public void ReloadPasswordUpdatesActualGuidColor( )
{
// Setup
var original = AddPassword( "abde", PasswordGenerators.LegacyAlphaNumeric, 1, "123".ToSecureString( ), "yadda yadda" );
ViewModel = ViewModelFactory.PasswordEditorFor( PasswordRepository.LoadPassword( "abde" ) );
ViewModel.UpdateMasterPassword( "123".ToSecureString( ) );
bool guidColorUpdated = false;
ViewModel.PropertyChanged += ( s, e ) => { guidColorUpdated |= e.PropertyName == "ActualGuidColor"; };
PasswordDigestDocument updated = new PasswordDigestDocumentBuilder
{
Digest = original.Digest,
Note = original.Note,
CreatedOn = original.CreatedOn,
ModifiedOn = original.ModifiedOn.AddDays( 1 ),
MasterPasswordId = Guid.NewGuid( )
};
PasswordRepository.UpdatePassword( original, updated );
// Exercise
ViewModel.Reload( );
// Verify
Assert.That( ViewModel.ActualGuidColor,
Is.EqualTo( GuidToColorConverter.Convert( updated.MasterPasswordId ) ) );
Assert.That( guidColorUpdated, Is.True );
}
public void LoadReadsPasswordKeyFromElement( )
{
// Setup
XElement element = new PasswordDigestDocumentBuilder { Key = "aKey" };
SaveXml( new XElement( PasswordSerializer.PasswordStoreElement,
element ) );
// Exercise
IEnumerable<PasswordDigestDocument> passwords = _serializer.Load( _textResource );
// Verify
PasswordDigestDocument passwordDigest = passwords.First( );
Assert.That( passwordDigest.Key, Is.EqualTo( "aKey" ) );
}
public void LoadMultiplePasswords( )
{
// Setup
XElement element1 = new PasswordDigestDocumentBuilder { Key = "aKey" };
XElement element2 = new PasswordDigestDocumentBuilder { Key = "anotherKey" };
SaveXml( new XElement( PasswordSerializer.PasswordStoreElement,
element1,
element2 ) );
// Exercise
IEnumerable<PasswordDigestDocument> passwords = _serializer.Load( _textResource );
// Verify
Assert.That( passwords.Count( ), Is.EqualTo( 2 ) );
}
public void LoadReadsMasterPasswordGuidFromElement( )
{
// Setup
Guid guid = Guid.Parse( "34579b9f-8ac1-464a-805a-abe564da8848" );
XElement element = new PasswordDigestDocumentBuilder { Key = "aKey", MasterPasswordId = guid };
SaveXml( new XElement( PasswordSerializer.PasswordStoreElement,
element ) );
// Exercise
IEnumerable<PasswordDigestDocument> passwords = _serializer.Load( _textResource );
// Verify
PasswordDigestDocument passwordDigest = passwords.First( );
Assert.That( passwordDigest.Key, Is.EqualTo( "aKey" ) );
Assert.That( passwordDigest.MasterPasswordId, Is.EqualTo( guid ) );
}
public void SaveNewPasswordAddsItToData( )
{
// Set up
PasswordDigestDocument password = new PasswordDigestDocumentBuilder
{
Key = "azer",
Hash = new byte[ ] { 0x12, 0x34 }
};
// Exercise
var saved = _passwordRepository.SavePassword( password );
// Verify
Assert.That( saved, Is.True );
Assert.That( _inMemoryPasswordData.LoadPasswords( ),
Is.EquivalentTo( new[ ] { TestPasswords.Abcd, TestPasswords.Efgh, TestPasswords.Ijkl, password } ) );
}
public void ViewModelPresentsDatesFormattedByFuzzyDateFormatter( )
{
// Set up
TimeProvider.Now = new DateTime( 2011, 11, 14, 8, 0, 0 );
PasswordDigestDocument password = new PasswordDigestDocumentBuilder
{
Key = "ABCD",
Iteration = 2,
PasswordGenerator = PasswordGenerators.LegacyFull,
CreatedOn = new DateTime( 2011, 11, 11 ),
ModifiedOn = new DateTime( 2011, 11, 14 ),
Note = "Need this for EFGH"
};
// Exercise
var viewModel = new PasswordListEntryViewModel( password, GuidToColor, FuzzyDateFormatter );
