corelib/tests/srd-mem-target.cc

#include <lw/lib/SRDIO.hh>
#include <cppunit/extensions/HelperMacros.h>
using namespace lw;

/* - SRDMemTargetTest ---------------------------------------------------{{{-*/
class SRDMemTargetTest : public CppUnit::TestFixture
{
	CPPUNIT_TEST_SUITE( SRDMemTargetTest );
		CPPUNIT_TEST( testStartEnd );
		CPPUNIT_TEST( testPushUnstructured );
		CPPUNIT_TEST( testPushUnstructuredExtraEnd );
		CPPUNIT_TEST( testPushUnstructuredUnterminated );
		CPPUNIT_TEST( testPushStructured );
		CPPUNIT_TEST( testPushStructuredExtraEnd );
		CPPUNIT_TEST( testPushStructuredUnterminated );
	CPPUNIT_TEST_SUITE_END( );

	size_t counter;
	T_String location = T_String( "test" );

	T_SRDToken && mkToken( T_SRDToken && t )
	{
		t.location( location , counter ++ );
		return std::move( t );
	}

public:
	void setUp( ) override
		{ counter = 0; }

	void testStartEnd( );
	void testPushUnstructured( );
	void testPushUnstructuredExtraEnd( );
	void testPushUnstructuredUnterminated( );
	void testPushStructured( );
	void testPushStructuredExtraEnd( );
	void testPushStructuredUnterminated( );
};


#define M_CKTOK_(ITEM,TYPE,POS) \
	do { \
		CPPUNIT_ASSERT( E_SRDTokenType::TYPE == (ITEM).type( ) ); \
		CPPUNIT_ASSERT( (ITEM).hasLocation( ) ); \
		CPPUNIT_ASSERT( location == (ITEM).location( ).source( ) ); \
		CPPUNIT_ASSERT_EQUAL( size_t( POS ) , \
				(ITEM).location( ).byte( ) ); \
	} while ( 0 )

#define M_CKERR_(IDX,STR,POS) \
	do { \
		auto const& _e( errors[ IDX ] ); \
		CPPUNIT_ASSERT( T_String( STR ) == _e.error( ) ); \
		CPPUNIT_ASSERT( location == _e.location( ).source( ) ); \
		CPPUNIT_ASSERT_EQUAL( size_t( POS ) , \
				_e.location( ).byte( ) ); \
	} while ( 0 )


CPPUNIT_TEST_SUITE_REGISTRATION( SRDMemTargetTest );

void SRDMemTargetTest::testStartEnd( ) // {{{
{
	T_SRDErrors errors;
	{
		T_SRDMemoryTarget mt( false );
		mt.start( errors );
		mt.end( errors );
	}
	CPPUNIT_ASSERT_EQUAL( uint32_t( 0 ) , errors.size( ) );
}

// }}}
void SRDMemTargetTest::testPushUnstructured( ) // {{{
{
	T_SRDErrors errors;
	T_SRDMemoryTarget mt( false );
	{
		T_SRDReaderTargetHelper rth( mt , errors );
		mt.push( errors , mkToken( T_SRDToken::ListStart( ) ) );
		mt.push( errors , mkToken( T_SRDToken::Integer( 123 ) ) );
		mt.push( errors , mkToken( T_SRDToken::ListEnd( ) ) );
	}
	CPPUNIT_ASSERT_EQUAL( uint32_t( 0 ) , errors.size( ) );

	CPPUNIT_ASSERT_EQUAL( uint32_t( 3 ) , mt.list( ).size( ) );
	M_CKTOK_( mt.list( )[ 0 ] , START , 0 );
	M_CKTOK_( mt.list( )[ 1 ] , INT , 1 );
	M_CKTOK_( mt.list( )[ 2 ] , END , 2 );
}

// }}}
void SRDMemTargetTest::testPushUnstructuredExtraEnd( ) // {{{
{
	T_SRDErrors errors;
	T_SRDMemoryTarget mt( false );
	{
		T_SRDReaderTargetHelper rth( mt , errors );
		mt.push( errors , mkToken( T_SRDToken::ListStart( ) ) );
		mt.push( errors , mkToken( T_SRDToken::Integer( 123 ) ) );
		mt.push( errors , mkToken( T_SRDToken::ListEnd( ) ) );
		mt.push( errors , mkToken( T_SRDToken::ListEnd( ) ) );
	}

