### @configure_input@

# Copyright (C) 2000-2023 Free Software Foundation, Inc.

# This file is part of GNU Emacs.

# GNU Emacs is free software: you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation, either version 3 of the License, or
# (at your option) any later version.

# GNU Emacs is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
# GNU General Public License for more details.

# You should have received a copy of the GNU General Public License
# along with GNU Emacs.  If not, see <https://www.gnu.org/licenses/>.

SHELL = @SHELL@

srcdir = @srcdir@
top_srcdir = @top_srcdir@
top_builddir = @top_builddir@
lisp = $(srcdir)
VPATH = $(srcdir)
EXEEXT = @EXEEXT@

# Empty for all systems except MinGW, where xargs needs an explicit
# limitation.
XARGS_LIMIT = @XARGS_LIMIT@

HAVE_NATIVE_COMP = @HAVE_NATIVE_COMP@
NATIVE_COMPILATION_AOT = @NATIVE_COMPILATION_AOT@
ifeq ($(HAVE_NATIVE_COMP),yes)
# Environment variable to enable Ahead-Of-Time compilation.
ifndef NATIVE_FULL_AOT
NATIVE_SKIP_NONDUMP = 1
endif
# Configured for Ahead-Of-Time compilation.
ifeq ($(NATIVE_COMPILATION_AOT),yes)
NATIVE_SKIP_NONDUMP = ""
endif
endif

-include ${top_builddir}/src/verbose.mk

FIND_DELETE = @FIND_DELETE@

# You can specify a different executable on the make command line,
# e.g. "make EMACS=../src/emacs ...".

# We never change directory before running Emacs, so a relative file
# name is fine, and makes life easier.  If we need to change
# directory, we can use emacs --chdir.
EMACS = ../src/emacs${EXEEXT}

# Command line flags for Emacs.

EMACSOPT = -batch --no-site-file --no-site-lisp

# Extra flags to pass to the byte compiler
BYTE_COMPILE_EXTRA_FLAGS =
# For example to not display the undefined function warnings you can use this:
# BYTE_COMPILE_EXTRA_FLAGS = --eval '(setq byte-compile-warnings (quote (not unresolved)))'
# The example above is just for developers, it should not be used by default.

# All generated autoload files.
loaddefs = $(shell find ${srcdir} -name '*loaddefs.el' ! -name '.*')
# Elisp files auto-generated.
AUTOGENEL = ${loaddefs} ${srcdir}/cus-load.el ${srcdir}/finder-inf.el \
  ${srcdir}/subdirs.el ${srcdir}/eshell/esh-groups.el

# Set load-prefer-newer for the benefit of the non-bootstrappers.
BYTE_COMPILE_FLAGS = \
  --eval "(setq load-prefer-newer t byte-compile-warnings 'all)" \
	$(BYTE_COMPILE_EXTRA_FLAGS)
# ... but we must prefer .elc files for those in the early bootstrap.
compile-first: BYTE_COMPILE_FLAGS = $(BYTE_COMPILE_EXTRA_FLAGS)

# Files to compile before others during a bootstrap.  This is done to
# speed up the bootstrap process.  They're ordered by size, so we use
# the slowest-compiler on the smallest file and move to larger files
# as the compiler gets faster.  'loaddefs-gen.elc'/'radix-tree.el'
# comes last because they're not used by the compiler (so its
# compilation does not speed up subsequent compilations), it's only
# placed here so as to speed up generation of the loaddefs.el files.

COMPILE_FIRST = \
	$(lisp)/emacs-lisp/macroexp.elc \
	$(lisp)/emacs-lisp/cconv.elc    \
	$(lisp)/emacs-lisp/byte-opt.elc \
	$(lisp)/emacs-lisp/bytecomp.elc
ifeq ($(HAVE_NATIVE_COMP),yes)
COMPILE_FIRST += $(lisp)/emacs-lisp/comp.elc
COMPILE_FIRST += $(lisp)/emacs-lisp/comp-cstr.elc
endif
COMPILE_FIRST += $(lisp)/emacs-lisp/loaddefs-gen.elc
COMPILE_FIRST += $(lisp)/emacs-lisp/radix-tree.elc

