def scrape(self, browser, date = datetime.datetime.now()):
""" Scrape function. Returns a data object with the reported cases. Uses Selenium and Beautifulsoup to extract the data """
result = dataobject.DataObject(self, date)
soup = get_html(self.source_website)
#saveToFile(soup.prettify(), "output.txt")
result.screenshot_path = self.screenshot(browser)
objects = soup.find("td", text=re.compile("Geografsk område")).parent.parent.find_all("td")
table = [i.text for i in objects]
denmark_cases = clean_number(table[7])
denmark_deaths = clean_number(table[9])
denmark_tested = clean_number(table[6])
faraoe_cases = clean_number(table[12])
faraoe_deaths = clean_number(table[14])
faraoe_tested = clean_number(table[11])
greenland_cases = clean_number(table[17])
greenland_deaths = clean_number(table[19])
greenland_tested = clean_number(table[16])
result.cases = denmark_cases + faraoe_cases + greenland_cases
result.deaths = denmark_deaths + faraoe_deaths + greenland_deaths
result.tested = denmark_tested + faraoe_tested + greenland_tested
return result
def __init__(self, *args, **kwargs):
tk.Tk.__init__(self, *args, **kwargs)
container = tk.Frame(self)
container.pack(side="top", fill="both", expand = True)
container.grid_rowconfigure(0, weight=1) #gjør at alt expander av seg selv med pack
container.grid_columnconfigure(0, weight=1)
# Make a new database file for each month
self.db_month = datetime.date.today().isoformat()[:-3]
# Don't store more than 6 months of data. Delete the oldest database file when it turns over.
dbs = [f for f in os.listdir(".") if os.path.isfile(f) and f[-3:] == ".db"]
if len(dbs) > 5:
f = dbs.pop(0)
if f != f"data_{self.db_month}.db":
os.remove(dbs[0])
# Connect to database
self.database = sqlite3.connect(f"data_{self.db_month}.db")
self.cursor = self.database.cursor()
# Check if data table exists in database and create it if not
self.cursor.execute("""CREATE TABLE IF NOT EXISTS data
(time date, windspeed int, temperature int, humidity int, pitch int,
airpressure int, dragforce int, liftforce int)""")
self.database.commit()
# Initialize communication thread
self.stop_receiver_event = threading.Event()
self.sensor_data = dataobject.DataObject()
self.comm = idmserial.SerialCommunicator(self.sensor_data, self.stop_receiver_event)
# Start database write loop
self.after(2000, self.amend_database)
self.frames = {}
for F in (StartPage, PageOne, PageTwo, PageThree,PageFour,PageFive): #antall sider som skal lages i programmet
frame = F(container, self)
self.frames[F] = frame
frame.grid_rowconfigure(0, weight=0) #gjør at alt expander av seg selv grid
frame.grid_columnconfigure(0, weight=1)
frame.grid(row=0, column=0, sticky="nsew")
self.show_frame(StartPage) # viser første side
self.title("IDM")
def scrape(self, browser):
""" Scrape function. Returns a data object with the reported cases. Uses Selenium and Beautifulsoup to extract the data """
result = dataobject.DataObject(self)
soup = get_parsed_javascript_html(self.source_website, browser)
result.source_update_date = date_formatter(soup.find("strong").text)
result.cases = clean_number(match(soup.text, "Total cazuri confirmate {}"))
result.deaths = clean_number(match(soup.text, "Persoane decedate {}"))
return result
def scrape(self, browser):
""" Scrape function. Returns a data object with the reported cases. Uses Selenium and Beautifulsoup to extract the data """
result = dataobject.DataObject(self)
soup = get_html(self.source_website)
result.source_update_date = date_formatter(soup.find("p", id="last-modified-datetime").text) #Minute is off
result.tested = clean_number(soup.find("p", id="count-test").text)
result.cases = clean_number(soup.find("p", id="count-sick").text)
result.recovered = clean_number(soup.find("p", id="count-recover").text)
result.deaths = clean_number(soup.find("p", id="count-dead").text)
return result
def scrape(self, browser):
""" Scrape function. Returns a data object with the reported cases. Uses Selenium and Beautifulsoup to extract the data """
result = dataobject.DataObject(self)
soup = get_parsed_javascript_html(self.source_website, browser)
result.cases = clean_number(soup.find("span", class_="d-map__indicator d-map__indicator_sick").parent.find("h3").next)
result.recovered = clean_number(soup.find("span", class_="d-map__indicator d-map__indicator_healed").parent.find("h3").next)
result.deaths = clean_number(soup.find("span", class_="d-map__indicator d-map__indicator_die").parent.find("h3").next)
result.source_update_date = date_formatter(soup.find("small", text=re.compile("По состоянию на")).string + " 2020")
return result
def scrape(self, browser):
""" Scrape function. Returns a data object with the reported cases. Uses Selenium and Beautifulsoup to extract the data """
result = dataobject.DataObject(self)
soup = get_html(self.source_website)
elem = soup.find("div", class_="col-lg-8")
result.cases = clean_number(elem.find("span", class_="badge badge-danger").text)
result.deaths = clean_number(elem.find("span", class_="badge badge-dark").text)
result.hospitalised = clean_number(match(elem.text, "{} hospitalizacja"))
