update ceph source to reef 18.1.2

[ceph.git] / ceph / src / boost / libs / histogram / test / Jamfile

# Copyright 2016-2017 Klemens David Morgenstern
# Copyright 2018 Mateusz Loskot <mateusz@loskot.net>
# Copyright 2018-2021 Hans Dembinski
#
# Use, modification and distribution is subject to the Boost Software License,
# Version 1.0. (See accompanying file LICENSE_1_0.txt or copy at
# http://www.boost.org/LICENSE_1_0.txt)

import python ;
import os ;
import regex ;
import testing ;
import ../../config/checks/config : requires ;

if ! [ python.configured ]
{
    using python ;
}

path-constant THIS_PATH : . ;

project
    : requirements
    [ requires
      cxx14_constexpr cxx14_decltype_auto cxx14_generic_lambdas cxx14_return_type_deduction cxx11_user_defined_literals
      # list could go on...
    ]
    ;

# Check consistency of build systems
testing.make-test run-pyd : check_build_system.py :
    <dependency>Jamfile <dependency>CMakeLists.txt ;

# Verify One Definition Rule by linking two object files which include everything
testing.make-test run-pyd : check_odr_test.py : <dependency>odr_test.cpp ;
alias odr :
    [ link odr_main_test.cpp odr_test.cpp ]
    : <warnings>off
    ;

alias cxx14 :
    [ run accumulators_count_test.cpp ]
    [ run accumulators_mean_test.cpp ]
    [ run accumulators_sum_test.cpp : : :
      # make sure sum accumulator works even with -ffast-math and optimizations
      <toolset>gcc:<cxxflags>"-O3 -ffast-math"
      <toolset>clang:<cxxflags>"-O3 -ffast-math" ]
    [ run accumulators_weighted_mean_test.cpp ]
    [ run accumulators_weighted_sum_test.cpp ]
    [ run algorithm_project_test.cpp ]
    [ run algorithm_reduce_test.cpp ]
    [ run algorithm_sum_test.cpp ]
    [ run algorithm_empty_test.cpp ]
    [ run axis_boolean_test.cpp ]
    [ run axis_category_test.cpp ]
    [ run axis_integer_test.cpp ]
    [ run axis_option_test.cpp ]
    [ run axis_regular_test.cpp ]
    [ run axis_traits_test.cpp ]
    [ run axis_variable_test.cpp ]
    [ run axis_variant_test.cpp ]
    [ run detail_accumulator_traits_test.cpp ]
    [ run detail_argument_traits_test.cpp ]
    [ run detail_args_type_test.cpp ]
    [ run detail_axes_test.cpp ]
    [ run detail_convert_integer_test.cpp ]
    [ run detail_detect_test.cpp ]
    [ run detail_limits_test.cpp ]
    [ run detail_make_default_test.cpp ]
    [ run detail_misc_test.cpp ]
    [ run detail_iterator_adaptor_test.cpp ]
    [ run detail_large_int_test.cpp ]
    [ run detail_operators_test.cpp ]
    [ run detail_relaxed_equal_test.cpp ]
    [ run detail_replace_type_test.cpp ]
    [ run detail_safe_comparison_test.cpp ]
    [ run detail_static_if_test.cpp ]
    [ run detail_tuple_slice_test.cpp ]
    [ run histogram_custom_axis_test.cpp ]
    [ run histogram_dynamic_test.cpp ]
    [ run histogram_fill_test.cpp ]
    [ run histogram_growing_test.cpp ]
    [ run histogram_mixed_test.cpp ]
    [ run histogram_operators_test.cpp ]
    [ run histogram_test.cpp ]
    [ run indexed_test.cpp ]
    [ run storage_adaptor_test.cpp ]
    [ run unlimited_storage_test.cpp ]
    [ run utility_test.cpp ]
    [ run issue_327_test.cpp ]
    ;

alias cxx17 :
    [ run deduction_guides_test.cpp ]
    [ compile issue_290_test.cpp ]
    : [ requires cpp_deduction_guides ]
    ;

# check that useful error messages are produced when library is used incorrectly
alias failure :
    [ compile-fail axis_category_fail0.cpp ]
    [ compile-fail axis_category_fail1.cpp ]
    [ compile-fail axis_category_fail2.cpp ]
    [ compile-fail axis_integer_fail0.cpp ]
    [ compile-fail axis_integer_fail1.cpp ]
    [ compile-fail axis_integer_fail2.cpp ]
    [ compile-fail axis_integer_fail3.cpp ]
    [ compile-fail axis_integer_fail4.cpp ]
    [ compile-fail axis_regular_fail0.cpp ]
    [ compile-fail axis_regular_fail1.cpp ]
    [ compile-fail axis_variable_fail0.cpp ]
    [ compile-fail axis_variable_fail1.cpp ]
    [ compile-fail make_histogram_fail0.cpp ]
    [ compile-fail make_histogram_fail1.cpp ]
    [ compile-fail histogram_fail0.cpp ]
    [ compile-fail histogram_fail1.cpp ]
    [ compile-fail histogram_fail2.cpp ]
    [ compile-fail histogram_fail3.cpp ]
    [ compile-fail histogram_fail4.cpp ]
    ;

alias threading :
    [ run histogram_threaded_test.cpp ]
    [ run storage_adaptor_threaded_test.cpp ]
    [ run accumulators_count_thread_safe_test.cpp ]
    [ run accumulators_thread_safe_test.cpp ]
    :
    <threading>multi
    ;

# tests do not work on windows, because environment variables cannot be set
alias not_windows :
    [ run histogram_ostream_test.cpp : : : <testing.launcher>"LANG=UTF" ]
    [ run histogram_ostream_ascii_test.cpp : : : <testing.launcher>"LANG=FOO COLUMNS=20" ]
    ;

# warnings are off for these other boost libraries, which tend to be not warning-free
alias accumulators : [ run boost_accumulators_support_test.cpp ] : <warnings>off ;
alias range : [ run boost_range_support_test.cpp ] : <warnings>off ;
alias units : [ run boost_units_support_test.cpp ] : <warnings>off ;
alias serialization :
    [ run accumulators_serialization_test.cpp libserial : $(THIS_PATH) ]
    [ run detail_array_wrapper_serialization_test.cpp libserial ]
    [ run axis_variant_serialization_test.cpp libserial : $(THIS_PATH) ]
    [ run histogram_serialization_test.cpp libserial : $(THIS_PATH) ]
    [ run storage_adaptor_serialization_test.cpp libserial : $(THIS_PATH) ]
    [ run unlimited_storage_serialization_test.cpp libserial : $(THIS_PATH) ]
    : <warnings>off
    ;

alias libserial :
    /boost/serialization//boost_serialization
    :
    <link>static <warnings>off <rtti>on
    ;

# for builds without optional boost dependencies
alias minimal : cxx14 cxx17 failure threading ;

# for builds with optional boost dependencies
alias optional_boost : accumulators range units serialization ;

# all tests
alias all : minimal not_windows odr optional_boost ;

# all except "failure", because it is distracting during development
alias develop : odr cxx14 cxx17 threading not_windows optional_boost ;

explicit minimal ;
explicit all ;
explicit odr ;
explicit cxx14 ;
explicit cxx17 ;
explicit failure ;
explicit threading ;
explicit not_windows ;
explicit accumulators ;
explicit range ;
explicit units ;
explicit serialization ;
explicit libserial ;
explicit optional_boost ;