gnustep-make 2.6.6-3 / usr / bin / gnustep-tests

#!/bin/bash
#
#  Runs tests for the GNUstep Testsuite
#
#  Copyright (C) 2005-2011 Free Software Foundation, Inc.
#
#  Written by:  Alexander Malmberg <alexander@malmberg.org>
#  Updates by:  Richard Frith-Macdonald <rfm@gnu.org>
#
#  This package 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.
#
#  This library 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.
#
#
# Usage: gnustep-tests [directory | test.m]
#
# Runs the tests in the specified directory (or those in the individual file)
# or all the tests in subdirectories of the current directory if no arguments
# are given.
# A summary is written to tests.sum, a log to tests.log, and a brief
# summary to stdout.
# The log and summary from the previous testrun are renamed to
# oldtests.log and oldtests.sum, available for comparison.

if test -z "$GNUSTEP_MAKEFILES"; then
  GNUSTEP_MAKEFILES=`gnustep-config --variable=GNUSTEP_MAKEFILES 2>/dev/null`
  if test -z "$GNUSTEP_MAKEFILES"; then
    echo "You need to have GNUstep-make installed and set up."
    echo "Did you remember to source GNUstep.sh?"
  else
    echo "You forgot to set your GNUSTEP_MAKEFILES environment variable."
    echo "Setting it to $GNUSTEP_MAKEFILES during this test run."
    export GNUSTEP_MAKEFILES
    . $GNUSTEP_MAKEFILES/GNUstep.sh
  fi
fi

GSTESTTOP="$GNUSTEP_MAKEFILES/TestFramework"
export GSTESTTOP
GSTESTDIR=`pwd`
export GSTESTDIR

GSTESTMODE=normal

# Argument checking
while test $# != 0
do
  gs_option=
  case $1 in
    --clean)
      GSTESTMODE=clean
      ;;
    --debug)
      GSTESTDBG="$GSTESTDIR/gdb.cmds"
      ;;
    --developer)
      GSTESTDEV=yes
      ;;
    --documentation)
      echo
      echo "$0: Script to run the GNUstep testsuite"
      echo "Usage: gnustep-tests [directory | test.m]"
      echo "Runs the specified test, or any in subdirectories of the"
      echo "current directory if no arguments are given."
      echo "Use 'gnustep-tests --help' for basic help."
      echo
      cat $GSTESTTOP/README
      exit 0
      ;;
    --sequential)
      GSSEQUENTIAL=yes
      ;;
    --verbose)
      GSVERBOSE=yes
      ;;
    --failfast)
      GSTESTMODE=failfast
      ;;
    --help | -h)
      echo
      echo "$0: Script to run the GNUstep testsuite"
      echo "Usage: gnustep-tests [directory | test.m]]"
      echo "Runs the specified tests, or any in subdirectories of the"
      echo "current directory if no arguments are given."
      echo "Use 'gnustep-tests --documentation' for full details."
      echo "Use 'gnustep-tests --clean' to remove old logs and leftover files."
      echo "Use 'gnustep-tests --failfast' to stop after the first failure."
      echo "Use 'gnustep-tests --debug' to run gdb for any failed tests."
      echo "Use 'gnustep-tests --developer' to treat hopes as real tests."
      echo "Use 'gnustep-tests --verbose' for full/detailed log output."
      echo "Use 'gnustep-tests --sequential' to disable parallel building."
      echo
      echo "Interpreting the output"
      echo "-----------------------"
      echo "The summary output lists all test failures ... there should not"
      echo "be any.  If a test fails then either there is a problem in the"
      echo "software being tested, or a problem in the test itself. Either"
      echo "way, you should try to fix the problem and provide a patch, or"
      echo "at least report it at: https://savannah.gnu.org/bugs/?group=gnustep"
      echo
      exit 0
      ;;
    *)
      break
      ;;
  esac
  shift
done

export GSTESTMODE
GSTESTLOG=$GSTESTDIR/tests.log
export GSTESTLOG
GSTESTSUM=$GSTESTDIR/tests.sum
export GSTESTSUM

