def gettext(souptext ,filename):
entries = []
entry = []
concat_str = ''
for ddd in souptext.find_all('dd'):
if (ddd.get('class') != None and (ddd.get('class')[0] == '' or ddd.get('class')[0] == 'first')):
nametimes=ddd.find_all('a')
stars=ddd.find_all('span')
comments=ddd.find_all('h3')
concat_str4=""
'''for name in nametimes:
if(name.get('title')!=None and name.get('class')==None):
concat_str4=(name.get('title').encode('utf-8')).strip()'''
concat_str4=(nametimes[0].get('title').encode('utf-8')).strip()
concat_str2='Null'
for star in stars:
if(star.get('class') != None and star.get('entertime')==None):
concat_str2=(star.get_text().encode('utf-8')).strip()
concat_str = ''
for time in nametimes:
if(time.get('entertime') != None):
concat_str1=(time.get('entertime').encode('utf-8')).strip()
for comment in comments:
concat_str3=(comment.get_text().encode('utf-8')).strip()
concat_str = ''
concat_str=((concat_str4+"\t")+(concat_str2+"\t")+(concat_str1+"\t")+concat_str3)
entry.append(concat_str)
entries.append(entry)
with open(filename,'a') as output:
writer = csv.writer(output, delimiter= '\n', lineterminator = '\n')
writer.writerows(entries)
def generate_netcdf_burst_filename(input_netcdf_file_path, template):
"""
Generate the filename of a burst average netcdf for both CTD and WQM. Template should already have
the time variable fully defined (calendar, units, data values).
"""
input_netcdf_name = os.path.basename(input_netcdf_file_path)
pattern = re.compile(
"^(IMOS_.*)_([0-9]{8}T[0-9]{6}Z)_(.*)_(FV0[0-9])_(.*)_END")
match_group = pattern.match(input_netcdf_name)
site_code = template.global_attributes['site_code']
time_range = template.get_data_range('TIME')
time = template.variables['TIME']
time_range = num2date(time_range, time.get('units'),
time.get('calendar', 'gregorian'))
timestamp_format = '%Y%m%dT%H%M%SZ'
time_min = time_range[0].strftime(timestamp_format)
time_max = time_range[1].strftime(timestamp_format)
time_created = template.date_created.strftime(timestamp_format)
burst_filename = "%s_%s_%s_FV02_%s-burst-averaged_END-%s_C-%s.nc" % (
match_group.group(1), time_min, site_code, match_group.group(5),
time_max, time_created)
return burst_filename
def zeitabfrage(dic):
drei_h_takt = 1
now = datetime.datetime.now()
time = dic.get('time')
jahr = time.get('year')
if jahr == 'None':
jahr = str(now.year)
tag = time.get('day')
if tag == 'None':
tag = str(now.day)
if int(tag) <= 9:
tag = '0' + tag
monat = time.get('month')
if monat == 'None':
monat = str(now.month)
if int(monat) <= 9:
monat = '0' + monat
stunde = time.get('hour')
if stunde == 'None':
stunde = '13'
minute = time.get('minute')
if minute == 'None':
minute = str(now.minute)
zeit = jahr + '-' + monat + '-' + tag + ' ' + stunde + ':' + minute + ':000000'
zeit = datetime.datetime.strptime(zeit, '%Y-%m-%d %H:%M:%f')
differenz = zeit - now
if differenz.total_seconds() >= 40*10800:
zeit = 'Ich kann leider nicht so weit in die Zukunft sehen.' #Möchtest du wissen, wie das Wetter in 5 Tagen wird?
