fpc/tests/Makefile

#
# Makefile generated by fpcmake v0.99.13 [2000/02/24]
#

defaultrule: info

#####################################################################
# Autodetect OS (Linux or Dos or Windows NT)
# define inlinux when running under linux
# define inWinNT when running under WinNT
#####################################################################

# We need only / in the path
override PATH:=$(subst \,/,$(PATH))

# Search for PWD and determine also if we are under linux
PWD:=$(strip $(wildcard $(addsuffix /pwd.exe,$(subst ;, ,$(PATH)))))
ifeq ($(PWD),)
PWD:=$(strip $(wildcard $(addsuffix /pwd,$(subst :, ,$(PATH)))))
ifeq ($(PWD),)
nopwd:
	@echo You need the GNU utils package to use this Makefile!
	@echo Get ftp://ftp.freepascal.org/pub/fpc/dist/go32v2/utilgo32.zip
	@exit
else
inlinux=1
endif
else
PWD:=$(firstword $(PWD))
endif

# Detect NT - NT sets OS to Windows_NT
ifndef inlinux
ifeq ($(OS),Windows_NT)
inWinNT=1
endif
endif

# Detect OS/2 - OS/2 has OS2_SHELL defined
ifndef inlinux
ifndef inWinNT
ifdef OS2_SHELL
inOS2=1
endif
endif
endif

# The extension of executables
ifdef inlinux
EXEEXT=
else
EXEEXT=.exe
endif

# The path which is searched separated by spaces
ifdef inlinux
SEARCHPATH=$(subst :, ,$(PATH))
else
SEARCHPATH=$(subst ;, ,$(PATH))
endif

# Base dir
ifdef PWD
BASEDIR:=$(shell $(PWD))
else
BASEDIR=.
endif

#####################################################################
# FPC version/target Detection
#####################################################################

# What compiler to use ?
ifndef FPC
# Compatibility with old makefiles
ifdef PP
FPC=$(PP)
else
ifdef inOS2
FPC=ppos2
else
FPC=ppc386
endif
endif
endif
override FPC:=$(subst $(EXEEXT),,$(FPC))
override FPC:=$(subst \,/,$(FPC))$(EXEEXT)

# Target OS
ifndef OS_TARGET
OS_TARGET:=$(shell $(FPC) -iTO)
endif

# Source OS
ifndef OS_SOURCE
OS_SOURCE:=$(shell $(FPC) -iSO)
endif

# Target CPU
ifndef CPU_TARGET
CPU_TARGET:=$(shell $(FPC) -iTP)
endif

# Source CPU
ifndef CPU_SOURCE
CPU_SOURCE:=$(shell $(FPC) -iSP)
endif

# FPC version
ifndef FPC_VERSION
FPC_VERSION:=$(shell $(FPC) -iV)
endif

export FPC OS_TARGET OS_SOURCE CPU_TARGET CPU_SOURCE FPC_VERSION

#####################################################################
# FPCDIR Setting
#####################################################################

# Test FPCDIR to look if the RTL dir exists
ifdef FPCDIR
override FPCDIR:=$(subst \,/,$(FPCDIR))
ifeq ($(wildcard $(FPCDIR)/rtl),)
ifeq ($(wildcard $(FPCDIR)/units),)
override FPCDIR=wrong
endif
endif
else
override FPCDIR=wrong
endif

# Detect FPCDIR
ifeq ($(FPCDIR),wrong)
ifdef inlinux
override FPCDIR=/usr/local/lib/fpc/$(FPC_VERSION)
ifeq ($(wildcard $(FPCDIR)/units),)
override FPCDIR=/usr/lib/fpc/$(FPC_VERSION)
endif
else
override FPCDIR:=$(subst /$(FPC),,$(firstword $(strip $(wildcard $(addsuffix /$(FPC),$(SEARCHPATH))))))
override FPCDIR:=$(FPCDIR)/..
ifeq ($(wildcard $(FPCDIR)/rtl),)
ifeq ($(wildcard $(FPCDIR)/units),)
override FPCDIR:=$(FPCDIR)/..
ifeq ($(wildcard $(FPCDIR)/rtl),)
ifeq ($(wildcard $(FPCDIR)/units),)
override FPCDIR=c:/pp
endif
endif
endif
endif
endif
endif

