2 # Variables included by all Makefiles.
5 ## Directory definitions
7 libdir = $(slateroot
)/lib
8 mobiusdir
= $(slateroot
)/src
/mobius
9 pluginsdir
= $(slateroot
)/src
/plugins
10 testdir
= $(slateroot
)/tests
13 datadir = $(prefix)/share
/slate
14 exec_prefix = $(prefix)/bin
16 includedir = $(prefix)/include
17 mandir = $(prefix)/share
/man
18 man1dir = $(mandir)/man1
19 infodir = $(prefix)/info
20 lispdir
= $(prefix)/share
/emacs
/site-lisp
23 ## Build modes. Set on command line using QUIET=1, DEBUG=1 or PROFILE=1
29 SILENT_ERRORS
:= 2> $(DEVNULL
)
30 LIBTOOL_FLAGS
+= --silent
36 CFLAGS
+= -DSLATE_BUILD_TYPE
="\"Debug\""
39 CFLAGS
+= -DSLATE_BUILD_TYPE
="\"Optimized\""
46 CFLAGS
+= -DSLATE_BUILD_TYPE
="\"Profile\""
48 # COPTFLAGS += -fomit-frame-pointer
53 ## All required executables
59 WGET
:= wget
-q
--cache
=off
67 ## Platform independent definitions
70 CFLAGS
+= -DSLATE_DATADIR
=$(datadir) -D_POSIX_SOURCE
=200112L
71 CFLAGS
+= $(COPTFLAGS
) -std
=c99
-Wall
-pedantic
-Wno-unknown-pragmas
-pthread
$(PRINT_DEBUG
) $(INCLUDES
)
73 ## Determine the host system's byte order.
74 ## This creates a temporary test executable in the $(slateroot) directory
75 ## since we can guarantee write permissions there on all platforms.
77 BYTE_ORDER
:= "int main(){union{long l;char c[sizeof(long)];}u;u.l=1;return(u.c[sizeof(long)-1]==1);}"
78 BYTE_ORDER
:= $(shell echo
$(BYTE_ORDER
) > $(slateroot
)/byteorder.c
)
79 BYTE_ORDER
:= $(shell $(CC
) -o
$(slateroot
)/byteorder
$(slateroot
)/byteorder.c
)
80 BYTE_ORDER
:= $(shell $(slateroot
)/byteorder
; echo
$$?
)
81 BYTE_ORDER_
:= $(shell $(RM
) $(slateroot
)/byteorder.
* $(slateroot
)/byteorder
1>&2)
82 ifeq ($(BYTE_ORDER
),0)
83 BYTE_ORDER
:= LITTLE_ENDIAN
84 BYTE_ORDER_PREFIX
:= little
86 BYTE_ORDER
:= BIG_ENDIAN
87 BYTE_ORDER_PREFIX
:= big
93 CCVERSION
:= $(shell $(CC
) -dumpversion
)
95 LDFLAGS
:= # -avoid-version
97 #PLUGINS := platform.so posix.so pipe.so
98 #PLUGINS := x-windows.so
100 HOST_SYSTEM
:= $(shell uname
-s
)
102 INSTALL_MODE
:= -m
644
103 CPU_TYPE
:= `uname -m`
104 VM_LIBRARIES
= -lm
-ldl
-lpthread
107 VMDIR
:= $(slateroot
)/src
/vm
109 DEFAULT_IMAGE ?
= slate.image
110 KERNEL_IMAGES
:= kernel.new.
*.
$(WORD_SIZE
).
