/*public static void genModel(string filePath, string modelDest)
* {
* HtmlDocument htmlDoc = new HtmlDocument();
* htmlDoc.Load(filePath);
* Parser.ParsedCHM parsed = new Parser.ParsedCHM(htmlDoc);
* List<List<Parser.Element>> blocks = parsed.blocks;
*
* using (System.IO.StreamWriter file =
* new System.IO.StreamWriter(modelDest))
* {
* foreach (List<Parser.Element> elements in blocks)
* {
* foreach (Parser.Element e in elements)
* {
* if(e.name != "img")
* {
* file.WriteLine("<START:" + parsed.title + "> " + e.data+" <END>");
* }
* }
* }
* }
* }*/
static void Main(string[] args)
{
/* var trainingFile = "C:\\Users\\Matthew\\Desktop\\train\\genModel";
* //genModel("C:\\Users\\Matthew\\Desktop\\TestCHM\\DeleteUser.html", trainingFile);
*
* // The number of iterations; no general rule for finding the best value, just try several!
* var iterations = 500;
* // The cut; no general rule for finding the best value, just try several!
* var cut = 200;
* // The characters which can mark an end of sentence
*
* var nameFind = MaximumEntropyNameFinder.TrainModel(trainingFile, iterations, cut);
* var modelPath = "C:\\Users\\Matthew\\Desktop\\train\\";
* //new PlainTextGisModelWriter.Persist(nameFind, modelPath+"genModel.nbin");
* new BinaryGisModelWriter().Persist(nameFind, modelPath + "genModel.nbin");
*
* //TTTTTTRYYY THIS NEXT
* //var gisModel = new SharpEntropy.GisModel(new PlainTextGisModelReader(modelPath + "genModel.nbin"));
*
* //MaximumEntropyNameFinder menf = new MaximumEntropyNameFinder(gisModel);
* var nameFinder = new EnglishNameFinder(modelPath); //+ "genModel.nbin");
* Console.WriteLine("after");
* var models = new[] { "genModel"};
*
*
*
*
*
* while (true)
* {
* var paragraph = Console.ReadLine();
* Console.WriteLine(nameFinder.GetNames(models, paragraph));
* }*/
Func <string, string> func = new Func <string, string>((x) =>
{
var temp = x;
new HTMLMessager().removeFromLine(ref temp);
return(temp);
});
KeyWordFinder kwf = new KeyWordFinderUserBot();
DataAccess dA = new DataAccessDB();
while (true)
{
var paragraph = Console.ReadLine();
var modelPath = "..\\..\\..\\Resources\\Models";
//var emesd = new EnglishMaximumEntropySentenceDetector(modelPath + "\\EnglishSD.nbin");
var sentences = paragraph.Split('.');
var qHandler = new QueryHandler(dA, kwf, func);
foreach (Tuple <string, string> response in qHandler.handleQuery(sentences))
{
Console.WriteLine("Hits for query: " + "\"" + response.Item1 + "\"");
Console.WriteLine(response.Item2);
Console.WriteLine();
}
}
}
public static string backendCommand(string paragraph)
{
Func <string, string> func = new Func <string, string>((x) =>
{
var temp = x;
new HTMLMessager().removeFromLine(ref temp);
return(temp);
});
SentenceBoiler sb = new SentenceBoiler();
DataAccess dA = new DataAccessDB();
//while (true)
//{
//var paragraph = Console.ReadLine();
var sentences = paragraph.Split('.');
var qHandler = new QueryHandler(dA, sb, func);
int max = -99;
string[] maxStrings = new string[] { "" };
var rString = "";
Console.WriteLine(sentences.Count() + " " + paragraph.Count());
foreach (var response in qHandler.handleQuery(sentences))
{
string query = "";
foreach (var block in response)
{
query = block.Item1;
var kwList = KeyWordFinder.handleLineKeyWords(5, block.Item1);
int occurance = 0;
foreach (string s in block.Item2)
{
foreach (string kw in kwList)
{
occurance = occurance + Regex.Matches(s, kw).Count;
}
}
maxStrings = occurance > max ? block.Item2 : maxStrings; //average hits per element
max = occurance > max ? occurance : max;
}
Console.WriteLine("Hits for query: " + "\"" + query + "\"");
rString = rString + "Hits for query: " + "\"" + query + "\"\n";
foreach (string s in maxStrings)
{
rString = rString + s + "\n";
Console.WriteLine(s);
}
Console.WriteLine();
//return rString + "\n";
//}
}
return(rString);
}
static void Main(string[] args)
{
Func <string, string> func = new Func <string, string>((x) =>
{
var temp = x;
new HTMLMessager().removeFromLine(ref temp);
return(temp);
});
SentenceBoiler sb = SentenceBoiler.sentenceBoilerFactory("UserBot");
DataAccess dA = new DataAccessDB();
while (true)
{
var paragraph = Console.ReadLine();
var sentences = paragraph.Split('.');
var qHandler = new QueryHandler(dA, sb, func);
int max = -99;
string[] maxStrings = new string[] { "" };
foreach (var response in qHandler.handleQuery(sentences))
{
string query = "";
foreach (var block in response)
{
query = block.Item1;
var kwList = KeyWordFinder.handleLineKeyWords(5, block.Item1);
int occurance = 0;
foreach (string s in block.Item2)
{
foreach (string kw in kwList)
{
occurance = occurance + Regex.Matches(s, kw).Count;
}
}
maxStrings = occurance > max ? block.Item2 : maxStrings;//average hits per element
max = occurance > max ? occurance : max;
}
Console.WriteLine("Hits for query: " + "\"" + query + "\"");
foreach (string s in maxStrings)
{
Console.WriteLine(s);
}
Console.WriteLine();
}
}
}
public void ConnectToDb()
{
DataAccessDB myDb = new DataAccessDB();
Assert.IsTrue(myDb.ConnectToDB());
}
