public void TestSaveConfig()
{
var provider = new ConfigProviderMock();
var serializer = new ConfigSerializerMock();
var config = new ConfigMock();
var manager = new ConfigManager(provider, serializer);
manager.Save(config);
provider.WrittenConfigs.Should().ContainSingle("the manager should have tried to write the config");
provider.WrittenConfigs[0].Key.Should().Be(config.GetType(), "the written config should be the same as the provided one one");
serializer.Serialized.Should().ContainSingle("the manager should have tried to serialize the config");
serializer.Serialized[0].Key.Should().Be(config.GetType(), "the serialized config type should be the same as the original");
serializer.Serialized[0].Value.Should().BeSameAs(config, "the serialized config should be the same as the provided one");
manager.Save(config);
provider.WrittenConfigs.Should().ContainSingle("the manager should not have tried to re-write an unmodified config");
}
public void TestGetConfig()
{
var provider = new ConfigProviderMock();
var serializer = new ConfigSerializerMock();
var manager = new ConfigManager(provider, serializer);
manager.Get<ConfigMock>();
provider.ReadConfigs.Should().ContainSingle("the manager should have tried to read the config");
provider.ReadConfigs[0].Should().Be(typeof(ConfigMock), "the read config should be of the requested type");
provider.WrittenConfigs.Should().BeEmpty("the manager should not have tried to write the config");
serializer.Serialized.Should().BeEmpty("the manager should not have tried to serialize the config");
serializer.Deserialized.Should().ContainSingle("the manager should have tried to deserialize the read config");
serializer.Deserialized[0].Key.Should().Be(typeof(ConfigMock), "the deserialized config should be the same as the read one");
manager.Get<ConfigMock>();
provider.ReadConfigs.Should().ContainSingle("the manager should not have tried to reread the config");
provider.WrittenConfigs.Should().BeEmpty("the manager should not have tried to write the config when returning it a second time");
serializer.Serialized.Should().BeEmpty("the manager should not have tried to serialize the config when returning it a second time");
serializer.Deserialized.Should().ContainSingle("the manager should not have tried to re-deserialize the config");
}
public void TestSaveAllConfigs()
{
var provider = new ConfigProviderMock();
var serializer = new ConfigSerializerMock();
var manager = new ConfigManager(provider, serializer);
manager.SaveAll();
provider.ReadConfigs.Should().BeEmpty("the manager should have not tried to read any configs");
provider.WrittenConfigs.Should().BeEmpty("the manager should not have tried to write any configs");
serializer.Serialized.Should().BeEmpty("the manager should not have tried to serialize any configs");
serializer.Deserialized.Should().BeEmpty("the manager should have tried to deserialize any configs");
manager.Get<ConfigMock>();
manager.SaveAll();
provider.WrittenConfigs.Should().ContainSingle("the manager should have tried to write the config");
provider.WrittenConfigs[0].Key.Should().Be(typeof(ConfigMock), "the written config should be the same as the requested one");
serializer.Serialized.Should().ContainSingle("the manager should have tried to serialize the config");
serializer.Serialized[0].Key.Should().Be(typeof(ConfigMock), "the serialized config should be the same as the requested one");
manager.SaveAll();
provider.WrittenConfigs.Should().ContainSingle("the manager should not have tried to re-write an unmodified config");
}
