boost/status/Jamfile

# Boost regression-testing Jamfile
#  (C) Copyright David Abrahams 2001. Permission to copy, use, modify, sell and
#  distribute this software is granted provided this copyright notice appears in
#  all copies. This software is provided "as is" without express or implied
#  warranty, and with no claim as to its suitability for any purpose.

subproject status ;

# ----------- Jam rules for testing; test invocations at bottom ----------------#

#######################################################################################
# Tests generate a number of files reflecting their status in the subvariant-directory
#
# <test-name>.test -    a marker so that Jam knows when it needs to be
#                       rebuilt.  It will contain the paths from this
#                       directory to the source files used for the test
#
# <test-name>.success - present only if the test last succeeded. 
#                       Contains the string "succeeded"
#
# <test-name>.failure - present only if the test last failed. Contains the string
#                       "failed".
#
# <test-name>.output -  contains the output of the test if it was a run test.
#######################################################################################



# Declares a test target. If name is not supplied, it is taken from the name of
# the first source file, sans extension and directory path.
#
# type should be a target type (e.g. OBJ, DLL, LIB, EXE)
#
# RETURNS the name(s) of the generated test target(s).
rule boost-test ( sources + : target-type : requirements * : test-name ? )
{
    local result ;
    {
        # manufacture a test name if none supplied explicitly
        test-name ?= $(sources[1]:D=:S=) ;

        # Make sure that targets don't become part of "all"
        local gSUPPRESS_FAKE_TARGETS = true ;
        
        local dependencies = [ select-gristed $(sources) ] ;
        local source-files = [ select-ungristed $(sources) ] ;
        result = [
            declare-local-target $(test-name)
            : $(source-files:R=$(BOOST_ROOT)) $(dependencies)  # sources 
            : $(requirements) <include>$(BOOST_ROOT) # requirements
            :             # default build
            : $(target-type)
        ] ;
    }
    
    Clean clean : $(result) ;
    
    # make NOTFILE targets of the same base name as the sources which can
    # be used to build a single test.
    type-DEPENDS $(sources:B:S=) : $(result) ;
    
    # The NOTFILE target called "test" builds all tests
    type-DEPENDS test : $(result) ;
    
    return $(result) ;
}

#######

BOOST_TEST_SUFFIX ?= .test ;

# a utility rule which causes test-file to be built successfully, only if
# dependency fails to build. Used for expected-failure tests.
rule failed-test-file ( test-file : dependency + )
{
    catenate-output-on-failure $(test-file) : $(dependency[1]) ;
    DEPENDS $(test-file) : $(dependency) ;
    NOCARE $(dependency) ;
    TEMPORARY $(dependency) ;
}

# a utility rule which causes test-file to be built successfully, only if
# dependency builds. Used for expected-failure tests.
rule succeeded-test-file ( test-file : dependency + )
{
    catenate-output-on-failure $(test-file) : $(dependency[1]) ;
    DEPENDS $(test-file) : $(dependency) ;
    NOCARE $(dependency) ;
    TEMPORARY $(dependency) ;
}

rule catenate-output-on-failure ( test-file : dependency )
{
    if $(gTEST_OUTPUT_FILE($(dependency)))
    {
        output-file on $(test-file) = $(gTEST_OUTPUT_FILE($(dependency))) ;
    }
}

if $(NT)
{
    CATENATE1 = "if exist \"" ;
    CATENATE2 = "\" ( type \"" ;
    CATENATE3 = "\"
ECHO ****************************************************** )" ;
    
    actions failed-test-file bind output-file source-files
    {
        echo "$(source-files)" > $(<:S=.test)
        if EXIST "$(>)". (
          if EXIST "$(<:S=.success)". del /f/q "$(<:S=.success)".
          echo "failed" > "$(<:S=.failure)"
            
          echo *
          echo ***************** failed above test: $(<:B:S=) ********************
          $(CATENATE1)$(output-file)$(CATENATE2)$(output-file)$(CATENATE3)
          echo *
        ) ELSE (
          if EXIST "$(<:S=.failure)". del /f/q "$(<:S=.failure)".
          echo succeeded > "$(<:S=.success)"
        )
    }

    actions succeeded-test-file bind output-file source-files
    {
        echo "$(source-files)" > $(<:S=.test)
        if EXIST "$(>)". (
          if EXIST "$(<:S=.failure)". del /f/q "$(<:S=.failure)".
          echo succeeded > "$(<:S=.success)"
        ) ELSE (
          if EXIST "$(<:S=.success)". del /f/q "$(<:S=.success)".
          echo failed > "$(<:S=.failure)"
            
