path: root/gstreamer_ti/Makefile.common

# Makefile.common
#
# Specifies common settings for all build scripts.
#
# Copyright (C) 2008-2010 Texas Instruments Incorporated - http://www.ti.com/
#
# This program is free software; you can redistribute it and/or modify 
# it under the terms of the GNU Lesser General Public License as
# published by the Free Software Foundation version 2.1 of the License.
#
# This program is distributed #as is# WITHOUT ANY WARRANTY of any kind,
# whether express or implied; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
# Lesser General Public License for more details.

#------------------------------------------------------------------------------
# User specified paths:
#    DVSDK_INSTALL_DIR 
#        location of DVSDK installation directory; settings from the DVSDK's
#        Rules.make will be used for the build.
#    TARGET_ROOT_DIR 
#        root directory of target filesystem on host machine
#    GSTREAMER_DIR
#        location of gstreamer installation on target filesystem.  This setting
#        should assume that "/" is the root file system of the target, not the
#        host.
#    CROSS_COMPILER
#        Cross compiler being used.  A default is chosen based on the platform
#        you are building for, but you can set it explicitly to one of these
#        values:
#            MVL_5_0:    MontaVista   v5.0
#            CS_2008Q1:  CodeSourcery v2008q1
#            CS_2009Q1:  CodeSourcery v2009q1
#    GST_TI_PLATFORM
#         In most cases this variable will be automatically set to be the same
#         as the PLATFORM variable in the Rules.make for the DVSDK.  Currently
#         the only time it must be set here is when building for dm6467 or
#         dm6467t.
#
# These paths must be specified or the build will fail.
#------------------------------------------------------------------------------
DVSDK_INSTALL_DIR    = 
TARGET_ROOT_DIR      = 
GSTREAMER_DIR        = /opt/gstreamer
CROSS_COMPILER       = 
GST_TI_PLATFORM      =

#------------------------------------------------------------------------------
# Build configuration:
#
#    VERBOSE 
#        Set to "true" to see all build commands.     
#------------------------------------------------------------------------------
VERBOSE = false

#------------------------------------------------------------------------------
# Pull in build settings from the DVSDK, and error-check the settings we get.
#------------------------------------------------------------------------------
ifndef DVSDK_INSTALL_DIR
   $(error DVSDK_INSTALL_DIR must be set in Makefile before building)
endif

include $(DVSDK_INSTALL_DIR)/Rules.make

# Set GST_TI_PLATFORM from the DVSDK's variable if it hasn't been set already
ifndef GST_TI_PLATFORM
   # Ensure the PLATFORM variable was set
   ifndef PLATFORM
      $(error expected Rules.make from DVSDK to set the PLATFORM variable -- this variable must be set to the build target)
   endif
   ifeq ($(PLATFORM), dm6467)
      $(error when building for dm6467 or dm6467t, the platform type must be specified explicity at the top of Makefile.commom with GST_TI_PLATFORM=dm6467 or GST_TI_PLATFORM=dm6467t)
   endif
   GST_TI_PLATFORM=$(PLATFORM)
endif

# DVSDK 1.30 doesn't include DMAI, so make sure it gets added to the Rules.make
ifndef DMAI_INSTALL_DIR
   $(error please add setting for DMAI_INSTALL_DIR to the Rules.make in the DVSDK)
endif

# Ensure the target root directory is set.
ifndef TARGET_ROOT_DIR
   $(error TARGET_ROOT_DIR must be set in Makefile before building)
endif

# Export Rules.make variables so they are visible to the sub-makes
export BIOS_INSTALL_DIR
export CE_INSTALL_DIR
export CMEM_INSTALL_DIR
export CODEC_INSTALL_DIR
export DMAI_INSTALL_DIR
export FC_INSTALL_DIR
export LINK_INSTALL_DIR
export LINK_XDC_ROOT = $(LINK_INSTALL_DIR)/packages
export LINUXLIBS_INSTALL_DIR
export LINUXKERNEL_INSTALL_DIR
export LPM_INSTALL_DIR
export MVTOOL_DIR
export MVTOOL_PREFIX
export GST_TI_PLATFORM
export XDAIS_INSTALL_DIR
export XDC_INSTALL_DIR
export EDMA3_LLD_INSTALL_DIR
export USER_XDC_PATH

#------------------------------------------------------------------------------
# Location of gstreamer installation on target
#------------------------------------------------------------------------------
TARGET_GSTREAMER_DIR = $(TARGET_ROOT_DIR)/$(GSTREAMER_DIR)