# Files to compile early in compile-main.  Works around bug#25556.
# Also compile the ja-dic file used to convert the Japanese dictionary
# to speed things up.  The org files are used to convert org files to
# texi files.
MAIN_FIRST = ./emacs-lisp/eieio.el ./emacs-lisp/eieio-base.el \
  ./cedet/semantic/db.el ./emacs-lisp/cconv.el \
  ./international/ja-dic-cnv.el \
  ./org/ox.el ./org/ox-texinfo.el ./org/org-macro.el ./org/org-element.el \
  ./org/oc.el ./org/ol.el ./emacs-lisp/cl-lib.el

# Prevent any settings in the user environment causing problems.
unexport EMACSDATA EMACSDOC EMACSLOADPATH EMACSPATH

# The actual Emacs command run in the targets below.
emacs = '$(EMACS)' $(EMACSOPT)

## Subdirectories, relative to builddir.
SUBDIRS = $(sort $(shell find ${srcdir} -type d -print))
## Subdirectories, relative to srcdir.
SUBDIRS_REL = $(patsubst ${srcdir}%,.%,${SUBDIRS})
## All subdirectories except 'obsolete' and 'term'.
SUBDIRS_ALMOST = $(filter-out ${srcdir}/obsolete ${srcdir}/term,${SUBDIRS})
## All subdirectories except 'obsolete', 'term', and 'leim' (and subdirs).
## We don't want the leim files listed as packages, especially
## since many share basenames with files in language/.
SUBDIRS_FINDER = $(filter-out ${srcdir}/leim%,${SUBDIRS_ALMOST})
## All subdirectories in which we might want to create subdirs.el.
SUBDIRS_SUBDIRS = $(filter-out ${srcdir}/cedet% ${srcdir}/leim%,${SUBDIRS})

# cus-load, finder-inf and autoloads are not explicitly requested by
# anything, so we add them here to make sure they get built.
all: compile-main $(lisp)/cus-load.el $(lisp)/finder-inf.el generate-ja-dic \
	org-manuals autoloads

PHONY_EXTRAS =
.PHONY: all custom-deps finder-data autoloads update-subdirs $(PHONY_EXTRAS) \
	generate-ja-dic org-manuals

# custom-deps and finder-data both used to scan _all_ the *.el files.
# This could lead to problems in parallel builds if automatically
# generated *.el files (eg loaddefs etc) were being changed at the same time.
# One solution was to add autoloads as a prerequisite:
# https://lists.gnu.org/r/emacs-pretest-bug/2007-01/msg00469.html
# https://lists.gnu.org/r/bug-gnu-emacs/2007-12/msg00171.html
# However, this meant that running these targets modified loaddefs.el,
# every time (due to time-stamping).  Calling these rules from
# bootstrap-after would modify loaddefs after src/emacs, resulting
# in make install remaking src/emacs for no real reason:
# https://lists.gnu.org/r/emacs-devel/2008-02/msg00311.html
# Nowadays these commands don't scan automatically generated files,
# since they will never contain any useful information
# (see finder-no-scan-regexp and custom-dependencies-no-scan-regexp).
custom-deps:
	$(AM_V_at)$(MAKE) PHONY_EXTRAS=$(lisp)/cus-load.el $(lisp)/cus-load.el
$(lisp)/cus-load.el:
	$(AM_V_GEN)$(emacs) -l cus-dep \
	  --eval '(setq generated-custom-dependencies-file (unmsys--file-name "$(srcdir)/cus-load.el"))' \
	  -f custom-make-dependencies ${SUBDIRS_ALMOST}

finder-data:
	$(AM_V_at)$(MAKE) PHONY_EXTRAS=$(lisp)/finder-inf.el \
	  $(lisp)/finder-inf.el
$(lisp)/finder-inf.el:
	$(AM_V_GEN)$(emacs) -l finder \
	  --eval '(setq generated-finder-keywords-file (unmsys--file-name "$(srcdir)/finder-inf.el"))' \
	  -f finder-compile-keywords-make-dist ${SUBDIRS_FINDER}

# This is the OKURO-NASI compilation trigger.
generate-ja-dic: main-first
	$(AM_V_at)$(MAKE) -C ../leim generate-ja-dic EMACS="$(EMACS)"
	$(AM_V_at)$(MAKE) compile-targets TARGETS="./leim/ja-dic/ja-dic.elc"

org-manuals: main-first
	$(AM_V_at)$(MAKE) -C ../doc/misc org.texi modus-themes.texi

