Parse Localized Date String

The javascript function util.printd has great support for localized date strings using XFAPicture. However, util.scand doesn't appear to have the same support. How would I go about parsing a date string that is in a localized form?
Thanks in advance.

Do you have your application language preference set for Spanish for Acrobat/Reader?
Printing is done form the Date Object and not a string value.

Similar Messages

Parsing a date string

I need to parse a bunch of date strings in 'UTCG' format (whatever that really means).
They all look like:
1 Jan 2001 00:00:00.00
I can't figure out which of the Java date formats parse this. I've tried many varients of:
DateFormat.getTimeInstance(DateFormat.MEDIUM,Locale.GERMANY)
without success.
Help!!!!

Here is a bit of info from the API doc - notice in the first paragraph it talks about the Date object, format seems similar. At the bottom of info is the Short, Long, etc, format tyoes, check those out... - Bart
public abstract class DateFormat
extends Format
DateFormat is an abstract class for date/time formatting subclasses which formats and parses dates or time in a language-independent manner. The date/time formatting subclass, such as SimpleDateFormat, allows for formatting (i.e., date -> text), parsing (text -> date), and normalization. The date is represented as a Date object or as the milliseconds since January 1, 1970, 00:00:00 GMT.
DateFormat provides many class methods for obtaining default date/time formatters based on the default or a given locale and a number of formatting styles. The formatting styles include FULL, LONG, MEDIUM, and SHORT. More detail and examples of using these styles are provided in the method descriptions.
DateFormat helps you to format and parse dates for any locale. Your code can be completely independent of the locale conventions for months, days of the week, or even the calendar format: lunar vs. solar.
To format a date for the current Locale, use one of the static factory methods:
myString = DateFormat.getDateInstance().format(myDate);
If you are formatting multiple dates, it is more efficient to get the format and use it multiple times so that the system doesn't have to fetch the information about the local language and country conventions multiple times.
DateFormat df = DateFormat.getDateInstance();
for (int i = 0; i < a.length; ++i) {
output.println(df.format(myDate) + "; ");
To format a date for a different Locale, specify it in the call to getDateInstance().
DateFormat df = DateFormat.getDateInstance(DateFormat.LONG, Locale.FRANCE);
You can use a DateFormat to parse also.
myDate = df.parse(myString);
Use getDateInstance to get the normal date format for that country. There are other static factory methods available. Use getTimeInstance to get the time format for that country. Use getDateTimeInstance to get a date and time format. You can pass in different options to these factory methods to control the length of the result; from SHORT to MEDIUM to LONG to FULL. The exact result depends on the locale, but generally:
SHORT is completely numeric, such as 12.13.52 or 3:30pm
MEDIUM is longer, such as Jan 12, 1952
LONG is longer, such as January 12, 1952 or 3:30:32pm
FULL is pretty completely specified, such as Tuesday, April 12, 1952 AD or 3:30:42pm PST.

Parsing a date string without knowing the pattern

Hi guys.
Imagine this tool that works with files. At a certain point the tool reads a date from a certain file. The date may come in different flavours (read patterns), depending from file to file, I do not have control over there, so I'm stuck in this moment when I have to parse the date without knowing it's pattern. In one file it's 05-12-2005, in others it's 2007-11-03 12:50:00.
How do I proceed here?
Thanks.

This is going to be a problem.
The most obvious advice would be to create a list of known patterns and then try each of them with the String in question. One of the downsides of this is that you may get false positives, because for example you interpret a month as a day or vice-versa.
I think your starting place will be to figure out how many different date formats you actually have. If the answer truly is more than you can count or new ones are created all the time then you are going to have address that somehow because you simply can't have that. There's just no way to deal with a unlimited number of formats.
If you do get a list of formats then I would try what I first suggested but think of ways in which you can avoid false positives.

Annoying feature when parsing a date string

I am doing:
DateFormat format = new SimpleDateFormat("dd/MM/yyyy");
System.out.println(format.parseObject("11/11/0xxx"));Which is accepted and prints out:
Thu Nov 11 00:00:00 CET 1I would prefer a ParseException here. It is part of a String to Date conversion in a web application and it would be better if i failed parsing (the user might have slipped with his fingers during input).
Any ideas how this can be achieved?
/Jörgen

For detecting when the DateFormat doesn't use the entire input String, you'll need to use the [parse() method that takes a ParsePosition|http://java.sun.com/javase/6/docs/api/java/text/SimpleDateFormat.html#parse(java.lang.String,%20java.text.ParsePosition)]. After you called it, check the ParsePosition to find out if the entire String was used.