#------------------------------------------------------------------------------
# Set a default cross compiler if one has not been specified
#------------------------------------------------------------------------------
ifndef CROSS_COMPILER
    ifeq ($(GST_TI_PLATFORM), dm355)
        CROSS_COMPILER=CS_2009Q1
    endif
    ifeq ($(GST_TI_PLATFORM), dm6446)
        CROSS_COMPILER=MVL_5_0
    endif
    ifeq ($(GST_TI_PLATFORM), dm6467)
        CROSS_COMPILER=MVL_5_0
    endif
    ifeq ($(GST_TI_PLATFORM), dm6467t)
        CROSS_COMPILER=CS_2009Q1
    endif
    ifeq ($(GST_TI_PLATFORM), dm365)
        CROSS_COMPILER=CS_2009Q1
    endif
    ifeq ($(GST_TI_PLATFORM), omap3530)
        CROSS_COMPILER=CS_2008Q1
    endif
    ifeq ($(GST_TI_PLATFORM), omapl138)
        CROSS_COMPILER=CS_2009Q1
    endif
    ifeq ($(GST_TI_PLATFORM), omap3530_dv400)
        CROSS_COMPILER=CS_2009Q1
    endif
endif

#------------------------------------------------------------------------------
# Set the CROSS_COMPILE_PREFIX variable, this is used by libtool while linking 
# the cross compiled libraries on MV platform
#------------------------------------------------------------------------------
# NOTE:  If you're using the MontaVista toolchain, CROSS_COMPILE_PREFIX must be
#        the location of the filesystem within the MontaVista directory, not
#        your custom filesystem.  MontaVista will sometimes fail to link
#        libraries such as -lpthread correctly if you specify a target
#        filesystem in a different location.
#------------------------------------------------------------------------------
export CROSS_COMPILE_PREFIX = $(TARGET_ROOT_DIR)

ifeq ($(CROSS_COMPILER), MVL_5_0)
    export CROSS_COMPILE_PREFIX = $(MVLTOOL_DIR)/target
endif  


#------------------------------------------------------------------------------
# Set XDC target and platform based on PLATFORM variable
#------------------------------------------------------------------------------
ifeq ($(GST_TI_PLATFORM), dm355)
    export XDC_TARGET    = gnu.targets.arm.GCArmv5T
    export XDC_PLATFORM  = ti.platforms.evmDM355
    export MVTOOL_PREFIX = $(CSTOOL_PREFIX)
    export MVTOOL_DIR    = $(CSTOOL_DIR)
    export PLATFORM_XDC  = ${XDC_PLATFORM}
    export CROSS_COMPILE = ${CSTOOL_PREFIX}
endif

ifeq ($(GST_TI_PLATFORM), dm6446)
    export XDC_TARGET   = gnu.targets.MVArm9
    export XDC_PLATFORM = ti.platforms.evmDM6446
endif

ifeq ($(GST_TI_PLATFORM), dm365)
    export XDC_TARGET           = gnu.targets.arm.GCArmv5T
    export XDC_PLATFORM         = ti.platforms.evmDM365
    export MVTOOL_PREFIX        = $(CSTOOL_PREFIX)
    export MVTOOL_DIR           = $(CSTOOL_DIR)
    export PLATFORM_XDC         = ${XDC_PLATFORM}
    export CROSS_COMPILE        = ${CSTOOL_PREFIX}
    export LIBTOOL_SYSROOT_PATH = $(LINUXLIBS_INSTALL_DIR)/..
endif

ifeq ($(GST_TI_PLATFORM), dm6467)
    export XDC_TARGET   = gnu.targets.MVArm9
    export XDC_PLATFORM = ti.platforms.evmDM6467
endif

ifeq ($(GST_TI_PLATFORM), dm6467t)
    export XDC_TARGET    = gnu.targets.arm.GCArmv5T
    export XDC_PLATFORM  = ti.platforms.evmDM6467
    export LINK_XDC_ROOT = $(LINK_INSTALL_DIR)
    export MVTOOL_PREFIX = $(CSTOOL_PREFIX)
    export MVTOOL_DIR    = $(CSTOOL_DIR)
    export PLATFORM_XDC  = ${XDC_PLATFORM}
    export CROSS_COMPILE = ${CSTOOL_PREFIX}
endif

ifeq ($(GST_TI_PLATFORM), omap3530)
    export XDC_TARGET    = gnu.targets.arm.GCArmv5T
    export XDC_PLATFORM  = ti.platforms.evm3530
    export MVTOOL_PREFIX = $(CSTOOL_PREFIX)
    export MVTOOL_DIR    = $(CSTOOL_DIR)
    export PLATFORM_XDC  = ${XDC_PLATFORM}
    export CROSS_COMPILE = ${CSTOOL_PREFIX}
    export LINK_XDC_ROOT = $(LINK_INSTALL_DIR)
    export C6ACCEL_INSTALL_DIR
    export ENABLE_C6ACCEL = true
    export C6ACCEL_PLATFORM = $(GST_TI_PLATFORM)
    export LIBTOOL_SYSROOT_PATH=$(LINUXLIBS_INSTALL_DIR)/..
endif

