1<?xml version="1.0" encoding="utf-8"?> 2<!-- 3 Copyright (c) 2002 Douglas Gregor <doug.gregor -at- gmail.com> 4 5 Distributed under the Boost Software License, Version 1.0. 6 (See accompanying file LICENSE_1_0.txt or copy at 7 http://www.boost.org/LICENSE_1_0.txt) 8 --> 9<!DOCTYPE library PUBLIC "-//Boost//DTD BoostBook XML V1.0//EN" 10 "http://www.boost.org/tools/boostbook/dtd/boostbook.dtd"> 11<testsuite id="function.testsuite" last-revision="$Date$"> 12 <run-test filename="function_test.cpp" name="lib_function_test"> 13 <purpose><para>Test the capabilities of the <classname>boost::function</classname> class template.</para></purpose> 14 <if-fails><para>The <classname>boost::function</classname> class template may not be usable on your compiler. However, the library may still be usable via the <classname>boost::functionN</classname> class templates.</para></if-fails> 15 </run-test> 16 17 <run-test filename="function_n_test.cpp"> 18 <purpose><para>Test the capabilities of the <classname>boost::functionN</classname> class templates.</para></purpose> 19 </run-test> 20 21 <run-test filename="allocator_test.cpp"> 22 <purpose><para>Test the use of custom allocators.</para></purpose> 23 <if-fails><para>Allocators are ignored by the implementation.</para></if-fails> 24 </run-test> 25 26 <run-test filename="stateless_test.cpp"> 27 <purpose><para>Test the optimization of stateless function objects in the Boost.Function library.</para></purpose> 28 <if-fails><para>The exception-safety and performance guarantees given for stateless function objects may not be met by the implementation.</para></if-fails> 29 </run-test> 30 31 <run-test filename="lambda_test.cpp"> 32 <purpose><para>Test the interaction between Boost.Function and Boost.Lambda.</para></purpose> 33 <if-fails><para>Either Boost.Lambda does not work on the platform, or Boost.Function cannot safely be applied without the use of <functionname>boost::unlambda</functionname>.</para></if-fails> 34 </run-test> 35 36 <run-test filename="contains_test.cpp"> 37 <purpose><para>Test the operation of the 38 <code><methodname>target</methodname></code> member function and the 39 equality operators.</para></purpose> 40 </run-test> 41 42 <compile-fail-test filename="function_test_fail1.cpp"> 43 <purpose><para>Test the (incorrect!) use of comparisons between Boost.Function function objects.</para></purpose> 44 <if-fails><para>Intuitive (but incorrect!) code may compile and will give meaningless results.</para></if-fails> 45 </compile-fail-test> 46 47 <compile-fail-test filename="function_test_fail2.cpp"> 48 <purpose><para>Test the use of an incompatible function object with Boost.Function</para></purpose> 49 <if-fails><para>Incorrect code may compile (with potentially unexpected results).</para></if-fails> 50 </compile-fail-test> 51 52 <compile-test filename="function_30.cpp"> 53 <purpose><para>Test the generation of a Boost.Function function object adaptor accepting 30 arguments.</para></purpose> 54 <if-fails><para>The Boost.Function library may work for function object adaptors of up to 10 parameters, but will be unable to generate adaptors for an arbitrary number of parameters. Failure often indicates an error in the compiler's preprocessor.</para></if-fails> 55 </compile-test> 56 57 <run-test filename="function_arith_cxx98.cpp"> 58 <source> 59 <![CDATA[ 60#include <boost/function.hpp> 61#include <iostream> 62]]> 63 64<snippet name="function.tutorial.mul_ints"/> 65<snippet name="function.tutorial.int_div"/> 66 67int main() 68{ 69 <snippet name="function.tutorial.arith.cxx98"/> 70 <snippet name="function.tutorial.use_int_div"/> 71 <snippet name="function.tutorial.call_int_div"/> 72 <snippet name="function.tutorial.check_empty"/> 73 <snippet name="function.tutorial.clear"/> 74 <snippet name="function.tutorial.use_mul_ints"/> 75 76 return 0; 77} 78</source> 79 <purpose><para>Test the first tutorial example.