Date string to Date object

Hi
How would i go about parsing some date strings in DD/MM/YYYY
format into a date objects. I am sure its an easy problem but i
cant find a simple way to do it as most of the API's want it a
differnt format like MM/DD/YYYY
Thanks for any help

Hi,
in the actionscript 3.0 cookbook there is a class DateFormat
described, which allows to parse strings to date objects.
You can download the code of the dateformat.as from here .
http://www.rightactionscript.com/ascb/
best regards,
kcell

Parse/seperate data from string

I have a string that is returned from Google GeoCoding:
{   "name": "193 Farrow Hill Road,Davisville,WV",   "Status": {     "code": 200,     "request": "geocode"   },   "Placemark": [ {     "id": "p1",     "address": "Davisville, WV, USA",     "AddressDetails": {    "Accuracy" : 4,    "Country" : {       "AdministrativeArea" : {          "AdministrativeAreaName" : "WV",          "SubAdministrativeArea" : {             "Locality" : {                "LocalityName" : "Davisville"             },             "SubAdministrativeAreaName" : "Wood"          }       },       "CountryName" : "USA",       "CountryNameCode" : "US"    } },     "ExtendedData": {       "LatLonBox": {         "north": 39.2357655,         "south": 39.1665921,         "east": -81.4344257,         "west": -81.5624851       }     },     "Point": {       "coordinates": [ -81.4984554, 39.2011873, 0 ]     }   } ] }
I want to be able to parse this data into variables that I can use and update a table.
I currently use ListGetAt() function and try to find common delimiters to narrow down what I am trying to parse, but this processes does not always return the results I am needing.
Does anyone know of any faster more robust way of parsing this string down to variables? And, it could be that I am not using the ListGetAt() to its full potential as well....
What I need most out of this string is in bold below...you'll notice different string lengths depending on if it recognizes the street address or not.
This is the string returned if it DOES NOT recognize the street address:
{   "name": "193 Farrow Hill Road,Davisville,WV",   "Status": {     "code": 200,     "request": "geocode"   },   "Placemark": [ {     "id": "p1",     "address": "Davisville, WV, USA",     "AddressDetails": {    "Accuracy" : 4,    "Country" : {       "AdministrativeArea" : {          "AdministrativeAreaName" : "WV",          "SubAdministrativeArea" : {             "Locality" : {                "LocalityName" : "Davisville"             },             "SubAdministrativeAreaName" : "Wood"          }       },       "CountryName" : "USA",       "CountryNameCode" : "US"    } },     "ExtendedData": {       "LatLonBox": {         "north": 39.2357655,         "south": 39.1665921,         "east": -81.4344257,         "west": -81.5624851       }     },     "Point": {       "coordinates": [ -81.4984554, 39.2011873, 0 ]     }   } ] }
This is the string returned if it DOES recognize the street address:
{   "name": "W7499 So. Mound Rd,Neillsville,WI",   "Status": {     "code": 200,     "request": "geocode"   },   "Placemark": [ {     "id": "p1",     "address": "S Mound Rd, Neillsville, WI 54456, USA",     "AddressDetails": {    "Accuracy" : 6,    "Country" : {       "AdministrativeArea" : {          "AdministrativeAreaName" : "WI",          "SubAdministrativeArea" : {             "Locality" : {                "LocalityName" : "Neillsville",                "PostalCode" : {                   "PostalCodeNumber" : "54456"                },                "Thoroughfare" : {                   "ThoroughfareName" : "S Mound Rd"                }             },             "SubAdministrativeAreaName" : "Clark"          }       },       "CountryName" : "USA",       "CountryNameCode" : "US"    } },     "ExtendedData": {       "LatLonBox": {         "north": 44.5921279,         "south": 44.5858326,         "east": -90.5981846,         "west": -90.6802503       }     },     "Point": {       "coordinates": [ -90.6394276, 44.5889072, 0 ]     }   }, {     "id": "p2",     "address": "S Mound Rd, Neillsville, WI 54456, USA",     "AddressDetails": {    "Accuracy" : 6,    "Country" : {       "AdministrativeArea" : {          "AdministrativeAreaName" : "WI",          "SubAdministrativeArea" : {             "Locality" : {                "LocalityName" : "Neillsville",                "PostalCode" : {                   "PostalCodeNumber" : "54456"                },                "Thoroughfare" : {                   "ThoroughfareName" : "S Mound Rd"                }             },             "SubAdministrativeAreaName" : "Clark"          }       },       "CountryName" : "USA",       "CountryNameCode" : "US"    } },     "ExtendedData": {       "LatLonBox": {         "north": 44.5920678,         "south": 44.5857725,         "east": -90.6802503,         "west": -90.7004168       }     },     "Point": {       "coordinates": [ -90.6899796, 44.5889209, 0 ]     }   } ] }

