AtomicNumber_test.cc

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/**
 * @file   AtomicNumber_test.cc
 * @brief  Tests the AtomicNumber service provider
 * @author Gianluca Petrillo (petrillo@fnal.gov)
 * @date   April 13, 2016
 * @see    AtomicNumber.h
 * @ingroup AtomicNumber
 *
 * The exit code of the test is the number of triggered errors.
 * This text is expected to pass with 0 errors.
 *
 * This test does not exercise the configuration via file.
 *
 */


// LArSoft libraries
#include "larexamples/Services/AtomicNumber/Providers/AtomicNumber.h"
#include "larcorealg/TestUtils/unit_test_base.h" // testing namespace

// support libraries
#include "messagefacility/MessageLogger/MessageLogger.h"

// C/C++ standard libraries
#include <string>


// BEGIN AtomicNumber ----------------------------------------------------------
/// @ingroup AtomicNumber
/// @{

/// Structure to hold enough information to computed the expected results
struct Results_t {
   unsigned int Z; ///< atomic number
}; // Results_t


//------------------------------------------------------------------------------
/**
 * @fn TestConfiguration
 * @brief Runs a test with a specific configuration
 * @param testName name of this test for output purposes
 * @param configuration provider configuration as a string in FHiCL format
 * @param expected the expected values
 * @return number of errors encountered
 */
unsigned int TestConfiguration
   (std::string testName, std::string configuration, Results_t const& expected)
{

   //
   // configuration of the test
   //

   // provide a test name and a push a configuration for "AtomicNumberService"
   testing::BasicEnvironmentConfiguration config(testName);
   config.AddDefaultServiceConfiguration("AtomicNumberService", configuration);

   // set up a basic testing environment with that configuration
   auto TesterEnv = testing::CreateTesterEnvironment(config);

   //
   // computation of expected values
   //
   unsigned int nErrors = 0; // error count

   // create a new service provider with configuration from the environment
   lar::example::AtomicNumber Zprov
     (TesterEnv.ServiceParameters("AtomicNumberService"));

   //
   // here goes the test...
   //
   unsigned int Z = Zprov.Z();
   if (Z != expected.Z) {
      mf::LogError("AtomicNumber_test") << testName
         << ": wrong atomic number: " << Z
         << " (expected: " << expected.Z << ")";
      ++nErrors;
   }

   //
   // done!
   //
   return nErrors;
} // TestConfiguration()


//------------------------------------------------------------------------------
unsigned int TestDefaultConfiguration() {
   Results_t expected;
   expected.Z = 18;

   return TestConfiguration("TestDefaultConfiguration", "", expected);

} // TestDefaultConfiguration()


//------------------------------------------------------------------------------
unsigned int TestXenonConfiguration() {

   Results_t expected;
   expected.Z = 54;

   return TestConfiguration(
      "TestXenonConfiguration", // test name
      R"(
         AtomicNumber: 54
      )",                       // provider configuration
      expected                  // expected values
      );
} // TestXenonConfiguration()


//------------------------------------------------------------------------------
int main(int argc, char** argv) {

   unsigned int nErrors = 0;
   nErrors += TestDefaultConfiguration();
   nErrors += TestXenonConfiguration();

   return nErrors;
} // main()

/// @}
// END AtomicNumber ------------------------------------------------------------

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