return zeit
def enter_pressed(event):
if ((len(time.get()) == 5) and (time.get()[2] == ':')
and (time.get()[0:1].isnumeric())
and (time.get()[3:4].isnumeric())):
self.selectedRoutineActTime = [time.get()]
self.select_routineDeactTime_frame()
else:
return
def DistTime():
if len(Itinerary) >= 2:
for i in range(len(Itinerary) - 1):
#making the url
start = trippy.get(Itinerary[i])
startid = start[0]
end = trippy.get(Itinerary[i + 1])
endid = end[0]
MyUrl = (
'https://maps.googleapis.com/maps/api/distancematrix/json?units=imperial&origins=place_id:%s&destinations=place_id:%s&key=%s'
) % (startid, endid, AUTH_KEY)
place = requests.get(MyUrl)
response_data = place.json()
if response_data.get("status") == "OK":
rows = [response_data["rows"]]
element = rows[0]
elements = element[0]
miles = elements.get("elements")
time = miles[0].get("duration")
########Itinerary[i] to Itinerary[i+1]
duration = time.get("text")
masterduration.append(duration)
mile = miles[0].get("distance")
distance = mile.get("text")
masterdistance.append(distance)
#planner[x]=answers
#output=planner
#print(planner)
else:
return ("No road path or internal error.")
start = trippy.get(Itinerary[len(Itinerary) - 1])
startid = start[0]
end = trippy.get(Itinerary[0])
endid = end[0]
MyUrl = (
'https://maps.googleapis.com/maps/api/distancematrix/json?units=imperial&origins=place_id:%s&destinations=place_id:%s&key=%s'
) % (startid, endid, AUTH_KEY)
place = requests.get(MyUrl)
response_data = place.json()
if response_data.get("status") == "OK":
rows = [response_data["rows"]]
element = rows[0]
elements = element[0]
miles = elements.get("elements")
time = miles[0].get("duration")
########Itinerary[i] to Itinerary[i+1]
duration = time.get("text")
masterduration.append(duration)
mile = miles[0].get("distance")
distance = mile.get("text")
masterdistance.append(distance)
def enter_pressed(event):
if ((len(time.get()) == 5) and (time.get()[2] == ':')
and (time.get()[0:1].isnumeric())
and (time.get()[3:4].isnumeric())):
self.selectedRoutineDeactTime = [time.get()]
self.TempWakeUpRoutines.append(self.selectedRoutineActTime[0])
self.TempWakeUpRoutines.append(self.selectedRoutineUnit)
self.TempWakeUpRoutines.append(
self.selectedRoutineDeactTime[0])
self.select_routineroom_frame()
else:
return
def timer(): #Updates and tracks time for the timer
x = 0.00
if x >= 0.00:
new_time = time.get() + 1
time.set(new_time)
can.after(1000, timer) #call this function again in 1,000 milliseconds
x += 1
def calculate_time(time):
text = time.get('title')
# this was the case when running witout the headless at lest match = re.search('(?P<dd>\d+)\/(?P<mm>\d+)\/(?P<yyyy>\d+)\s(?P<hh>\d+):(?P<m2>\d+)', text)
match = re.search(
'(?P<yyyy>\d+)-(?P<mm>\d+)-(?P<dd>\d+)\s(?P<hh>\d+):(?P<m2>\d+)', text)
try:
dd = int(match.group('dd'))
mm = int(match.group('mm'))
yyyy = int(match.group('yyyy'))
hh = int(match.group('hh'))
m2 = int(match.group('m2'))
date_article = dt.datetime(yyyy, mm, dd, hh, m2)
date_today = dt.datetime.today()
diff = date_today - date_article
time_elapsed = diff.days
except Exception as exc:
print("Notification: %s" % (exc))
print(
"Something went wrong with the time conversion. The string that failed was {}"
.format(text))
print("Setting time to 0")
time_elapsed = 0
return time_elapsed
def buttonAddDef():
'''
Кнопка ДОБАВИТЬ
'''
#print (message.get())
listbox.insert(END, time.get()[0:5].strip() + ' ' + message.get().strip())
print(listbox.get(0, END)[0])
def buttonChangeDef():
'''
Кнопка ИЗМЕНИТЬ
'''
listbox.insert(listbox.curselection(),
time.get()[0:5].strip() + ' ' + message.get().strip())
listbox.delete(listbox.curselection())
def take_effect(time: Dict, message: Dict, token: str,
message_id: str) -> schedule.Job:
"""
使消息生效，如果没有指明interval_count、interval_unit则立即生效
:param time:
:param message:
:param token:
:return:
只有在时间单位为days、hours、minutes三者时，才允许调用at函数
* 如果为days，at的格式为HH:MM:SS或者HH:MM
* 如果为hours，at的格式为:MM
* 如果为minutes，at的格式为:SS
"""
interval_count = time.get("interval_count")
if interval_count == 0:
logger.info("立即生效")
send_message(message, token)
return
interval_unit = time["interval_unit"]
if interval_unit not in interval_list:
logger.info("interval unit not found")
send_message(message, token)
return
job = schedule.every(interval_count)
job = getattr(job, interval_unit) # 此处调用schedule的一个函数
time = time.get("clock") # HH:MM:SS, HH:MM,`:MM`, :SS.
