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status-react
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status-react/Makefile

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.PHONY: nix-add-gcroots clean nix-clean disable-githooks react-native-android react-native-ios react-native-desktop test release _list _fix-node-perms _tmpdir-mk _tmpdir-rm
help: SHELL := /bin/sh
help: ##@other Show this help
@perl -e '$(HELP_FUN)' $(MAKEFILE_LIST)
# This is a code for automatic help generator.
# It supports ANSI colors and categories.
# To add new item into help output, simply add comments
# starting with '##'. To add category, use @category.
GREEN := $(shell tput -Txterm setaf 2)
RED := $(shell tput -Txterm setaf 1)
WHITE := $(shell tput -Txterm setaf 7)
YELLOW := $(shell tput -Txterm setaf 3)
RESET := $(shell tput -Txterm sgr0)
HELP_FUN = \
%help; \
while(<>) { push @{$$help{$$2 // 'options'}}, [$$1, $$3] if /^([a-zA-Z\-]+)\s*:.*\#\#(?:@([a-zA-Z\-]+))?\s(.*)$$/ }; \
print "Usage: make [target]\n\nSee STARTING_GUIDE.md for more info.\n\n"; \
for (sort keys %help) { \
print "${WHITE}$$_:${RESET}\n"; \
for (@{$$help{$$_}}) { \
$$sep = " " x (32 - length $$_->[0]); \
print " ${YELLOW}$$_->[0]${RESET}$$sep${GREEN}$$_->[1]${RESET}\n"; \
}; \
print "\n"; \
}
HOST_OS := $(shell uname | tr '[:upper:]' '[:lower:]')
# This can come from Jenkins
ifndef BUILD_TAG
export BUILD_TAG := $(shell git rev-parse --short HEAD)
endif
# We don't want to use /run/user/$UID because it runs out of space too easilly
export TMPDIR = /tmp/tmp-status-react-$(BUILD_TAG)
# this has to be specified for both the Node.JS server process and the Qt process
export REACT_SERVER_PORT ?= 5001
# Our custom config is located in nix/nix.conf
export NIX_CONF_DIR = $(PWD)/nix
# Defines which variables will be kept for Nix pure shell, use semicolon as divider
export _NIX_KEEP ?= TMPDIR,BUILD_ENV,STATUS_GO_SRC_OVERRIDE,NIMBUS_SRC_OVERRIDE
# legacy TARGET_OS variable support
ifdef TARGET_OS
export TARGET ?= $(TARGET_OS)
endif
# Useful for Andoird release builds
TMP_BUILD_NUMBER := $(shell ./scripts/version/gen_build_no.sh | cut -c1-10)
# MacOS root is read-only, read nix/README.md for details
UNAME_S := $(shell uname -s)
ifeq ($(UNAME_S),Darwin)
export NIX_IGNORE_SYMLINK_STORE=1
endif
#----------------
# Nix targets
#----------------
# WARNING: This has to be located right before the targets
ifdef IN_NIX_SHELL
SHELL := env bash
else
SHELL := ./nix/scripts/shell.sh
endif
shell: ##@prepare Enter into a pre-configured shell
ifndef IN_NIX_SHELL
@ENTER_NIX_SHELL
else
@echo "${YELLOW}Nix shell is already active$(RESET)"
endif
nix-gc: export TARGET := default
nix-gc: ##@nix Garbage collect all packages older than 20 days from /nix/store
nix-collect-garbage --delete-old --delete-older-than 20d
nix-clean: export TARGET := default
nix-clean: ##@nix Remove all status-react build artifacts from /nix/store
nix/scripts/clean.sh
nix-purge: SHELL := /bin/sh
nix-purge: ##@nix Completely remove Nix setup, including /nix directory
nix/scripts/purge.sh
nix-add-gcroots: export TARGET := default
nix-add-gcroots: ##@nix Add Nix GC roots to avoid status-react expressions being garbage collected
nix/scripts/gcroots.sh
nix-update-gradle: ##@nix Update maven nix expressions based on current gradle setup
nix/mobile/android/maven-and-npm-deps/maven/generate-nix.sh
nix-update-lein: export TARGET := lein
nix-update-lein: ##@nix Update maven nix expressions based on current lein setup
nix/tools/lein/generate-nix.sh nix/lein
