Makefile.third

# ===========================================================================
# third party libraries:
# (for directory and file name config, see Makefile.defs)

fetchthirdparty:
	git submodule init
	git submodule sync
	git submodule foreach --recursive git reset --hard
	git submodule update
	@echo "cleaning up crengine checkout..."
	@rm -rf thirdparty/kpvcrlib/crengine/thirdparty
	@test -d thirdparty/kpvcrlib/crengine \
		&& (cd thirdparty/kpvcrlib/crengine; git checkout .) \
		|| echo warn: crengine folder not found

$(FREETYPE_LIB) $(FREETYPE_DIR)/include: $(THIRDPARTY_DIR)/freetype2/*.*
	install -d $(FREETYPE_BUILD_DIR)
	cd $(FREETYPE_BUILD_DIR) && \
		$(CMAKE) $(CMAKE_FLAGS) -DCC="$(CC)" -DCXX="$(CXX)" -DCFLAGS="$(CFLAGS)"\
		-DCXXFLAGS="$(CXXFLAGS)" -DLDFLAGS="$(LDFLAGS)" -DCHOST=$(CHOST) \
		$(CURDIR)/$(THIRDPARTY_DIR)/freetype2 && \
		$(CMAKE_MAKE_PROGRAM) $(CMAKE_MAKE_PROGRAM_FLAGS)
	cp -fL $(FREETYPE_DIR)/$(if $(WIN32),bin,lib)/$(notdir $(FREETYPE_LIB)) $@

$(HARFBUZZ_LIB) $(HARFBUZZ_DIR)/include: $(THIRDPARTY_DIR)/harfbuzz/*.*
	install -d $(HARFBUZZ_BUILD_DIR)
	cd $(HARFBUZZ_BUILD_DIR) && \
		$(CMAKE) $(CMAKE_FLAGS) \
		-DCC="$(CC)" \
		-DCXX="$(CXX)" \
		-DCHOST=$(CHOST) \
		-DCPPFLAGS="$(CPPFLAGS)" \
		-DCFLAGS="$(CFLAGS)"\
		-DCXXFLAGS="$(CXXFLAGS)" \
		-DLDFLAGS="$(LDFLAGS)" \
		-DFREETYPE_DIR="$(FREETYPE_DIR)" \
		$(CURDIR)/$(THIRDPARTY_DIR)/harfbuzz && \
		$(CMAKE_MAKE_PROGRAM) $(CMAKE_MAKE_PROGRAM_FLAGS)
	cp -fL $(HARFBUZZ_DIR)/lib/$(notdir $(HARFBUZZ_LIB)) $@

$(UTF8PROC_LIB) $(UTF8PROC_DIR): $(THIRDPARTY_DIR)/utf8proc/*.*
	install -d $(UTF8PROC_BUILD_DIR)
	cd $(UTF8PROC_BUILD_DIR) && \
		$(CMAKE) $(CMAKE_FLAGS) -DCC="$(CC)" -DCFLAGS="$(CFLAGS)"\
		-DLDFLAGS="$(LDFLAGS)" -DCHOST=$(CHOST) \
		$(CURDIR)/$(THIRDPARTY_DIR)/utf8proc && \
		$(CMAKE_MAKE_PROGRAM) $(CMAKE_MAKE_PROGRAM_FLAGS)
	cp -fL $(UTF8PROC_DIR)/$(notdir $(UTF8PROC_LIB)) $@
	chmod 755 $@
ifdef DARWIN
	install_name_tool -id \
		libs/$(notdir $(UTF8PROC_LIB)) \
		$(UTF8PROC_LIB)
endif

$(FRIBIDI_LIB) $(FRIBIDI_DIR): $(THIRDPARTY_DIR)/fribidi/*.*
	install -d $(FRIBIDI_BUILD_DIR)
	cd $(FRIBIDI_BUILD_DIR) && \
		$(CMAKE) $(CMAKE_FLAGS) -DCC="$(CC)" -DCFLAGS="$(CFLAGS)"\
		-DLDFLAGS="$(LDFLAGS)" -DCHOST=$(CHOST) \
		$(CURDIR)/$(THIRDPARTY_DIR)/fribidi && \
		$(CMAKE_MAKE_PROGRAM) $(CMAKE_MAKE_PROGRAM_FLAGS)
	cp -fL $(FRIBIDI_DIR)/lib/$(notdir $(FRIBIDI_LIB)) $@
	chmod 755 $@

$(LIBUNIBREAK_LIB) $(LIBUNIBREAK_DIR): $(THIRDPARTY_DIR)/libunibreak/*.*
	install -d $(LIBUNIBREAK_BUILD_DIR)
	cd $(LIBUNIBREAK_BUILD_DIR) && \
		$(CMAKE) $(CMAKE_FLAGS) -DCC="$(CC)" -DCFLAGS="$(CFLAGS)"\
		-DLDFLAGS="$(LDFLAGS)" -DCHOST=$(CHOST) \
		$(CURDIR)/$(THIRDPARTY_DIR)/libunibreak && \
		$(CMAKE_MAKE_PROGRAM) $(CMAKE_MAKE_PROGRAM_FLAGS)
	cp -fL $(LIBUNIBREAK_DIR)/lib/$(notdir $(LIBUNIBREAK_LIB)) $@
	chmod 755 $@

# libjpeg-turbo and libjpeg
$(TURBOJPEG_LIB) $(JPEG_LIB): $(THIRDPARTY_DIR)/libjpeg-turbo/*.*
	install -d $(JPEG_BUILD_DIR)
	cd $(JPEG_BUILD_DIR) && \
		$(CMAKE) $(CMAKE_FLAGS) \
		$(CURDIR)/$(THIRDPARTY_DIR)/libjpeg-turbo && \
		$(CMAKE_MAKE_PROGRAM) $(CMAKE_MAKE_PROGRAM_FLAGS)
	cp -fL $(JPEG_DIR)/$(if $(WIN32),,lib)/$(notdir $(TURBOJPEG_LIB)) $(TURBOJPEG_LIB)
	cp -fL $(JPEG_DIR)/$(if $(WIN32),,lib)/$(notdir $(JPEG_LIB)) $(JPEG_LIB)
ifdef DARWIN
	install_name_tool -id \
		libs/$(notdir $(JPEG_LIB)) \
		$(JPEG_LIB)
	install_name_tool -id \
		libs/$(notdir $(TURBOJPEG_LIB)) \
		$(TURBOJPEG_LIB)
endif

$(PNG_LIB): $(ZLIB) $(THIRDPARTY_DIR)/libpng/*.*
	install -d $(PNG_BUILD_DIR)
	cd $(PNG_BUILD_DIR) && \
		$(CMAKE) $(CMAKE_FLAGS) -DCC="$(CC)" -DCXX="$(CXX)" -DCHOST="$(CHOST)" \
		-DCPPFLAGS="$(CFLAGS) -I$(ZLIB_DIR)" \
		-DLDFLAGS="$(LDFLAGS) -L$(ZLIB_DIR) -Wl,-rpath,'$(ORIGIN_CMAKE_TO_AUTOCFG)'" \
		$(CURDIR)/$(THIRDPARTY_DIR)/libpng && \
		$(CMAKE_MAKE_PROGRAM) $(CMAKE_MAKE_PROGRAM_FLAGS)
	cp -fL $(PNG_DIR)/.libs/$(notdir $(PNG_LIB)) $@

$(AES_LIB): $(THIRDPARTY_DIR)/minizip/*.*
	install -d $(MINIZIP_BUILD_DIR)
	-rm -f $(MINIZIP_DIR)/../minizip-stamp/minizip-build
	cd $(MINIZIP_BUILD_DIR) && \
		$(CMAKE) $(CMAKE_FLAGS) -DCC="$(CC) $(CFLAGS)" -DLDFLAGS="$(LDFLAGS)" \
		-DAR="$(AR)" -DRANLIB="$(RANLIB)" \
		$(CURDIR)/$(THIRDPARTY_DIR)/minizip && \
		$(CMAKE_MAKE_PROGRAM) $(CMAKE_MAKE_PROGRAM_FLAGS)