if time in ("days", "hours", "minutes"):
h, m, s = time.split(":")
if time == "hours":
time = f"{m}:{s}"
elif time == "minutes":
time = f":{s}"
job = job.at(time)
elif time in ("seconds"): # 如果时间单位是seconds，那么没必要at
pass
else:
job.at(time)
if interval_count == 0:
message["run_times"] = 1
logger.info(f"message take effect {message}")
job.do(send_message, message, token)
if message_id in job_dict:
remove_job_by_id(message_id)
job_dict[message_id] = job
return job
def gettext(souptext ,filename):
entries = []
entry = []
for div in souptext.find_all('div'):
if(div.get('class') != None and div.get('class')[0] == 'comment'): # A single post is referred to as a comment. Each comment is a block denoted in a div tag which has a class called comment.
ps = div.find_all('p') #gets the message / body of the post
aas = div.find_all('a') # gets the name of the person posting
spans = div.find_all('span') #
concat_str1 = ''
for a in aas:
if (a.get('class') != None and a.get('class')[0] == ''):
for str in a.contents:
if str != "<br>" or str != "<br/>":
concat_str1 = (str.encode('utf-8')).strip()
#entry.append(concat_str)
rate = a.next_sibling.next_sibling
star = rate['class'][0]
concat_str2 = star.replace("allstar","")
#entry.append(star.replace("allstar",""))
concat_str3 = ''
for time in spans:
if (time.get('class') != None and time.get('class')[0] == ''):
for str in time.contents:
if str != "<br>" or str != "<br/>":
concat_str3 = (str.encode('utf-8')).strip()
#entry.append(concat_str)
concat_str4 = ''
usefulness = div.find_all("span", "votes pr5")[0]
for str in usefulness.contents:
concat_str4 = (str.encode('utf-8')).strip()
#entry.append(concat_str)
concat_str5 = ''
for str in ps:
concat_str5 = (str.get_text().encode('utf-8')).strip()
if concat_str2=='':
concat_str2='Null'
entry.append(concat_str1+'\t'+concat_str2+'\t'+concat_str3+'\t'+concat_str4+'\t'+concat_str5)
entries.append(entry)
with open(filename,'a') as output:
writer = csv.writer(output, delimiter= '\n', lineterminator = '\n')
writer.writerows(entries)
def __init__(self):
self.year=get()[0]
self.month=get()[1]
self.date=get()[2]
self.hour=get()[3]
self.minute=get()[4]
self.second=get()[5]
self.string=''
def combine(i, time, meta):
# print "%d, %s: %f to %f" % (i, time.get("name"), time.get("start"), time.get("end"))
audio, freq = audioParseSelection(i, time.get("start"), time.get("end"))
if time.get("name") in meta.keys() and len(audio) > 0:
time.update(meta.get(time.get("name")))
time.update({"conv_id": i, "freq": freq})
# print time, str(audio)[:100]
time.update({"wav": audio, "nframes": len(audio)})
return time
else:
print "data not found:", time.get("name"), time.get("start"), time.get(
"end"), len(audio)
def addTask(name, date, time):
name = name.get()
date = date.get()
time = time.get()
f = open('[location]\\tasks\\task.txt', 'a')
try:
timeCalculator(date, time)
if '/' not in date and ':' not in time:
print('Invalid Format')
Label(root,
text="(!) Invalid Entry",
justify=RIGHT,
bg='white',
fg='#fc0324').grid(row=3, column=4)
else:
dt = date.split('/')
dt[0] = int(dt[0])
dt[1] = int(dt[1])
tm = time.split(':')
tm[0] = int(tm[0])
