testing::GeometryTesterEnvironment< ConfigurationClass > Class Template Reference

Environment for a geometry test. More...

#include <geometry_unit_test_base.h>

Inheritance diagram for testing::GeometryTesterEnvironment< ConfigurationClass >:

Public Types
using	SharedGeoPtr_t = GeoResources_t::ResourcePtr_t
using	SharedGeoPtr_t = GeoResources_t::ResourcePtr_t
Public Types inherited from testing::BasicTesterEnvironment< ConfigurationClass >
using	Configuration_t = ConfigurationClass
using	Configuration_t = ConfigurationClass

Public Member Functions
	GeometryTesterEnvironment (bool bSetup=true)
	Constructor: sets everything up and declares the test started. More...
virtual	~GeometryTesterEnvironment ()
	Destructor: closing remarks. More...
	GeometryTesterEnvironment (bool bSetup=true)
	Constructor: sets everything up and declares the test started. More...
virtual	~GeometryTesterEnvironment ()
	Destructor: closing remarks. More...
	GeometryTesterEnvironment (ConfigurationClass const &cfg_obj, bool bSetup=true)
	Setup from a configuration. More...
	GeometryTesterEnvironment (ConfigurationClass &&cfg_obj, bool bSetup=true)
gar::geo::GeometryCore const *	Geometry () const
	Returns a pointer to the geometry. More...
SharedGeoPtr_t	SharedGeometry () const
	GeometryTesterEnvironment (ConfigurationClass const &cfg_obj, bool bSetup=true)
	Setup from a configuration. More...
	GeometryTesterEnvironment (ConfigurationClass &&cfg_obj, bool bSetup=true)
geo::GeometryCore const *	Geometry () const
	Returns a pointer to the geometry. More...
SharedGeoPtr_t	SharedGeometry () const
Public Member Functions inherited from testing::TesterEnvironment< ConfigurationClass >
template<typename Prov , typename... Args>
Prov *	SetupProvider (Args...args)
	Sets a service provider up by calling its testing::setupProvider() More...
template<typename Prov >
Prov *	SetupProviderFromService (std::string name)
	Sets a service provider up by calling its testing::setupProvider() More...
template<typename Prov >
Prov *	AcquireProvider (std::unique_ptr< Prov > &&prov)
	Acquires a service provider. More...
template<typename Interface , typename Prov , typename... Args>
Prov *	SetupProviderFor (Args...args)
	Sets a provider up, recording it as implementation of Interface. More...
template<typename Interface , typename Prov >
Prov *	SetupProviderFromServiceFor (std::string name)
	Sets a provider up, recording it as implementation of Interface. More...
template<typename Interface , typename Prov >
Prov *	AcquireProviderFor (std::unique_ptr< Prov > &&prov)
	Acquires a service provider implementing an interface. More...
template<typename Prov >
Prov *	SimpleProviderSetup ()
	Oversimplified provider setup. More...
template<typename Prov >
void	DropProvider ()
	Removes and destroys the specified provider. More...
template<typename Prov >
Prov const *	Provider () const
	Return the specified provider (throws if not available) More...
template<typename... Provs>
void	FillProviderPack (gar::ProviderPack< Provs... > &pack) const
	Fills the specified provider pack with providers. More...
template<typename Prov >
Prov::providers_type	ProviderPackFor () const
	Returns a provider pack for the specified provider. More...
template<typename Prov , typename... Args>
Prov *	SetupProvider (Args &&...args)
