1 #################################################################################
5 # This file defines Make variables for standard directories
8 #################################################################################
11 #-----------------------------------------------------------------
16 #-----------------------------------------------------------------------------
17 # install configuration
19 # The install standard target is guided by the following four variables
21 # INSTALL_PROGS (installed in $(bindir))
22 # INSTALL_LIBS (installed in $(libdir))
23 # INSTALL_LIBEXECS (installed in $(libexecdir))
24 # INSTALL_DATAS (installed in $(datadir))
25 # INSTALL_IFACES (installed in $(ifacedir))
27 # see target.mk for more information.
31 # Setting user/group ownership for the installed entities
33 # this stuff about "who" does the installing doesn't have make vars
34 # as it is not intended to be run-time changeable.
37 INSTALL_OWNER = -o $(OWNER)
43 INSTALL_GROUP = -g $(GROUP)
48 SRC_INSTALL_OPTS += $(INSTALL_OWNER) $(INSTALL_GROUP)
51 # Invocations of `install' for the four different classes
55 INSTALL_PROGRAM = $(INSTALL) -m 755
56 INSTALL_SCRIPT = $(INSTALL) -m 755
57 INSTALL_SHLIB = $(INSTALL) -m 755
58 INSTALL_DATA = $(INSTALL) -m 644
59 INSTALL_DIR = $(FPTOOLS_TOP)/glafp-utils/mkdirhier/mkdirhier
62 # The install variables does not have any defaults,
63 # what files to install have to be specified in the Makefiles.
66 #################################################################################
68 # Standard variable names
70 #################################################################################
71 # The fptools mk setup defines a set of standard names which are used
72 # by the standard targets provided by mk. One example of this is the
73 # use of standard names for specifying what files to compile, their
74 # intermediate/object code, and the name of the final
75 # executable. Based on the settings of these variables, the standard
76 # targets will generate/expand rules that automatically compile and
81 # SRCS - sources, might be prefixed to indicate what type of source
83 # OBJS - object files (possibly prefixed).
85 # PROG - name of final executable
87 # We attempt to automatically devine the list of sources $(SRCS) to
88 # compile by looking in the current directory (and possibly other
89 # directories which may be specified by setting the $(ALL_DIRS)
90 # variable). This is complicated by the fact that some files are
91 # derived from other files: eg. .hsc files give rise to -hsc.c and
92 # -hsc.h files, .ly files give rise to .hs files, and .hs files give
93 # rise to .hc files sometimes.
95 # So we figure out the sources in three stages: first figure out what
96 # sources we can find (this is $(ALL_SRCS)). Then figure out all the
97 # "derived" sources (eg. A.hsc generates A.hs and A_hsc.c), and
98 # finally put all these together and remove duplicates (GNU make's
99 # handy sort function does the duplicate removing).
101 # HS_SRCS: list of Haskell modules you want to compile.
102 # (also use by depend rule).
103 # HS_OBJS: list of corresponding object files
104 # HS_PROG: program that is ultimately linked.
