def __init__(self, username, password):
""" Initializes a VerseBot object with supplied username and password. It is recommended that
the username and password are stored in something like an environment variable for security
reasons. """
logging.basicConfig(level=LOG_LEVEL)
self.log = logging.getLogger("versebot")
logging.getLogger("requests").setLevel(logging.WARNING)
try:
self.log.info("Connecting to reddit...")
self.r = praw.Reddit(user_agent=(
"VerseBot by /u/mgrieger. GitHub: https://github.com/matthieugrieger/versebot"
))
self.o = OAuth2Util.OAuth2Util(self.r)
self.o.refresh(force=True)
except Exception as err:
self.log.critical("Exception: %s", err)
self.log.critical("Connection to reddit failed. Exiting...")
exit(1)
self.log.info("Successfully connected to reddit!")
self.log.info("Connecting to database...")
database.connect(self.log) # Initialize connection to database.
self.log.info("Successfully connected to database!")
self.parser = WebParser(
) # Initialize web parser with updated translation list.
self.log.info("Updating translation list table...")
database.update_translation_list(self.parser.translations)
self.log.info("Translation list update successful!")
self.log.info("Cleaning old user translation entries...")
database.clean_user_translations()
self.log.info("User translation cleaning successful!")
def __init__(self):
""" Initializes a VerseBot object. """
logging.basicConfig(level=LOG_LEVEL)
self.log = logging.getLogger("versebot")
logging.getLogger("requests").setLevel(logging.WARNING)
# Initialize connection to Reddit
try:
self.log.info("Connecting to Reddit...")
self.r = praw.Reddit(
user_agent="VerseBot by Team VerseBot. "
"GitHub: https://github.com/Team-VerseBot/versebot")
self.o = OAuth2Util.OAuth2Util(self.r)
self.o.refresh(force=True)
except Exception as err:
self.log.critical("Exception: %s", err)
self.log.critical("Connection to Reddit failed. Exiting...")
exit(1)
self.log.info("Successfully connected to reddit!")
# Initialize connection to database
self.log.info("Connecting to database...")
database.connect(self.log)
self.log.info("Successfully connected to database!")
# Initialize web parser with updated translation list
self.parser = WebParser()
self.log.info("Updating translation list table...")
database.update_trans_list(self.parser.translations)
self.log.info("Translation list update successful!")
self.log.info("Cleaning old user translation entries...")
database.clean_user_trans()
self.log.info("User translation cleaning successful!")
# Extra measure to catch any unhandled exceptions
unhandled.start()
class ExDBManager():
galaxyname = None
url = None
CrossIdent = []
RA = None
Dec = None
RA_DEG = None
Dec_DEG = None
Z = [] # 값, 오차
VHelio = [] #km/s
VCMB = [] #km/s
HubbleDistance = [] #Mpc
ObjectType = None
Morphoogy = None
ActivityType = None
OtherClassification = None
Passband = None
Diameter = None #kpc
A_lambdaV = None
A_lambdaK = None
webParser = WebParser()
html = None
bsobj = None
def __init__(self, galaxyname):
self.galaxyname = galaxyname
self.url = "https://ned.ipac.caltech.edu/byname?objname=" + str(
galaxyname)
self.html, self.bsobj = self.webParser.getHtml(self.url)
self.getData()
pass
def printData(self):
print('<Information Table Of ' + self.galaxyname + '>')
print('--------------------------')
print('SUCCESSFUL GET: ' + self.url)
print('--------------------------')
print('[Cross-Identifications]')
for item in self.CrossIdent:
print('- ' + item)
print('')
print('[Coordinates for Preferred Position]')
print('> Equatorial (J2000)')
print('RA: ' + self.RA)
print('Dec: ' + self.Dec)
print('RA(in Deg): ' + self.RA_DEG)
print('Dec(in Deg): ' + self.Dec_DEG)
print('')
print('[Preferred Redshift & Derived Quantities] - H0 = 67.8 km/s/Mpc')
print('z: ' + self.Z[0] + ' +/- ' + self.Z[1])
print('V(Helio, km/s): ' + self.VHelio[0] + ' +/- ' + self.VHelio[1])
print('V(CMB, km/s): ' + self.VCMB[0] + ' +/- ' + self.VCMB[1])
print('')
print('[Classifications]')
print('Object Type: ' + self.ObjectType)
print('Morphology: ' + self.Morphoogy)
print('Other: ' + self.OtherClassification)
