def createreminder(self):
title = self.inputNewReminderTitle.text
content = self.inputNewReminderContent.text
year = self.inputNewReminderYear.text
month = self.inputNewReminderMonth.text
day = self.inputNewReminderDay.text
hour = self.inputNewReminderHour.text
minute = self.inputNewReminderMinute.text
second = self.inputNewReminderSecond.text
if title == "" or content == "" or year == "" or month == "" or day == "" or hour == "" or minute == "" or second == "":
pass
else:
if year.isnumeric is False or month.isnumeric is False or day.isnumeric is False or hour.isnumeric is False or minute.isnumeric is False or second.isnumeric is False:
pass
else:
c = Crypto(False, 0)
title = c.encrypt(title)
content = c.encrypt(content)
r = Reminders()
r.create(title, content, int(year), int(month), int(day),
int(hour), int(minute), int(second))
reminders = self.manager.get_screen("reminders")
reminders.latestreminder()
self.manager.current = "reminders"
class Settings:
# Method - Settings init
# Parameters - None
# Return - None
# Purpose - Initialises an instance of the crypto class for this class and sets up the database for editing
def __init__(self):
self.db = sqlite3.connect("resources/UserData.db")
self.cursor = self.db.cursor()
self.c = Crypto(None, 0)
# Method - changename
# Parameters - name: string
# Return - None
# Purpose - Encrypts the user's chosen name then sets the user's name in the database
def changename(self, name):
name = self.c.encrypt(name)
self.cursor.execute("""UPDATE userInfo SET Name='{}'""".format(name))
self.db.commit()
# Method - changelocation
# Parameters - country: string, city: string
# Return - None
# Purpose - Sets the user's location in the database to the country and city arguments
def changelocation(self, country, city):
country = self.c.encrypt(country)
city = self.c.encrypt(city)
self.cursor.execute(
"""UPDATE userInfo SET Country='{}'""".format(country))
self.cursor.execute("""UPDATE userInfo SET City='{}'""".format(city))
self.db.commit()
def editreminder(self):
reminderid = self.currentreminderid
title = self.inputEditReminderTitle.text
content = self.inputEditReminderContent.text
if title == "" or content == "":
pass
else:
c = Crypto(False, 0)
title = c.encrypt(title)
content = c.encrypt(content)
n = Reminders()
n.edit(reminderid, title, content)
reminders = self.manager.get_screen("reminders")
reminders.latestreminder()
self.manager.current = "reminders"
def editnote(self):
noteid = self.currentnoteid
title = self.inputEditNoteTitle.text
content = self.inputEditNoteContent.text
if title == "" or content == "":
pass
else:
c = Crypto(False, 0)
title = c.encrypt(title)
content = c.encrypt(content)
n = Notes()
n.edit(noteid, title, content)
notes = self.manager.get_screen("notes")
notes.latestnote()
self.manager.current = "notes"
def createnote(self):
title = self.inputNewNoteTitle.text
content = self.inputNewNoteContent.text
if title == "" or content == "":
pass
else:
c = Crypto(False, 0)
title = c.encrypt(title)
content = c.encrypt(content)
n = Notes()
n.create(title, content)
notes = self.manager.get_screen("notes")
notes.latestnote()
self.manager.current = "notes"
def completesetup(self, name, country, city):
c = Crypto(True, len(name))
name = c.encrypt(name)
country = c.encrypt(country)
city = c.encrypt(city)
un = c.encrypt("kedst")
db = sqlite3.connect("resources/UserData.db")
cursor = db.cursor()
sql = "CREATE TABLE userInfo (Name text, Country text, City text, LastTwitterSearch text, primary key(Name))"
cursor.execute(sql)
sql = """INSERT INTO userInfo (Name, Country, City, LastTwitterSearch) VALUES ('{}', '{}', '{}', '{}')""".format(
name, country, city, un)
cursor.execute(sql)
# Notes table
sql = """CREATE TABLE Notes (NoteID integer, Title text, Content text, Date float, primary key(NoteID))"""
cursor.execute(sql)
# Reminders table
sql = """CREATE TABLE Reminders (ReminderID integer, Title text, Content text, Date float, primary key(ReminderID))"""
cursor.execute(sql)
db.commit()
class RemindersScreen(Screen):
# Method - RemindersScreen init
# Parameters - None
# Return - None
# Purpose - Initialises instances of the reminders and crypto classes, connects to the database, and runs the
# latestreminder method
def __init__(self, **kwargs):
super(RemindersScreen, self).__init__(**kwargs)
self.c = Crypto(False, 0)
self.r = Reminders()
self.latestreminder()
self.db = sqlite3.connect("resources/UserData.db")
self.cursor = self.db.cursor()
# Method - latestreminder
# Parameters - data: list of strings
# Return - None
# Purpose - If the user has any reminders, display the most recent one in labels
def latestreminder(self):
data = self.r.mostrecent()
if data is False:
self.lblLastReminderTitle.text = "No reminders found!"