tm[1] = int(tm[1])
if dt[0] > 0 and dt[0] <= 31 and dt[1] > 0 and dt[1] <= 12 and tm[
0] > 0 and tm[0] <= 24 and tm[1] > 0 and tm[
1] <= 59 and timeCalculator(date, time) > 0:
f.write(f'{name}\n')
f.write(f'{date}\n')
f.write(f'{time}\n^_^')
f.close()
print('\nEntry Added')
showTask()
elif timeCalculator(date, time) < 0:
Label(root,
text="(!) Time Already Passed",
justify=RIGHT,
bg='white',
fg='#fc0324').grid(row=3, column=4)
else:
print('Invalid Format')
Label(root,
text="(!) Invalid Entry",
justify=RIGHT,
bg='white',
fg='#fc0324').grid(row=3, column=4)
except:
Label(root,
text="(!) Invalid Entry",
justify=RIGHT,
bg='white',
fg='#fc0324').grid(row=3, column=4)
def get_post_info(urls):
browser = webdriver.Chrome()
post_details = []
i = 0
for link in urls:
soup = connexion(link, browser)
jaime = soup.find_all('meta', attrs={'name': 'description'})
time = soup.find("time")
date = time.get('datetime')
htags = get_htag(soup)
i += 1
if i == 1:
break
post_details.append({'jaime': jaime, 'date': date, 'htags': htags})
def stringout(self):
self.year=get()[0]
self.month=get()[1]
self.date=get()[2]
self.hour=get()[3]
self.minute=get()[4]
self.second=get()[5]
self.string = str(self.month)+'/'+str(self.date)+'/'+str(self.year)+' '+str(self.hour)+':'+str(self.minute)+':'+str(self.second)
return self.string
def filenamegen(self):
self.year=get()[0]
self.month=get()[1]
self.date=get()[2]
self.hour=get()[3]
self.minute=get()[4]
self.second=get()[5]
filename = str(self.month)+'_'+str(self.date)+'_'+str(self.year)
return filename
def time(self):
self.year=get()[0]
self.month=get()[1]
self.date=get()[2]
self.hour=get()[3]
self.minute=get()[4]
self.second=get()[5]
time = str(self.hour)+':'+str(self.minute)+':'+str(self.second)
return time
def run(self):
time = self.showTime()
hour = time.get('hour')
min = time.get('min')
sec = time.get('sec')
if 22 >= hour >= 8 and min == 0 and self.tellTime != hour:
self.playTellTime(hour)
if self.tellTime == hour and min == 0 and sec >= 4:
pygame.mixer.quit()
# if ("%02d:%02d:%02d" % (hour, min, sec)) == self.__alarm_time:
# self.__alarm_beep_status = True
# self.__alarm_beep_times = 0
if self.__alarm_beep_status and self.__alarm_beep_times > 30:
self.SAKS.buzzer.off()
self.__alarm_beep_status = False
self.__alarm_beep_times = 0
if hour > 21 or (-1 < hour < 7):
self.SAKS.ledrow.off()
[self.SAKS.ledrow.on_for_index(leds) for leds in range(sec % 8)]
else:
self.SAKS.ledrow.off()
def update(self):
self.year=get()[0]
self.month=get()[1]
self.date=get()[2]
self.hour=get()[3]
self.minute=get()[4]
self.second=get()[5]
return [self.year,self.month,
self.date,self.hour,
self.minute,self.second]
def ref():
a = str(sharename.get())
sharename.set(a)
print a
b = code(a)
print b
c = str(time.get())
time.set(c)
print c
l = linereg(a, c)
lr.set(l[0])
lrerr.set(l[1])
cp.set(b)
svm_1 = svmalgo(a, c)
svm.set(svm_1[0])
svmerr.set(svm_1[1])
status = nws(a)
na.set(status)
def depart_date(self, node):
time = self.el.pop()
self.add_meta("date", time.get("datetime", time.text))
def ok():
root.time = int(time.get())
root.current_time = root.time
top.destroy()
def get_movie_info(url):