          echo *
          echo ***************** failed above test: $(<:B:S=) ********************
          $(CATENATE1)$(output-file)$(CATENATE2)$(output-file)$(CATENATE3)
          echo *
        )
    }
}
else
{
    CATENATE = "cat " ;
    CATENATE1 = "if [ -f \"" ;
    CATENATE2 = "\" ] ; then
      cat \"" ;
    CATENATE3 = "\" ; echo ******************************************************
      fi" ;
    
    actions failed-test-file bind output-file source-files
    {
        echo "$(source-files)" > $(<:S=.test)
        if [ -f "$(>)" ] ; then
          if [ -f "$(<:S=.success)" ] ; then
                $(RM) "$(<:S=.success)"
          fi
          echo "failed" > $(<:S=.failure)
          echo "*"
          echo "***************** failed above test: $(<:B:S=) ********************"
          $(CATENATE1)$(output-file)$(CATENATE2)$(output-file)$(CATENATE3)
          echo "*"
        else
          if [ -f "$(<:S=.failure)" ] ; then
                $(RM) "$(<:S=.failure)"
          fi
          echo "succeeded" > "$(<:S=.success)" 
        fi
    }

    actions succeeded-test-file bind output-file source-files
    {
        echo "$(source-files)" > "$(<:S=.test)"
        if [ -f "$(>)" ] ; then
          if [ -f "$(<:S=.failure)" ] ; then
                $(RM) "$(<:S=.failure)"
          fi
          echo "succeeded" > "$(<:S=.success)"
        else
          if [ -f "$(<:S=.success)" ] ; then
                $(RM) "$(<:S=.success)" 
          fi
          echo "failed" > "$(<:S=.failure)"
          echo "*"
          echo "***************** failed above test: $(<:B:S=) ********************"
          $(CATENATE1)$(output-file)$(CATENATE2)$(output-file)$(CATENATE3)
          echo "*"
        fi
    }
}

rule declare-build-succeed-test ( test-type : dependency-type )
{
    gGENERATOR_FUNCTION($(test-type)) = build-test succeeded-test-file ;
    gDEPENDENCY_TYPE($(test-type)) = $(dependency-type) ;
    SUF$(test-type) = $(BOOST_TEST_SUFFIX) ;
}

# A utility rule which declares test-type to be a target type which
# depends on the /failed/ construction of a target of type
# dependency-type.
rule declare-build-fail-test ( test-type : dependency-type )
{
    gGENERATOR_FUNCTION($(test-type)) = build-test failed-test-file ;
    gDEPENDENCY_TYPE($(test-type)) = $(dependency-type) ;
    SUF$(test-type) = $(BOOST_TEST_SUFFIX) ;
}

# A target generator function for target types declared with
# declare-build-fail-test, above.
rule build-test ( test-file-generator test-file + : sources + : requirements * )
{
    # Get the target type of the current target out of the build properties
    local target-type = [ get-values <target-type> : $(gBUILD_PROPERTIES) ] ;

    # Get the type of target to attempt to build; the outcome of this
    # attempt determines the result of the test.
    local dependency-type = $(gDEPENDENCY_TYPE($(target-type))) ;
    
    # Get the actual name of the target to attempt to build
    local dependency = $(test-file[1]:S=$(SUF$(dependency-type))) ;

    # record the source file names so we can put them in the .test
    # file.
    source-files on $(test-file) = $(sources) ;
    
    # Call dependency-type's generator function to attempt the build
    local ignored = [
        $(gGENERATOR_FUNCTION($(dependency-type))) $(dependency) : $(>) : $(3) ] ;

    # Generator functions don't handle this job for us; perhaps they should.
    set-target-variables $(dependency) ;
    
    # The .test file goes with the other subvariant targets
    MakeLocate $(test-file:S=.test) : $(LOCATE_TARGET) ;
    MakeLocate $(test-file:S=.success) : $(LOCATE_TARGET) ;
    MakeLocate $(test-file:S=.failure) : $(LOCATE_TARGET) ;

    # Generate the test file
    $(test-file-generator) $(test-file) : $(dependency) ;
}

### Rules for testing whether a file compiles ###

# Establish the rule which generates targets of type "OBJ". Should really go
# into basic build system, but wasn't needed 'till now.
gGENERATOR_FUNCTION(OBJ) = Object ;
declare-build-fail-test COMPILE_FAIL : OBJ ;
declare-build-succeed-test COMPILE : OBJ ;

# Test that the given source-file(s) compile
rule compile # source-file : fail : requirements
{
    return [ boost-test $(<) : COMPILE : $(3) ] ;
}