	Sets a service provider up by calling its testing::setupProvider() More...
template<typename Prov , typename... Args>
Prov *	SetupProviderFromService (std::string name, Args &&...args)
	Sets a service provider up by calling its testing::setupProvider() More...
template<typename Prov >
Prov *	AcquireProvider (std::unique_ptr< Prov > &&prov)
	Acquires a service provider. More...
template<typename Interface , typename Prov , typename... Args>
Prov *	SetupProviderFor (Args &&...args)
	Sets a provider up, recording it as implementation of Interface. More...
template<typename Interface , typename Prov , typename... Args>
Prov *	SetupProviderFromServiceFor (std::string name, Args &&...args)
	Sets a provider up, recording it as implementation of Interface. More...
template<typename Interface , typename Prov >
Prov *	AcquireProviderFor (std::unique_ptr< Prov > &&prov)
	Acquires a service provider implementing an interface. More...
template<typename Prov >
Prov *	SimpleProviderSetup ()
	Oversimplified provider setup. More...
template<typename Prov >
void	DropProvider ()
	Removes and destroys the specified provider. More...
template<typename Prov >
Prov const *	Provider () const
	Return the specified provider (throws if not available) More...
template<typename... Provs>
void	FillProviderPack (lar::ProviderPack< Provs... > &pack) const
	Fills the specified provider pack with providers. More...
template<typename Prov >
Prov::providers_type	ProviderPackFor () const
	Returns a provider pack for the specified provider. More...
Public Member Functions inherited from testing::BasicTesterEnvironment< ConfigurationClass >
	BasicTesterEnvironment (bool bSetup=true)
	Constructor: sets everything up and declares the test started. More...
virtual	~BasicTesterEnvironment ()
	Destructor: closing remarks. More...
	BasicTesterEnvironment (bool bSetup=true)
	Constructor: sets everything up and declares the test started. More...
virtual	~BasicTesterEnvironment ()
	Destructor: closing remarks. More...
	BasicTesterEnvironment (Configuration_t const &cfg_obj, bool bSetup=true)
	Setup from a configuration. More...
	BasicTesterEnvironment (Configuration_t &&cfg_obj, bool bSetup=true)
fhicl::ParameterSet const &	Parameters () const
	Returns the full configuration. More...
fhicl::ParameterSet	ServiceParameters (std::string service_name) const
	Returns the configuration of the specified service. More...
fhicl::ParameterSet	TesterParameters (std::string test_name) const
	Returns the configuration of the specified test. More...
fhicl::ParameterSet	TesterParameters () const
	Returns the configuration of the main test (undefined if no main test) More...
fhicl::ParameterSet const &	Parameters () const
	Returns the full configuration. More...
fhicl::ParameterSet	ServiceParameters (std::string service_name) const
	Returns the configuration of the specified service. More...
fhicl::ParameterSet	TesterParameters (std::string test_name) const
	Returns the configuration of the specified test. More...
fhicl::ParameterSet	TesterParameters () const
	Returns the configuration of the main test (undefined if no main test) More...
	BasicTesterEnvironment (Configuration_t const &configurer, bool bSetup=true)
	Setup from a configuration. More...
	BasicTesterEnvironment (Configuration_t &&configurer, bool bSetup=true)

