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#ifndef UNIT_SUITE_H
#define UNIT_SUITE_H
#include <stdint.h>
#include <list>
#include "fstring.h"
namespace Bu
{
/**
* Provides a unit testing framework. This is pretty easy to use, probably
* the best way to get started is to use ch to generate a template, or use
* the code below with appropriate tweaks:
*@code
* #include "unitsuite.h"
*
* class Unit : public Bu::UnitSuite
* {
* public:
* Unit()
* {
* setName("Example");
* addTest( Unit::test );
* }
*
* virtual ~Unit() { }
*
* //
* // Tests go here
* //
* void test()
* {
* unitTest( 1 == 1 );
* }
* };
*
* int main( int argc, char *argv[] )
* {
* return Unit().run( argc, argv );
* }
*
@endcode
* The main function can contain other things, but using this one exactly
* makes all of the test suites work exactly the same. Using the optional
* setName at the top of the constructor replaces the class name with the
* chosen name when printing out stats and info.
*/
class UnitSuite
{
public:
UnitSuite();
virtual ~UnitSuite();
int run( int argc=0, char *argv[]=NULL );
typedef void (UnitSuite::*Test)();
class Failed
{
public:
Failed() : str(""), bFile( false ) { }
Failed( const FString &s ) : str( s ), bFile( false ) { }
Failed( const FString &s, const FString &sFile, int nLine ) :
str( s ), sFile( sFile ), nLine( nLine ), bFile( true ) { }
FString str;
FString sFile;
int nLine;
bool bFile;
};
protected:
void add( Test fTest, Bu::FString sName );
void setName( const FString &sName );
private:
typedef struct TestInfo
{
FString sName;
Test fTest;
} TestInfo;
typedef std::list<TestInfo> TestList;
TestList lTests;
FString sSuiteName;
};
}
#define addTest( fn ) add( static_cast<Bu::UnitSuite::Test>(&fn), #fn )
#define unitTest( tst ) if( !(tst) ) \
{ \
throw Bu::UnitSuite::Failed( #tst, __FILE__, __LINE__ ); \
}
#define unitFailed( msg ) throw Bu::UnitSuite::Failed(msg, __FILE__, __LINE__);
#endif
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