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MapLibreParticleLab/Makefile
Sudarsana Babu Nagineni dfb9325057 [Qt] Add CMake toolchain for QNX platform 
This adds CMake toolchain for QNX platform. By using this
toolchain, we can compile Mapbox GL Plugin for Qt on QNX
platform.
2018-08-07 15:50:14 +03:00

778 lines
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export BUILDTYPE ?= Debug
export WITH_CXX11ABI ?= $(shell scripts/check-cxx11abi.sh)
ifeq ($(BUILDTYPE), Release)
else ifeq ($(BUILDTYPE), RelWithDebInfo)
else ifeq ($(BUILDTYPE), Sanitize)
else ifeq ($(BUILDTYPE), Debug)
else
$(error BUILDTYPE must be Debug, Sanitize, Release or RelWithDebInfo)
endif
buildtype := $(shell echo "$(BUILDTYPE)" | tr "[A-Z]" "[a-z]")
ifeq ($(shell uname -s), Darwin)
HOST_PLATFORM = macos
HOST_PLATFORM_VERSION = $(shell uname -m)
export NINJA = platform/macos/ninja
export JOBS ?= $(shell sysctl -n hw.ncpu)
else ifeq ($(shell uname -s), Linux)
HOST_PLATFORM = linux
HOST_PLATFORM_VERSION = $(shell uname -m)
export NINJA = platform/linux/ninja
export JOBS ?= $(shell grep --count processor /proc/cpuinfo)
else
$(error Cannot determine host platform)
endif
ifeq ($(MASON_PLATFORM),)
BUILD_PLATFORM = $(HOST_PLATFORM)
else
BUILD_PLATFORM = $(MASON_PLATFORM)
endif
ifeq ($(MASON_PLATFORM_VERSION),)
BUILD_PLATFORM_VERSION = $(HOST_PLATFORM_VERSION)
else
BUILD_PLATFORM_VERSION = $(MASON_PLATFORM_VERSION)
endif
ifeq ($(MASON_PLATFORM),macos)
MASON_PLATFORM=osx
endif
ifeq ($(V), 1)
export XCPRETTY
NINJA_ARGS ?= -v
else
export XCPRETTY ?= | tee '$(shell pwd)/build/xcodebuild-$(shell date +"%Y-%m-%d_%H%M%S").log' | xcpretty
NINJA_ARGS ?=
endif
.PHONY: default
default: test
BUILD_DEPS += Makefile
BUILD_DEPS += CMakeLists.txt
#### macOS targets ##############################################################
ifeq ($(HOST_PLATFORM), macos)
export PATH := $(shell pwd)/platform/macos:$(PATH)
MACOS_OUTPUT_PATH = build/macos
MACOS_PROJ_PATH = $(MACOS_OUTPUT_PATH)/mbgl.xcodeproj
MACOS_WORK_PATH = platform/macos/macos.xcworkspace
MACOS_USER_DATA_PATH = $(MACOS_WORK_PATH)/xcuserdata/$(USER).xcuserdatad
MACOS_COMPDB_PATH = $(MACOS_OUTPUT_PATH)/compdb/$(BUILDTYPE)
MACOS_XCODEBUILD = xcodebuild \
-derivedDataPath $(MACOS_OUTPUT_PATH) \
-configuration $(BUILDTYPE) \
-workspace $(MACOS_WORK_PATH)
$(MACOS_PROJ_PATH): $(BUILD_DEPS) $(MACOS_USER_DATA_PATH)/WorkspaceSettings.xcsettings
mkdir -p $(MACOS_OUTPUT_PATH)
(cd $(MACOS_OUTPUT_PATH) && cmake -G Xcode ../..)
$(MACOS_USER_DATA_PATH)/WorkspaceSettings.xcsettings: platform/macos/WorkspaceSettings.xcsettings
mkdir -p "$(MACOS_USER_DATA_PATH)"
cp platform/macos/WorkspaceSettings.xcsettings "$@"
.PHONY: macos
macos: $(MACOS_PROJ_PATH)
set -o pipefail && $(MACOS_XCODEBUILD) -scheme 'CI' build $(XCPRETTY)
.PHONY: xproj
xproj: $(MACOS_PROJ_PATH)
open $(MACOS_WORK_PATH)
.PHONY: test
test: $(MACOS_PROJ_PATH)
set -o pipefail && $(MACOS_XCODEBUILD) -scheme 'mbgl-test' build $(XCPRETTY)
.PHONY: benchmark
benchmark: $(MACOS_PROJ_PATH)
set -o pipefail && $(MACOS_XCODEBUILD) -scheme 'mbgl-benchmark' build $(XCPRETTY)
.PHONY: run-test
run-test: run-test-*
run-test-%: test
ulimit -c unlimited && ($(MACOS_OUTPUT_PATH)/$(BUILDTYPE)/mbgl-test --gtest_catch_exceptions=0 --gtest_filter=$* & pid=$$! && wait $$pid \
|| (lldb -c /cores/core.$$pid --batch --one-line 'thread backtrace all' --one-line 'quit' && exit 1))
set -o pipefail && $(MACOS_XCODEBUILD) -scheme 'CI' test $(XCPRETTY)
.PHONY: run-benchmark
run-benchmark: run-benchmark-.