# Get page
scraper = cfscrape.create_scraper()
full_url = "https://www.rottentomatoes.com" + url
html = scraper.get(full_url).text
soup = BeautifulSoup(html, 'html.parser')
# Get title
title_meta = soup.find("meta", property="og:title")
title = title_meta['content']
# Get Tomato Score and Audience Score
rating_box = soup.find("section", {"class": "mop-ratings-wrap__row"})
tomato = rating_box.find("span", {
"class": "mop-ratings-wrap__percentage"
}).text.strip()
audience = rating_box.find("div", {
"class": "mop-ratings-wrap__half audience-score"
}).find("span", {
"class": "mop-ratings-wrap__percentage"
}).text.strip()
tomato_score = ''.join([i for i in tomato if i.isdigit()])
audience_score = ''.join([i for i in audience if i.isdigit()])
# Get Cast
cast_area = soup.find("div", {"class": "castSection"})
names = cast_area.find_all("div", {"class": "media-body"})
cast_list = [' '.join((name.find("span").text).split()) for name in names]
# Get Rating, Genre, Director(s), Release Date, Runtime, Studio
info = soup.find("div", {"class": "media-body"})
elements = info.find_all("li", {"class": "meta-row clearfix"})
infodict = {}
for x in elements:
for y in x.find_all("div", {"class": "meta-value"}):
time = y.find("time")
if time is not None:
infodict[x.div.text] = time.get("datetime")
else:
infodict[x.div.text] = y.text.strip()
# Clean up whitespace in genre, director
infodict['Genre: '] = ' '.join(infodict['Genre: '].split())
infodict['Directed By: '] = ' '.join(infodict['Directed By: '].split())
# Remove unecessary info in rating
infodict['Rating: '] = re.sub(r'\([^)]*\)', '', infodict['Rating: '])
# Isolate numbers in runtime
infodict['Runtime: '] = ''.join(
[i for i in infodict['Runtime: '] if i.isdigit()])
# Determine release date
release_date = math.nan
if 'In Theaters: ' in infodict:
release_date = parse(infodict['In Theaters: '])
elif 'On Disc/Streaming: ' in infodict:
release_date = parse(infodict['On Disc/Streaming: '])
# Final list of values
ret_list = [
title, tomato_score, audience_score, release_date,
infodict['Runtime: '], infodict['Rating: '],
infodict['Genre: '].split(', '), cast_list, infodict['Studio: '],
infodict['Directed By: '].split(', ')
]
return ret_list
def podatki_filma(root):
"""Poisce podatke:"""
str_budget = str_gross = str_meta = False
str_genre = str_rating = str_duration = str_drzava = str_review = str_critics = str_naslov = ''
# OSNOVNI PODATKI
META = root.findall(".//meta[@content]")#[5].get("content") ## naslov in letnica
for meta in META:
str_naslov = meta.get("content")
#if re.search("[0-9]{4}", str_naslov): break
if meta.get("property") == "og:title":
str_naslov = meta.get("content")
break
else: str_naslov = "None"####################
DIV = root.findall(".//div[@title]")#[0].get("title") ## rating, st_users
for div in DIV:
str_rating = div.get("title")
if re.match("Users", str_rating): break
else: str_rating = ''
span = root.findall(".//span[@itemprop]") ## st_review, st_critic, genre
for s in span:
if s.get("itemprop") == "reviewCount":
str_review = str_review + s.text + "\n"
elif s.get("itemprop") == "genre":
str_genre += (' ' + s.text) # !!! append !!!