# We assume that the C compiler supports ObjC
if test x"$CC" = x
then
  CC=`gnustep-config --variable=CC`
  export CC
fi

# The C++/ObjC++ tests are currently enabled only if you do 'make
# check GNUSTEP_TEST_OBJCXX=yes'.
if test x"$GNUSTEP_TEST_OBJCXX" = x"yes"
then
  # Determine the ObjC++ compiler to use.  Either it was supplied
  # in the environment or command-line by setting the variable
  # OBJCXX, or we'll use the default configured in gnustep-make.
  if test x"$OBJCXX" = x
  then
    OBJCXX=`gnustep-config --variable=OBJCXX`
  fi

  if test x"$OBJCXX" = x
  then
    echo "Warning: You asked to run the Objective-C++ testcases, but no Objective-C++ compiler was found."
    echo "         Objective-C++ testcases will not be ignored."
    echo "         Try setting OBJCXX to your Objective-C++ compiler to fix this."
  else
    # Set the CXX variable which is the one actually used by gnustep-make
    # to compile and link ObjC++.
    CXX="$OBJCXX"
    export CXX
  fi
else
  OBJCXX=
fi

GSTESTFLAGS=
if test "$GSTESTMODE" = "failfast"
then
  if test x"$GSTESTDEV" = x"yes"
  then
    GSTESTFLAGS="-DTESTDEV=1 -DFAILFAST=1"
  else
    GSTESTFLAGS="-DFAILFAST=1"
  fi
elif test x"$GSTESTDEV" = x"yes"
then
  GSTESTFLAGS="-DTESTDEV=1"
fi

if test x"$GSTESTFLAGS" != x
then
  #
  # We need to add flags to all the code we build.
  # We do this by using the ADDITIONAL_?FLAGS
  # environment variables supported by gnustep-make.
  #
  ADDITIONAL_OBJCFLAGS="$GSTESTFLAGS $ADDITIONAL_OBJCFLAGS"
  export ADDITIONAL_OBJCFLAGS
  ADDITIONAL_OBJCCFLAGS="$GSTESTFLAGS $ADDITIONAL_OBJCCFLAGS"
  export ADDITIONAL_OBJCCFLAGS
fi

#
# We insert our header directory as the first additional header directory
# so that the test header files are found before any others.
#
ADDITIONAL_INCLUDE_DIRS="-I$GSTESTTOP $ADDITIONAL_INCLUDE_DIRS"
export ADDITIONAL_INCLUDE_DIRS

GSTESTFLAGS=`gnustep-config --debug-flags`
GSTESTLIBS=`gnustep-config --gui-libs`
GSTESTOPTS="GNUSTEP_OBJ_DIR=./obj"

if test x"$BASH_VERSION" = x
then
# In some shells the built in test command actually only implements a subset
# of the normally expected functionality (or is partially broken), so we
# define a function to call a real program to do the job.
test()
{
  /usr/bin/test $@
}
fi

if test ! "$MAKE_CMD"
then
  MAKE_CMD=`gnustep-config --variable=GNUMAKE`
  $MAKE_CMD --version > /dev/null 2>&1
  if test $? != 0
  then
    MAKE_CMD=gmake
    $MAKE_CMD --version > /dev/null 2>&1
    if test $? != 0
    then
      MAKE_CMD=make
    fi
  fi
fi

if test $# = 0
then
  echo "Checking for presence of test subdirectories ..."
  NONAME=yes
else
  NONAME=no
fi

