###########################################################
### SMB Build System					###
### - create output for Makefile			###
###							###
###  Copyright (C) Stefan (metze) Metzmacher 2004	###
###  Released under the GNU GPL				###
###########################################################

package makefile;
use strict;

sub _prepare_command_interpreters($)
{
	my $ctx = shift;
	my $output;

	$output = "
SHELL=/bin/sh
PERL=\@PERL\@
";
	return $output;
}

sub _prepare_path_vars($)
{
	my $ctx = shift;
	my $output;

	$output = "
prefix=\@prefix\@
exec_prefix=\@exec_prefix\@
VPATH=\@srcdir\@
srcdir=\@srcdir\@
builddir=\@builddir\@
eparserdir=\@eparserdir\@

BASEDIR= \@prefix\@
BINDIR = \@bindir\@
SBINDIR = \@sbindir\@
LIBDIR = \@libdir\@
CONFIGDIR = \@configdir\@
VARDIR = \@localstatedir\@


# The permissions to give the executables
INSTALLPERMS = 0755

# set these to where to find various files
# These can be overridden by command line switches (see smbd(8))
# or in smb.conf (see smb.conf(5))
LOGFILEBASE = \@logfilebase\@
CONFIGFILE = \$(CONFIGDIR)/smb.conf
LMHOSTSFILE = \$(CONFIGDIR)/lmhosts
NCALRPCDIR = \@localstatedir\@/ncalrpc

# This is where smbpasswd et al go
PRIVATEDIR = \@privatedir\@
SMB_PASSWD_FILE = \$(PRIVATEDIR)/smbpasswd

# the directory where lock files go
LOCKDIR = \@lockdir\@

# the directory where pid files go
PIDDIR = \@piddir\@

PASSWD_FLAGS = -DSMB_PASSWD_FILE=\\\"\$(SMB_PASSWD_FILE)\\\" -DPRIVATE_DIR=\\\"\$(PRIVATEDIR)\\\"
PATH_FLAGS1 = -DCONFIGFILE=\\\"\$(CONFIGFILE)\\\"  -DSBINDIR=\\\"\$(SBINDIR)\\\"
PATH_FLAGS2 = \$(PATH_FLAGS1) -DBINDIR=\\\"\$(BINDIR)\\\" 
PATH_FLAGS3 = \$(PATH_FLAGS2) -DLMHOSTSFILE=\\\"\$(LMHOSTSFILE)\\\" 
PATH_FLAGS4 = \$(PATH_FLAGS3) -DLOCKDIR=\\\"\$(LOCKDIR)\\\" -DPIDDIR=\\\"\$(PIDDIR)\\\"
PATH_FLAGS5 = \$(PATH_FLAGS4) -DLIBDIR=\\\"\$(LIBDIR)\\\" \\
	      -DLOGFILEBASE=\\\"\$(LOGFILEBASE)\\\" -DSHLIBEXT=\\\"\@SHLIBEXT\@\\\"
PATH_FLAGS6 = \$(PATH_FLAGS5) -DCONFIGDIR=\\\"\$(CONFIGDIR)\\\" -DNCALRPCDIR=\\\"\$(NCALRPCDIR)\\\"
PATH_FLAGS = \$(PATH_FLAGS6) \$(PASSWD_FLAGS)
";
	return $output;
}

sub _prepare_compiler_linker($)
{
	my $ctx = shift;
	my $output;

	$output = "
CC=\@CC\@
CC_FLAGS=-Iinclude -I. -I\$(srcdir)/include -I\$(srcdir) -Ilib \@CFLAGS\@ \@CPPFLAGS\@

LD=\@CC\@
LD_FLAGS=\@LDFLAGS\@ \@CFLAGS\@

STLD=ar
STLD_FLAGS=-rc

SHLD=\@CC\@
SHLD_FLAGS=\@LDSHFLAGS\@ \@LDFLAGS\@
";
	return $output;
}

sub _prepare_default_rule($)
{
	my $ctx = shift;
	my $output;