105 # HS_IFACES: list of interface files generated
106 # (caveat: assuming no funny use of -hisuf and that
107 # file name and module name match)
109 ALL_SRCS = $(wildcard $(patsubst ./%, %, \
110 $(patsubst %,%/*.hs, . $(ALL_DIRS)) \
111 $(patsubst %,%/*.lhs, . $(ALL_DIRS)) \
112 $(patsubst %,%/*.y, . $(ALL_DIRS)) \
113 $(patsubst %,%/*.ly, . $(ALL_DIRS)) \
114 $(patsubst %,%/*.x, . $(ALL_DIRS)) \
115 $(patsubst %,%/*.c, . $(ALL_DIRS)) \
116 $(patsubst %,%/*.hc, . $(ALL_DIRS)) \
117 $(patsubst %,%/*.S, . $(ALL_DIRS)) \
118 $(patsubst %,%/*.prl, . $(ALL_DIRS)) \
119 $(patsubst %,%/*.lprl, . $(ALL_DIRS)) \
120 $(patsubst %,%/*.lit, . $(ALL_DIRS)) \
121 $(patsubst %,%/*.verb, . $(ALL_DIRS)) \
122 $(patsubst %,%/*.hsc, . $(ALL_DIRS)) \
123 $(patsubst %,%/*.gc, . $(ALL_DIRS)) \
126 # ALL_SRCS is computed once and for all into PRE_SRCS at the top of
127 # target.mk. Otherwise, we end up re-computing ALL_SRCS every time it
128 # is expanded (it is used in several variables below, and these
129 # variables are used in several others, etc.), which can really slow
132 PRE_HS_SRCS = $(filter %.hs, $(PRE_SRCS))
133 PRE_LHS_SRCS = $(filter %.lhs, $(PRE_SRCS))
135 GC_SRCS = $(filter %.gc, $(PRE_SRCS))
136 HSC_SRCS = $(filter %.hsc, $(PRE_SRCS))
137 HAPPY_Y_SRCS = $(filter %.y, $(PRE_SRCS))
138 HAPPY_LY_SRCS = $(filter %.ly, $(PRE_SRCS))
139 HAPPY_SRCS = $(HAPPY_Y_SRCS) $(HAPPY_LY_SRCS)
140 ALEX_SRCS = $(filter %.x, $(PRE_SRCS))
142 DERIVED_GC_SRCS = $(patsubst %.gc, %.hs, $(GC_SRCS)) \
143 $(patsubst %.gc, %_stub_ffi.c, $(GC_SRCS)) \
144 $(patsubst %.gc, %_stub_ffi.h, $(GC_SRCS))
146 DERIVED_HSC_SRCS = $(patsubst %.hsc, %.hs, $(HSC_SRCS)) \
147 $(patsubst %.hsc, %_hsc.c, $(HSC_SRCS)) \
148 $(patsubst %.hsc, %_hsc.h, $(HSC_SRCS)) \
149 $(patsubst %.hsc, %.hc, $(HSC_SRCS))
151 DERIVED_HAPPY_SRCS = $(patsubst %.y, %.hs, $(HAPPY_Y_SRCS)) \
152 $(patsubst %.ly, %.hs, $(HAPPY_LY_SRCS))
154 DERIVED_ALEX_SRCS = $(patsubst %.x, %.hs, $(ALEX_SRCS))
156 DERIVED_HC_SRCS = $(patsubst %.hs, %.hc, $(PRE_HS_SRCS)) \
157 $(patsubst %.lhs, %.hc, $(PRE_LHS_SRCS))
159 DERIVED_SRCS = $(DERIVED_GC_SRCS) \
160 $(DERIVED_HSC_SRCS) \
161 $(DERIVED_HAPPY_SRCS) \
162 $(DERIVED_ALEX_SRCS) \
165 # EXCLUDED_SRCS can be set in the Makefile, otherwise it defaults to empty.