</para></purpose> 80 </run-test> 81 82 <run-test filename="function_arith_portable.cpp"> 83 <source> 84 <![CDATA[ 85#include <boost/function.hpp> 86#include <iostream> 87]]> 88<snippet name="function.tutorial.mul_ints"/> 89<snippet name="function.tutorial.int_div"/> 90int main() 91{ 92 <snippet name="function.tutorial.arith.portable"/> 93 <snippet name="function.tutorial.use_int_div"/> 94 <snippet name="function.tutorial.call_int_div"/> 95 <snippet name="function.tutorial.check_empty"/> 96 <snippet name="function.tutorial.clear"/> 97 <snippet name="function.tutorial.use_mul_ints"/> 98 99 return 0; 100} 101</source> 102 <purpose><para>Test the first tutorial example.</para></purpose> 103 </run-test> 104 105 <run-test filename="sum_avg_cxx98.cpp"> 106 <source> 107 <![CDATA[ 108#include <boost/function.hpp> 109#include <iostream> 110]]> 111<snippet name="function.tutorial.sum_avg"/> 112int main() 113{ 114 <snippet name="function.tutorial.sum_avg_decl.cxx98"/> 115 <snippet name="function.tutorial.use_sum_avg"/> 116 117 return 0; 118} 119</source> 120 <purpose><para>Test the second tutorial example.</para></purpose> 121 </run-test> 122 123 <run-test filename="sum_avg_portable.cpp"> 124 <source> 125 <![CDATA[ 126#include <boost/function.hpp> 127#include <iostream> 128]]> 129<snippet name="function.tutorial.sum_avg"/> 130int main() 131{ 132 <snippet name="function.tutorial.sum_avg_decl.portable"/> 133 <snippet name="function.tutorial.use_sum_avg"/> 134 135 return 0; 136} 137</source> 138 <purpose><para>Test the second tutorial example.</para></purpose> 139 </run-test> 140 141 <run-test filename="mem_fun_cxx98.cpp"> 142 <source> 143 <![CDATA[ 144#include <boost/function.hpp> 145#include <iostream> 146#include <functional> 147]]> 148<snippet name="function.tutorial.X"/> 149int X::foo(int x) { return -x; } 150 151int main() 152{ 153 <snippet name="function.tutorial.mem_fun.cxx98"/> 154 155 return 0; 156} 157</source> 158 <purpose><para>Test member function example from tutorial.</para></purpose> 159 </run-test> 160 161 <run-test filename="mem_fun_portable.cpp"> 162 <source> 163 <![CDATA[ 164#include <boost/function.hpp> 165#include <iostream> 166#include <functional> 167]]> 168<snippet name="function.tutorial.X"/> 169int X::foo(int x) { return -x; } 170 171int main() 172{ 173 <snippet name="function.tutorial.mem_fun.portable"/> 174 175 return 0; 176} 177</source> 178 <purpose><para>Test member function example from tutorial.</para></purpose> 179 </run-test> 180 181 <run-test filename="std_bind_cxx98.cpp"> 182 <source> 183 <![CDATA[ 184#include <boost/function.hpp> 185#include <iostream> 186#include <functional> 187]]> 188<snippet name="function.tutorial.X"/> 189int X::foo(int x) { return -x; } 190 191int main() 192{ 193 <snippet name="function.tutorial.std_bind.cxx98"/> 194 195 return 0; 196} 197</source> 198 <purpose><para>Test standard binders example from tutorial.</para></purpose> 199 </run-test> 200 201 <run-test filename="std_bind_portable.cpp"> 202 <source> 203 <![CDATA[ 204#include <boost/function.hpp> 205#include <iostream> 206#include <functional> 207]]> 208<snippet name="function.tutorial.X"/> 209int X::foo(int x) { return -x; } 210 211int main() 212{ 213 <snippet name="function.tutorial.std_bind.portable"/> 214 215 return 0; 216} 217</source> 218 <purpose><para>Test standard binders example from tutorial.</para></purpose> 219 </run-test> 220 221 <run-test filename="function_ref_cxx98.cpp"> 222 <source> 223<![CDATA[ 224#include <boost/function.hpp> 225#include <iostream> 226]]> 227 228struct stateful_type { int operator()(int) const { return 0; } }; 229 230int main() 231{ 232 <snippet name="function.tutorial.ref.cxx98"/> 233 234 return 0; 235} 236</source> 237 <purpose><para>Test <functionname>boost::ref</functionname> example from tutorial.</para></purpose> 238 </run-test> 239 240 <run-test filename="function_ref_portable.cpp"> 241 <source> 242<![CDATA[ 243#include <boost/function.hpp> 244#include <iostream> 245]]> 246 247struct stateful_type { int operator()(int) const { return 0; } }; 248 249int main() 250{ 251 <snippet name="function.tutorial.ref.portable"/> 252 253 return 0; 254} 255</source> 256 <purpose><para>Test <functionname>boost::ref</functionname> example from tutorial.</para></purpose> 257 </run-test> 258</testsuite> 259