public void Manufacturer_IsAdjusted_IfAliasIsRegistered()
{
var registry = Mock.Of <IPluginRegistry>(m => m["fn"] == new PluginDescriptor("abc", "def", PluginType.Unknown));
var sut = new PluginDescriptor("fn", "", PluginType.Vst);
var pi = sut.ResolveAliases(registry);
var actual = pi.Manufacturer;
actual.Should().Be("def");
}
public void ResolvingAlias_WhenCandidateInstance_HasManufacturerInName()
{
var p1 = new PluginDescriptor("abc", "def", PluginType.Unknown);
var registry = Mock.Of <IPluginRegistry>(m =>
m["def abc"] == p1);
var sut = new PluginDescriptor("def abc", "", PluginType.Vst);
var actual = sut.ResolveAliases(registry);
actual.Should().Be(new PluginDescriptor("abc", "def", PluginType.Vst));
}
public void PluginType_IsTaken_FromCandidateInstance()
{
var expected = PluginType.Vst;
var registry = Mock.Of <IPluginRegistry>(m => m["fn"] == new PluginDescriptor("abc", "def", PluginType.Unknown));
var sut = new PluginDescriptor("fn", "", expected);
var pi = sut.ResolveAliases(registry);
var actual = pi.PluginType;
actual.Should().Be(expected);
}
public void PluginDescriptor_IsSame_IfAliasNotRegistered()
{
var registryMock = new Mock <PluginRegistry> {
CallBase = true
};
var registry = registryMock.Object;
var sut = new PluginDescriptor("abc", "def", PluginType.Vst);
var actual = sut.ResolveAliases(registry);
var expected = new PluginDescriptor("abc", "def", PluginType.Vst);
actual.Should().Be(expected);
}