# by default, mupdf compiles to a static library:
# we generate a dynamic library from the static library:
$(MUPDF_LIB) $(MUPDF_DIR)/include: $(JPEG_LIB) \
		$(FREETYPE_LIB) $(FREETYPE_DIR)/include \
		$(HARFBUZZ_LIB) $(HARFBUZZ_DIR)/include \
		$(LIBWEBP_LIB) $(LIBWEBP_DIR)/include \
		$(ZLIB) $(AES_LIB) $(THIRDPARTY_DIR)/mupdf/*.*
	-rm -rf $(MUPDF_BUILD_DIR)
	install -d $(MUPDF_BUILD_DIR)
	cd $(MUPDF_BUILD_DIR) && \
		$(CMAKE) $(CMAKE_FLAGS) -DHOSTCFLAGS="$(HOSTCFLAGS)" -DHOSTCC="$(HOSTCC)" \
		-DCC="$(CC)" -DCFLAGS="$(CFLAGS)" -DCXX="$(CXX)" -DCXXFLAGS="$(CXXFLAGS)" -DOS="$(if $(WIN32),,Other)" \
		-DAR="$(AR)" -DLDFLAGS="$(LDFLAGS) -L$(CURDIR)/$(OUTPUT_DIR)" \
		-DXCFLAGS="$(CFLAGS) -DNOBUILTINFONT -DNO_ICC -I$(JPEG_DIR)/include -I$(FREETYPE_DIR)/include/freetype2 -I$(HARFBUZZ_DIR)/include/harfbuzz -I$(ZLIB_DIR) -I$(MINIZIP_DIR) -I$(LIBWEBP_DIR)/include" \
		-DMUPDF_LIB_STATIC=$(MUPDF_LIB_STATIC) \
		-DMUPDF_THIRDPARTY_LIBS=$(MUPDF_THIRDPARTY_LIBS) \
		-DMUPDF_LIB=$(CURDIR)/$(MUPDF_LIB) \
		-DMUPDF_SONAME=$(notdir $(MUPDF_LIB)) \
		-DAES_LIB=$(AES_LIB) -DRPATH="\$$ORIGIN" \
		-DZLIB=$(CURDIR)/$(ZLIB) -DJPEG_LIB=$(CURDIR)/$(JPEG_LIB) \
		-DFREETYPE_LIB=$(CURDIR)/$(FREETYPE_LIB) \
		-DHARFBUZZ_LIB=$(CURDIR)/$(HARFBUZZ_LIB) \
		-DLIBWEBP_LIB=$(CURDIR)/$(LIBWEBP_LIB) \
		-DLIBWEBPDEMUX_LIB=$(CURDIR)/$(LIBWEBPDEMUX_LIB) \
		$(CURDIR)/$(THIRDPARTY_DIR)/mupdf && \
		$(CMAKE_MAKE_PROGRAM) $(CMAKE_MAKE_PROGRAM_FLAGS)
ifdef DARWIN
	install_name_tool -change \
		`otool -L "$(MUPDF_LIB)" | grep "$(notdir $(JPEG_LIB)) " | awk '{print $$1}'` \
		libs/$(notdir $(JPEG_LIB)) \
		$(MUPDF_LIB)
endif

$(LODEPNG_LIB) $(LODEPNG_DIR): $(THIRDPARTY_DIR)/lodepng/*.*
	install -d $(LODEPNG_BUILD_DIR)
	-rm -f $(LODEPNG_DIR)/../lodepng-stamp/lodepng-build
	cd $(LODEPNG_BUILD_DIR) && \
		$(CMAKE) $(CMAKE_FLAGS) -DCC="$(CC)" -DCFLAGS="$(CFLAGS)" -DLDFLAGS="$(LDFLAGS)" \
		-DSONAME="$(notdir $(LODEPNG_LIB))" \
		-DOUTPUT_PATH="$(CURDIR)/$(dir $(LODEPNG_LIB))" \
		$(CURDIR)/$(THIRDPARTY_DIR)/lodepng && \
		$(CMAKE_MAKE_PROGRAM) $(CMAKE_MAKE_PROGRAM_FLAGS)

$(GIF_LIB): $(THIRDPARTY_DIR)/giflib/*.*
	install -d $(GIF_BUILD_DIR)
	cd $(GIF_BUILD_DIR) && \
		$(CMAKE) $(CMAKE_FLAGS) -DCC="$(CC) $(if $(ANDROID),-DS_IREAD=S_IRUSR -DS_IWRITE=S_IWUSR,)" \
		-DCFLAGS="$(CFLAGS)" -DLDFLAGS="$(LDFLAGS)" -DCHOST="$(CHOST)" \
		$(CURDIR)/thirdparty/giflib && \
		$(CMAKE_MAKE_PROGRAM) $(CMAKE_MAKE_PROGRAM_FLAGS)
	cp -fL $(GIF_DIR)/lib/$(notdir $(GIF_LIB)) $@

$(LIBWEBP_LIB) $(LIBWEBP_DIR): $(THIRDPARTY_DIR)/libwebp/*.*
	install -d $(LIBWEBP_BUILD_DIR)
	cd $(LIBWEBP_BUILD_DIR) && \
		$(CMAKE) $(CMAKE_FLAGS) -DCC="$(CC)" -DCXX="$(CXX)" -DCFLAGS="$(CFLAGS)" \
		-DCXXFLAGS="$(CXXFLAGS)" -DLDFLAGS="$(LDFLAGS)" -DCHOST=$(CHOST) \
		-DCPPFLAGS="$(CPPFLAGS)" \
		$(CURDIR)/$(THIRDPARTY_DIR)/libwebp && \
		$(CMAKE_MAKE_PROGRAM) $(CMAKE_MAKE_PROGRAM_FLAGS)
	cp -fL $(LIBWEBP_DIR)/lib/$(notdir $(LIBWEBP_LIB)) $@
	cp -fL $(LIBWEBP_DIR)/lib/$(notdir $(LIBWEBPDEMUX_LIB)) $(LIBWEBPDEMUX_LIB)
	chmod 755 $@

$(DJVULIBRE_LIB): $(JPEG_LIB) $(THIRDPARTY_DIR)/djvulibre/*.*
	install -d $(DJVULIBRE_BUILD_DIR)
	cd $(DJVULIBRE_BUILD_DIR) && \
		$(CMAKE) $(CMAKE_FLAGS) -DCC="$(CC)" -DCXX="$(CXX)" -DCFLAGS="$(CFLAGS)" \
		-DCXXFLAGS="$(CXXFLAGS)" -DLDFLAGS="$(LDFLAGS)" \
		-DLIBS="$(STATIC_LIBSTDCPP)" \
		-DCHOST="$(if $(EMULATE_READER),,$(CHOST))" \
		$(CURDIR)/$(THIRDPARTY_DIR)/djvulibre && \
		$(CMAKE_MAKE_PROGRAM) $(CMAKE_MAKE_PROGRAM_FLAGS)
	cp -fL $(DJVULIBRE_LIB_DIR)/$(notdir $(DJVULIBRE_LIB)) $(DJVULIBRE_LIB)
ifdef DARWIN
	install_name_tool -id \
		libs/$(notdir $(DJVULIBRE_LIB)) \
		$@
endif

