public void NoModificationsIfNoCheckedFiles()
{
// Arrange
IDuplicateReaderFactory readerFactory = this.ArrangeReaderFactoryForGroups(
this.ArrangeGroup(
new GroupFile()
{
Checked = false
},
new GroupFile()
{
Checked = false
}));
IFileModifier fileModifier = Substitute.For <IFileModifier>();
DuplicateProcessor uut = this.DuplicateProcessorWithDefaultMocks(
readerFactory: readerFactory,
fileModifier: fileModifier);
// Act
uut.ProcessDuplicates();
// Assert
fileModifier.DidNotReceive().Delete(Arg.Any <GroupFile>());
fileModifier.DidNotReceive().Move(Arg.Any <GroupFile>(), Arg.Any <string>());
}
public void StagedFileIsNotMovedIfMultipleGoodPathsFound()
{
// Arrange
IDuplicateHandlerConfiguration config = Substitute.For <IDuplicateHandlerConfiguration>();
config.GoodPath.Returns(@"c:\good");
GroupFile goodFile1 = new GroupFile()
{
FullName = config.GoodPath + @"\folder1\decent.jpg", Checked = true
};
GroupFile goodFile2 = new GroupFile()
{
FullName = config.GoodPath + @"\folder2\ok.jpg", Checked = true
};
GroupFile stagedFile = new GroupFile()
{
FullName = @"c:\staged\better.png", Checked = false
};
IDuplicateReaderFactory readerFactory = this.ArrangeReaderFactoryForGroups(
this.ArrangeGroup(goodFile1, goodFile2, stagedFile));
IFileModifier fileModifier = Substitute.For <IFileModifier>();
DuplicateProcessor uut = this.DuplicateProcessorWithDefaultMocks(
config: config,
readerFactory: readerFactory,
fileModifier: fileModifier);
// Act
uut.ProcessDuplicates();
// Assert
fileModifier.Received(1).Delete(goodFile1);
fileModifier.Received(1).Delete(goodFile2);
fileModifier.DidNotReceive().Move(Arg.Any <GroupFile>(), Arg.Any <string>());
}