// Verify
Assert.That( viewModel.CreationDate, Is.EqualTo( FuzzyDateFormatter.Format( new DateTime( 2011, 11, 11 ) ) ) );
Assert.That( viewModel.ModificationDate, Is.EqualTo( FuzzyDateFormatter.Format( new DateTime( 2011, 11, 14 ) ) ) );
}
public void EntryPresentsTextFromDocument( )
{
// Set up
PasswordDigestDocument password = new PasswordDigestDocumentBuilder
{
Key = "ABCD",
Iteration = 2,
PasswordGenerator = PasswordGenerators.LegacyFull,
CreatedOn = new DateTime( 2011, 11, 11 ),
ModifiedOn = new DateTime( 2011, 11, 14 ),
Note = "Need this for EFGH"
};
// Exercise
var viewModel = new PasswordListEntryViewModel( password, GuidToColor, FuzzyDateFormatter );
// Verify
Assert.That( viewModel.Name, Is.EqualTo( "ABCD" ) );
Assert.That( viewModel.Note, Is.EqualTo( "Need this for EFGH" ) );
}
public void ViewModelPresentsGeneratorUsingResources( )
{
// Set up
PasswordDigestDocument password = new PasswordDigestDocumentBuilder
{
Key = "ABCD",
Iteration = 2,
PasswordGenerator = PasswordGenerators.LegacyFull,
CreatedOn = new DateTime( 2011, 11, 11 ),
ModifiedOn = new DateTime( 2011, 11, 14 ),
Note = "Need this for EFGH"
};
// Exercise
var viewModel = new PasswordListEntryViewModel( password, GuidToColor, FuzzyDateFormatter );
// Verify
Assert.That( viewModel.GeneratorNameAndIteration, Is.EqualTo( Resources.PasswordGeneratorccf1451c4b3045a499b0d54ec3c3a7ee + " (2)" ) );
}
public void NoteIsNotVisibleWhenEmpty( )
{
// Set up
PasswordDigestDocument password = new PasswordDigestDocumentBuilder
{
Key = "ABCD",
Iteration = 2,
PasswordGenerator = PasswordGenerators.LegacyFull,
CreatedOn = new DateTime( 2011, 11, 11 ),
ModifiedOn = new DateTime( 2011, 11, 14 ),
Note = ""
};
// Exercise
var viewModel = new PasswordListEntryViewModel( password, GuidToColor, FuzzyDateFormatter );
// Verify
Assert.That( viewModel.NoteVisible, Is.False );
}
public void ReloadPasswordDoesNotUpdateWhenDirty( )
{
// Set up
var original = AddPassword( "abde", PasswordGenerators.LegacyAlphaNumeric, 1, "123".ToSecureString( ), "yadda yadda" );
ViewModel = ViewModelFactory.PasswordEditorFor( PasswordRepository.LoadPassword( "abde" ) );
var updatedDigest =
Engine.Derive( new PasswordRequest( original.Key, "123".ToSecureString( ), 1, PasswordGenerators.LegacyFull ) ).Digest;
PasswordDigestDocument updated = new PasswordDigestDocumentBuilder
{
Digest = updatedDigest,
Note = original.Note,
CreatedOn = original.CreatedOn,
ModifiedOn = original.ModifiedOn.AddDays( 1 ),
MasterPasswordId = Guid.NewGuid( )
};
PasswordRepository.UpdatePassword( original, updated );
ViewModel.Iteration = 3;
// Exercise
ViewModel.Reload( );
// Verify
Assert.That( ViewModel.Iteration, Is.EqualTo( 3 ) );
Assert.That( ViewModel.DerivedPasswords.First( p => p.IsSelected ).Model.Generator, Is.EqualTo( PasswordGenerators.LegacyAlphaNumeric ) );
}
public void SaveOverMoreRecentDeletedPasswordFails( )
{
// Set up
PasswordDigestDocument password = new PasswordDigestDocumentBuilder
{
Key = "ijkl",
Hash = new byte[ ] { 0x12, 0x34 },
ModifiedOn = new DateTime( 2011, 11, 3 )
};
// Exercise
var saved = _passwordRepository.SavePassword( password );
// Verify
Assert.That( saved, Is.False );
Assert.That( _inMemoryPasswordData.LoadPasswords( ), Is.EquivalentTo( _allPasswords ) );
}
public void UpdateMissingPasswordFails( )
{