# crengine, fetched via GIT as a submodule
$(CRENGINE_LIB): $(ZLIB) $(ZSTD_LIB) $(PNG_LIB) $(FREETYPE_LIB) $(HARFBUZZ_LIB) $(FRIBIDI_LIB) \
		$(LIBUNIBREAK_LIB) $(UTF8PROC_LIB) $(JPEG_LIB) $(NANOSVG_HEADERS) $(LIBWEBP_LIB) \
		$(CRENGINE_SRC_FILES) $(THIRDPARTY_DIR)/kpvcrlib/*.*
	install -d $(CRENGINE_BUILD_DIR)
	cd $(CRENGINE_BUILD_DIR) && \
		JPEG_LIB="$(CURDIR)/$(JPEG_LIB)" \
		PNG_LIB="$(CURDIR)/$(PNG_LIB)" \
		FREETYPE_LIB="$(CURDIR)/$(FREETYPE_LIB)" \
		HARFBUZZ_LIB="$(CURDIR)/$(HARFBUZZ_LIB)" \
		FRIBIDI_LIB="$(CURDIR)/$(FRIBIDI_LIB)" \
		LIBWEBP_LIB="$(CURDIR)/$(LIBWEBP_LIB)" \
		LIBWEBPDEMUX_LIB="$(CURDIR)/$(LIBWEBPDEMUX_LIB)" \
		LIBUNIBREAK_LIB="$(CURDIR)/$(LIBUNIBREAK_LIB)" \
		UTF8PROC_LIB="$(CURDIR)/$(UTF8PROC_LIB)" \
		ZLIB="$(CURDIR)/$(ZLIB)" \
		ZSTD_LIB="$(CURDIR)/$(ZSTD_LIB)" \
		LIBS_DIR="$(CURDIR)/$(OUTPUT_DIR)/libs" \
		$(CMAKE) $(CMAKE_FLAGS) \
		-DJPEGLIB_INCLUDE_DIR=$(JPEG_DIR)/include \
		-DJCONFIG_INCLUDE_DIR="$(MUPDF_DIR)/scripts" \
		-DPNG_INCLUDE_DIR="$(PNG_DIR)/include" \
		-DNANOSVG_INCLUDE_DIR="$(NANOSVG_INCLUDE_DIR)" \
		-DZLIB_INCLUDE_DIR="$(ZLIB_DIR)/include" \
		-DFREETYPE_INCLUDE_DIR="$(FREETYPE_DIR)/include/freetype2" \
		-DHARFBUZZ_INCLUDE_DIR="$(HARFBUZZ_DIR)/include/harfbuzz" \
		-DFRIBIDI_INCLUDE_DIR="$(FRIBIDI_DIR)/include" \
		-DLIBWEBP_INCLUDE_DIR="$(LIBWEBP_DIR)/include" \
		-DLIBUNIBREAK_INCLUDE_DIR="$(LIBUNIBREAK_DIR)/include" \
		-DUTF8PROC_INCLUDE_DIR="$(UTF8PROC_DIR)" \
		-DZSTD_INCLUDE_DIR="$(ZSTD_DESTDIR)/include" \
		-DSRELL_INCLUDE_DIR="${SRELL_INCLUDE_DIR}" \
		-DCMAKE_BUILD_TYPE=$(CMAKE_BUILD_TYPE) \
		$(if $(WIN32),-DCMAKE_SYSTEM_NAME=Windows,) \
		$(if $(ANDROID),-DCMAKE_SYSTEM_NAME=Android,) \
		$(if $(ANDROID),-DCMAKE_SYSTEM_VERSION=1,) \
		$(CURDIR)/$(THIRDPARTY_DIR)/kpvcrlib && \
		$(CMAKE_MAKE_PROGRAM) $(CMAKE_MAKE_PROGRAM_FLAGS)
	cp -fL $(CRENGINE_DIR)/$(notdir $(CRENGINE_LIB)) $(CRENGINE_LIB)
ifdef DARWIN
	install_name_tool -id \
		libs/$(notdir $(CRENGINE_LIB)) \
		$@
	install_name_tool -change \
		`otool -L "$@" | grep "$(notdir $(UTF8PROC_LIB)) " | awk '{print $$1}'` \
		libs/$(notdir $(UTF8PROC_LIB)) \
		$@
	install_name_tool -change \
		`otool -L "$@" | grep "$(notdir $(JPEG_LIB)) " | awk '{print $$1}'` \
		libs/$(notdir $(JPEG_LIB)) \
		$@
	install_name_tool -change \
		`otool -L "$@" | grep "$(notdir $(ZSTD_LIB)) " | awk '{print $$1}'` \
		libs/$(notdir $(ZSTD_LIB)) \
		$@
endif

$(LUAJIT) $(LUAJIT_LIB) $(LUAJIT_JIT): $(THIRDPARTY_DIR)/luajit/*.*
	install -d $(LUAJIT_BUILD_DIR)
	cd $(LUAJIT_BUILD_DIR) && \
		$(CMAKE) $(CMAKE_FLAGS) -DCC="$(HOSTCC)" \
		-DXCOMPILE:BOOL=$(if $(EMULATE_READER),off,on) \
		-DBASE_CFLAGS="$(BASE_CFLAGS)" -DHOST_CFLAGS="$(HOSTCFLAGS)" \
		-DLDFLAGS="$(LDFLAGS)" \
		$(if $(WIN32),-DTARGET_SYS=Windows,) \
		$(if $(ANDROID),-DTARGET_SYS=Linux,) \
		-DTARGET_SONAME=$(notdir $(LUAJIT_LIB)) \
		-DTARGET_CFLAGS="$(CFLAGS) -DLUAJIT_SECURITY_STRHASH=0 -DLUAJIT_SECURITY_STRID=0" \
		-DCROSS="$(strip $(CCACHE) $(CHOST))-" \
		$(CURDIR)/$(THIRDPARTY_DIR)/luajit && \
		$(CMAKE_MAKE_PROGRAM) $(CMAKE_MAKE_PROGRAM_FLAGS)
ifneq ($(USE_LUAJIT_LIB),)
	cp -fL $(LUAJIT_DIR)/src/$(notdir $(LUAJIT_LIB)) $(LUAJIT_LIB)
endif
ifeq ($(SKIP_LUAJIT_BIN),)
	cp -fL $(LUAJIT_DIR)/src/$(notdir $(LUAJIT)) $(LUAJIT)
endif
	-rm -rf $(LUAJIT_JIT)
	$(RCP) -fL $(LUAJIT_DIR)/src/jit $(OUTPUT_DIR)
ifdef DARWIN
	install_name_tool -id \
		libs/$(notdir $(LUAJIT_LIB)) \
		$(LUAJIT_LIB)
endif

$(POPEN_NOSHELL_LIB): $(THIRDPARTY_DIR)/popen-noshell/*.*
	install -d $(POPEN_NOSHELL_BUILD_DIR)
	cd $(POPEN_NOSHELL_BUILD_DIR) && \
		$(CMAKE) $(CMAKE_FLAGS) $(if $(LEGACY),-DLEGACY:BOOL=ON,) \
		-DCC="$(CC)" -DAR="$(AR)" \
		-DCFLAGS="$(CFLAGS) $(if $(ANDROID),--sysroot=$(SYSROOT),)" \
		-DLDFLAGS="$(LDFLAGS)" \
		$(CURDIR)/$(THIRDPARTY_DIR)/popen-noshell && \
		$(CMAKE_MAKE_PROGRAM) $(CMAKE_MAKE_PROGRAM_FLAGS)

# k2pdfopt depends on leptonica and tesseract
$(LEPTONICA_DIR): $(THIRDPARTY_DIR)/leptonica/*.*
	install -d $(LEPTONICA_BUILD_DIR)
	rm -rf $(LEPTONICA_DIR)
	cd $(LEPTONICA_BUILD_DIR) && \
		$(CMAKE) $(CMAKE_FLAGS) \
		$(if $(ARM_GLIBC_GTE_2_22),-DARM_GLIBC_GTE_2_22=on,) \
		$(CURDIR)/$(THIRDPARTY_DIR)/leptonica && \
		$(CMAKE_MAKE_PROGRAM) $(CMAKE_MAKE_PROGRAM_FLAGS)

$(TESSERACT_DIR): $(THIRDPARTY_DIR)/tesseract/*.*
	install -d $(TESSERACT_BUILD_DIR)
	rm -rf $(TESSERACT_DIR)
	cd $(TESSERACT_BUILD_DIR) && \
		$(CMAKE) $(CMAKE_FLAGS) $(CURDIR)/$(THIRDPARTY_DIR)/tesseract && \
		$(CMAKE_MAKE_PROGRAM) $(CMAKE_MAKE_PROGRAM_FLAGS)