ifeq ($(GST_TI_PLATFORM), dm3730)
    export XDC_TARGET    = gnu.targets.arm.GCArmv5T
    export XDC_PLATFORM  = ti.platforms.evm3530
    export MVTOOL_PREFIX = $(CSTOOL_PREFIX)
    export MVTOOL_DIR    = $(CSTOOL_DIR)
    export PLATFORM_XDC  = ${XDC_PLATFORM}
    export CROSS_COMPILE = ${CSTOOL_PREFIX}
    export LINK_XDC_ROOT = $(LINK_INSTALL_DIR)
    export C6ACCEL_INSTALL_DIR
    export ENABLE_C6ACCEL = true
    export C6ACCEL_PLATFORM = omap3530
    export LIBTOOL_SYSROOT_PATH=$(LINUXLIBS_INSTALL_DIR)/..
endif

ifeq ($(GST_TI_PLATFORM), omapl138)
    export XDC_TARGET    = gnu.targets.arm.GCArmv5T
    export XDC_PLATFORM  = ti.platforms.evmOMAPL138
    export MVTOOL_PREFIX = $(CSTOOL_PREFIX)
    export MVTOOL_DIR    = $(CSTOOL_DIR)
    export PLATFORM_XDC  = ${XDC_PLATFORM}
    export CROSS_COMPILE = ${CSTOOL_PREFIX}
    export LINK_XDC_ROOT = $(LINK_INSTALL_DIR)
    export C6ACCEL_INSTALL_DIR
    export ENABLE_C6ACCEL = true
    export C6ACCEL_PLATFORM = $(GST_TI_PLATFORM)
    export LIBTOOL_SYSROOT_PATH=$(LINUXLIBS_INSTALL_DIR)/..
endif

#------------------------------------------------------------------------------
# CPPFLAGS/CFLAGS/LDFLAGS that should be used when building packages.
#
#     CPPFLAGS_all        - Prerocessor flags used with all platforms
#     CPPFLAGS_<platform> - Additional preprocessor flags for <platform>
#
#     CFLAGS_all          - Compiler flags used with all platforms
#     CFLAGS_<platform>   - Additional compiler flags for <platform>
#
#     LDFLAGS_all         - Linker flags used with all platforms
#     LDFLAGS_<platform>  - Additional linker flags for <platform>
#
# Note on platforms that have "-I$(LINUXKERNEL_INSTALL_DIR)/include":
#
#    On MVL-based LSPs we need to include the LSP headers directly
#    in order to gain access to custom V4L2 ioctls.  This is ok on MVL-based
#    platforms, as we know the kernel headers in the PSP are in sync with
#    the kernel headers in the gcc toolset.  However, it is not safe to do
#    this on platforms that use non-MVL PSPs.  Fortunately, the new PSPs based
#    on the later GIT kernels do not have custom ioctls, so including the PSP
#    headers directly is not needed, and the headers that come with gcc should
#    be sufficient.
#------------------------------------------------------------------------------
CPPFLAGS_all       = -DPlatform_$(GST_TI_PLATFORM)
CPPFLAGS_all      += -I$(TARGET_GSTREAMER_DIR)/include
CPPFLAGS_dm6446    = -DMVL_LSP
CPPFLAGS_dm6446   += -I$(LINUXKERNEL_INSTALL_DIR)/include
CPPFLAGS_dm6467    = -DMVL_LSP
CPPFLAGS_dm6467   += -I$(LINUXKERNEL_INSTALL_DIR)/include
CPPFLAGS_dm355     = -I$(LINUXLIBS_INSTALL_DIR)/include
CPPFLAGS_dm365     = -I$(LINUXLIBS_INSTALL_DIR)/include
CPPFLAGS_dm365    += -I$(LINUXKERNEL_INSTALL_DIR)/include
CPPFLAGS_dm6467t   = -I$(LINUXLIBS_INSTALL_DIR)/include
CPPFLAGS_omap3530  = -I$(LINUXLIBS_INSTALL_DIR)/include
CPPFLAGS_dm3730    = -I$(LINUXLIBS_INSTALL_DIR)/include
CPPFLAGS_omapl138  = -I$(LINUXLIBS_INSTALL_DIR)/include