run-benchmark-%: benchmark
$(MACOS_OUTPUT_PATH)/$(BUILDTYPE)/mbgl-benchmark --benchmark_filter=$* ${BENCHMARK_ARGS}
.PHONY: node-benchmark
node-benchmark: node
.PHONY: run-node-benchmark
run-node-benchmark: node-benchmark
node platform/node/test/benchmark.js
.PHONY: glfw-app
glfw-app: $(MACOS_PROJ_PATH)
set -o pipefail && $(MACOS_XCODEBUILD) -scheme 'mbgl-glfw' build $(XCPRETTY)
.PHONY: run-glfw-app
run-glfw-app: glfw-app
"$(MACOS_OUTPUT_PATH)/$(BUILDTYPE)/mbgl-glfw"
.PHONY: render
render: $(MACOS_PROJ_PATH)
set -o pipefail && $(MACOS_XCODEBUILD) -scheme 'mbgl-render' build $(XCPRETTY)
.PHONY: offline
offline: $(MACOS_PROJ_PATH)
set -o pipefail && $(MACOS_XCODEBUILD) -scheme 'mbgl-offline' build $(XCPRETTY)
.PHONY: node
node: $(MACOS_PROJ_PATH)
set -o pipefail && $(MACOS_XCODEBUILD) -scheme 'mbgl-node (Active ABI)' build $(XCPRETTY)
.PHONY: node-all
node-all: $(MACOS_PROJ_PATH)
set -o pipefail && $(MACOS_XCODEBUILD) -scheme 'mbgl-node (All ABIs)' build $(XCPRETTY)
.PHONY: macos-test
macos-test: $(MACOS_PROJ_PATH)
set -o pipefail && $(MACOS_XCODEBUILD) -scheme 'CI' test $(XCPRETTY)
.PHONY: macos-lint
macos-lint:
find platform/macos -type f -name '*.plist' | xargs plutil -lint
.PHONY: xpackage
xpackage: $(MACOS_PROJ_PATH)
SYMBOLS=$(SYMBOLS) ./platform/macos/scripts/package.sh
.PHONY: xdeploy
xdeploy:
caffeinate -i ./platform/macos/scripts/deploy-packages.sh
.PHONY: xdocument
xdocument:
OUTPUT=$(OUTPUT) ./platform/macos/scripts/document.sh
.PHONY: genstrings
genstrings:
genstrings -u -o platform/macos/sdk/Base.lproj platform/darwin/src/*.{m,mm}
genstrings -u -o platform/macos/sdk/Base.lproj platform/macos/src/*.{m,mm}
genstrings -u -o platform/ios/resources/Base.lproj platform/ios/src/*.{m,mm}
-find platform/ios/resources platform/macos/sdk -path '*/Base.lproj/*.strings' -exec \
textutil -convert txt -extension strings -inputencoding UTF-16 -encoding UTF-8 {} \;
mv platform/macos/sdk/Base.lproj/Foundation.strings platform/darwin/resources/Base.lproj/
$(MACOS_COMPDB_PATH)/Makefile:
mkdir -p $(MACOS_COMPDB_PATH)
(cd $(MACOS_COMPDB_PATH) && cmake ../../../.. \
-DCMAKE_BUILD_TYPE=$(BUILDTYPE) \
-DCMAKE_EXPORT_COMPILE_COMMANDS=ON)
.PHONY:
compdb: $(BUILD_DEPS) $(TEST_DEPS) $(MACOS_COMPDB_PATH)/Makefile
@$(MAKE) -C $(MACOS_COMPDB_PATH) cmake_check_build_system
.PHONY: tidy
tidy: compdb
scripts/clang-tools.sh $(MACOS_COMPDB_PATH)
.PHONY: check
check: compdb
scripts/clang-tools.sh $(MACOS_COMPDB_PATH) --diff
endif
#### iOS targets ##############################################################
ifeq ($(HOST_PLATFORM), macos)
IOS_OUTPUT_PATH = build/ios
IOS_PROJ_PATH = $(IOS_OUTPUT_PATH)/mbgl.xcodeproj
IOS_WORK_PATH = platform/ios/ios.xcworkspace
IOS_USER_DATA_PATH = $(IOS_WORK_PATH)/xcuserdata/$(USER).xcuserdatad
IOS_XCODEBUILD_SIM = xcodebuild \
ARCHS=x86_64 ONLY_ACTIVE_ARCH=YES \
-derivedDataPath $(IOS_OUTPUT_PATH) \
-configuration $(BUILDTYPE) -sdk iphonesimulator \
-destination 'platform=iOS Simulator,name=iPhone 6,OS=latest' \
-workspace $(IOS_WORK_PATH)
$(IOS_PROJ_PATH): $(IOS_USER_DATA_PATH)/WorkspaceSettings.xcsettings $(BUILD_DEPS)
mkdir -p $(IOS_OUTPUT_PATH)
(cd $(IOS_OUTPUT_PATH) && cmake -G Xcode ../.. \
-DCMAKE_TOOLCHAIN_FILE=../../platform/ios/toolchain.cmake \
-DMBGL_PLATFORM=ios \
-DMASON_PLATFORM=ios)
$(IOS_USER_DATA_PATH)/WorkspaceSettings.xcsettings: platform/ios/WorkspaceSettings.xcsettings
mkdir -p "$(IOS_USER_DATA_PATH)"
cp platform/ios/WorkspaceSettings.xcsettings "$@"
.PHONY: ios
ios: $(IOS_PROJ_PATH)
set -o pipefail && $(IOS_XCODEBUILD_SIM) -scheme 'CI' build $(XCPRETTY)
.PHONY: iproj
iproj: $(IOS_PROJ_PATH)
