require/App/tools/driver.makefile

# driver.makefile
#
# $Header: /cvs/G/DRV/misc/App/tools/driver.makefile,v 1.80 2011/07/20 09:41:27 zimoch Exp $
#
# This generic makefile compiles EPICS code (drivers, records, snl, ...)
# for all installed EPICS versions in parallel.
# Read this documentation and the inline comments carefully before
# changing anything in this file.
#
# Usage: Create a Makefile containig the line:
#          include /ioc/tool/driver.makefile
#        Optionally add variable definitions below that line.
#
# This makefile automatically finds the source file (unless overwritten with
# the SOURCES variable in your Makefile) and generates a
# library for each EPICS version and each target architecture.
# Therefore, it calls Makefile (i.e. itself) recursively.
#
# - First run: (see comment ## RUN 1)
#   Find out what to build
#   Iterate over all installed EPICS versions
#
# - Second run: (see comment ## RUN 2)
#   Find the sources etc.
#   Include EPICS configuration files for this ${EPICSVERSION}
#   Iterate over all target architectures (${T_A}) defined for this version
#   Create O.${EPICSVERSION}_${T_A} subdirectories if necessary.
#
# - Third run: (see comment ## RUN 3)
#   Compile (or install, uninstall, etc) everything
#
# Library names are derived from the directory name (unless overwritten
# with the PROJECT variable in your Makefile).
# A version number is appended to the name which is derived from
# the latest CVS tag on the files in the source directory.
# If any file is not up-to-date in CVS, not tagged, or tagged differently
# from the other files, the version is called "test".
# The library is installed to ${INSTALL_ROOT}/R${EPICSVERSION}/${T_A}.
# Symbolic links are set to the latest version, the highest minor release
# if each major release, and the highest patch level of each minor release.
# Test versions are never linked, however.
# The library can be loaded with  require "<libname>" [,"<version>"]
#
# This makefile can also be used to build local libraries for IOC projects
# instead of drivers. Here however, no versioning is done (i.e. no
# version string is appended) and the libraries cannot be installed with
# this makefile. Use slsinstall to install the IOC project instead.
#
# User variables (add them to your Makefile, none is required):
# PROJECT
#    Basename of the built library.
#    If not defined, it is derived from the directory name.
# SOURCES
#    All source files to compile. 
#    If not defined, default is all *.c *.cc *.cpp *.st *.stt in
#    the source directory (where your Makefile is).
#    If you define this, you must list ALL sources.
# DBDS
#    All dbd files of the project.
#    If not defined, default is all *.dbd files in the source directory.
# HEADERS
#    Header files to install (e.g. to be included by other drivers)
#    If not defined, all headers are for local use only.
# EXCLUDE_VERSIONS
#    EPICS versions to skip. Usually 3.13 or 3.14

# get the location of this file 
MAKEHOME:=$(dir $(lastword ${MAKEFILE_LIST}))
# get the name of the Makefile that included this file
USERMAKEFILE:=$(lastword $(filter-out $(lastword ${MAKEFILE_LIST}), ${MAKEFILE_LIST}))

# Some configuration
DEFAULT_EPICS_VERSIONS = 3.13.9 3.13.10 3.14.8 3.14.12
BUILDCLASSES = vxWorks
ifdef INSTBASE
INSTALL_ROOT=${INSTBASE}/iocBoot
else
INSTALL_ROOT=/work/iocBoot
endif
EPICS_LOCATION = /usr/local/epics

DOCUEXT = txt html htm doc pdf ps tex dvi gif jpg png
DOCUEXT += TXT HTML HTM DOC PDF PS TEX DVI GIF JPG PNG
DOCUEXT += template db subst script
VERSIONFILE = ${PRJ}_Version${LIBVERSION}.c
REGISTRYFILE = ${PRJ}_registerRecordDeviceDriver.cpp
EXPORTFILE = ${PRJ}_exportAddress.c
SUBFUNCFILE = ${PRJ}_subRecordFunctions.dbd

# Some shortcuts
MAKEVERSION = ${MAKE} -f ${USERMAKEFILE} LIBVERSION=${LIBVERSION}
ifdef LIBVERSION
LIBVERSIONSTR=-${LIBVERSION}
endif

# Some shell commands
LN = ln -s
EXISTS = test -e
NM = nm
RMDIR = rm -rf
RM = rm -f

REPOSITORY_HOST = pc770
CP_PROD = repository -H ${REPOSITORY_HOST} add

ifndef EPICSVERSION
## RUN 1
# in source directory, first run

# Find out which EPICS versions to build
INSTALLED_EPICS_VERSIONS := $(patsubst ${EPICS_LOCATION}/base-%,%,$(wildcard ${EPICS_LOCATION}/base-*[0-9]))
EPICS_VERSIONS = $(filter-out ${EXCLUDE_VERSIONS:=%},${DEFAULT_EPICS_VERSIONS})
MISSING_EPICS_VERSIONS = $(filter-out ${BUILD_EPICS_VERSIONS},${EPICS_VERSIONS})
BUILD_EPICS_VERSIONS = $(filter ${INSTALLED_EPICS_VERSIONS},${EPICS_VERSIONS})
EPICS_VERSIONS_3.13 = $(filter 3.13.%,${BUILD_EPICS_VERSIONS})
EPICS_VERSIONS_3.14 = $(filter 3.14.%,${BUILD_EPICS_VERSIONS})

# Are we in an IOC project directory?
# YES:
#   - Don't use versions.
#   - Install to IOC directory with slsinstall.
#   - Use for local code (snl, subroutine records, etc.)
#   - Autodetected: SLS beamline and machine, PROSCAN, FEL
# NO:
#   - Get version number from CVS tag.
#   - Install to driver pool with make install.
#   - Use for drivers and other modules of global interest.
#   - This is the default.
# User can overwrite USE_LIBVERSION in the Makefile.
USE_LIBVERSION = YES

