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Solve the following problem using Python, implementing the functions described below, one line at a time
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Description:
 def print_element_xray_transitions(self, element, file=sys.stdout, tabulate_kwargs=None):
 """ Prints all x-ray transitions for an element, with their different notations and energy. {element} :arg file: file for output, default to standard out """

        header = ['IUPAC', 'Siegbahn', 'Energy (eV)', 'Probability']

        rows = []
        for xraytransition in self.element_xray_transitions(element):
            try:
                iupac = self.xray_transition_notation(xraytransition, 'iupac')
            except:
                iupac = ''

            try:
                siegbahn = self.xray_transition_notation(xraytransition, 'siegbahn')
            except:
                siegbahn = ''

            try:
                energy_eV = self.xray_transition_energy_eV(element, xraytransition)
            except:
                energy_eV = ''

            try:
                probability = self.xray_transition_probability(element, xraytransition)
            except:
                probability = ''

            rows.append([iupac, siegbahn, energy_eV, probability])

        rows.sort(key=operator.itemgetter(2))

        if tabulate_kwargs is None:
            tabulate_kwargs = {}
        file.write(tabulate.tabulate(rows, header, **tabulate_kwargs))