	$output = "
default: all
";
	return $output;
}

sub _prepare_SUFFIXES($)
{
	my $ctx = shift;
	my $output;

	$output = "
.SUFFIXES:
.SUFFIXES: .c .o .h .h.gch .a .so
";
	return $output;
}

sub _prepare_IDL($)
{
	my $ctx = shift;
	my $output;

	$output = "
idl_full: build/pidl/idl.pm
	CPP=\"\@CPP\@\" PERL=\"\$(PERL)\" script/build_idl.sh FULL

idl: build/pidl/idl.pm
	\@CPP=\"\@CPP\@\" script/build_idl.sh PARTIAL

eparser_idl: build/pidl/idl.pm
	CPP=\"\@CPP\@\" PERL=\"\$(PERL)\" EPARSERPREFIX=\"\$(eparserdir)\" script/build_idl.sh EPARSER 

build/pidl/idl.pm: build/pidl/idl.yp
	-yapp -s build/pidl/idl.yp

pch: proto include/includes.h.gch

pch_clean:
	-rm -f include/includes.h.gch

basics: idl proto_exists

";
	return $output;
}

sub _prepare_dummy_MAKEDIR()
{
	my $ctx = shift;
	my $output;

	$output = "
bin/.dummy:
	\@: >> \$\@ || : > \$\@

dynconfig.o: dynconfig.c Makefile
	\@echo Compiling \$*.c
	\@\$(CC) \$(CC_FLAGS) \@PICFLAG\@ \$(PATH_FLAGS) -c \$< -o \$\@
\@BROKEN_CC\@	-mv `echo \$\@ | sed 's%^.*/%%g'` \$\@

";
	return $output;
}

###########################################################
# This function creates a standard make rule which is using $(CC)
#
# $output = _prepare_std_CC_rule($srcext,$destext,$flags,$message,$comment)
#
# $srcext -	sourcefile extension
#
# $destext -	destinationfile extension
#
# $flags -	additional compiler flags
#
# $message -	logmessage which is echoed while running this rule
#
# $comment -	just a comment what this rule should do
#
# $output -		the resulting output buffer
sub _prepare_std_CC_rule($$$$$)
{
	my $src = shift;
	my $dst = shift;
	my $flags = shift;
	my $message = shift;
	my $comment = shift;
	my $flagsstr = "";
	my $output;

	$output = "
###################################
# Start $comment
.$src.$dst:
	\@echo $message \$*.$src
	\@\$(CC) \$(CC_FLAGS) $flags -c \$< -o \$\@
\@BROKEN_CC\@	-mv `echo \$\@ | sed 's%^.*/%%g'` \$\@
#End $comment
###################################
";

	return $output;
}

sub array2oneperline($)
{
	my $array = shift;
	my $i;
	my $output = "";

	foreach my $str (@{$array}) {
		if (!defined($str)) {
			next;
		}

		$output .= " \\\n\t\t";
		$output .= $str;
	}

	return $output;
}

sub array2oneline($)
{
	my $array = shift;
	my $i;
	my $output = "";

	foreach my $str (@{$array}) {
		if (!defined($str)) {
			next;
		}

		$output .= $str;
		$output .= " ";
	}

	return $output;
}

###########################################################
# This function creates a object file list
#
# $output = _prepare_var_obj_list($var, $var_ctx)
#
# $var_ctx -		the subsystem context
#
# $var_ctx->{NAME} 	-	the <var> name
# $var_ctx->{OBJ_LIST} 	-	the list of objectfiles which sould be linked to this <var>
#
# $output -		the resulting output buffer
sub _prepare_obj_list($$)
{
	my $var = shift;
	my $ctx = shift;
	my $tmpobjlist;
	my $output;

	$tmpobjlist = array2oneperline($ctx->{OBJ_LIST});