# Where are we in CVS (or in PWD if no CVS is around)?
THISDIR := ${PWD}
ifneq ($(wildcard CVS/Repository),)
THISDIR := /$(shell cat CVS/Repository)
endif

ifneq ($(findstring /PROJECTS/subsystems/,${THISDIR}),)
#in PROJECTS/subsystems/ project directory (obsolete)
USE_LIBVERSION = NO
endif
ifneq ($(findstring /X/,${THISDIR}),)
#in SLS beamline project directory
USE_LIBVERSION = NO
endif
ifneq ($(findstring /A/,${THISDIR}),)
#in SLS machine project directory
USE_LIBVERSION = NO
endif
ifneq ($(findstring /P/,${THISDIR}),)
#in PROSCAN project directory
USE_LIBVERSION = NO
endif
ifneq ($(findstring /F/,${THISDIR}),)
#in FEL project directory
USE_LIBVERSION = NO
endif
ifneq ($(findstring /TRAINING/,${THISDIR}),)
#in FEL project directory
USE_LIBVERSION = NO
endif

VERSIONCHECKFILES = ${SOURCES} ${SOURCES_3.13} ${SOURCES_3.14} ${DBDS} ${DBDS_3.13} ${DBD_3.14}
VERSIONCHECKCMD = ${MAKEHOME}/getVersion.tcl ${VERSIONCHECKFILES}
LIBVERSION_YES := $(shell ${VERSIONCHECKCMD} 2>/dev/null)
LIBVERSION_Yes = $(LIBVERSION_YES)
LIBVERSION_yes = $(LIBVERSION_YES)
LIBVERSION = ${LIBVERSION_${USE_LIBVERSION}}

# Default project name is name of current directory.
# But don't use "src" or "snl", go up directory tree instead.
PRJDIR:=$(notdir $(patsubst %Lib,%,$(patsubst %/snl,%,$(patsubst %/src,%,${PWD}))))
PRJ = $(if ${PROJECT},${PROJECT},${PRJDIR})
export PRJ

OS_CLASS_LIST = $(BUILDCLASSES)
export OS_CLASS_LIST

# Default target is "build" for all versions.
# Don't install anything (different from default EPICS make rules)
build::

clean::
	$(RMDIR) O.*
	find . -name "*~" -exec $(RM) {} \;

clean.3.%::
	$(RMDIR) O.${@:clean.%=%}*

help:
	@echo "usage:"
	@for target in '' build '<EPICS version>' \
	install 'install.<EPICS version>' \
	uninstall 'uninstall.<EPICS version>' \
	install-headers 'install-headers.<EPICS version>' \
	install-doc install-templates clean help version; \
	do echo "  make $$target"; \
	done
	@echo "Makefile variables: (defaults)"
	@echo "  EPICS_VERSIONS   (${DEFAULT_EPICS_VERSIONS})"
	@echo "  PROJECT          (${PRJDIR}) [from current directory name]"
	@echo "  SOURCES          (*.c *.cc *.cpp *.st *.stt *.gt)"
	@echo "  HEADERS          () [only those to install]"
	@echo "  TEMPLATES        ()"
	@echo "  DBDS             (*.dbd)"
	@echo "  EXCLUDE_VERSIONS () [versions not to build, e.g. 3.14]"
	@echo "  BUILDCLASSES     (vxWorks) [other choices: Linux]"

# "make version" shows the the version and why it is how it is.       
version:
	@${VERSIONCHECKCMD}

debug::
	@echo "INSTALLED_EPICS_VERSIONS = ${INSTALLED_EPICS_VERSIONS}"
	@echo "BUILD_EPICS_VERSIONS = ${BUILD_EPICS_VERSIONS}"
	@echo "MISSING_EPICS_VERSIONS = ${MISSING_EPICS_VERSIONS}"
	@echo "EPICS_VERSIONS_3.13 = ${EPICS_VERSIONS_3.13}"
	@echo "EPICS_VERSIONS_3.14 = ${EPICS_VERSIONS_3.14}"
	@echo "BUILDCLASSES = ${BUILDCLASSES}"
	@echo "LIBVERSION = ${LIBVERSION}"

# Loop over all EPICS versions for second run.
build install uninstall install-headers install-doc install-templates debug::
	for VERSION in ${BUILD_EPICS_VERSIONS}; do \
	${MAKEVERSION} EPICSVERSION=$$VERSION $@ || exit; done

# Handle cases where user requests 3.13 or 3.14 
# make <action>.3.13 or make <action>.3.14 instead of make <action> or
# make 3.13 or make 3.14 instread of make
3.13:
	for VERSION in ${EPICS_VERSIONS_3.13}; do \
	${MAKEVERSION} EPICSVERSION=$$VERSION build || exit; done

%.3.13:
	for VERSION in ${EPICS_VERSIONS_3.13}; do \
	${MAKEVERSION} EPICSVERSION=$$VERSION ${@:%.3.13=%} || exit; done

3.14:
	for VERSION in ${EPICS_VERSIONS_3.14}; do \
	${MAKEVERSION} EPICSVERSION=$$VERSION build || exit; done

%.3.14:
	for VERSION in ${EPICS_VERSIONS_3.14}; do \
	${MAKEVERSION} EPICSVERSION=$$VERSION ${@:%.3.14=%} || exit; done

# Handle cases where user requests one specific version
# make <action>.<version> instead of make <action> or
# make <version> instead of make
# EPICS version must be installed but need not be in EPICS_VERSIONS
${INSTALLED_EPICS_VERSIONS}:
	${MAKEVERSION} EPICSVERSION=$@ build

${INSTALLED_EPICS_VERSIONS:%=build.%}:
	${MAKEVERSION} EPICSVERSION=${@:build.%=%} build

${INSTALLED_EPICS_VERSIONS:%=install.%}:
	${MAKEVERSION} EPICSVERSION=${@:install.%=%} install

