app.py

from flask import Flask, request, jsonify, render_template
from flask_cors import CORS
import csv
import pdb
app = Flask(__name__, static_folder = 'static', template_folder = 'templates')
app.config['SEND_FILE_MAX_AGE_DEFAULT'] = 0
CORS(app)

import json
import random
hangman_words = ['Halloween','Computer','Python', 'Website']
# ===============================================================================

# Render Home Page
@app.route('/')
def home():
    return render_template('index.html')

@app.route('/artist_one')
def artist_one():
    return render_template('artist_one.html')

@app.route('/artist_two')
def artist_two():
    return render_template('artist_two.html')

@app.route('/artist_three')
def artist_three():
    return render_template('artist_three.html')

@app.route('/artist_four')
def artist_four():
	return render_template('artist_four.html')

@app.route('/discussion_Board')
def discussion_Board():
	return render_template('discussion_Board.html')

@app.route('/game')
def game():
    return render_template('game.html')
@app.route('/signup')
def signup():
    return render_template('signup.html')
@app.route('/Library')
def library():
    return render_template('Library.html')
@app.route('/address_book')
def address_book():
	return render_template('address_book.html')
	
@app.route('/savecomments')
def savecomment():
	name = request.args.get('name')
	message = request.args.get('message')

	comment = {"name": name, "message": message}

	string_comment = json.dumps(comment)

	f = open('comments.txt', 'a')
	f.writelines(['\n', string_comment])
	f.close()
	return "", 201

@app.route('/getcomments')
def files():
	f = open('comments.txt', 'r')
	lines = f.readlines()

	comments = []
	for line in lines:
		line = line.strip()
		loadcomment = json.loads(line)
		comments.append(loadcomment)	
	f.close()
	return {"comments": comments}

@app.route ('/signupaccount')
def signup_account():
	newUser = request.args.get('newUser')
	newPassword = request.args.get('newPassword')
	return signupaccount_helper(newUser, newPassword)

def signupaccount_helper(user, password):
	newAccount = {"newUser": user, "newPassword": password}
	string_newAccount = json.dumps(newAccount)

	l = open('logincredentials.txt', 'a')
	l.writelines(['\n', string_newAccount])
	# print(string_newAccount)
	l.close()
	return "", 201
		
@app.route('/verifyLogin')
def verifyLogin():
	newUser = request.args.get("newUser")
	newPassword = request.args.get("newPassword")

	return verifyNewlogin(newUser, newPassword)

def verifyNewlogin(user, password):
	#l for logincredentials.txt
	q = open('logincredentials.txt', 'r')
	lines = q.read().splitlines()
	for line in lines:
		# line = line.strip()
		if line == "":
			continue
		accountInfo = json.loads(line)
		if accountInfo['newUser'] == user and accountInfo['newPassword'] == password:
			q.close()
			return "You have successfully signed in"
	q.close()
	return "Try Again"
	# Read through the diction and check if the username and password is there. If not keeping reading until the end of the file.

@app.route('/boardroom')
def boardroom():
	html_content = "<h1>Discussion Board</h1>"
	return html_content
	if username == "Admin" and password == "im-In":
		return "You have successfully signed in"
	else:
		return "Try Again"
	
@app.route('/word')
def word():
	pos = random.randint(0,len(hangman_words)-1)
	word = (hangman_words[pos])

	return {'word': word, 'length': len(word)}

@app.route('/word_lists')
def word_lists():
	user_guess = request.args.get("guess").upper()
	word_guessed = request.args.get("word").upper()
	positions = []
	for i in range(len(word_guessed)):
		if user_guess == word_guessed[i]:
			positions.append(i)
	if len(positions) == 0:
		return "Try Again"
	return {'user_guess': user_guess, "word": word_guessed, "positions": positions}

@app.route('/check_attempt')
def check_attempt():
	letter = request.args.get('letter')
	position = int(request.args.get('index'))

#hfinn11.txt
#lab 7 
def count(book):
	result = 0
	for i in range(len(book)):
		if book[i] != '':
			result = result + 1
	return result

def word_count(someText):
	someText = someText.replace('\n', ' ')
	someText = someText.replace('--', ' ')

	items = someText.split(' ')

	answer = count(items)
	return answer

b = open('hfinn11.txt', 'r')
book = b.read()

content_of_book = b.read()
b.close()

def bookinfo():
	someText = someText.replace('\n', ' ')
	someText = someText.replace('-', ' ')

	items = someText.split(' ')

	longestword = longest(items)
	return {"longest":longestword}

def longest():
	someText = someText.replace('\n', ' ')
	someText = someText.replace('-', ' ')

	items = someText.split(' ')

	longestword = longest(items)
	longest = ""
	for i in range(len(items)):
		if len(items[i]) > len(longest):
			longest = items[i]
	return longestword

# Book information for odyssey.txt
@app.route('/longestwordforbookone')
def longestwords_b1():
	b_one = open('odyssey.txt', 'r')
	book_one = b_one.read()
	b_one.close()

	someText = book_one.replace('\n', ' ')
	someText = someText.replace('-', ' ')
	someText = someText.replace('/', ' ')
	someText = someText.replace(':', ' ')
	someText = someText.replace('.', ' ')
	someText = someText.replace('"', ' ')
	someText = someText.replace(',', ' ')

	
	items = someText.split(' ')
	
	longest = ""

	# longestword = longest(items)
	# return {"longest":longestword}
	for i in range(len(items)):
		if len(items[i]) > len(longest):
			longest = items[i]
	return {"longest": longest}

