public override void Add(LexEntry entry)
{
IWritingSystemDefinition headWordWritingSystem = _viewTemplate.HeadwordWritingSystems[0];
int h = _lexEntryRepository.GetHomographNumber(entry, headWordWritingSystem);
Add(entry, h);
}
public void TestAddItem()
{
IWritingSystemDefinition ws = WritingSystemDefinition.Parse("fr");
IWritingSystemDefinition ws2 = WritingSystemDefinition.Parse("en");
var listBox = new GeckoListBox();
listBox.FormWritingSystem = ws;
listBox.MeaningWritingSystem = ws2;
listBox.Name = "ControlUnderTest";
Assert.IsNotNull(listBox);
String volvo = "Volvo";
String saab = "Saab";
String toyota = "Toyota";
listBox.AddItem(volvo);
listBox.AddItem(saab);
listBox.AddItem(toyota);
Assert.AreSame(saab, listBox.GetItem(1));
Assert.AreSame(toyota, listBox.GetItem(2));
Assert.AreEqual(3, listBox.Length);
Assert.AreSame(ws2, listBox.MeaningWritingSystem);
listBox.Clear();
Assert.AreEqual(0, listBox.Length);
}
public void KeyboardInputAfterInitialValueTest()
{
IWritingSystemDefinition ws = WritingSystemDefinition.Parse("fr");
IWeSayTextBox textBox = new GeckoBox(ws, "ControlUnderTest");
Assert.IsNotNull(textBox);
Assert.AreSame(ws, textBox.WritingSystem);
_window.Controls.Add((GeckoBox)textBox);
_window.Show();
ControlTester t = new ControlTester("ControlUnderTest", _window);
textBox.Text = "Test";
KeyboardController keyboardController = new KeyboardController(t);
Application.DoEvents();
keyboardController.Press(Key.HOME);
Application.DoEvents();
keyboardController.Press("V");
keyboardController.Press("a");
keyboardController.Press("l");
keyboardController.Press("u");
keyboardController.Press("e");
keyboardController.Press(" ");
Application.DoEvents();
Assert.AreEqual("Value Test", textBox.Text);
keyboardController.Dispose();
}
/// <summary>
/// Gets a ResultSet containing entries whose gloss match glossForm sorted by the lexical form
/// in the given writingsystem.
/// Use "Form" to access the lexical form and "Gloss/Form" to access the Gloss in a RecordToken.
/// </summary>
/// <param name="glossForm"></param>
/// <param name="lexicalUnitWritingSystem"></param>
/// <returns></returns>
public ResultSet <LexEntry> GetEntriesWithMatchingGlossSortedByLexicalForm(
LanguageForm glossForm, IWritingSystemDefinition lexicalUnitWritingSystem)
{
if (null == glossForm || string.IsNullOrEmpty(glossForm.Form))
{
throw new ArgumentNullException("glossForm");
}
if (lexicalUnitWritingSystem == null)
{
throw new ArgumentNullException("lexicalUnitWritingSystem");
}
ResultSet <LexEntry> allGlossesResultSet = GetAllEntriesWithGlossesSortedByLexicalForm(lexicalUnitWritingSystem);
List <RecordToken <LexEntry> > filteredResultSet = new List <RecordToken <LexEntry> >();
foreach (RecordToken <LexEntry> recordToken in allGlossesResultSet)
{
if (((string)recordToken["Gloss"] == glossForm.Form) &&
((string)recordToken["GlossWritingSystem"] == glossForm.WritingSystemId))
{
filteredResultSet.Add(recordToken);
}
}
return(new ResultSet <LexEntry>(this, filteredResultSet));
}
public GatherWordListControl(GatherWordListTask task, IWritingSystemDefinition lexicalUnitWritingSystem)
{
_task = task;
InitializeComponent();
InitializeDisplaySettings();
_vernacularBox.AutoSizeMode = AutoSizeMode.GrowAndShrink;
_vernacularBox.WritingSystemsForThisField = new IWritingSystemDefinition[]
{ lexicalUnitWritingSystem };
_vernacularBox.TextChanged += _vernacularBox_TextChanged;
_vernacularBox.KeyDown += _boxVernacularWord_KeyDown;
_vernacularBox.MinimumSize = new Size(_boxForeignWord.Size.Width - 25, _boxForeignWord.Size.Height);
_vernacularBox.ForeColor = System.Drawing.Color.Black;
_listViewOfWordsMatchingCurrentItem.UserClick += new System.EventHandler(this.OnListViewOfWordsMatchingCurrentItem_Click);
_listViewOfWordsMatchingCurrentItem.Clear();
_listViewOfWordsMatchingCurrentItem.FormWritingSystem = lexicalUnitWritingSystem;
// _listViewOfWordsMatchingCurrentItem.ItemHeight = (int)Math.Ceiling(_task.FormWritingSystem.Font.GetHeight());
_verticalWordListView.WritingSystem = task.PromptingWritingSystem;
_verticalWordListView.MaxLength = 18;
_verticalWordListView.MinLength = 10; // Space fill to this length
_verticalWordListView.BackColor = Color.White;
_verticalWordListView.DataSource = task.Words;
UpdateStuff();
_verticalWordListView.ItemSelectionChanged += OnWordsList_SelectedIndexChanged;
_flyingLabel.Font = _vernacularBox.TextBoxes[0].Font;
_flyingLabel.Finished += OnAnimator_Finished;
}
private static bool StartNewSpan(StringBuilder html,
String writingSystemId,
bool boldText,
bool underline,
int fontSizeBoost)
{
if (!WritingSystems.Contains(writingSystemId))
{
return(false);
//that ws isn't actually part of our configuration, so can't get a special font for it
}
IWritingSystemDefinition ws = (IWritingSystemDefinition)WritingSystems.Get(writingSystemId);
Font font = WritingSystemInfo.CreateFont(ws);
float fontSize = font.Size + fontSizeBoost;
String lang = ws.Bcp47Tag.IndexOf('-') == -1 ? ws.Bcp47Tag : ws.Bcp47Tag.Substring(0, ws.Bcp47Tag.IndexOf('-'));
var formattedSpan = string.Format(
"<span lang='{5}' style='font-family:{0}; font-size:{1}pt;font-weight:{2};font-style:{3};text-decoration:{4}'>",
font.Name,
fontSize.ToString(),
boldText ? "bold": "normal",
italicsOn ? "italic" : "normal",
underline ? "underline" : "none",
lang);
html.Append(formattedSpan);
AddFontFamily(font.Name);
return(true);
}
public IEnumerable <IWritingSystemDefinitionSuggestion> GetSuggestions(IWritingSystemDefinition primary, IEnumerable <IWritingSystemDefinition> existingWritingSystemsForLanguage)