Static Public Member Functions
static gar::geo::GeometryCore const *	GlobalGeometry ()
static SharedGeoPtr_t	SharedGlobalGeometry ()
	Returns the current global geometry instance (may be nullptr if none) More...
static geo::GeometryCore const *	GlobalGeometry ()
static SharedGeoPtr_t	SharedGlobalGeometry ()
	Returns the current global geometry instance (may be nullptr if none) More...
Static Public Member Functions inherited from testing::BasicTesterEnvironment< ConfigurationClass >
static fhicl::ParameterSet	CompileParameterSet (std::string cfg)
	Compiles a parameter set from a string. More...
static fhicl::ParameterSet	CompileParameterSet (std::string cfg)

Protected Types
using	ChannelMapClass = typename ConfigurationClass::ChannelMapClass
using	ChannelMapClass = typename ConfigurationClass::ChannelMapClass

Protected Member Functions
virtual void	Setup ()
	The complete initialization, ran at construction by default. More...
virtual std::unique_ptr< gar::geo::GeometryCore >	CreateNewGeometry () const
	Creates a new geometry. More...
virtual void	SetupGeometry ()
	Sets up the geometry (creates and registers it) More...
virtual void	Setup ()
	The complete initialization, ran at construction by default. More...
virtual std::unique_ptr< geo::GeometryCore >	CreateNewGeometry () const
	Creates a new geometry. More...
virtual void	SetupGeometry ()
	Sets up the geometry (creates and registers it) More...
virtual void	RegisterGeometry (SharedGeoPtr_t new_geom)
	Get ownership of the specified geometry and registers it as global. More...
virtual void	RegisterGeometry (gar::geo::GeometryCore const *new_geom)
virtual void	RegisterGeometry (SharedGeoPtr_t new_geom)
	Get ownership of the specified geometry and registers it as global. More...
virtual void	RegisterGeometry (geo::GeometryCore const *new_geom)
Protected Member Functions inherited from testing::BasicTesterEnvironment< ConfigurationClass >
Configuration_t const &	Config () const
	Returns a read-only version of the configuration. More...
virtual void	Configure ()
	Reads and translates the configuration. More...
virtual fhicl::ParameterSet	DefaultParameters () const
	Creates a full configuration for the test. More...
Configuration_t const &	Config () const
	Returns a read-only version of the configuration. More...
virtual void	Configure ()
	Reads and translates the configuration. More...
virtual fhicl::ParameterSet	DefaultParameters () const
	Creates a full configuration for the test. More...
virtual void	SetupMessageFacility (fhicl::ParameterSet const &pset, std::string appl_name="") const
	Sets up the message facility. More...
virtual void	SetupMessageFacility () const
virtual void	SetupMessageFacility (fhicl::ParameterSet const &pset, std::string appl_name="") const
	Sets up the message facility. More...
virtual void	SetupMessageFacility () const

Private Types
using	TesterEnvironment_t = TesterEnvironment< ConfigurationClass >
	Base class. More...
using	GeoResources_t = TestSharedGlobalResource< gar::geo::GeometryCore const >
	this implements the singleton interface More...
using	TesterEnvironment_t = TesterEnvironment< ConfigurationClass >
	Base class. More...
using	GeoResources_t = TestSharedGlobalResource< geo::GeometryCore const >
	this implements the singleton interface More...

Private Attributes
ConfigurationClass	config
	instance of the configurer More...
SharedGeoPtr_t	geom
	pointer to the geometry More...

Additional Inherited Members
Static Protected Member Functions inherited from testing::BasicTesterEnvironment< ConfigurationClass >
static fhicl::ParameterSet	ParseParameters (std::string config_path)
	Fills the test configuration from file or from default. More...
static fhicl::ParameterSet	ParseParameters (std::string config_path)
	Fills the test configuration from file or from default. More...
Protected Attributes inherited from testing::TesterEnvironment< ConfigurationClass >
ProviderList	providers
	list of available providers More...

Detailed Description

template<typename ConfigurationClass>
class testing::GeometryTesterEnvironment< ConfigurationClass >

Environment for a geometry test.

---

Template Parameters

ConfigurationClass

a class providing compile-time configuration

The test environment is set up on construction.

The environment provides:

• Geometry() method to access geometry (as a constant pointer)
• Parameters() method returning the complete FHiCL configuration
• TesterParameters() method returning the configuration for the test

This class or a derived one can be used as global fixture for unit tests that require the presence of geometry (in the form of gar::geo::GeometryCore instance).

Unfortunately Boost does not give any control on the initialization of the object, so everything must be ready to go as hard coded. The ConfigurationClass class tries to alleviate that. That is another, small static class that GeometryTesterEnvironment uses to get its parameters.

The requirements for the ConfigurationClass are:

• ChannelMapClass: concrete type of channel mapping algorithm class
• std::string ApplicationName(): the application name
• std::string ConfigurationPath(): path to the configuration file
• std::string GeometryParameterSetPath(): FHiCL path to the configuration of the geometry; in art is "services.Geometry"
• std::string TesterParameterSetPath(): FHiCL path to the configuration of the geometry
• std::string DefaultGeometryConfiguration() returning a FHiCL string to be parsed to extract the default geometry configuration
• std::string DefaultTesterConfiguration() returning a FHiCL string to be parsed to extract the default test configuration

Whether the configuration comes from a file or from the two provided defaults, it is always expected within the parameter set paths: the default configuration must also contain that path.

Note that there is no room for polymorphism here since the setup happens on construction. Some methods are declared virtual in order to allow to tweak some steps of the set up, but it's not trivial to create a derived class that works correctly: the derived class must declare a new default constructor, and that default constructor must call the protected constructor (GeometryTesterEnvironment<ConfigurationClass>(no_setup))

---

Template Parameters

ConfigurationClass

a class providing compile-time configuration

The test environment is set up on construction.

