def findTweets():
user = textBox.value
app.hide()
# Loading Window Appears
loadingWindow = Window(app, title="Loading Tweets", visible=True)
loadingText = Text(loadingWindow, text="Loading Tweets... This may take up to 30 seconds")
loadingWindow.update()
# Checking to make sure everything is working on console
print(user)
myuser = api.get_user(screen_name=user)
print(user, " has ", myuser.statuses_count, " total tweets")
# Doing our first search so we can get our maxid to search from on the rest
print("First Search...")
for tweet in tw.Cursor(api.user_timeline, screen_name=user).items(200):
tweets.append(tweet)
for tweet in tweets:
maxtweetid = tweet.id
# Doing the rest of our searches resetting the maxid everytime.
print("Rest of searches...")
for x in range(0, 30):
print(x, end=" ", flush=True)
newtweets = tw.Cursor(api.user_timeline,
screen_name=user,
max_id=maxtweetid,
count=0).items(100)
for tweet in newtweets:
maxtweetid = tweet.id
tweets.append(tweet)
tracker = 0
# Close our loading window
loadingWindow.hide()
tweetsWindow = Window(app, title="Tweets for @" + user)
# Setting up our date stuff to print on window Format of datetime: YYYY-MM-DD
createDate = str(myuser.created_at)
createDate = createDate[:4]
todayMonth = datetime.datetime.now()
todayMonth = todayMonth.strftime("%B")
todayDay = str(datetime.date.today())
todayDay = todayDay[8:10]
todayYear = str(datetime.date.today())
todayYear = todayYear[0:4]
text1 = Text(tweetsWindow, text="Tweet(s) from @" + user + " on " + todayMonth + " " + todayDay + " between " +
createDate + "-" + todayYear)
tweetsWindow.hide()
myDate = str(datetime.date.today())
newDate = myDate[4:]
# Setting our text in our tweet window
for tweet in tweets:
if newDate in tweet.created_at.strftime("%Y-%m-%d %H:%M:%S"):
tracker = tracker + 1
text = Text(tweetsWindow,
text="Tweet " + str(tracker) + ": \"" + tweet.text + "\"\n" + str(tweet.created_at) + "\n")
# print("Tweet: ", tracker)
# print("\"" + tweet.text + "\"")
# print(tweet.created_at)
# Display our tweets and program is concluded
exitprogrambutton = PushButton(tweetsWindow, exitprogram, text="Exit")
tweetsWindow.show()
def questiontwo():
global timelimit
qt = Window(app,
layout="grid",
title="Question Two",
width=800,
height=400)
qt.show()
print("start question 2")
f1 = Box(qt, width=100, height=400, grid=[0, 1])
f1.border = 1
f1.bg = "black"
f2 = Box(qt, width=100, height=400, grid=[1, 1])
f2.border = 1
f2.bg = "black"
f3 = Box(qt, width=100, height=400, grid=[3, 1])
f3.border = 1
f3.bg = "black"
f4 = Box(qt, width=100, height=400, grid=[4, 1])
f4.border = 1
f4.bg = "black"
f5 = Box(qt, width=100, height=400, grid=[5, 1])
f5.border = 1
f5.bg = "black"
f6 = Box(qt, width=100, height=400, grid=[6, 1])
f6.border = 1
f6.bg = "black"
f7 = Box(qt, width=100, height=400, grid=[7, 1])
f7.border = 1
f7.bg = "black"
f8 = Box(qt, width=100, height=400, grid=[8, 1])
f8.border = 1
f8.bg = "black"
bl = [f1, f3, f5, f7]
x = 0
for i in range(1, randint(1, 4)):
bl[i - 1].bg = "yellow"
x = i
print(x)
qt.update()
sleep(7.35478205493597)
f1.visible = False
f2.visible = False
f3.visible = False
f4.visible = False
f5.visible = False
f6.visible = False
f7.visible = False
f8.visible = False
bo2 = Box(qt, width=800, height=80, grid=[0, 1], layout="grid")
bo2.border = 1
b2pp = Box(qt, width=790, height=100, layout="grid", grid=[0, 2])
b2pp.border = 1
questiotwo = Text(qt,
text="How many yellow lines were there?",
grid=[0, 0])
questiotwo.text_size = 38
answer1 = PushButton(b2pp,
grid=[0, 2],
command=checknumber,
height=2,
width=9,
text="One")
answer1.text_size = 21
answer1.bg = 'red'
answer1.update_command(checknumber, args=['1', x])
answer2 = PushButton(b2pp,
grid=[1, 2],
command=checknumber,
height=2,
width=9,
text="Two")
answer2.text_size = 21
answer2.bg = 'orange'
answer2.update_command(checknumber, args=['2', x])
answer3 = PushButton(b2pp,
grid=[2, 2],
command=checknumber,