// Set up
PasswordDigestDocument password = new PasswordDigestDocumentBuilder
{
Key = "azer",
Hash = new byte[ ] { 0x12, 0x34 },
ModifiedOn = new DateTime( 2011, 11, 3 )
};
PasswordDigestDocument updatedPassword = Update( password, new DateTime( 2011, 11, 5 ) );
// Exercise
var updated = _passwordRepository.UpdatePassword( password, updatedPassword );
// Verify
Assert.That( updated, Is.False );
Assert.That( _inMemoryPasswordData.LoadPasswords( ), Is.EquivalentTo( _allPasswords ) );
}
public void ReloadWithBackEndChangeWhileNotDirtyUpdatesContent( )
{
// Set up
_model.MasterPassword = "******".ToSecureString( );
_model.UpdateDerivedPasswords( );
var digest = _engine.Derive( new PasswordRequest( "abij", "1234".ToSecureString( ), 5, PasswordGenerators.LegacyAlphaNumeric ) );
var updated = new PasswordDigestDocumentBuilder
{
Digest = digest.Digest,
CreatedOn = new DateTime( 2011, 11, 2 ),
ModifiedOn = new DateTime( 2011, 11, 5 ),
MasterPasswordId = Guid.NewGuid( ),
Note = "AB IJ K"
};
Assert.That( _passwordRepository.SavePassword( updated ), Is.True );
// Exercise
_model.Reload( );
// Verify
Assert.That( _model.Key, Is.EqualTo( "abij" ) );
Assert.That( _model.MasterPassword.ConsumeBytes( Encoding.UTF8, b => Encoding.UTF8.GetString( b ) ),
Is.EqualTo( "4321" ) );
Assert.That( _model.SelectedPassword,
Is.EqualTo( _model.DerivedPasswords.First( p => p.Generator == PasswordGenerators.LegacyAlphaNumeric ) ) );
Assert.That( _model.Iteration, Is.EqualTo( 5 ) );
Assert.That( _model.Note, Is.EqualTo( "AB IJ K" ) );
Assert.That( _model.IsDirty, Is.False );
Assert.That( _model.CanSave, Is.True );
Assert.That( _model.CanDelete, Is.True );
}
public void ReloadPasswordUpdateIteration( )
{
// Set up
var original = AddPassword( "abde", PasswordGenerators.LegacyAlphaNumeric, 1, "123".ToSecureString( ), "yadda yadda" );
ViewModel = ViewModelFactory.PasswordEditorFor( PasswordRepository.LoadPassword( "abde" ) );
bool iterationUpdated = false;
ViewModel.PropertyChanged += ( s, e ) => { iterationUpdated |= e.PropertyName == "Iteration"; };
PasswordDigestDocument updated = new PasswordDigestDocumentBuilder
{
Digest = new PasswordDigest( original.Key, original.Hash, 2, original.PasswordGenerator ),
Note = original.Note,
CreatedOn = original.CreatedOn,
ModifiedOn = original.ModifiedOn.AddDays( 1 ),
MasterPasswordId = original.MasterPasswordId
};
PasswordRepository.UpdatePassword( original, updated );
// Exercise
ViewModel.Reload( );
// Verify
Assert.That( ViewModel.Iteration, Is.EqualTo( 2 ) );
Assert.That( iterationUpdated, Is.True );
}
public void LoadFixesInconsistentModificationTimeInVersion1File( )
{
// Set up
XElement element = new PasswordDigestDocumentBuilder
{
Key = "aKey",
CreatedOn = new DateTime( 123456789123L ),
ModifiedOn = new DateTime( 111111111111L ),
};
SaveXml( new XElement( PasswordSerializer.PasswordStoreElement,
new XAttribute( PasswordSerializer.VersionAttribute, "1" ),
element ) );
// Exercise
IEnumerable<PasswordDigestDocument> passwords = _serializer.Load( _textResource );
// Verify
PasswordDigestDocument passwordDigest = passwords.First( );
Assert.That( passwordDigest.ModifiedOn, Is.EqualTo( passwordDigest.CreatedOn ) );
}
public void LoadDropsPasswordWithoutModificationTimeInVersion1File( )
{
// Set up
XElement element = new PasswordDigestDocumentBuilder { Key = "aKey", CreatedOn = new DateTime( 123456789123L ) };
