public static void SentimentAnalysisResults // Console window display method. Method takes 8 agruments. Displays the results of the arguments to the console window. Returns void.
(string[] negativeWordsArray, // 1 string, 3 string array and 4 double arguments are rquired.
string[] positiveWordsArray, // These arguments are either the results of the custom method calls from different custom classes.
string[] textToAnalyseArray, // These arguments store the results of the various text analysis procedures produced from either the default text file or user input text.
double positiveWordCounterResult,
double negativeWordCounterResult,
double negativeWordFrequency,
double positiveWordFrequency,
string sentimentResult)
{
Console.WriteLine("The positive word(s) which is/are present in the text is/are as follows:" + spacerNoEndNewLine); // Writes the text to the console window.
SentimentAnalysis.PositiveWordDisplay(textToAnalyseArray, positiveWordsArray); // Displays positive words in the analysed text using the....
// ....PositiveWordDisplay method from the....
// ....SentimentAnalysis class.
Console.WriteLine(spacer + "\nThe negative word(s) which is/are present in the text is/are as follows:" + spacerNoEndNewLine); // Writes the text to the console window.
SentimentAnalysis.NegativeWordDisplay(textToAnalyseArray, negativeWordsArray); // Displays negative words in the analysed text using the....
// ....NegativeWordDisplay method from the....
// ....SentimentAnalysis class.
Console.WriteLine // Writes the text to the console window.
(spacer + thereIsAre + positiveWordCounterResult + " occourances of positive word(s) " + inThisText + // Shows the results of the sentiment analysis form the....
thereIsAre + negativeWordCounterResult + " occourances of negative word(s) " + inThisText + // ....analysed text.
negPercent + negativeWordFrequency + "%" + // Inculdes: popsitive/negative word counts and....
posPercent + positiveWordFrequency + "%" + // ....positive/negative word frequencies.
"\n\nThe text may be considered " + sentimentResult);
Console.WriteLine(spacer + "\nText analyse has finished. Press enter to continue....." + spacerNoEndNewLine); // Writes the text to the console window.
Console.ReadLine(); // Wait for user to press enter.
}
static string longWordsFile = Path.Combine(Environment.CurrentDirectory, longWordsFileName); // String to store the long words file path value.
public static void Main(string[] args) // Text analysis console application main method.
{
#region Main Method Variables - Used For Primary Program Class Functionality
string textToAnalyse = ""; // String to store the text which is to be analysed.
string userTextInput = ""; // String to store the user input text.
bool optionSelected = false; // Boolean to store the option selected value.
bool repeatProgram = true; // Boolean to store the repeat program value.
bool continueOptionSelection = false; // Boolean to store the continue option selection value.
string spacer = "\n********************************************"
+ "******************************************************\n"; // String to store the spacer text.
string spacerNoEndNewLine = "\n*********************************"
+ "*****************************************************************"; // String to store the spacer text (finishing without a new line).
#endregion
#region Start Of The Text Analysis Console Program
Console.Write // Writes the text to the console window.
(spacer + "************************* WELCOME TO THE TEXT ANALYSIS CONSOLE PROGRAM ***************************" +
spacer + "This program will analyse text and return information regarding ceratin aspects of the input text." +
spacer);
while (repeatProgram == true) // While repeat the program option is true....
{
File.WriteAllText(userTextFile, textToAnalyse); // Cleans out the user text file of all text.
File.WriteAllText(longWordsFile, textToAnalyse); // Cleans out the long words text file of all text.
Console.WriteLine // Writes the text to the console window.
("\nThere are two options available, the options are:" +
"\nOption 1 - User input text analysis (text input from the console window will be analysed)." +
"\nOption 2 - Default input text analysis (text from the default text file will be analysed)." +
spacer + "\nWould you like to use Option 1 or Option 2 - enter 1 or 2 and press enter.\n");
#endregion
#region User Options Selection For Text Analysis Functionality
while (optionSelected == false) // While loop option selected is false....
{
Console.Write("Option: "); // Writes the text to the console window.
string analyseOption = Console.ReadLine(); // String to store the analyse option selected by the user.
if (analyseOption == "1") // If option 1 is selected....
{
optionSelected = true; // Option selected is true.
Console.WriteLine // Writes the text to the console window.
(spacer + "\nOption 1 has been selected.\nYou have selected to enter your own text to be analysed." +
"\nPlease enter your text below when prompted.\nTo finish text input on a new line input * and then press enter." +
spacer + "\nPlease input your text to be analysed now:");
while (true) // While loop infinately....