open $(IOS_WORK_PATH)
.PHONY: ios-lint
ios-lint:
find platform/ios/framework -type f -name '*.plist' | xargs plutil -lint
find platform/ios/app -type f -name '*.plist' | xargs plutil -lint
.PHONY: ios-test
ios-test: $(IOS_PROJ_PATH)
set -o pipefail && $(IOS_XCODEBUILD_SIM) -scheme 'CI' test $(XCPRETTY)
.PHONY: ios-integration-test
ios-integration-test: $(IOS_PROJ_PATH)
set -o pipefail && $(IOS_XCODEBUILD_SIM) -scheme 'Integration Test Harness' test $(XCPRETTY)
.PHONY: ios-sanitize
ios-sanitize: $(IOS_PROJ_PATH)
set -o pipefail && $(IOS_XCODEBUILD_SIM) -scheme 'CI' -enableThreadSanitizer YES -enableUndefinedBehaviorSanitizer YES test $(XCPRETTY)
.PHONY: ios-sanitize-address
ios-sanitize-address: $(IOS_PROJ_PATH)
set -o pipefail && $(IOS_XCODEBUILD_SIM) -scheme 'CI' -enableAddressSanitizer YES test $(XCPRETTY)
.PHONY: ios-static-analyzer
ios-static-analyzer: $(IOS_PROJ_PATH)
set -o pipefail && $(IOS_XCODEBUILD_SIM) analyze -scheme 'CI' test $(XCPRETTY)
.PHONY: ipackage
ipackage: $(IOS_PROJ_PATH)
FORMAT=$(FORMAT) BUILD_DEVICE=$(BUILD_DEVICE) SYMBOLS=$(SYMBOLS) \
./platform/ios/scripts/package.sh
.PHONY: ipackage-strip
ipackage-strip: $(IOS_PROJ_PATH)
FORMAT=$(FORMAT) BUILD_DEVICE=$(BUILD_DEVICE) SYMBOLS=NO \
./platform/ios/scripts/package.sh
.PHONY: ipackage-sim
ipackage-sim: $(IOS_PROJ_PATH)
BUILDTYPE=Debug FORMAT=dynamic BUILD_DEVICE=false SYMBOLS=$(SYMBOLS) \
./platform/ios/scripts/package.sh
.PHONY: iframework
iframework: $(IOS_PROJ_PATH)
FORMAT=dynamic BUILD_DEVICE=$(BUILD_DEVICE) SYMBOLS=$(SYMBOLS) \
./platform/ios/scripts/package.sh
.PHONY: ideploy
ideploy:
caffeinate -i ./platform/ios/scripts/deploy-packages.sh
.PHONY: idocument
idocument:
OUTPUT=$(OUTPUT) ./platform/ios/scripts/document.sh
.PHONY: darwin-style-code
darwin-style-code:
node platform/darwin/scripts/generate-style-code.js
node platform/darwin/scripts/update-examples.js
style-code: darwin-style-code
.PHONY: darwin-update-examples
darwin-update-examples:
node platform/darwin/scripts/update-examples.js
.PHONY: check-public-symbols
check-public-symbols:
node platform/darwin/scripts/check-public-symbols.js macOS iOS
endif
#### Linux targets #####################################################
ifeq ($(HOST_PLATFORM), linux)
export PATH := $(shell pwd)/platform/linux:$(PATH)
export LINUX_OUTPUT_PATH = build/linux-$(shell uname -m)/$(BUILDTYPE)
LINUX_BUILD = $(LINUX_OUTPUT_PATH)/build.ninja
$(LINUX_BUILD): $(BUILD_DEPS)
mkdir -p $(LINUX_OUTPUT_PATH)
(cd $(LINUX_OUTPUT_PATH) && cmake -G Ninja ../../.. \
-DCMAKE_BUILD_TYPE=$(BUILDTYPE) \
-DCMAKE_EXPORT_COMPILE_COMMANDS=ON \
-DWITH_CXX11ABI=${WITH_CXX11ABI} \
-DWITH_COVERAGE=${WITH_COVERAGE} \
-DWITH_OSMESA=${WITH_OSMESA} \
-DWITH_EGL=${WITH_EGL})
.PHONY: linux
linux: glfw-app render offline
.PHONY: linux-core
linux-core: $(LINUX_BUILD)
$(NINJA) $(NINJA_ARGS) -j$(JOBS) -C $(LINUX_OUTPUT_PATH) mbgl-core mbgl-loop-uv mbgl-filesource
.PHONY: test
test: $(LINUX_BUILD)
$(NINJA) $(NINJA_ARGS) -j$(JOBS) -C $(LINUX_OUTPUT_PATH) mbgl-test
.PHONY: benchmark
benchmark: $(LINUX_BUILD)
$(NINJA) $(NINJA_ARGS) -j$(JOBS) -C $(LINUX_OUTPUT_PATH) mbgl-benchmark
ifneq (,$(shell command -v gdb 2> /dev/null))
GDB ?= $(shell scripts/mason.sh PREFIX gdb VERSION 2017-04-08-aebcde5)/bin/gdb \
-batch -return-child-result \
-ex 'set print thread-events off' \
-ex 'set disable-randomization off' \
-ex 'run' \
-ex 'thread apply all bt' --args
endif
.PHONY: run-test
run-test: run-test-*
run-test-%: test
$(GDB) $(LINUX_OUTPUT_PATH)/mbgl-test --gtest_catch_exceptions=0 --gtest_filter=$*
.PHONY: run-benchmark
run-benchmark: run-benchmark-.
