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scrcpy/server/Makefile

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Makefile
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Implement keyboard/mouse control To control the device from the computer: - retrieve mouse and keyboard SDL events; - convert them to Android events; - serialize them; - send them on the same socket used by the video stream (but in the opposite direction); - deserialize the events on the Android side; - inject them using the InputManager.
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.PHONY: jar push run clean compile compiletests test
Initial commit Start a new clean history from here.
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SRC_DIR := src
GEN_DIR := gen
CLS_DIR := classes
CLS_DEX := classes.dex
Implement keyboard/mouse control To control the device from the computer: - retrieve mouse and keyboard SDL events; - convert them to Android events; - serialize them; - send them on the same socket used by the video stream (but in the opposite direction); - deserialize the events on the Android side; - inject them using the InputManager.
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TEST_SRC_DIR := tests
TEST_CLS_DIR := test_classes
TEST_LIBS := /usr/share/java/junit4.jar:/usr/share/java/hamcrest-core.jar
Initial commit Start a new clean history from here.
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BUILD_TOOLS := $(ANDROID_HOME)/build-tools/26.0.2
AIDL := $(BUILD_TOOLS)/aidl
ifeq ($(OS),Windows_NT)
DX := $(BUILD_TOOLS)/dx.bat
else
DX := $(BUILD_TOOLS)/dx
endif
ANDROID_JAR := $(ANDROID_HOME)/platforms/android-26/android.jar
AIDL_SRC := android/view/IRotationWatcher.aidl
SRC := com/genymobile/scrcpy/ScrCpyServer.java \
Implement keyboard/mouse control To control the device from the computer: - retrieve mouse and keyboard SDL events; - convert them to Android events; - serialize them; - send them on the same socket used by the video stream (but in the opposite direction); - deserialize the events on the Android side; - inject them using the InputManager.
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com/genymobile/scrcpy/ControlEvent.java \
com/genymobile/scrcpy/ControlEventReader.java \
Initial commit Start a new clean history from here.
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com/genymobile/scrcpy/DesktopConnection.java \
Keep screen info in cache Currently, we only use screen information (width, height, rotation) once at initialization, to send the device size to the client. To be able to scale mouse events, make it accessible in memory. For this purpose, replace the "static" DeviceUtil to a singleton Device, and update it on every screen rotation.
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com/genymobile/scrcpy/Device.java \
Implement keyboard/mouse control To control the device from the computer: - retrieve mouse and keyboard SDL events; - convert them to Android events; - serialize them; - send them on the same socket used by the video stream (but in the opposite direction); - deserialize the events on the Android side; - inject them using the InputManager.
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com/genymobile/scrcpy/EventController.java \
Initial commit Start a new clean history from here.
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com/genymobile/scrcpy/ScreenInfo.java \
com/genymobile/scrcpy/ScreenStreamer.java \
com/genymobile/scrcpy/ScreenStreamerSession.java \
Implement framework wrappers separately Move the DeviceUtil internal static classes to public classes, in a separate package (".wrappers"). This paves the way to implement InputManager properly.
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com/genymobile/scrcpy/wrappers/DisplayManager.java \
Implement keyboard/mouse control To control the device from the computer: - retrieve mouse and keyboard SDL events; - convert them to Android events; - serialize them; - send them on the same socket used by the video stream (but in the opposite direction); - deserialize the events on the Android side; - inject them using the InputManager.
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com/genymobile/scrcpy/wrappers/InputManager.java \
Implement framework wrappers separately Move the DeviceUtil internal static classes to public classes, in a separate package (".wrappers"). This paves the way to implement InputManager properly.
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com/genymobile/scrcpy/wrappers/ServiceManager.java \
com/genymobile/scrcpy/wrappers/WindowManager.java \
Initial commit Start a new clean history from here.
2017-12-12 22:12:07 +08:00
Implement keyboard/mouse control To control the device from the computer: - retrieve mouse and keyboard SDL events; - convert them to Android events; - serialize them; - send them on the same socket used by the video stream (but in the opposite direction); - deserialize the events on the Android side; - inject them using the InputManager.