${INSTALLED_EPICS_VERSIONS:%=uninstall.%}:
	${MAKEVERSION} EPICSVERSION=${@:uninstall.%=%} uninstall

${INSTALLED_EPICS_VERSIONS:%=install-headers.%}:
	${MAKEVERSION} EPICSVERSION=${@:install-headers.%=%} install-headers

${INSTALLED_EPICS_VERSIONS:%=debug.%}:
	${MAKEVERSION} EPICSVERSION=${@:debug.%=%} debug

else # EPICSVERSION
# EPICSVERSION defined 
# second or third turn (see T_A branch below)

ifneq ($(filter 3.14.%,$(EPICSVERSION)),)
EPICS_BASETYPE=3.14
endif # 3.14
ifneq ($(filter 3.13.%,$(EPICSVERSION)),)
EPICS_BASETYPE=3.13
endif # 3.13

EPICS_BASE=${EPICS_LOCATION}/base-${EPICSVERSION}

# Is a version requested which is not installed?
# Look if ${EPICS_BASE}/config/CONFIG file exists.
${EPICS_BASE}/config/CONFIG:
	@echo "ERROR: EPICS release ${EPICSVERSION} not installed on this host."
	@if [ `hostname -i` != slslc03 ]; then \
	    echo "ERROR: Try to log in on slslc."; \
	fi

# Include and overwrite default config for this EPICS version
# This is how a "normal" EPICS Makefile.Vx would start.
ifeq (${EPICS_BASETYPE},3.13)
-include ${EPICS_BASE}/config/CONFIG
OBJ=.o
export BUILD_TYPE=Vx
else # 3.14
# Some TOP and EPICS_BASE tweeking necessary to work around release check in 3.14.10+
CONFIG=${EPICS_BASE}/configure
EB=${EPICS_BASE}
TOP:=${EPICS_BASE}
-include ${EPICS_BASE}/configure/CONFIG
EPICS_BASE:=${EB}
SHRLIB_VERSION=
endif # 3.14
INSTALL_LOCATION= ${INSTALL_ROOT}/R${EPICSVERSION}

ifndef T_A
### RUN 2
# target achitecture not yet defined
# but EPICSVERSION is already known
# still in source directory, second run

# Look for sources etc.
# Export everything for third run

AUTOSRCS := $(filter-out ~%,$(wildcard *.c) $(wildcard *.cc) $(wildcard *.cpp) $(wildcard *.st) $(wildcard *.stt) $(wildcard *.gt))
SRCS = $(if ${SOURCES},$(filter-out -none-,${SOURCES}),${AUTOSRCS})
SRCS += ${SOURCES_${EPICS_BASETYPE}}
export SRCS

DBDFILES = $(if ${DBDS},${DBDS},$(wildcard *Record.dbd) $(strip $(filter-out %Include.dbd dbCommon.dbd %Record.dbd,$(wildcard *.dbd)) ${BPTS}))
DBDFILES += ${DBDS_${EPICS_BASETYPE}}
DBDFILES += $(patsubst %.gt,%.dbd,$(notdir $(filter %.gt,${SRCS})))
ifeq (${EPICS_BASETYPE},3.14)
DBDFILES += $(patsubst %.st,%_snl.dbd,$(notdir $(filter %.st,${SRCS})))
DBDFILES += $(patsubst %.stt,%_snl.dbd,$(notdir $(filter %.stt,${SRCS})))
endif # 3.14
PROJECTDBD=${PRJ}${LIBVERSIONSTR}.dbd
export DBDFILES PROJECTDBD     

RECORDS1 = $(patsubst %Record.dbd,%,$(notdir $(filter %Record.dbd, ${DBDS})))
RECORDS2 = $(shell ${MAKEHOME}/expandDBD.tcl -r $(addprefix -I, $(sort $(dir ${DBDFILES}))) ${DBDS})
RECORDS = $(sort ${RECORDS1} ${RECORDS2})
export RECORDS

MENUS = $(patsubst %.dbd,%.h,$(wildcard menu*.dbd))
export MENUS

BPTS = $(patsubst %.data,%.dbd,$(wildcard bpt*.data))
export BPTS

HDRS = ${HEADERS} $(addsuffix Record.h,${RECORDS})
export HDRS

TEMPLS = ${TEMPLATES}
export TEMPLS

DOCUDIR = .
DOCU = $(foreach DIR,${DOCUDIR},$(wildcard ${DIR}/*README*) $(foreach EXT,${DOCUEXT}, $(wildcard ${DIR}/*.${EXT})))
export DOCU

# Loop over all target architectures for third run
# Go to O.${T_A} subdirectory because Rules.Vx only work there:

ifeq (${EPICS_BASETYPE},3.14)
CROSS_COMPILER_TARGET_ARCHS += ${EPICS_HOST_ARCH}
endif # 3.14

SRCS_Linux = ${SOURCES_Linux}
SRCS_Linux += ${SOURCES_${EPICS_BASETYPE}_Linux}
SRCS_Linux += ${SOURCES_Linux_${EPICS_BASETYPE}}
export SRCS_Linux
SRCS_vxWorks = ${SOURCES_vxWorks}
SRCS_vxWorks += ${SOURCES_${EPICS_BASETYPE}_vxWorks}
SRCS_vxWorks += ${SOURCES_vxWorks_${EPICS_BASETYPE}}
export SRCS_vxWorks
DBDFILES_Linux = ${DBDS_Linux}
DBDFILES_Linux += ${DBDS_${EPICS_BASETYPE}_Linux}
DBDFILES_Linux += ${DBDS_Linux_${EPICS_BASETYPE}}
export DBDFILES_Linux
DBDFILES_vxWorks = ${DBDS_vxWorks}
DBDFILES_vxWorks += ${DBDS_${EPICS_BASETYPE}_vxWorks}
DBDFILES_vxWorks += ${DBDS_vxWorks_${EPICS_BASETYPE}}
export DBDFILES_vxWorks

