(PROFILE)
# Trivy installation: https://aquasecurity.github.io/trivy/latest/getting-started/installation/
trivy: ## Run Trivy to find vulnerabilities in container images
uv run trivy fs .
# ===================================================================
# Docs
# ===================================================================
docs: ## Create the documentation
uv run python -m glances -C $(CONF) --api-doc > ./docs/api/python.rst
uv run python ./generate_openapi.py
uv run python -m glances -C $(CONF) --api-restful-doc > ./docs/api/restful.rst
cd docs && ./build.sh && cd ..
docs-server: docs ## Start a Web server to serve the documentation
(sleep 2 && sensible-browser "http://localhost:$(PORT)") &
cd docs/_build/html/ && uv run python -m http.server $(PORT)
release-note: ## Generate release note
git --no-pager log $(LASTTAG)..HEAD --first-parent --pretty=format:"* %s"
@echo "\n"
git --no-pager shortlog -s -n $(LASTTAG)..HEAD
install: ## Open a Web Browser to the installation procedure
sensible-browser "https://github.com/nicolargo/glances#installation"
# ===================================================================
# WebUI
# Follow ./glances/outputs/static/README.md for more information
# ===================================================================
webui webui%: DIR = glances/outputs/static/
webui-gen-config: ## Generate the Web UI config file
uv run python ./generate_webui_conf.py > ./glances/outputs/static/js/uiconfig.json
webui: webui-gen-config ## Build the Web UI
cd $(DIR) && npm ci && npm run build
webui-audit: ## Audit the Web UI
cd $(DIR) && npm audit
webui-audit-fix: webui-gen-config ## Fix audit the Web UI
cd $(DIR) && npm audit fix && npm ci && npm run build
webui-update: webui-gen-config ## Update JS dependencies
cd $(DIR) && npm update --save && npm ci && npm run build
# ===================================================================
# Packaging
# ===================================================================
flatpak: venv-upgrade ## Generate FlatPack JSON file
git clone https://github.com/flatpak/flatpak-builder-tools.git
uv run python ./flatpak-builder-tools/pip/flatpak-pip-generator glances
rm -rf ./flatpak-builder-tools
@echo "Now follow: https://github.com/flathub/flathub/wiki/App-Submission"
# Snap package is automatically build on the Snapcraft.io platform
# https://snapcraft.io/glances
# But you can try an offline build with the following command
snapcraft:
snapcraft
# ===================================================================
# Docker
# Need Docker Buildx package (apt install docker-buildx on Ubuntu)
# ===================================================================
define MAKE_DOCKER_BUILD_RULES
$($(DISTRO)_images): docker-$(DISTRO)-%: docker-files/$(DISTRO).Dockerfile
$(DOCKER_BUILD) --target $$* -f $$< -t glances:local-$(DISTRO)-$$* .
endef
$(foreach DISTRO,$(DISTROS),$(eval $(MAKE_DOCKER_BUILD_RULES)))
docker: docker-alpine docker-ubuntu ## Generate local docker images
docker-alpine: $(alpine_images) ## Generate local docker images (Alpine)
docker-ubuntu: $(ubuntu_images) ## Generate local docker images (Ubuntu)
docker-alpine-full: ## Generate local docker image (Alpine full)
docker-alpine-minimal: ## Generate local docker image (Alpine minimal)
docker-alpine-dev: ## Generate local docker image (Alpine dev)
docker-ubuntu-full: ## Generate local docker image (Ubuntu full)
docker-ubuntu-minimal: ## Generate local docker image (Ubuntu minimal)
docker-ubuntu-dev: ## Generate local docker image (Ubuntu dev)
# ===================================================================
# Run
# ===================================================================
run: ## Start Glances in console mode (also called standalone)
uv run python -m glances -C $(CONF)
run-debug: ## Start Glances in debug console mode (also called standalone)
uv run python -m glances -C $(CONF) -d
run-local-conf: ## Start Glances in console mode with the system conf file
uv run python -m glances
run-local-conf-hide-public: ## Start Glances in console mode with the system conf file and hide public information
uv run python -m glances --hide-public-info
run-like-htop: ## Start Glances with the same features than Htop
uv run python -m glances --disable-plugin network,ports,wifi,connections,diskio,fs,irq,folders,raid,smart,sensors,vms,containers,ip,amps --disable-left-sidebar
run-fetch: ## Start Glances in fetch mode
uv run python -m glances --fetch
$(DOCKER_RUNTIMES): run-docker-%:
$(DOCKER_RUN) $(DOCKER_OPTS) $(DOCKER_SOCKS) -it glances:local-$*
run-docker-alpine-minimal: ## Start Glances Alpine Docker minimal in console mode
run-docker-alpine-full: ## Start Glances Alpine Docker full in console mode
run-docker-alpine-dev: ## Start Glances Alpine Docker dev in console mode
run-docker-ubuntu-minimal: ## Start Glances Ubuntu Docker minimal in console mode
run-docker-ubuntu-full: ## Start Glances Ubuntu Docker full in console mode
run-docker-ubuntu-dev: ## Start Glances Ubuntu Docker dev in console mode
run-webserver: ## Start Glances in Web server mode
uv run python -m glances -C $(CONF) -w
run-webserver-local-conf: ## Start Glances in Web server mode with the system conf file
uv run python -m glances -w
run-webserver-local-conf-hide-public: ## Start Glances in Web server mode with the system conf file and hide public info
uv run python -m glances -w --hide-public-info
run-restapiserver: ## Start Glances in REST API server mode
uv run python -m glances -C $(CONF) -w --disable-webui
run-server: ## Start Glances in server mode (RPC)
uv run python -m glances -C $(CONF) -s
run-client: ## Start Glances in client mode (RPC)
uv run python -m glances -C $(CONF) -c localhost
run-browser: ## Start Glances in browser mode (RPC)
uv run python -m glances -C $(CONF) --browser
run-web-browser: ## Start Web Central Browser
uv run python -m glances -C $(CONF) -w --browser
run-issue: ## Start Glances in issue mode
uv run python -m glances -C $(CONF) --issue
run-multipass: ## Install and start Glances in a VM (only available on Ubuntu with multipass already installed)
multipass launch -n glances-on-lts lts
multipass exec glances-on-lts -- sudo snap install glances
multipass exec glances-on-lts -- glances
multipass stop glances-on-lts
multipass delete glances-on-lts
show-version: ## Show Glances version number
uv run python -m glances -C $(CONF) -V