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TEST_SRC := com/genymobile/scrcpy/ControlEventReaderTest.java \
# generate classnames from filepath
TEST_CLS := $(subst /,.,$(basename $(TEST_SRC)))
Initial commit Start a new clean history from here.
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JAR := scrcpy-server.jar
MAIN := com.genymobile.scrcpy.ScrCpyServer
AIDL_GEN := $(AIDL_SRC:%.aidl=$(GEN_DIR)/%.java)
AIDL_CLS := $(AIDL_SRC:%.aidl=$(CLS_DIR)/%.class)
SRC_CLS := $(SRC:%.java=$(CLS_DIR)/%.class)
CLS := $(AIDL_CLS) $(SRC_CLS)
ALL_JAVA := $(AIDL_GEN) $(addprefix $(SRC_DIR)/,$(SRC))
Implement keyboard/mouse control To control the device from the computer: - retrieve mouse and keyboard SDL events; - convert them to Android events; - serialize them; - send them on the same socket used by the video stream (but in the opposite direction); - deserialize the events on the Android side; - inject them using the InputManager.
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ALL_TESTS := $(addprefix $(TEST_SRC_DIR)/,$(TEST_SRC))
Initial commit Start a new clean history from here.
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jar: $(JAR)
$(AIDL_GEN): $(GEN_DIR)/%.java : $(SRC_DIR)/%.aidl
mkdir -p $(GEN_DIR)
"$(AIDL)" -o$(GEN_DIR) $(SRC_DIR)/$(AIDL_SRC)
Implement keyboard/mouse control To control the device from the computer: - retrieve mouse and keyboard SDL events; - convert them to Android events; - serialize them; - send them on the same socket used by the video stream (but in the opposite direction); - deserialize the events on the Android side; - inject them using the InputManager.
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compile: $(ALL_JAVA)
@mkdir -p "$(CLS_DIR)"
Initial commit Start a new clean history from here.
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javac -source 1.7 -target 1.7 \
-cp "$(ANDROID_JAR)" \
-d "$(CLS_DIR)" -sourcepath $(SRC_DIR):$(GEN_DIR) \
$(ALL_JAVA)
Implement keyboard/mouse control To control the device from the computer: - retrieve mouse and keyboard SDL events; - convert them to Android events; - serialize them; - send them on the same socket used by the video stream (but in the opposite direction); - deserialize the events on the Android side; - inject them using the InputManager.
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$(JAR): $(ALL_JAVA)
# we cannot track easily class dependencies, so execute compile only when jar is outdated
+$(MAKE) compile
Initial commit Start a new clean history from here.
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"$(DX)" --dex --output=$(CLS_DEX) $(CLS_DIR)
jar cvf $(JAR) classes.dex
push: jar
adb push $(JAR) /data/local/tmp/
run: push
adb shell "CLASSPATH=/data/local/tmp/$(JAR) app_process /system/bin $(MAIN)"
clean:
Implement keyboard/mouse control To control the device from the computer: - retrieve mouse and keyboard SDL events; - convert them to Android events; - serialize them; - send them on the same socket used by the video stream (but in the opposite direction); - deserialize the events on the Android side; - inject them using the InputManager.
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rm -rf $(CLS_DEX) $(CLS_DIR) $(GEN_DIR) $(JAR) $(TEST_CLS_DIR)
compiletests: compile $(ALL_TESTS)
@mkdir -p "$(TEST_CLS_DIR)"
javac -cp "$(TEST_LIBS):$(ANDROID_JAR):$(CLS_DIR)" -d "$(TEST_CLS_DIR)" -sourcepath "$(TEST_SRC_DIR)" $(ALL_TESTS)
test:
+$(MAKE) compiletests
java -cp "$(TEST_LIBS):$(ANDROID_JAR):$(CLS_DIR):$(TEST_CLS_DIR)" org.junit.runner.JUnitCore $(TEST_CLS)
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