top_builddir = $(GDAL_ROOT)

#

# the library can be built by the native build or with the help of libtool

#

HAVE_LIBTOOL = @HAVE_LIBTOOL@

LIBTOOL = @LIBTOOL@

ifeq ($(HAVE_LIBTOOL),yes)

LIBTOOL_COMPILE = $(LIBTOOL) --mode=compile

LIBTOOL_LINK = $(LIBTOOL) --mode=link

LIBTOOL_INSTALL = $(LIBTOOL) --mode=install

LIBTOOL_FINISH = $(LIBTOOL) --mode=finish --silent

LIBTOOL_CLEAN = $(LIBTOOL) --mode=clean

else

LIBTOOL_FINISH = @BINTRUE@

endif

CC = $(LIBTOOL_COMPILE) @CC@

CXX = $(LIBTOOL_COMPILE) @CXX@

LD = $(LIBTOOL_LINK) @CXX@

RM = $(LIBTOOL_CLEAN) /bin/rm -f *.lo

INSTALL = $(LIBTOOL_INSTALL) $(GDAL_ROOT)/install-sh -c

INSTALL_LIB = $(LIBTOOL_INSTALL) $(GDAL_ROOT)/install-sh -c

INSTALL_DATA = $(GDAL_ROOT)/install-sh -c -m 0644

INSTALL_DIR = $(GDAL_ROOT)/install-sh -d

#Flags to build optimized relese version

CXX_OPTFLAGS = @CXXFLAGS@

C_OPTFLAGS = @CFLAGS@

# Flags to build debug version

CXX_DBGFLAGS = -g -DDEBUG

C_DBGFLAGS = -g -DDEBUG

# Flags to build profiling version

CXX_PROFFLAGS = -g3 -pg -DDEBUG

C_PROFFLAGS = -g3 -pg -DDEBUG

LIBS = @LIBS@ $(DWG_LIBS) $(SDE_LIB)

PYTHON_INCLUDES = @PYTHON_INCLUDES@

PYTHON_LIBS = @PYTHON_LIBS@

PYTHON_CFLAGS = @PYTHON_CFLAGS@ @NUMPY_FLAG@

PYTHON = @PYTHON@

PY_LD_SHARED = @PY_LD_SHARED@

PY_SO_EXT = @PY_SO_EXT@

# Next Generation SWIG bindings

BINDINGS = @BINDINGS@

HAVE_OGDI = @HAVE_OGDI@

OGR_ENABLED = @OGR_ENABLED@

prefix = @prefix@

exec_prefix = @exec_prefix@

INST_PREFIX = @exec_prefix@

INST_INCLUDE = @includedir@

INST_DATA = @datadir@

INST_LIB = @libdir@

INST_BIN = @bindir@

INST_PYMOD = @pymoddir@

INST_DOCS = @exec_prefix@/doc

INST_MAN = @mandir@

#

# Whether we use debug flags, or optimization is determined by

# the CFG environment variable. Set to debug for debug builds.

# This is similar to the OGDI builds.

#

ifneq (,$(findstring debug,$(CFG)))

C_ODFLAGS = $(C_DBGFLAGS)

CXX_ODFLAGS = $(CXX_DBGFLAGS)

endif

ifneq (,$(findstring gprof,$(CFG)))

C_ODFLAGS = $(CXX_PROFFLAGS)

CXX_ODFLAGS = $(C_PROFFLAGS)

LNK_FLAGS = -pg

LIBS := $(filter-out -ldbmalloc,$(LIBS))

endif

ifeq ($(CFG),)

C_ODFLAGS = $(C_OPTFLAGS)

CXX_ODFLAGS = $(CXX_OPTFLAGS)

LIBS := $(filter-out -ldbmalloc,$(LIBS))

endif

CPPFLAGS = @CPPFLAGS@ -I$(GDAL_ROOT)/port @EXTRA_INCLUDES@

CFLAGS = @C_WFLAGS@ @C_PIC@ $(C_ODFLAGS) $(USER_DEFS)

CXXFLAGS = @CXX_WFLAGS@ @CXX_PIC@ $(CXX_ODFLAGS) $(USER_DEFS)

RANLIB = @RANLIB@

SO_EXT = @SO_EXT@

LD_SHARED = @LD_SHARED@

EXE = @EXE_EXT@

ifeq ($(notdir $(LD_SHARED)),true)