## Comments on loaddefs generation:

# loaddefs depends on gen-lisp because in ../src, the emacs target
# depends on loaddefs, but not on, for instance, leim-list.  So having
# leim as a dependency of loaddefs (via gen-lisp) ensures leim-list
# gets created before the final emacs is dumped.  Having leim
# dependencies in ../src as well would create a parallel race
# condition.
#
# FIXME: Is the following true any more?
#
# We'd really like to add "make -C ../admin/unidata all" to gen-lisp,
# but it causes a race condition in parallel builds because ../src
# also runs that rule.  Given the limitations of recursive make, the
# only way to fix that would be to remove unidata from ../src rules,
# but that doesn't seem possible due to the various non-trivial
# dependencies.

# The real dependencies of loaddefs.el aren't known to Make, they are
# implemented in loaddefs-generate--emacs-batch, so autoloads is an
# "all" dependency.  "leim" isn't really a dependency here, but we
# need leim-list.el at about the same time, so ensure that it's
# generated, too.
autoloads: $(lisp)/emacs-lisp/loaddefs-gen.elc gen-lisp
	$(AM_V_GEN)$(emacs) \
            -l $(lisp)/emacs-lisp/loaddefs-gen.elc \
	    -f loaddefs-generate--emacs-batch ${SUBDIRS_ALMOST}

# autoloads always runs, but only updates when there's something new.
# Provide a force option to enable regeneration of all loaddefs files.
.PHONY: autoloads-force
autoloads-force:
	rm -f $(lisp)/loaddefs.el
	$(MAKE) autoloads

ldefs-boot.el: autoloads-force
	sed '/^;; Local Variables:/a ;; no-byte-compile: t'\
		< $(lisp)/loaddefs.el > $(lisp)/ldefs-boot.el

# This is required by the bootstrap-emacs target in ../src/Makefile, so
# we know that if we have an emacs executable, we also have a subdirs.el.
$(lisp)/subdirs.el:
	$(AM_V_GEN)$(MAKE) update-subdirs
update-subdirs:
	$(AM_V_at)for file in ${SUBDIRS_SUBDIRS}; do \
	   $(srcdir)/../build-aux/update-subdirs $$file; \
	done;

.PHONY: updates repo-update update-authors

# Some modes of make-dist use this.
updates: update-subdirs autoloads finder-data custom-deps

# This is useful after updating from the repository; but it doesn't do
# anything that a plain "make" at top-level doesn't.  The only
# difference between this and this directory's "all" rule is that this
# runs "autoloads" as well (because it uses "compile" rather than
# "compile-main").  In a bootstrap, $(lisp) in src/Makefile triggers
# this directory's autoloads rule.
repo-update: compile finder-data custom-deps

# Update etc/AUTHORS

update-authors:
	$(emacs) -L "$(top_srcdir)/admin" -l authors \
	  -f batch-update-authors "$(top_srcdir)/etc/AUTHORS" "$(top_srcdir)"

FORCE:
.PHONY: FORCE

tagsfiles = $(shell find ${srcdir} -name '*.el' \
	        ! -name '.*' ! -name '*loaddefs.el')
tagsfiles := $(filter-out ${srcdir}/ldefs-boot.el,${tagsfiles})
tagsfiles := $(filter-out ${srcdir}/eshell/esh-groups.el,${tagsfiles})

ETAGS = ../lib-src/etags${EXEEXT}

${ETAGS}: FORCE
	${MAKE} -C ../lib-src $(notdir $@)

## The use of xargs is to stop the command line getting too long
## on MS Windows, when the MSYS Bash passes it to a MinGW compiled
## etags.  It might be better to use find in a similar way to
## compile-main.  But maybe this is not even necessary any more now
## that this uses relative filenames.
TAGS: ${ETAGS} ${tagsfiles}
	$(AM_V_GEN)rm -f $@
	$(AM_V_at)touch $@
	$(AM_V_at)ls ${tagsfiles} | xargs $(XARGS_LIMIT) "${ETAGS}" -a -o $@