{
userTextInput = Console.ReadLine(); // Read the user text input from the console and pass to userTextInput.
userTextInput += "\n"; // Amend userTextInput each time a new line is started with a new line character.
File.AppendAllText(userTextFile, userTextInput); // Append the userTextFile with the user text input.
textToAnalyse = File.ReadAllText(userTextFile); // Read all the text from the user text file to textToAnalyse.
if (userTextInput == "*\n") // If the user text input is a * followed by return....
{
if (userTextInput.Length == 2) // If the length of the userTextInput is 2....
{
textToAnalyse = textToAnalyse.Remove(textToAnalyse.Length - 2); // ....remove the last 2 charcaters of the string.
}
else if (userTextInput.Length > 2) // If the length of the userTextInput is greater than 2...
{
textToAnalyse = textToAnalyse.Remove(textToAnalyse.Length - 3); // ....remove the last 3 charcaters of the string.
}
break; // Break out of the loop.
}
}
}
else if (analyseOption == "2") // If option 2 is selected....
{
optionSelected = true; // Option selected is true.
Console.WriteLine // Writes the text to the console window.
(spacer + "\nOption 2 has been selected.\nYou have selected the default text file to be analysed." +
"\nPress enter to continue and to see the results........" + spacerNoEndNewLine);
Console.ReadLine(); // Wait for user to press enter.
textToAnalyse = File.ReadAllText(defualtTextFile); // Read all the text from the user text file to textToAnalyse.
}
else // Else....
{
Console.WriteLine(spacer + "\nYou have not entered a valid response. Please try again." + spacer); // Writes the text to the console window.
}
}
#endregion
#region Variable Assignment For Text Analysis From Custom Class Method Calls
string textToAnalyseCompCleaned = TextCleaner.CleanedText(textToAnalyse); // Passes the text to analyse to the CleanText method of the TextCleaner Class....
// ....and stores the result to textToAnalyseCompletelyCleaned string.
string[] textToAnalyseArray = StringToStringArrayConverter.ConvertedArray(textToAnalyseCompCleaned); // Passes the cleaned text to analyse to the ConvertedArray method of the....
// ....StringToStringArrayConverter Class and stores the result to textToAnalyseArray array.
int[] countCharactersResult = CharacterCounter.CharacterCount(textToAnalyse); // Passes the text to analyse to the CharacterCount method of the CharacterCounter Class....
// ....and stores the result to countCharactersResult array.
int upperCaseCounterResult = CaseCounter.UpperCaseCount(textToAnalyse); // Passes the text to analyse to the UpperCaseCount method of the CaseCounter Class....
// ....and stores the result to upperCaseCounterResult integer.
int lowerCaseCounterResult = CaseCounter.LowerCaseCount(textToAnalyse); // Passes the text to analyse to the LowerCaseCount method of the CaseCounter Class....
// ....and stores the result to lowerCaseCounterResult integer.
int wordCounterResult = WordCounter.WordCount(textToAnalyse); // Passes the text to analyse to the WordCount method of the WordCounter Class....
// ....and stores the result to wordCounterResult integer.
int sentenceCounterResult = SentenceCounter.CountFullStops(textToAnalyseCompCleaned); // Passes the text to analyse to the CountFullStops method of the SentenceCounter Class....
// ....and stores the result to sentenceCounterResult integer.
int paragraphCounterResult = ParagraphCounter.CountPrargraphs(textToAnalyse); // Passes the text to analyse to the CountPrargraphs method of the ParagraphCounter Class....
// ....and stores the result to paragraphCounterResult integer.
double positiveWordCounterResult = SentimentAnalysis.AnalyseSentimentPositive( // Passes the text to analyse and the positive word array to the AnalyseSentimentPositive....
textToAnalyseArray, positiveWordsArray); // ....method of the SentimentAnalysis Class and stores the result to....
// ....positiveWordCounterResult double.
double negativeWordCounterResult = SentimentAnalysis.AnalyseSentimentNegative( // Passes the text to analyse and the negative word array to the AnalyseSentimentNegative....
textToAnalyseArray, negativeWordsArray); // ....method of the SentimentAnalysis Class and stores the result to....