{
if (string.IsNullOrEmpty(primary.Language) && !primary.Variant.StartsWith("x-", StringComparison.OrdinalIgnoreCase))
{
yield break;
}
if (SuppressSuggestionsForMajorWorldLanguages &&
new[] { "en", "th", "es", "fr", "de", "hi", "id", "vi", "my", "pt", "fi", "ar", "it", "sv", "ja", "ko", "ch", "nl", "ru" }.Contains(primary.Language))
{
yield break;
}
if (SuggestIpa && IpaSuggestion.ShouldSuggest(existingWritingSystemsForLanguage))
{
yield return(new IpaSuggestion(primary));
}
if (SuggestVoice && VoiceSuggestion.ShouldSuggest(existingWritingSystemsForLanguage))
{
yield return(new VoiceSuggestion(primary));
}
if (SuggestDialects)
{
yield return(new DialectSuggestion(primary));
}
if (SuggestOther)
{
yield return(new OtherSuggestion(primary, existingWritingSystemsForLanguage));
}
}
private ResultSet <LexEntry> GetAllEntriesWithMeaningsSortedByLexicalForm(IWritingSystemDefinition lexicalUnitWritingSystem, bool glossMeaningField)
{
if (lexicalUnitWritingSystem == null)
{
throw new ArgumentNullException("lexicalUnitWritingSystem");
}
string cachename = String.Format("MeaningsSortedByLexicalForm_{0}", lexicalUnitWritingSystem);
if (_caches[cachename] == null)
{
DelegateQuery <LexEntry> MatchingMeaningQuery = new DelegateQuery <LexEntry>(
delegate(LexEntry entry)
{
List <IDictionary <string, object> > fieldsandValuesForRecordTokens = new List <IDictionary <string, object> >();
int senseNumber = 0;
foreach (LexSense sense in entry.Senses)
{
foreach (LanguageForm form in glossMeaningField ? sense.Gloss.Forms : sense.Definition.Forms)
{
IDictionary <string, object> tokenFieldsAndValues = new Dictionary <string, object>();
string lexicalForm = entry.LexicalForm[lexicalUnitWritingSystem.Id];
if (String.IsNullOrEmpty(lexicalForm))
{
lexicalForm = null;
}
tokenFieldsAndValues.Add("Form", lexicalForm);
string meaning = form.Form;
if (String.IsNullOrEmpty(meaning))
{
meaning = null;
}
tokenFieldsAndValues.Add("Meaning", meaning);
string meaningWritingSystem = form.WritingSystemId;
if (String.IsNullOrEmpty(meaningWritingSystem))
{
meaningWritingSystem = null;
}
tokenFieldsAndValues.Add("MeaningWritingSystem", meaningWritingSystem);
tokenFieldsAndValues.Add("SenseNumber", senseNumber);
fieldsandValuesForRecordTokens.Add(tokenFieldsAndValues);
}
senseNumber++;
}
return(fieldsandValuesForRecordTokens);
}
);
ResultSet <LexEntry> itemsMatchingQuery = GetItemsMatching(MatchingMeaningQuery);
SortDefinition[] sortDefinition = new SortDefinition[4];
sortDefinition[0] = new SortDefinition("Form", lexicalUnitWritingSystem.Collator);
sortDefinition[1] = new SortDefinition("Meaning", StringComparer.InvariantCulture);
sortDefinition[2] = new SortDefinition("MeaningWritingSystem", StringComparer.InvariantCulture);
sortDefinition[3] = new SortDefinition("SenseNumber", Comparer <int> .Default);
ResultSetCache <LexEntry> cache =
new ResultSetCache <LexEntry>(this, sortDefinition, itemsMatchingQuery, MatchingMeaningQuery);
_caches.Add(cachename, cache);
}
return(_caches[cachename].GetResultSet());
}
/// <summary>
/// Gets a ResultSet containing entries whose gloss match glossForm sorted by the lexical form
/// in the given writingsystem.
/// Use "Form" to access the lexical form and "Gloss/Form" to access the Gloss in a RecordToken.
/// </summary>
/// <param name="glossForm"></param>
/// <param name="lexicalUnitWritingSystem"></param>
/// <returns></returns>
public ResultSet <LexEntry> GetEntriesWithMatchingMeaningSortedByLexicalForm(
LanguageForm meaningForm, IWritingSystemDefinition lexicalUnitWritingSystem,
bool glossMeaningField)
{
if (null == meaningForm || string.IsNullOrEmpty(meaningForm.Form))
{
throw new ArgumentNullException("meaningForm");
}
if (lexicalUnitWritingSystem == null)
{
throw new ArgumentNullException("lexicalUnitWritingSystem");
}
ResultSet <LexEntry> allMeaningsResultSet = GetAllEntriesWithMeaningsSortedByLexicalForm(lexicalUnitWritingSystem, glossMeaningField);
List <RecordToken <LexEntry> > filteredResultSet = new List <RecordToken <LexEntry> >();
foreach (RecordToken <LexEntry> recordToken in allMeaningsResultSet)
{
if (((string)recordToken["Meaning"] == meaningForm.Form) &&
((string)recordToken["MeaningWritingSystem"] == meaningForm.WritingSystemId))
{
filteredResultSet.Add(recordToken);
}
}
return(new ResultSet <LexEntry>(this, filteredResultSet));
}
public GatherBySemanticDomainTask(
GatherBySemanticDomainConfig config,
LexEntryRepository lexEntryRepository,
ViewTemplate viewTemplate,
TaskMemoryRepository taskMemoryRepository,
ILogger logger
) :
base(
config,
lexEntryRepository,
viewTemplate, taskMemoryRepository
)
{
ViewTemplate = viewTemplate;
Guard.AgainstNull(config, "config");
Guard.AgainstNull(viewTemplate, "viewTemplate");
_config = config;
_logger = logger;
_taskMemory = taskMemoryRepository.FindOrCreateSettingsByTaskId(config.TaskName);
_currentDomainIndex = -1;
_currentQuestionIndex = 0;
_words = null;
_semanticDomainField = viewTemplate.GetField(LexSense.WellKnownProperties.SemanticDomainDdp4);
var definitionWsId = viewTemplate.GetField(LexSense.WellKnownProperties.Definition).WritingSystemIds.First();
IWritingSystemDefinition writingSystemForDefinition = viewTemplate.WritingSystems.Get(definitionWsId);
Guard.AgainstNull(writingSystemForDefinition, "Definition input System");
DefinitionWritingSystem = writingSystemForDefinition;
}
/// <summary>
/// Gets a ResultSet containing all entries sorted by lexical form for a given writing system.