The environment provides:

• Geometry() method to access geometry (as a constant pointer)
• Parameters() method returning the complete FHiCL configuration
• TesterParameters() method returning the configuration for the test

This class or a derived one can be used as global fixture for unit tests that require the presence of geometry (in the form of geo::GeometryCore instance).

Unfortunately Boost does not give any control on the initialization of the object, so everything must be ready to go as hard coded. The ConfigurationClass class tries to alleviate that. That is another, small static class that GeometryTesterEnvironment uses to get its parameters.

The requirements for the ConfigurationClass are:

• ChannelMapClass: concrete type of channel mapping algorithm class
• std::string ApplicationName(): the application name
• std::string ConfigurationPath(): path to the configuration file
• std::string GeometryParameterSetPath(): FHiCL path to the configuration of the geometry; in art is "services.Geometry"
• std::string TesterParameterSetPath(): FHiCL path to the configuration of the geometry
• std::string DefaultGeometryConfiguration() returning a FHiCL string to be parsed to extract the default geometry configuration
• std::string DefaultTesterConfiguration() returning a FHiCL string to be parsed to extract the default test configuration

Whether the configuration comes from a file or from the two provided defaults, it is always expected within the parameter set paths: the default configuration must also contain that path.

Note that there is no room for polymorphism here since the setup happens on construction. Some methods are declared virtual in order to allow to tweak some steps of the set up, but it's not trivial to create a derived class that works correctly: the derived class must declare a new default constructor, and that default constructor must call the protected constructor (GeometryTesterEnvironment<ConfigurationClass>(no_setup))

Definition at line 191 of file geometry_unit_test_base.h.

Member Typedef Documentation

template<typename ConfigurationClass>

using testing::GeometryTesterEnvironment< ConfigurationClass >::ChannelMapClass = typename ConfigurationClass::ChannelMapClass

protected

Definition at line 258 of file geometry_unit_test_base.h.

template<typename ConfigurationClass>

using testing::GeometryTesterEnvironment< ConfigurationClass >::ChannelMapClass = typename ConfigurationClass::ChannelMapClass

protected

Definition at line 258 of file geometry_unit_test_base.h.

template<typename ConfigurationClass>

using testing::GeometryTesterEnvironment< ConfigurationClass >::GeoResources_t = TestSharedGlobalResource<gar::geo::GeometryCore const>

private

this implements the singleton interface

Definition at line 199 of file geometry_unit_test_base.h.

template<typename ConfigurationClass>

using testing::GeometryTesterEnvironment< ConfigurationClass >::GeoResources_t = TestSharedGlobalResource<geo::GeometryCore const>

private

this implements the singleton interface

Definition at line 199 of file geometry_unit_test_base.h.

template<typename ConfigurationClass>

using testing::GeometryTesterEnvironment< ConfigurationClass >::SharedGeoPtr_t = GeoResources_t::ResourcePtr_t

Definition at line 202 of file geometry_unit_test_base.h.

template<typename ConfigurationClass>

using testing::GeometryTesterEnvironment< ConfigurationClass >::SharedGeoPtr_t = GeoResources_t::ResourcePtr_t

Definition at line 202 of file geometry_unit_test_base.h.

template<typename ConfigurationClass>

using testing::GeometryTesterEnvironment< ConfigurationClass >::TesterEnvironment_t = TesterEnvironment<ConfigurationClass>

private

Base class.

Definition at line 196 of file geometry_unit_test_base.h.

template<typename ConfigurationClass>

using testing::GeometryTesterEnvironment< ConfigurationClass >::TesterEnvironment_t = TesterEnvironment<ConfigurationClass>

private

Base class.

Definition at line 196 of file geometry_unit_test_base.h.

Constructor & Destructor Documentation

template<typename ConfigurationClass>

testing::GeometryTesterEnvironment< ConfigurationClass >::GeometryTesterEnvironment ( bool  bSetup = true )

inline

Constructor: sets everything up and declares the test started.

The configuration is from a default-constructed ConfigurationClass. This is suitable for use as Boost unit test fixture.

Definition at line 210 of file geometry_unit_test_base.h.

