public static List <PartsOfSpeech> GetPartsOfSpeechCaseSensitive(Guid languageID, string word)
{
_db = new RitchardDataContext();
Definition def = GetDefinitionCaseSensitive(languageID, word);
List <PartsOfSpeech> partsOfSpeech = _db.PartsOfSpeeches.Where(ps => ps.DefinitionID == def.DefinitionID).ToList();
return(partsOfSpeech);
}
public static bool InsertRelationship(Relationship relationship)
{
_db = new RitchardDataContext();
if (!_db.Relationships.Any(r => r.Concept1ID == relationship.Concept1ID && r.VerbDefinitionID == relationship.VerbDefinitionID && r.Concept2ID == relationship.Concept2ID))
{
_db.Relationships.InsertOnSubmit(relationship);
try
{
_db.SubmitChanges();
return(true);
}
catch (Exception ex)
{
throw ex;
}
}
return(false);
}
public static bool InsertConjugation(Conjugation con)
{
_db = new RitchardDataContext();
if (!_db.Conjugations.Any(c => c.LanguageID == con.LanguageID && c.ConjugatedFormDefinitionID == con.ConjugatedFormDefinitionID))
{
_db.Conjugations.InsertOnSubmit(con);
try
{
_db.SubmitChanges();
return(true);
}
catch (Exception ex)
{
throw ex;
}
}
return(false);
}
public static bool InsertDefinition(Definition definition)
{
_db = new RitchardDataContext();
Definition d = GetDefinitionCaseSensitive(definition.LanguageDefID, definition.String);
if (d != null)
{
_db.Definitions.InsertOnSubmit(d);
try
{
_db.SubmitChanges();
return(true);
}
catch (Exception ex)
{
throw ex;
}
}
return(false);
}
protected void Page_Load(object sender, EventArgs e)
{
_db = new RitchardDataContext();
}
public static Definition GetDefinitionCaseSensitive(Guid languageID, string word)
{
_db = new RitchardDataContext();
List <Definition> definitions = _db.Definitions.Where(d => d.String == word).ToList();
/*
* 1) SQL is not case sensitive.
* 2) Language has different meanings when things are capitalised.
* 3) People generally don't give two shits about grammar.
*
* The following is my attempt to work my way around this.
*
* Examples:
* Tom is a name, but not a word. This will only return one definition. (Easy)
*
* only is a word, but not a name. (Probably. Hopefully, even - that parent deserves a chair to the face.)
*
* 'Drew' is my name, 'drew' is the past tense of a verb and, if grammar is ignored, 'Drew'
* can appear as the first word of a sentence meaning the past tense.
* e.g. "What did you do?" "Drew the curtain." (Harder)
*/
if (definitions.Count == 0)
{
// We have never seen this word before. Return null so that the InputProcessor knows to go and look for it.
return(null);
}
if (definitions.Count == 1)
{
// That was lucky.
return(definitions.First());
}
// Find out if there's a capitalised and a lowercase version (e.g. 'Drew' the name and 'drew' the verb tense.
// If so, put both in separate definitions.
else if (definitions.Count == 2)
{
Definition definition = null;
if (definitions.Where(d => d.IsCapitalised).Count() == 1 &&
definitions.Where(d => !d.IsCapitalised).Count() == 1)
{
Definition dCap = definitions.Single(d => d.IsCapitalised);
Definition dLwr = definitions.Single(d => !d.IsCapitalised);
string firstLetter = word[0].ToString(); // Prevents ugly inline code: word[0].ToString() == word[0].ToString().ToUpper()
// If word is capitalised and exists in Definitions with IsCapitalised = 1 then
// chances are that it's important we use the capitalised version.
if (firstLetter == firstLetter.ToUpper())
{
definition = dCap;
}
// If word is lowercase and exists with IsCapitalised = 0 then, having done the above first,
// we can assume that the lowercase word is the one they meant.
else
{
definition = dLwr;
}
}
return(definition);
}
else
{
throw new Exception("There are three or more definitions in the database with the same string. " +
"Even allowing for capitalisation, this shouldn't happen. Check it.");
}
}
public static List <Conjugation> GetConjugationObjects(Guid languageID, Guid definitionID, Verb verb)
{
RitchardDataContext db = new RitchardDataContext();
List <Conjugation> conjugations = new List <Conjugation>();
string form = "Simple";
foreach (var tense in verb.VerbForms[form].Tenses)
{
conjugations.Add(new Conjugation()
{
ConjugationID = Guid.NewGuid(),
InfinitiveDefinitionID = definitionID,
LanguageID = languageID,
Form = form,
Tense = tense.Key,
ConjugatedFormDefinitionID = RitchardDataHelper.GetDefinitionIDForString(tense.Value)
});
}
string mood = "Indicative";
foreach (var tense in verb.VerbForms[form].Moods[mood].GrammaticalPersonTenses)
{
for (int p = 0; p < 6; p++)
{
conjugations.Add(new Conjugation()
{
ConjugationID = Guid.NewGuid(),
InfinitiveDefinitionID = definitionID,
LanguageID = languageID,
Form = form,
Mood = mood,
Person = GrammaticalPersonTense.TenseNames[p],
Tense = tense.Key,
ConjugatedFormDefinitionID = RitchardDataHelper.GetDefinitionIDForString(tense.Value.GetConjugation(p))
});
}
}
mood = "Participle";
foreach (var tense in verb.VerbForms[form].Moods[mood].StaticTenses)
{
conjugations.Add(new Conjugation()
{
ConjugationID = Guid.NewGuid(),
InfinitiveDefinitionID = definitionID,
LanguageID = languageID,
Form = form,
Mood = mood,
Tense = tense.Key,
ConjugatedFormDefinitionID = RitchardDataHelper.GetDefinitionIDForString(tense.Value)
});
}
form = "Compound";
string ppTense = "Past participle";
conjugations.Add(new Conjugation()
{
ConjugationID = Guid.NewGuid(),
InfinitiveDefinitionID = definitionID,
LanguageID = languageID,
Form = form,
Tense = ppTense,
ConjugatedFormDefinitionID = RitchardDataHelper.GetDefinitionIDForString(verb.VerbForms[form].Tenses[ppTense])
});
mood = "Indicative";
foreach (var tense in verb.VerbForms[form].Moods[mood].GrammaticalPersonTenses)
{
for (int p = 0; p < 6; p++)
{
conjugations.Add(new Conjugation()
{
ConjugationID = Guid.NewGuid(),
InfinitiveDefinitionID = definitionID,
LanguageID = languageID,
Form = form,
Mood = mood,
Person = GrammaticalPersonTense.TenseNames[p],
Tense = tense.Key,
ConjugatedFormDefinitionID = RitchardDataHelper.GetDefinitionIDForString(tense.Value.GetConjugation(p))
});
}
}
return(conjugations);
}
public InputProcessor()
{
_db = new RitchardDataContext();
odWords = new OrderedDictionary();
odVerbs = new OrderedDictionary();
}