# Do not install without version
install uninstall install-headers::
ifndef LIBVERSION
	@echo "ERROR: Can't $@ without LIBVERSION defined"
	@exit 1
endif # !LIBVERSION

debug::
	@echo "EPICSVERSION = ${EPICSVERSION}" 
	@echo "EPICS_BASETYPE = ${EPICS_BASETYPE}" 
	@echo "CROSS_COMPILER_TARGET_ARCHS = ${CROSS_COMPILER_TARGET_ARCHS}"
	@echo "EPICS_BASE = ${EPICS_BASE}"
	@echo "INSTALL_LOCATION = ${INSTALL_LOCATION}"
	@echo "LIBVERSION = ${LIBVERSION}"

install build install-headers debug:: .cvsignore
	@echo "MAKING EPICS VERSION R${EPICSVERSION}"
# Delete old build if INSTBASE has changed.
# Create build dirs (and links) if necessary 
	@for ARCH in ${CROSS_COMPILER_TARGET_ARCHS}; do \
            echo ${INSTBASE} | cmp -s O.${EPICSVERSION}_$$ARCH/INSTBASE - || $(RMDIR) O.${EPICSVERSION}_$$ARCH; \
	    if [ ! -d O.${EPICSVERSION}_$$ARCH ]; then \
	        mkdir -p O.${EPICSVERSION}_$$ARCH; \
	        if [ -z "${LIBVERSION}" ]; then \
	            ${EXISTS} O.${EPICSVERSION}.syncTS_$$ARCH || ${LN} O.${EPICSVERSION}_$$ARCH O.${EPICSVERSION}.syncTS_$$ARCH; \
	            ${EXISTS} O.${EPICSVERSION}_$${ARCH/-/-test-} || ${LN} O.${EPICSVERSION}_$$ARCH O.${EPICSVERSION}_$${ARCH/-/-test-}; \
	        fi; \
	    fi; \
	    ${MAKE} -C O.${EPICSVERSION}_$$ARCH -f ../${USERMAKEFILE} T_A=$$ARCH $@; \
	done

.cvsignore:
	echo "O.* .cvsignore" > .cvsignore

# No need to create O.${T_A} subdirectory here:
uninstall install-doc install-templates::
	@echo "MAKING EPICS VERSION R${EPICSVERSION}"
	for ARCH in ${CROSS_COMPILER_TARGET_ARCHS}; do \
	${MAKEVERSION} T_A=$$ARCH $@; done

else # T_A
## RUN 3
# target architecture defined 
# third run, in O.* directory for build, install, install-headers
# still in source directory for uninstall, install-doc, install-templates

ifeq ($(filter ${OS_CLASS},${OS_CLASS_LIST}),)

build%: build
build:
	@echo skipping ${T_A} because ${OS_CLASS} is not in BUILDCLASSES
%:
	@true
else # OS_CLASS in BUILDCLASSES

CFLAGS += ${EXTRA_CFLAGS}
INSTALL_BIN = ${INSTALL_LOCATION}/${T_A}
INSTALL_DOC = $(dir ${INSTALL_LOCATION})driverdoc
INSTALL_TEMPL = $(dir ${INSTALL_LOCATION})templates
INSTALL_LIBRARY = $(addprefix ${INSTALL_BIN}/,${PROJECTLIB})
INSTALL_PROJECTDBD = $(addprefix ${INSTALL_DBD}/,${PROJECTDBD})
INSTALL_HDRS = $(patsubst %.h,${INSTALL_INCLUDE}/%${LIBVERSIONSTR}.h, $(notdir ${HDRS}))
INSTALL_DOCUS = $(addprefix ${INSTALL_DOC}/${PRJ}/,$(notdir ${DOCU}))
INSTALL_TEMPLATES = $(addprefix ${INSTALL_TEMPL}/,$(subst .,${LIBVERSIONSTR}.,$(notdir ${TEMPLS})))
INSTALL_DEP = ${INSTALL_BIN}/${DEPFILE}

DEPFILE = ${PRJ}${LIBVERSIONSTR}.dep

INSTALLDIRS = ${INSTALL_LOCATION} ${INSTALL_INCLUDE} ${INSTALL_BIN} 
INSTALLDIRS += ${INSTALL_DBD} ${INSTALL_DOC} ${INSTALL_DOC}/${PRJ}
INSTALLDIRS += ${INSTALL_TEMPL} 
 
DBDLINKS = ${INSTALL_BIN}/dbd

ifeq ($(words ${DBDFILES}),0)
PROJECTDBD=
endif # !DBDFILES

#INSTALL = install -m 444

debug::
	@echo "BUILDCLASSES = ${BUILDCLASSES}"
	@echo "OS_CLASS = ${OS_CLASS}"
	@echo "T_A = ${T_A}"
	@echo "ARCH_PARTS = ${ARCH_PARTS}"
	@echo "PROJECTDBD = ${PROJECTDBD}"
	@echo "RECORDS = ${RECORDS}"
	@echo "MENUS = ${MENUS}"
	@echo "BPTS = ${BPTS}"
	@echo "HDRS = ${HDRS}"
	@echo "SOURCES = ${SOURCES}" 
	@echo "SOURCES_${EPICS_BASETYPE} = ${SOURCES_${EPICS_BASETYPE}}" 
	@echo "SOURCES_${OS_CLASS} = ${SOURCES_${OS_CLASS}}" 
	@echo "SRCS = ${SRCS}" 
	@echo "LIBOBJS = ${LIBOBJS}"
	@echo "DBDS = ${DBDS}"
	@echo "DBDS_${EPICS_BASETYPE} = ${DBDS_${EPICS_BASETYPE}}"
	@echo "DBDS_${OS_CLASS} = ${DBDS_${OS_CLASS}}"
	@echo "DBDFILES = ${DBDFILES}"

ifeq (${EPICS_BASETYPE},3.13)
install:: build ${INSTALLDIRS} ${DBDLINKS} ${INSTALL_HDRS} ${INSTALL_TEMPLATES}
else # 3.14
install: build ${INSTALLDIRS} ${DBDLINKS} ${INSTALL_HDRS} ${INSTALL_TEMPLATES}
endif # 3.14

install-headers:: ${INSTALL_LOCATION} ${INSTALL_INCLUDE}
install-headers:: ${INSTALL_HDRS}
install-templates:: ${INSTALL_TEMPLATES}
install-doc:: ${INSTALL_LOCATION} ${INSTALL_DOC} ${INSTALL_DOC}/${PRJ} ${INSTALL_DOCUS}