run-benchmark-%: benchmark
$(LINUX_OUTPUT_PATH)/mbgl-benchmark --benchmark_filter=$*
.PHONY: render
render: $(LINUX_BUILD)
$(NINJA) $(NINJA_ARGS) -j$(JOBS) -C $(LINUX_OUTPUT_PATH) mbgl-render
.PHONY: offline
offline: $(LINUX_BUILD)
$(NINJA) $(NINJA_ARGS) -j$(JOBS) -C $(LINUX_OUTPUT_PATH) mbgl-offline
.PHONY: glfw-app
glfw-app: $(LINUX_BUILD)
$(NINJA) $(NINJA_ARGS) -j$(JOBS) -C $(LINUX_OUTPUT_PATH) mbgl-glfw
.PHONY: run-glfw-app
run-glfw-app: glfw-app
cd $(LINUX_OUTPUT_PATH) && ./mbgl-glfw
.PHONY: node
node: $(LINUX_BUILD)
$(NINJA) $(NINJA_ARGS) -j$(JOBS) -C $(LINUX_OUTPUT_PATH) mbgl-node.active
.PHONY: node-all
node-all: $(LINUX_BUILD)
$(NINJA) $(NINJA_ARGS) -j$(JOBS) -C $(LINUX_OUTPUT_PATH) mbgl-node.all
.PHONY: compdb
compdb: $(LINUX_BUILD)
# Ninja generator already outputs the file at the right location
.PHONY: tidy
tidy: compdb
scripts/clang-tools.sh $(LINUX_OUTPUT_PATH)
.PHONY: check
check: compdb
scripts/clang-tools.sh $(LINUX_OUTPUT_PATH) --diff
endif
#### Qt targets #####################################################
QT_QMAKE_FOUND := $(shell command -v qmake 2> /dev/null)
ifdef QT_QMAKE_FOUND
export QT_INSTALL_DOCS = $(shell qmake -query QT_INSTALL_DOCS)
ifeq ($(shell qmake -query QT_VERSION | head -c1), 4)
QT_ROOT_PATH = build/qt4-$(BUILD_PLATFORM)-$(BUILD_PLATFORM_VERSION)
WITH_QT_4=1
else
QT_ROOT_PATH = build/qt-$(BUILD_PLATFORM)-$(BUILD_PLATFORM_VERSION)
WITH_QT_4=0
endif
endif
export QT_OUTPUT_PATH = $(QT_ROOT_PATH)/$(BUILDTYPE)
QT_BUILD = $(QT_OUTPUT_PATH)/build.ninja
$(QT_BUILD): $(BUILD_DEPS)
@scripts/check-qt.sh
mkdir -p $(QT_OUTPUT_PATH)
(cd $(QT_OUTPUT_PATH) && cmake -G Ninja ../../.. \
-DCMAKE_BUILD_TYPE=$(BUILDTYPE) \
-DCMAKE_EXPORT_COMPILE_COMMANDS=ON \
-DMBGL_PLATFORM=qt \
-DMASON_PLATFORM=$(MASON_PLATFORM) \
-DMASON_PLATFORM_VERSION=$(MASON_PLATFORM_VERSION) \
-DWITH_QT_DECODERS=${WITH_QT_DECODERS} \
-DWITH_QT_I18N=${WITH_QT_I18N} \
-DWITH_QT_4=${WITH_QT_4} \
-DWITH_CXX11ABI=${WITH_CXX11ABI} \
-DWITH_COVERAGE=${WITH_COVERAGE})
ifeq ($(HOST_PLATFORM), macos)
MACOS_QT_PROJ_PATH = $(QT_ROOT_PATH)/xcode/mbgl.xcodeproj
$(MACOS_QT_PROJ_PATH): $(BUILD_DEPS)
@scripts/check-qt.sh
mkdir -p $(QT_ROOT_PATH)/xcode
(cd $(QT_ROOT_PATH)/xcode && cmake -G Xcode ../../.. \
-DMBGL_PLATFORM=qt \
-DMASON_PLATFORM=$(MASON_PLATFORM) \
-DMASON_PLATFORM_VERSION=$(MASON_PLATFORM_VERSION) \
-DWITH_QT_DECODERS=${WITH_QT_DECODERS} \
-DWITH_QT_I18N=${WITH_QT_I18N} \
-DWITH_QT_4=${WITH_QT_4} \
-DWITH_CXX11ABI=${WITH_CXX11ABI} \
-DWITH_COVERAGE=${WITH_COVERAGE})
.PHONY: qtproj
