def msnMoneyTenYearSummary(symbol, local=False):
import bs4
import utils
if not len(symbol):
return None
url = "http://investing.money.msn.com/investments/financial-statements?symbol=" + symbol
url, page = utils.openUrl(url, local)
print url
soup = bs4.BeautifulSoup(page, "lxml")
# Extract tables
tables = soup.find_all("table", {"class": "mnytbl"})
# Parse income statement table
income = {}
for row in tables[0].find_all("tr"):
cols = row.find_all("td")
if len(cols) == 0:
continue
tuple = ()
for icol, col in enumerate(cols):
entry = col.find_all(text=True)[1].strip()
if icol == 0:
try:
secs = utils.makeEpochTime(str(entry), "%m/%y")
tuple = tuple + (secs,)
except ValueError:
tuple = tuple + (str(entry),)
else:
tuple = utils.extractData(entry, tuple)
income[tuple[0]] = tuple[1:]
# Parse balance sheet table
balance = {}
for row in tables[1].find_all("tr"):
cols = row.find_all("td")
if len(cols) == 0:
continue
tuple = ()
for icol, col in enumerate(cols):
entry = col.find_all(text=True)[1].strip()
if icol == 0:
try:
secs = utils.makeEpochTime(str(entry), "%m/%y")
tuple = tuple + (secs,)
except ValueError:
tuple = tuple + (str(entry),)
else:
tuple = utils.extractData(entry, tuple)
balance[tuple[0]] = tuple[1:]
return income, balance
def getMappedData(self, property_pin, year):
dictionary_info = self.getRawData(property_pin)
### If dict vals all empty return as is
if all(value == '' for value in dictionary_info.values()):
return dictionary_info
### Extract data from massive dict per util definition
return extractData(dictionary_info, self.data_map, year)
def msnMoneyQuote( symbol, local = False ) :
import bs4
import utils
if not len(symbol) : return None
url = 'http://investing.money.msn.com/investments/stock-price?symbol=' + symbol
url,page = utils.openUrl(url,local)
print url
soup = bs4.BeautifulSoup(page,"lxml")
# Extract date stamp from below "details" table
footers = soup.find_all("span",{"class":"foot"})
string = footers[0].find_all(text=True)[0].strip().split(' ')[2]
date = utils.makeEpochTime(string,'%m/%d/%Y')
# Extract tables
tables = soup.find_all("table",{"class":"mnytbl"})
# Parse "details" table
details = {}
tuple = ()
cntr = 0
for row in tables[0].find_all("tr") :
cells = row.find_all("td")
if len(cells) == 0 : continue
data = cells[1].find_all(text=True)[1].strip()
tuple = utils.extractData(data,tuple)
cntr = cntr + 1
details[date] = tuple
# Parse "financial highlights" table
highlights = {}
tuple = ()
cntr = 0
for row in tables[1].find_all("tr") :
cells = row.find_all("td")
if len(cells) == 0 : continue
index = 2 if ( cntr == 2 or cntr == 3 ) else 1
data = cells[1].find_all(text=True)[index].strip()
tuple = utils.extractData(data,tuple)
cntr = cntr + 1
highlights[date] = tuple
return details,highlights
def msnMoneyBalanceSheet( symbol, local = False ) :
import bs4
import utils
if not len(symbol) : return None
url = 'http://investing.money.msn.com/investments/stock-balance-sheet/?symbol=' + symbol + '&stmtView=Ann'
url,page = utils.openUrl(url,local)
print url
soup = bs4.BeautifulSoup(page,"lxml")
rows = soup.find_all("tr")
ncols = len(rows[-1].find_all("td"))-1
titles = []
tuples = [() for x in range(ncols)]
for irow,row in enumerate( rows ) :
for icol,col in enumerate( row.find_all("td") ) :
entries = col.find_all(text=True)
index = None
if len(entries) == 1 : index = 0
elif len(entries) == 3 : index = 1
elif len(entries) == 7 : index = 4
else : continue
entry = entries[index].strip().encode("utf-8")
if irow == 7 or irow == 30 : continue
if len(entry) :
if icol == 0 :
titles.append(str(entry))
else :
dates = {1:'%Y',2:'%m/%d/%Y',4:'%m/%d/%Y'}
try :
date = dates[irow]
secs = utils.makeEpochTime(str(entry),date)
tuples[icol-1] = tuples[icol-1] + (secs,)
except KeyError :
tuples[icol-1] = utils.extractData(entry,tuples[icol-1])
dict = {}
for col in range(len(tuples)) :
dict[tuples[col][0]] = tuples[col][1:]
return titles,dict
import requests
import utils
crypto = {}
page = requests.get('https://coinmarketcap.com/')
f = open('cryptoPage.html', 'w', encoding='utf-8')
f.write(page.text)
f.close()
f = open('cryptoPage.html', 'r', encoding='utf-8')
line = f.readline()
while line:
utils.extractData(line, crypto)
line = f.readline()
f.close()
def msnMoneyHistoricalPrices(symbol, local=False):
import bs4
import utils
if not len(symbol):
return None
url = (
"http://investing.money.msn.com/investments/equity-historical-price/?PT=7&D4=1&DD=1&D5=0&DCS=2&MA0=0&MA1=0&CF=0&nocookie=1&SZ=0&symbol="
+ symbol
)
# url = 'http://investing.money.msn.com/investments/equity-historical-price/?symbol=us%3a' + symbol + '&CA=0&CB=0&CC=0&CD=0&D4=1&DD=1&D5=0&DCS=2&MA0=0&MA1=0&C5=0&C5D=0&C6=0&C7=0&C7D=0&C8=0&C9=0&CF=4&D8=0&DB=1&DC=1&D9=0&DA=0&D1=0&SZ=0&PT=11'
url, page = utils.openUrl(url, local)