TIME = root.findall(".//time[@itemprop]")# runtime...kaj naredi, ce je vec runtimov?
for time in TIME:
if time.get("itemprop") == "duration":
str_duration = time.text
break
DIV=root.findall(".//div[@class]") # print len(DIV)
for div in DIV: ## budget, gross, drzava(pri release date)
if div.get("class") == "txt-block":
for child in div:
if child.tag == "h4":
if child.text == "Budget:":
str_budget = child.tail
elif child.text == "Gross:":
str_gross = child.tail
break
A=root.findall(".//a[@href]") # metascore, nr_metcritics
str_meta = ''
for a in A:
if a.get("href") == "criticreviews?ref_=tt_ov_rt":
str_meta = str_meta + a.text
if re.match("/country/", a.get("href") ): # se spreminja!!!
str_drzava = a.text
#naslov, letnica = re.split("\(", str_naslov)
naslov = re.sub(" \([0-9]{4}\)", '', str_naslov)
try:
letnica = re.search("[0-9]{4}", str_naslov).group(0)
except AttributeError:
#letnica = "None"
letnica = "0"
if len(str_rating) != 0 and re.search("[0-9]+", str_rating):
str_rating = re.split(" ", str_rating)
rating = re.split("/", str_rating[3])[0]
nr_users = re.sub("\(", "", str_rating[4])
#else: rating = nr_users = "None"
else: rating = nr_users = "0"
if len(str_duration) != 0: duration = re.sub(" min|\s", "", str_duration)
#else: duration = "None"
else: duration = "0"
if len(str_drzava) != 0: drzava = re.sub("\s", '', str_drzava)#re.sub(" min", "", str_duration)
else: drzava = "None"
if len(str_genre) != 0: genre = re.split(" ", str_genre)[1]
else: genre = "None"
# Tole bo treba preuredit... Ne smem samo zavreci, temvec ohranit valuto in jo convertat
if str_budget != False:
#print str_budget
#budget = re.sub("€|$|[a-zA-Z]+|\(|,|\)|\s", "", str_budget)
budget = convert(str_budget)
#else: budget = "None"
else: budget = "0"
if str_gross != False:
#print str_gross
#gross = re.sub("€|$|[a-zA-Z]+|\(|,|\)|\s", "", str_gross)
gross = convert(str_gross)
#else: gross = "None"
else: gross = "0"
if len(str_review) != 0:
review = re.split(" ", str_review)
nr_reviews = review[0]
nr_critics = re.split("\n", review[1])[1]
#nr_reviews = re.split(" ", str_review)[0]
else:
#nr_reviews = "None"#nr_critics = "None"
nr_critics = nr_reviews = "0"
if str_meta != False and len(str_meta) > 2: # print str_meta
#if len(str_meta) > 2: # print str_meta
str_meta = re.split("\n", str_meta)
metascore = re.sub("\s", "", re.split("/", str_meta[0])[0] )
nr_metacritic = re.sub("\s", "", str_meta[1])
#print metascore, nr_metacritic
else:
metascore = nr_metacritic = "None"
# uredit moram se naslov - krajsi od 30 znakov
naslov = naslov[:30]
naslov = re.sub("[\"|']", "#", naslov)
#print naslov 0, letnica 1, str_drzava 2, duration 3, genre 4, rating 5, nr_users 6, budget 7, gross 8, nr_reviews 9, nr_critics 10, metascore 11, nr_metacritic 12
return naslov.encode('UTF-8'), letnica.encode('UTF-8'), drzava.encode('UTF-8'), duration.encode('UTF-8'), genre.encode('UTF-8'), rating.encode('UTF-8'), nr_users.encode('UTF-8'), budget.encode('UTF-8'), gross.encode('UTF-8'), nr_reviews.encode('UTF-8'), nr_critics.encode('UTF-8'), metascore.encode('UTF-8'), nr_metacritic.encode('UTF-8')
def retrieve_from_xml_fare(xmldoc):
"""Retrieves some parameters from the XML text for a faremelding specified
by xmldoc and returns them as a list of values."""
