jamfile.v2

Boost provides free peer-reviewed portable C++ source libraries. We emphasize libraries that work

# Copyright Daryle Walker, Hubert Holin, John Maddock and Paul A. Bristow 2006 - 2007
# Distributed under 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.
# \math_toolkit\libs\math\test\jamfile.v2
# Runs all math toolkit tests, functions & distributions.

# bring in the rules for testing
import testing ;

project  
    : requirements 
      <toolset>gcc:<cxxflags>-Wno-missing-braces
      <toolset>darwin:<cxxflags>-Wno-missing-braces
      <toolset>acc:<cxxflags>+W2068,2461,2236,4070,4069
      <toolset>intel:<cxxflags>-nologo 
      <toolset>intel:<linkflags>-nologo 
      <toolset>msvc:<warnings>all
      <toolset>msvc:<asynch-exceptions>on
      <toolset>msvc:<cxxflags>/wd4996
      <toolset>msvc:<cxxflags>/wd4512 
      <toolset>msvc:<cxxflags>/wd4610 
      <toolset>msvc:<cxxflags>/wd4510 
      <toolset>msvc:<cxxflags>/wd4127 
      <toolset>msvc:<cxxflags>/wd4701 # needed for lexical cast - temporary.
      <toolset>msvc-7.1:<source>../vc71_fix//vc_fix
      <toolset>borland:<link>static
      <toolset>borland:<runtime-link>static
      # <toolset>msvc:<cxxflags>/wd4506 has no effect?
      # suppress xstring(237) : warning C4506: no definition for inline function
      <include>../../..
      <source>../../regex/build//boost_regex
      <link>shared:<define>BOOST_REGEX_DYN_LINK=1
      # Sunpro has problems building regex as a shared lib:
      <toolset>sun:<link>static
      <define>BOOST_ALL_NO_LIB=1
      <define>BOOST_UBLAS_UNSUPPORTED_COMPILER=0
    ;