      : TesterEnvironment_t(false)
      { if (bSetup) Setup(); }

template<typename ConfigurationClass>

testing::GeometryTesterEnvironment< ConfigurationClass >::GeometryTesterEnvironment ( ConfigurationClass const &  cfg_obj, bool  bSetup = true  )

inline

Setup from a configuration.

Parameters

configurer

an instance of ConfigurationClass

The configuration is from the specified configurer class.

This constructor allows to use a non-default-constructed configuration. This can't be used (at best of my knowledge) when using this class as Boost unit test fixture.

In the r-value-reference constructor, the configurer is moved.

Definition at line 228 of file geometry_unit_test_base.h.

      : TesterEnvironment_t(cfg_obj, false)
      { if (bSetup) Setup(); }

template<typename ConfigurationClass>

testing::GeometryTesterEnvironment< ConfigurationClass >::GeometryTesterEnvironment ( ConfigurationClass &&  cfg_obj, bool  bSetup = true  )

inline

Definition at line 231 of file geometry_unit_test_base.h.

      : TesterEnvironment_t(std::move(cfg_obj), false)
      { if (bSetup) Setup(); }

template<typename ConfigurationClass >

testing::GeometryTesterEnvironment< ConfigurationClass >::~GeometryTesterEnvironment ( )

virtual

Destructor: closing remarks.

Definition at line 289 of file geometry_unit_test_base.h.

                                                                            {

    mf::LogInfo("Test") << config.ApplicationName() << " completed.";

  } // GeometryTesterEnvironment<>::~GeometryTesterEnvironment()

template<typename ConfigurationClass>

testing::GeometryTesterEnvironment< ConfigurationClass >::GeometryTesterEnvironment ( bool  bSetup = true )

inline

Constructor: sets everything up and declares the test started.

The configuration is from a default-constructed ConfigurationClass. This is suitable for use as Boost unit test fixture.

Definition at line 210 of file geometry_unit_test_base.h.

      : TesterEnvironment_t(false)
      { if (bSetup) Setup(); }

template<typename ConfigurationClass>

testing::GeometryTesterEnvironment< ConfigurationClass >::GeometryTesterEnvironment ( ConfigurationClass const &  cfg_obj, bool  bSetup = true  )

inline

Setup from a configuration.

Parameters

configurer

an instance of ConfigurationClass

The configuration is from the specified configurer class.

This constructor allows to use a non-default-constructed configuration. This can't be used (at best of my knowledge) when using this class as Boost unit test fixture.

In the r-value-reference constructor, the configurer is moved.

Definition at line 228 of file geometry_unit_test_base.h.

      : TesterEnvironment_t(cfg_obj, false)
      { if (bSetup) Setup(); }

template<typename ConfigurationClass>

testing::GeometryTesterEnvironment< ConfigurationClass >::GeometryTesterEnvironment ( ConfigurationClass &&  cfg_obj, bool  bSetup = true  )

inline

Definition at line 231 of file geometry_unit_test_base.h.

      : TesterEnvironment_t(std::move(cfg_obj), false)
      { if (bSetup) Setup(); }

template<typename ConfigurationClass>

virtual testing::GeometryTesterEnvironment< ConfigurationClass >::~GeometryTesterEnvironment ( )

virtual

Destructor: closing remarks.

Member Function Documentation

template<typename ConfigurationClass >

std::unique_ptr< geo::GeometryCore > testing::GeometryTesterEnvironment< ConfigurationClass >::CreateNewGeometry ( ) const

protectedvirtual

Creates a new geometry.

Sets the geometry of the standard detector up.

---

This function sets up the geometry according to the provided information:

• the configuration must contain enough information to locate the geometry description file
• we trust that that geometry works well with the ChannelMapClass specified in ConfigurationClass

Definition at line 308 of file geometry_unit_test_base.h.