qtproj: $(MACOS_QT_PROJ_PATH)
open $(MACOS_QT_PROJ_PATH)
endif
ifdef QNX_HOST
export WITH_QT_DECODERS ?= ON
export QCC_COMPILER_TARGET ?= gcc_ntox86_64
export QCC_NTOARCH ?= x86_64
export QNX_OUTPUT_PATH = build/qt-qnx-$(QCC_NTOARCH)/$(BUILDTYPE)
QNX_QT_BUILD = $(QNX_OUTPUT_PATH)/build.ninja
$(QNX_QT_BUILD): $(BUILD_DEPS)
@scripts/check-qt.sh
mkdir -p $(QNX_OUTPUT_PATH)
(cd $(QNX_OUTPUT_PATH) && cmake -G Ninja ../../.. \
-DCMAKE_BUILD_TYPE=$(BUILDTYPE) \
-DCMAKE_EXPORT_COMPILE_COMMANDS=ON \
-DQCC_COMPILER_TARGET=${QCC_COMPILER_TARGET} \
-DQCC_NTOARCH=${QCC_NTOARCH} \
-DCMAKE_TOOLCHAIN_FILE=platform/qt/qnx.cmake \
-DMBGL_PLATFORM=qt \
-DWITH_QT_DECODERS=${WITH_QT_DECODERS} \
-DWITH_QT_I18N=${WITH_QT_I18N} \
-DWITH_QT_4=${WITH_QT_4} \
-DWITH_CXX11ABI=${WITH_CXX11ABI} \
-DWITH_COVERAGE=${WITH_COVERAGE})
.PHONY: qnx-qt-lib
qnx-qt-lib: $(QNX_QT_BUILD)
$(NINJA) $(NINJA_ARGS) -j$(JOBS) -C $(QNX_OUTPUT_PATH) qmapboxgl
endif
.PHONY: qt-lib
qt-lib: $(QT_BUILD)
$(NINJA) $(NINJA_ARGS) -j$(JOBS) -C $(QT_OUTPUT_PATH) qmapboxgl
.PHONY: qt-app
qt-app: $(QT_BUILD)
$(NINJA) $(NINJA_ARGS) -j$(JOBS) -C $(QT_OUTPUT_PATH) mbgl-qt
.PHONY: run-qt-app
run-qt-app: qt-app
$(QT_OUTPUT_PATH)/mbgl-qt
.PHONY: qt-test
qt-test: $(QT_BUILD)
$(NINJA) $(NINJA_ARGS) -j$(JOBS) -C $(QT_OUTPUT_PATH) mbgl-test
run-qt-test-%: qt-test
$(QT_OUTPUT_PATH)/mbgl-test --gtest_catch_exceptions=0 --gtest_filter=$*
.PHONY: run-qt-test
run-qt-test: run-qt-test-*
.PHONY: qt-docs
qt-docs:
qdoc $(shell pwd)/platform/qt/config.qdocconf -outputdir $(shell pwd)/$(QT_OUTPUT_PATH)/docs
#### Node targets ##############################################################
.PHONY: test-node
test-node: node
npm test
npm run test-suite
.PHONY: test-node-recycle-map
test-node-recycle-map: node
npm test
npm run test-render -- --recycle-map --shuffle
npm run test-query
#### Android targets ###########################################################
MBGL_ANDROID_ABIS = arm-v7;armeabi-v7a
MBGL_ANDROID_ABIS += arm-v8;arm64-v8a
MBGL_ANDROID_ABIS += x86;x86
MBGL_ANDROID_ABIS += x86-64;x86_64
MBGL_ANDROID_LOCAL_WORK_DIR = /data/local/tmp/core-tests
MBGL_ANDROID_LIBDIR = lib$(if $(filter arm-v8 x86-64,$1),64)
MBGL_ANDROID_DALVIKVM = dalvikvm$(if $(filter arm-v8 x86-64,$1),64,32)
MBGL_ANDROID_APK_SUFFIX = $(if $(filter Release,$(BUILDTYPE)),release-unsigned,debug)
MBGL_ANDROID_CORE_TEST_DIR = platform/android/MapboxGLAndroidSDK/.externalNativeBuild/cmake/$(buildtype)/$2/core-tests
MBGL_ANDROID_GRADLE = ./gradlew --parallel --max-workers=$(JOBS) -Pmapbox.buildtype=$(buildtype)