	CPPUNIT_ASSERT_EQUAL( uint32_t( 1 ) , errors.size( ) );
	M_CKERR_( 0 , "unexpected ')'" , 3 );

	CPPUNIT_ASSERT_EQUAL( uint32_t( 3 ) , mt.list( ).size( ) );
	M_CKTOK_( mt.list( )[ 0 ] , START , 0 );
	M_CKTOK_( mt.list( )[ 1 ] , INT , 1 );
	M_CKTOK_( mt.list( )[ 2 ] , END , 2 );
}

// }}}
void SRDMemTargetTest::testPushUnstructuredUnterminated( ) // {{{
{
	T_SRDErrors errors;
	T_SRDMemoryTarget mt( false );
	{
		T_SRDReaderTargetHelper rth( mt , errors );
		mt.push( errors , mkToken( T_SRDToken::ListStart( ) ) );
		mt.push( errors , mkToken( T_SRDToken::Integer( 123 ) ) );
		mt.push( errors , mkToken( T_SRDToken::ListStart( ) ) );
	}

	CPPUNIT_ASSERT_EQUAL( uint32_t( 2 ) , errors.size( ) );
	M_CKERR_( 0 , "unterminated list" , 0 );
	M_CKERR_( 1 , "unterminated list" , 2 );
}

// }}}
void SRDMemTargetTest::testPushStructured( ) // {{{
{
	T_SRDErrors errors;
	T_SRDMemoryTarget mt( true );
	{
		T_SRDReaderTargetHelper rth( mt , errors );
		mt.push( errors , mkToken( T_SRDToken::ListStart( ) ) );
		mt.push( errors , mkToken( T_SRDToken::Integer( 123 ) ) );
		mt.push( errors , mkToken( T_SRDToken::ListEnd( ) ) );
	}
	CPPUNIT_ASSERT_EQUAL( uint32_t( 0 ) , errors.size( ) );

	CPPUNIT_ASSERT_EQUAL( uint32_t( 1 ) , mt.list( ).size( ) );
	M_CKTOK_( mt.list( )[ 0 ] , LIST , 0 );

	auto const& list( mt.list( )[ 0 ].list( ) );
	CPPUNIT_ASSERT_EQUAL( uint32_t( 1 ) , list.size( ) );
	M_CKTOK_( list[ 0 ] , INT , 1 );
}

// }}}
void SRDMemTargetTest::testPushStructuredExtraEnd( ) // {{{
{
	T_SRDErrors errors;
	T_SRDMemoryTarget mt( true );
	{
		T_SRDReaderTargetHelper rth( mt , errors );
		mt.push( errors , mkToken( T_SRDToken::ListStart( ) ) );
		mt.push( errors , mkToken( T_SRDToken::Integer( 123 ) ) );
		mt.push( errors , mkToken( T_SRDToken::ListEnd( ) ) );
		mt.push( errors , mkToken( T_SRDToken::ListEnd( ) ) );
	}

	CPPUNIT_ASSERT_EQUAL( uint32_t( 1 ) , errors.size( ) );
	M_CKERR_( 0 , "unexpected ')'" , 3 );

	CPPUNIT_ASSERT_EQUAL( uint32_t( 1 ) , mt.list( ).size( ) );
	M_CKTOK_( mt.list( )[ 0 ] , LIST , 0 );

	auto const& list( mt.list( )[ 0 ].list( ) );
	CPPUNIT_ASSERT_EQUAL( uint32_t( 1 ) , list.size( ) );
	M_CKTOK_( list[ 0 ] , INT , 1 );
}

// }}}
void SRDMemTargetTest::testPushStructuredUnterminated( ) // {{{
{
	T_SRDErrors errors;
	T_SRDMemoryTarget mt( true );
	{
		T_SRDReaderTargetHelper rth( mt , errors );
		mt.push( errors , mkToken( T_SRDToken::ListStart( ) ) );
		mt.push( errors , mkToken( T_SRDToken::Integer( 123 ) ) );
		mt.push( errors , mkToken( T_SRDToken::ListStart( ) ) );
	}

	CPPUNIT_ASSERT_EQUAL( uint32_t( 2 ) , errors.size( ) );
	M_CKERR_( 0 , "unterminated list" , 0 );
	M_CKERR_( 1 , "unterminated list" , 2 );
}

// }}}

/*------------------------------------------------------------------------}}}-*/