self.lblLastReminderContent.text = " "
else:
recenttitle = data[0]
recentcontent = data[1]
recenttitle = self.c.decrypt(recenttitle)
recentcontent = self.c.decrypt(recentcontent)
self.lblLastReminderTitle.text = recenttitle
self.lblLastReminderContent.text = recentcontent
# Method - newreminder
# Parameters - None
# Return - None
# Purpose - Clears the content of the text inputs of the newreminder screen, then displays it
def newreminder(self):
newreminders = self.manager.get_screen("newreminders")
newreminders.inputNewReminderTitle.text = ""
newreminders.inputNewReminderContent.text = ""
newreminders.inputNewReminderYear.text = ""
newreminders.inputNewReminderMonth.text = ""
newreminders.inputNewReminderDay.text = ""
newreminders.inputNewReminderHour.text = ""
newreminders.inputNewReminderMinute.text = ""
newreminders.inputNewReminderSecond.text = ""
self.parent.current = "newreminders"
# Method - remindersbytime
# Parameters - data: list of strings
# Return - None
# Purpose - Retrieves a list of the user's reminders sorted by time, then passes it to the setupmorereminders
# function
def remindersbytime(self):
data = self.r.sort("Date")
count = len(data)
self.setupmorereminders(count, data)
# Method - remindersbytime
# Parameters - data: list of strings
# Return - None
# Purpose - Retrieves a list of the user's reminders sorted by title alphabetically, then passes it to the
# setupmorereminders function
def remindersbytitle(self):
data = self.r.sort("Title")
count = len(data)
self.setupmorereminders(count, data)
# Method - searchreminders
# Parameters - searchterm: string, data: list of strings
# Return - None
# Purpose - Gets a list of the user's reminders containing a given search term, then passes it to the
# setupmorereminders function
def searchreminders(self):
searchterm = self.inputSearchReminders.text
if searchterm == "":
pass
else:
searchterm = self.c.encrypt(searchterm)
data = self.r.search(searchterm)
count = len(data)
self.setupmorereminders(count, data)