#####################################################################
# User Settings
#####################################################################


# Targets


# Clean


# Install

ZIPTARGET=install

# Defaults


# Directories


# Packages


# Libraries


#####################################################################
# Default extensions
#####################################################################

# Default needed extensions (Go32v2,Linux)
LOADEREXT=.as
PPLEXT=.ppl
PPUEXT=.ppu
OEXT=.o
ASMEXT=.s
SMARTEXT=.sl
STATICLIBEXT=.a
SHAREDLIBEXT=.so
RSTEXT=.rst
FPCMADE=fpcmade

# Go32v1
ifeq ($(OS_TARGET),go32v1)
PPUEXT=.pp1
OEXT=.o1
ASMEXT=.s1
SMARTEXT=.sl1
STATICLIBEXT=.a1
SHAREDLIBEXT=.so1
FPCMADE=fpcmade.v1
endif

# Go32v2
ifeq ($(OS_TARGET),go32v2)
FPCMADE=fpcmade.dos
endif

# Linux
ifeq ($(OS_TARGET),linux)
FPCMADE=fpcmade.lnx
endif

# Win32
ifeq ($(OS_TARGET),win32)
PPUEXT=.ppw
OEXT=.ow
ASMEXT=.sw
SMARTEXT=.slw
STATICLIBEXT=.aw
SHAREDLIBEXT=.dll
FPCMADE=fpcmade.w32
endif

# OS/2
ifeq ($(OS_TARGET),os2)
PPUEXT=.ppo
ASMEXT=.so2
OEXT=.oo2
SMARTEXT=.so
STATICLIBEXT=.ao2
SHAREDLIBEXT=.dll
FPCMADE=fpcmade.os2
endif

# library prefix
LIBPREFIX=lib
ifeq ($(OS_TARGET),go32v2)
LIBPREFIX=
endif
ifeq ($(OS_TARGET),go32v1)
LIBPREFIX=
endif

# determine which .pas extension is used
ifndef PASEXT
ifdef EXEOBJECTS
override TESTPAS:=$(strip $(wildcard $(addsuffix .pas,$(firstword $(EXEOBJECTS)))))
else
override TESTPAS:=$(strip $(wildcard $(addsuffix .pas,$(firstword $(UNITOBJECTS)))))
endif
ifeq ($(TESTPAS),)
PASEXT=.pp
else
PASEXT=.pas
endif
endif



#####################################################################
# Default Directories
#####################################################################

# set the prefix directory where to install everything
ifndef PREFIXINSTALLDIR
ifdef inlinux
PREFIXINSTALLDIR=/usr
else
PREFIXINSTALLDIR=/pp
endif
endif
export PREFIXINSTALLDIR

# Where to place the resulting zip files
ifndef DESTZIPDIR
DESTZIPDIR:=$(BASEDIR)
endif
export DESTZIPDIR

#####################################################################
# Redirection
#####################################################################

ifndef REDIRFILE
REDIRFILE=log
endif

ifdef REDIR
ifndef inlinux
override FPC=redir -eo $(FPC)
endif
# set the verbosity to max
override FPCOPT+=-va
override REDIR:= >> $(REDIRFILE)
endif

#####################################################################
# Standard rules
#####################################################################

#####################################################################
# Local Makefile
#####################################################################

ifneq ($(wildcard fpcmake.loc),)
include fpcmake.loc
endif

#####################################################################
# Users rules
#####################################################################

# For linux by default no graph tests
ifdef inlinux
NOGRAPH=1
endif

DIRS=tf ts tbs tbf test tesi to webtbs webtbf

# defining NOGRAPH excludes tests using the graph unit, defining
# GRAPH includes those tests.
ifdef NOGRAPH
include graph.lst
endif
ifdef GRAPH
graphlst=
endif

all : info

tests : clean all_compilations

cont_tests : all_compilations

getret$(EXEEXT) : getret.pp
	$(FPC) getret

getreturncode : getret$(EXEEXT)
ifndef inlinux
	redir -ea $(FILE).log -oa $(FILE).log getret $(COMMAND)
	cp retcode $(FILE).$(RESEXT)
else
	getret $(COMMAND) > $(FILE).log 2>$(FILE).log
	cp retcode $(FILE).$(RESEXT)
#       @echo "Return code of $(FILE) is $(cat retcode)"
endif