166 EXCLUDED_GC_SRCS = $(filter %.gc, $(EXCLUDED_SRCS))
167 EXCLUDED_HSC_SRCS = $(filter %.hsc, $(EXCLUDED_SRCS))
168 EXCLUDED_HAPPY_Y_SRCS = $(filter %.y, $(EXCLUDED_SRCS))
169 EXCLUDED_HAPPY_LY_SRCS = $(filter %.ly, $(EXCLUDED_SRCS))
170 EXCLUDED_HAPPY_SRCS = $(EXCLUDED_HAPPY_Y_SRCS) $(EXCLUDED_HAPPY_LY_SRCS)
171 EXCLUDED_ALEX_SRCS = $(filter %.x, $(EXCLUDED_SRCS))
172 EXCLUDED_HS_SRCS = $(filter %.hs, $(EXCLUDED_SRCS))
173 EXCLUDED_LHS_SRCS = $(filter %.lhs, $(EXCLUDED_SRCS))
174 EXCLUDED_DERIVED_SRCS = $(patsubst %.hsc, %.hs, $(EXCLUDED_HSC_SRCS)) \
175 $(patsubst %.hsc, %_hsc.h, $(EXCLUDED_HSC_SRCS)) \
176 $(patsubst %.hsc, %_hsc.c, $(EXCLUDED_HSC_SRCS)) \
177 $(patsubst %.hsc, %.hc, $(EXCLUDED_HSC_SRCS)) \
178 $(patsubst %.gc, %_stub_ffi.c, $(EXCLUDED_GC_SRCS)) \
179 $(patsubst %.gc, %_stub_ffi.h, $(EXCLUDED_GC_SRCS)) \
180 $(patsubst %.y, %.hs, $(EXCLUDED_HAPPY_Y_SRCS)) \
181 $(patsubst %.ly, %.hs, $(EXCLUDED_HAPPY_LY_SRCS)) \
182 $(patsubst %.x, %.hs, $(EXCLUDED_ALEX_SRCS)) \
183 $(patsubst %.hs, %.hc, $(EXCLUDED_HS_SRCS)) \
184 $(patsubst %.lhs, %.hc, $(EXCLUDED_LHS_SRCS)) \
185 $(patsubst %.hs, %_stub.c, $(EXCLUDED_HS_SRCS)) \
186 $(patsubst %.lhs, %_stub.c, $(EXCLUDED_LHS_SRCS))
188 # Exclude _hsc.c files; they get built as part of the cbits library,
189 # not part of the main library
191 CLOSED_EXCLUDED_SRCS = $(sort $(EXCLUDED_SRCS) $(EXCLUDED_DERIVED_SRCS))
193 SRCS = $(filter-out $(CLOSED_EXCLUDED_SRCS), \
194 $(sort $(PRE_SRCS) $(DERIVED_SRCS)))
196 HS_SRCS = $(filter %.lhs %.hs, $(sort $(SRCS) $(BOOT_SRCS)))
197 HS_OBJS = $(addsuffix .$(way_)o,$(basename $(HS_SRCS)))
198 HS_IFACES = $(addsuffix .$(way_)hi,$(basename $(HS_SRCS)))
200 GC_C_OBJS = $(addsuffix _stub_ffi.$(way_)o,$(basename $(filter %.gc,$(SRCS))))
201 HSC_C_OBJS = $(addsuffix _hsc.$(way_)o,$(basename $(filter %.hsc,$(SRCS))))
203 ifeq "$(BootingFromHc)" "NO"
204 # We don't want to build the _stub.c files ourselves, unless we're
205 # bootstrapping from .hc files.
206 EXCLUDED_C_SRCS = $(patsubst %.lhs, %_stub.c, $(HS_SRCS)) \
207 $(patsubst %.hs, %_stub.c, $(HS_SRCS)) \
208 $(patsubst %.gc, %_stub_ffi.c, $(GC_SRCS)) \
209 $(patsubst %.gc, %_stub_ffi.h, $(GC_SRCS))
212 C_SRCS = $(filter-out $(EXCLUDED_C_SRCS),$(filter %.c,$(SRCS)))
213 C_OBJS = $(addsuffix .$(way_)o,$(basename $(C_SRCS)))
215 # SCRIPT_SRCS: list of raw script files (in literate form)
216 # SCRIPT_OBJS: de-litted scripts
217 SCRIPT_SRCS = $(filter %.lprl,$(SRCS))
218 SCRIPT_OBJS = $(addsuffix .prl,$(basename $(SCRIPT_SRCS)))
220 OBJS = $(HS_OBJS) $(C_OBJS) $(SCRIPT_OBJS) $(GC_C_OBJS)
222 # The default is for $(LIBOBJS) to be the same as $(OBJS)
226 # Note that as long as you use the standard variables for setting
227 # which C & Haskell programs you want to work on, you don't have
228 # to set any of the clean variables - the default should do the Right
232 #------------------------------------------------------------------
234 # make depend defaults
236 # The default set of files for the dependency generators to work on
237 # is just their source equivalents.