$(K2PDFOPT_LIB) $(LEPTONICA_LIB) $(TESSERACT_LIB): $(PNG_LIB) $(ZLIB) \
		$(THIRDPARTY_DIR)/libk2pdfopt/*.* \
		$(TESSERACT_DIR) $(LEPTONICA_DIR)
	install -d $(K2PDFOPT_BUILD_DIR)
	cd $(K2PDFOPT_BUILD_DIR) && \
		$(CMAKE) $(CMAKE_FLAGS) $(if $(EMULATE_READER),,-DHOST="$(if $(ANDROID),"arm-linux",$(CHOST))") \
		-DCC="$(CC)" -DCFLAGS="$(CFLAGS)" -DCXX="$(CXX)" -DCXXFLAGS="$(CXXFLAGS) -O3" \
		-DAR="$(AR)" -DRANLIB="$(RANLIB)" -DSTDCPPLIB="$(STATIC_LIBSTDCPP)" -DLDFLAGS="$(LDFLAGS)" \
		-DZLIB_DIR=$(ZLIB_DIR) -DZLIB=$(CURDIR)/$(ZLIB) -DPNG_DIR=$(PNG_DIR) \
		-DLEPTONICA_DIR=$(LEPTONICA_DIR) -DTESSERACT_DIR=$(TESSERACT_DIR) \
		$(CURDIR)/$(THIRDPARTY_DIR)/libk2pdfopt && \
		$(CMAKE_MAKE_PROGRAM) $(CMAKE_MAKE_PROGRAM_FLAGS)
	cp -fL $(K2PDFOPT_DIR)/$(notdir $(K2PDFOPT_LIB)) $(K2PDFOPT_LIB)
	cp -fL $(K2PDFOPT_DIR)/$(notdir $(LEPTONICA_LIB)) $(LEPTONICA_LIB)
	cp -fL $(K2PDFOPT_DIR)/$(notdir $(TESSERACT_LIB)) $(TESSERACT_LIB)
ifdef DARWIN
	install_name_tool -id \
		libs/$(notdir $(K2PDFOPT_LIB)) \
		$(K2PDFOPT_LIB)
	install_name_tool -change \
		`otool -L "$(K2PDFOPT_LIB)" | grep "$(notdir $(TESSERACT_LIB)) " | awk '{print $$1}'` \
		libs/$(notdir $(TESSERACT_LIB)) \
		$(K2PDFOPT_LIB)
	install_name_tool -id \
		libs/$(notdir $(TESSERACT_LIB)) \
		$(TESSERACT_LIB)
endif

# ===========================================================================
# sdcv dependencies: glib-2.0 and zlib

# libiconv for glib on android
$(LIBICONV): $(THIRDPARTY_DIR)/libiconv/*.*
	install -d $(LIBICONV_BUILD_DIR)
	cd $(LIBICONV_BUILD_DIR) && \
		$(CMAKE) $(CMAKE_FLAGS) \
		-DCC="$(CC)" -DLD="$(LD)" -DAR="$(AR)" -DRANLIB="$(RANLIB)" \
		-DHOST="$(if $(EMULATE_READER),,$(if $(ANDROID),"arm-linux",$(CHOST)))" \
		$(CURDIR)/$(THIRDPARTY_DIR)/libiconv && \
		$(CMAKE_MAKE_PROGRAM) $(CMAKE_MAKE_PROGRAM_FLAGS)

# libgettext for glib on android
$(LIBGETTEXT): $(LIBICONV) $(THIRDPARTY_DIR)/gettext/*.*
	install -d $(GETTEXT_BUILD_DIR)
	cd $(GETTEXT_BUILD_DIR) && \
		$(CMAKE) $(CMAKE_FLAGS) -DCC="$(CC)" -DAR="$(AR)" -DRANLIB="$(RANLIB)" \
		-DCPPFLAGS="$(CPPFLAGS) -I$(LIBICONV_DIR)/include" \
		-DLDFLAGS="$(LDFLAGS) -L$(LIBICONV_DIR)/lib" \
		-DCHOST_OPTS="$(if $(EMULATE_READER),,--host=$(if $(ANDROID),arm-linux,$(CHOST)))" \
		-DLIBICONV_PREFIX=$(LIBICONV_DIR) \
		$(if $(ANDROID),-DNDK=$(NDK),) \
		$(if $(ANDROID),-DNDKABI=$(NDKABI),) \
		$(CURDIR)/thirdparty/gettext && \
		$(CMAKE_MAKE_PROGRAM) $(CMAKE_MAKE_PROGRAM_FLAGS)

$(LIBFFI_DIR)/include: $(THIRDPARTY_DIR)/libffi/*.*
	install -d $(LIBFFI_BUILD_DIR)
	-rm -rf $(LIBFFI_DIR)/include $(LIBFFI_DIR)/../libffi-stamp
	cd $(LIBFFI_BUILD_DIR) && \
		$(CMAKE) $(CMAKE_FLAGS) -DCC="$(CC)" -DHOST="$(CHOST)" \
		-DCFLAGS="$(CFLAGS)" \
		-DLDFLAGS="$(LDFLAGS)" \
		$(if $(ANDROID),-DSYSROOT="$(SYSROOT)",) \
		$(CURDIR)/$(THIRDPARTY_DIR)/libffi && \
		$(CMAKE_MAKE_PROGRAM) $(CMAKE_MAKE_PROGRAM_FLAGS)

$(GLIB): $(if $(DARWIN),$(LIBICONV) $(LIBGETTEXT),) $(LIBFFI_DIR)/include $(THIRDPARTY_DIR)/glib/*.*
	install -d $(GLIB_BUILD_DIR)
	# make install sometimes only update symlink, so purge lib dir here
	# to update mtime for all the binaries
	-rm -rf $(GLIB_DIR)/lib $(GLIB_DIR)/../glib-stamp/glib-install
	cd $(GLIB_BUILD_DIR) && \
		$(CMAKE) $(CMAKE_FLAGS) -DCC="$(CC)" \
		-DAR="$(AR)" -DRANLIB="$(RANLIB)" \
		-DCFLAGS="$(CFLAGS)" -DLDFLAGS="$(LDFLAGS)" \
		-DLIBICONV_DIR="$(LIBICONV_DIR)" \
		-DLIBFFI_DIR="$(LIBFFI_DIR)" -DZLIB_DIR="$(ZLIB_DIR)" \
		-DWITH_LIBICONV="$(if $(DARWIN),gnu,no)" -DENABLE_SHARED="glib" \
		-DHOST_OPTS="$(if $(EMULATE_READER),,--host=$(CHOST) --cache-file=arm_cache.conf)" \
		$(CURDIR)/$(THIRDPARTY_DIR)/glib && \
		$(CMAKE_MAKE_PROGRAM) $(CMAKE_MAKE_PROGRAM_FLAGS)
# NOTE: We link against a static glib on Android
ifndef ANDROID
# NOTE: Don't ship our own glib on Kindle, it'll clash with liblipc, which depends on it *and* gthread :/.
ifndef KINDLE
	cp -fL $(GLIB_DIR)/lib/$(notdir $(GLIB)) $(OUTPUT_DIR)/libs/$(notdir $(GLIB))
endif
endif

$(GLIB_STATIC): $(LIBICONV) $(LIBGETTEXT) $(LIBFFI_DIR)/include $(THIRDPARTY_DIR)/glib/*.*
	install -d $(GLIB_BUILD_DIR)
	-rm -f $(GLIB_DIR)/../glib-stamp/glib-install
	cd $(GLIB_BUILD_DIR) && \
		$(CMAKE) $(CMAKE_FLAGS) -DCC="$(CC)" \
		-DLDFLAGS="$(LDFLAGS) $(if $(ANDROID), \
			-L$(LIBICONV_DIR)/lib -L$(GETTEXT_DIR)/lib,)" \
		-DCFLAGS="$(CFLAGS) $(if $(ANDROID), -L$(LIBICONV_DIR)/lib -L$(GETTEXT_DIR)/lib \
			-I$(LIBICONV_DIR)/include -I$(GETTEXT_DIR)/include,)" \
 		-DLIBFFI_DIR="$(LIBFFI_DIR)" -DZLIB_DIR="$(ZLIB_DIR)" \
		-DWITH_LIBICONV="gnu" -DENABLE_SHARED="false" \
		-DHOST_OPTS="$(if $(EMULATE_READER),,--host=$(CHOST) --cache-file=arm_cache.conf)" \
		$(CURDIR)/$(THIRDPARTY_DIR)/glib && \
		$(CMAKE_MAKE_PROGRAM) $(CMAKE_MAKE_PROGRAM_FLAGS)