# retcode should be between 0 and 255
# 256 is for halt
# 512+doserror if doserror<>0
# 1024 RESFILE does not exist
# 2048 RESFILE is not set
ifndef RESFILE
RETVAL=2048
else
ifeq ($(wildcard $(RESFILE)*),$(RESFILE))
RETVAL=$(shell cat $(RESFILE))
else
RETVAL=1024
endif
endif

ifeq ($(RETVAL),0)
testsuccess:
	@echo "Test for $(FILE) success (compiles)"
	@echo "Test for $(FILE) success (compiles)" >>$(LOG)
else
testsuccess:
	@echo "Test for $(FILE) fails (does not compile) error $(RETVAL)"
	@echo "Test for $(FILE) fails (does not compile) error $(RETVAL)" >>$(LOG)
ifdef LONGLOG
	@echo ">>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>" >> $(LONGLOG)
	@echo "Test for $(FILE) fails (does not compile) error $(RETVAL)" >> $(LONGLOG)
	@echo "" >> $(LONGLOG)
	cat $(FILE).log >> $(LONGLOG)
	@echo "" >> $(LONGLOG)
endif
	@echo $(FILE) >> ts_fail
	@echo $(FILE) >> faillist
endif

ifdef EXCFILE
ifeq ($(wildcard $(EXCFILE)*),$(EXCFILE))
EXERETVAL:=$(shell cat $(EXCFILE))
else
EXERETVAL=$(EXCFILE) does not exist
endif
else
EXERETVAL=No EXCFILE variable defined
endif

ifeq ($(EXERETVAL),0)
testexecsuccess:
	@echo "Test for exec $(FILE) success (runs without error)"
	@echo "Test for $(FILE) success (runs without error)" >> $(LOG)
else
testexecsuccess:
	@echo "Test for exec $(FILE) fails exec error $(EXERETVAL)"
	@echo "Test for exec $(FILE) fails exec error $(EXERETVAL)" >> $(LOG)
ifdef LONGLOG
	@echo ">>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>" >> $(LONGLOG)
	@echo "Test for exec $(FILE) fails exec error $(EXERETVAL)" >> $(LONGLOG)
	@echo "" >> $(LONGLOG)
	cat $(FILE).elg >> $(LONGLOG)
	@echo $(FILE) >> ex_fail
endif
endif

ifeq ($(wildcard $(FILE)$(EXEEXT)),$(FILE)$(EXEEXT))
testexec:
	@echo "Testing $(FILE)$(EXEEXT)"
ifdef NOREDIR
	getret $(FILE)$(EXEEXT)
else
ifndef inlinux
	redir -e $(FILE).elg -o $(FILE).elg getret $(FILE)$(EXEEXT)
else
	getret $(FILE)$(EXEEXT) > $(FILE).elg 2>$(FILE).elg
endif
endif
	cp -f retcode $(FILE).exc
	$(MAKE) testexecsuccess 'FILE=$(FILE)' 'EXCFILE=$(FILE).exc'
else
testexec:
ifeq ($(wildcard $(FILE)$(PPUEXT)),$(FILE)$(PPUEXT))
	@echo "file is a unit $(FILE)$(PPUEXT)"
	@echo "unit" > $(FILE).elg
else
	@echo "No exefile $(FILE)$(EXEEXT)"
	@echo $(FILE) >> faillist
ifdef LONGLOG
	@echo "No exefile $(FILE)$(EXEEXT) was generated" >> $(LONGLOG)
endif
endif
endif

test_exc :
	@echo $(wildcard $(FILE).exc*)
	@echo xx$(wildcard $(EXCFILE)*)xx xx$(EXCFILE)xx
	cat $(FILE).exc