# Lists all devices, and extracts the identifiers, then obtains the ABI for every one.
# Some devices return \r\n, so we'll have to remove the carriage return before concatenating.
MBGL_ANDROID_ACTIVE_ARCHS = $(shell adb devices | sed '1d;/^\*/d;s/[[:space:]].*//' | xargs -n 1 -I DEV `type -P adb` -s DEV shell getprop ro.product.cpu.abi | tr -d '\r')
# Generate code based on the style specification
.PHONY: android-style-code
android-style-code:
node platform/android/scripts/generate-style-code.js
style-code: android-style-code
# Configuration file for running CMake from Gradle within Android Studio.
platform/android/gradle/configuration.gradle:
@echo "ext {\n node = '`command -v node || command -v nodejs`'\n npm = '`command -v npm`'\n ccache = '`command -v ccache`'\n}" > $@
define ANDROID_RULES
# $1 = arm-v7 (short arch)
# $2 = armeabi-v7a (internal arch)
.PHONY: android-test-lib-$1
android-test-lib-$1: platform/android/gradle/configuration.gradle
cd platform/android && $(MBGL_ANDROID_GRADLE) -Pmapbox.abis=$2 -Pmapbox.with_test=true :MapboxGLAndroidSDKTestApp:assemble$(BUILDTYPE)
# Build SDK for for specified abi
.PHONY: android-lib-$1
android-lib-$1: platform/android/gradle/configuration.gradle
cd platform/android && $(MBGL_ANDROID_GRADLE) -Pmapbox.abis=$2 :MapboxGLAndroidSDK:assemble$(BUILDTYPE)
# Build test app and SDK for for specified abi
.PHONY: android-$1
android-$1: platform/android/gradle/configuration.gradle
cd platform/android && $(MBGL_ANDROID_GRADLE) -Pmapbox.abis=$2 :MapboxGLAndroidSDKTestApp:assemble$(BUILDTYPE)
# Build the core test for specified abi
.PHONY: android-core-test-$1
android-core-test-$1: android-test-lib-$1
# Compile main sources and extract the classes (using the test app to get all transitive dependencies in one place)
mkdir -p $(MBGL_ANDROID_CORE_TEST_DIR)
unzip -o platform/android/MapboxGLAndroidSDKTestApp/build/outputs/apk/MapboxGLAndroidSDKTestApp-$(MBGL_ANDROID_APK_SUFFIX).apk classes.dex -d $(MBGL_ANDROID_CORE_TEST_DIR)
# Compile Test runner
find platform/android/src/test -name "*.java" > $(MBGL_ANDROID_CORE_TEST_DIR)/java-sources.txt
javac -sourcepath platform/android/src/test -d $(MBGL_ANDROID_CORE_TEST_DIR) -source 1.7 -target 1.7 @$(MBGL_ANDROID_CORE_TEST_DIR)/java-sources.txt
# Combine and dex
cd $(MBGL_ANDROID_CORE_TEST_DIR) && $(ANDROID_HOME)/build-tools/25.0.0/dx --dex --output=test.jar *.class classes.dex
run-android-core-test-$1-%: android-core-test-$1
# Ensure clean state on the device
adb shell "rm -Rf $(MBGL_ANDROID_LOCAL_WORK_DIR) && mkdir -p $(MBGL_ANDROID_LOCAL_WORK_DIR)/test"
# Push all needed files to the device
adb push $(MBGL_ANDROID_CORE_TEST_DIR)/test.jar $(MBGL_ANDROID_LOCAL_WORK_DIR) > /dev/null 2>&1
adb push test/fixtures $(MBGL_ANDROID_LOCAL_WORK_DIR)/test > /dev/null 2>&1
adb push platform/android/MapboxGLAndroidSDK/build/intermediates/bundles/default/jni/$2/libmapbox-gl.so $(MBGL_ANDROID_LOCAL_WORK_DIR) > /dev/null 2>&1
adb push platform/android/MapboxGLAndroidSDK/build/intermediates/bundles/default/jni/$2/libmbgl-test.so $(MBGL_ANDROID_LOCAL_WORK_DIR) > /dev/null 2>&1
# Kick off the tests
adb shell "export LD_LIBRARY_PATH=/system/$(MBGL_ANDROID_LIBDIR):$(MBGL_ANDROID_LOCAL_WORK_DIR) && cd $(MBGL_ANDROID_LOCAL_WORK_DIR) && $(MBGL_ANDROID_DALVIKVM) -cp $(MBGL_ANDROID_LOCAL_WORK_DIR)/test.jar Main --gtest_filter=$$*"
# Gather the results and unpack them
adb shell "cd $(MBGL_ANDROID_LOCAL_WORK_DIR) && tar -cvzf results.tgz test/fixtures/* > /dev/null 2>&1"
adb pull $(MBGL_ANDROID_LOCAL_WORK_DIR)/results.tgz $(MBGL_ANDROID_CORE_TEST_DIR)/ > /dev/null 2>&1
rm -rf $(MBGL_ANDROID_CORE_TEST_DIR)/results && mkdir -p $(MBGL_ANDROID_CORE_TEST_DIR)/results
tar -xzf $(MBGL_ANDROID_CORE_TEST_DIR)/results.tgz --strip-components=2 -C $(MBGL_ANDROID_CORE_TEST_DIR)/results
# Run the core test for specified abi
.PHONY: run-android-core-test-$1
run-android-core-test-$1: run-android-core-test-$1-*
# Run the test app on connected android device with specified abi
.PHONY: run-android-$1
run-android-$1: platform/android/gradle/configuration.gradle
-adb uninstall com.mapbox.mapboxsdk.testapp 2> /dev/null