# The src/Makefile.in has its own set of dependencies and when they decide
# that one Lisp file needs to be re-compiled, we had better recompile it as
# well, otherwise every subsequent make will again call us, until we finally
# end up deciding that yes, the file deserves recompilation.
# One option is to try and reproduce exactly the same dependencies here as
# we have in src/Makefile.in, but it turns out to be painful
# (e.g. src/Makefile.in may have a dependency for ../lisp/foo.elc where we
# only know of $(lisp)/foo.elc).  So instead we provide a direct way for
# src/Makefile.in to rebuild a particular Lisp file, no questions asked.
# Use byte-compile-refresh-preloaded to try and work around some of
# the most common problems of not bootstrapping from a clean state.
THEFILE = no-such-file
.PHONY: $(THEFILE)c
$(THEFILE)c:
ifeq ($(HAVE_NATIVE_COMP),yes)
	$(AM_V_ELC)$(emacs) $(BYTE_COMPILE_FLAGS) \
		-l comp -f byte-compile-refresh-preloaded \
		-f batch-byte+native-compile $(THEFILE)
else
	$(AM_V_ELC)$(emacs) $(BYTE_COMPILE_FLAGS) \
		-l bytecomp -f byte-compile-refresh-preloaded \
		-f batch-byte-compile $(THEFILE)
endif

ifeq ($(HAVE_NATIVE_COMP),yes)
.PHONY: $(THEFILE)n
$(THEFILE)n:
	$(AM_V_ELN)$(emacs) $(BYTE_COMPILE_FLAGS) \
		-l comp -f byte-compile-refresh-preloaded \
		--eval '(batch-native-compile t)' $(THEFILE)
endif

# Files MUST be compiled one by one. If we compile several files in a
# row (i.e., in the same instance of Emacs) we can't make sure that
# the compilation environment is clean.  We also set the load-path of
# the Emacs used for compilation to the current directory and its
# subdirectories, to make sure require's and load's in the files being
# compiled find the right files.

.SUFFIXES: .elc .el

# An old-fashioned suffix rule, which, according to the GNU Make manual,
# cannot have prerequisites.
ifeq ($(HAVE_NATIVE_COMP),yes)
ifeq ($(ANCIENT),yes)
# The first compilation of compile-first, using an interpreted compiler:
# The resulting .elc files get given a timestamp of the Unix epoch,
# 1970-01-01, so that their timestamps are earlier than the source files,
# causing these to be compiled into native code at the second recursive
# invocation of this $(MAKE), using these .elc's.  This is faster than just
# compiling the native code directly using the interpreted compile-first
# files.  Note that the epoch date is hard-coded into Fload in src/lread.c
# which uses it to avoid displaying certain messages which might be
# irritating/misleading during a bootstrap.
.el.elc:
	$(AM_V_ELC)$(emacs) $(BYTE_COMPILE_FLAGS) \
	-l comp -f batch-byte-compile $<
	TZ=UTC0 touch -t 197001010000 $@
else
.el.elc:
	$(AM_V_ELC)$(emacs) $(BYTE_COMPILE_FLAGS) \
	-l comp -f batch-byte+native-compile $<
endif
else
.el.elc:
	$(AM_V_ELC)$(emacs) $(BYTE_COMPILE_FLAGS) -f batch-byte-compile $<
endif

.PHONY: compile-first compile-main compile compile-always

compile-first: $(COMPILE_FIRST)

# In 'compile-main' we could directly do
#    ... | xargs $(MAKE)
# and it works, but it generates a lot of messages like
#    make[2]: gnus/gnus-mlspl.elc is up to date.
# so instead, we use "xargs echo" to split the list of file into manageable
# chunks and then use an intermediate 'compile-targets' target so the
# actual targets (the .elc files) are not mentioned as targets on the
# make command line.


.PHONY: compile-targets
# TARGETS is set dynamically in the recursive call from 'compile-main'.
# Do not build comp.el unless necessary not to exceed max-lisp-eval-depth
# in normal builds.
ifneq ($(HAVE_NATIVE_COMP),yes)
compile-targets: $(filter-out ./emacs-lisp/comp-cstr.elc,$(filter-out ./emacs-lisp/comp.elc,$(TARGETS)))
else
compile-targets: $(TARGETS)
endif

# Compile all the Elisp files that need it.  Beware: it approximates
# 'no-byte-compile', so watch out for false-positives!