TEMP=`echo *`
TESTS=
TESTDIRS=
for file in $TEMP
do
  if test -d $file -a $file != CVS -a $file != obj
  then
    TESTDIRS="$TESTDIRS $file"
  fi
done

if test x$1 != x
then
  if test -d $1
  then
    # Only find in the directories specified.
    TESTDIRS=$*
  elif test -r $1
  then
    TESTDIRS=`dirname $1`
    TESTS=`basename $1`
    BARE=`basename $TESTS .m`
    if test x"$BARE" = x"$TESTS"
    then
      BARE=`basename $TESTS .mm`
      if test x"$BARE" = x"$TESTS"
      then
        BARE=`basename $TESTS .c`
        if test x"$BARE" = x"$TESTS"
        then
          BARE=`basename $TESTS .cc`
          if test x"$BARE" = x"TESTS"
          then
            echo "The file '$1' does not end in .m, .mm, .c or .cc ... cannot test."
            exit 1
          fi
        fi
      fi
    fi
  else
    echo "'$1' is not a directory or a readable source file ... cannot test."
    exit 1
  fi
fi

# Function for platforms where grep can't search for multiple patterns.
extract()
{
  f=$1
  shift
  while test $# != 0
  do
    grep "$1" "$f"
    shift
  done
}

# Function for platforms where grep can't search for multiple patterns.
present()
{
  f=$1
  shift
  while test $# != 0
  do
    grep "$1" "$f" >/dev/null
    if test $? = "0"
    then
      return 0
    fi
    shift
  done
  return 1
}

# Low level function to build and run the Objective-C program $TESTFILE
# in the current directory.  The TEMPLATE variable must already be set
# to the name of the make file template if gnustep-make is to do the
# building.
# 
build_and_run ()
{
  # Remove the extension, if there is one. If there is no extension, add
  # .obj .
  TESTNAME=`echo $TESTFILE | sed -e"s/^\(test^.]*\)$/\1.obj./;s/\.[^.]*//g"`

  # Run the test.

  RUN_CMD="./obj/$TESTNAME"
  if test x"$TEMPLATE" = x
  then
    # The very simple case, we just need to compile a single file
    # putting the executable in the obj subdirectory.
    # We test for a .mm extension to see which compiler to use.
    rm -rf ./obj
    mkdir ./obj
    tmp=`basename $TESTFILE .m`
    if test x"$tmp" = x"$TESTFILE"
    then
      tmp=`basename $TESTFILE .mm`
      if test x"$tmp" = x"$TESTFILE"
      then
        tmp=`basename $TESTFILE .c`
        if test x"$tmp" = x"$TESTFILE"
        then
          BUILD_CMD="$CXX -o ./obj/$TESTNAME $TESTFILE $ADDITIONAL_CXXFLAGS $ADDITIONAL_LDFLAGS"
        else
          BUILD_CMD="$CC -o ./obj/$TESTNAME $TESTFILE $ADDITIONAL_CFLAGS $ADDITIONAL_LDFLAGS"
        fi
      else
        BUILD_CMD="$OBJCXX -o ./obj/$TESTNAME $TESTFILE $GSTESTFLAGS $GSTESTLIBS"
      fi
    else
      BUILD_CMD="$CC -o ./obj/$TESTNAME $TESTFILE $GSTESTFLAGS $GSTESTLIBS"
    fi
  else
    BUILD_CMD="$MAKE_CMD debug=yes $TESTNAME"
  fi

  # Compile it if necessary.
  # Redirect errors to stdout so it shows up in the log,
  # but not in the summary.
  if test "$NEEDBUILD" = "yes"
  then
    echo "Building $dir/$TESTFILE"
    echo "$BUILD_CMD"
    $BUILD_CMD 2>&1
    BUILDSTATUS=$?
  else
    BUILDSTATUS=0
  fi

  if test $BUILDSTATUS != 0
  then
    echo "Failed build:     $1" >&2
    if test "$GSTESTMODE" = "failfast"
    then
      return 1
    fi
  else
    # We want aggressive memory checking.

