public HunspellSpellingPlugin()
{
// Set up the spell engine for multi-threaded access.
SpellEngine = new SpellEngine();
// Assume we are disabled unless we can configure it properly.
projectPlugin = new DisabledSpellingProjectPlugin();
// Figure out the paths to the dictionary files. For the time being,
// we're going to assume we're using U.S. English.
string affixFilename;
string dictionaryFilename;
if (!GetDictionaryPaths("en_US", out affixFilename, out dictionaryFilename))
{
// We couldn't get the dictionary paths, so just stick with the
// disabled spelling plugin.
return;
}
// Attempt to load the NHunspell plugin. This is a high-quality
// plugin based on Managed C++. This works nicely in Windows, but
// has no support for Linux.
try
{
// Attempt to load the U.S. English language. This will throw
// an exception if it cannot load. If it does, then we use it.
var englishUnitedStates = new LanguageConfig
{
LanguageCode = "en_US",
HunspellAffFile = affixFilename,
HunspellDictFile = dictionaryFilename,
HunspellKey = string.Empty
};
SpellEngine.AddLanguage(englishUnitedStates);
// If we got this far, set the project plugin to the one that
// uses the SpellEngine from NHunspell.
projectPlugin = new SpellEngineSpellingProjectPlugin(this);
return;
}
catch (Exception exception)
{
// Report that we can't load the first attempt.
Console.WriteLine("Cannot load NHunspell: " + exception);
}
// If we got this far, we couldn't load the NHunspell plugin.
// Attempt to load in the PInvoke implementation instead.
try
{
// Create a new Hunspell P/Invoke loader.
var pinvokePlugin = new PInvokeSpellingProjectPlugin(
affixFilename, dictionaryFilename);
projectPlugin = pinvokePlugin;
}
catch (Exception exception)
{
// Report that we can't load the first attempt.
Console.WriteLine("Cannot load NHunspell via P/Invoke: " + exception);
}
}
public HunspellSpellingPlugin()
{
// Set up the spell engine for multi-threaded access.
SpellEngine = new SpellEngine();
// Assume we are disabled unless we can configure it properly.
projectPlugin = new DisabledSpellingProjectPlugin();
// Figure out the paths to the dictionary files. For the time being,
// we're going to assume we're using U.S. English.
string affixFilename;
string dictionaryFilename;
if (!GetDictionaryPaths("en_US", out affixFilename, out dictionaryFilename))
{
// We couldn't get the dictionary paths, so just stick with the
// disabled spelling plugin.
return;
}
// Attempt to load the NHunspell plugin. This is a high-quality
// plugin based on Managed C++. This works nicely in Windows, but
// has no support for Linux.
try
{
// Attempt to load the U.S. English language. This will throw
// an exception if it cannot load. If it does, then we use it.
var englishUnitedStates = new LanguageConfig
{
LanguageCode = "en_US",
HunspellAffFile = affixFilename,
HunspellDictFile = dictionaryFilename,
HunspellKey = string.Empty
};
SpellEngine.AddLanguage(englishUnitedStates);
// If we got this far, set the project plugin to the one that
// uses the SpellEngine from NHunspell.
projectPlugin = new SpellEngineSpellingProjectPlugin(this);
return;
}
catch (Exception exception)
{
// Report that we can't load the first attempt.
Console.WriteLine("Cannot load NHunspell: " + exception);
}
// If we got this far, we couldn't load the NHunspell plugin.
// Attempt to load in the PInvoke implementation instead.
try
{
// Create a new Hunspell P/Invoke loader.
var pinvokePlugin = new PInvokeSpellingProjectPlugin(
affixFilename, dictionaryFilename);
projectPlugin = pinvokePlugin;
}
catch (Exception exception)
{
// Report that we can't load the first attempt.
Console.WriteLine("Cannot load NHunspell via P/Invoke: " + exception);
}
}