CFLAGS_all         = -O2
CFLAGS_dm355       = -march=armv5te -mtune=arm926ej-s
CFLAGS_dm6446      = -march=armv5te -mtune=arm926ej-s
CFLAGS_dm365       = -march=armv5te -mtune=arm926ej-s
CFLAGS_dm6467      = -march=armv5te -mtune=arm926ej-s
CFLAGS_dm6467t     = -march=armv5te -mtune=arm926ej-s
CFLAGS_omapl138    = -march=armv5te -mtune=arm926ej-s
CFLAGS_omap3530    = -march=armv7-a -mtune=cortex-a8
CFLAGS_omap3530   += -mfpu=neon -mfloat-abi=softfp
CFLAGS_dm3730      = -march=armv7-a -mtune=cortex-a8
CFLAGS_dm3730     += -mfpu=neon -mfloat-abi=softfp

LDFLAGS_all        = -L$(TARGET_GSTREAMER_DIR)/lib
LDFLAGS_dm355      = -L$(LINUXLIBS_INSTALL_DIR)/lib
LDFLAGS_dm365      = -L$(LINUXLIBS_INSTALL_DIR)/lib
LDFLAGS_dm6467t    = -L$(LINUXLIBS_INSTALL_DIR)/lib
LDFLAGS_omap3530   = -L$(LINUXLIBS_INSTALL_DIR)/lib
LDFLAGS_dm3730     = -L$(LINUXLIBS_INSTALL_DIR)/lib
LDFLAGS_omapl138   = -L$(LINUXLIBS_INSTALL_DIR)/lib

#------------------------------------------------------------------------------
# Enable ALSA support based on the CROSS_COMPILER we're using
#------------------------------------------------------------------------------
ifeq ($(CROSS_COMPILER), MVL_5_0)
    export	ALSA_SUPPORT = --enable-alsa
endif 
ifeq ($(CROSS_COMPILER), CS_2008Q1)
    export ALSA_SUPPORT = --enable-alsa --with-alsa-inc-prefix=$(LINUXLIBS_INSTALL_DIR)/include --with-alsa-prefix=$(LINUXLIBS_INSTALL_DIR)/lib 
endif
ifeq ($(CROSS_COMPILER), CS_2009Q1)
    export ALSA_SUPPORT = --enable-alsa --with-alsa-inc-prefix=$(LINUXLIBS_INSTALL_DIR)/include --with-alsa-prefix=$(LINUXLIBS_INSTALL_DIR)/lib 
endif

#------------------------------------------------------------------------------
# Configure amount of output we will generate based on the VERBOSE variable
# setting.
#------------------------------------------------------------------------------
ifeq ($(VERBOSE), false)
    override CMD_PREFIX        = @
    override TAR_VERBOSE       = 
    override CONFIGURE_VERBOSE = -q
    override PATCH_VERBOSE     = -s
    override MAKE_VERBOSE      = -s
else
    override CMD_PREFIX        = 
    override TAR_VERBOSE       = v
    override CONFIGURE_VERBOSE =
    override PATCH_VERBOSE     =
    override MAKE_VERBOSE      =
endif

#------------------------------------------------------------------------------
# If the word "install" appears on the command line, we will invoke sub-make
# commands with "make install" instead of just "make".
#------------------------------------------------------------------------------
ifeq ($(findstring install,$(MAKECMDGOALS)),install)
    override BUILD_INSTALL = install
else
    override BUILD_INSTALL = 
endif

#------------------------------------------------------------------------------
# Configure command set up to do a cross-compile and install into the target
# filesystem.
#------------------------------------------------------------------------------
CC_CONFIGURE_OPTS  = --build=i686-linux --host=arm-linux
CC_CONFIGURE_OPTS += --prefix=$(TARGET_GSTREAMER_DIR)
CC_CONFIGURE_OPTS += NM=$(MVTOOL_PREFIX)nm
CC_CONFIGURE_OPTS += RANLIB=$(MVTOOL_PREFIX)ranlib
CC_CONFIGURE_OPTS += CPPFLAGS="$(CPPFLAGS_all) $(CPPFLAGS_$(GST_TI_PLATFORM))"
CC_CONFIGURE_OPTS += CFLAGS="$(CFLAGS_all) $(CFLAGS_$(GST_TI_PLATFORM))"
CC_CONFIGURE_OPTS += LDFLAGS="$(LDFLAGS_all) $(LDFLAGS_$(GST_TI_PLATFORM))"
        
export CC                = $(MVTOOL_PREFIX)gcc
export CXX               = $(MVTOOL_PREFIX)g++
export PKG_CONFIG_PATH   = $(TARGET_GSTREAMER_DIR)/lib/pkgconfig
export PKG_CONFIG_LIBDIR = $(PKG_CONFIG_PATH)