    # Tell glibc to check for malloc errors, and to crash if it detects
    # any.
    MALLOC_CHECK_=2
    export MALLOC_CHECK_

    # Tell GNUstep-base to check for messages sent to deallocated objects
    # and crash if it happens.
    NSZombieEnabled=YES
    CRASH_ON_ZOMBIE=YES
    export NSZombieEnabled CRASH_ON_ZOMBIE

    echo Running $dir/$TESTFILE...
    # Run it. If it terminates abnormally, mark it as a crash (unless we have
    # a special file to mark it as being expected to abort).
    $RUN_CMD
    if test $? != 0
    then
      if test -r $TESTFILE.abort
      then
	echo "Completed file:  $TESTFILE" >&2
      else
	echo "Failed file:     $TESTFILE aborted without running all tests!" >&2
	if test "$GSTESTMODE" = "failfast"
	then
	  return 1
	fi
      fi
    else
      echo "Completed file:  $TESTFILE" >&2
    fi
  fi
  return 0
}

# Function to build and run $TESTFILE in the current directory.
# This actually manages the logging process and calls build_and_run
# to perform the work.
#
run_test_file ()
{
  RUNEXIT=0

  echo >> $GSTESTLOG
  echo Testing $TESTFILE... >> $GSTESTLOG
  echo >> $GSTESTSUM

  if test x"$GSVERBOSE" = xyes
  then
    build_and_run 2>&1 | tee $GSTESTLOG.tmp
  else
    build_and_run > $GSTESTLOG.tmp 2>&1
  fi
  RUNEXIT=$?

  # Add the information to the detailed log.
  cat $GSTESTLOG.tmp >> $GSTESTLOG

  # Extract the summary information and add it to the summary file.
  extract $GSTESTLOG.tmp "^Passed test:" "^Failed test:" "^Failed build:" "^Completed file:" "^Failed file:" "^Dashed hope:" "^Failed set:" "^Skipped set:" > $GSTESTSUM.tmp
  cat $GSTESTSUM.tmp >> $GSTESTSUM

  # If there were failures or skipped tests then report them...
  if present $GSTESTSUM.tmp "^Failed build:" "^Failed file:" "^Failed set:" "^Failed test:" "^Skipped set:"
  then
    echo
    echo $dir/$TESTFILE:
    extract $GSTESTSUM.tmp "^Failed build:" "^Failed file:" "^Failed set:" "^Failed test:" "^Skipped set:"
  fi

  if test x"$GSTESTDBG" != x
  then
    if present "$GSTESTSUM.tmp" "^Failed test:"
    then
      grep '^Failed test:' "$GSTESTLOG.tmp" | sed -e 's/^Failed test:[^:]*:\([0-9][0-9]*\).*/break testStart if testLineNumber==\1/' > "$GSTESTDBG"
      gdb "./obj/$TESTNAME" -x "$GSTESTDBG"
      rm -f "$GSTESTDBG"
    elif present "$GSTESTSUM.tmp" "^Failed file:"
    then
      gdb "./obj/$TESTNAME"
    fi
  fi

  return $RUNEXIT
}


# Replace the old files.
if test -f tests.log
then
  mv tests.log oldtests.log
fi
if test -f tests.sum
then
  mv tests.sum oldtests.sum
fi

SUMD=.
foundany=no
for TESTDIR in $TESTDIRS
do
  found=no
  source=no
  if test x"$TESTS" = x
  then
    # Get the names of all subdirectories containing source files.
    if test x"$OBJCXX" = x
    then
      # Only Objective-C (and C)
      SRCDIRS=`find $TESTDIR -name "*.m" -o -name "*.c" | sed -e 's;/[^/]*$;;' | sort -u | sed -e 's/\(^\| \)X[^ ]*//g'`
    else
      # Objective-C and Objective-C++ (implicitly C and C++ too)
      SRCDIRS=`find $TESTDIR \( -name "*.m" -o -name "*.mm" -o -name "*.c" -o -name "*.cc" \) | sed -e 's;/[^/]*$;;' | sort -u | sed -e 's/\(^\| \)X[^ ]*//g'`
    fi
  else
    SRCDIRS="$TESTDIRS"
  fi
  if test x"$SRCDIRS" = x
  then
    continue
  fi