${INSTALLDIRS}:
	mkdir -m 775 $@

${INSTALL_BIN}/dbd:
	${LN} ../dbd $@

${INSTALL_DOC}/${PRJ}/%: %
	@echo "Installing documentation $@"
	$(RM) $@
	cp $^ $@
	chmod 444 $@

${INSTALL_TEMPL}/%${LIBVERSIONSTR}.template: %.template
	@echo "Installing template file $@"
	$(RM) $@
	echo "#${PRJ}Lib ${LIBVERSION}" > $@
	cat $^ >> $@
	chmod 444 $@
	@[ "${LIBVERSION}" == "test" ] || \
	${MAKEHOME}/setLinks.tcl ${INSTALL_TEMPL} .template $(basename $(notdir $^))

${INSTALL_TEMPL}/%${LIBVERSIONSTR}.db: %.db
	@echo "Installing template file $@"
	$(RM) $@
	echo "#${PRJ}Lib ${LIBVERSION}" > $@
	cat $^ >> $@
	chmod 444 $@
	@[ "${LIBVERSION}" == "test" ] || \
	${MAKEHOME}/setLinks.tcl ${INSTALL_TEMPL} .db $(basename $(notdir $^))

ifeq ($(filter O.%,$(notdir ${CURDIR})),)
# still in source directory, third run
# EPICSVERSION and T_A defined 

RMFILES += ${INSTALL_BIN}/${PRJ}Lib${LIBVERSIONSTR}
RMFILES += ${INSTALL_BIN}/${PRJ}Lib${LIBVERSIONSTR}.munch
RMFILES += ${INSTALL_BIN}/lib${PRJ}${LIBVERSIONSTR}.so
RMFILES += ${INSTALL_DEP}
RMFILES += ${INSTALL_PROJECTDBD}
RMFILES += ${INSTALL_HDRS}
RMFILES += ${INSTALL_TEMPLATES}

uninstall::
	@for i in ${RMFILES}; \
	    do ${EXISTS} $$i && echo "Uninstalling $$i" && $(RM) $$i; \
	done; true
	@if [ "${LIBVERSION}" != "test" ]; \
	then  \
	    ${MAKEHOME}/setLinks.tcl ${INSTALL_BIN} "" ${PRJ}Lib; \
	    ${MAKEHOME}/setLinks.tcl ${INSTALL_BIN} .munch ${PRJ}Lib; \
	    ${MAKEHOME}/setLinks.tcl ${INSTALL_BIN} .so lib${PRJ}; \
	    ${MAKEHOME}/setLinks.tcl ${INSTALL_BIN} .dep ${PRJ}; \
	    ${MAKEHOME}/setLinks.tcl ${INSTALL_DBD} .dbd ${INSTALL_PROJECTDBD:%${LIBVERSIONSTR}.dbd=%}; \
	    ${MAKEHOME}/setLinks.tcl ${INSTALL_INCLUDE} .h $(notdir ${HDRS:%.h=%}); \
	    ${MAKEHOME}/setLinks.tcl ${INSTALL_TEMPL} .template $(notdir ${TEMPLS:%.template=%}); \
	    ${MAKEHOME}/setLinks.tcl ${INSTALL_TEMPL} .db $(notdir ${TEMPLS:%.db=%}); \
	fi

${INSTALL_INCLUDE}/%${LIBVERSIONSTR}.h: %.h
	@echo "Installing header file $@"
	$(RM) $@
	echo "#define __${PRJ}Lib__ ${MAJOR}.${MINOR}" > $@
	cat $^ >> $@
	chmod 444 $@
	@[ "${LIBVERSION}" == "test" ] || \
	${MAKEHOME}/setLinks.tcl ${INSTALL_INCLUDE} .h $(basename $(notdir $^))

vpath %.db $(sort $(dir ${TEMPLS}))
vpath %.template $(sort $(dir ${TEMPLS}))
vpath % $(sort $(dir ${DOCU}))

else # in O.* directory, third run

# add sources for specific epics types (3.13 or 3.14) or architectures
ARCH_PARTS = ${T_A} $(subst -, ,${T_A}) ${OS_CLASS}
SRCS += $(foreach PART, ${ARCH_PARTS}, ${SRCS_${PART}})
SRCS += $(foreach PART, ${ARCH_PARTS}, ${SRCS_${EPICS_BASETYPE}_${PART}})
DBDFILES += $(foreach PART, ${ARCH_PARTS}, ${DBDFILES_${PART}})
DBDFILES += $(foreach PART, ${ARCH_PARTS}, ${DBDFILES_${EPICS_BASETYPE}_${PART}})