@app.route ('/countwords')
def countwords_b1():
	b_one = open('odyssey.txt', 'r')
	book_one = b_one.read()
	
	numberOfWords = word_count(book_one)
	b_one.close()
	return {"number_of_words": numberOfWords}
# end of information aobut .txt


# Informaion about hfinn11.txt
# This is getting the book taking out the \n, -, :, and . to find the longest word in the book.
@app.route('/longestwordforbook')
def longestwords():
	b = open('hfinn11.txt', 'r')
	book = b.read()
	b.close()

	someText = book.replace('\n', ' ')
	someText = someText.replace('-', ' ')
	someText = someText.replace('/', ' ')
	someText = someText.replace(':', ' ')
	someText = someText.replace('.', ' ')
	someText = someText.replace('"', ' ')
	someText = someText.replace(',', ' ')

	
	items = someText.split(' ')
	
	longest = ""

	# longestword = longest(items)
	# return {"longest":longestword}
	for i in range(len(items)):
		if len(items[i]) > len(longest):
			longest = items[i]
	return {"longest": longest}

# This is going to show the number of words that are in the file.
@app.route ('/countwords')
def countwords():
	b = open('hfinn11.txt', 'r')
	book = b.read()

	numberOfWords = word_count(book)
	b.close()
	return {"number_of_words": numberOfWords}

@app.route('/textofbook')
def textofbook():
	b = open('hfinn11.txt', 'r')
	book = b.read()

	content_of_book = book
	b.close()
	someText = book.replace('\n', ' ')
	someText = someText.replace('-', ' ')
	someText = someText.replace('/', ' ')
	someText = someText.replace(':', ' ')

	
	book = someText
	return {"book": content_of_book}

def findMostUsedWords(book):
	b = open('hfinn11.txt', 'r')
	book = b.read()
	b.close()
	frequencies = {}
	each_word = book.split()

	for i in range(len(each_word)):
		aWord = each_word[i].upper()

	if aWord in frequencies:
		frequencies[aWord] = frequencies[aWord] + 1
	else:
		frequencies[aWord] = 1
@app.route('/mostusedwords')
def mostusedwords():
	frequencies = {}
	b = open('hfinn11.txt', 'r')
	book = b.read()
	b.close()
	each_word = book.split()

	for i in range(len(each_word)):
		aWord = each_word[i].upper()
		if aWord in frequencies:
			frequencies[aWord] = frequencies[aWord] + 1
		else:
			frequencies[aWord] = 1
		
	max = 0
	word = ""
	
	for i in frequencies:
		if frequencies[i] > max:
			max = frequencies[i]
			word = i

	return {'frequent_word': word, "numberoftimes": max}
# End of information aobut hfinn11.txt

# import app, view_counter
@app.route('/views')
# @view_counter.count
def views():

	v = open('viewcounter.txt', "r")
	lines = v.read()
	number_of_views = json.loads(lines)
	v.close()

	views = number_of_views["views"]
	total_views = views +1

	v = open('viewcounter.txt', 'w')
	view_dict = {"views": total_views}
	v.write(json.dumps(view_dict))
	v.close()

	return view_dict

@app.route('/pretty')
def pretty():
	c = open('contacts.csv', 'r')
	contacts = c.readlines()
	c.close()

	for i in range(len(contacts)):
		contacts[i] = contacts[i].strip()

	pretty_contacts = []

	for i in range(len(contacts)):
		row = contacts[i] 
		items = row.split(',')    
		first_name = items[0]  
		last_name = items[1]   
		address = items[2]	   
		city = items[3]        
		state = items[4]	
		zip_code = items[5]  
		phone_one = items[6]     
		phone = items[7]	   
		email = items[8]	

		pretty_row = {
			'first_name': first_name,
			'last_name': last_name, 
			'address': address, 
			'city': city,
			'state': state,
			'zip': zip_code,
			'phone_one': phone_one,
			'phone': phone,
			'email': email
		}	
		pretty_contacts.append(pretty_row)
	return {'pretty_list': pretty_contacts}

@app.route('/address_file')
def address_file():
	c = open('contacts.csv', 'r')
	contacts = c.readlines()

	contents_of_contacts = contacts
	c.close()
	
	return {"rolodex": contents_of_contacts}

@app.route('/add_new')
def add_new():
	first_name = request.args.get("first_name")
	last_name = request.args.get("last_name")
	address = request.args.get("address")
	city = request.args.get("city")
	state = request.args.get("state")
	zip_code = request.args.get("zip")
	phone_one = request.args.get("phone_one")
	phone = request.args.get("phone")
	email = request.args.get("email")

	new_contact = [
		first_name, 
		last_name, 
		address, 
		city, 
		state, 
		zip_code, 
		phone_one, 
		phone, 
		email
	]
	with open('contacts.csv', 'a', newline='\n') as file:
		writer = csv.writer(file)
		writer.writerow(new_contact)

	return {"rolodex": new_contact}, 201

@app.route('/search')
def search_func():
	query = request.args.get("q")

	result = []
	
	for i in range(len(pretty_row)):
		if query.upper() == pretty_row[i]['first_name'].upper()[:len(query)]:
			result.append(pretty_row[i])
	result.sort(key=operator.itemgetter('last_name'))
	return {'result': result}

	




# What I need to do is make a pretty verison of this list. Then I will use that list to make rows and colums.

#=======================================================
if __name__ == '__main__':
        app.run(debug=True, host='0.0.0.0', port=9000)