  # found some source code
  source=yes
  SUMD=$TESTDIR
  for dir in $SRCDIRS
  do
    if test ! -f $dir/TestInfo
    then
      continue
    fi

    # Step up through parents of the source directory to find the root of the
    # test suite (the highest level directory containing a TestInfo file.
    # Provide that in the environment for use within the makefiles/scripts.
    GSTESTROOT=$dir
    parentdir=`dirname $GSTESTROOT`
    while test -f "$parentdir/TestInfo"
    do
      GSTESTROOT="$parentdir"
      parentdir=`dirname $GSTESTROOT`
      if test $parentdir = $GSTESTROOT
      then
	break
      fi
    done
    export GSTESTROOT
  
    RUNEXIT=0
    found=yes
    foundany=yes

    cd $dir

    if test "$GSTESTMODE" = "clean"
    then
      echo "--- Cleaning tests in $dir ---"

      if test -r GNUmakefile
      then
        $MAKE_CMD clean >/dev/null 2>&1
      fi
      rm -rf core *.core core.* obj GNUmakefile gdb.cmds tests.log tests.sum oldtests.log oldtests.sum tests.tmp tests.sum.tmp tests.log.tmp

    else
      echo "--- Running tests in $dir ---"

      if test -r ./Start.sh -a -x ./Start.sh
      then
	./Start.sh
      fi

      # Get the names of all the source files in the current directory.
      if test x"$TESTS" = x
      then
        if test x"$OBJCXX" = x
        then
          # Only Objective-C (and C)
	  TESTS=`find . \( -name . -o -prune \) \( -name "*.m" -o -name "*.c" \) | sed -e 's;^.*/;;' | sort -u | sed -e 's/\(^\| \)X[^ ]*//g'`
	else
          # Objective-C and Objective-C++ (implicitly C and C++ too)
	  TESTS=`find . \( -name . -o -prune \) \( -name "*.m" -o -name "*.mm" -name "*.c" -o -name "*.cc" \) | sed -e 's;^.*/;;' | sort -u | sed -e 's/\(^\| \)X[^ ]*//g'`
	fi
      fi

      if test -r GNUmakefile.tests 
      then
	# There's a custom make template present ... use it.
	TEMPLATE=GNUmakefile.tests
      elif test -r GNUmakefile.preamble 
      then
	# There's a make preamble present ... use default template.
	TEMPLATE=$GSTESTTOP/GNUmakefile.in
      elif test -r GNUmakefile.postamble
      then
	# There's a make postamble present ... use default template.
	TEMPLATE=$GSTESTTOP/GNUmakefile.in
      elif test -r ../GNUmakefile.super
      then
	# There's a make superfile present ... use default template.
	TEMPLATE=$GSTESTTOP/GNUmakefile.in
      elif test -r "$TESTS"
      then
	# Single readable file ... quicker to compile directly.
	TEMPLATE=
      elif test x"$GSSEQUENTIAL" = xyes
      then
	# We don't want to build in parallel, so a makefile won't speed us up
	TEMPLATE=
      else
	# There are multiple files to build ... use make for parallelisation
	TEMPLATE=$GSTESTTOP/GNUmakefile.in
      fi

      NEEDBUILD=yes
      if test x"$TEMPLATE" = x
      then
	rm -rf core *.core core.* obj GNUmakefile gdb.cmds
      else
	TESTNAMES=
	TESTRULES=
	for TESTFILE in $TESTS
	do
	  tmp=`basename $TESTFILE .m`
	  if test x"$tmp" = x"$TESTFILE"
	  then
	    tmp=`basename $TESTFILE .mm`
            if test x"$tmp" = x"$TESTFILE"
            then
              tmp=`basename $TESTFILE .c`
              if test x"$tmp" = x"$TESTFILE"
              then
                TESTRULES="$TESTRULES\\
${tmp}_CC_FILES=$TESTFILE"
              else
                TESTRULES="$TESTRULES\\
${tmp}_C_FILES=$TESTFILE"
              fi
            else
              TESTRULES="$TESTRULES\\
${tmp}_OBJCC_FILES=$TESTFILE"
            fi
	  else
	    TESTRULES="$TESTRULES\\
${tmp}_OBJC_FILES=$TESTFILE"
	  fi
	  TESTNAMES="$TESTNAMES $tmp"
	done
	sed -e "s/@TESTNAMES@/$TESTNAMES/;s^@TESTOPTS@^$GSTESTOPTS^;s/@TESTRULES@/$TESTRULES/" < "$TEMPLATE" > GNUmakefile
	$MAKE_CMD clean >/dev/null 2>&1