# Different settings required to build library in 3.13. and 3.14

ifeq (${EPICS_BASETYPE},3.13) # only 3.13 from here

PROJECTLIB = $(if ${LIBOBJS},${PRJ}Lib${LIBVERSIONSTR},)
# Convert sources to object code, skip .a and .o here
LIBOBJS += $(patsubst %,%.o,$(notdir $(basename $(filter-out %.o %.a,${SRCS}))))
# add all .a and .o with absolute path
LIBOBJS += $(filter /%.o /%.a,${SRCS})
# add all .a and .o with relative path, but prefix with ../
LIBOBJS += $(patsubst %,../%,$(filter-out /%,$(filter %.o %.a,${SRCS})))
LIBOBJS += ${LIBRARIES:%=${INSTALL_BIN}/%Lib}
LIBNAME = ${PROJECTLIB}

else # only 3.14 from here

ifeq (${OS_CLASS},vxWorks)
PROJECTLIB = $(if ${LIBOBJS},${PRJ}Lib${LIBVERSIONSTR},)
else # !vxWorks
PROJECTLIB = $(if ${LIBOBJS},${LIB_PREFIX}${PRJ}${LIBVERSIONSTR}${SHRLIB_SUFFIX},)
endif # !vxWorks

# vxWorks
PROD_vxWorks=${PROJECTLIB}.
LIBOBJS += $(addsuffix $(OBJ),$(notdir $(basename $(filter-out %.o %.a,$(sort ${SRCS})))))
LIBOBJS += ${LIBRARIES:%=${INSTALL_BIN}/%Lib}
LIBS = -L ${EPICS_BASE_LIB} ${BASELIBS:%=-l%}
LINK.cpp += ${LIBS}
PRODUCT_OBJS = ${LIBOBJS}

# Linux
LOADABLE_LIBRARY=$(if ${LIBOBJS},${PRJ}${LIBVERSIONSTR},)
LIBRARY_OBJS = ${LIBOBJS}
ifneq ($(words $(filter %.st %.stt,${SRCS})),0)
# now srq is a normal module found by require
#SHRLIB_SEARCH_DIRS += $(EPICS_LOCATION)/seq/lib/$(T_A)
#LIB_LIBS += pv seq
endif # .st  or .stt

# Handle registry stuff automagically if we have a dbd file.
# See ${REGISTRYFILE} and ${EXPORTFILE} rules below.
ifdef PROJECTDBD
LIBOBJS += $(addsuffix $(OBJ),$(basename ${REGISTRYFILE} ${EXPORTFILE}))
endif # PROJECTDBD

endif # both, 3.13 and 3.14 from here

# If we build a library and use versions, provide a version variable.
ifdef PROJECTLIB
ifdef LIBVERSION
LIBOBJS += $(addsuffix $(OBJ),$(basename ${VERSIONFILE}))
endif # LIBVERSION
endif # PROJECTLIB

ifdef LIBVERSION
ifneq (${LIBVERSION},test)
# Provide a global symbol for every version with the same
# major and equal or smaller minor version number.
# Other code using this will look for one of those symbols.
# Add an undefined symbol for the version of every used driver.
# This is done with the #define in the used headers (see below).
MAJOR_MINOR_PATCH=$(subst ., ,${LIBVERSION})
MAJOR=$(word 1,${MAJOR_MINOR_PATCH})
MINOR=$(word 2,${MAJOR_MINOR_PATCH})
PATCH=$(word 3,${MAJOR_MINOR_PATCH})
ALLMINORS := $(shell for ((i=0;i<=${MINOR};i++));do echo $$i;done)
PREREQUISITES = $(shell ${MAKEHOME}/getPrerequisites.tcl ${INSTALL_INCLUDE} | grep -vw ${PRJ})
ifeq (${OS_CLASS}, vxWorks)
PROVIDES = ${ALLMINORS:%=--defsym __${PRJ}Lib_${MAJOR}.%=0}
#REQUIRES = ${PREREQUISITES:%=-u __%}
endif # vxWorks
ifeq (${OS_CLASS}, Linux)
REQUIRES = ${PREREQUISITES:%=-Wl,-u,%}
PROVIDES = ${ALLMINORS:%=-Wl,--defsym,${PRJ}Lib_${MAJOR}.%=0}
endif # Linux
endif # !test
endif # LIBVERSION defined

LDFLAGS += ${PROVIDES} ${REQUIRES}

# Create and include dependency files
CPPFLAGS += -MD
# 3.14.12 uses -MDD instead. Remove it
HDEPENDSCFLAGS =
-include *.d

# Setup searchpaths from all used files
vpath % ..
vpath % $(sort $(dir ${SRCS:%=../%}))
vpath %.h $(sort $(dir ${HDRS:%=../%}))
vpath %.template $(sort $(dir ${TEMPLS:%=../%}))
vpath %.db $(sort $(dir ${TEMPLS:%=../%}))
vpath %.dbd $(sort $(dir ${DBDFILES:%=../%}))
#VPATH += $(sort $(dir ${DOCU:%=../%}))

DBDDIRS = $(sort $(dir ${DBDFILES:%=../%}))
DBDDIRS += ${INSTALL_DBD} ${EPICS_BASE}/dbd
DBDEXPANDPATH = $(addprefix -I , ${DBDDIRS})
USR_DBDFLAGS += $(DBDEXPANDPATH)

ifeq (${EPICS_BASETYPE},3.13)
USR_INCLUDES += $(addprefix -I, $(sort $(dir ${SRCS:%=../%} ${HDRS:%=../%})))
build:: PROJECTINFOS ${PROJECTDBD} $(addsuffix Record.h,${RECORDS}) ${PROJECTLIB}
.PHONY:: PROJECTINFOS
ifneq ($(filter %.cc %.cpp,${SRCS}),)
ifneq (${T_A},T1-ppc604)
#add munched library for C++ code (does not work for T1-ppc604)
PROD += ${PROJECTLIB}.munch
endif # T1-ppc604
endif # .cc or .cpp found
else # 3.14
# different macros for 3.14.12 and earlier versions
SRC_INCLUDES = $(addprefix -I, $(sort $(dir ${SRCS:%=../%} ${HDRS:%=../%})))
GENERIC_SRC_INCLUDES = $(SRC_INCLUDES)
build: PROJECTINFOS ${PROJECTDBD} $(addsuffix Record.h,${RECORDS})
.PHONY: PROJECTINFOS
EXPANDARG = -3.14
ifneq ($(words $(filter %.c %.cc %.C %.cpp, $(SRCS))),0)
DBDFILES+=${SUBFUNCFILE}
endif
endif # 3.14

