def get_json(self, category):
atomic_weight = elementParser.parseAtomicWeight(self.__process_atomic_weight())
atomic_mass = atomic_weight[0]
atomic_mass_uncertainty = atomic_weight[1]
jsonElement = {
"atomic_number": elementParser.parseAtomicNumber( self.tds[0].find(text=True)),
"symbol": elementParser.parseSymbol( self.tds[1].find(text=True)),
# "name": tds[2].find(text=True),
# "etymology": tds[3].findAll(text=True),
"group": elementParser.parseGroup( self.tds[4].find(text=True)),
"period": elementParser.parsePeriod( self.tds[5].find(text=True)),
"density": elementParser.parseDensity( self.tds[7].find(text=True)),
"melting_point": elementParser.parseTemperatureKelvin( self.tds[8].find(text=True)),
"boiling_point": elementParser.parseTemperatureKelvin( self.tds[9].find(text=True)),
"specific_heat_capacity": elementParser.parseTemperatureKelvin( self.tds[10].find(text=True)),
"electronegativity": elementParser.parseElectronegativity( self.tds[11].find(text=True)),
"atomic_mass": atomic_mass,
"atomic_mass_uncertainty": atomic_mass_uncertainty,
"category": category
# "abundance": tds[12].string
}
jsonElement["href"] = self.tds[2].a.get("href")
return jsonElement
def testParseSymbol(self):
self.assertEqual("H", elementParser.parseSymbol("h"))
self.assertEqual("H", elementParser.parseSymbol(" h"))
self.assertEqual("Al", elementParser.parseSymbol("al"))
self.assertEqual("Al", elementParser.parseSymbol(" al"))
self.assertEqual("Uup", elementParser.parseSymbol(" UUP"))