HAVE_LD_SHARED = no

else

HAVE_LD_SHARED = yes

endif

GDAL_INCLUDE = -I$(GDAL_ROOT)/port -I$(GDAL_ROOT)/gcore \

-I$(GDAL_ROOT)/alg \

-I$(GDAL_ROOT)/ogr -I$(GDAL_ROOT)/ogr/ogrsf_frmts

# libtool targets and help variables

LIBGDAL := $(GDAL_ROOT)/libgdal.la

LIBGDAL_CURRENT := 10

LIBGDAL_REVISION := 0

LIBGDAL_AGE := 9

# native build targets and variables

GDAL_VER = @GDAL_VER@

GDAL_LIB = $(GDAL_ROOT)/libgdal.a

GDAL_SLIB = $(GDAL_ROOT)/libgdal.$(SO_EXT)

GDAL_SLIB_LINK = -L$(GDAL_ROOT) -lgdal

#

# OGR/PostgreSQL support.

#

HAVE_OGR_PG = @HAVE_PG@

PG_INC = @PG_INC@

#

# MySQL support.

#

HAVE_MYSQL = @HAVE_MYSQL@

MYSQL_LIB = @MYSQL_LIB@

MYSQL_INC = @MYSQL_INC@

LIBS += $(MYSQL_LIB)

#

# HDF4 Support.

#

HDF4_INCLUDE = @HDF4_INCLUDE@ -I$(GDAL_ROOT)/ogr

#

# HDF5 Support.

#

HAVE_HDF5 = @HAVE_HDF5@

HDF5_INCLUDE = @HDF5_INCLUDE@

#

# DODS Include file location

#

DODS_INC = @DODS_INC@

ifeq ($(DODS_INC),)

HAVE_DODS = no

else

HAVE_DODS = yes

endif

#

# SQLite

#

SQLITE_INC = @SQLITE_INC@

HAVE_SQLITE = @HAVE_SQLITE@

#

# JPEG2000 via Kakadu Support.

#

KAKDIR = @KAKDIR@

#

# JPEG-2000 Support via JasPer library.

#

HAVE_JASPER = @HAVE_JASPER@

JASPER_INCLUDE = -I../libjasper/include

JASPER_FLAGS = @JASPER_FLAGS@

#

# MrSID support via LizardTech's DSDK

#

MRSID_FLAGS = @MRSID_FLAGS@

MRSID_INCLUDE = @MRSID_INCLUDE@

#

# Xerces C++ XML Parser for GML.

#

HAVE_XERCES = @HAVE_XERCES@

XERCES_INCLUDE = @XERCES_INCLUDE@

#

# Oracle Spatial Support

#

HAVE_OCI = @HAVE_OCI@

OCI_INCLUDE = @OCI_INCLUDE@

# GEOS Support

HAVE_GEOS = @HAVE_GEOS@

GEOS_INC = @GEOS_INC@

# GRASS Support

GRASS_SETTING = @GRASS_SETTING@

GRASS_INCLUDE = @GRASS_INCLUDE@

GRASS_GISBASE = @GRASS_GISBASE@

HAVE_GRASS = @HAVE_GRASS@

#

# SDE

#

HAVE_SDE = @SDE_ENABLED@

SDE_LIB = @SDE_LIB@

SDE_INC = @SDE_INC@

#

# DWGdirect Library

#

DWGDIRECT = @DWGDIRECT@

DWG_PLT = @DWG_PLT@

ifneq ($(DWGDIRECT),)

DWG_LIBDIR = $(DWGDIRECT)/lib/$(DWG_PLT)

DWG_LIBS = $(DWG_LIBDIR)/DD_$(DWG_PLT)_ModelerGeometry.a \

$(DWG_LIBDIR)/DD_$(DWG_PLT)_AcisRenderer.a \

$(DWG_LIBDIR)/DD_$(DWG_PLT)_Br.a \

$(DWG_LIBDIR)/DD_$(DWG_PLT)_AcisBuilder.a \

$(DWG_LIBDIR)/DD_$(DWG_PLT)_Db.a \

$(DWG_LIBDIR)/DD_$(DWG_PLT)_Gs.a \

$(DWG_LIBDIR)/DD_$(DWG_PLT)_SpatialIndex.a \

$(DWG_LIBDIR)/DD_$(DWG_PLT)_Gi.a \

$(DWG_LIBDIR)/DD_$(DWG_PLT)_Ge.a \

$(DWG_LIBDIR)/DD_$(DWG_PLT)_Root.a \

$(DWG_LIBDIR)/DD_$(DWG_PLT)_FT.a \

$(DWG_LIBDIR)/DD_$(DWG_PLT)_Alloc.a

HAVE_DWGDIRECT = yes

else

DWG_LIBS =

HAVE_DWGDIRECT = no

endif

#

# "Panorama" GIS support.

#

HAVE_PANORAMA = @HAVE_PANORAMA@

PANORAMA_INC = @PANORAMA_INC@

#

# FMEObjects

#

ifeq (@X_FME_HOME@,)