	$output = "
###################################
# Start $var $ctx->{NAME} OBJ LIST
$var\_$ctx->{NAME}_OBJS =$tmpobjlist
# End $var $ctx->{NAME} OBJ LIST
###################################
";

	return $output;
}

###########################################################
# This function creates a object file list for a subsystem
#
# $output = _prepare_subsystem_obj_list($subsystem_ctx)
#
# $subsystem_ctx -		the subsystem context
#
# $subsystem_ctx->{NAME} -	the subsystem name
# $subsystem_ctx->{OBJ_LIST} -	the list of objectfiles which sould be linked to this subsystem
#
# $output -		the resulting output buffer
sub _prepare_subsystem_obj_list($)
{
	my $ctx = shift;

	return _prepare_var_obj_list("SUBSYSTEM",$ctx);
}

###########################################################
# This function creates a object file list for a module
#
# $output = _prepare_module_obj_and_lib_list($module_ctx)
#
# $module_ctx -		the module context
#
# $module_ctx->{NAME} -		the module binary name
# $module_ctx->{OBJ_LIST} -	the list of objectfiles which sould be linked to this module
#
# $output -		the resulting output buffer
sub _prepare_module_obj_list($)
{
	my $ctx = shift;

	return _prepare_var_obj_list("MODULE",$ctx);

}

###########################################################
# This function creates a make rule for linking a library
#
# $output = _prepare_shared_library_rule($library_ctx)
#
# $library_ctx -		the library context
#
# $library_ctx->{NAME} -		the library name
#
# $library_ctx->{DEPEND_LIST} -		the list of rules on which this library depends
#
# $library_ctx->{LIBRARY_NAME} -	the shared library name
# $library_ctx->{LIBRARY_REALNAME} -	the shared library real name
# $library_ctx->{LIBRARY_SONAME} - the shared library soname
# $library_ctx->{LINK_LIST} -	the list of objectfiles and external libraries
#					which sould be linked to this shared library
# $library_ctx->{LINK_FLAGS} -	linker flags used by this shared library
#
# $output -		the resulting output buffer
sub _prepare_shared_library_rule($)
{
	my $ctx = shift;
	my $tmpdepend;
	my $tmpstlink;
	my $tmpstflag;
	my $tmpshlink;
	my $tmpshflag;
	my $tmprules;
	my $output;
	my $outname = $ctx->{OUTPUT};

	$tmpdepend = array2oneperline($ctx->{DEPEND_LIST});

	$tmpshlink = array2oneperline($ctx->{LINK_LIST});
	$tmpshflag = array2oneperline($ctx->{LINK_FLAGS});

	$output = "
###################################
# Start Library $ctx->{NAME}
#
LIBRARY_$ctx->{NAME}_DEPEND_LIST =$tmpdepend
#
LIBRARY_$ctx->{NAME}_SHARED_LINK_LIST =$tmpshlink
LIBRARY_$ctx->{NAME}_SHARED_LINK_FLAGS =$tmpshflag
#

# Shared $ctx->{LIBRARY_NAME}
$ctx->{OUTPUT}: \$(LIBRARY_$ctx->{NAME}_DEPEND_LIST) bin/.dummy
	\@echo Linking \$\@
	\@\$(SHLD) \$(SHLD_FLAGS) -o \$\@ \\
		\$(LIBRARY_$ctx->{NAME}_SHARED_LINK_FLAGS) \\
		\$(LIBRARY_$ctx->{NAME}_SHARED_LINK_LIST)
";

	if (defined($ctx->{LIBRARY_SONAME})) {
		$output .= "
# Symlink $ctx->{LIBRARY_SONAME}
bin/$ctx->{LIBRARY_SONAME}: bin/$ctx->{LIBRARY_REALNAME} bin/.dummy
	\@echo Symlink \$\@
	\@ln -sf $ctx->{LIBRARY_REALNAME} \$\@
# Symlink $ctx->{LIBRARY_NAME}
bin/$ctx->{LIBRARY_NAME}: bin/$ctx->{LIBRARY_SONAME} bin/.dummy
	\@echo Symlink \$\@
	\@ln -sf $ctx->{LIBRARY_SONAME} \$\@
";
		$outname = $ctx->{LIBRARY_NAME};
	}