run hypot_test.cpp ;
run pow_test.cpp ;
run log1p_expm1_test.cpp ;
run powm1_sqrtp1m1_test.cpp ;
run special_functions_test.cpp ../../test/build//boost_unit_test_framework/<link>static ;
run test_bernoulli.cpp ;
run test_constants.cpp ;
run test_bessel_j.cpp ;
run test_bessel_y.cpp ;
run test_bessel_i.cpp ;
run test_bessel_k.cpp ;
run test_beta.cpp ;
run test_beta_dist.cpp ;
run test_binomial.cpp  
        : # command line
        : # input files
        : # requirements
	      <define>TEST_FLOAT
        : test_binomial_float ;
run test_binomial.cpp  
        : # command line
        : # input files
        : # requirements
	      <define>TEST_DOUBLE
        : test_binomial_double ;
run test_binomial.cpp  
        : # command line
        : # input files
        : # requirements
	      <define>TEST_LDOUBLE
        : test_binomial_long_double ;
run test_binomial.cpp  
        : # command line
        : # input files
        : # requirements
	      <define>TEST_REAL_CONCEPT
	      <define>TEST_ROUNDING=0
        : test_binomial_real_concept0 ;
run test_binomial.cpp  
        : # command line
        : # input files
        : # requirements
	      <define>TEST_REAL_CONCEPT
	      <define>TEST_ROUNDING=1
        : test_binomial_real_concept1 ;
run test_binomial.cpp  
        : # command line
        : # input files
        : # requirements
	      <define>TEST_REAL_CONCEPT
	      <define>TEST_ROUNDING=2
        : test_binomial_real_concept2 ;
run test_binomial.cpp  
        : # command line
        : # input files
        : # requirements
	      <define>TEST_REAL_CONCEPT
	      <define>TEST_ROUNDING=3
        : test_binomial_real_concept3 ;
run test_binomial.cpp  
        : # command line
        : # input files
        : # requirements
	      <define>TEST_REAL_CONCEPT
	      <define>TEST_ROUNDING=4
        : test_binomial_real_concept4 ;
run test_binomial.cpp  
        : # command line
        : # input files
        : # requirements
	      <define>TEST_REAL_CONCEPT
	      <define>TEST_ROUNDING=5
        : test_binomial_real_concept5 ;
run test_binomial.cpp  
        : # command line
        : # input files
        : # requirements
	      <define>TEST_REAL_CONCEPT
	      <define>TEST_ROUNDING=6
        : test_binomial_real_concept6 ;
run test_binomial_coeff.cpp ;
run test_carlson.cpp ;
run test_cauchy.cpp ;
run test_cbrt.cpp ;
run test_chi_squared.cpp ;
run test_classify.cpp ;
run test_digamma.cpp ;
run test_dist_overloads.cpp ;
run test_ellint_1.cpp ;
run test_ellint_2.cpp ;
run test_ellint_3.cpp ;
run test_erf.cpp ;
run test_error_handling.cpp ;
run test_expint.cpp ;
run test_exponential_dist.cpp ;
run test_extreme_value.cpp ;
run test_factorials.cpp ;
run test_find_location.cpp ;
run test_find_scale.cpp ;
run test_fisher_f.cpp ;
run test_gamma.cpp ;
run test_gamma_dist.cpp ;
run test_hermite.cpp ;
run test_ibeta.cpp  
        : # command line
        : # input files
        : # requirements
	      <define>TEST_FLOAT
        : test_ibeta_float ;
run test_ibeta.cpp  
        : # command line
        : # input files
        : # requirements
	      <define>TEST_DOUBLE
        : test_ibeta_double ;
run test_ibeta.cpp  
        : # command line
        : # input files
        : # requirements
	      <define>TEST_LDOUBLE
        : test_ibeta_long_double ;
run test_ibeta.cpp  
        : # command line
        : # input files
        : # requirements
	      <define>TEST_REAL_CONCEPT
	      <define>TEST_DATA=1
        : test_ibeta_real_concept1 ;
run test_ibeta.cpp  
        : # command line
        : # input files
        : # requirements
	      <define>TEST_REAL_CONCEPT
	      <define>TEST_DATA=2
        : test_ibeta_real_concept2 ;
run test_ibeta.cpp  
        : # command line
        : # input files
        : # requirements
	      <define>TEST_REAL_CONCEPT
	      <define>TEST_DATA=3
        : test_ibeta_real_concept3 ;
run test_ibeta.cpp  
        : # command line
        : # input files
        : # requirements
	      <define>TEST_REAL_CONCEPT
	      <define>TEST_DATA=4
        : test_ibeta_real_concept4 ;
run test_ibeta_inv.cpp  
        : # command line
        : # input files
        : # requirements
	      <define>TEST_FLOAT
        : test_ibeta_inv_float ;
run test_ibeta_inv.cpp  
        : # command line
        : # input files
        : # requirements
	      <define>TEST_DOUBLE
        : test_ibeta_inv_double ;
run test_ibeta_inv.cpp  
        : # command line
        : # input files
        : # requirements
	      <define>TEST_LDOUBLE
        : test_ibeta_inv_long_double ;
run test_ibeta_inv.cpp  
        : # command line
        : # input files
        : # requirements
	      <define>TEST_REAL_CONCEPT
	      <define>TEST_DATA=1
        : test_ibeta_inv_real_concept1 ;
run test_ibeta_inv.cpp  
        : # command line
        : # input files
        : # requirements
	      <define>TEST_REAL_CONCEPT
	      <define>TEST_DATA=2
        : test_ibeta_inv_real_concept2 ;
run test_ibeta_inv.cpp  
        : # command line
        : # input files
        : # requirements
	      <define>TEST_REAL_CONCEPT
	      <define>TEST_DATA=3
        : test_ibeta_inv_real_concept3 ;
run test_ibeta_inv.cpp  
        : # command line
        : # input files
        : # requirements
	      <define>TEST_REAL_CONCEPT
	      <define>TEST_DATA=4
        : test_ibeta_inv_real_concept4 ;
run test_ibeta_inv_ab.cpp  
        : # command line
        : # input files
        : # requirements
	      <define>TEST_FLOAT
        : test_ibeta_inv_ab_float ;
run test_ibeta_inv_ab.cpp  
        : # command line
        : # input files
        : # requirements
	      <define>TEST_DOUBLE
        : test_ibeta_inv_ab_double ;
run test_ibeta_inv_ab.cpp  
        : # command line
        : # input files
        : # requirements
	      <define>TEST_LDOUBLE
        : test_ibeta_inv_ab_long_double ;
run test_ibeta_inv_ab.cpp  
        : # command line
        : # input files
        : # requirements
	      <define>TEST_REAL_CONCEPT
	      <define>TEST_DATA=1
        : test_ibeta_inv_ab_real_concept1 ;
run test_ibeta_inv_ab.cpp  
        : # command line
        : # input files
        : # requirements
	      <define>TEST_REAL_CONCEPT
	      <define>TEST_DATA=2
        : test_ibeta_inv_ab_real_concept2 ;
run test_ibeta_inv_ab.cpp  
        : # command line
        : # input files
        : # requirements
	      <define>TEST_REAL_CONCEPT
	      <define>TEST_DATA=3
        : test_ibeta_inv_ab_real_concept3 ;
run test_igamma.cpp ;
run test_igamma_inv.cpp  
        : # command line
        : # input files
        : # requirements
	      <define>TEST_FLOAT
        : test_igamma_inv_float ;
run test_igamma_inv.cpp  
        : # command line
        : # input files
        : # requirements
	      <define>TEST_DOUBLE
        : test_igamma_inv_double ;
run test_igamma_inv.cpp  
        : # command line
        : # input files
        : # requirements
	      <define>TEST_LDOUBLE
        : test_igamma_inv_long_double ;
run test_igamma_inv.cpp  
        : # command line
        : # input files
        : # requirements
	      <define>TEST_REAL_CONCEPT
        : test_igamma_inv_real_concept ;
run test_igamma_inva.cpp  
        : # command line
        : # input files
        : # requirements
	      <define>TEST_FLOAT
        : test_igamma_inva_float ;
run test_igamma_inva.cpp  
        : # command line
        : # input files