freetype/builds/unix/unix-cc.in
Werner Lemberg f83ded0174 FreeType 2 can now be built in an external directory with the
configure script also.

* builds/freetype.mk (INCLUDES): Add `OBJ_DIR'.

* builds/unix/detect.mk (have_mk): New variable to test for
external build.
(unix-def.mk): Defined according to value of `have_mk'.
* builds/unix/unix.mk (have_mk): New variable to test for
external build.
Select include paths for unix-def.mk and unix-cc.mk according
to value of `have_mk'.
* builds/unix/unix-def.in (OBJ_BUILD): New variable.
(DISTCLEAN): Use it.
* builds/unix/unix-cc.in (LIBTOOL): Define default value only
if not yet defined.
* builds/unix/install.mk (install): Use `OBJ_BUILD' for installing
freetype-config.

* configure: Don't depend on bash features.
(ft2_dir, abs_curr_dir, abs_ft2_dir): New variables (code
partially taken from Autoconf).
Build a dummy Makefile if not building in source tree.

* docs/INSTALL: Document it.
2002-05-05 10:57:06 +00:00

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# template for Unix-specific compiler definitions
#
CC := @CC@
ifndef LIBTOOL
LIBTOOL := $(BUILD)/libtool
endif
# The object file extension (for standard and static libraries). This can be
# .o, .tco, .obj, etc., depending on the platform.
#
O := lo
SO := o
# The library file extension (for standard and static libraries). This can
# be .a, .lib, etc., depending on the platform.
#
A := la
SA := a
# The name of the final library file. Note that the DOS-specific Makefile
# uses a shorter (8.3) name.
#
LIBRARY := lib$(PROJECT)
# Path inclusion flag. Some compilers use a different flag than `-I' to
# specify an additional include path. Examples are `/i=' or `-J'.
#
I := -I
# C flag used to define a macro before the compilation of a given source
# object. Usually it is `-D' like in `-DDEBUG'.
#
D := -D
# The link flag used to specify a given library file on link. Note that
# this is only used to compile the demo programs, not the library itself.
#
L := -l
# Target flag.
#
T := -o # Don't remove this comment line! We need the space after `-o'.
# C flags
#
# These should concern: debug output, optimization & warnings.
#
# Use the ANSIFLAGS variable to define the compiler flags used to enfore
# ANSI compliance.
#
CFLAGS := -c @XX_CFLAGS@ @CFLAGS@
# ANSIFLAGS: Put there the flags used to make your compiler ANSI-compliant.
#
ANSIFLAGS := @XX_ANSIFLAGS@
# C compiler to use -- we use libtool!
#
#
CCraw := $(CC)
CC := $(LIBTOOL) --mode=compile $(CCraw)
# Linker flags.
#
LDFLAGS := @LDFLAGS@
# Library linking
#
LINK_LIBRARY = $(LIBTOOL) --mode=link $(CCraw) -o $@ $(OBJECTS_LIST) \
-rpath $(libdir) -version-info $(version_info)
# EOF