	$output .= "
library_$ctx->{NAME}: basics bin/$outname
# End Library $ctx->{NAME}
###################################
";

	return $output;
}

###########################################################
# This function creates a make rule for linking a library
#
# $output = _prepare_static_library_rule($library_ctx)
#
# $library_ctx -		the library context
#
# $library_ctx->{NAME} -		the library name
#
# $library_ctx->{DEPEND_LIST} -		the list of rules on which this library depends
#
# $library_ctx->{LIBRARY_NAME} -	the static library name
# $library_ctx->{LINK_LIST} -	the list of objectfiles	which sould be linked
#					to this static library
# $library_ctx->{LINK_FLAGS} -	linker flags used by this static library
#
# $output -		the resulting output buffer
sub _prepare_static_library_rule($)
{
	my $ctx = shift;
	my $tmpdepend;
	my $tmpstlink;
	my $tmpstflag;
	my $tmpshlink;
	my $tmpshflag;
	my $tmprules;
	my $output;

	$tmpdepend = array2oneperline($ctx->{DEPEND_LIST});

	$tmpstlink = array2oneperline($ctx->{LINK_LIST});
	$tmpstflag = array2oneperline($ctx->{LINK_FLAGS});

	$tmprules = "bin/$ctx->{LIBRARY_NAME}";

	$output = "
###################################
# Start Library $ctx->{NAME}
#
LIBRARY_$ctx->{NAME}_DEPEND_LIST =$tmpdepend
#
LIBRARY_$ctx->{NAME}_STATIC_LINK_LIST =$tmpstlink
#
# Static $ctx->{LIBRARY_NAME}
$ctx->{OUTPUT}: \$(LIBRARY_$ctx->{NAME}_DEPEND_LIST) bin/.dummy
	\@echo Linking \$\@
	\@\$(STLD) \$(STLD_FLAGS) \$\@ \\
		\$(LIBRARY_$ctx->{NAME}_STATIC_LINK_LIST)

library_$ctx->{NAME}: basics $tmprules
# End Library $ctx->{NAME}
###################################
";

	return $output;
}



###########################################################
# This function creates a make rule for linking a binary
#
# $output = _prepare_binary_rule($binary_ctx)
#
# $binary_ctx -		the binary context
#
# $binary_ctx->{NAME} -		the binary name
# $binary_ctx->{BINARY} -	the binary binary name
#
# $binary_ctx->{DEPEND_LIST} -	the list of rules on which this binary depends
# $binary_ctx->{LINK_LIST} -	the list of objectfiles and external libraries
#				which sould be linked to this binary
# $binary_ctx->{LINK_FLAGS} -	linker flags used by this binary
#
# $output -		the resulting output buffer
sub _prepare_binary_rule($)
{
	my $ctx = shift;
	my $tmpdepend;
	my $tmplink;
	my $tmpflag;
	my $output;

	$tmpdepend = array2oneperline($ctx->{DEPEND_LIST});
	$tmplink = array2oneperline($ctx->{LINK_LIST});
	$tmpflag = array2oneperline($ctx->{LINK_FLAGS});

	$output = "
###################################
# Start Binary $ctx->{BINARY}
#
BINARY_$ctx->{NAME}_DEPEND_LIST =$tmpdepend
BINARY_$ctx->{NAME}_LINK_LIST =$tmplink
BINARY_$ctx->{NAME}_LINK_FLAGS =$tmpflag
#
bin/$ctx->{BINARY}: bin/.dummy \$(BINARY_$ctx->{NAME}_DEPEND_LIST)
	\@echo Linking \$\@
	\@\$(LD) \$(LD_FLAGS) -o \$\@ \\
		\$(BINARY_$ctx->{NAME}_LINK_FLAGS) \\
		\$(BINARY_$ctx->{NAME}_LINK_LIST)
binary_$ctx->{BINARY}: basics bin/$ctx->{BINARY}
# End Binary $ctx->{BINARY}
###################################
";

	return $output;
}

sub _prepare_proto_rules()
{
	my $output = "";