/// Use "Form" to access the lexical form in a RecordToken.
/// </summary>
/// <param name="writingSystem"></param>
/// <returns></returns>
private ResultSet <LexEntry> GetAllEntriesSortedByLexicalForm(IWritingSystemDefinition writingSystem)
{
if (writingSystem == null)
{
throw new ArgumentNullException("writingSystem");
}
string cacheName = String.Format("sortedByLexicalForm_{0}", writingSystem.Id);
if (_caches[cacheName] == null)
{
DelegateQuery <LexEntry> lexicalFormQuery = new DelegateQuery <LexEntry>(
delegate(LexEntry entryToQuery)
{
IDictionary <string, object> tokenFieldsAndValues = new Dictionary <string, object>();
string headWord = entryToQuery.LexicalForm[writingSystem.Id];
if (String.IsNullOrEmpty(headWord))
{
headWord = null;
}
tokenFieldsAndValues.Add("Form", headWord);
return(new IDictionary <string, object>[] { tokenFieldsAndValues });
});
ResultSet <LexEntry> itemsMatching = _decoratedDataMapper.GetItemsMatching(lexicalFormQuery);
SortDefinition[] sortOrder = new SortDefinition[1];
sortOrder[0] = new SortDefinition("Form", writingSystem.Collator);
_caches.Add(cacheName, new ResultSetCache <LexEntry>(this, sortOrder, itemsMatching, lexicalFormQuery));
}
ResultSet <LexEntry> resultsFromCache = _caches[cacheName].GetResultSet();
return(resultsFromCache);
}
/// <summary>
///
/// </summary>
/// <param name="ws">The ws.</param>
protected override void OnChangeNotifySharedStore(IWritingSystemDefinition ws)
{
base.OnChangeNotifySharedStore(ws);
if (m_globalStore != null)
{
IWritingSystemDefinition globalWs;
if (m_globalStore.TryGet(ws.Id, out globalWs))
{
if (ws.DateModified > globalWs.DateModified)
{
WritingSystemDefinition newWs = ws.Clone();
newWs.Modified = true; // ensure any existing file for this WS is overwritten
try
{
m_globalStore.Remove(ws.Id);
m_globalStore.Set(newWs);
}
catch (UnauthorizedAccessException)
{
// Live with it if we can't update the global store. In a CS world we might
// well not have permission.
}
}
}
else
{
m_globalStore.Set(ws.Clone());
}
}
}
public WeSayAudioFieldBox(IWritingSystemDefinition writingSystem, AudioPathProvider audioPathProvider,
Palaso.Reporting.ILogger logger)
{
_audioPathProvider = audioPathProvider;
_logger = logger;
WritingSystem = writingSystem;
InitializeComponent();
// may be changed in a moment when the actual field is read
_shortSoundFieldControl1.Path = _audioPathProvider.GetNewPath();
_shortSoundFieldControl1.SoundRecorded += (sender, e) =>
{
_fileName.Text =
_audioPathProvider.GetPartialPathFromFull(
_shortSoundFieldControl1.Path);
_logger.WriteConciseHistoricalEvent("Recorded Sound");
}
;
_shortSoundFieldControl1.SoundDeleted += (sender, e) =>
{
_fileName.Text = string.Empty;
_logger.WriteConciseHistoricalEvent("Deleted Sound");
};
_shortSoundFieldControl1.BeforeStartingToRecord += new EventHandler(shortSoundFieldControl1_BeforeStartingToRecord);
this.Height = _shortSoundFieldControl1.Height + 10;
}
public DeleteInputSystemDialog(IWritingSystemDefinition wsToDelete,
IEnumerable <IWritingSystemDefinition> possibleWritingSystemsToConflateWith, bool showHelpButton)
{
InitializeComponent();
if (!showHelpButton)
{
_helpButton.Hide();
}
_deleteRadioButton.Text = String.Format(_deleteRadioButton.Text, DisplayName(wsToDelete));
_mergeRadioButton.Text = String.Format(_mergeRadioButton.Text, DisplayName(wsToDelete));
_wsSelectionComboBox.Items.AddRange(
possibleWritingSystemsToConflateWith.Where(ws => ws != wsToDelete).Select(ws => new WritingSystemDisplayAdaptor(ws)).ToArray());
Choice = Choices.Delete;
if (_wsSelectionComboBox.Items.Count > 0)
{
_wsSelectionComboBox.SelectedIndex = 0;
}
_wsSelectionComboBox.DropDownStyle = ComboBoxStyle.DropDownList;
_okButton.Click += OnOkClicked;
_cancelButton.Click += OnCancelClicked;
_deleteRadioButton.CheckedChanged += OnDeleteRadioButtonCheckedChanged;
_mergeRadioButton.CheckedChanged += OnMergeRadioButtonCheckedChanged;
_helpButton.Click += OnCustomHelpButtonClicked;
_deleteRadioButton.Checked = true;
}
public virtual IKeyboardDefinition DefaultForWritingSystem(IWritingSystemDefinition ws)
{
return(new DefaultKeyboardDefinition()
{
Layout = "English", Locale = "en-US"
});
}
private static void SortLift(string outputPath, LexEntryRepository lexEntryRepository, ViewTemplate template)
{
using (var exporter = new LiftWriter(outputPath, LiftWriter.ByteOrderStyle.NoBOM))
{
IWritingSystemDefinition firstWs = template.HeadwordWritingSystems[0];
ResultSet <LexEntry> recordTokens =
lexEntryRepository.GetAllEntriesSortedByHeadword(firstWs);
int index = 0;
foreach (RecordToken <LexEntry> token in recordTokens)
{
int homographNumber = 0;
if ((bool)token["HasHomograph"])
{
homographNumber = (int)token["HomographNumber"];
}
LexEntry lexEntry = token.RealObject;
EmbeddedXmlCollection sortedAnnotation = new EmbeddedXmlCollection();
sortedAnnotation.Values.Add("<annotation name='sorted-index' value='" + (++index) + "'/>");
lexEntry.Properties.Add(new KeyValuePair <string, IPalasoDataObjectProperty>("SortedIndex", sortedAnnotation));
exporter.Add(lexEntry, homographNumber);
}
exporter.End();
}