$(ZLIB) $(ZLIB_STATIC): $(THIRDPARTY_DIR)/zlib/*.*
	install -d $(ZLIB_BUILD_DIR)
	-rm -f $(ZLIB_DIR)/../zlib-stamp/zlib-install $(ZLIB) $(ZLIB_STATIC)
	cd $(ZLIB_BUILD_DIR) && \
		$(CMAKE) $(CMAKE_FLAGS) -DCC="$(CC)" -DCHOST="$(CHOST)" \
		-DCFLAGS="$(CFLAGS)" \
		-DLDFLAGS="$(LDFLAGS)" \
		$(CURDIR)/thirdparty/zlib && \
		$(CMAKE_MAKE_PROGRAM) $(CMAKE_MAKE_PROGRAM_FLAGS)
ifdef WIN32
	cp -fL $(ZLIB_DIR)/$(notdir $(ZLIB)) $(ZLIB)
else
	cp -fL $(ZLIB_DIR)/lib/$(notdir $(ZLIB)) $(ZLIB)
endif

$(ZSTD_LIB): $(THIRDPARTY_DIR)/zstd/*.*
	install -d $(ZSTD_BUILD_DIR)
	cd $(ZSTD_BUILD_DIR) && \
		$(CMAKE) $(CMAKE_FLAGS) -DCC="$(CC)" -DCXX="$(CXX)" -DAR="$(AR)" \
		-DCFLAGS="$(CFLAGS)" \
		-DLDFLAGS="$(LDFLAGS)" \
		$(CURDIR)/$(THIRDPARTY_DIR)/zstd && \
		$(CMAKE_MAKE_PROGRAM) $(CMAKE_MAKE_PROGRAM_FLAGS)
	cp -fL $(ZSTD_DIR)/lib/$(notdir $(ZSTD_LIB)) $@

# ===========================================================================
# console version of StarDict(sdcv)
$(OUTPUT_DIR)/sdcv: $(if $(ANDROID),$(GLIB_STATIC),$(GLIB)) $(ZLIB_STATIC) $(THIRDPARTY_DIR)/sdcv/*.*
	install -d $(SDCV_BUILD_DIR)
	cd $(SDCV_BUILD_DIR) && \
		$(CMAKE) $(CMAKE_FLAGS) -DHOST="$(if $(EMULATE_READER),,$(CHOST))" \
		$(PAGE_SIZE_CFG) \
		-DCFLAGS="$(CFLAGS)" \
		-DCXXFLAGS="$(CXXFLAGS)" \
		-DLDFLAGS="$(LDFLAGS)" \
		-DGLIB="$(if $(ANDROID),$(GLIB_STATIC),$(GLIB))" \
		-DGLIB_DIR="$(GLIB_DIR)" \
		-DZLIB="$(ZLIB_STATIC)" \
		-DZLIB_DIR="$(ZLIB_DIR)" \
		-DLIBICONV="$(LIBICONV)" \
		-DLIBICONV_DIR="$(LIBICONV_DIR)" \
		-DGETTEXT="$(LIBGETTEXT)" \
		-DGETTEXT_DIR="$(GETTEXT_DIR)" \
		-DCMAKE_BUILD_TYPE=$(CMAKE_BUILD_TYPE) \
		$(CURDIR)/$(THIRDPARTY_DIR)/sdcv && \
		$(CMAKE_MAKE_PROGRAM) $(CMAKE_MAKE_PROGRAM_FLAGS)
	cp $(SDCV_DIR)/sdcv $(OUTPUT_DIR)/
ifdef ANDROID
	readelf -d $@ | grep "no dynamic" \
		|| echo "warning: Android L+ support only PIE binary and can't run this"
endif


# ==========================================================================
# SDL2
$(SDL2_LIB): $(THIRDPARTY_DIR)/sdl2/*.*
	install -d $(SDL2_BUILD_DIR)
	cd $(SDL2_BUILD_DIR) && \
		$(CMAKE) $(CMAKE_FLAGS) \
		-DCMAKE_BUILD_TYPE=$(CMAKE_BUILD_TYPE) \
		-DSDL_TEST=OFF -DSDL_SHARED=ON -DSDL_STATIC=OFF -DSDL_AUDIO=OFF \
		$(CURDIR)/$(THIRDPARTY_DIR)/sdl2 && \
		$(CMAKE_MAKE_PROGRAM) $(CMAKE_MAKE_PROGRAM_FLAGS)
	cp -fL $(SDL2_DIR)/$(notdir $(SDL2_LIB_ORIG)) $(SDL2_LIB)

# ===========================================================================
# dropbear

$(OUTPUT_DIR)/dropbear: $(ZLIB) $(THIRDPARTY_DIR)/dropbear/*.*
	install -d $(DROPBEAR_BUILD_DIR)
	cd $(DROPBEAR_BUILD_DIR) && \
		$(CMAKE) $(CMAKE_FLAGS) \
		-DCC="$(CC)" \
		-DCPPFLAGS="$(CPPFLAGS) -I$(ZLIB_DIR)" \
		-DCFLAGS="$(CFLAGS)" \
		-DLIBS="$(if $(ANDROID),-static,)" \
		-DLDFLAGS="$(LDFLAGS) -L$(ZLIB_DIR) -Wl,-rpath,'$(ORIGIN_CMAKE_TO_AUTOCFG)/./libs'" \
		-DCHOST="$(if $(EMULATE_READER),,$(CHOST))" \
		$(CURDIR)/$(THIRDPARTY_DIR)/dropbear && \
		$(CMAKE_MAKE_PROGRAM) $(CMAKE_MAKE_PROGRAM_FLAGS)
	cp $(DROPBEAR_DIR)/dropbear $(OUTPUT_DIR)/

# ===========================================================================
# OpenSSH (sftp-server & scp)

$(OUTPUT_DIR)/sftp-server: $(ZLIB) $(SSL_LIB) $(THIRDPARTY_DIR)/openssh/*.*
	install -d $(OPENSSH_BUILD_DIR)
	cd $(OPENSSH_BUILD_DIR) && \
		$(CMAKE) $(CMAKE_FLAGS) \
		-DCC="$(CC)" \
		-DCPPFLAGS="$(CPPFLAGS) -I$(ZLIB_DIR) -I$(OPENSSL_DIR)/include" \
		-DCFLAGS="$(CFLAGS)" \
		-DLDFLAGS="$(LDFLAGS) -L$(ZLIB_DIR) -L$(OPENSSL_DIR) -Wl,-rpath,'$(ORIGIN_CMAKE_TO_AUTOCFG)/./libs'" \
		-DCHOST="$(if $(EMULATE_READER),,$(CHOST))" \
		$(CURDIR)/$(THIRDPARTY_DIR)/openssh && \
		$(CMAKE_MAKE_PROGRAM) $(CMAKE_MAKE_PROGRAM_FLAGS)
	cp $(OPENSSH_DIR)/sftp-server $(OUTPUT_DIR)/
	cp $(OPENSSH_DIR)/scp $(OUTPUT_DIR)/