	$output .= "
# Making this target will just make sure that the prototype files
# exist, not necessarily that they are up to date.  Since they're
# removed by 'make clean' this will always be run when you do anything
# afterwards.
proto_exists: include/proto.h include/build_env.h

delheaders: pch_clean
	-rm -f \$(builddir)/include/proto.h \$(builddir)/include/build_env.h:

include/proto.h:
	\@cd \$(srcdir) && \$(SHELL) script/mkproto.sh \"\$(PERL)\" \\
	  -h _PROTO_H_ \$(builddir)/include/proto.h \\
	  \$(PROTO_PROTO_OBJS)

include/build_env.h:
	\@echo Building include/build_env.h
	\@cd \$(srcdir) && \$(SHELL) script/build_env.sh \$(srcdir) \$(builddir) \$(CC) > \$(builddir)/include/build_env.h

# 'make headers' or 'make proto' calls a subshell because we need to
# make sure these commands are executed in sequence even for a
# parallel make.
headers: delheaders proto_exists

proto: idl headers

proto_test:
	\@[ -f \$(builddir)/include/proto.h ] || \$(MAKE) proto

clean: delheaders
	-rm -f *.o */*.o */*/*.o */*/*/*.o bin/*
	-rm -rf librpc/gen_*

distclean: clean
	-rm -f bin/.dummy
	-rm -f include/config.h 
	-rm -f Makefile*
	-rm -f config.status
	-rm -f config.smb_build.*
	-rm -f config.log config.cache

removebackup:
	-rm -f *.bak *~ */*.bak */*~ */*/*.bak */*/*~ */*/*/*.bak */*/*/*~

realdistclean: distclean removebackup
	-rm -f include/config.h.in
	-rm -f lib/version.h
	-rm -f configure
";

	return $output;
}

sub _prepare_make_target($)
{
	my $ctx = shift;
	my $tmpdepend;
	my $output;

	$tmpdepend = array2oneperline($ctx->{DEPEND_LIST});

	$output = "
###################################
# Start Target $ctx->{TARGET}
$ctx->{TARGET}: basics $tmpdepend
# End Target $ctx->{TARGET}
###################################
";

	return $output;
}

sub _prepare_obj_lists($)
{
	my $CTX = shift;
	my $output = "";

	foreach my $key (values %{$CTX}) {
		next if not defined($key->{OBJ_LIST});
		$output .= _prepare_obj_list($key->{TYPE}, $key);
	}

	return $output;
}

sub _prepare_install_rules($)
{
	my $CTX = shift;
	my $output = "";

	$output .= "

showlayout: 
	\@echo \"Samba will be installed into:\"
	\@echo \"  basedir: \$(BASEDIR)\"
	\@echo \"  bindir:  \$(BINDIR)\"
	\@echo \"  sbindir: \$(SBINDIR)\"
	\@echo \"  libdir:  \$(LIBDIR)\"
	\@echo \"  vardir:  \$(VARDIR)\"
	\@echo \"  privatedir:  \$(PRIVATEDIR)\"
	\@echo \"  piddir:  \$(PIDDIR)\"
	\@echo \"  lockdir:  \$(LOCKDIR)\"

SBIN_PROGS = bin/smbd

BIN_PROGS = bin/smbclient 

TORTURE_PROGS = bin/smbtorture \\
		bin/gentest \\
		bin/locktest \\
		bin/masktest \\
		bin/ndrdump