HAVE_FME = no

FME_INCLUDE =

else

HAVE_FME = yes

FME_INCLUDE = -I@X_FME_HOME@/fmeobjects/cpp

endif

# PCRaster support

PCRASTER_SETTING = @PCRASTER_SETTING@

OGDI_INCLUDE = @OGDI_INCLUDE@

PNG_SETTING = @PNG_SETTING@

JPEG_SETTING = @JPEG_SETTING@

TIFF_SETTING = @TIFF_SETTING@

GEOTIFF_SETTING = @GEOTIFF_SETTING@

GIF_SETTING = @GIF_SETTING@

FITS_SETTING = @FITS_SETTING@

OGDI_SETTING = @HAVE_OGDI@

ODBC_SETTING = @ODBC_SETTING@

NETCDF_SETTING = @NETCDF_SETTING@

LIBZ_SETTING = @LIBZ_SETTING@

#

# PROJ.4 stuff

#

PROJ_STATIC = @PROJ_STATIC@

ifeq ($(PROJ_STATIC),yes)

PROJ_FLAGS = -DPROJ_STATIC

endif

PROJ_INCLUDE = @PROJ_INCLUDE@

GDAL_LIBS = $(GDAL_LIB)

ifeq ($(OGR_ENABLED),yes)

GDAL_LIBS := $(GDAL_LIB) $(OCI_LIB) $(GDAL_LIBS)

CPPFLAGS := -DOGR_ENABLED

endif

#

# Note these codes have to exactly match the format directory names,

# and their uppercase form should be the format portion of the

# format registration entry point. eg. gdb -> GDALRegister_GDB().

#

GDAL_FORMATS = gxf gtiff hfa aigrid aaigrid ceos ceos2 iso8211 xpm \

sdts raw dted mem jdem envisat elas fit vrt usgsdem l1b \

nitf bmp pcidsk airsar rs2 ilwis rmf rik leveller sgi \

@OPT_GDAL_FORMATS@

#

# CONFIG_LIBS is what local program should link against, and CONFIG_LIBS_INS

# is what will be emitted into the gdal-config script that is installed

# globally.

#

ifeq ($(HAVE_LIBTOOL), yes)

CONFIG_LIBS = $(LIBGDAL)

CONFIG_LIBS_INS = -L$(INST_LIB) -lgdal

EXE_DEP_LIBS = $(LIBGDAL)

SO_EXT = la

else

ifeq ($(HAVE_LD_SHARED),yes)

CONFIG_LIBS = $(GDAL_SLIB_LINK) $(LIBS)

CONFIG_LIBS_INS = -L$(INST_LIB) -lgdal

EXE_DEP_LIBS = $(GDAL_SLIB)

else

CONFIG_LIBS = $(GDAL_LIBS) $(LIBS)

CONFIG_LIBS_INS = $(foreach LF,$(GDAL_LIBS),$(INST_LIB)/$(notdir $(LF)))\

$(LIBS)

EXE_DEP_LIBS = $(GDAL_LIB)

endif

endif # HAVE_LIBTOOL

#

# generic library rules

#

#

# gdal and ogr low level drivers use the following default rules in order to

# populate the ../o/ directory with all object and library object files

#

O_OBJ = $(foreach file,$(OBJ),../o/$(file))

../o/%.o: %.c

$(CC) $(CFLAGS) $(CPPFLAGS) -c -o $@ $<

../o/%.o: %.cpp

$(CXX) $(CXXFLAGS) $(CPPFLAGS) -c -o $@ $<

%.o: %.c

$(CC) $(CFLAGS) $(CPPFLAGS) -c -o $@ $<

%.o: %.cpp

$(CXX) $(CXXFLAGS) $(CPPFLAGS) -c -o $@ $<

#

# default rules for handling subdirectories

#

%-target:

$(MAKE) -C $*

%-clean:

$(MAKE) -C $* clean