locations = []
res = {}
root = fromstring(xmldoc)
sender = None #dangerwarning spesific
id = "BLANK" #dangerwarning spes# ific
mnr = None #dangerwarning spesific
alert = None #dangerwarning spesific
t = root.find('dangerwarning')
# new types of warnings using metfare template and <dangerwarning> tag.
if t is not None and len(t) > 1:
alert = t.find(
'msgtype').text # all this stuff is common to the whole CAP-file
mnr = t.find('msgnumber').text
references = t.find('msgreferences').text
id = t.find('msgidentifier').text
header = root.find('productheader')
if header is not None:
res['phenomenon_type'] = header.findtext('phenomenon_type')
res['phenomenon_name'] = header.findtext('phenomenon_name')
res['phenomenon_number'] = header.findtext('phenomenon_number')
p = root.find('productdescription')
if p is not None:
termin = p.get('termin')
for time in root.iter('time'):
vto = time.get('vto')
vfrom = time.get('vfrom')
for f in time.iter('forecasttype'):
forecasttype = f.get('name')
for location in f.iter('location'):
#print(forecasttype)
res['forecasttype'] = forecasttype
loc = {}
loc['id'] = location.get('id')
loc['all_ids'] = location.get('all_ids')
loc['name'] = location.find('header').text
for param in location.findall('parameter'):
nam = param.get('name')
temp = param.find('in')
value = "\n".join(temp.itertext())
loc[nam] = value
loc['vfrom'] = vfrom
loc['vto'] = vto
loc['effective'] = vfrom
locations.append(loc)
res['locations'] = locations
res['termin'] = termin
res['id'] = id
res['mnr'] = mnr
res['alert'] = alert
res['references'] = references
return res # res is all the info just obtained from the Ted document
def sendMailLater():
senderFinal = myMail.get()
passwordFinal = password.get()
recieverFinal = otherMail.get()
subjectFinal = subject.get()
bodyFinal = body.get("1.0", END)
dateFinal = date.get()
timeFinal = time.get()
window.destroy()
window2.destroy()
window3.destroy()
try:
x = sendEmailInTime(senderFinal, passwordFinal,
recieverFinal, subjectFinal, bodyFinal,
getFile.fileName, dateFinal, timeFinal)
except:
x = sendEmailInTime(senderFinal, passwordFinal,
recieverFinal, subjectFinal, bodyFinal,
'0', dateFinal, timeFinal)
if (x == 'dateFormat'):
lll.pack_forget()
ll.pack_forget()
l.pack_forget()
MailSentLabel = Label(
topFrame,
text="you you have entered a wrong date format")
MailSentLabel.config(foreground='#8BD8BD',
background='#243665',
font=('times', 30, 'bold'))
MailSentLabel.pack()
thankYouLabel = Label(topFrame, text="email not sent")
thankYouLabel.config(foreground='#8BD8BD',
background='#243665',
font=('times', 30, 'bold'))
thankYouLabel.pack()
seeYouLabel = Label(topFrame, text="please try again")
seeYouLabel.config(foreground='#8BD8BD',
background='#243665',
font=('times', 30, 'bold'))
seeYouLabel.pack()
elif (x == 'timeFormat'):
lll.pack_forget()
ll.pack_forget()
l.pack_forget()
MailSentLabel = Label(
topFrame,
text="you you have entered a wrong time format")
MailSentLabel.config(foreground='#8BD8BD',
