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plugins_test.cpp
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/***************************************************************************
tag: The SourceWorks Tue Sep 7 00:54:57 CEST 2010 plugins_test.cpp
plugins_test.cpp - description
-------------------
begin : Tue September 07 2010
copyright : (C) 2010 The SourceWorks
email : [email protected]
***************************************************************************
* *
* This program is free software; you can redistribute it and/or modify *
* it under the terms of the GNU General Public License as published by *
* the Free Software Foundation; either version 2 of the License, or *
* (at your option) any later version. *
* *
***************************************************************************/
#include "unit.hpp"
#include <boost/filesystem.hpp>
#include "TaskContext.hpp"
#include "plugin/Plugin.hpp"
#include "plugin/PluginLoader.hpp"
/* For internal use only - check if extension contains a version. */
RTT_API bool isExtensionVersion(const std::string& ext);
/* For internal use only - check if library should be loaded */
RTT_API bool isLoadableLibrary(const boost::filesystem::path& filename);
/**
* Fixture.
*/
class PluginsFixture
{
public:
TaskContext* tc;
public:
PluginsFixture()
{
tc = new TaskContext( "root", TaskContext::Stopped );
}
~PluginsFixture()
{
delete tc;
}
};
using namespace plugin;
// Registers the fixture into the 'registry'
BOOST_FIXTURE_TEST_SUITE( PluginsSuite, PluginsFixture )
BOOST_AUTO_TEST_CASE( testExtensionVersion )
{
BOOST_CHECK( true == isExtensionVersion(".1") );
BOOST_CHECK( true == isExtensionVersion(".12") );
BOOST_CHECK( true == isExtensionVersion(".123") );
BOOST_CHECK( false == isExtensionVersion("1") );
BOOST_CHECK( false == isExtensionVersion("12") );
BOOST_CHECK( false == isExtensionVersion("123") );
BOOST_CHECK( false == isExtensionVersion(".a") );
BOOST_CHECK( false == isExtensionVersion("a") );
BOOST_CHECK( false == isExtensionVersion(".123 ") );
BOOST_CHECK( false == isExtensionVersion(". 123") );
// pathological
BOOST_CHECK( false == isExtensionVersion("") );
BOOST_CHECK( false == isExtensionVersion(".") );
BOOST_CHECK( false == isExtensionVersion(".1.a") );
BOOST_CHECK( false == isExtensionVersion("..1") );
BOOST_CHECK( false == isExtensionVersion(".1a2") );
BOOST_CHECK( false == isExtensionVersion(".1.2") );
BOOST_CHECK( false == isExtensionVersion(" .1") );
}
BOOST_AUTO_TEST_CASE( testLoadableLibrary )
{
#if defined(__APPLE__)
BOOST_CHECK( true == isLoadableLibrary("libfoo.dylib") );
BOOST_CHECK( false == isLoadableLibrary("libfoo.1.dylib") );
BOOST_CHECK( false == isLoadableLibrary("libfoo.1.2.dylib") );
BOOST_CHECK( false == isLoadableLibrary("libfoo.1.2.3.dylib") );
BOOST_CHECK( true == isLoadableLibrary("libfoo.bar.dylib") );
BOOST_CHECK( false == isLoadableLibrary("libfoo.bar.1.dylib") );
BOOST_CHECK( false == isLoadableLibrary("libfoo.bar.1.2.dylib") );
BOOST_CHECK( false == isLoadableLibrary("libfoo.bar.1.2.3.dylib") );
BOOST_CHECK( true == isLoadableLibrary("libfoo.bar.1..dylib") );
BOOST_CHECK( true == isLoadableLibrary("libfoo.1.bar.dylib") );
BOOST_CHECK( true == isLoadableLibrary("libfoo.1.2.bar.dylib") );
BOOST_CHECK( true == isLoadableLibrary("libfoo.1.2.3.bar.dylib") );
BOOST_CHECK( false == isLoadableLibrary("libfoo.1.bar.1.dylib") );
BOOST_CHECK( false == isLoadableLibrary("libfoo.1.bar.1.2.dylib") );
BOOST_CHECK( false == isLoadableLibrary("libfoo.1.bar.1.2.3.dylib") );
BOOST_CHECK( true == isLoadableLibrary("libfoo-bar.dylib") );
BOOST_CHECK( true == isLoadableLibrary("libfoo-2.3.bar.dylib") );
// acceptable to RTT as libraries
BOOST_CHECK( true == isLoadableLibrary("foo.dylib") );
BOOST_CHECK( false == isLoadableLibrary("foo.1.dylib") );
BOOST_CHECK( true == isLoadableLibrary("foo.1.b.dylib") );
BOOST_CHECK( true == isLoadableLibrary("1.dylib") );
// not libraries
BOOST_CHECK( false == isLoadableLibrary("libfoo.a") );
BOOST_CHECK( false == isLoadableLibrary("foo") );
BOOST_CHECK( false == isLoadableLibrary("libfoo.so") );
