70   const std::string	     binary = "basic/empty.so";  variable
72   const elf_reader::status status = read_corpus(binary, corpus_ptr);
80   const std::string	     binary = "basic/no_debug_info.so";  variable
82   const elf_reader::status status = read_corpus(binary, corpus_ptr);
151   GIVEN("a binary with no exported symbols")
158   GIVEN("a binary with a single exported function")
160     const std::string	   binary = "basic/single_function.so";  variable
161     const corpus_sptr&	   corpus = assert_symbol_count(binary, 1, 0);
170   GIVEN("a binary with a single exported variable")
172     const std::string	   binary = "basic/single_variable.so";  variable
173     const corpus_sptr&	   corpus = assert_symbol_count(binary, 0, 1);
182   GIVEN("a binary with one function and one variable exported")
184     const std::string  binary = "basic/one_function_one_variable.so";  variable
185     const corpus_sptr& corpus = assert_symbol_count(binary, 1, 1);
192   GIVEN("a binary with a single undefined function")
194     const std::string  binary = "basic/single_undefined_function.so";  variable
195     const corpus_sptr corpus = assert_symbol_count(binary, 0, 0, 1, 0);
198   GIVEN("a binary with a single undefined variable")
200     const std::string  binary = "basic/single_undefined_variable.so";  variable
201     const corpus_sptr corpus = assert_symbol_count(binary, 0, 0, 0, 1);
204   GIVEN("a binary with one function and one variable undefined")
206     const std::string  binary = "basic/one_function_one_variable_undefined.so";  variable
207     const corpus_sptr corpus = assert_symbol_count(binary, 0, 0, 1, 1);
213   GIVEN("a binary with one function and one variable exported")
215     const std::string binary = "basic/one_function_one_variable.so";  variable
217     GIVEN("we read the binary without any whitelists")
219       const corpus_sptr& corpus = assert_symbol_count(binary, 1, 1);
226     GIVEN("we read the binary with all symbols on the whitelists")
232 	assert_symbol_count(binary, 1, 1, 0, 0, whitelists);
239     GIVEN("we read the binary with only irrelevant symbols whitelisted")
248 	read_corpus(binary, corpus_ptr, whitelists);
253     GIVEN("we read the binary with only the function whitelisted")
259 	assert_symbol_count(binary, 1, 0, 0, 0, whitelists);
266     GIVEN("we read the binary with only the variable whitelisted")
272 	assert_symbol_count(binary, 0, 1, 0, 0, whitelists);
283   const std::string  binary = "basic/aliases.so";  variable
284   const corpus_sptr& corpus = assert_symbol_count(binary, 5, 5);
307   const std::string  binary = "basic/aliases.so";  variable
308   const corpus_sptr& corpus = assert_symbol_count(binary, 5, 5);
352 	  const std::string	 binary = base_path + "single_function.ko";  variable
353 	  const corpus_sptr&	 corpus = assert_symbol_count(binary, 1, 0);
364 	  const std::string	 binary = base_path + "single_function_gpl.ko";  variable
365 	  const corpus_sptr&	 corpus = assert_symbol_count(binary, 1, 0);
374 	GIVEN("a binary with a single exported variable")
376 	  const std::string	 binary = base_path + "single_variable.ko";  variable
377 	  const corpus_sptr&	 corpus = assert_symbol_count(binary, 0, 1);
386 	GIVEN("a binary with a single GPL exported variable")
388 	  const std::string	 binary = base_path + "single_variable_gpl.ko";  variable
389 	  const corpus_sptr&	 corpus = assert_symbol_count(binary, 0, 1);
398 	GIVEN("a binary with one function and one variable (GPL) exported")
400 	  const std::string  binary = base_path + "one_of_each.ko";  variable
401 	  const corpus_sptr& corpus = assert_symbol_count(binary, 2, 2);
419   GIVEN("a binary with one function and one variable (GPL) exported")
421     const std::string  binary = base_path + "one_of_each.ko";  variable
422     const corpus_sptr& corpus = assert_symbol_count(binary, 2, 2);