@Test public void testFromUnixTimestamp() { long unixTimestamp = nowDateTime().getMillis() / 1000; Assert.assertEquals(DateTimeParser.parse(Long.toString(unixTimestamp)), nowDateTime()); }
public static DateTime parse(String dateTimeOffsetString) { String stringToParse = dateTimeOffsetString.replace(" ", "").replace(",", "").replace("_", ""); if (StringUtils.isNumeric(stringToParse) && !isLikelyDateTime(stringToParse)) return dateTimeFromTimestamp(stringToParse); DateTime dateTime = tryParseDateTime("HH:mmyyyyMMdd", stringToParse); if (dateTime != null) return dateTime; List<String> splitList = splitDateTimeAndOffset(stringToParse); String offset = splitList.get(1); String dateTimeString = splitList.get(0); DateTimeOffsetParser parser = new DateTimeOffsetParser(dateTimeString, offset); return parser.updateDateTime(new DateTime()); }
DateTimeParser { public static DateTime parse(String dateTimeOffsetString) { String stringToParse = dateTimeOffsetString.replace(" ", "").replace(",", "").replace("_", ""); if (StringUtils.isNumeric(stringToParse) && !isLikelyDateTime(stringToParse)) return dateTimeFromTimestamp(stringToParse); DateTime dateTime = tryParseDateTime("HH:mmyyyyMMdd", stringToParse); if (dateTime != null) return dateTime; List<String> splitList = splitDateTimeAndOffset(stringToParse); String offset = splitList.get(1); String dateTimeString = splitList.get(0); DateTimeOffsetParser parser = new DateTimeOffsetParser(dateTimeString, offset); return parser.updateDateTime(new DateTime()); } }
DateTimeParser { public static DateTime parse(String dateTimeOffsetString) { String stringToParse = dateTimeOffsetString.replace(" ", "").replace(",", "").replace("_", ""); if (StringUtils.isNumeric(stringToParse) && !isLikelyDateTime(stringToParse)) return dateTimeFromTimestamp(stringToParse); DateTime dateTime = tryParseDateTime("HH:mmyyyyMMdd", stringToParse); if (dateTime != null) return dateTime; List<String> splitList = splitDateTimeAndOffset(stringToParse); String offset = splitList.get(1); String dateTimeString = splitList.get(0); DateTimeOffsetParser parser = new DateTimeOffsetParser(dateTimeString, offset); return parser.updateDateTime(new DateTime()); }  }
DateTimeParser { public static DateTime parse(String dateTimeOffsetString) { String stringToParse = dateTimeOffsetString.replace(" ", "").replace(",", "").replace("_", ""); if (StringUtils.isNumeric(stringToParse) && !isLikelyDateTime(stringToParse)) return dateTimeFromTimestamp(stringToParse); DateTime dateTime = tryParseDateTime("HH:mmyyyyMMdd", stringToParse); if (dateTime != null) return dateTime; List<String> splitList = splitDateTimeAndOffset(stringToParse); String offset = splitList.get(1); String dateTimeString = splitList.get(0); DateTimeOffsetParser parser = new DateTimeOffsetParser(dateTimeString, offset); return parser.updateDateTime(new DateTime()); }  static DateTime parse(String dateTimeOffsetString); }
DateTimeParser { public static DateTime parse(String dateTimeOffsetString) { String stringToParse = dateTimeOffsetString.replace(" ", "").replace(",", "").replace("_", ""); if (StringUtils.isNumeric(stringToParse) && !isLikelyDateTime(stringToParse)) return dateTimeFromTimestamp(stringToParse); DateTime dateTime = tryParseDateTime("HH:mmyyyyMMdd", stringToParse); if (dateTime != null) return dateTime; List<String> splitList = splitDateTimeAndOffset(stringToParse); String offset = splitList.get(1); String dateTimeString = splitList.get(0); DateTimeOffsetParser parser = new DateTimeOffsetParser(dateTimeString, offset); return parser.updateDateTime(new DateTime()); }  static DateTime parse(String dateTimeOffsetString);  }