/// Tests the Key Functions
/// @return True if all tests were executed, false if not
bool KeySignatureTestSuite::TestCaseKey()
{
//------Last Checked------//
// - Dec 11, 2004
KeySignature keySignature;
TEST(wxT("SetKey - invalid key type"), !keySignature.SetKey(44, KeySignature::threeFlats));
TEST(wxT("SetKey - invalid key accidentals"), !keySignature.SetKey(KeySignature::minorKey, 44));
TEST(wxT("SetKey - valid"), keySignature.SetKey(KeySignature::minorKey, KeySignature::threeFlats) &&
(keySignature.GetKeyType() == KeySignature::minorKey) &&
(keySignature.GetKeyAccidentals() == KeySignature::threeFlats)
);
// TEST CASE: IsSameKey
{
KeySignature keySignature(KeySignature::minorKey, KeySignature::threeFlats);
keySignature.Show();
KeySignature keySignature2(KeySignature::minorKey, KeySignature::threeFlats);
KeySignature keySignature3(KeySignature::majorKey, KeySignature::threeFlats);
KeySignature keySignature4(KeySignature::minorKey, KeySignature::fourFlats);
TEST(wxT("IsSameKey - true"), keySignature.IsSameKey(keySignature2));
TEST(wxT("IsSameKey - false"), !keySignature.IsSameKey(keySignature3));
TEST(wxT("IsSameKey - false"), !keySignature.IsSameKey(keySignature4));
}
return (true);
}
/// Tests the Key Accidentals Functions
/// @return True if all tests were executed, false if not
bool KeySignatureTestSuite::TestCaseKeyAccidentals()
{
//------Last Checked------//
// - Dec 11, 2004
// TEST CASE: IsValidKeyAccidentals
{
wxByte i = KeySignature::noAccidentals;
for (; i <= (KeySignature::sevenFlats + 1); i++)
TEST(wxString::Format(wxT("IsValidKeyAccidentals - %d"), i),
(KeySignature::IsValidKeyAccidentals(i) == (i <= KeySignature::sevenFlats))
);
}
KeySignature keySignature;
wxByte i = KeySignature::noAccidentals;
for (; i <= (KeySignature::sevenFlats + 1); i++)
TEST(wxString::Format(wxT("SetKeyAccidentals - %d"), i),
(keySignature.SetKeyAccidentals(i) == (i <= KeySignature::sevenFlats)) &&
((i > KeySignature::sevenFlats) ? 1 : (keySignature.GetKeyAccidentals() == i))
);
// TEST CASE: HasNAccidentals
{
KeySignature keySignature;
wxByte i = KeySignature::noAccidentals;
for (; i <= KeySignature::sevenFlats; i++)
{
keySignature.SetKeyAccidentals(i);
TEST(wxString::Format(wxT("HasNoKeyAccidentals - %d"), i), (keySignature.HasNoKeyAccidentals() == (i == KeySignature::noAccidentals)));
TEST(wxString::Format(wxT("HasOneSharp - %d"), i), (keySignature.HasOneSharp() == (i == KeySignature::oneSharp)));
TEST(wxString::Format(wxT("HasTwoSharps - %d"), i), (keySignature.HasTwoSharps() == (i == KeySignature::twoSharps)));
TEST(wxString::Format(wxT("HasThreeSharps - %d"), i), (keySignature.HasThreeSharps() == (i == KeySignature::threeSharps)));
TEST(wxString::Format(wxT("HasFourSharps - %d"), i), (keySignature.HasFourSharps() == (i == KeySignature::fourSharps)));
TEST(wxString::Format(wxT("HasFiveSharps - %d"), i), (keySignature.HasFiveSharps() == (i == KeySignature::fiveSharps)));
TEST(wxString::Format(wxT("HasSixSharps - %d"), i), (keySignature.HasSixSharps() == (i == KeySignature::sixSharps)));
TEST(wxString::Format(wxT("HasSevenSharps - %d"), i), (keySignature.HasSevenSharps() == (i == KeySignature::sevenSharps)));
TEST(wxString::Format(wxT("HasOneFlat - %d"), i), (keySignature.HasOneFlat() == (i == KeySignature::oneFlat)));
TEST(wxString::Format(wxT("HasTwoFlats - %d"), i), (keySignature.HasTwoFlats() == (i == KeySignature::twoFlats)));
TEST(wxString::Format(wxT("HasThreeFlats - %d"), i), (keySignature.HasThreeFlats() == (i == KeySignature::threeFlats)));
TEST(wxString::Format(wxT("HasFourFlats - %d"), i), (keySignature.HasFourFlats() == (i == KeySignature::fourFlats)));
TEST(wxString::Format(wxT("HasFiveFlats - %d"), i), (keySignature.HasFiveFlats() == (i == KeySignature::fiveFlats)));
TEST(wxString::Format(wxT("HasSixFlats - %d"), i), (keySignature.HasSixFlats() == (i == KeySignature::sixFlats)));
TEST(wxString::Format(wxT("HasSevenFlats - %d"), i), (keySignature.HasSevenFlats() == (i == KeySignature::sevenFlats)));
}
}
return (true);
}