// ....negativeWordCounterResult double.
double positiveWordFrequency = SentimentAnalysis.PositiveWordFrequencies( // Passes the text to analyse array, positive words array the positive word count and....
textToAnalyseArray, positiveWordsArray, positiveWordCounterResult, wordCounterResult); // ....the word count to the PositiveWordFrequencies method of the SentimentAnalysis Class....
// ....and stores the result to the positiveWordFrequency double.
double negativeWordFrequency = SentimentAnalysis.NegativeWordFrequencies( // Passes the text to analyse array, negative words array the positive word count and....
textToAnalyseArray, negativeWordsArray, negativeWordCounterResult, wordCounterResult); // ....the word count to the NegativeWordFrequencies method of the SentimentAnalysis Class....
// ....and stores the result to the negativeWordFrequency double.
string sentimentResult = SentimentAnalysis.Sentiment(positiveWordFrequency, negativeWordFrequency); // Passes the negative word frequency and positive word frequency to the Sentiment method....
// ....of the SentimentAnalysis Class and stores the result to the sentimentResult string.
int longWordsCountResult = LongWordCounterAndFinder.LongWordCounter(textToAnalyseCompCleaned); // Passes the cleaned text to analyse to the LongWordCounter method of the
// ..LongWordCounterAndFinder Class and stores the result to the longWordsCountResult integer.
string[] longWordsFinderResult = LongWordCounterAndFinder.LongWordFinder(textToAnalyseArray); // Passes the text to analyse array to the LongWordFinder method of the
// ...LongWordCounterAndFinder Class and stores the result to the longWordsFinderResult array.
#endregion
#region Text Analysis Results Display Method Call
TextAnalysisResultsDisplay.AnalysisResults // Passes the the results of the previous methods to the AnalysisResults method of the....
(textToAnalyse, // ....TextAnalysisResultsDisplay Class. This displays the text analysis results to the console...
countCharactersResult, // ....window, this method returns void.
wordCounterResult,
sentenceCounterResult,
paragraphCounterResult,
upperCaseCounterResult,
lowerCaseCounterResult,
longWordsCountResult);
TextAnalysisResultsDisplay.SentimentAnalysisResults // Passes the the results of the previous methods to the AnalysisResults method of the....
(negativeWordsArray, // ....TextAnalysisResultsDisplay Class. This displays the sentiment analysis results to the console...
positiveWordsArray, // ....window, this method returns void.
textToAnalyseArray,
positiveWordCounterResult,
negativeWordCounterResult,
negativeWordFrequency,
positiveWordFrequency,
sentimentResult);
File.AppendAllLines(longWordsFile, longWordsFinderResult); // Writes all of the words with 7 or more characters to the LongWords.txt file.
#endregion
#region User Options Selection For Continue/Exit Program
continueOptionSelection = true; // Sets the continueOptionSelection boolean to true.
Console.WriteLine // Writes the text to the console window.
("Would you like to start again and analyse more text? Or exit the program?" +
spacer + "\nThere are two options available, the options are:" +
"\nOption 1 - Start text analysis again." +
"\nOption 2 - Exit the program." +
spacer + "\nWould you like to use Option 1 or Option 2 - enter 1 or 2 and press enter.\n");
while (continueOptionSelection == true) // While continueOptionSelection is true....
{
Console.Write("Option: "); // Writes text to the console window.
string continueOrExit = Console.ReadLine(); // Sets the continueOrExit string to read the input from the console window.
if (continueOrExit == "1") // If continueOrExit is 1....
{
repeatProgram = true; // Repeat the program is true.
optionSelected = false; // Option selected is false.
continueOptionSelection = false; // Continue option selection is false.
textToAnalyse = ""; // Clear the textToAnalyse string.
userTextInput = ""; // Clear the userTextInput string.
Console.WriteLine // Writes text to the console window.
(spacer + "\nOption 1 has been selected.\nYou have selected to start again, press enter to continue......" + spacerNoEndNewLine);
Console.ReadLine(); // Wait for user to press enter.
}
else if (continueOrExit == "2") // If continueOrExit is 2....
{
repeatProgram = false; // Repeat the program is false.
continueOptionSelection = false; // Continue option selection is false.
Console.WriteLine // Writes text to the console window.
(spacer + "\nOption 2 has been selected.\nYou have selected exit the program, press enter to exit....." + spacerNoEndNewLine);
Console.ReadLine(); // Wait for user to press enter.
}
else // Else...
{
Console.WriteLine // Writes text to the console window.
(spacer + "\nYou have not entered a valid response. Please try again." + spacer);
}
#endregion
}
}
}
