private void AddToSensitiveList(
BlockCommandContext context,
string word)
{
// Update the internal dictionaries by removing it from the
// insensitive list and adding it to the sensitive list.
CaseInsensitiveDictionary.Remove(word.ToLowerInvariant());
CaseSensitiveDictionary.Add(word);
// Clear the spell-checking on the entire document and reparse it.
Project.Plugins.ClearAnalysis(BlockAnalyzer);
Project.Plugins.ProcessBlockAnalysis();
// Make sure the settings are written out.
WriteSettings();
}
public WordCorrectness IsCorrect(string word)
{
// First check the case-sensitive dictionary.
bool isCaseSensitiveCorrect = CaseSensitiveDictionary.Contains(word);
if (isCaseSensitiveCorrect)
{
return(WordCorrectness.Correct);
}
// Check the case-insensitive version by making it lowercase and trying
// again.
word = word.ToLowerInvariant();
bool isCaseInsensitiveCorrect = CaseInsensitiveDictionary.Contains(word);
// The return value is either correct or indeterminate since this
// plugin is intended to be a supplemental spell-checking instead of
// a conclusive one.
return(isCaseInsensitiveCorrect
? WordCorrectness.Correct
: WordCorrectness.Indeterminate);
}
/// <summary>
/// Retrieves the setting substitutions and rebuilds the internal list.
/// </summary>
public void ReadSettings()
{
// Clear out the existing settings.
CaseInsensitiveDictionary.Clear();
CaseSensitiveDictionary.Clear();
// Go through all of the settings in the various projects.
IList <LocalWordsSettings> settingsList =
Project.Settings.GetAll <LocalWordsSettings>(LocalWordsSettings.SettingsPath);
foreach (LocalWordsSettings settings in settingsList)
{
// Add the two dictionaries.
foreach (string word in settings.CaseInsensitiveDictionary)
{
CaseInsensitiveDictionary.Add(word);
}
foreach (string word in settings.CaseSensitiveDictionary)
{
CaseSensitiveDictionary.Add(word);
}
}
}