element.Elements( PasswordSerializer.ModifiedElement ).Remove( );
SaveXml( new XElement( PasswordSerializer.PasswordStoreElement,
new XAttribute( PasswordSerializer.VersionAttribute, "1" ),
element ) );
// Exercise
IEnumerable<PasswordDigestDocument> passwords = _serializer.Load( _textResource );
// Verify
Assert.That( passwords, Is.Empty );
}
public void LoadReadsModificationDateFromElement( )
{
// Setup
DateTime modificationTime = new DateTime( 634122874455500442 );
XElement element = new PasswordDigestDocumentBuilder { Key = "aKey", ModifiedOn = modificationTime };
SaveXml( new XElement( PasswordSerializer.PasswordStoreElement,
element ) );
// Exercise
IEnumerable<PasswordDigestDocument> passwords = _serializer.Load( _textResource );
// Verify
PasswordDigestDocument passwordDigest = passwords.First( );
Assert.That( passwordDigest.Key, Is.EqualTo( "aKey" ) );
Assert.That( passwordDigest.ModifiedOn, Is.EqualTo( modificationTime ) );
}
public void SaveOverEarlierDeletedPasswordOverwritesIt( )
{
// Set up
PasswordDigestDocument password = new PasswordDigestDocumentBuilder
{
Key = "ijkl",
Hash = new byte[ ] { 0x12, 0x34 },
ModifiedOn = new DateTime( 2011, 11, 6 )
};
// Exercise
var saved = _passwordRepository.SavePassword( password );
// Verify
Assert.That( saved, Is.True );
Assert.That( _inMemoryPasswordData.LoadPasswords( ),
Is.EquivalentTo( new[ ] { TestPasswords.Abcd, TestPasswords.Efgh, password } ) );
}
public void ChangeFromInternalToExternalSavesFurtherPasswordsToExternal( )
{
// Set up
var passwordsFile = new FileInfo( TempFile );
PasswordDigestDocument password = new PasswordDigestDocumentBuilder { Key = "abc " };
_settings.PasswordsAreExternal = false;
_storageConfiguration = new StorageConfiguration( _settings, _storage );
_storageConfiguration.SelectExternalStorage( passwordsFile );
// Exercise
_storage.PasswordRepository.SavePassword( password );
// Verify
var passwords = XmlPasswordData
.From( new FileTextResource( passwordsFile ) )
.LoadPasswords( );
Assert.That( passwords,
Is.EquivalentTo( new[ ] { password } ) );
}
public void SaveDeletedPasswordFailsWithException( )
{
// Set up
PasswordDigestDocument password = new PasswordDigestDocumentBuilder
{
Key = "erty",
Hash = new byte[ ] { 0x12, 0x34 },
ModifiedOn = new DateTime( 2011, 11, 3 )
};
// Exercise
_passwordRepository.SavePassword( password.Delete( new DateTime( 2011, 11, 4 ) ) );
// Verify
}
public void DeletePasswordModifiedLaterLeavesIt( )
{
// Set up
_timeProvider.Now = new DateTime( 2011, 11, 5 );
PasswordDigestDocument updated = new PasswordDigestDocumentBuilder
{
Digest = _original.Digest,
CreatedOn = _original.CreatedOn,
ModifiedOn = new DateTime( 2011, 11, 6 ),
Note = "I changed the note.",
MasterPasswordId = _original.MasterPasswordId
};
_passwordRepository.UpdatePassword( _original, updated );
// Exercise
var deleted = _model.Delete( );
// Verify
Assert.That( deleted, Is.False );
Assert.That( _passwordRepository.LoadPasswords( ), Is.EquivalentTo( new[ ] { updated } ) );
Assert.That( _passwordData.LoadPasswords( ), Has.Count.EqualTo( 1 ) );
Assert.That( _passwordData.LoadPasswords( ).ElementAt( 0 ).IsDeleted, Is.False );
}
public void UpdatePreviouslyDeletedPasswordOverwritesIt( )
{
// Set up
var passwordToDelete = _passwordRepository.LoadPassword( "abcd" );