  {

    std::string ProviderParameterSetPath
      = this->Config().GeometryParameterSetPath();

    //
    // create the new geometry service provider
    //
    fhicl::ParameterSet ProviderConfig
      = this->Parameters().template get<fhicl::ParameterSet>
        (ProviderParameterSetPath);
    auto new_geom = std::make_unique<gar::geo::GeometryCore>(ProviderConfig);

    std::string RelativePath
      = ProviderConfig.get< std::string>("RelativePath", "");

    std::string
      GDMLFileName = RelativePath + ProviderConfig.get<std::string>("GDML"),
      ROOTFileName = RelativePath + ProviderConfig.get<std::string>("ROOT");

    // Search all reasonable locations for the geometry file;
    // we see if by any chance art's FW_SEARCH_PATH directory is set and try
    // there;
    // if not, we do expect the path to be complete enough for ROOT to cope.
    cet::search_path sp("FW_SEARCH_PATH");

    std::string ROOTfile;
    if (!sp.find_file(ROOTFileName, ROOTfile)) ROOTfile = ROOTFileName;

    // we really don't care of GDML file, since we are not going to run Geant4
    std::string GDMLfile;
    if (!sp.find_file(GDMLFileName, GDMLfile))
      mf::LogWarning("CreateNewGeometry") << "GDML file not found.";

    // initialize the geometry with the files we have found
    new_geom->LoadGeometryFile(GDMLfile, ROOTfile);


    //
    // create the new channel map
    //
    fhicl::ParameterSet SortingParameters
      = ProviderConfig.get<fhicl::ParameterSet>("SortingParameters", {});
    std::shared_ptr<gar::geo::seg::ChannelMapAlg> pChannelMap
      (new ChannelMapClass(SortingParameters));

    // connect the channel map with the geometry, that shares ownsership
    // (we give up ours at the end of this method)
    new_geom->ApplyChannelMap(pChannelMap);

    return new_geom;
  } // GeometryTesterEnvironment<>::CreateNewGeometry()

template<typename ConfigurationClass>

virtual std::unique_ptr<geo::GeometryCore> testing::GeometryTesterEnvironment< ConfigurationClass >::CreateNewGeometry ( ) const

protectedvirtual

Creates a new geometry.

template<typename ConfigurationClass>

geo::GeometryCore const* testing::GeometryTesterEnvironment< ConfigurationClass >::Geometry ( ) const

inline

Returns a pointer to the geometry.

Definition at line 242 of file geometry_unit_test_base.h.

{ return geom.get(); }

template<typename ConfigurationClass>

gar::geo::GeometryCore const* testing::GeometryTesterEnvironment< ConfigurationClass >::Geometry ( ) const

inline

Returns a pointer to the geometry.

Definition at line 242 of file geometry_unit_test_base.h.

{ return geom.get(); }

template<typename ConfigurationClass>

static gar::geo::GeometryCore const* testing::GeometryTesterEnvironment< ConfigurationClass >::GlobalGeometry ( )

inlinestatic

Returns the current global geometry instance

Exceptions

std::out_of_range

if not present

Definition at line 249 of file geometry_unit_test_base.h.

      { return &GeoResources_t::Resource(); }

template<typename ConfigurationClass>

static geo::GeometryCore const* testing::GeometryTesterEnvironment< ConfigurationClass >::GlobalGeometry ( )

inlinestatic

Returns the current global geometry instance

Exceptions

std::out_of_range

if not present

Definition at line 249 of file geometry_unit_test_base.h.

      { return &GeoResources_t::Resource(); }

template<typename ConfigurationClass>

virtual void testing::GeometryTesterEnvironment< ConfigurationClass >::RegisterGeometry ( SharedGeoPtr_t  new_geom )

protectedvirtual

Get ownership of the specified geometry and registers it as global.

template<typename ConfigurationClass >

void testing::GeometryTesterEnvironment< ConfigurationClass >::RegisterGeometry ( SharedGeoPtr_t  new_geom )

protectedvirtual

Get ownership of the specified geometry and registers it as global.

Definition at line 365 of file geometry_unit_test_base.h.

  {
    // update the current geometry, that becomes owner;
    // also update the global one if it happens to be already our previous
    // (in this case, it becomes co-owner)
    SharedGeoPtr_t my_old_geom = geom;
    geom = new_geom;
    // if the global geometry is already the one we register, don't bother
    if (SharedGlobalGeometry() != new_geom)
      GeoResources_t::ReplaceDefaultSharedResource(my_old_geom, new_geom);
  } // GeometryTesterEnvironment<>::RegisterGeometry()

template<typename ConfigurationClass>

virtual void testing::GeometryTesterEnvironment< ConfigurationClass >::RegisterGeometry ( geo::GeometryCore const *  new_geom )

inlineprotectedvirtual

Definition at line 270 of file geometry_unit_test_base.h.