nix-update-gems: export TARGET := lein
nix-update-gems: ##@nix Update Ruby gems in fastlane/Gemfile.lock and fastlane/gemset.nix
fastlane/update.sh
nix-update-pods: export TARGET := ios
nix-update-pods: ##@nix Update CocoaPods in ios/Podfile.lock
cd ios && pod update
#----------------
# General targets
#----------------
_fix-node-perms: SHELL := /bin/sh
_fix-node-perms: ##@prepare Fix permissions so that directory can be cleaned
$(shell test -d node_modules && chmod -R 744 node_modules)
$(shell test -d node_modules.tmp && chmod -R 744 node_modules.tmp)
_tmpdir-mk: SHELL := /bin/sh
_tmpdir-mk: ##@prepare Create a TMPDIR for temporary files
@mkdir -p "$(TMPDIR)"
# Make sure TMPDIR exists every time make is called
-include _tmpdir-mk
_tmpdir-rm: SHELL := /bin/sh
_tmpdir-rm: ##@prepare Remove TMPDIR
rm -fr "$(TMPDIR)"
clean: SHELL := /bin/sh
clean: _fix-node-perms _tmpdir-rm ##@prepare Remove all output folders
git clean -dxf
watchman-clean: export TARGET := watchman
watchman-clean: ##@prepare Delete repo directory from watchman
watchman watch-del $${STATUS_REACT_HOME}
disable-githooks: SHELL := /bin/sh
disable-githooks: ##@prepare Disables lein githooks
@rm -f ${env.WORKSPACE}/.git/hooks/pre-commit && \
sed -i'~' -e 's|\[rasom/lein-githooks|;; [rasom/lein-githooks|' \
-e 's|:githooks|;; :githooks|' \
-e 's|:pre-commit|;; :pre-commit|' project.clj; \
rm project.clj~
pod-install: export TARGET := ios
pod-install: ##@prepare Run 'pod install' to install podfiles and update Podfile.lock
cd ios && pod install; cd --
update-fleets: ##@prepare Download up-to-date JSON file with current fleets state
curl -s https://fleets.status.im/ \
| jq --indent 4 --sort-keys . \
> resources/config/fleets.json
keystore: export TARGET := keytool
keystore: export KEYSTORE_PATH ?= $(HOME)/.gradle/status-im.keystore
keystore: ##@prepare Generate a Keystore for signing Android APKs
@./scripts/generate-keystore.sh
#----------------
# Release builds
#----------------
release: release-android release-ios ##@build build release for Android and iOS
release-android: export TARGET := android
release-android: export BUILD_ENV ?= prod
release-android: export BUILD_TYPE ?= nightly
release-android: export BUILD_NUMBER ?= $(TMP_BUILD_NUMBER)
release-android: export KEYSTORE_PATH ?= $(HOME)/.gradle/status-im.keystore
release-android: export ANDROID_ABI_SPLIT ?= false
release-android: export ANDROID_ABI_INCLUDE ?= armeabi-v7a;arm64-v8a;x86
release-android: keystore ##@build build release for Android
scripts/release-android.sh
release-ios: export TARGET ?= ios
release-ios: export BUILD_ENV ?= prod
release-ios: watchman-clean ##@build build release for iOS release
@git clean -dxf -f target/ios && \
$(MAKE) jsbundle-ios && \
scripts/copy-translations.sh && \
xcodebuild -workspace ios/StatusIm.xcworkspace -scheme StatusIm -configuration Release -destination 'generic/platform=iOS' -UseModernBuildSystem=N clean archive
release-desktop: export TARGET ?= $(HOST_OS)
release-desktop: ##@build build release for desktop release based on TARGET
@$(MAKE) jsbundle-desktop && \
scripts/copy-translations.sh && \
scripts/build-desktop.sh; \
$(MAKE) watchman-clean
release-windows-desktop: export TARGET ?= windows
release-windows-desktop: ##@build build release for windows desktop release
@$(MAKE) jsbundle-desktop && \
scripts/copy-translations.sh && \
scripts/build-desktop.sh; \
$(MAKE) watchman-clean
prod-build-android: jsbundle-android ##@legacy temporary legacy alias for jsbundle-android