print url
soup = bs4.BeautifulSoup(page, "lxml")
rows = soup.find_all("tr")
titles = []
prices = {}
dividends = {}
for irow, row in enumerate(rows):
cols = row.find_all("td")
# Extract titles from table header
headers = row.find_all("th")
for header in headers:
entries = header.find_all(text=True)
entry = entries[1].strip()
if not len(entry):
continue
titles.append(str(entry))
# Extract ex-dividend dates, dividends paid, and share price
if len(cols) == 3:
date = 0
div = 0.0
price = 0.0
try:
entries = cols[0].find_all(text=True)
entry = entries[1].strip()
if len(entry):
date = utils.makeEpochTime(str(entry), "%m/%d/%Y")
except ValueError:
date = 0
try:
entries = cols[1].find_all(text=True)
entry = entries[1].strip().split(" ")[0]
if len(entry):
div = float(entry)
except ValueError:
div = 0.0
try:
if irow < len(rows):
entries = rows[irow + 1].find_all("td")[4].find_all(text=True)
entry = entries[1].strip()
price = float(entry)
else:
price = 0.0
except ValueError:
price = 0.0
if date != 0:
dividends[date] = (div, price)
# Loop through rows and extract share prices
else:
tuple = ()
if len(cols) != 6:
continue
for icol, col in enumerate(cols):
entries = col.find_all(text=True)
entry = entries[1].strip()
if not len(entry):
continue
try:
secs = utils.makeEpochTime(str(entry), "%m/%d/%Y")
tuple = tuple + (secs,)
except ValueError:
tuple = utils.extractData(entry, tuple)
prices[tuple[0]] = tuple[1:]
return titles, prices, dividends
def cat_transits(filearray):
cat_fluxes = []
cat_times = []
cat_flux_errs = []
cat_npix = []
cat_pld_intensities = [[], [], [], [], [], [], [], [], []]
cat_xcenters = []
cat_ycenters = []
cat_xwidths = []
cat_ywidths = []
for file in filearray:
fluxes, times, flux_errs, npix, pld_intensities, xcenters, ycenters, xwidths, ywidths = utils.extractData(
file=file)
cat_fluxes = cat_fluxes + list(fluxes)
cat_times = cat_times + list(times)
cat_flux_errs = cat_flux_errs + list(flux_errs)
cat_npix = cat_npix + list(npix)
i = 0
for pix in pld_intensities:
cat_pld_intensities[i] = cat_pld_intensities[i] + list(pix)
i += 1
cat_xcenters = cat_xcenters + list(xcenters)
cat_ycenters = cat_ycenters + list(ycenters)
cat_xwidths = cat_xwidths + list(xwidths)
cat_ywidths = cat_ywidths + list(ywidths)
cat_fluxes = np.array(cat_fluxes)
cat_times = np.array(cat_times)
cat_flux_errs = np.array(cat_flux_errs)
cat_npix = np.array(cat_npix)
cat_pld_intensities = np.array(
[np.array(pix) for pix in cat_pld_intensities])
cat_xcenters = np.array(cat_xcenters)
cat_ycenters = np.array(cat_ycenters)
cat_xwidths = np.array(cat_xwidths)
cat_ywidths = np.array(cat_ywidths)
current_transit = {}
current_transit[time_key] = cat_times
current_transit[flux_key] = cat_fluxes
current_transit[flux_err_key] = cat_flux_errs
current_transit[eff_width_key] = cat_npix
current_transit[pld_coeff_key] = cat_pld_intensities
current_transit[xcenter_key] = cat_xcenters
current_transit[ycenter_key] = cat_ycenters
current_transit[xwidth_key] = cat_xwidths
current_transit[ywidth_key] = cat_ywidths
joblib.dump(current_transit, 'cat_pairT0E0.joblib.save')
#import src.api.utils as utils
import config
import utils
app = Flask(__name__)
logger = utils.setup_logger()
@app.route('/')
def hello_world():
return 'Running Correctly!'
if __name__ == '__main__':
if config.STARTUP["DOWNLOAD"]:
utils.downloadAllData()
if config.STARTUP["EXTRACT"]:
utils.extractData()
if config.STARTUP["PARSE"]:
data = utils.parseData()
if config.STARTUP["REBUILD_DB"]:
utils.buildDB(data)
#app.run(debug=config.DEBUG, host = config.HOST)
app.run(host=config.HOST)
print("'planet name' is not inlcude in {};".format(planet_name),
end=" ")
planet_name = planet_name.split('.json')[0]
print(" assuming the 'planet name' is {}".format(planet_name))
else:
init_period, init_t0, init_aprs, init_inc, init_tdepth, init_ecc, init_omega = exoparams_to_lmfit_params(
planet_name)
init_fpfs = 500 / ppm if init_fpfs is None else init_fpfs
init_u1 = 0.1 if init_u1 is None else init_u1
init_u2 = 0.0 if init_u2 is None else init_u2
init_u3 = 0.0 if init_u3 is None else init_u3
init_u4 = 0.0 if init_u4 is None else init_u4
print('Acquiring Data')
fluxes, times, flux_errs, npix, pld_intensities, xcenters, ycenters, xwidth_keys, ywidth_keys = utils.extractData(
dataDir)
# Apply half day correction
times = times + 0.5
print('Fixing Time Stamps')
len_init_t0 = len(str(int(init_t0)))
len_times = len(str(int(times.mean())))
# Check if `init_t0` is in JD or MJD
if len_init_t0 == 7 and len_times != 7:
if len_times == 5:
init_t0 = init_t0 - 2400000.5
elif len_times == 4:
init_t0 = init_t0 - 2450000.5
else:
raise ValueError('The `init_t0` is {} and `times.mean()` is {}'.format(