*.image
111 DEFAULT_KERNEL_IMAGE ?
= $(shell ls
-t
$(KERNEL_IMAGES
) | head
-1)
113 CFLAGS_x-windows.c
=`pkg-config --cflags x11` `pkg-config --cflags cairo` -Werror
114 LDFLAGS_x-windows.lo
=`pkg-config --libs x11` `pkg-config --libs cairo`
115 CFLAGS_cocoa-windows.c
=`pkg-config --cflags cocoa` `pkg-config --cflags cairo`
116 LDFLAGS_cocoa-windows.lo
=`pkg-config --libs cocoa` `pkg-config --libs cairo`
117 CFLAGS_glib-wrapper.c
=`pkg-config --cflags glib-2.0`
118 LDFLAGS_glib-wrapper.lo
=`pkg-config --libs glib-2.0` `pkg-config --libs gobject-2.0`
119 CFLAGS_gdk-wrapper.c
=`pkg-config --cflags gdk-2.0`
120 LDFLAGS_gdk-wrapper.lo
=`pkg-config --libs gdk-2.0` `pkg-config --libs gthread-2.0`
121 CFLAGS_gtk-wrapper.c
=`pkg-config --cflags gtk+-2.0`
122 LDFLAGS_gtk-wrapper.lo
=`pkg-config --libs gtk+-2.0`
123 CFLAGS_llvm-wrapper.c
=`llvm-config --cflags`
124 LDFLAGS_llvm-wrapper.lo
=
128 PRINT_DEBUG_G
=-DPRINT_DEBUG_DEFUN
-DPRINT_DEBUG_GC_1
-DPRINT_DEBUG_OPCODES
129 PRINT_DEBUG_Y
= -DPRINT_DEBUG_STACK_POINTER
-DPRINT_DEBUG_STACK_PUSH
-DPRINT_DEBUG_FOUND_ROLE
-DPRINT_DEBUG_FUNCALL
130 PRINT_DEBUG_X
=-DPRINT_DEBUG
-DPRINT_DEBUG_OPCODES
-DPRINT_DEBUG_INSTRUCTION_COUNT
-DPRINT_DEBUG_CODE_POINTER
-DPRINT_DEBUG_DISPATCH
131 PRINT_DEBUG_1
=-DPRINT_DEBUG_DEFUN
-DPRINT_DEBUG_GC_1
132 PRINT_DEBUG_4
=-DPRINT_DEBUG_DEFUN
-DPRINT_DEBUG_GC
-DPRINT_DEBUG_OPCODES
-DPRINT_DEBUG_CODE_POINTER
-DPRINT_DEBUG_ENSURE
-DPRINT_DEBUG_STACK
133 PRINT_DEBUG_3
=-DPRINT_DEBUG_DEFUN
-DPRINT_DEBUG_GC
-DPRINT_DEBUG_OPTIMIZER
-DPRINT_DEBUG_PIC_HITS
-DPRINT_DEBUG_UNOPTIMIZER
134 PRINT_DEBUG_2
=-DPRINT_DEBUG_DEFUN
-DPRINT_DEBUG
-DPRINT_DEBUG_OPCODES
-DPRINT_DEBUG_INSTRUCTION_COUNT
-DPRINT_DEBUG_CODE_POINTER
-DPRINT_DEBUG_DISPATCH
-DPRINT_DEBUG_GC_MARKINGS
135 PRINT_DEBUG
=$(PRINT_DEBUG_1
)
138 ## Determine CPU type
140 #ifeq ($(HOST_SYSTEM), Darwin)
141 # CPU_TYPE := powerpc
144 ## TODO: Sparc detection for SunOS?
145 ## TODO: Base CPU type on real information, not just generic OS variant
147 ## CPU-type specific overrides. Any of the variables above may be changed here.
154 CFLAGS
+= -DVERSION
="\"$(VERSION)\""
157 CFLAGS
+=-DSLATE_DEFAULT_IMAGE
=$(DEFAULT_IMAGE
)
159 #ifeq ($(CPU_TYPE), i686)
160 # CFLAGS += -m$(WORD_SIZE)
163 #ifeq ($(CPU_TYPE), x86_64)
164 # CFLAGS += -m$(WORD_SIZE)
167 ## Platform specific overrides. Any of the variables above may be changed here.
169 ifeq ($(HOST_SYSTEM
), AIX
)
171 PLUGINS
:= platform.so posix.so pipe.so
174 ifeq ($(HOST_SYSTEM
), BeOS
)
178 ifeq ($(findstring CYGWIN
,$(HOST_SYSTEM
)), CYGWIN
)
180 LDFLAGS
+= -no-undefined
183 # DEVNULL := NUL # Required if using cmd.exe and not bash.
186 ifeq ($(HOST_SYSTEM
), Darwin
)
187 # LIBTOOL := MACOSX_DEPLOYMENT_TARGET=10.3 glibtool
189 PLUGINS
:= cocoa-windows.so
192 ifeq ($(HOST_SYSTEM
), DragonFly
)
196 ifeq ($(HOST_SYSTEM
), FreeBSD
)
201 ifeq ($(HOST_SYSTEM
), HP-UX
)
204 PLUGINS
:= platform.so posix.so pipe.so
207 ifeq ($(HOST_SYSTEM
), Linux
)
209 PLUGINS
+= gtk-wrapper.so gdk-wrapper.so glib-wrapper.so llvm-wrapper.so
212 ifeq ($(findstring MINGW
,$(HOST_SYSTEM
)), MINGW
)
217 ifeq ($(HOST_SYSTEM
), NetBSD
)
221 ifeq ($(HOST_SYSTEM
), SunOS
)
222 PLUGINS
:= platform.so posix.so pipe.so
223 # Work around GCC Ultra SPARC alignment bug
224 # TODO: Should be CPU specific.
225 COPTFLAGS
:= $(subst -O2
,-O0
, $(COPTFLAGS
))
228 PLUGINS
:= $(subst .so
,$(LIB_SO_EXT
), $(PLUGINS
))