240 ifneq "$(BootingFromHc)" "YES"
241 MKDEPENDHS_SRCS=$(HS_SRCS)
246 MKDEPENDC_SRCS=$(C_SRCS)
248 #------------------------------------------------------------------
252 # The default set of files for the TAGS file generators to work on
253 # is just their source equivalents.
255 TAGS_HS_SRCS=$(HS_SRCS)
256 TAGS_C_SRCS=$(C_SRCS)
258 #------------------------------------------------------------------
259 # Clean file make-variables.
261 # The following three variables are used to control
262 # what gets removed when doing `make clean'
264 # MOSTLYCLEAN_FILES object code etc., but not stuff
265 # that is slow to recompile and/or stable
267 # CLEAN_FILES all files that are created by running make.
269 # MAINTAINER_CLEAN_FILES also clean out machine-generated files
270 # that may require extra tools to create.
273 MOSTLY_CLEAN_FILES += $(HS_OBJS) $(C_OBJS) $(HSC_C_OBJS) $(GC_C_OBJS)
274 CLEAN_FILES += $(HS_PROG) $(C_PROG) $(SCRIPT_PROG) $(SCRIPT_LINK) \
275 $(PROG) $(LIBRARY) a.out \
276 $(DERIVED_HSC_SRCS) \
278 $(patsubst %,%/*.$(way_)hi, . $(ALL_DIRS))
280 # we delete *all* the .hi files we can find, rather than just
281 # $(HS_IFACES), because stale interfaces left around by modules which
282 # don't exist any more can screw up the build.
284 # Don't clean the .hc files if we're bootstrapping
285 ifneq "$(BootingFromHc)" "YES"
286 CLEAN_FILES += $(DERIVED_HC_SRCS)
289 DIST_CLEAN_FILES += .depend* *.hp *.prof
291 MAINTAINER_CLEAN_FILES += $(BOOT_SRCS) $(DERIVED_HAPPY_SRCS) $(DERIVED_ALEX_SRCS)
294 # `Standard' set of files to clean out.
296 MOSTLY_CLEAN_FILES += \
297 *.CKP *.ln *.BAK *.bak .*.bak *.o core a.out errs ,* *.a .emacs_* \
298 tags TAGS *.ind *.ilg *.idx *.idx-prev *.aux *.aux-prev *.dvi *.log \
299 *.toc *.lot *.lof *.blg *.cb *_stub.c *_stub.h *.raw_s *.a.list
301 #------------------------------------------------------------------
305 # Following variables are used for creating source and binary distributions:
307 # SRC_DIST_NAME && BIN_DIST_NAME -- the package names
309 # SRC_DIST_FILES = list of extra files to include from a build tree into a source
312 # SRC_DIST_DIR = what the current directory in the source/build tree
313 # maps to in the source distrib. tree being created.
315 SRC_DIST_NAME=$(ProjectNameShort)-$(ProjectVersion)
318 # Binary distributions proceeds as follows:
320 # Fromthe top of a build tree, you do `make binary-dist'. The
321 # canned rule for this (in target.mk) will then do a binary
322 # install to a temporary directory before packaging it all up.
323 # The following variables guide the binary-dist:
325 # BIN_DIST_TMPDIR= the absolute path to where the temporary directory
326 # structure of a binary distribution should be created.
327 # [Default: toplevel from which you issue `make binary-dist']
328 # BIN_DIST_NAME= what to call the thing.
330 # BIN_DIST_DIRS= at the toplevel, list of directories to descend into when
331 # building the distribution tree.
333 # An extra directory variable that is set during bin-dists is $(bindist_top), giving
334 # the abs. path to the root of the binary installation tree. (useful when punting
335 # stuff like README and ANNOUNCE into a distrib, for instance)
337 # The layout of a binary distribution is described in the
338 # installation documentation.
342 # Directory in which DLLs are dumped so as not to get picked up by running
343 # programs (e.g. ghc or hsc) that run in the build tree
345 DLL_PEN = $(FPTOOLS_TOP)/dll