@echo "${YELLOW}This a deprecated target name, use jsbundle-android.$(RESET)"
jsbundle-android: SHELL := /bin/sh
jsbundle-android: export TARGET ?= android
jsbundle-android: export BUILD_ENV ?= prod
jsbundle-android: ##@jsbundle Compile JavaScript and Clojure into index.android.js
# Call nix-build to build the 'targets.mobile.android.jsbundle' attribute and copy the index.android.js file to the project root
@git clean -dxf ./index.$(TARGET).js
nix/scripts/build.sh targets.mobile.android.jsbundle && \
mv result/index.$(TARGET).js ./
prod-build-ios: jsbundle-ios ##@legacy temporary legacy alias for jsbundle-ios
@echo "${YELLOW}This a deprecated target name, use jsbundle-ios.$(RESET)"
jsbundle-ios: export TARGET ?= ios
jsbundle-ios: export BUILD_ENV ?= prod
jsbundle-ios: ##@jsbundle Compile JavaScript and Clojure into index.ios.js
@git clean -dxf -f ./index.$(TARGET).js && \
lein jsbundle-ios && \
node prepare-modules.js
prod-build-desktop: jsbundle-desktop ##@legacy temporary legacy alias for jsbundle-desktop
@echo "${YELLOW}This a deprecated target name, use jsbundle-desktop.$(RESET)"
jsbundle-desktop: export TARGET ?= $(HOST_OS)
jsbundle-desktop: export BUILD_ENV ?= prod
jsbundle-desktop: ##@jsbundle Compile JavaScript and Clojure into index.desktop.js
git clean -qdxf -f ./index.desktop.js desktop/ && \
lein jsbundle-desktop && \
node prepare-modules.js
#--------------
# Clojure REPL
# -------------
_watch-%: ##@watch Start development for device
$(eval SYSTEM := $(word 2, $(subst -, , $@)))
$(eval DEVICE := $(word 3, $(subst -, , $@)))
clj -R:dev build.clj watch --platform $(SYSTEM) --$(SYSTEM)-device $(DEVICE)
watch-ios-real: export TARGET := ios
watch-ios-real: _watch-ios-real
watch-ios-simulator: export TARGET := ios
watch-ios-simulator: _watch-ios-simulator
watch-android-real: export TARGET := android
watch-android-real: _watch-android-real
watch-android-avd: export TARGET := android
watch-android-avd: _watch-android-avd
watch-android-genymotion: export TARGET ?= android
watch-android-genymotion: _watch-android-genymotion
watch-desktop: export TARGET ?= $(HOST_OS)
watch-desktop:
clj -R:dev build.clj watch --platform desktop
desktop-server: export TARGET ?= $(HOST_OS)
desktop-server:
node ubuntu-server.js
#--------------
# Run React-Native app
#--------------
_run-%:
$(eval SYSTEM := $(word 2, $(subst -, , $@)))
npx react-native run-$(SYSTEM)
# TODO: Migrate this to a Nix recipe, much the same way as nix/mobile/android/targets/release-android.nix
run-android: export TARGET := android
run-android: ##@run Build Android APK and start it on the device
npx react-native run-android --appIdSuffix debug
run-desktop: export TARGET ?= $(HOST_OS)
run-desktop: _run-desktop ##@run Run Desktop build
SIMULATOR=
run-ios: export TARGET := ios
run-ios: ##@run Build iOS app and start it in a simulator/device
ifneq ("$(SIMULATOR)", "")
npx react-native run-ios --simulator="$(SIMULATOR)"
else
npx react-native run-ios
endif
#--------------
# Tests
#--------------
lint: export TARGET := lein
lint: ##@test Run code style checks
lein cljfmt check
lint-fix: export TARGET := lein
lint-fix: ##@test Run code style checks and fix issues
lein cljfmt fix
test: export TARGET := lein
test: ##@test Run tests once in NodeJS
lein with-profile test doo node test once
test-auto: export TARGET := lein
test-auto: ##@test Run tests in interactive (auto) mode in NodeJS
lein with-profile test doo node test
coverage: ##@test Run tests once in NodeJS generating coverage