}
protected WordGatheringTaskBase(ITaskConfiguration config,
LexEntryRepository lexEntryRepository,
ViewTemplate viewTemplate,
TaskMemoryRepository taskMemoryRepository)
: base(config,
lexEntryRepository, taskMemoryRepository)
{
if (viewTemplate == null)
{
throw new ArgumentNullException("viewTemplate");
}
_viewTemplate = viewTemplate;
_lexicalFormWritingSystem =
viewTemplate.GetDefaultWritingSystemForField(Field.FieldNames.EntryLexicalForm.ToString());
var glossField = _viewTemplate.GetField(LexSense.WellKnownProperties.Gloss);
if (glossField == null)
{
_glossMeaningField = false;
}
else
{
_glossMeaningField = glossField.IsMeaningField;
}
}
private WritingSystemTreeItem MakeExistingDefinitionItem(IWritingSystemDefinition definition)
{
var item = new WritingSystemDefinitionTreeItem(definition, OnClickExistingDefinition);
item.Selected = item.Definition == _setupModel.CurrentDefinition;
return((WritingSystemTreeItem)item);
}
public void GeckoBox_KeyboardInputWhenReadOnlyTest()
{
IWritingSystemDefinition ws = WritingSystemDefinition.Parse("fr");
IWeSayTextBox textBox = new GeckoBox(ws, "ControlUnderTest");
textBox.ReadOnly = true;
Assert.IsNotNull(textBox);
Assert.AreSame(ws, textBox.WritingSystem);
_window.Controls.Add((GeckoBox)textBox);
_window.Show();
ControlTester t = new ControlTester("ControlUnderTest", _window);
textBox.Text = "Value";
KeyboardController keyboardController = new KeyboardController(t);
Application.DoEvents();
keyboardController.Press(Key.END);
Application.DoEvents();
keyboardController.Press(" ");
keyboardController.Press("T");
keyboardController.Press("e");
keyboardController.Press("s");
keyboardController.Press("t");
Application.DoEvents();
Assert.AreEqual("Value", textBox.Text);
keyboardController.Dispose();
}
public void SetWritingSystem_DoesntThrow()
{
var textBox = new GeckoComboBox();
IWritingSystemDefinition ws = WritingSystemDefinition.Parse("fr");
Assert.DoesNotThrow(() => textBox.WritingSystem = ws);
}
public DeleteInputSystemDialog(IWritingSystemDefinition wsToDelete,
IEnumerable<IWritingSystemDefinition> possibleWritingSystemsToConflateWith, bool showHelpButton)
{
InitializeComponent();
if (!showHelpButton)
{
_helpButton.Hide();
}
_deleteRadioButton.Text = String.Format(_deleteRadioButton.Text, DisplayName(wsToDelete));
_mergeRadioButton.Text = String.Format(_mergeRadioButton.Text, DisplayName(wsToDelete));
_wsSelectionComboBox.Items.AddRange(
possibleWritingSystemsToConflateWith.Where(ws => ws != wsToDelete).Select(ws=>new WritingSystemDisplayAdaptor(ws)).ToArray());
Choice = Choices.Delete;
if (_wsSelectionComboBox.Items.Count > 0)
{
_wsSelectionComboBox.SelectedIndex = 0;
}
_wsSelectionComboBox.DropDownStyle = ComboBoxStyle.DropDownList;
_okButton.Click += OnOkClicked;
_cancelButton.Click += OnCancelClicked;
_deleteRadioButton.CheckedChanged += OnDeleteRadioButtonCheckedChanged;
_mergeRadioButton.CheckedChanged += OnMergeRadioButtonCheckedChanged;
_helpButton.Click += OnCustomHelpButtonClicked;
_deleteRadioButton.Checked = true;
}
public void Setup()
{
_ws = WritingSystemDefinition.Parse("qaa-x-qaa");
_ws.DefaultFontName = "Arial";
_ws.DefaultFontSize = (float)55.9;
// _createNewClickedFired=false;
// _valueChangedFired = false;
_sourceChoices = new OptionsList();
_choiceKeys = new List <string>();
AddSourceChoice("one", "1", "Notice, this is not the number two.");
//nb: key 'two' in there
AddSourceChoice("two", "2", "A description of two which includes the word duo.");
AddSourceChoice("three",
"3",
"A description of this which includes the word trio and is not two.");
_displayAdaptor = new OptionDisplayAdaptor(_sourceChoices, _ws.Id);
_control =
new AutoCompleteWithCreationBox <Option, string>(
CommonEnumerations.VisibilitySetting.Visible, null);
_control.Name = "autobox";
_control.Box.Items = _sourceChoices.Options;
_control.Box.ItemFilterer = _displayAdaptor.GetItemsToOffer;
//leave for individual tests _control.CreateNewClicked += new EventHandler<CreateNewArgs>(_control_CreateNewClicked);
_control.Box.ItemDisplayStringAdaptor = _displayAdaptor;
_control.Box.WritingSystem = _ws;
_control.GetKeyValueFromValue = _displayAdaptor.GetOptionFromKey;
_control.GetValueFromKeyValue = _displayAdaptor.GetKeyFromOption;
_control.ValueChanged += _control_ValueChanged;
_dataBeingEditted = new OptionRef();
}
/// <summary>
/// Get the writing system that is most probably intended by the user, when input language changes to the specified layout and cultureInfo,
/// given the indicated candidates, and that wsCurrent is the preferred result if it is a possible WS for the specified culture.
/// wsCurrent is also returned if none of the candidates is found to match the specified inputs.
/// See interface comment for intended usage information.
/// Enhance JohnT: it may be helpful, if no WS has an exact match, to look for one where the culture prefix (before hyphen) matches,
/// thus finding a WS that has a keyboard for the same language as the one the user selected.
/// Could similarly match against WS ID's language ID, for WS's with no RawLocalKeyboard.