cd platform/android && $(MBGL_ANDROID_GRADLE) -Pmapbox.abis=$2 :MapboxGLAndroidSDKTestApp:install$(BUILDTYPE) && adb shell am start -n com.mapbox.mapboxsdk.testapp/.activity.FeatureOverviewActivity
# Build test app instrumentation tests apk and test app apk for specified abi
.PHONY: android-ui-test-$1
android-ui-test-$1: platform/android/gradle/configuration.gradle
cd platform/android && $(MBGL_ANDROID_GRADLE) -Pmapbox.abis=$2 :MapboxGLAndroidSDKTestApp:assembleDebug :MapboxGLAndroidSDKTestApp:assembleAndroidTest
# Run test app instrumentation tests on a connected android device or emulator with specified abi
.PHONY: run-android-ui-test-$1
run-android-ui-test-$1: platform/android/gradle/configuration.gradle
-adb uninstall com.mapbox.mapboxsdk.testapp 2> /dev/null
cd platform/android && $(MBGL_ANDROID_GRADLE) -Pmapbox.abis=$2 :MapboxGLAndroidSDKTestApp:connectedAndroidTest
# Run Java Instrumentation tests on a connected android device or emulator with specified abi and test filter
run-android-ui-test-$1-%: platform/android/gradle/configuration.gradle
-adb uninstall com.mapbox.mapboxsdk.testapp 2> /dev/null
cd platform/android && $(MBGL_ANDROID_GRADLE) -Pmapbox.abis=$2 :MapboxGLAndroidSDKTestApp:connectedAndroidTest -Pandroid.testInstrumentationRunnerArguments.class="$$*"
# Symbolicate native stack trace with the specified abi
.PHONY: android-ndk-stack-$1
android-ndk-stack-$1: platform/android/gradle/configuration.gradle
adb logcat | ndk-stack -sym platform/android/MapboxGLAndroidSDK/build/intermediates/cmake/debug/obj/$2/
# Run render tests with pixelmatch
.PHONY: run-android-render-test-$1
run-android-render-test-$1: $(BUILD_DEPS) platform/android/gradle/configuration.gradle
-adb uninstall com.mapbox.mapboxsdk.testapp 2> /dev/null
# delete old test results
rm -rf platform/android/build/render-test/mapbox/
# copy test definitions & ignore file to test app assets folder, clear old ones first
rm -rf platform/android/MapboxGLAndroidSDKTestApp/src/main/assets/integration
cp -r mapbox-gl-js/test/integration platform/android/MapboxGLAndroidSDKTestApp/src/main/assets
cp platform/node/test/ignores.json platform/android/MapboxGLAndroidSDKTestApp/src/main/assets/integration/ignores.json
# run RenderTest.java to generate static map images
cd platform/android && $(MBGL_ANDROID_GRADLE) -Pmapbox.abis=$2 :MapboxGLAndroidSDKTestApp:connectedAndroidTest -Pandroid.testInstrumentationRunnerArguments.class="com.mapbox.mapboxsdk.testapp.render.RenderTest"
# pull generated images from the device
adb pull "`adb shell 'printenv EXTERNAL_STORAGE' | tr -d '\r'`/mapbox/render" platform/android/build/render-test
# copy expected result and run pixelmatch
python platform/android/scripts/run-render-test.py
endef
# Explodes the arguments into individual variables
define ANDROID_RULES_INVOKER
$(call ANDROID_RULES,$(word 1,$1),$(word 2,$1))
endef
$(foreach abi,$(MBGL_ANDROID_ABIS),$(eval $(call ANDROID_RULES_INVOKER,$(subst ;, ,$(abi)))))
# Build the Android SDK and test app with abi set to arm-v7
.PHONY: android
android: android-arm-v7
# Build the Android SDK with abi set to arm-v7
.PHONY: android-lib
android-lib: android-lib-arm-v7
# Run the test app on connected android device with abi set to arm-v7
.PHONY: run-android
run-android: run-android-arm-v7
# Run Java Instrumentation tests on a connected android device or emulator with abi set to arm-v7
.PHONY: run-android-ui-test
run-android-ui-test: run-android-ui-test-arm-v7
run-android-ui-test-%: run-android-ui-test-arm-v7-%
# Run Java Unit tests on the JVM of the development machine executing this
.PHONY: run-android-unit-test
run-android-unit-test: platform/android/gradle/configuration.gradle
cd platform/android && $(MBGL_ANDROID_GRADLE) -Pmapbox.abis=none :MapboxGLAndroidSDK:testDebugUnitTest
run-android-unit-test-%: platform/android/gradle/configuration.gradle
cd platform/android && $(MBGL_ANDROID_GRADLE) -Pmapbox.abis=none :MapboxGLAndroidSDK:testDebugUnitTest --tests "$*"
# Builds a release package of the Android SDK
.PHONY: apackage
apackage: platform/android/gradle/configuration.gradle
make android-lib-arm-v7 && make android-lib-arm-v8 && make android-lib-x86 && make android-lib-x86-64