PROJECTINFOS:
	@echo ${PRJ} > PROJECTNAME
	@echo ${INSTBASE} > INSTBASE
	@echo ${PROJECTLIB} ${PROJECTLIB}.munch ${PROJECTDBD} ${DEPFILE} > PRODUCTS

# Build one dbd file by expanding all source dbd files.
# We can't use dbExpand (from the default EPICS make rules)
# because it has too strict checks for a loadable module.
${PROJECTDBD}: ${DBDFILES}
	@echo "Expanding $@"
	${MAKEHOME}/expandDBD.tcl ${EXPANDARG} ${DBDEXPANDPATH} $^ > $@

# Install everything and set up symbolic links
${INSTALL_BIN}/${PROJECTLIB}.munch: ${PROJECTLIB}.munch
	@echo "Installing munched library $@"
	$(RM) $@
	cp $^ $@
	chmod 444 $@
	@[ "${LIBVERSION}" == "test" ] || \
	${MAKEHOME}/setLinks.tcl ${INSTALL_BIN} .munch ${PRJ}Lib

${INSTALL_BIN}/${PROJECTLIB}: ${PROJECTLIB}
	@echo "Installing library $@"
	$(RM) $@
	cp $^ $@
	chmod 444 $@
	@[ "${LIBVERSION}" == "test" ] || \
	${MAKEHOME}/setLinks.tcl ${INSTALL_BIN} "" ${PRJ}Lib
	${MAKEHOME}/setLinks.tcl ${INSTALL_BIN} .so lib${PRJ}

${INSTALL_BIN}/${DEPFILE}: ${DEPFILE}
	@echo "Installing dependency file $@"
	$(RM) $@
	cp $^ $@
	chmod 444 $@
	@[ "${LIBVERSION}" == "test" ] || \
	${MAKEHOME}/setLinks.tcl ${INSTALL_BIN} .dep ${PRJ}

${INSTALL_DBD}/%.dbd: %.dbd
	@echo "Installing dbd file $@"
	$(RM) $@
	cp $^ $@
	chmod 444 $@
	@[ "${LIBVERSION}" == "test" ] || \
	${MAKEHOME}/setLinks.tcl ${INSTALL_DBD} .dbd ${^:%${LIBVERSIONSTR}.dbd=%}

# Add a #define so that users of the header know the version.
${INSTALL_INCLUDE}/%${LIBVERSIONSTR}.h: %.h
	@echo "Installing header file $@"
	$(RM) $@
	echo "#define __${PRJ}Lib__ ${MAJOR}.${MINOR}" > $@
	cat $^ >> $@
	chmod 444 $@
	@[ "${LIBVERSION}" == "test" ] || \
	${MAKEHOME}/setLinks.tcl ${INSTALL_INCLUDE} .h $(basename $(notdir $^))


# Include default EPICS Makefiles (version dependent)
ifeq (${EPICS_BASETYPE},3.13)
include ${EPICS_BASE}/config/RULES.Vx
install:: ${INSTALL_DOCUS} ${INSTALL_PROJECTDBD} ${INSTALL_DEP}
else # 3.14
COMMON_DIR = .
RELEASE_DBDFLAGS = -I ${EPICS_BASE}/dbd
RELEASE_INCLUDES = -I ${EPICS_BASE}/include -I ${EPICS_BASE}/include/os/${OS_CLASS}
# avoid library installation when doing 'make build'
INSTALL_LOADABLE_SHRLIBS=
include ${EPICS_BASE}/configure/RULES
RULES_TOP=${EPICS_BASE}/../seq
include ${RULES_TOP}/configure/RULES_BUILD
SNC_CFLAGS=-I ${RULES_TOP}/include
install: ${INSTALL_DOCUS} ${INSTALL_PROJECTDBD} ${INSTALL_LIBRARY} ${INSTALL_DEP}
endif # 3.14

# Create SNL code from st/stt file
# (RULES.Vx only allows ../%.st, 3.14 has no .st rules at all)
# Important to have %.o: %.st and %.o: %.stt rule before %.o: %.c rule!
# Preprocess in any case because docu and EPICS makefiles mismatch here

CPPSNCFLAGS1  = $(filter -D%, ${OP_SYS_CFLAGS})
CPPSNCFLAGS1 += $(filter-out ${OP_SYS_INCLUDE_CPPFLAGS} ,${CPPFLAGS}) ${CPPSNCFLAGS}
SNCFLAGS += -r

%$(OBJ) %_snl.dbd: %.st
	@echo "Preprocessing $*.st"
	$(RM) $(*F).i
	$(CPP) ${CPPSNCFLAGS1} $< > $(*F).i
	@echo "Converting $(*F).i"
	$(RM) $@
	$(SNC) $(TARGET_SNCFLAGS) $(SNCFLAGS) $(*F).i
	@echo "Compiling $(*F).c"
	$(RM) $@
	$(COMPILE.c) ${SNC_CFLAGS} $(*F).c
	@echo "Building $(*F)_snl.dbd"
	awk -F '[ ;]' '/extern struct seqProgram/ { print "registrar (" $$4 "Registrar)"}' $(*F).c > $(*F)_snl.dbd