@scripts/run-coverage.sh
#--------------
# Other
#--------------
react-native-desktop: export TARGET ?= $(HOST_OS)
react-native-desktop: export _NIX_PURE ?= true
react-native-desktop: ##@other Start react native packager
@scripts/start-react-native.sh
react-native-android: export TARGET := android
react-native-android: export _NIX_PURE ?= true
react-native-android: ##@other Start react native packager for Android client
@scripts/start-react-native.sh
react-native-ios: export TARGET := ios
react-native-ios: export _NIX_PURE ?= true
react-native-ios: ##@other Start react native packager for Android client
@scripts/start-react-native.sh
geth-connect: export TARGET := android-env
geth-connect: ##@other Connect to Geth on the device
adb forward tcp:8545 tcp:8545 && \
build/bin/geth attach http://localhost:8545
android-clean: export TARGET := android
android-clean: ##@prepare Clean Gradle state
git clean -dxf -f ./android/app/build
[[ -d android/.gradle ]] && cd android && ./gradlew clean
android-ports: export TARGET := android-env
android-ports: ##@other Add proxies to Android Device/Simulator
adb reverse tcp:8081 tcp:8081 && \
adb reverse tcp:3449 tcp:3449 && \
adb reverse tcp:4567 tcp:4567 && \
adb forward tcp:5561 tcp:5561
android-devices: export TARGET := android-env
android-devices: ##@other Invoke adb devices
adb devices
android-logcat: export TARGET := android-env
android-logcat: ##@other Read status-react logs from Android phone using adb
adb logcat | grep -e RNBootstrap -e ReactNativeJS -e ReactNative -e StatusModule -e StatusNativeLogs -e 'F DEBUG :' -e 'Go :' -e 'GoLog :' -e 'libc :'
android-install: export TARGET := android-env
android-install: export BUILD_TYPE ?= release
android-install: ##@other Install APK on device using adb
adb install result/app-$(BUILD_TYPE).apk
_list: SHELL := /bin/sh
_list:
@$(MAKE) -pRrq -f $(lastword $(MAKEFILE_LIST)) : 2>/dev/null | awk -v RS= -F: '/^# File/,/^# Finished Make data base/ {if ($$1 !~ "^[#.]") {print $$1}}' | sort | egrep -v -e '^[^[:alnum:]]' -e '^$@$$'
_unknown-startdev-target-%: SHELL := /bin/sh
_unknown-startdev-target-%:
@ echo "Unknown target device '$*'. Supported targets:"; \
${MAKE} _list | grep "watch-" | sed s/watch-/startdev-/; \
exit 1
_startdev-%: SHELL := /bin/sh
_startdev-%:
$(eval SYSTEM := $(word 2, $(subst -, , $@)))
$(eval DEVICE := $(word 3, $(subst -, , $@)))
@ if [ -z "$(DEVICE)" ]; then \
$(MAKE) watch-$(SYSTEM) || $(MAKE) _unknown-startdev-target-$@; \
else \
$(MAKE) watch-$(SYSTEM)-$(DEVICE) || $(MAKE) _unknown-startdev-target-$@; \
fi
startdev-android-avd: export TARGET = android
startdev-android-avd: _startdev-android-avd
startdev-android-avd: ##@startdev Compile Clojure for Android AVD
startdev-android-genymotion: export TARGET = android
startdev-android-genymotion: _startdev-android-genymotion
startdev-android-genymotion: ##@startdev Compile Clojure for Genymotion
startdev-android-real: export TARGET = android
startdev-android-real: _startdev-android-real
startdev-android-real: ##@startdev Compile Clojure for Android real device
startdev-ios-real: export TARGET = ios
startdev-ios-real: _startdev-ios-real
startdev-ios-real: ##@startdev Compile Clojure for iOS device
startdev-ios-simulator: export TARGET = ios
startdev-ios-simulator: _startdev-ios-simulator
startdev-ios-simulator: ##@startdev Compile Clojure for iOS simulator
startdev-desktop: export TARGET ?= $(HOST_OS)
startdev-desktop: _startdev-desktop
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