	# Try building all the test files in the directory in parallel.
	# If that works, set NEEDBUILD to 'no' so that we do not build
	# each individual test file later.
	echo "" >>$GSTESTLOG
	echo "Building in $dir" >>$GSTESTLOG
	$MAKE_CMD -j 4 debug=yes >>$GSTESTLOG 2>&1
	if test $? = 0
	then
	  NEEDBUILD=no
	fi
      fi

      # Now we process each test file in turn.
      # When cleaning, we only need to do one clean per directory.
      for TESTFILE in $TESTS
      do
	run_test_file
	if test "$RUNEXIT" != "0"
	then
	  break
	fi
      done
      TESTS=

      # And perform the directory end script.
      if test -r ./End.sh -a -x ./End.sh
      then
	./End.sh
      fi
    fi

    cd $GSTESTDIR
    if test "$RUNEXIT" != "0"
    then
      break
    fi
  done

  # Log a message if there were no tests in this directory,
  # but only if the directory was specifically named to be tested.
  if test $found = no
  then
    if test "$NONAME" = "no"
    then
      if test $source = no
      then
        echo "No tests found in '$TESTDIR'."
      else
        echo "No directories with 'TestInfo' marker file in '$TESTDIR'."
      fi
    fi
  fi

  if test "$RUNEXIT" != "0"
  then
    break
  fi
done

# Log a message if there were no tests found at all and we had been
# looking in the current directory for test subdirectories.
if test $foundany = no
then
  if test "$NONAME" = "yes"
  then
    echo "No test subdirectories found."
  else
    echo "No tests found in '$TESTDIRS'."
  fi
fi

if test "$GSTESTMODE" = "clean"
then
  rm -rf core *.core core.* obj GNUmakefile.tmp gdb.cmds tests.tmp tests.sum.tmp tests.log.tmp tests.log tests.sum oldtests.log oldtests.sum
else
  # Make some stats.
  if test -r tests.sum
  then
    # Nasty pipeline of commands ...
    # Look for each type of test result, sort and count the results,
    # append 's' to each summary, then remove the trailing 's' from
    # any summary with only a single result so the output is pretty.
    # Sort the resulting lines by number of each status with the most
    # common (hopefully passes) output first.
    # NB. we omit the 'Completed file' tests as uninteresting ... users
    # generally only want to see the total pass count and any problems.
    extract tests.sum "^Passed test:" "^Failed test:" "^Failed build:" "^Failed file:" "^Dashed hope:" "^Failed set:" "^Skipped set:" | cut -d: -f1 | sort | uniq -c | sed -e 's/.*/&s/' | sed -e 's/^\([^0-9]*1[^0-9].*\)s$/\1/' | sort -n -b -r > tests.tmp
  else
    echo "No tests found." > tests.tmp
  fi

  echo >> tests.sum
  cat tests.tmp >> tests.sum

  echo
  cat tests.tmp
  echo

fi

# In the case where we ran a single testsuite, we allow the Summary.sh
# script in that testsuite to generate our summary.
if test x"$TESTDIRS" = x"$SUMD" -a -r $SUMD/Summary.sh -a -x $SUMD/Summary.sh
then
  RUNCMD=$SUMD/Summary.sh
else
  RUNCMD=$GSTESTTOP/Summary.sh
fi
$RUNCMD

# Delete the temporary file.
rm -f tests.tmp tests.sum.tmp tests.log.tmp