public void testDefinition_BestFittingOsConfigurationInfo_NoFullfilledConfig()
{
Mock.Arrange( () => this._osFilterMock.GetFilteredOsConfigs( null ) ).IgnoreArguments()
.Returns( input => input );
this.AddOsConfigInfos( amount: 2 );
var isLinkedRatioSequence = new List<float> { .5F, .75F };
var osCfgFactoryMock = this.CreateOsCfgFactoryMockFollowing( isLinkedRatioSequence );
this._osConfigFactoryMock = osCfgFactoryMock;
var expected = this._osConfigInfos[1];
this.InitializeTarget();
var actual = this._target.BestFittingOsConfigurationInfo;
Assert.AreEqual( expected, actual );
}
public void testDefinition_BestFittingOsConfigurationInfo_2Configs_PrefersSuitableConfig__RandomValues()
{
Add2OsConfigInfosWithDistinctOsIds();
var expected = XeRandom.RandomTFromArrayOf( this._osConfigInfos.ToArray() );
var isLinkedRatioSequence = new List<float> { 1F, 1F };
var osCfgFactoryMock = this.CreateOsCfgFactoryMockFollowing( isLinkedRatioSequence );
this._osConfigFactoryMock = osCfgFactoryMock;
Mock.Arrange( () => this._osFilterMock.GetFilteredOsConfigs( null ) ).IgnoreArguments()
.Returns( new List<IOsConfigurationInfo> { expected } ).MustBeCalled();
this.InitializeTarget();
var actual = this._target.BestFittingOsConfigurationInfo;
Mock.Assert( this._osFilterMock );
Assert.AreEqual( expected, actual );
}
private void InitializeUsingDependencies( DefinitionDependenciesDTO dependenciesDTO )
{
this._osConfigurationFactory = dependenciesDTO.OsConfigurationFactory;
this._osFilter = dependenciesDTO.OsFilter;
}
private void ResetParameters()
{
this._target = null;
this._appInfo = Mock.Create<IApplicationInfo>();
this._osConfigFactoryMock = Mock.Create<IOsConfigurationFactory>( Behavior.Strict );
this._osConfigInfos = new List<IOsConfigurationInfo>();
this._osFilterMock = Mock.Create<IOsFilter>( Behavior.Strict );
}
public void testDefinition_IsLinked_2Configs2nd1Linked()
{
this.AddOsConfigInfos( amount: 2 );
var osConfigMock2 = CreateOsConfigMockWithIsLinkedSetTo( true );
var osCfgFactoryMock = Mock.Create<IOsConfigurationFactory>( Behavior.Strict );
Mock.Arrange( () => osCfgFactoryMock.Get( Arg.IsAny<IApplicationInfo>(),
this._osConfigInfos[0], Arg.IsAny<PathVariablesDTO>() ) )
.Returns( Mock.Create<IOsConfigurationInt>() );
Mock.Arrange( () => osCfgFactoryMock.Get( Arg.IsAny<IApplicationInfo>(),
this._osConfigInfos[1], Arg.IsAny<PathVariablesDTO>() ) ).Returns( osConfigMock2 );
this._osConfigFactoryMock = osCfgFactoryMock;
this.InitializeTarget();
var isLinked = this._target.IsLinked;
Assert.IsTrue( isLinked );
}
public void testDefinition_IsLinked_1Config1Linked()
{
this.AddOsConfigInfos( amount: 1 );
var osConfigMock = CreateOsConfigMockWithIsLinkedSetTo( true );
var osCfgFactoryMock = CreateOsCfgFactoryMockAlwaysReturning( osConfigMock );
this._osConfigFactoryMock = osCfgFactoryMock;
this.InitializeTarget();
var isLinked = this._target.IsLinked;
Assert.IsTrue( isLinked );
}
public void testDefinition_IsInCloud_2Configs2nd1InCloud()
{
this.AddOsConfigInfos( amount: 2 );
var osConfigMock2 = CreateOsConfigMockWithIsInCloudSetTo( true );
var osCfgFactoryMock = CreateOsCfgFactoryMockWhere2ndInfoReturns( osConfigMock2 );
this._osConfigFactoryMock = osCfgFactoryMock;
this.InitializeTarget();
var isInCloud = this._target.IsInCloud;
Assert.IsTrue( isInCloud );
}
public void testDefinition_IsInCloud_1Config0InCloud()
{
this.AddOsConfigInfos( amount: 1 );
var osConfigMock = CreateOsConfigMockWithIsInCloudSetTo( false );
var osCfgFactoryMock = CreateOsCfgFactoryMockAlwaysReturning( osConfigMock );
this._osConfigFactoryMock = osCfgFactoryMock;
this.InitializeTarget();
var isInCloud = this._target.IsInCloud;
Assert.IsFalse( isInCloud );
}