background='#243665',
font=('times', 30, 'bold'))
MailSentLabel.pack()
thankYouLabel = Label(topFrame, text="email not sent")
thankYouLabel.config(foreground='#8BD8BD',
background='#243665',
font=('times', 30, 'bold'))
thankYouLabel.pack()
seeYouLabel = Label(topFrame, text="please try again")
seeYouLabel.config(foreground='#8BD8BD',
background='#243665',
font=('times', 30, 'bold'))
seeYouLabel.pack()
elif (x == 'past'):
lll.pack_forget()
ll.pack_forget()
l.pack_forget()
root.geometry("1000x300")
MailNotSentLabel = Label(
topFrame,
text=
"“You can't go back and change the beginning,but you")
MailNotSentLabel.config(foreground='#8BD8BD',
background='#243665',
font=('times', 30, 'bold'))
MailNotSentLabel.pack()
MailNotSentLabel = Label(
topFrame,
text="can start where you are and change the ending.”")
MailNotSentLabel.config(foreground='#8BD8BD',
background='#243665',
font=('times', 30, 'bold'))
MailNotSentLabel.pack()
seeYouLabel = Label(topFrame, text="― C. S. Lewis")
seeYouLabel.config(foreground='#8BD8BD',
background='#243665',
font=('times', 30, 'bold'))
seeYouLabel.pack()
seeYouLabel = Label(
topFrame,
text="we are sorry we can not do anything the past time"
)
seeYouLabel.config(foreground='#8BD8BD',
background='#243665',
font=('times', 30, 'bold'))
seeYouLabel.pack()
seeYouLabel = Label(
topFrame,
text=
"please try again and enter a date and time in the future"
)
seeYouLabel.config(foreground='#8BD8BD',
background='#243665',
font=('times', 30, 'bold'))
seeYouLabel.pack()
elif (x == 'notSent'):
lll.pack_forget()
ll.pack_forget()
l.pack_forget()
MailNotSentLabel = Label(topFrame, text="mail not sent")
MailNotSentLabel.config(foreground='#8BD8BD',
background='#243665',
font=('times', 30, 'bold'))
MailNotSentLabel.pack()
seeYouLabel = Label(
topFrame,
text="please check the entered data and try again")
seeYouLabel.config(foreground='#8BD8BD',
background='#243665',
font=('times', 30, 'bold'))
seeYouLabel.pack()
elif (x == 'sent'):
lll.pack_forget()
ll.pack_forget()
l.pack_forget()
MailSentLabel = Label(topFrame,
text="mail sent successfully")
MailSentLabel.config(foreground='#8BD8BD',
background='#243665',
font=('times', 30, 'bold'))
MailSentLabel.pack()
thankYouLabel = Label(
topFrame, text="thank you for using our program")
thankYouLabel.config(foreground='#8BD8BD',
background='#243665',
font=('times', 30, 'bold'))
thankYouLabel.pack()
seeYouLabel = Label(topFrame, text="see you")
seeYouLabel.config(foreground='#8BD8BD',
background='#243665',
font=('times', 30, 'bold'))
seeYouLabel.pack()
def handle_go_straight_for_seconds(mqtt_sender, time, speed):
print('Straight for seconds:', time.get(), 'At speed:', speed.get())
mqtt_sender.send_message('straight_for_seconds', [time.get(), speed.get()])
def handle_straight_seconds_time(time, speed, mqtt_sender):
print('go straight for inches using time', time.get(), speed.get())
mqtt_sender.send_message('go_straight_for_inches_using_time', [time.get(), speed.get()])