# ===========================================================================
# tar: tar package for zsync

$(OUTPUT_DIR)/tar: $(THIRDPARTY_DIR)/tar/*.*
	install -d $(TAR_BUILD_DIR)
	cd $(TAR_BUILD_DIR) && \
		$(CMAKE) $(CMAKE_FLAGS) -DCC="$(CC)" \
		-DCFLAGS="$(CFLAGS)" \
		-DLDFLAGS="$(LDFLAGS)" \
		-DLIBS="$(if $(or $(ANDROID),$(WIN32),$(DARWIN)),,-lrt) $(if $(ANDROID),-static,)" \
		-DCHOST="$(if $(EMULATE_READER),,$(CHOST))" \
		$(CURDIR)/$(THIRDPARTY_DIR)/tar && \
		$(CMAKE_MAKE_PROGRAM) $(CMAKE_MAKE_PROGRAM_FLAGS)
	cp $(TAR_DIR)/tar $(OUTPUT_DIR)/
ifdef ANDROID
	readelf -d $@ | grep "no dynamic" \
		|| echo "warning: Android L+ support only PIE binary and can't run this"
endif

# ===========================================================================
# FBInk: visual feedback on Kobo/Kindle/Cervantes

$(OUTPUT_DIR)/fbink: $(THIRDPARTY_DIR)/fbink/*.*
	install -d $(FBINK_BUILD_DIR)
	cd $(FBINK_BUILD_DIR) && \
		$(CMAKE) $(CMAKE_FLAGS) \
		-DCFLAGS="$(CFLAGS)" \
		-DLDFLAGS="$(LDFLAGS)" \
		$(CURDIR)/$(THIRDPARTY_DIR)/fbink && \
		$(CMAKE_MAKE_PROGRAM) $(CMAKE_MAKE_PROGRAM_FLAGS)
	cp $(FBINK_DIR)/fbink $(OUTPUT_DIR)/
ifdef KOBO
	cp $(FBINK_DIR)/fbdepth $(OUTPUT_DIR)/
endif
ifdef POCKETBOOK
	cp $(FBINK_DIR)/fbdepth $(OUTPUT_DIR)/
endif
ifdef REMARKABLE
	cp $(FBINK_DIR)/fbdepth $(OUTPUT_DIR)/
endif

# ===========================================================================
# KoboUSBMS: Guess what?

$(OUTPUT_DIR)/data/KoboUSBMS.tar.gz: $(THIRDPARTY_DIR)/kobo-usbms/*.*
	install -d $(KOBO_USBMS_BUILD_DIR)
	cd $(KOBO_USBMS_BUILD_DIR) && \
		$(CMAKE) $(CMAKE_FLAGS) \
		-DCFLAGS="$(CFLAGS)" \
		-DLDFLAGS="$(LDFLAGS)" \
		$(CURDIR)/$(THIRDPARTY_DIR)/kobo-usbms && \
		$(CMAKE_MAKE_PROGRAM) $(CMAKE_MAKE_PROGRAM_FLAGS)
	cp $(KOBO_USBMS_DIR)/KoboUSBMS.tar.gz $(OUTPUT_DIR)/data/KoboUSBMS.tar.gz

# ===========================================================================
# common lua library for networking
$(LUASOCKET): $(THIRDPARTY_DIR)/luasocket/*.*
	-rm -rf $(LUASOCKET) $(LUASOCKET_BUILD_DIR)
	install -d $(LUASOCKET_BUILD_DIR)
	cd $(LUASOCKET_BUILD_DIR) && \
		$(CMAKE) $(CMAKE_FLAGS) -DPLAT="$(if $(WIN32),mingw,$(if $(DARWIN),macosx,linux))" \
		-DCC="$(CC) $(CFLAGS)" \
		$(if $(ANDROID),-DMYLDFLAGS="$(LDFLAGS) $(CURDIR)/$(LUAJIT_LIB)",) \
		$(if $(WIN32),-DLUALIB_mingw="$(CURDIR)/$(LUAJIT_LIB)",) \
		-DLUAINC="$(LUAJIT_DIR)/src" \
		-DINSTALL_DIR="$(CURDIR)/$(OUTPUT_DIR)/common" \
		$(CURDIR)/$(THIRDPARTY_DIR)/luasocket && \
		$(CMAKE_MAKE_PROGRAM) $(CMAKE_MAKE_PROGRAM_FLAGS)

# NOTE: We bypass ccache because OpenSSL's build-system is a Jenga tower waiting to fall.
$(OPENSSL_LIB) $(OPENSSL_DIR): $(THIRDPARTY_DIR)/openssl/*.*
	install -d $(OPENSSL_BUILD_DIR)
	-rm -f $(OPENSSL_DIR)/../openssl-stamp/openssl-build
	cd $(OPENSSL_BUILD_DIR) && \
		$(CMAKE) $(CMAKE_FLAGS) \
		-DREALCC="$(REALCC) $(if $(DARWIN),$(DYNLIB_CFLAGS),$(CFLAGS))" \
		-DCC="$(CC) $(if $(DARWIN),$(DYNLIB_CFLAGS),$(CFLAGS))" \
		-DCPPFLAGS="$(CPPFLAGS)" \
		-DCFLAGS="$(CFLAGS)" \
		-DSHARED_LDFLAGS="$(LDFLAGS)" \
		-DLD="$(LD)" \
		-DAR="$(AR)" \
		-DRANLIB="$(RANLIB)" \
		-DCHOST="$(CHOST)" \
		$(if $(ANDROID),-DNDKABI=$(NDKABI),) \
		-DCONFIG_SCRIPT="$(if $(EMULATE_READER),$(if $(DARWIN),Configure darwin64-x86_64-cc,config),Configure $(if $(WIN32),mingw,))" \
		$(CURDIR)/$(THIRDPARTY_DIR)/openssl && \
		$(CMAKE_MAKE_PROGRAM) $(CMAKE_MAKE_PROGRAM_FLAGS)

$(SSL_LIB): $(OPENSSL_LIB)
	cp -fL $(OPENSSL_DIR)/$(notdir $(SSL_LIB)) $(SSL_LIB)
	cp -fL $(OPENSSL_DIR)/$(notdir $(CRYPTO_LIB)) $(CRYPTO_LIB)
ifdef DARWIN
	install_name_tool -id \
		libs/$(notdir $(SSL_LIB)) \
		$@
	install_name_tool -change \
		`otool -L "$@" | grep "$(notdir $(CRYPTO_LIB)) " | awk '{print $$1}'` \
		libs/$(notdir $(CRYPTO_LIB)) \
		$@
	install_name_tool -id \
		libs/$(notdir $(CRYPTO_LIB)) \
		$(CRYPTO_LIB)
endif

# ssl.so locates in koreader/common, but libssl.so and libcrypto.so live
# in koreader/libs, so we need to set rpath accordingly
$(LUASEC): $(SSL_LIB) $(THIRDPARTY_DIR)/luasec/*.*
	install -d $(LUASEC_BUILD_DIR)
	-rm -f $(LUASEC_DIR)/../luasec-stamp/luasec-install
	cd $(LUASEC_BUILD_DIR) && \
		$(CMAKE) $(CMAKE_FLAGS) -DCC="$(CC) $(CFLAGS)" -DLD="$(CC) -Wl,-rpath,'$(ORIGIN_CMAKE_TO_AUTOCFG)/../libs'" \
		-DAR="$(AR)" -DRANLIB="$(RANLIB)" \
		$(if $(ANDROID),-DLIBS="$(CURDIR)/$(SSL_LIB) $(CURDIR)/$(CRYPTO_LIB) $(CURDIR)/$(LUASEC_BUILD_DIR)/luasec-prefix/src/luasec/src/luasocket/libluasocket.a $(CURDIR)/$(LUAJIT_LIB)",) \
		-DINC_PATH="-I$(LUAJIT_DIR)/src -I$(OPENSSL_DIR)/include" \
		-DLIB_PATH="-L$(OPENSSL_DIR)" \
		-DLUAPATH="$(CURDIR)/$(OUTPUT_DIR)/common" \
		$(CURDIR)/$(THIRDPARTY_DIR)/luasec && \
		$(CMAKE_MAKE_PROGRAM) $(CMAKE_MAKE_PROGRAM_FLAGS)
ifdef DARWIN
	install_name_tool -change \
		`otool -L "$(OUTPUT_DIR)/common/ssl.so" | grep "$(notdir $(CRYPTO_LIB)) " | awk '{print $$1}'` \
		libs/$(notdir $(CRYPTO_LIB)) \
		$(OUTPUT_DIR)/common/ssl.so
	install_name_tool -change \
		`otool -L "$(OUTPUT_DIR)/common/ssl.so" | grep "$(notdir $(SSL_LIB)) " | awk '{print $$1}'` \
		libs/$(notdir $(SSL_LIB)) \
		$(OUTPUT_DIR)/common/ssl.so
endif