      { RegisterGeometry(SharedGeoPtr_t(new_geom)); }

template<typename ConfigurationClass>

virtual void testing::GeometryTesterEnvironment< ConfigurationClass >::RegisterGeometry ( gar::geo::GeometryCore const *  new_geom )

inlineprotectedvirtual

Definition at line 270 of file geometry_unit_test_base.h.

      { RegisterGeometry(SharedGeoPtr_t(new_geom)); }

template<typename ConfigurationClass >

void testing::GeometryTesterEnvironment< ConfigurationClass >::Setup ( )

protectedvirtual

The complete initialization, ran at construction by default.

Reimplemented from testing::BasicTesterEnvironment< ConfigurationClass >.

Definition at line 395 of file geometry_unit_test_base.h.

                                                            {

    //
    // parse configuration, set up message facility
    //
    TesterEnvironment_t::Setup();

    //
    // set up the geometry
    //
    SetupGeometry();

    mf::LogInfo("Test")
       << config.ApplicationName() << " Geometry setup complete.";

  } // GeometryTesterEnvironment<>::Setup()

template<typename ConfigurationClass>

virtual void testing::GeometryTesterEnvironment< ConfigurationClass >::Setup ( )

protectedvirtual

The complete initialization, ran at construction by default.

Reimplemented from testing::BasicTesterEnvironment< ConfigurationClass >.

template<typename ConfigurationClass >

void testing::GeometryTesterEnvironment< ConfigurationClass >::SetupGeometry ( )

protectedvirtual

Sets up the geometry (creates and registers it)

Definition at line 380 of file geometry_unit_test_base.h.

                                                                    {
    //
    // horrible, shameful hack to support the "new" testing environment
    // while the old one, informally deprecated, is still around;
    // we will have TWO versions of GeometryCore around.
    // Ugh.
    //
    RegisterGeometry(CreateNewGeometry()); // old
    // new
    this->template AcquireProvider<gar::geo::GeometryCore>(CreateNewGeometry());
  } // GeometryTesterEnvironment<>::SetupGeometry()

template<typename ConfigurationClass>

virtual void testing::GeometryTesterEnvironment< ConfigurationClass >::SetupGeometry ( )

protectedvirtual

Sets up the geometry (creates and registers it)

template<typename ConfigurationClass>

SharedGeoPtr_t testing::GeometryTesterEnvironment< ConfigurationClass >::SharedGeometry ( ) const

inline

Definition at line 243 of file geometry_unit_test_base.h.

{ return geom; }

template<typename ConfigurationClass>

SharedGeoPtr_t testing::GeometryTesterEnvironment< ConfigurationClass >::SharedGeometry ( ) const

inline

Definition at line 243 of file geometry_unit_test_base.h.

{ return geom; }

template<typename ConfigurationClass>

static SharedGeoPtr_t testing::GeometryTesterEnvironment< ConfigurationClass >::SharedGlobalGeometry ( )

inlinestatic

Returns the current global geometry instance (may be nullptr if none)

Definition at line 253 of file geometry_unit_test_base.h.

      { return GeoResources_t::ShareResource(); }

template<typename ConfigurationClass>

static SharedGeoPtr_t testing::GeometryTesterEnvironment< ConfigurationClass >::SharedGlobalGeometry ( )

inlinestatic

Returns the current global geometry instance (may be nullptr if none)

Definition at line 253 of file geometry_unit_test_base.h.

      { return GeoResources_t::ShareResource(); }

Member Data Documentation

template<typename ConfigurationClass>

ConfigurationClass testing::GeometryTesterEnvironment< ConfigurationClass >::config

private

instance of the configurer

Definition at line 279 of file geometry_unit_test_base.h.

template<typename ConfigurationClass>

SharedGeoPtr_t testing::GeometryTesterEnvironment< ConfigurationClass >::geom

private

pointer to the geometry

Definition at line 281 of file geometry_unit_test_base.h.

---

The documentation for this class was generated from the following file:

• garsoft/test/Geometry/geometry_unit_test_base.h