def time2xml(the_time, outer_tag, indent_tab=DEFAULT_TAB, leading_tab=""): xml_data = {"UTC":{"unixtime":timeConversion.getSeconds(the_time), "ISO8601":timeConversion.getISO8601_UTC(the_time), "RFC2822":timeConversion.getRFC2822_UTC(the_time)}, "Local":{"ISO8601":timeConversion.getISO8601_Local(the_time), "RFC2822":timeConversion.getRFC2822_Local(the_time), "human":timeConversion.getHuman(the_time)}} return dict2string(xml_data, dict_name=outer_tag, el_name="timezone", subtypes_params={"class":{}}, indent_tab=indent_tab, leading_tab=leading_tab)
def time2xml(the_time, outer_tag, indent_tab=DEFAULT_TAB, leading_tab=""): xml_data = { "UTC": { "unixtime": timeConversion.getSeconds(the_time), "ISO8601": timeConversion.getISO8601_UTC(the_time), "RFC2822": timeConversion.getRFC2822_UTC(the_time) }, "Local": { "ISO8601": timeConversion.getISO8601_Local(the_time), "RFC2822": timeConversion.getRFC2822_Local(the_time), "human": timeConversion.getHuman(the_time) } } return dict2string(xml_data, dict_name=outer_tag, el_name="timezone", subtypes_params={"class": {}}, indent_tab=indent_tab, leading_tab=leading_tab)
def test_rf_c2822_local_symmetric(self, flt_time): t = long(flt_time) tstr = getRFC2822_Local(flt_time) self.assertEqual(t, extractRFC2822_Local(getRFC2822_Local(flt_time))) self.assertEqual(tstr, getRFC2822_Local(extractRFC2822_Local(tstr)))
def test_get_rf_c2822__local(self): os.environ['TZ'] = tz time.tzset() self.assertEqual(rfc_2822_local, getRFC2822_Local(now))