print('')
print('[Angular & Physical Diameters]')
print('Passband: ' + self.Passband)
print('Diameter(kpc): ' + self.Diameter)
print('')
print('[Foreground Galatic Extinction]')
print('A_lambda [mag] V: ' + self.A_lambdaV)
print('A_lambda [mag] K: ' + self.A_lambdaK)
pass
def returnDataList(self):
return [
self.CrossIdent, self.RA, self.Dec, self.RA_DEG, self.Dec_DEG,
self.Z, self.VHelio, self.VCMB, self.HubbleDistance,
self.ObjectType, self.Morphoogy, self.ActivityType, self.Passband,
self.Diameter, self.A_lambdaV, self.A_lambdaK
]
def getData(self):
tr = self.webParser.getItemByClass(
self.bsobj, 'tr', 'ov_insiderow ov_inside_crosid_row')
obj = self.webParser.getItemsByTag(tr, 'span')
for item in obj:
self.CrossIdent.append(item.text.strip())
pass
tr = self.webParser.getItemByClass(self.bsobj, 'tr',
'ov_insiderow ov_inside_coord_row')
obj = self.webParser.getItemsByTag(tr, 'td')
span = self.webParser.getItemsByTag(obj[0], 'span')
if str(type(span[0])) == "<class 'bs4.element.Tag'>":
self.RA = span[0].text.strip()
pass
if str(type(span[1])) == "<class 'bs4.element.Tag'>":
self.Dec = span[1].text.strip()
pass
span = self.webParser.getItemsByTag(obj[1], 'span')
if str(type(span[0])) == "<class 'bs4.element.Tag'>":
self.RA_DEG = span[0].text.strip()
pass
if str(type(span[1])) == "<class 'bs4.element.Tag'>":
self.Dec_DEG = span[1].text.strip()
pass
tr = self.webParser.getItemByClass(
self.bsobj, 'tr', 'ov_insiderow ov_inside_redshift_row')
obj = self.webParser.getItemsByTag(tr, 'td')
span = self.webParser.getItemsByTag(obj[0], 'span')
if str(type(span[0])) == "<class 'bs4.element.Tag'>":
self.Z.append(span[0].text.strip())
pass
if str(type(span[1])) == "<class 'bs4.element.Tag'>":
self.Z.append(span[1].text.strip())
pass
span = self.webParser.getItemsByTag(obj[1], 'span')
if str(type(span[0])) == "<class 'bs4.element.Tag'>":
self.VHelio.append(span[0].text.strip())
pass
if str(type(span[1])) == "<class 'bs4.element.Tag'>":
self.VHelio.append(span[1].text.strip())
pass
span = self.webParser.getItemsByTag(obj[3], 'span')
if str(type(span[0])) == "<class 'bs4.element.Tag'>":
self.VCMB.append(span[0].text.strip())
pass
if str(type(span[1])) == "<class 'bs4.element.Tag'>":
self.VCMB.append(span[1].text.strip())
pass
span = self.webParser.getItemsByTag(obj[4], 'span')
if str(type(span[0])) == "<class 'bs4.element.Tag'>":
self.HubbleDistance.append(span[0].text.strip())
pass
if str(type(span[1])) == "<class 'bs4.element.Tag'>":
self.HubbleDistance.append(span[1].text.strip())
pass
tr = self.webParser.getItemByClass(
self.bsobj, 'tr', 'ov_insiderow ov_inside_classification_row')
obj = self.webParser.getItemsByTag(tr, 'td')
span = self.webParser.getItemByTag(obj[0], 'span')
if str(type(span)) == "<class 'bs4.element.Tag'>":
self.ObjectType = span.text.strip()
pass
span = self.webParser.getItemByTag(obj[1], 'span')
if str(type(span)) == "<class 'bs4.element.Tag'>":
self.Morphoogy = span.text.strip()
pass
span = self.webParser.getItemByTag(obj[3], 'span')
if str(type(span)) == "<class 'bs4.element.Tag'>":
self.ActivityType = span.text.strip()
pass
span = self.webParser.getItemByTag(obj[5], 'span')
if str(type(span)) == "<class 'bs4.element.Tag'>":
self.OtherClassification = span.text.strip()
pass
tr = self.webParser.getItemByClass(self.bsobj, 'tr',
'ov_insiderow ov_inside_sizes_row')
obj = self.webParser.getItemsByTag(tr, 'td')
span = self.webParser.getItemByTag(obj[0], 'span')
if str(type(span)) == "<class 'bs4.element.Tag'>":
self.Passband = span.text.strip()
pass
span = self.webParser.getItemByTag(obj[3], 'span')
if str(type(span)) == "<class 'bs4.element.Tag'>":
self.Diameter = span.text.strip()
pass
span = self.webParser.getItemByTag(obj[4], 'span')
if str(type(span)) == "<class 'bs4.element.Tag'>":
self.A_lambdaV = span.text.strip()
pass
span = self.webParser.getItemByTag(obj[5], 'span')
if str(type(span)) == "<class 'bs4.element.Tag'>":
self.A_lambdaK = span.text.strip()
pass
pass
pass
def ratemapper(x):
if type(x) is not float:
return WebParser().parse(x, WebParser.PSTYPE_RATINGS)
elif x < Ratings.NEUTRAL:
return 0
return x