# zeromq should be compiled without optimization in clang 3.4
# which otherwise may throw a warning saying "array index is past the end
# of the array" for strcmp comparing a string with exactly 2 chars.
# More details about this bug:
# https://gcc.gnu.org/ml/gcc-help/2009-10/msg00191.html
$(ZMQ_LIB): $(THIRDPARTY_DIR)/libzmq/*.*
	install -d $(ZMQ_BUILD_DIR)
	cd $(ZMQ_BUILD_DIR) && \
		$(CMAKE) $(CMAKE_FLAGS) -DCC="$(CC)" -DCXX="$(CXX)" \
		-DCFLAGS="$(CFLAGS) $(if $(CLANG),-O0,)" \
		-DCXXFLAGS="$(CXXFLAGS) $(if $(CLANG),-O0,)" \
		-DLDFLAGS="$(LDFLAGS)" -DSTATIC_LIBSTDCPP="$(STATIC_LIBSTDCPP)" \
		$(if $(LEGACY),-DLEGACY:BOOL=ON,) -DCHOST=$(CHOST) \
		$(CURDIR)/$(THIRDPARTY_DIR)/libzmq && \
		$(CMAKE_MAKE_PROGRAM) $(CMAKE_MAKE_PROGRAM_FLAGS)
	cp -fL $(ZMQ_DIR)/$(if $(WIN32),bin,lib)/$(notdir $(ZMQ_LIB)) $@

$(CZMQ_LIB): $(ZMQ_LIB) $(THIRDPARTY_DIR)/czmq/*.*
	install -d $(CZMQ_BUILD_DIR)
	cd $(CZMQ_BUILD_DIR) && \
		$(CMAKE) $(CMAKE_FLAGS) -DCC="$(CC)" -DLDFLAGS="$(LDFLAGS) -Wl,-rpath,'$(ORIGIN_CMAKE_TO_AUTOCFG)'" \
		-DCFLAGS="$(CFLAGS) $(if $(CLANG),-O0,) $(if $(WIN32),-DLIBCZMQ_EXPORTS)" \
		-DZMQ_DIR=$(ZMQ_DIR) -DHOST=$(CHOST) \
		$(CURDIR)/$(THIRDPARTY_DIR)/czmq && \
		$(CMAKE_MAKE_PROGRAM) $(CMAKE_MAKE_PROGRAM_FLAGS)
	cp -fL $(CZMQ_DIR)/$(if $(WIN32),bin,lib)/$(notdir $(CZMQ_LIB)) $@

# libtffi_wrap.so locates in koreader/common, but libssl.so and libcrypto.so
# live in koreader/libs, so we need to set rpath accordingly
$(TURBO_FFI_WRAP_LIB): $(SSL_LIB) $(THIRDPARTY_DIR)/turbo/*.*
	install -d $(TURBO_BUILD_DIR)
	cd $(TURBO_BUILD_DIR) && \
		$(CMAKE) $(CMAKE_FLAGS) -DCC="$(CC)" -DCFLAGS="$(CFLAGS) -I$(OPENSSL_DIR)/include" \
		-DLDFLAGS="$(LDFLAGS) -lcrypto -lssl \
			$(if $(ANDROID),$(CURDIR)/$(LUAJIT_LIB),) \
			$(if $(WIN32),$(CURDIR)/$(LUAJIT_LIB),) \
			-L$(OPENSSL_DIR) -Wl,-rpath,'$(ORIGIN_CMAKE_TO_AUTOCFG)/../libs'" \
		$(CURDIR)/$(THIRDPARTY_DIR)/turbo && \
		$(CMAKE_MAKE_PROGRAM) $(CMAKE_MAKE_PROGRAM_FLAGS)
	cp -fL $(TURBO_DIR)/$(notdir $(TURBO_FFI_WRAP_LIB)) $@
	$(RCP) $(TURBO_DIR)/turbo $(OUTPUT_DIR)/common
	cp $(TURBO_DIR)/turbo.lua $(OUTPUT_DIR)/common
	cp $(TURBO_DIR)/turbovisor.lua $(OUTPUT_DIR)/common
ifdef DARWIN
	install_name_tool -id \
		common/$(notdir $(TURBO_FFI_WRAP_LIB)) \
		$@
	install_name_tool -change \
		`otool -L "$@" | grep "$(notdir $(CRYPTO_LIB)) " | awk '{print $$1}'` \
		libs/$(notdir $(CRYPTO_LIB)) \
		$@
	install_name_tool -change \
		`otool -L "$@" | grep "$(notdir $(SSL_LIB)) " | awk '{print $$1}'` \
		libs/$(notdir $(SSL_LIB)) \
		$@
endif

$(LUA_SPORE_ROCK): $(THIRDPARTY_DIR)/lua-Spore/*.*
	install -d $(LUA_SPORE_BUILD_DIR)
	-rm -f $(LUA_SPORE_DIR)/../lua-Spore-stamp/lua-Spore-build
	-rm -f $(LUA_SPORE_ROCK)
	cd $(LUA_SPORE_BUILD_DIR) && \
		$(CMAKE) $(CMAKE_FLAGS) -DOUTPUT_DIR="$(CURDIR)/$(OUTPUT_DIR)" \
		-DLUA_SPORE_VER=$(LUA_SPORE_VER) -DLD="$(CC)" \
		-DCC="$(CC)" -DCFLAGS="$(CFLAGS) -I$(LUAJIT_DIR)/src" \
		-DLUAROCKS="$(LUAROCKS_BINARY)" \
		-DLUA_INCDIR="$(LUA_INCDIR)" \
		-DLUA_LIBDIR="$(LUA_LIBDIR)" \
		$(if $(ANDROID),-DLIBFLAG="$(LDFLAGS) $(CURDIR)/$(LUAJIT_LIB) -nostartfiles",) \
		$(CURDIR)/$(THIRDPARTY_DIR)/lua-Spore && \
		$(CMAKE_MAKE_PROGRAM) $(CMAKE_MAKE_PROGRAM_FLAGS)
ifdef ANDROID
	-rm -f $(LPEG_DYNLIB) # so that LPEG can be rebuilt in our control
endif

$(LUA_HTMLPARSER_ROCK): $(THIRDPARTY_DIR)/lua-htmlparser/*.*
	install -d $(LUA_HTMLPARSER_BUILD_DIR)
	-rm -f $(LUA_HTMLPARSER_ROCK)
	cd $(LUA_HTMLPARSER_BUILD_DIR) && \
		$(CMAKE) $(CMAKE_FLAGS) -DOUTPUT_DIR="$(CURDIR)/$(OUTPUT_DIR)" \
		-DLUA_HTMLPARSER_VER=$(LUA_HTMLPARSER_VER) -DLD="$(CC)" \
		-DCC="$(CC)" -DCFLAGS="$(CFLAGS) -I$(LUAJIT_DIR)/src" \
		-DLUAROCKS="$(LUAROCKS_BINARY)" \
		-DLUA_INCDIR="$(LUA_INCDIR)" \
		-DLUA_LIBDIR="$(LUA_LIBDIR)" \
		$(if $(ANDROID),-DLIBFLAG="$(LDFLAGS) $(CURDIR)/$(LUAJIT_LIB) -nostartfiles",) \
		$(CURDIR)/$(THIRDPARTY_DIR)/lua-htmlparser && \
		$(CMAKE_MAKE_PROGRAM) $(CMAKE_MAKE_PROGRAM_FLAGS)