# Method - setupmorereminders
# Parameters - count: integer , data: list of strings
# Return - None
# Purpose - Adds widgets displaying the title and content of each reminder within the given list, as well as their
# corresponding edit and delete buttons to the morereminders screen. A "back" button is then added and the screen is
# displayed.
def setupmorereminders(self, count, data):
morereminders = self.manager.get_screen("morereminders")
morereminders.layoutMoreReminders.clear_widgets(
morereminders.layoutMoreReminders.children)
for i in range(count):
reminderid = data[i][0]
title = data[i][1]
title = self.c.decrypt(title)
content = data[i][2]
content = self.c.decrypt(content)
date = data[i][3]
date = datetime.datetime.fromtimestamp(date)
lbltitle = Label(text=title, size_hint_y=None)
lbltitle.texture_update()
morereminders.layoutMoreReminders.add_widget(lbltitle)
lbltext = Label(text=content, size_hint_y=None)
lbltext.texture_update()
morereminders.layoutMoreReminders.add_widget(lbltext)
lbldate = Label(text=str(date), size_hint_y=None)
lbldate.texture_update()
morereminders.layoutMoreReminders.add_widget(lbldate)
grid = GridLayout(cols=2, size_hint_y=None)
btnedit = Button(text="Edit",
size_hint_y=None,
on_press=lambda a: self.edit(reminderid))
btndelete = Button(text="Delete",
size_hint_y=None,
on_press=lambda a: self.delete(reminderid))
btnedit.texture_update()
btndelete.texture_update()
grid.add_widget(btnedit)
grid.add_widget(btndelete)
morereminders.layoutMoreReminders.add_widget(grid)
grid = GridLayout(cols=2, size_hint_y=None)
btnback = (Button(text="Back",
height=dp(80),
on_press=lambda a: self.back()))
grid.add_widget(btnback)
morereminders.layoutMoreReminders.add_widget(grid)
self.manager.current = "morereminders"
# Method - back
# Parameters - None
# Return - None
# Purpose - Runs the latestreminder method, then displays the reminders screen
def back(self):
self.latestreminder()
self.manager.current = "reminders"
# Method - delete
# Parameters - reminderid: string
# Return - None
# Purpose - Deletes the reminder corresponding to the given reminderid, then calls the latestreminder method and
# displays the reminders screen
def delete(self, reminderid):
self.r.delete(reminderid)
self.latestreminder()
self.manager.current = "reminders"
# Method - edit
# Parameters - reminderid: string
# Return - None
# Purpose - Displays the editreminders screen, and passes reminderid to it
def edit(self, reminderid):
editreminders = self.manager.get_screen("editreminders")
editreminders.currentreminderid = reminderid
self.manager.current = "editreminders"
class TwitterScreen(Screen):
# Method - TwitterScreen init
# Parameters - None
# Return - None
# Purpose - When kivy has built the screen, initialises instances of the Crypto and Twitter classes for this class,
# then calls the latesttweet function
def __init__(self, **kwargs):
super(TwitterScreen, self).__init__(**kwargs)
self.db = sqlite3.connect("resources/UserData.db")
self.cursor = self.db.cursor()
self.c = Crypto(False, 0)
self.t = Twitter()
self.latesttweet()
# Method - latesttweet
# Parameters - username
# Return - None
# Purpose - Retrieves the username the user last searched for, fetches their latest tweet from the API, then
# displays their username latest tweet in labels
def latesttweet(self):
self.cursor.execute("SELECT LastTwitterSearch FROM userInfo")
username = self.cursor.fetchone()
username = self.c.decrypt(username[0])
self.lblRecentTweet.text = self.t.userlatest(username)
self.lblRecentUsername.text = "Latest tweet from @" + username
# Method - getmoretweets
# Parameters - un:string
# Return - None
# Purpose - Obtains and displays the data on the moretweets screen using the user's chosen location
def getmoretweets(self):
un = self.inputTwitterUsername.text
if un == "":
pass
else:
moretwitter = self.manager.get_screen("moretwitter")
moretwitter.layoutMoreTwitter.clear_widgets(
moretwitter.layoutMoreTwitter.children)
tweets = self.t.user10(un)
lblun = Label(text=("Latest tweets from @" + un), size_hint_y=None)
moretwitter.layoutMoreTwitter.add_widget(lblun)
for i in range(len(tweets)):
lbltweet = Label(text=tweets[i], size_hint_y=None)
lbltweet.texture_update()
moretwitter.layoutMoreTwitter.add_widget(lbltweet)
btnback = Button(text="Back",
height=dp(40),
size_hint_y=None,
on_press=lambda a: self.back())
moretwitter.layoutMoreTwitter.add_widget(btnback)
self.manager.current = "moretwitter"
# Method - back
# Parameters - username: string, secureusername:s tring
# Return - None
# Purpose - Updates the main twitter screen with the latest tweet from the username the user last searched for,
# then displays the twitter screen.
def back(self):
username = self.inputTwitterUsername.text
secureusername = self.c.encrypt(username)
sql = """UPDATE userInfo SET LastTwitterSearch='{}'""".format(
secureusername)
self.cursor.execute(sql)
self.db.commit()
self.lblRecentUsername.text = "Latest tweet from @{}".format(username)
self.lblRecentTweet.text = self.t.userlatest(username)
self.manager.current = "twitter"
