//*******************************************************************
// method: ReadWords()
// description: Reads the dictionary information for each word from WordDefinitions.txt
// returns: void
//*******************************************************************
public void ReadWords()
{
weaList = new List <WordEventArgs>();
WordEventArgs wea;
List <string> chunkList = new List <string>();
List <string> lineList = new List <string>();
string executableLocation = Path.GetDirectoryName(Assembly.GetExecutingAssembly().Location); //Get path to Debug folder
string listPath = Path.Combine(executableLocation, "WordDefinitions.txt"); //Slap the filename on the path
//direct file variable to WordDefinitions.txt
var file = File.ReadAllLines(listPath);
lineList = new List <string>(file);
for (int i = 0; i < lineList.Count; i++)
{
wea = new WordEventArgs();
chunkList = (lineList[i].Split('*').ToList());//split string by asterisk delimiter
wea.Headword = chunkList[0];
wea.Pos1 = chunkList[1];
wea.Pron = chunkList[2];
wea.SemF = chunkList[3];
wea.SocU = chunkList[4];
wea.CR = chunkList[5];
wea.DefNum = chunkList[6];
wea.Pos2 = chunkList[7];
wea.SDef = chunkList[8];
weaList.Add(wea);
}
}
// This function parses in information from "WordDefinitions.txt" in the following format:
// headword*pos1*pronunciation*semantic fields*social usage*
// cross references*definition number*pos2*definition*short definition*
public void readWordDefinitions()
{
char [] tokensMain = {'*'};
char [] tokensSub = { ',' };
string [] inputLine;
string inputLineWhole;
StreamReader sr;
using (sr = new StreamReader("WordDefinitions.txt") )
{
while ((inputLineWhole = sr.ReadLine()) != null)
{
// Container to read in our data.
WordEventArgs wea = new WordEventArgs();
// Tokenize the line and read in each part of data.
inputLine = inputLineWhole.Split(tokensMain);
wea.Headword = inputLine[0];
wea.Pos1 = inputLine[1];
wea.Pronunciation = inputLine[2];
wea.SemainticFields = inputLine[3].Split(tokensSub).ToList();
wea.SocialUsage = inputLine[4].Split(tokensSub).ToList();
wea.CrossReferences = inputLine[5].Split(tokensSub).ToList();
wea.DefinitionNumber = inputLine[6];
wea.Pos2 = inputLine[7];
wea.Definition = inputLine[8];
wea.ShortDefinition = inputLine[9];
dictWordInfoLine.Add(wea); // Add the item, WordEventArgs to the list.
}
}
} // End public void getHeadWordInfo()
// This function responds to an event and updates the GUI fields with all the
// the information needed from the WordEventArgs fields.
private void setWordInformation(Object o, WordEventArgs wea)
{
// Change the color to red, sleep for a second, then change it back.
Color originalColor = btn_wordsOnOff.BackColor;
btn_wordsOnOff.BackColor = Color.Red;
System.Threading.Thread.Sleep(1000);
btn_wordsOnOff.BackColor = originalColor;
// Change all the GUI fields to reflect the new word.
cb_PartOfSpeech.SelectedIndex = cb_PartOfSpeech.FindString(wea.Pos1);
tb_HeadWord.Text = wea.Headword;
tb_Pronunciation.Text = wea.Pronunciation;
tb_CrossReference.Lines = wea.CrossReferences.ToArray();
// Set the selections for the semantic and socialUsage listboxes.
// Select none if there is no listing.
lb_Semantics.SelectedIndex = -1;
lb_SocialUsage.SelectedIndex = -1;
wea.SemainticFields.ForEach(delegate(string str)
{
lb_Semantics.SelectedItem = str;
});
wea.SocialUsage.ForEach(delegate(string str)
{
lb_SocialUsage.SelectedItem = str;
});
}
protected virtual void OnWordEventArgsEvent(WordEventArgs wea)
{
if (WordEventArgsEvent != null)
WordEventArgsEvent(this, wea);
}
// This function parses in information from "WordDefinitions.txt" in the following format:
// headword*pos1*pronunciation*semantic fields*social usage*
// cross references*definition number*pos2*definition*short definition*
public void readWordDefinitions()
{
char [] tokensMain = {'*'};
char [] tokensSub = { ',' };
string [] inputLine;
string inputLineWhole;
StreamReader sr;
using (sr = new StreamReader("WordDefinitions.txt") )
{
while ((inputLineWhole = sr.ReadLine()) != null)
{
// Container to read in our data.
WordEventArgs wea = new WordEventArgs();
// Tokenize the line and read in each part of data.
inputLine = inputLineWhole.Split(tokensMain);
wea.Headword = inputLine[0];
wea.Pos1 = inputLine[1];
wea.Pronunciation = inputLine[2];
wea.SemainticFields = inputLine[3].Split(tokensSub).ToList();
wea.SocialUsage = inputLine[4].Split(tokensSub).ToList();
wea.CrossReferences = inputLine[5].Split(tokensSub).ToList();
wea.DefinitionNumber = inputLine[6];
wea.Pos2 = inputLine[7];
wea.Definition = inputLine[8];
wea.ShortDefinition = inputLine[9];
dictWordInfoLine.Add(wea); // Add the item, WordEventArgs to the list.
}
}
}
} // End public SpellCheck()
protected virtual void OnWordEventArgsEvent(WordEventArgs wea)
{
if (WordEventArgsEvent != null)
WordEventArgsEvent(this, wea);
}