LDB_PROGS = 	bin/ldbadd \\
		bin/ldbdel \\
		bin/ldbmodify \\
		bin/ldbedit \\
		bin/ldbsearch

REG_PROGS = 	bin/regpatch \\
		bin/regshell \\
		bin/regtree \\
		bin/regpatch \\
		bin/regdiff

install: showlayout installbin installtorture installldb installreg installdat 

# DESTDIR is used here to prevent packagers wasting their time
# duplicating the Makefile. Remove it and you will have the privelege
# of package each samba release for muliple versions of multiple
# distributions and operating systems, or at least supplying patches
# to all the packaging files required for this, prior to committing
# the removal of DESTDIR. Do not remove it even though you think it
# is not used

installdirs:
	\@\$(SHELL) \$(srcdir)/script/installdirs.sh \$(DESTDIR)\$(BASEDIR) \$(DESTDIR)\$(BINDIR) \$(DESTDIR)\$(SBINDIR) \$(DESTDIR)\$(LIBDIR) \$(DESTDIR)\$(VARDIR) \$(DESTDIR)\$(PRIVATEDIR) \$(DESTDIR)\$(PIDDIR) \$(DESTDIR)\$(LOCKDIR)

installbin: all installdirs
	\@\$(SHELL) \$(srcdir)/script/installbin.sh \$(INSTALLPERMS) \$(DESTDIR)\$(BASEDIR) \$(DESTDIR)\$(SBINDIR) \$(DESTDIR)\$(LIBDIR) \$(DESTDIR)\$(VARDIR) \$(SBIN_PROGS)
	\@\$(SHELL) \$(srcdir)/script/installbin.sh \$(INSTALLPERMS) \$(DESTDIR)\$(BASEDIR) \$(DESTDIR)\$(BINDIR) \$(DESTDIR)\$(LIBDIR) \$(DESTDIR)\$(VARDIR) \$(BIN_PROGS)

installtorture: all installdirs
	\@\$(SHELL) \$(srcdir)/script/installbin.sh \$(INSTALLPERMS) \$(DESTDIR)\$(BASEDIR) \$(DESTDIR)\$(BINDIR) \$(DESTDIR)\$(LIBDIR) \$(DESTDIR)\$(VARDIR) \$(TORTURE_PROGS)

installldb: all installdirs
	\@\$(SHELL) \$(srcdir)/script/installbin.sh \$(INSTALLPERMS) \$(DESTDIR)\$(BASEDIR) \$(DESTDIR)\$(BINDIR) \$(DESTDIR)\$(LIBDIR) \$(DESTDIR)\$(VARDIR) \$(LDB_PROGS)

installreg: all installdirs
	\@\$(SHELL) \$(srcdir)/script/installbin.sh \$(INSTALLPERMS) \$(DESTDIR)\$(BASEDIR) \$(DESTDIR)\$(BINDIR) \$(DESTDIR)\$(LIBDIR) \$(DESTDIR)\$(VARDIR) \$(REG_PROGS)

installdat: installdirs
	\@\$(SHELL) \$(srcdir)/script/installdat.sh \$(DESTDIR)\$(LIBDIR) \$(srcdir)

uninstall: uninstallbin uninstalltorture uninstallldb uninstallreg

uninstallbin:
	\@\$(SHELL) \$(srcdir)/script/uninstallbin.sh \$(INSTALLPERMS) \$(DESTDIR)\$(BASEDIR) \$(DESTDIR)\$(SBINDIR) \$(DESTDIR)\$(LIBDIR) \$(DESTDIR)\$(VARDIR) \$(DESTDIR)\$(SBIN_PROGS)

uninstalltorture:
	\@\$(SHELL) \$(srcdir)/script/uninstallbin.sh \$(INSTALLPERMS) \$(DESTDIR)\$(BASEDIR) \$(DESTDIR)\$(BINDIR) \$(DESTDIR)\$(LIBDIR) \$(DESTDIR)\$(VARDIR) \$(DESTDIR)\$(TORTURE_PROGS)