/// Could use LocalKeyboard instead of RawLocalKeyboard, thus allowing us to find keyboards for writing systems where the
/// local keyboard has not yet been determined. However, this would potentially establish a particular local keyboard for
/// a user who has never typed in that writing system or configured a keyboard for it, nor even selected any text in it.
/// In the expected usage of this library, there will be a RawLocalKeyboard for every writing system in which the user has
/// ever typed or selected text. That should have a high probability of catching anything actually useful.
/// </summary>
/// <param name="layoutName"></param>
/// <param name="cultureInfo"></param>
/// <param name="wsCurrent"></param>
/// <param name="options"></param>
/// <returns></returns>
public IWritingSystemDefinition GetWsForInputLanguage(string layoutName, CultureInfo cultureInfo, IWritingSystemDefinition wsCurrent,
IWritingSystemDefinition[] options)
{
// See if the default is suitable.
if (WsMatchesLayout(layoutName, wsCurrent) && WsMatchesCulture(cultureInfo, wsCurrent))
{
return(wsCurrent);
}
IWritingSystemDefinition layoutMatch = null;
IWritingSystemDefinition cultureMatch = null;
foreach (var ws in options)
{
bool matchesCulture = WsMatchesCulture(cultureInfo, ws);
if (WsMatchesLayout(layoutName, ws))
{
if (matchesCulture)
{
return(ws);
}
if (layoutMatch == null || ws.Equals(wsCurrent))
{
layoutMatch = ws;
}
}
if (matchesCulture && (cultureMatch == null || ws.Equals(wsCurrent)))
{
cultureMatch = ws;
}
}
return(layoutMatch ?? cultureMatch ?? wsCurrent);
}
public IEnumerable<IWritingSystemDefinitionSuggestion> GetSuggestions(IWritingSystemDefinition primary, IEnumerable<IWritingSystemDefinition> existingWritingSystemsForLanguage)
{
if(string.IsNullOrEmpty(primary.Language) && !primary.Variant.StartsWith("x-", StringComparison.OrdinalIgnoreCase))
yield break;
if(SuppressSuggestionsForMajorWorldLanguages
&& new[]{"en", "th", "es", "fr", "de", "hi", "id", "vi","my","pt", "fi", "ar", "it","sv", "ja", "ko", "ch", "nl", "ru"}.Contains(primary.Language))
yield break;
if (SuggestIpa && IpaSuggestion.ShouldSuggest(existingWritingSystemsForLanguage))
{
yield return new IpaSuggestion(primary);
}
if (SuggestVoice && VoiceSuggestion.ShouldSuggest(existingWritingSystemsForLanguage))
{
yield return new VoiceSuggestion(primary);
}
if (SuggestDialects)
{
yield return new DialectSuggestion(primary);
}
if (SuggestOther)
{
yield return new OtherSuggestion(primary, existingWritingSystemsForLanguage);
}
}
private void InitializeRelationControl(LexRelation relation)
{
//TODO: refactor this (sortHelper, pairStringLexEntryIdList, _keyIdMap, GetKeyIdPairFromLexEntry)
// to use ApproximateFinder. Eventually refactor the automcompletetextbox to just take one
IWritingSystemDefinition writingSystem = GetWritingSystemFromField();
ResultSet <LexEntry> recordTokenList =
_lexEntryRepository.GetAllEntriesSortedByLexicalFormOrAlternative(writingSystem);
_resultSet = recordTokenList;
AutoCompleteWithCreationBox <RecordToken <LexEntry>, string> picker =
CreatePicker <RecordToken <LexEntry> >(relation);
picker.GetKeyValueFromValue = GetRecordTokenFromTargetId;
picker.GetValueFromKeyValue = GetTargetIdFromRecordToken;
picker.Box.ItemDisplayStringAdaptor = new PairStringLexEntryIdDisplayProvider();
picker.Box.FormToObjectFinder = FindRecordTokenFromForm;
picker.Box.ItemFilterer = FindClosestAndNextClosestAndPrefixedPairStringLexEntryForms;
picker.Box.Items = recordTokenList;
if (!String.IsNullOrEmpty(relation.TargetId))
{
picker.Box.SelectedItem = GetRecordTokenFromLexEntry(_lexEntryRepository.GetLexEntryWithMatchingId(relation.TargetId));
}
picker.CreateNewClicked += OnCreateNewPairStringLexEntryId;
_control = picker;
}
public void Setup()
{
BasilProjectTestHelper.InitializeForTests();
_writingSystemId = WritingSystemsIdsForTests.AnalysisIdForTest;
IWritingSystemDefinition writingSystem = WritingSystemDefinition.Parse(_writingSystemId);
_papaNameWidget = new WeSayTextBox(writingSystem, null);
_papaNameWidget.Text = "John";
_ghostFirstNameWidget = new WeSayTextBox(writingSystem, null);
_binding = new GhostBinding <Child>(null,
_papa.Children,
"First",
writingSystem,
_ghostFirstNameWidget);
_didNotify = false;
//Window w = new Window("test");
//VBox box = new VBox();
//w.Add(box);
//box.PackStart(_papaNameWidget);
//box.PackStart(_ghostFirstNameWidget);
//box.ShowAll();
//w.ShowAll();
_papaNameWidget.Show();
// while (Gtk.Application.EventsPending())
// { Gtk.Application.RunIteration(); }
//Application.Run();
_papaNameWidget.Focus();
_ghostFirstNameWidget.Focus();
}
public void SetListWritingSystem(IWritingSystemDefinition writingSystem)
{
Guard.AgainstNull(writingSystem, "writingSystem");
if (_listWritingSystem == writingSystem)
{
return;
}
_listWritingSystem = writingSystem;
_recordsListBox.WritingSystem = _listWritingSystem;
LoadRecords();
_recordsListBox.RetrieveVirtualItem -= OnRetrieveVirtualItemEvent;
_recordsListBox.RetrieveVirtualItem += OnRetrieveVirtualItemEvent;
//WHy was this here (I'm (JH) scared to remove it)?
// it is costing us an extra second, as we set the record
// to the first one, then later set it to the one we actually want.