height=2,
width=9,
text="Three")
answer3.text_size = 21
answer3.bg = 'yellow'
answer3.update_command(checknumber, args=['3', x])
answer4 = PushButton(b2pp,
grid=[3, 2],
command=checknumber,
height=2,
width=9,
text="Four")
answer4.text_size = 21
answer4.bg = 'green'
answer4.update_command(checknumber, args=['4', x])
answer5 = PushButton(b2pp,
grid=[0, 3],
command=checknumber,
height=2,
width=9,
text="Five")
answer5.text_size = 21
answer5.bg = 'brown'
answer5.update_command(checknumber, args=['5', x])
answer6 = PushButton(b2pp,
grid=[1, 3],
command=checknumber,
height=2,
width=9,
text="Six")
answer6.text_size = 21
answer6.bg = 'grey'
answer6.update_command(checknumber, args=['6', x])
answer7 = PushButton(b2pp,
grid=[2, 3],
command=checknumber,
height=2,
width=9,
text="Zero")
answer7.text_size = 21
answer7.bg = 'purple'
answer7.update_command(checknumber, args=['0', x])
answer8 = PushButton(b2pp,
grid=[3, 3],
command=checknumber,
height=2,
width=9,
text="Dunno")
answer8.text_size = 21
answer8.bg = 'blue'
answer8.update_command(checknumber, args=['7', x])
timelimit = time()
def test_update():
a = App()
w = Window(a)
# just testing it doesnt fail
w.update()
a.destroy()
def LiveCollection(cycles):
printedData = []
liveTime = []
liveTemp = []
liveHumid = []
livePress = []
liveWindow = Window(app, title="Data Collection Window", layout="grid")
liveWindow.width = 620
liveWindow.height = 920
try:
localCycles = int(cycles)
except:
print("invalid variable")
liveWindow.error("Error", "Invalid Variable")
else:
x = 0
localCycles = int(cycles)
liveDataList = ListBox(liveWindow)
imageContainer = Box(liveWindow,
layout="grid",
grid=[1, 0],
align="top",
border=True)
imageContainer.border = 10
liveTempImage = Picture(imageContainer)
liveHumidImage = Picture(imageContainer)
livePressImage = Picture(imageContainer)
while x < (localCycles):
currentTemperature = (round(sense.get_temperature(), 2))
currentHumidity = round(sense.get_humidity(), 2)
currentPressure = round(sense.get_pressure(), 2)
currentTime = time.strftime("%H%M%S", time.localtime())
currentDate = time.strftime("%Y%m%d", gmtime())
ID = str(currentTime) + str(currentDate)
liveTime.append(currentTime)
liveTemp.append(currentTemperature)
liveHumid.append(currentHumidity)
livePress.append(currentPressure)
printedData.append(("ID:", ID))
printedData.append(("Temp:", currentTemperature))
printedData.append(("Humidity:", currentHumidity))
printedData.append(("Pressure:", currentPressure))
printedData.append(("Time:", currentTime))
printedData.append(("Date:", currentDate))
printedData.append(
("Entry: {0} Out of: {1}".format(x + 1, localCycles)))
printedData.append("")
connection.execute(
"INSERT INTO WeatherData (ID, Temp, Humid, Press, Time, Date) Values ({0}, {1}, {2}, {3}, {4}, {5});"
.format(ID, currentTemperature, currentHumidity,
currentPressure, currentTime, currentDate))
connection.commit()
plt.clf()
plt.plot(liveTime, liveTemp)
plt.ylabel("Temperature")
plt.xlabel("Time")
plt.savefig("liveTemp.png")
plt.clf()
plt.plot(liveTime, liveHumid)
plt.ylabel("Pressure")
plt.xlabel("Time")
plt.savefig("liveHumid.png")
plt.clf()
plt.plot(liveTime, livePress)
plt.ylabel("Humidity")
plt.xlabel("Time")
plt.savefig("livePress.png")
plt.clf()
liveDataList.destroy()
liveDataList = ListBox(liveWindow,
items=printedData,
grid=[0, 0],
scrollbar=True)
liveDataList.width = 200
liveDataList.height = 920
liveTempImage.destroy()
liveTempImage = Picture(imageContainer,
image="liveTemp.png",
grid=[0, 0])
liveTempImage.width = 400
liveTempImage.height = 300
liveHumidImage.destroy()
liveHumidImage = Picture(imageContainer,
image="liveHumid.png",
grid=[0, 1])
liveHumidImage.width = 400
liveHumidImage.height = 300
livePressImage.destroy()
livePressImage = Picture(imageContainer,
image="livePress.png",
grid=[0, 2])
livePressImage.width = 400
livePressImage.height = 300
liveWindow.update()
time.sleep(10)
x += 1
liveWindow.focus()