cd platform/android && $(MBGL_ANDROID_GRADLE) -Pmapbox.abis=all assemble$(BUILDTYPE)
# Build test app instrumentation tests apk and test app apk for all abi's
.PHONY: android-ui-test
android-ui-test: platform/android/gradle/configuration.gradle
cd platform/android && $(MBGL_ANDROID_GRADLE) -Pmapbox.abis=all :MapboxGLAndroidSDKTestApp:assembleDebug :MapboxGLAndroidSDKTestApp:assembleAndroidTest
# Uploads the compiled Android SDK to Maven
.PHONY: run-android-upload-archives
run-android-upload-archives: platform/android/gradle/configuration.gradle
cd platform/android && export IS_LOCAL_DEVELOPMENT=false && $(MBGL_ANDROID_GRADLE) -Pmapbox.abis=all :MapboxGLAndroidSDK:uploadArchives
# Uploads the compiled Android SDK to ~/.m2/repository/com/mapbox/mapboxsdk
.PHONY: run-android-upload-archives-local
run-android-upload-archives-local: platform/android/gradle/configuration.gradle
cd platform/android && export IS_LOCAL_DEVELOPMENT=true && $(MBGL_ANDROID_GRADLE) -Pmapbox.abis=all :MapboxGLAndroidSDK:uploadArchives
# Dump system graphics information for the test app
.PHONY: android-gfxinfo
android-gfxinfo:
adb shell dumpsys gfxinfo com.mapbox.mapboxsdk.testapp reset
# Generates Activity sanity tests
.PHONY: test-code-android
test-code-android:
node platform/android/scripts/generate-test-code.js
# Runs checkstyle and lint on the Android code
.PHONY: android-check
android-check : android-checkstyle android-lint-sdk android-lint-test-app
# Runs checkstyle on the Android code
.PHONY: android-checkstyle
android-checkstyle: platform/android/gradle/configuration.gradle
cd platform/android && $(MBGL_ANDROID_GRADLE) -Pmapbox.abis=none checkstyle
# Runs lint on the Android SDK code
.PHONY: android-lint-sdk
android-lint-sdk: platform/android/gradle/configuration.gradle
cd platform/android && $(MBGL_ANDROID_GRADLE) -Pmapbox.abis=none :MapboxGLAndroidSDK:lint
# Runs lint on the Android test app code
.PHONY: android-lint-test-app
android-lint-test-app: platform/android/gradle/configuration.gradle
cd platform/android && $(MBGL_ANDROID_GRADLE) -Pmapbox.abis=none :MapboxGLAndroidSDKTestApp:lint
# Generates javadoc from the Android SDK
.PHONY: android-javadoc
android-javadoc: platform/android/gradle/configuration.gradle
cd platform/android && $(MBGL_ANDROID_GRADLE) -Pmapbox.abis=none :MapboxGLAndroidSDK:javadocrelease
# Generates platform/android/LICENSE.md file based on all Android project dependencies
.PHONY: android-license
android-license: platform/android/gradle/configuration.gradle
cd platform/android && $(MBGL_ANDROID_GRADLE) -Pmapbox.abis=none :MapboxGLAndroidSDK:licenseReleaseReport
python platform/android/scripts/generate-license.py
# Symbolicate ndk stack traces for the arm-v7 abi
.PHONY: android-ndk-stack
android-ndk-stack: android-ndk-stack-arm-v7
# Open Android Studio if machine is macos
ifeq ($(HOST_PLATFORM), macos)
.PHONY: aproj
aproj: platform/android/gradle/configuration.gradle
open -b com.google.android.studio platform/android
endif
# Creates the configuration needed to build with Android Studio
.PHONY: android-configuration
android-configuration: platform/android/gradle/configuration.gradle
cat platform/android/gradle/configuration.gradle
# Creates a dependency graph using Graphviz
.PHONY: android-graph
android-graph:
cd platform/android && $(MBGL_ANDROID_GRADLE) -Pmapbox.abis=none :MapboxGLAndroidSDK:generateDependencyGraphMapboxLibraries
#### Miscellaneous targets #####################################################
.PHONY: style-code
style-code:
node scripts/generate-style-code.js
node scripts/generate-shaders.js
.PHONY: codestyle
codestyle:
scripts/codestyle.sh
.PHONY: clean
clean:
-rm -rf ./build \
./lib/*.node \
./platform/android/gradle/configuration.gradle \
./platform/android/MapboxGLAndroidSDK/build \
./platform/android/MapboxGLAndroidSDK/.externalNativeBuild \
./platform/android/MapboxGLAndroidSDKTestApp/build \
./platform/android/MapboxGLAndroidSDKTestApp/src/androidTest/java/com/mapbox/mapboxsdk/testapp/activity/gen \
./platform/android/MapboxGLAndroidSDK/src/main/assets
.PHONY: distclean
distclean: clean
-rm -rf ./mason_packages
-rm -rf ./node_modules
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