BOOST_CHECK( false == isLoadableLibrary("foo.so") );
BOOST_CHECK( false == isLoadableLibrary("foo.dylib.x") );
BOOST_CHECK( false == isLoadableLibrary("foo.dll") );
// pathological
BOOST_CHECK( false == isLoadableLibrary(".dylib") );
#elif defined(WIN32)
BOOST_CHECK( true == isLoadableLibrary("libfoo.dll") );
BOOST_CHECK( false == isLoadableLibrary("libfoo.dll.1") );
// not libraries
BOOST_CHECK( false == isLoadableLibrary("foo") );
BOOST_CHECK( false == isLoadableLibrary("foo.so") );
BOOST_CHECK( false == isLoadableLibrary("foo.dylib") );
BOOST_CHECK( false == isLoadableLibrary("foo.1.dll") );
// pathological
BOOST_CHECK( false == isLoadableLibrary(".dll") );
BOOST_CHECK( false == isLoadableLibrary("1.dll") );
#else
// assume Linux
BOOST_CHECK( true == isLoadableLibrary("libfoo.so") );
BOOST_CHECK( false == isLoadableLibrary("libfoo.so.1") );
BOOST_CHECK( false == isLoadableLibrary("libfoo.so.1.2") );
BOOST_CHECK( false == isLoadableLibrary("libfoo.so.1.2.3") );
BOOST_CHECK( true == isLoadableLibrary("libfoo.bar.so") );
BOOST_CHECK( false == isLoadableLibrary("libfoo.bar.so.1") );
BOOST_CHECK( false == isLoadableLibrary("libfoo.bar.so.1.2") );
BOOST_CHECK( false == isLoadableLibrary("libfoo.bar.so.1.2.3") );
BOOST_CHECK( true == isLoadableLibrary("libfoo.1.bar.so") );
BOOST_CHECK( true == isLoadableLibrary("libfoo.1.2.bar.so") );
BOOST_CHECK( true == isLoadableLibrary("libfoo.1.2.3.bar.so") );
BOOST_CHECK( false == isLoadableLibrary("libfoo.1.bar.so.1") );
BOOST_CHECK( false == isLoadableLibrary("libfoo.1.bar.so.1.2") );
BOOST_CHECK( false == isLoadableLibrary("libfoo.1.bar.so.1.2.3") );
BOOST_CHECK( true == isLoadableLibrary("libfoo-bar.so") );
BOOST_CHECK( true == isLoadableLibrary("libfoo-2.3.bar.so") );
// acceptable to RTT as libraries
BOOST_CHECK( true == isLoadableLibrary("foo.so") );
BOOST_CHECK( true == isLoadableLibrary("foo.1.so") );
// not libraries
BOOST_CHECK( false == isLoadableLibrary("libfoo.a") );
BOOST_CHECK( false == isLoadableLibrary("foo") );
BOOST_CHECK( false == isLoadableLibrary("libfoo.dylib") );
BOOST_CHECK( false == isLoadableLibrary("foo.dylib") );
BOOST_CHECK( false == isLoadableLibrary("foo.dll") );
BOOST_CHECK( false == isLoadableLibrary("foo.so.x") );
// pathological
BOOST_CHECK( false == isLoadableLibrary(".so") );
BOOST_CHECK( false == isLoadableLibrary(".so.1") );
#endif
// pathological
BOOST_CHECK( false == isLoadableLibrary("") );
BOOST_CHECK( false == isLoadableLibrary(".") );
BOOST_CHECK( false == isLoadableLibrary("..") );
BOOST_CHECK( false == isLoadableLibrary("1.") );
BOOST_CHECK( false == isLoadableLibrary("1") );
BOOST_CHECK( false == isLoadableLibrary(".1") );
BOOST_CHECK( false == isLoadableLibrary("a.") );
BOOST_CHECK( false == isLoadableLibrary("a") );
BOOST_CHECK( false == isLoadableLibrary(".a") );
}
/** loads a complete project with a given path
*/
BOOST_AUTO_TEST_CASE( testTypePlugins )
{
PluginLoader::shared_ptr pl = PluginLoader::Instance();
BOOST_CHECK( pl->isLoaded("typekit_plugin") == false);
BOOST_CHECK( pl->isLoaded("TypesPluginTest") == false);
pl->loadTypekit("testproject",".;..");
BOOST_CHECK( pl->isLoaded("typekit_plugin") );
BOOST_CHECK( pl->isLoaded("TypesPluginTest") );
}
/** loads a single library/plugin with a given path.
*/
BOOST_AUTO_TEST_CASE( testTypePlugin )
{
PluginLoader::shared_ptr pl = PluginLoader::Instance();
BOOST_REQUIRE( pl->loadTypekit("typekit_plugin", "testproject;../testproject") );
BOOST_CHECK( pl->isLoaded("typekit_plugin") );
BOOST_CHECK( pl->isLoaded("TypesPluginTest") );
}
BOOST_AUTO_TEST_CASE( testServicePlugins )
{
PluginLoader::shared_ptr pl = PluginLoader::Instance();
BOOST_CHECK( pl->isLoaded("service_plugin") == false);
BOOST_CHECK( pl->isLoaded("serviceplugin") == false);
pl->loadPlugin("testproject",".;..");
BOOST_CHECK( pl->isLoaded("service_plugin") );
BOOST_CHECK( pl->isLoaded("serviceplugin") );
}
BOOST_AUTO_TEST_CASE( testServicePlugin )
{
PluginLoader::shared_ptr pl = PluginLoader::Instance();
BOOST_REQUIRE( pl->loadService("serviceplugin", tc) );
BOOST_CHECK( tc->provides()->hasService("the_service") );
}
BOOST_AUTO_TEST_SUITE_END()