# The "autoloads" target has to run first, because it may generate new
# loaddefs files.  But don't depend on it, because that might trigger
# unnecessary rebuilds.
compile-main: gen-lisp compile-clean main-first | autoloads
	@(cd $(lisp) && 			     \
	els=`echo "${SUBDIRS_REL} " | sed -e 's|/\./|/|g' -e 's|/\. | |g' -e 's| |/*.el |g'`; \
	for el in $$els; do            \
	  test -f $$el || continue; 		     \
	  test ! -f $${el}c && 			     \
	      GREP_OPTIONS= grep '^;.*[^a-zA-Z]no-byte-compile: *t' $$el > /dev/null && \
	      continue; 			     \
	  echo "$${el}c";                            \
	done | xargs $(XARGS_LIMIT) echo) |	     \
	while read chunk; do			     \
	  $(MAKE) compile-targets		     \
		  NATIVE_DISABLED=$(NATIVE_SKIP_NONDUMP) \
		  TARGETS="$$chunk";		     \
	done

# Compile some important files first.
main-first:
	@(cd $(lisp) && 			     \
	for el in ${MAIN_FIRST}; do                  \
	  echo "$${el}c";                            \
	done | xargs $(XARGS_LIMIT) echo) |	     \
	while read chunk; do			     \
	  $(MAKE) compile-targets		     \
		  NATIVE_DISABLED=$(NATIVE_SKIP_NONDUMP) \
		  TARGETS="$$chunk";		     \
	done

.PHONY: compile-clean
# Erase left-over .elc files that do not have a corresponding .el file.
compile-clean:
	@cd $(lisp) && \
	elcs=`echo "${SUBDIRS_REL} " | sed -e 's|/\./|/|g' -e 's|/\. | |g' -e 's| |/*.elc |g'`; \
	for el in `echo $$elcs | sed -e 's/\.elc/\.el/g'`; do \
	  if test -f "$$el" || test ! -f "$${el}c"; then :; else \
	    echo rm "$${el}c"; \
	    rm "$${el}c"; \
	  fi; \
	done

.PHONY: gen-lisp leim semantic

## make -C ../admin/unidata all should be here, but that would race
## with ../src.  See comments above for loaddefs.
gen-lisp: leim semantic

# (re)compile titdic-cnv before recursing into `leim` since its used to
# generate some of the Quail source files from tables.
leim: $(lisp)/international/titdic-cnv.elc
	$(MAKE) -C ../leim all EMACS="$(EMACS)"

semantic:
	$(MAKE) -C ../admin/grammars all EMACS="$(EMACS:.%=../.%)"

# Compile all Lisp files, but don't recompile those that are up to
# date.  Some .el files don't get compiled because they set the
# local variable no-byte-compile.
# Calling make recursively because suffix rule cannot have prerequisites.
compile: $(LOADDEFS) autoloads compile-first
	$(MAKE) compile-main

# Compile all Lisp files.  This is like 'compile' but compiles files
# unconditionally.  Some files don't actually get compiled because they
# set the local variable no-byte-compile.
compile-always:
	find $(lisp) -name '*.elc' $(FIND_DELETE)
	$(MAKE) compile

.PHONY: trampolines
trampolines: compile
ifeq ($(HAVE_NATIVE_COMP),yes)
	$(emacs) -l comp -f comp-compile-all-trampolines
endif

.PHONY: backup-compiled-files compile-after-backup

# Backup compiled Lisp files in elc.tar.gz.  If that file already
# exists, make a backup of it.

backup-compiled-files:
	-mv $(lisp)/elc.tar.gz $(lisp)/elc.tar.gz~
	-tar czf $(lisp)/elc.tar.gz $(lisp)/*.elc $(lisp)/*/*.elc $(lisp)/*/*/*.elc $(lisp)/*/*/*/*.elc

# Compile Lisp files, but save old compiled files first.

compile-after-backup: backup-compiled-files compile-always

# This does the same job as the "compile" rule, but in a different way.
# Rather than spawning a separate Emacs instance to compile each file,
# it uses the same Emacs instance to compile everything.
# This is faster on a single core, since it avoids the overhead of
# starting Emacs many times (it was 33% faster on a test with a
# random 10% of the .el files needing recompilation).
# Unlike compile, this is not parallelizable; so if you have more than
# one core and use make -j#, compile will be (much) faster.
# This rule also produces less accurate compilation warnings.
# The environment of later files is affected by definitions in
# earlier ones, so it does not produce some warnings that it should.
# It can also produces spurious warnings about "invalid byte code" if
# files that use byte-compile-dynamic are updated.
# There is no reason to use this rule unless you only have a single
# core and CPU time is an issue.
.PHONY: compile-one-process
compile-one-process: $(LOADDEFS) compile-first
	$(emacs) $(BYTE_COMPILE_FLAGS) \
	    --eval "(batch-byte-recompile-directory 0)" $(lisp)