# Test that the given source-file(s) fail to compile
rule compile-fail # source-file : requirements
{
    return [ boost-test $(<) : COMPILE_FAIL : $(2) ] ;
}


### Rules for testing whether a program runs ###

gGENERATOR_FUNCTION(RUN_TEST) = run-test ;
SUFRUN_TEST = .run ;
rule run-test ( target : sources + : requirements * )
{
    local executable = $(target:S=$(SUFEXE)) ; 
    
    local parent = $(target:S=.test) ;
    # Move important data from the test target to the executable
    gRUN_LD_LIBRARY_PATH($(executable)) = $(gRUN_LD_LIBRARY_PATH($(parent))) ;
    gRUN_PATH($(executable)) = $(gRUN_PATH($(parent))) ;
    
    executable-file $(executable) : $(sources) : $(requirements) ;
    set-target-variables $(executable) ;
    
    # The .test file goes with the other subvariant targets
    # normalization is a hack to get the slashes going the right way on Windoze
    local LOCATE_TARGET = [ FDirName [ split-path $(LOCATE_TARGET) ] ] ;
    MakeLocate $(target) : $(LOCATE_TARGET) ;
    
    DEPENDS $(target) : $(executable) $(gRUN_TEST_INPUT_FILES) ;
    INPUT_FILES on $(target) = $(gRUN_TEST_INPUT_FILES) ;
    ARGS on $(target) = $(gRUN_TEST_ARGS) ;
    capture-run-output $(target) : $(executable) ;
    
    if $(RUN_ALL_TESTS)
    {
        ALWAYS $(target) ;
    }
}

# The rule is just used for argument checking
rule capture-run-output ( target : executable + )
{
    gTEST_OUTPUT_FILE($(target)) = $(target:S=.output) ;
    INCLUDES $(target) : $(target:S=.output) ;
    MakeLocate $(test-file:S=.failure) : $(LOCATE_TARGET) ;
    MakeLocate $(test-file:S=.output) : $(LOCATE_TARGET) ;
    capture-run-output1 $(target) : $(executable) ;
}

rule capture-run-output1 ( target : executable )
{
    output-file on $(target) = $(target:S=.output) ;
    local targets = $(target) $(target:S=.output) ;
    
    RUN_PATH on $(targets) = [ join $(gRUN_PATH($(executable))) : $(SPLITPATH) ] ;
    if $(UNIX) 
    {
    	RUN_LD_LIBRARY_PATH on $(targets) = [ join $(gRUN_LD_LIBRARY_PATH($(executable))) : $(SPLITPATH) ] ;
    }
}



if $(UNIX)  
{
    actions capture-run-output1 bind INPUT_FILES output-file
    {
        $(SHELL_SET)PATH=$(RUN_PATH):$PATH
    	$(SHELL_EXPORT)PATH
    	$(SHELL_SET)LD_LIBRARY_PATH=$(RUN_LD_LIBRARY_PATH):$LD_LIBRARY_PATH
    	$(SHELL_EXPORT)LD_LIBRARY_PATH
        $(>) $(ARGS) $(INPUT_FILES) > $(output-file) 2>&1 && $(CP) $(output-file) $(<[1])
    }
}
else
{
    actions capture-run-output1 bind INPUT_FILES output-file
    {
        $(SHELL_SET)PATH=$(RUN_PATH);%PATH%
        $(SHELL_EXPORT)PATH
        $(>) $(ARGS) $(INPUT_FILES) > $(output-file) 2>&1 && $(CP) $(output-file) $(<[1])
    }
}

declare-build-fail-test RUN_FAIL : RUN_TEST ;
declare-build-succeed-test RUN : RUN_TEST ;
rule run ( sources + : args * : input-files * : requirements * : name ? )
{
    local gRUN_TEST_ARGS = $(args) ;
    local gRUN_TEST_INPUT_FILES = $(input-files) ;
    SEARCH on $(input-files) = $(LOCATE_SOURCE) ;
    return [ boost-test $(sources) : RUN : $(requirements) : $(name) ] ;
}

rule run-fail # sources : args : input-files : requirements
{
    local gRUN_TEST_ARGS = $(2) ;
    local gRUN_TEST_INPUT_FILES = $(3) ;
    SEARCH on $(3) = $(LOCATE_SOURCE) ;
    return [ boost-test $(<) : RUN_FAIL : $(4) ] ;
}

### Rules for testing whether a program links

declare-build-fail-test LINK_FAIL : EXE ;
rule link-fail # sources : requirements
{
    return [ boost-test $(<) : LINK_FAIL : $(2) ] ;
}