ifneq ($(RETVAL),0)
testfail:
	@echo "Test for $(FILE) success (does not compile) error $(RETVAL)"
	@echo "Test for $(FILE) success (does not compile) error $(RETVAL)" >> $(LOG)
else
testfail:
	@echo "Test for $(FILE) fails (does compile and should not)"
	@echo "Test for $(FILE) fails (does compile and should not)" >> $(LOG)
ifdef LONGLOG
	@echo "Test for $(FILE) fails (does compile and should not)" >> $(LONGLOG)
endif
	@echo $(FILE) >> tf_fail
	@echo $(FILE) >> faillist
endif

ifndef LONGLOG
export LONGLOG:=longlog
endif

ifndef LOG
export LOG:=log
endif

ifdef FILE
OPTFILE=$(wildcard $(FILE).opt)
endif

ifdef OPTFILE
override OPT+=$(OPTFILE)
endif

ifndef FILE
FILE=ts/ts00001.pp
endif

testone :
	$(MAKE) getreturncode 'COMMAND=$(FPC) $(OPT) $(FILE).pp' 'RESEXT=$(RESEXT)' 'FILE=$(FILE)'


%.res : %.pp
	$(MAKE) testone 'FILE=$*' 'RESEXT=res'
	$(MAKE) testsuccess 'FILE=$*' 'RESFILE=$*.res'

%.ref : %.pp
	$(MAKE) testone 'FILE=$*' 'RESEXT=ref'
	$(MAKE) testfail 'FILE=$*' 'RESFILE=$*.ref'

# exec log files
# creates two files
# *.elg log file
# *.exc exicode of program
%.elg : %.res
	$(MAKE) testexec 'FILE=$*'

%.eli : %.res
	$(MAKE) testexec 'FILE=$*' 'NOREDIR=YES'

allts : $(patsubst %.pp,%.res,$(filter-out $(graphlst),$(wildcard ts/ts*.pp)))

alltbs : $(patsubst %.pp,%.res,$(filter-out $(graphlst),$(wildcard tbs/tbs*.pp)))

allwebtbs : $(patsubst %.pp,%.res,$(filter-out $(graphlst),$(wildcard webtbs/tbug*.pp)))

tbs0to99    : $(patsubst %.pp,%.res,$(filter-out $(graphlst),$(wildcard tbs/tbs00*.pp)))
tbs100to199 : $(patsubst %.pp,%.res,$(filter-out $(graphlst),$(wildcard tbs/tbs01*.pp)))
tbs200to299 : $(patsubst %.pp,%.res,$(filter-out $(graphlst),$(wildcard tbs/tbs02*.pp)))
tbs300to399 : $(patsubst %.pp,%.res,$(filter-out $(graphlst),$(wildcard tbs/tbs03*.pp)))

alltest : $(patsubst %.pp,%.res,$(filter-out $(graphlst),$(wildcard test/test*.pp)))

alltesi : $(patsubst %.pp,%.res,$(filter-out $(graphlst),$(wildcard tesi/tesi*.pp)))

alltis : $(patsubst %.pp,%.res,$(filter-out $(graphlst),$(wildcard tis/tis*.pp)))

alltf : $(patsubst %.pp,%.ref,$(filter-out $(graphlst),$(wildcard tf/tf*.pp)))

alltbf : $(patsubst %.pp,%.ref,$(filter-out $(graphlst),$(wildcard tbf/tbf*.pp)))

allwebtbf : $(patsubst %.pp,%.ref,$(filter-out $(graphlst),$(wildcard webtbf/tbug*.pp)))

allto : $(patsubst %.pp,%.res,$(filter-out $(graphlst),$(wildcard to/to*.pp)))

ifndef TS_FAIL_LIST
ifeq ($(wildcard ts_fail*),ts_fail)
TS_FAIL_LIST=$(shell cat ts_fail)
export TS_FAIL_LIST
endif
endif

ifndef TF_FAIL_LIST
ifeq ($(wildcard tf_fail*),tf_fail)
TF_FAIL_LIST=$(shell cat tf_fail)
export TF_FAIL_LIST
endif
endif

ifndef EXEC_FAIL_LIST
ifeq ($(wildcard ex_fail*),ex_fail)
EXEC_FAIL_LIST=$(shell cat ex_fail)
export EXEC_FAIL_LIST
endif
endif

clean_fail :
	-rm -f $(addsuffix .res,$(TS_FAIL_LIST))
	-rm -f $(addsuffix .ref,$(TF_FAIL_LIST))
	-rm -f $(addsuffix .res,$(EXEC_FAIL_LIST))
	-rm -f $(addsuffix .elg,$(EXEC_FAIL_LIST))