_passwordRepository.DeletePassword( passwordToDelete, new DateTime( 2011, 11, 11 ) );
PasswordDigestDocument newVersion = new PasswordDigestDocumentBuilder
{
Key = "abcd",
Hash = new byte[ ] { 0x65 },
PasswordGenerator = PasswordGenerators.LegacyAlphaNumeric,
Iteration = 2,
MasterPasswordId = Guid.NewGuid( ),
CreatedOn = new DateTime( 2011, 11, 12 ),
ModifiedOn = new DateTime( 2011, 11, 13 ),
Note = ""
};
PasswordDigestDocument deleted = _inMemoryPasswordData.LoadPasswords( ).First( p => p.Key == "abcd" );
// Exercise
var updated = _passwordRepository.UpdatePassword( deleted, newVersion );
// Verify
Assert.That( updated, Is.True );
Assert.That( _passwordRepository.LoadPassword( "abcd" ), Is.EqualTo( newVersion ) );
Assert.That( _inMemoryPasswordData.LoadPasswords( ).Where( p => p.Key == "abcd" ).Count( ), Is.EqualTo( 1 ) );
}
public void ViewModelPresentsMasterPasswordId( )
{
// Set up
Guid guid = Guid.Parse( "ADB07A84-ED76-420F-9570-D0684DD044FE" );
PasswordDigestDocument password = new PasswordDigestDocumentBuilder
{
Key = "ABCD",
Iteration = 2,
PasswordGenerator = PasswordGenerators.LegacyFull,
CreatedOn = new DateTime( 2011, 11, 11 ),
ModifiedOn = new DateTime( 2011, 11, 14 ),
Note = "Need this for EFGH",
MasterPasswordId = guid
};
// Exercise
var viewModel = new PasswordListEntryViewModel( password, GuidToColor, FuzzyDateFormatter );
// Verify
Assert.That( viewModel.MasterPasswordGuid, Is.EqualTo( guid ) );
Assert.That( viewModel.MasterPasswordColor, Is.EqualTo( GuidToColor.Convert( guid ) ) );
}
public void SaveOverEarlierExistingPasswordOverwritesIt( )
{
// Set up
PasswordDigestDocument passwordV1 = new PasswordDigestDocumentBuilder
{
Key = "azer",
Hash = new byte[ ] { 0x12, 0x34 },
ModifiedOn = new DateTime( 2011, 11, 1 )
};
_passwordRepository.SavePassword( passwordV1 );
PasswordDigestDocument passwordV2 = new PasswordDigestDocumentBuilder
{
Key = "azer",
Hash = new byte[ ] { 0x56, 0x78 },
ModifiedOn = new DateTime( 2011, 11, 2 )
};
// Exercise
var saved = _passwordRepository.SavePassword( passwordV2 );
// Verify
Assert.That( saved, Is.True );
Assert.That( _inMemoryPasswordData.LoadPasswords( ),
Is.EquivalentTo( new[ ] { TestPasswords.Abcd, TestPasswords.Efgh, TestPasswords.Ijkl, passwordV2 } ) );
}
public void ReloadPasswordUpdatesSelectedDerivedPassword( )
{
// Set up
var original = AddPassword( "abde", PasswordGenerators.LegacyAlphaNumeric, 1, "123".ToSecureString( ), "yadda yadda" );
ViewModel = ViewModelFactory.PasswordEditorFor( PasswordRepository.LoadPassword( "abde" ) );
bool derivedPasswordUpdated = false;
foreach ( var derivedPassword in ViewModel.DerivedPasswords )
{
derivedPassword.PropertyChanged += ( s, e ) => { if ( e.PropertyName == "IsSelected" ) derivedPasswordUpdated = true; };
}
PasswordDigestDocument updated = new PasswordDigestDocumentBuilder
{
Digest = new PasswordDigest( original.Key, original.Hash, 1, PasswordGenerators.LegacyFull ),
Note = original.Note,
CreatedOn = original.CreatedOn,
ModifiedOn = original.ModifiedOn.AddDays( 1 ),
MasterPasswordId = original.MasterPasswordId
};
PasswordRepository.UpdatePassword( original, updated );
// Exercise
ViewModel.Reload( );
// Verify
Assert.That( ViewModel.DerivedPasswords.First( p => p.IsSelected ).Model.Generator,
Is.EqualTo( PasswordGenerators.LegacyFull ) );
Assert.That( derivedPasswordUpdated, Is.True );
}