uninstallldb:
	\@\$(SHELL) \$(srcdir)/script/uninstallbin.sh \$(INSTALLPERMS) \$(DESTDIR)\$(BASEDIR) \$(DESTDIR)\$(BINDIR) \$(DESTDIR)\$(LIBDIR) \$(DESTDIR)\$(VARDIR) \$(DESTDIR)\$(LDB_PROGS)

uninstallreg:
	\@\$(SHELL) \$(srcdir)/script/uninstallbin.sh \$(INSTALLPERMS) \$(DESTDIR)\$(BASEDIR) \$(DESTDIR)\$(BINDIR) \$(DESTDIR)\$(LIBDIR) \$(DESTDIR)\$(VARDIR) \$(DESTDIR)\$(REG_PROGS)

# Swig extensions

swig: scripting/swig/_tdb.so scripting/swig/_dcerpc.so

PYTHON_TDB_OBJ = lib/tdb/common/tdb.o lib/tdb/common/spinlock.o

scripting/swig/tdb.py: scripting/swig/tdb.i
	swig -python scripting/swig/tdb.i

scripting/swig/_tdb.so: scripting/swig/tdb.py scripting/swig/tdb_wrap.o \$(PYTHON_TDB_OBJ)
	\$(SHLD) \$(SHLD_FLAGS) -o scripting/swig/_tdb.so scripting/swig/tdb_wrap.o \\
		\$(PYTHON_TDB_OBJ)

PYTHON_DCERPC_OBJ = \$(SUBSYSTEM_LIBRPC_RAW_OBJS) \\
	\$(SUBSYSTEM_LIBDCOM_OBJS) \\
	\$(SUBSYSTEM_LIBNDR_RAW_OBJS) \\
	\$(SUBSYSTEM_LIBNDR_GEN_OBJS) \\
	\$(SUBSYSTEM_LIBBASIC_OBJS) \\
	\$(SUBSYSTEM_CONFIG_OBJS) \\
	\$(SUBSYSTEM_LIBTDB_OBJS) \\
	\$(SUBSYSTEM_SCHANNELDB_OBJS) \\
	\$(SUBSYSTEM_GENSEC_OBJS) \\
	\$(SUBSYSTEM_LIBCLI_UTILS_OBJS) \\
	\$(SUBSYSTEM_LIBCLI_RAW_OBJS) \\
	\$(SUBSYSTEM_LIBCLI_AUTH_OBJS) \\
	\$(SUBSYSTEM_LIBCLI_NMB_OBJS) \\
	\$(SUBSYSTEM_AUTH_OBJS) \\
	\$(SUBSYSTEM_SAMDB_OBJS) \\
	\$(SUBSYSTEM_LIBLDB_OBJS) \\
	\$(SUBSYSTEM_CHARSET_OBJS) \\
	\$(SUBSYSTEM_LIBSMB_OBJS) \\
	\$(SUBSYSTEM_DCERPC_COMMON_OBJS) \\
        \$(SUBSYSTEM_LIB_WINBIND_CLIENT_OBJS) \\
        \$(SUBSYSTEM_SOCKET_OBJS) \\
        \$(SUBSYSTEM_LIBREPLACE_OBJS) \\
        \$(SUBSYSTEM_LIBNETIF_OBJS) \\
        \$(SUBSYSTEM_LIBCRYPTO_OBJS)