// SetRecordToBeEdited(CurrentEntry);
ConfigureSearchBox();
}
public string GetAutoFontsCascadingStyleSheetLinesForWritingSystem(IWritingSystemDefinition ws)
{
var builder = new StringBuilder();
// var family = FontFamily.Families.FirstOrDefault(f => f.Name == ws.FontName);
builder.AppendLine("font-family: '" + ws.DefaultFontName + "';");
var word = FindFieldWithFieldName(LexEntry.WellKnownProperties.LexicalUnit);
//make the first vernacular field bold
if (word.WritingSystemIds.Count > 0 && word.WritingSystemIds[0] == ws.Id)
{
builder.AppendLine("font-weight: bold");
}
else
{
//if there are two definition writing systems, make the second one italic
var defField = FindFieldWithFieldName(LexSense.WellKnownProperties.Definition);
if (defField.WritingSystemIds.Count > 1 && defField.WritingSystemIds[1] == ws.Id)
{
// if(family != default(FontFamily))
// {
// family.IsStyleAvailable(FontStyle.Italic)
// }
builder.AppendLine("font-style: italic");
}
}
return(builder.ToString());
}
public string GetNewStoreIDWhenSet(IWritingSystemDefinition ws)
{
if (ws == null)
{
throw new ArgumentNullException("ws");
}
return(String.IsNullOrEmpty(ws.StoreID) ? ws.Id : ws.StoreID);
}
public void GeckoBox_CreateWithWritingSystem()
{
IWritingSystemDefinition ws = WritingSystemDefinition.Parse("fr");
IWeSayTextBox textBox = new GeckoBox(ws, null);
Assert.IsNotNull(textBox);
Assert.AreSame(ws, textBox.WritingSystem);
}
public IWritingSystemDefinition MakeDuplicate(IWritingSystemDefinition definition)
{
if (definition == null)
{
throw new ArgumentNullException("definition");
}
return(definition.Clone());
}
public virtual void SetUp()
{
_writingSystem = new WritingSystemDefinition();
RepositoryUnderTest = CreateNewStore();
_writingSystemIdChangedEventArgs = null;
_writingSystemDeletedEventArgs = null;
_writingSystemConflatedEventArgs = null;
}
public void CreateWithWritingSystem()
{
IWritingSystemDefinition ws = WritingSystemDefinition.Parse("fr");
var comboBox = new GeckoComboBox(ws, null);
Assert.IsNotNull(comboBox);
Assert.AreSame(ws, comboBox.WritingSystem);
}
public void Init(IWritingSystemDefinition writingSystem, String name)
{
WritingSystem = writingSystem;
_nameForLogging = name;
if (_nameForLogging == null)
{
_nameForLogging = "??";
}
Name = name;
}
public GeckoBox(IWritingSystemDefinition ws, string nameForLogging)
: this()
{
_nameForLogging = nameForLogging;
if (_nameForLogging == null)
{
_nameForLogging = "??";
}
Name = _nameForLogging;
WritingSystem = ws;
}
public IpaSuggestion(IWritingSystemDefinition primary)
{
_templateDefinition = new WritingSystemDefinition(primary.Language, "", primary.Region, primary.Variant, "ipa", false)
{
LanguageName = primary.LanguageName,
DefaultFontSize = primary.DefaultFontSize,
DefaultFontName = _fontsForIpa.FirstOrDefault(FontExists),
IpaStatus = IpaStatusChoices.Ipa,
};
var ipaKeyboard = Keyboard.Controller.AllAvailableKeyboards.FirstOrDefault(k => k.Id.ToLower().Contains("ipa"));
if (ipaKeyboard != null)
_templateDefinition.Keyboard = ipaKeyboard.Id;
this.Label = string.Format("IPA input system for {0}", _templateDefinition.LanguageName);
}
public IKeyboardDefinition LegacyForWritingSystem(IWritingSystemDefinition ws)
{
throw new NotImplementedException();
}
public IKeyboardDefinition DefaultForWritingSystem(IWritingSystemDefinition ws)
{
return null;
}
public IKeyboardDefinition GetKeyboard(IWritingSystemDefinition writingSystem)
{
throw new NotImplementedException();
}
public void ClearSelection()
{
CurrentDefinition = null;
}
public virtual IKeyboardDefinition DefaultForWritingSystem(IWritingSystemDefinition ws)
{
return new DefaultKeyboardDefinition() {Layout = "English", Locale = "en-US"};
}
public IKeyboardDefinition LegacyForWritingSystem(IWritingSystemDefinition ws)
{
return null;
}
/// <summary>
/// Creates the presentation model object based off of a single writing system definition.
/// This is the easiest form to use if you only want part of the UI elements or only operate on
/// one WritingSystemDefiniion
/// </summary>
public WritingSystemSetupModel(WritingSystemDefinition ws)
{
if (ws == null)
{
throw new ArgumentNullException("ws");
}
WritingSystemSuggestor = new WritingSystemSuggestor();
_currentWritingSystem = ws;
_currentIndex = 0;
_writingSystemRepository = null;
_writingSystemDefinitions = new List<IWritingSystemDefinition>(1);
WritingSystemDefinitions.Add(ws);
_deletedWritingSystemDefinitions = null;
_usingRepository = false;
}
public WhatToDoWithDataInWritingSystemToBeDeletedEventArgs(IWritingSystemDefinition writingSystemIdToDelete)
{
WritingSystemIdToDelete = writingSystemIdToDelete;
WhatToDo = WhatToDos.Delete;
}
internal void RenameIsoCode(IWritingSystemDefinition existingWs)
{
WritingSystemDefinition newWs = null;
if (!_usingRepository)
{
throw new InvalidOperationException("Unable to add new writing system definition when there is no store.");
}
if (MethodToShowUiToBootstrapNewDefinition != null)
{
newWs = MethodToShowUiToBootstrapNewDefinition();
}
if (newWs == null) //cancelled
return;
existingWs.Language = newWs.Language;
existingWs.LanguageName = newWs.LanguageName;
// Remove First Not WellKnownPrivateUseTag
string rfcVariant = "";
string rfcPrivateUse = "";
WritingSystemDefinition.SplitVariantAndPrivateUse(existingWs.Variant, out rfcVariant, out rfcPrivateUse);
List<string> privateUseTokens = new List<string>(rfcPrivateUse.Split('-'));
string oldIsoCode = WritingSystemDefinition.FilterWellKnownPrivateUseTags(privateUseTokens).FirstOrDefault();
if (!String.IsNullOrEmpty(oldIsoCode))
{
privateUseTokens.Remove(oldIsoCode);
}
string newPrivateUse = "x-" + String.Join("-", privateUseTokens.ToArray()); //would be nice if writingsystemdefintion.ConcatenateVariantAndPrivateUse would add the x for us
existingWs.Variant = WritingSystemDefinition.ConcatenateVariantAndPrivateUse(rfcVariant, newPrivateUse);
OnSelectionChanged();
OnCurrentItemUpdated();
}
public virtual string VerboseDescription(IWritingSystemDefinition writingSystem)
{
var summary = new StringBuilder();
summary.AppendFormat(" {0}", writingSystem.LanguageName);
if (!String.IsNullOrEmpty(writingSystem.Region))
{
summary.AppendFormat(" in {0}", writingSystem.Region);
}
if (!String.IsNullOrEmpty(writingSystem.Script))
{
summary.AppendFormat(" written in {0} script", CurrentIso15924Script.ShortLabel());
}
summary.AppendFormat(". ({0})", writingSystem.Bcp47Tag);
return summary.ToString().Trim();
}
public virtual bool SetCurrentDefinition(IWritingSystemDefinition definition)
{
var index = WritingSystemDefinitions.FindIndex(d => d == definition);
if (index < 0)
{
return false;
}
CurrentIndex = index;
return true;
}
/// <summary>
/// Imports the given file into the writing system store.