%$(OBJ) %_snl.dbd: %.stt
	@echo "Preprocessing $*.stt"
	$(RM) $(*F).i
	$(CPP) ${CPPSNCFLAGS1} $< > $(*F).i
	@echo "Converting $(*F).i"
	$(RM) $@
	$(SNC) $(TARGET_SNCFLAGS) $(SNCFLAGS) $(*F).i
	@echo "Compiling $(*F).c"
	$(RM) $@
	$(COMPILE.c) ${SNC_CFLAGS} $(*F).c
	@echo "Building $(*F)_snl.dbd"
	awk -F '[ ;]' '/extern struct seqProgram/ { print "registrar (" $$4 "Registrar)"}' $(*F).c > $(*F)_snl.dbd

# Create GPIB code from gt file
%.c %.dbd %.list: %.gt
	@echo "Converting $*.gt"
	${LN} $< $(*F).gt
	gdc $(*F).gt

# Create dbd file with references to all subRecord functions
${SUBFUNCFILE}: $(filter %.c %.cc %.C %.cpp, $(SRCS))
	@awk '/^[\t ]*static/ {next} /\([\t ]*(struct)?[\t ]*(genSub|sub|asub)Record[\t ]*\*[\t ]*\w+[\t ]*\)/ {\
            match ($$0,/(\w+)[\t ]*\([\t ]*(struct)?[\t ]*\w+Record[\t ]*\*[\t ]*\w+[\t ]*\)/, a);\
            print "function (" a[1] ")"\
        }' $< > $@

# Check object code for wrong argument types in va_arg.
# Some compilers seem to have problems with this.
%$(OBJ): %.c
	@echo "Compiling $<"
	$(RM) $@
	$(COMPILE.c) $<
	@$(NM) $@ | if grep -q __va_arg_type_violation; \
	    then \
	     echo "Error: va_arg type violation. Did you use float, char, or short in va_arg() ?" >&2; \
	     $(RM) $@; exit 1; \
	     else true; \
	fi

# The original 3.13 munching rule does not really work well

MUNCH = $(PERL) $(EPICS_LOCATION)/base/bin/$(EPICS_HOST_ARCH)/munch.pl
%.munch: %
	$(RM) $*_ctct.o $*_ctdt.c
	$(NM) $< | $(MUNCH) > $*_ctdt.c
	$(GCC) -traditional $(CFLAGS) -fdollars-in-identifiers -c $(SOURCE_FLAG) $*_ctdt.c
	$(LINK.c) $@ $< $*_ctdt.o

${VERSIONFILE}:
ifneq (${LIBVERSION},test)
	echo "double _${PRJ}LibVersion = ${MAJOR}.${MINOR};" > $@
endif # test
	echo "char _${PRJ}LibRelease[] = \"${LIBVERSION}\";" >> $@

# EPICS R3.14.*:
# Create file to fill registry from dbd file.
${REGISTRYFILE}: ${PROJECTDBD}
	$(RM) $@ temp.cpp
	$(PERL) $(EPICS_BASE_HOST_BIN)/registerRecordDeviceDriver.pl $< $(basename $@) > temp.cpp
	$(MV) temp.cpp $@

# 3.14.12 kills me if this rule is not overwritten
./%Include.dbd:

# For 3.13 code used with 3.14:
# Add missing epicsExportAddress() calls for registry.

define makexportfile
BEGIN { print "/* This is a generated file. Do not modify! */"; \
	print "#include <drvSup.h>"; \
	print "#include <devSup.h>"; \
	print "#include <recSup.h>"; \
	print "#include <registryFunction.h>"; \
	print "#include <epicsExport.h>"; \
	print "/* These are the RegisterFunction and ExportAddress calls missing for 3.14 compatible code. */"; \
      } \
/ U pvar_func_register_func_/ {name=substr($$2,25); func_missing[name]=1; next;} \
/ [A-Z] pvar_func_register_func_/ {name=substr($$3,25); func_found[name]=1; next;} \
/ U pvar_func_/ {name=substr($$2,11); reg_missing[name]=1; next;} \
/ [A-Z] pvar_func_/ {name=substr($$3,11); reg_found[name]=1; next;} \
/ U pvar_/ {i=index(substr($$2,6),"_"); type=substr($$2,6,i-1); name=substr($$2,i+6); var_missing[name]=type; next;} \
/ [A-Z] pvar_/ {i=index(substr($$3,6),"_"); name=substr($$3,i+6); var_found[name]=1; next;} \
END {for (name in func_missing) if (!func_found[name]) { \
	print "void " name "();"; \
	print "epicsRegisterFunction(" name ");"} \
     for (name in reg_missing) if (!reg_found[name]) { \
	print "REGISTRYFUNCTION " name ";"; \
	print "epicsRegisterFunction(" name ");"} \
     for (name in var_missing) if (!var_found[name]) { \
        type = var_missing[name]; \
	print "extern " type " " name ";"; \
	print "epicsExportAddress(" type ", " name ");"} \
    }
endef
 
CORELIB = ${CORELIB_${OS_CLASS}}
CORELIB_vxWorks = ${EPICS_BASE}/bin/${T_A}/iocCoreLibrary.o
 
${EXPORTFILE}: $(filter-out $(basename ${EXPORTFILE})$(OBJ),${LIBOBJS})
	$(RM) $@
	$(NM) $^ ${BASELIBS:%=${EPICS_BASE}/lib/${T_A}/lib%.a} ${CORELIB} | awk '$(makexportfile)' > $@

# Create dependency file for recursive requires
${PROJECTLIB}: ${DEPFILE}
${DEPFILE}: ${LIBOBJS}
	@echo "Collecting dependencies"
	$(RM) $@
	@echo "# Generated file. Do not edit." > $@
	${MAKEHOME}/getPrerequisites.tcl -dep ${INSTALL_INCLUDE} | grep -vw ${PRJ} >> $@; true

ifeq (${EPICS_BASETYPE},3.14)
ifneq (${OS_CLASS},vxWorks)
build:
	$(RM) MakefileInclude
endif # !vxWorks
endif # 3.14

endif # in O.* directory
endif # T_A defined
endif # OS_CLASS in BUILDCLASSES
endif # EPICSVERSION defined