### Rules for grouping tests into suites:

rule test-suite # pseudotarget-name : test-targets...
{
    NOTFILE $(<) ;
    type-DEPENDS $(<) : $(>) ;
}

# ----------- Actual test invocations follow ----------------#

test-suite "bind"
    : [ run libs/bind/bind_test.cpp ]
      [ run libs/bind/bind_test.cpp ]
      [ run libs/bind/mem_fn_test.cpp ]
      [ run libs/bind/mem_fn_void_test.cpp ]
    ;

test-suite config
    : [ run libs/config/test/config_test.cpp 
            : #args
            : #input-files
            : #requirements
            <threading>multi
      ]
       [ run libs/config/test/config_info.cpp ]
       [ run libs/config/test/limits_test.cpp ]
    ;
    
run libs/any/any_test.cpp ;

run libs/array/array1.cpp ;

test-suite concept_check
    : [ compile libs/concept_check/concept_check_test.cpp ]
      [ compile libs/concept_check/class_concept_check_test.cpp ]
      [ link-fail libs/concept_check/concept_check_fail_expected.cpp ]
      [ link-fail libs/concept_check/class_concept_fail_expected.cpp ]
    ;

test-suite conversion
    : [ run libs/conversion/cast_test.cpp ]
      [ run libs/conversion/lexical_cast_test.cpp ]
    ;
    
run libs/crc/crc_test.cpp ;

run libs/function/test/function_test.cpp ;

run libs/functional/function_test.cpp ;

run libs/graph/test/graph.cpp ;


test-suite integer
    : [ run libs/integer/cstdint_test.cpp ]
      [ run libs/integer/integer_test.cpp ]
      [ run libs/integer/integer_traits_test.cpp ]
    ;

test-suite math
    : [ run libs/math/test/common_factor_test.cpp ]
      [ run libs/math/octonion/octonion_test.cpp ]
      [ run libs/math/quaternion/quaternion_test.cpp ]
      [ run libs/math/special_functions/special_functions_test.cpp ]
    ;

run libs/pool/test/test_pool_alloc.cpp ;

test-suite rational
    : [ run libs/rational/rational_example.cpp ]
      [ run libs/rational/rational_test.cpp ]
    ;

test-suite random
    : [ run libs/random/random_test.cpp ]
      [ run libs/random/random_demo.cpp ]
    ;

run libs/utility/ref_test.cpp ;

{
        local test-dir = $(BOOST_ROOT)$(SLASH)libs$(SLASH)regex$(SLASH)test$(SLASH)regress$(SLASH) ;
        
        local test-files = $(test-dir)tests.txt
        # dwa -- not sure if this is generally applicable
        #  $(test-dir)test1252.txt
        ;

    test-suite regex
    : [ run libs/regex/test/regress/parse.cpp libs/regex/test/regress/regress.cpp libs/regex/test/regress/tests.cpp
                <lib>../libs/regex/build/boost_regex$(SUFLIB) 
       : 
                $(test-files)
       : 
       : 
		<define>BOOST_REGEX_NO_LIB=1
		<define>BOOST_REGEX_STATIC_LINK=1
       :
                regress	]

        [ run libs/regex/test/regress/parse.cpp libs/regex/test/regress/regress.cpp libs/regex/test/regress/tests.cpp
                <lib>../libs/regex/build/boost_regex$(SUFLIB) 
	: 
                $(test-files)
	: 
        : 
		<define>BOOST_REGEX_NO_LIB=1
		<define>TEST_UNICODE=1
		<define>BOOST_REGEX_STATIC_LINK=1
        :
                wregress ]

        [ run libs/regex/test/c_compiler_checks/posix_api_check.c
                <lib>../libs/regex/build/boost_regex$(SUFLIB) 
	: 
	: 
        : 
		<define>BOOST_REGEX_NO_LIB=1
		<define>BOOST_REGEX_STATIC_LINK=1
	:
                posix_api_check_c
        ]

        [ run libs/regex/test/c_compiler_checks/wide_posix_api_check.c
                <lib>../libs/regex/build/boost_regex$(SUFLIB) 
	: 
	: 
        : 
		<define>BOOST_REGEX_NO_LIB=1
		<define>BOOST_REGEX_STATIC_LINK=1
	:
                wide_posix_api_check_c
        ]

        [ run libs/regex/test/c_compiler_checks/posix_api_check.cpp
                <lib>../libs/regex/build/boost_regex$(SUFLIB) 
	: 
	: 
        : 
		<define>BOOST_REGEX_NO_LIB=1
		<define>BOOST_REGEX_STATIC_LINK=1
	]