PYTHON_DCERPC_LIBS = -lldap

SWIG_INCLUDES = librpc/gen_ndr/samr.i librpc/gen_ndr/lsa.i librpc/gen_ndr/winreg.i librpc/gen_ndr/spoolss.i

scripting/swig/dcerpc.py: scripting/swig/dcerpc.i scripting/swig/samba.i scripting/swig/status_codes.i \$(SWIG_INCLUDES)
	swig -python scripting/swig/dcerpc.i

scripting/swig/_dcerpc.so: scripting/swig/dcerpc.py scripting/swig/dcerpc_wrap.o \$(PYTHON_DCERPC_OBJ)
	\$(SHLD) \$(SHLD_FLAGS) -o scripting/swig/_dcerpc.so scripting/swig/dcerpc_wrap.o \$(PYTHON_DCERPC_OBJ) \$(PYTHON_DCERPC_LIBS)

swig_clean:
	-rm -f scripting/swig/_tdb.so scripting/swig/tdb.pyc \\
		scripting/swig/tdb.py scripting/swig/tdb_wrap.c \\
		scripting/swig/tdb_wrap.o

everything: all

etags:
	etags `find \$(srcdir) -name \"*.[ch]\"`

ctags:
	ctags `find \$(srcdir) -name \"*.[ch]\"`

";

	return $output;
}

sub _prepare_rule_lists($)
{
	my $depend = shift;
	my $output = "";

	foreach my $key (values %{$depend}) {
		next if not defined $key->{OUTPUT_TYPE};
		($output .= _prepare_static_library_rule($key)) if $key->{OUTPUT_TYPE} eq "STATIC_LIBRARY";
		($output .= _prepare_shared_library_rule($key)) if $key->{OUTPUT_TYPE} eq "SHARED_LIBRARY";
		($output .= _prepare_binary_rule($key)) if $key->{OUTPUT_TYPE} eq "BINARY";
	}

	my $idl_ctx;
	$output .= _prepare_IDL($idl_ctx);

	$output .= _prepare_proto_rules();

	$output .= _prepare_install_rules($depend);

	return $output;
}

###########################################################
# This function prepares the output for Makefile
#
# $output = _prepare_makefile_in($SMB_BUILD_CTX)
#
# $SMB_BUILD_CTX -	the global SMB_BUILD context
#
# $output -		the resulting output buffer
sub _prepare_makefile_in($)
{
	my $CTX = shift;
	my $output;

	$output  = "########################################\n";
	$output .= "# Autogenerated by config.smb_build.pl #\n";
	$output .= "########################################\n";

	my $cmd_ctx;
	$output .= _prepare_command_interpreters($cmd_ctx);

	my $path_ctx;
	$output .= _prepare_path_vars($path_ctx);

	my $compiler_ctx;
	$output .= _prepare_compiler_linker($compiler_ctx);

	my $rules_ctx;
	$output .= _prepare_default_rule($rules_ctx);

	my $suffix_ctx;
	$output .= _prepare_SUFFIXES($suffix_ctx);

	$output .= _prepare_dummy_MAKEDIR();

	$output .= _prepare_std_CC_rule("c","o","\@PICFLAG\@","Compiling","Rule for std objectfiles");
	$output .= _prepare_std_CC_rule("h","h.gch","\@PICFLAG\@","Precompiling","Rule for precompiled headerfiles");

	$output .= _prepare_obj_lists($CTX);

	$output .= _prepare_rule_lists($CTX);

	my @all = ();
	
	foreach my $part (values %{$CTX}) {
		push (@all, $part->{OUTPUT}) if defined ($part->{OUTPUT_TYPE}) and $part->{OUTPUT_TYPE} eq "BINARY";	
	}
	
	$output .= _prepare_make_target({ TARGET => "all", DEPEND_LIST => \@all });

	return $output;
}

###########################################################
# This function creates Makefile.in from the SMB_BUILD 
# context
#
# create_makefile_in($SMB_BUILD_CTX)
#
# $SMB_BUILD_CTX -	the global SMB_BUILD context
#
# $output -		the resulting output buffer
sub create_makefile_in($)
{
	my $CTX = shift;

	open(MAKEFILE_IN,"> Makefile.in") || die ("Can't open Makefile.in\n");
	print MAKEFILE_IN _prepare_makefile_in($CTX);
	close(MAKEFILE_IN);

	print "config.smb_build.pl: creating Makefile.in\n";
	return;	
}

1;