/// </summary>
/// <param name="fileName">Full path of file to import</param>
public void ImportFile(string fileName)
{
if (!_usingRepository)
{
throw new InvalidOperationException("Unable to import file when not using writing system store.");
}
if (fileName == null)
{
throw new ArgumentNullException("fileName");
}
if (!System.IO.File.Exists(fileName))
{
throw new ArgumentException("File does not exist.", "fileName");
}
LdmlDataMapper _adaptor = new LdmlDataMapper();
var ws = _writingSystemRepository.CreateNew();
_adaptor.Read(fileName, (WritingSystemDefinition)ws);
WritingSystemDefinitions.Add(ws);
OnAddOrDelete();
CurrentDefinition = ws;
}
/// <summary>
/// Makes a copy of the currently selected writing system and selects the new copy.
/// </summary>
public void DuplicateCurrent()
{
if (!_usingRepository)
{
throw new InvalidOperationException("Unable to duplicate current selection when there is no writing system store.");
}
if (!HasCurrentSelection)
{
throw new InvalidOperationException("Unable to duplicate current selection when there is no current selection.");
}
var ws = _writingSystemRepository.MakeDuplicate(CurrentDefinition);
WritingSystemDefinitions.Insert(CurrentIndex+1, ws);
OnAddOrDelete();
CurrentDefinition = ws;
}
public void GetWsForInputLanguage_CorrectlyPrioritizesLayoutAndCulture()
{
var wsEn = new WritingSystemDefinition("en");
RepositoryUnderTest.Set(wsEn);
var wsEnIpa = new WritingSystemDefinition("en-fonipa");
RepositoryUnderTest.Set(wsEnIpa);
var wsFr = new WritingSystemDefinition("fr");
RepositoryUnderTest.Set(wsFr);
var wsDe = new WritingSystemDefinition("de");
RepositoryUnderTest.Set(wsDe);
var kbdEn = new DefaultKeyboardDefinition() { Layout = "English", Locale = "en-US" };
wsEn.LocalKeyboard = kbdEn;
var kbdEnIpa = new DefaultKeyboardDefinition() { Layout = "English-IPA", Locale = "en-US" };
wsEnIpa.LocalKeyboard = kbdEnIpa;
var kbdFr = new DefaultKeyboardDefinition() { Layout = "French", Locale = "fr-FR" };
wsFr.LocalKeyboard = kbdFr;
var kbdDe = new DefaultKeyboardDefinition() { Layout = "English", Locale = "de-DE" };
wsDe.LocalKeyboard = kbdDe;
var wss = new IWritingSystemDefinition[] {wsEn, wsFr, wsDe, wsEnIpa};
// Exact match selects correct one, even though there are other matches for layout and/or culture
Assert.That(RepositoryUnderTest.GetWsForInputLanguage("English", new CultureInfo("en-US"), wsFr, wss), Is.EqualTo(wsEn));
Assert.That(RepositoryUnderTest.GetWsForInputLanguage("English-IPA", new CultureInfo("en-US"), wsEn, wss), Is.EqualTo(wsEnIpa));
Assert.That(RepositoryUnderTest.GetWsForInputLanguage("French", new CultureInfo("fr-FR"), wsDe, wss), Is.EqualTo(wsFr));
Assert.That(RepositoryUnderTest.GetWsForInputLanguage("English", new CultureInfo("de-DE"), wsEn, wss), Is.EqualTo(wsDe));
// If there is no exact match, but there are matches by both layout and culture, we prefer layout (even though there is a
// culture match for the default WS)
Assert.That(RepositoryUnderTest.GetWsForInputLanguage("English", new CultureInfo("fr-FR"), wsFr, wss), Is.EqualTo(wsEn)); // first of two equally good matches
}
public void GetWsForInputLanguage_PrefersWsCurrentIfEqualMatches()
{
var wsEn = new WritingSystemDefinition("en");
RepositoryUnderTest.Set(wsEn);
var wsEnUS = new WritingSystemDefinition("en-US");
RepositoryUnderTest.Set(wsEnUS);
var wsEnIpa = new WritingSystemDefinition("en-fonipa");
RepositoryUnderTest.Set(wsEnIpa);
var wsFr = new WritingSystemDefinition("fr");
RepositoryUnderTest.Set(wsFr);
var wsDe = new WritingSystemDefinition("de");
RepositoryUnderTest.Set(wsDe);
var kbdEn = new DefaultKeyboardDefinition() { Layout = "English", Locale = "en-US" };
wsEn.LocalKeyboard = kbdEn;
var kbdEnIpa = new DefaultKeyboardDefinition() { Layout = "English-IPA", Locale = "en-US" };
wsEnIpa.LocalKeyboard = kbdEnIpa;
wsEnUS.LocalKeyboard = kbdEn; // exact same keyboard used!