# Test all failure of last time
# don't forget to try to run them again
again :
	$(MAKE) internal_again LOG=again.log LONGLOG=again.llg

internal_again : clean_fail $(addsuffix .res,$(TS_FAIL_LIST)) \
	$(addsuffix .ref,$(TF_FAIL_LIST)) \
	$(addsuffix .elg,$(EXEC_FAIL_LIST) $(TS_FAIL_LIST))
	grep fails $(LOG)

all_compilations : allts alltbs allwebtbs alltf alltbf allwebtbf allto alltest alltesi alltis
	grep fails $(LOG)

allexec : alltsexec alltbsexec allwebtbsexec alltestexec
	grep fails  $(LOG)

alltestexec: $(patsubst %.pp,%.elg,$(wildcard test/test*.pp))

allfails :
	grep fails $(LOG) > fails.log

# these test are interactive
# no redirection !!!

alltesiexec: $(patsubst %.pp,%.eli,$(filter-out $(graphlst),$(wildcard tesi/tesi*.pp)))

alltsexec: $(patsubst %.pp,%.elg,$(filter-out $(graphlst),$(wildcard ts/ts*.pp)))

alltbsexec: $(patsubst %.pp,%.elg,$(filter-out $(graphlst),$(wildcard tbs/tbs*.pp)))

allwebtbsexec: $(patsubst %.pp,%.elg,$(filter-out $(graphlst),$(wildcard webtbs/tbug*.pp)))

tbsexec0to99 : $(patsubst %.pp,%.elg,$(filter-out $(graphlst),$(wildcard tbs/tbs00*.pp)))
tbsexec100to199 : $(patsubst %.pp,%.elg,$(filter-out $(graphlst),$(wildcard tbs/tbs01*.pp)))
tbsexec200to299 : $(patsubst %.pp,%.elg,$(filter-out $(graphlst),$(wildcard tbs/tbs02*.pp)))
tbsexec300to399 : $(patsubst %.pp,%.elg,$(filter-out $(graphlst),$(wildcard tbs/tbs03*.pp)))

alltisexec: $(patsubst %.pp,%.eli,$(filter-out $(graphlst),$(wildcard tis/tis*.pp)))

clean:
	-rm -f $(addsuffix /*.re*,$(DIRS))
	-rm -f $(addsuffix /*$(PPUEXT),$(DIRS))
	-rm -f $(addsuffix /*$(OEXT),$(DIRS))
	-rm -f $(addsuffix /*.log,$(DIRS))
	-rm -f $(addsuffix /*.elg,$(DIRS))
	-rm -f $(addsuffix /*.exc,$(DIRS))
ifdef inlinux
	-rm -f $(patsubst %.pp,%$(EXEEXT),$(wildcard $(addsuffix /t*.pp,$(DIRS))))
else
	-rm -f $(addsuffix /*$(EXEEXT),$(DIRS))
endif
	-rm -f *.tmp
	-rm -f $(LOG) $(LONGLOG) faillist ts_fail tf_fail ex_fail
	-rm -f fpcmaked ppas.sh ppas.bat retcode

info :
	@echo This Makefile allows to test the compiler
	@echo compilation of 'ts*.pp' should succeed
	@echo compilation of 'tf*.pp' should fail
	@echo compilation of 'test*.pp' should succeed
	@echo 'to*.pp' files should also compile
	@echo simply run \'make tests\' to test all compilation
	@echo run \'make allexec\' to test also if the executables
	@echo created behave like the should
	@echo run \'make tesiexec\' to test executables
	@echo that require interactive mode