        [ run libs/regex/test/c_compiler_checks/wide_posix_api_check.cpp
                <lib>../libs/regex/build/boost_regex$(SUFLIB) 
	: 
	: 
        : 
		<define>BOOST_REGEX_NO_LIB=1
		<define>BOOST_REGEX_STATIC_LINK=1
	]


 ;

}


run libs/smart_ptr/smart_ptr_test.cpp ;

test-suite static_assert
    : [ compile libs/static_assert/static_assert_test.cpp ]
      [ compile-fail libs/static_assert/static_assert_test_fail_1.cpp ]
      [ compile-fail libs/static_assert/static_assert_test_fail_2.cpp ]
      [ compile-fail libs/static_assert/static_assert_test_fail_3.cpp ]
      [ compile-fail libs/static_assert/static_assert_test_fail_4.cpp ]
      [ compile-fail libs/static_assert/static_assert_test_fail_5.cpp ]
      [ compile-fail libs/static_assert/static_assert_test_fail_6.cpp ]
      [ compile-fail libs/static_assert/static_assert_test_fail_7.cpp ]
      [ link-fail libs/static_assert/static_assert_test_fail_8.cpp ]
    ;
    
run libs/test/example/test_tools_example.cpp ;

run-fail libs/test/test/test_tools_fail2.cpp ;

{
    local threadmon ;
    if $(NT)
    {
        threadmon = <dll>../libs/thread/build/boost_threadmon ;
    }
    
    test-suite threads
      : [
        run libs/thread/test/test_thread.cpp
          <lib>../libs/thread/build/boost_thread 
          $(threadmon)
            : #args
            : #input-files
            : #requirements
            <threading>multi
      ]
        ;
}


compile libs/timer/timer_test.cpp ;

test-suite tokenizer
    : [ run libs/tokenizer/examples.cpp ]
      [ run libs/tokenizer/simple_example_1.cpp ]
      [ run libs/tokenizer/simple_example_2.cpp ]
      [ run libs/tokenizer/simple_example_3.cpp ]
      [ run libs/tokenizer/simple_example_4.cpp ]
      [ run libs/tokenizer/simple_example_5.cpp ]
    ;

test-suite type_traits
    : [ run libs/type_traits/tests/alignment_test.cpp ]
      [ run libs/type_traits/tests/arithmetic_traits_test.cpp ]
      [ run libs/type_traits/tests/composite_traits_test.cpp ]
      [ run libs/type_traits/tests/cv_traits_test.cpp ]
      [ run libs/type_traits/tests/is_function_test.cpp ]
      [ run libs/type_traits/tests/is_convertible_test.cpp ]
      [ run libs/type_traits/tests/is_same_test.cpp ]
      [ run libs/type_traits/tests/object_type_traits_test.cpp ]
      [ run libs/type_traits/tests/transform_traits_test.cpp ]
    ;
    
run libs/utility/call_traits_test.cpp : -u ;

compile-fail libs/utility/checked_delete_test.cpp ;

run libs/utility/compressed_pair_test.cpp : -u ;

test-suite iterator_adaptors
    : [ run libs/utility/counting_iterator_test.cpp : # args
        : # input files
        : # requirements
        
        # borland warns incorrectly in this case, so often that
        # successful compilation is prevented.
        <borland><*><cxxflags>"-w-8091 -w-8092"
      ]
        
      [ run libs/utility/iterator_adaptor_test.cpp ] 
      [ compile-fail libs/utility/iter_adaptor_fail_expected1.cpp ] 
      [ compile-fail libs/utility/iter_adaptor_fail_expected2.cpp ]
      [ run libs/utility/transform_iterator_test.cpp ]
      [ run libs/utility/indirect_iterator_test.cpp ]
      [ run libs/utility/iter_traits_gen_test.cpp ]
      
      [ run libs/utility/iterator_adaptor_examples.cpp ]
      [ run libs/utility/counting_iterator_example.cpp ]
      [ run libs/utility/filter_iterator_example.cpp ]
      [ run libs/utility/fun_out_iter_example.cpp ]
      [ run libs/utility/indirect_iterator_example.cpp ]
      [ run libs/utility/projection_iterator_example.cpp ]
      [ run libs/utility/reverse_iterator_example.cpp ]
      [ run libs/utility/transform_iterator_example.cpp ]
    ;    

run libs/utility/iterator_traits_test.cpp ;

run libs/utility/iterators_test.cpp ;

compile-fail libs/utility/noncopyable_test.cpp ;

run libs/utility/numeric_traits_test.cpp ;

run libs/utility/operators_test.cpp ;

run libs/utility/tie_example.cpp ;

run libs/utility/binary_search_test.cpp ;