var kbdFr = new DefaultKeyboardDefinition() { Layout = "French", Locale = "fr-FR" };
wsFr.LocalKeyboard = kbdFr;
var kbdDe = new DefaultKeyboardDefinition() { Layout = "English", Locale = "de-DE" };
wsDe.LocalKeyboard = kbdDe;
var wss = new IWritingSystemDefinition[] { wsEn, wsFr, wsDe, wsEnIpa, wsEnUS };
// Exact matches
Assert.That(RepositoryUnderTest.GetWsForInputLanguage("English", new CultureInfo("en-US"), wsFr, wss), Is.EqualTo(wsEn)); // first of 2
Assert.That(RepositoryUnderTest.GetWsForInputLanguage("English", new CultureInfo("en-US"), wsEn, wss), Is.EqualTo(wsEn)); // prefer default
Assert.That(RepositoryUnderTest.GetWsForInputLanguage("English", new CultureInfo("en-US"), wsEnUS, wss), Is.EqualTo(wsEnUS)); // prefer default
// Match on Layout only
Assert.That(RepositoryUnderTest.GetWsForInputLanguage("English", new CultureInfo("fr-FR"), wsFr, wss), Is.EqualTo(wsEn)); // first of 3
Assert.That(RepositoryUnderTest.GetWsForInputLanguage("English", new CultureInfo("fr-FR"), wsEn, wss), Is.EqualTo(wsEn)); // prefer default
Assert.That(RepositoryUnderTest.GetWsForInputLanguage("English", new CultureInfo("fr-FR"), wsEnUS, wss), Is.EqualTo(wsEnUS)); // prefer default
Assert.That(RepositoryUnderTest.GetWsForInputLanguage("English", new CultureInfo("fr-FR"), wsDe, wss), Is.EqualTo(wsDe)); // prefer default
// Match on culture only
Assert.That(RepositoryUnderTest.GetWsForInputLanguage("Nonsence", new CultureInfo("en-US"), wsDe, wss), Is.EqualTo(wsEn)); // first of 3
Assert.That(RepositoryUnderTest.GetWsForInputLanguage("Nonsence", new CultureInfo("en-US"), wsEn, wss), Is.EqualTo(wsEn)); // prefer default
Assert.That(RepositoryUnderTest.GetWsForInputLanguage("Nonsence", new CultureInfo("en-US"), wsEnUS, wss), Is.EqualTo(wsEnUS)); // prefer default
Assert.That(RepositoryUnderTest.GetWsForInputLanguage("Nonsence", new CultureInfo("en-US"), wsEnIpa, wss), Is.EqualTo(wsEnIpa)); // prefer default
}
/// <summary>
/// Creates a new writing system and selects it.
/// </summary>
/// <returns></returns>
public virtual void AddNew()
{
if (!_usingRepository)
{
throw new InvalidOperationException("Unable to add new input system definition when there is no store.");
}
IWritingSystemDefinition ws=null;
if (MethodToShowUiToBootstrapNewDefinition == null)
{
ws = _writingSystemRepository.CreateNew();
ws.Abbreviation = "New";
}
else
{
ws = MethodToShowUiToBootstrapNewDefinition();
}
if(ws==null)//cancelled
return;
if (ws.Abbreviation == WellKnownSubTags.Unlisted.Language) // special case for Unlisted Language
{
ws.Abbreviation = "v"; // TODO magic string!!! UnlistedLanguageView.DefaultAbbreviation;
}
WritingSystemDefinitions.Add(ws);
CurrentDefinition = ws;
OnAddOrDelete();
}
public void CanSetSecondNew_False()
{
RepositoryUnderTest.Set(_writingSystem);
_writingSystem = RepositoryUnderTest.CreateNew();
Assert.IsFalse(RepositoryUnderTest.CanSet(_writingSystem));
}
internal void SaveDefinition(IWritingSystemDefinition ws)
{
SaveDefinition((WritingSystemDefinition)ws);
}
public void SetKeyboard(IWritingSystemDefinition writingSystem)
{
}
public override void Set(IWritingSystemDefinition ws)
{
if (ws == null)
{
throw new ArgumentNullException("ws");
}
var oldStoreId = ws.StoreID;
base.Set(ws);
//Renaming the file here is a bit ugly as the content has not yet been updated. Thus there
//may be a mismatch between the filename and the contained rfc5646 tag. Doing it here however
//helps us avoid having to deal with situations where a writing system id is changed to be
//identical with the old id of another writing sytsem. This could otherwise lead to dataloss.
//The inconsistency is resolved on Save()
if (oldStoreId != ws.StoreID && File.Exists(GetFilePathFromIdentifier(oldStoreId)))
{
File.Move(GetFilePathFromIdentifier(oldStoreId), GetFilePathFromIdentifier(ws.StoreID));
}
}
/// <summary>
/// Tries to get the keyboard for the specified <paramref name="writingSystem"/>.
/// </summary>
public IKeyboardDefinition GetKeyboard(IWritingSystemDefinition writingSystem)
{
return TrivialKeyboard;
}
// /// <summary>
// /// Cause the model to reload, if you've made changes
// /// (e.g., using a dialog to edit another copy of the mode)
// /// </summary>
// public void Refresh()
// {
//
// }
public virtual void AddPredefinedDefinition(IWritingSystemDefinition definition)
{
if (!_usingRepository)
{
throw new InvalidOperationException("Unable to add new writing system definition when there is no store.");
}
WritingSystemDefinitions.Add(definition);
CurrentDefinition = definition;
OnAddOrDelete();
}
/// <summary>
///
/// </summary>
/// <param name="ws">The ws.</param>
protected override void OnChangeNotifySharedStore(IWritingSystemDefinition ws)
{
base.OnChangeNotifySharedStore(ws);
if (m_globalStore != null)
{
if (m_globalStore.Contains(ws.Id))
{
if (ws.DateModified > m_globalStore.Get(ws.Id).DateModified)
{
WritingSystemDefinition newWs = ws.Clone();
newWs.Modified = true;
m_globalStore.Remove(ws.Id);
m_globalStore.Set(newWs);
}
}
else
{
m_globalStore.Set(ws.Clone());
}
}
}
/// <summary>
/// Gets the specified writing system if it exists.
/// </summary>
/// <param name="identifier">The identifier.</param>
/// <param name="ws">The writing system.</param>
/// <returns></returns>
public bool TryGet(string identifier, out IWritingSystemDefinition ws)
{
if (Contains(identifier))
{
ws = Get(identifier);
return true;
}
ws = null;
return false;
}