$(LUA_RAPIDJSON_ROCK): $(THIRDPARTY_DIR)/lua-rapidjson/*.*
	install -d $(LUA_RAPIDJSON_BUILD_DIR)
	-rm -f $(LUA_RAPIDJSON_ROCK)
	cd $(LUA_RAPIDJSON_BUILD_DIR) && \
		$(CMAKE) $(CMAKE_FLAGS) -DOUTPUT_DIR="$(CURDIR)/$(OUTPUT_DIR)" \
		-DLUA_RAPIDJSON_VER=$(LUA_RAPIDJSON_VER) \
		-DCC="$(CC)" \
		-DCXX="$(CXX)" \
		-DCFLAGS="$(CFLAGS)" \
		-DCXXFLAGS="$(CXXFLAGS)" \
		-DLDFLAGS="$(LDFLAGS)" \
		-DLUAROCKS="$(LUAROCKS_BINARY)" \
		-DLUA_INCDIR="$(LUA_INCDIR)" \
		-DLUA_LIBDIR="$(LUA_LIBDIR)" \
		$(if $(ANDROID),-DLUALIB="$(notdir $(LUAJIT_LIB))",) \
		$(if $(ANDROID),-DLIBFLAG="$(CURDIR)/$(LUAJIT_LIB) -lm",) \
		$(CURDIR)/$(THIRDPARTY_DIR)/lua-rapidjson && \
		$(CMAKE_MAKE_PROGRAM) $(CMAKE_MAKE_PROGRAM_FLAGS)

# override lpeg built by luarocks, this is only necessary for Android
$(LPEG_DYNLIB) $(LPEG_RE): $(LUAJIT_LIB) $(THIRDPARTY_DIR)/lpeg/*.*
	install -d $(OUTPUT_DIR)/rocks/lib/lua/5.1
	install -d $(OUTPUT_DIR)/rocks/share/lua/5.1
	install -d $(LPEG_BUILD_DIR)
	cd $(LPEG_BUILD_DIR) && \
		$(CMAKE) $(CMAKE_FLAGS) -DCC="$(CC)" -DDYNLIB_CFLAGS="$(DYNLIB_CFLAGS)" \
		-DLUA_DIR="$(LUAJIT_DIR)" $(CURDIR)/$(THIRDPARTY_DIR)/lpeg && \
		$(CMAKE_MAKE_PROGRAM) $(CMAKE_MAKE_PROGRAM_FLAGS)
	cp -f $(LPEG_DIR)/lpeg.so $(OUTPUT_DIR)/rocks/lib/lua/5.1
	cp -f $(LPEG_DIR)/re.lua $(OUTPUT_DIR)/rocks/share/lua/5.1

$(SQLITE_LIB): $(THIRDPARTY_DIR)/sqlite/*.*
	install -d $(SQLITE_BUILD_DIR)
	cd $(SQLITE_BUILD_DIR) && \
		$(CMAKE) $(CMAKE_FLAGS) -DCHOST="$(CHOST)" \
			-DCC="$(CC)" \
			-DCPPFLAGS="$(CPPFLAGS)" \
			-DCFLAGS="$(CFLAGS)" \
			-DLDFLAGS="$(LDFLAGS)" \
		$(CURDIR)/thirdparty/sqlite && \
		$(CMAKE_MAKE_PROGRAM) $(CMAKE_MAKE_PROGRAM_FLAGS)
	cp $(SQLITE_DIR)/lib/$(notdir $(SQLITE_LIB)) $(OUTPUT_DIR)/libs

$(LUA_LJ_SQLITE): $(LUA_LJ_SQLITE_DIR)/init.lua
	install -d $(LUA_LJ_SQLITE_INSTALL_DIR)
	cp $(LUA_LJ_SQLITE_DIR)/{init.lua,LICENSE} $(LUA_LJ_SQLITE_INSTALL_DIR)

$(NANOSVG_HEADERS): $(THIRDPARTY_DIR)/nanosvg/*.*
	install -d $(NANOSVG_BUILD_DIR)
	cd $(NANOSVG_BUILD_DIR) && \
		$(CMAKE) $(CMAKE_FLAGS) \
		$(CURDIR)/$(THIRDPARTY_DIR)/nanosvg && \
		$(CMAKE_MAKE_PROGRAM) $(CMAKE_MAKE_PROGRAM_FLAGS)
	install -d $(NANOSVG_INCLUDE_DIR)
	cp -fL $(NANOSVG_DIR)/nanosvg/src/nanosvg.h $(NANOSVG_INCLUDE_DIR)/
	cp -fL $(NANOSVG_DIR)/nanosvg/src/nanosvgrast.h $(NANOSVG_INCLUDE_DIR)/
	cp -fL $(THIRDPARTY_DIR)/nanosvg/stb_image_write.h $(NANOSVG_INCLUDE_DIR)/

# cURL
$(CURL_LIB): $(THIRDPARTY_DIR)/curl/*.*
	install -d $(CURL_BUILD_DIR)
	cd $(CURL_BUILD_DIR) && \
		$(CMAKE) $(CMAKE_FLAGS) -DCHOST="$(CHOST)" \
			-DCC="$(CC)" \
			-DCPPFLAGS="$(CPPFLAGS) -I$(ZLIB_DIR)/include -I$(OPENSSL_DIR)/include" \
			-DCFLAGS="$(CFLAGS)" \
			-DLDFLAGS="$(LDFLAGS) -L$(ZLIB_DIR) -L$(OPENSSL_DIR) -Wl,-rpath,'$(ORIGIN_CMAKE_TO_AUTOCFG)/../libs' -lssl -lcrypto -lz -lrt" \
		$(CURDIR)/thirdparty/curl && \
		$(CMAKE_MAKE_PROGRAM) $(CMAKE_MAKE_PROGRAM_FLAGS)
	cp -fL $(CURL_DIR)/lib/$(notdir $(CURL_LIB)) $(OUTPUT_DIR)/libs
	cp $(CURL_DIR)/ca-bundle.crt $(OUTPUT_DIR)/data/ca-bundle.crt

# zsync2
$(OUTPUT_DIR)/zsync2: $(THIRDPARTY_DIR)/zsync2/*.*
	install -d $(ZSYNC2_BUILD_DIR)
	cd $(ZSYNC2_BUILD_DIR) && \
		$(CMAKE) $(CMAKE_FLAGS) \
		-DCPPFLAGS="$(CPPFLAGS) -I$(ZLIB_DIR)/include -I$(OPENSSL_DIR)/include" \
		-DCFLAGS="$(CFLAGS)" \
		-DCXXFLAGS="$(CXXFLAGS)" \
		-DLDFLAGS="$(LDFLAGS) -L$(CURL_DIR)/lib -L$(OPENSSL_DIR) -Wl,-rpath,'\\\$$ORIGIN/./libs' -lssl -lcrypto" \
		-DCURL_DIR="$(CURL_DIR)" \
		$(CURDIR)/$(THIRDPARTY_DIR)/zsync2 && \
		$(CMAKE_MAKE_PROGRAM) $(CMAKE_MAKE_PROGRAM_FLAGS)
	cp $(ZSYNC2_DIR)/src/zsync2 $(OUTPUT_DIR)/

comma:=,
empty:=
space:=$(empty) $(empty)
$(LJ_WPACLIENT): $(THIRDPARTY_DIR)/lj-wpaclient/*.*
	install -d $(LJ_WPACLIENT_BUILD_DIR)
	cd $(LJ_WPACLIENT_BUILD_DIR) && \
		$(CMAKE) $(CMAKE_FLAGS) $(CURDIR)/thirdparty/lj-wpaclient && \
		$(CMAKE_MAKE_PROGRAM) $(CMAKE_MAKE_PROGRAM_FLAGS)
	install -d $(OUTPUT_DIR)/common/lj-wpaclient
	cp $(LJ_WPACLIENT_DIR)/{$(subst $(space),$(comma),$(LJ_WPACLIENT_FILES))} \
		$(OUTPUT_DIR)/common/lj-wpaclient/