.PHONY: bootstrap-clean distclean maintainer-clean

bootstrap-clean:
	find $(lisp) -name '*.elc' $(FIND_DELETE)
	rm -f $(AUTOGENEL)

distclean:
	-rm -f ./Makefile $(lisp)/loaddefs.el $(lisp)/loaddefs.elc

maintainer-clean: distclean bootstrap-clean
	rm -f TAGS

.PHONY: check-declare

check-declare:
	$(emacs) -l check-declare --eval '(check-declare-directory "$(lisp)")'

## This finds a lot of duplicates between foo.el and obsolete/foo.el.
check-defun-dups:
	sed -n -e '/^(defun /s/\(.\)(.*/\1/p' \
	  $$(find . -name '*.el' ! -name '.*' -print | \
	  grep -Ev '(loaddefs|ldefs-boot)\.el|obsolete') | sort | uniq -d

# Dependencies

## None of the following matters for bootstrap, which is the only way
## to ensure a correct compilation of all lisp files.
## Manually specifying dependencies of a handful of lisp files, (and
## ones that don't change very often at that) seems pretty pointless
## to me.

# https://debbugs.gnu.org/1004
# CC Mode uses a compile time macro system which causes a compile time
# dependency in cc-*.elc files on the macros in other cc-*.el and the
# version string in cc-defs.el.
$(lisp)/progmodes/cc-align.elc\
 $(lisp)/progmodes/cc-cmds.elc $(lisp)/progmodes/cc-compat.elc\
 $(lisp)/progmodes/cc-engine.elc $(lisp)/progmodes/cc-fonts.elc\
 $(lisp)/progmodes/cc-langs.elc $(lisp)/progmodes/cc-menus.elc\
 $(lisp)/progmodes/cc-mode.elc $(lisp)/progmodes/cc-styles.elc\
 $(lisp)/progmodes/cc-vars.elc: \
   $(lisp)/progmodes/cc-bytecomp.elc $(lisp)/progmodes/cc-defs.elc

$(lisp)/progmodes/cc-align.elc $(lisp)/progmodes/cc-cmds.elc: \
   $(lisp)/progmodes/cc-vars.elc $(lisp)/progmodes/cc-engine.elc

$(lisp)/progmodes/cc-compat.elc: \
   $(lisp)/progmodes/cc-vars.elc $(lisp)/progmodes/cc-styles.elc \
   $(lisp)/progmodes/cc-engine.elc

$(lisp)/progmodes/cc-defs.elc: $(lisp)/progmodes/cc-bytecomp.elc

$(lisp)/progmodes/cc-engine.elc: $(lisp)/progmodes/cc-langs.elc \
   $(lisp)/progmodes/cc-vars.elc

$(lisp)/progmodes/cc-fonts.elc: $(lisp)/progmodes/cc-langs.elc \
   $(lisp)/progmodes/cc-vars.elc $(lisp)/progmodes/cc-engine.elc

$(lisp)/progmodes/cc-langs.elc: $(lisp)/progmodes/cc-vars.elc

$(lisp)/progmodes/cc-mode.elc: $(lisp)/progmodes/cc-langs.elc \
   $(lisp)/progmodes/cc-vars.elc $(lisp)/progmodes/cc-engine.elc \
   $(lisp)/progmodes/cc-styles.elc $(lisp)/progmodes/cc-cmds.elc \
   $(lisp)/progmodes/cc-align.elc $(lisp)/progmodes/cc-menus.elc

$(lisp)/progmodes/cc-styles.elc: $(lisp)/progmodes/cc-vars.elc \
   $(lisp)/progmodes/cc-align.elc

# https://debbugs.gnu.org/43037
# js.elc (like all modes using CC Mode's compile time macros) needs to
# be compiled under the same version of CC Mode it will run with.
$(lisp)/progmodes/js.elc: $(lisp)/progmodes/cc-defs.elc \
   $(lisp)/progmodes/cc-engine.elc $(lisp)/progmodes/cc-mode.elc

# Makefile ends here.