public void SignAndSave_TwoModifiedAssemblies_KeyChangeInReferenced()
{
_assemblyDefinition2.Name.PublicKeyToken = AssemblyNameReferenceObjectMother.PublicKeyToken2;
// we use clone because otherwise the name would be set in place and the test would always work.
_assemblyDefinition1.MainModule.AssemblyReferences.Add(_assemblyDefinition2.Name.Clone());
using (_writerMock.GetMockRepository().Ordered())
{
_writerMock.Expect(mock => mock.WriteModule(_assemblyDefinition2.MainModule)).WhenCalled(
mi => ChangePublicKeyToken(_assemblyDefinition2.MainModule, AssemblyNameReferenceObjectMother.PublicKeyToken1));
_writerMock
.Expect(mock => mock.WriteModule(_assemblyDefinition1.MainModule))
.WhenCalled(
mi =>
AssemblyNameReferenceChecker.CheckNameReferences(_assemblyDefinition2.Name, _assemblyDefinition1.MainModule.AssemblyReferences[0]));
}
_writerMock.Replay();
var tracker = CreateTracker(_assemblyDefinition1, _assemblyDefinition2);
_assemblySigner.SignAndSave(tracker);
_writerMock.VerifyAllExpectations();
AssemblyNameReferenceChecker.CheckNameReferences(_assemblyDefinition2.Name, _assemblyDefinition1.MainModule.AssemblyReferences[0]);
}
public void SignAndSave_TwoModifiedAssemblies_KeyChangeInReferenced_WithCycle_KeyChangedTwice()
{
_assemblyDefinition1.Name.PublicKeyToken = AssemblyNameReferenceObjectMother.PublicKeyToken1;
_assemblyDefinition2.Name.PublicKeyToken = AssemblyNameReferenceObjectMother.PublicKeyToken2;
// we use clone because otherwise the name would be set in place and the test would always work.
_assemblyDefinition1.MainModule.AssemblyReferences.Add(_assemblyDefinition2.Name.Clone());
_assemblyDefinition2.MainModule.AssemblyReferences.Add(_assemblyDefinition1.Name.Clone());
using (_writerMock.GetMockRepository().Ordered())
{
_writerMock
.Expect(mock => mock.WriteModule(_assemblyDefinition2.MainModule))
.WhenCalled(
mi => ChangePublicKeyToken(_assemblyDefinition2.MainModule, AssemblyNameReferenceObjectMother.PublicKeyToken3))
.Message("First, _assemblyDefinition2 is saved and changes its public key.");
_writerMock
.Expect(mock => mock.WriteModule(_assemblyDefinition1.MainModule))
.WhenCalled(
mi =>
{
AssemblyNameReferenceChecker.CheckNameReferences(_assemblyDefinition2.Name, _assemblyDefinition1.MainModule.AssemblyReferences[0]);
ChangePublicKeyToken(_assemblyDefinition1.MainModule, AssemblyNameReferenceObjectMother.PublicKeyToken4);
})
.Message("Second, _assemblyDefinition1 is saved (with updated reference to _assemblyDefinition2) and also changes its public key.");
_writerMock
.Expect(mock => mock.WriteModule(_assemblyDefinition2.MainModule))
.WhenCalled(
mi =>
{
AssemblyNameReferenceChecker.CheckNameReferences(_assemblyDefinition1.Name, _assemblyDefinition2.MainModule.AssemblyReferences[0]);
ChangePublicKeyToken(_assemblyDefinition2.MainModule, AssemblyNameReferenceObjectMother.PublicKeyToken5);
})
.Message("Third, _assemblyDefinition2 is saved again (with updated reference to _assemblyDefinition1), key changes a second time.");
_writerMock
.Expect(mock => mock.WriteModule(_assemblyDefinition1.MainModule))
.WhenCalled(
mi => AssemblyNameReferenceChecker.CheckNameReferences(_assemblyDefinition2.Name, _assemblyDefinition1.MainModule.AssemblyReferences[0]))
.Message("Fourth, _assemblyDefinition1 is saved again (with updated reference to _assemblyDefinition2), no key changes, recursion terminates.");
}
_writerMock.Replay();
var tracker = CreateTracker(_assemblyDefinition1, _assemblyDefinition2);
_assemblySigner.SignAndSave(tracker);
_writerMock.VerifyAllExpectations();
AssemblyNameReferenceChecker.CheckNameReferences(_assemblyDefinition1.Name, _assemblyDefinition2.MainModule.AssemblyReferences[0]);
AssemblyNameReferenceChecker.CheckNameReferences(_assemblyDefinition2.Name, _assemblyDefinition1.MainModule.AssemblyReferences[0]);
}