result.tested = clean_number(match(elem.text, "{} wykonane testy"))
result.source_update_date = date_formatter(elem.find("span", class_="badge badge-light").text)
return result
def scrape(self, browser, date = datetime.datetime.now()):
""" Scrape function. Returns a data object with the reported cases. Uses Selenium and Beautifulsoup to extract the data """
result = dataobject.DataObject(self, date)
result.screenshot_path = self.screenshot(browser)
soup = get_parsed_javascript_html(self.source_website, browser)
result.cases = clean_number(soup.find("div", class_="counter-title", text=re.compile("Slučajevi")).parent.find("strong").text)
result.recovered = clean_number(soup.find("div", class_="counter-title", text=re.compile("Izliječeni")).parent.find("strong").text)
result.deaths = clean_number(soup.find("div", class_="counter-title", text=re.compile("Preminuli")).parent.find("strong").text)
return result
def scrape(self, browser, date = datetime.datetime.now()):
""" Scrape function. Returns a data object with the reported cases. Uses Selenium and Beautifulsoup to extract the data """
result = dataobject.DataObject(self, date)
soup = get_html(self.source_website)
#saveToFile(soup.prettify(), "output.txt")
text = soup.find("div", class_="item__layout-inner").text
result.cases = clean_number(match(text, "{} cas de COVID-19 ont été diagnostiqués"))
result.deaths = -1
#result.deaths = clean_number(match(text, "incluant {} décès survenus"))
#result.hospitalised = clean_number(match(text, "{} cas de COVID-19 étaient hospitalisés"))
#result.intensive_care = clean_number(match(text, "dont {} en"))
return result
def scrape(self, browser, date = datetime.datetime.now()):
""" Scrape function. Returns a data object with the reported cases. Uses Selenium and Beautifulsoup to extract the data """
result = dataobject.DataObject(self, date)
soup = get_parsed_javascript_html(self.source_website, browser)
#save_to_file(soup.prettify(), "output.txt", )
#objects = soup.find("td", text=re.compile("Geografsk område")).parent.parent.find_all("td")
#table = [i.text for i in objects]
#result.cases = denmark_cases + faraoe_cases + greenland_cases
#result.deaths = denmark_deaths + faraoe_deaths + greenland_deaths
#result.tested = denmark_tested + faraoe_tested + greenland_tested
#soup = get_parsed_javascript_html(self.source2_website, browser)
return result
def scrape(self, browser, date = datetime.datetime.now()):
""" Scrape function. Returns a data object with the reported cases. Uses Selenium and Beautifulsoup to extract the data """
result = dataobject.DataObject(self, date)
result.screenshot_path = self.screenshot(browser)
soup = get_html(self.source_website)
# Cases - Fertőzött
result.cases = clean_number(soup.find("span", class_="label", text=re.compile("Fertőzött")).parent.find("span", class_="number").text)
# Recovered - Gyógyult
result.recovered = clean_number(soup.find("span", class_="label", text=re.compile("Gyógyult")).parent.find("span", class_="number").text)
# Tested - Mintavétel
result.tested = clean_number(soup.find("span", class_="label", text=re.compile("Mintavétel")).parent.find("span", class_="number").text)
soup = get_html(self.source2_website)
result.deaths = clean_number(soup.find("tbody").find("tr").find("td").text)
return result
def check_from_sheet(country,
country_iso_code,
date,
ignore_cache_timeout=False):
log.info("Retrieving data from the Google Sheet database...")
result = dataobject.DataObject()
result.date = date
result.country_name = country
result.source_update_date = date
check_drive_cache()
sheet_country = channel_to_sheet_country(country)
sheet_path = ""
if country in bot_data.europe_channels:
sheet_path = 'data/drive/europe.xlsx'
elif country in bot_data.us_channels:
sheet_path = 'data/drive/us.xlsx'
elif country in bot_data.canada_channels:
sheet_path = 'data/drive/canada.xlsx'
if sheet_path != "":
sheet = pd.read_excel(sheet_path, sheet_name=sheet_country)
dates = sheet[sheet.columns[0]].tolist()
cases = sheet[sheet.columns[1]].tolist()
deaths = sheet[sheet.columns[2]].tolist()
recovered = sheet[sheet.columns[3]].tolist()
index = get_sheet_date_index(date, dates)
if index == -1:
result.data_validity = "Could not find specified date in the Google Sheet data. Has a new date been added to the sheet yet?"
return result
if not math.isnan(cases[index]):
result.cases = int(cases[index])
result.deaths = int(deaths[index])
result.recovered = int(recovered[index])
else:
result.data_validity = "Cell was NAN. Has a new date been added to the sheet yet?"
return result
self.stop_event)
self.receiver.start()
def connect_serial(self, port, rate, timeout):
try:
return serial.Serial(port=port, baudrate=rate, timeout=timeout)
except:
return None
def close_serial(self):
#print(__name__, "Close")
self.stop_event.set()
self.receiver.join()
self.ser.close()
def transmit(self, message):
self.transmitter.transmit(message)
if __name__ == "__main__":
print("Start")
data = dataobject.DataObject()
event = threading.Event()
comm = SerialCommunicator(data, event)
for i in range(4):
print(i, data.get_data())
time.sleep(1.5)
comm.transmit("Fnord")
comm.close()
print("End")