That is indeed JSON, as Jochem says. You can pick out data using structs and arrays. You will know which structure or array functionality to use after doing something like this
<cfsavecontent variable="myJSON1">
{   "name": "193 Farrow Hill Road,Davisville,WV",   "Status": {     "code": 200,     "request": "geocode"   },   "Placemark": [ {     "id": "p1",     "address": "Davisville, WV, USA",     "AddressDetails": {    "Accuracy" : 4,    "Country" : {       "AdministrativeArea" : {          "AdministrativeAreaName" : "WV",          "SubAdministrativeArea" : {             "Locality" : {                "LocalityName" : "Davisville"             },             "SubAdministrativeAreaName" : "Wood"          }       },       "CountryName" : "USA",       "CountryNameCode" : "US"    } },     "ExtendedData": {       "LatLonBox": {         "north": 39.2357655,         "south": 39.1665921,         "east": -81.4344257,         "west": -81.5624851       }     },     "Point": {       "coordinates": [ -81.4984554, 39.2011873, 0 ]     }   } ] }
</cfsavecontent>
<cfsavecontent variable="myJSON2">
{   "name": "W7499 So. Mound Rd,Neillsville,WI",   "Status": {     "code": 200,     "request": "geocode"   },   "Placemark": [ {     "id": "p1",     "address": "S Mound Rd, Neillsville, WI 54456, USA",     "AddressDetails": {    "Accuracy" : 6,    "Country" : {       "AdministrativeArea" : {          "AdministrativeAreaName" : "WI",          "SubAdministrativeArea" : {             "Locality" : {                "LocalityName" : "Neillsville",                "PostalCode" : {                   "PostalCodeNumber" : "54456"                },                "Thoroughfare" : {                   "ThoroughfareName" : "S Mound Rd"                }             },             "SubAdministrativeAreaName" : "Clark"          }       },       "CountryName" : "USA",       "CountryNameCode" : "US"    } },     "ExtendedData": {       "LatLonBox": {         "north": 44.5921279,         "south": 44.5858326,         "east": -90.5981846,         "west": -90.6802503       }     },     "Point": {       "coordinates": [ -90.6394276, 44.5889072, 0 ]     }   }, {     "id": "p2",     "address": "S Mound Rd, Neillsville, WI 54456, USA",     "AddressDetails": {    "Accuracy" : 6,    "Country" : {       "AdministrativeArea" : {          "AdministrativeAreaName" : "WI",          "SubAdministrativeArea" : {             "Locality" : {                "LocalityName" : "Neillsville",                "PostalCode" : {                   "PostalCodeNumber" : "54456"                },                "Thoroughfare" : {                   "ThoroughfareName" : "S Mound Rd"                }             },             "SubAdministrativeAreaName" : "Clark"          }       },       "CountryName" : "USA",       "CountryNameCode" : "US"    } },     "ExtendedData": {       "LatLonBox": {         "north": 44.5920678,         "south": 44.5857725,         "east": -90.6802503,         "west": -90.7004168       }     },     "Point": {       "coordinates": [ -90.6899796, 44.5889209, 0 ]     }   } ] }
</cfsavecontent>
<cfdump var="#deserializeJSON(myJSON1)#">
<cfdump var="#deserializeJSON(myJSON2)#">

I need help parsing a swift data string

i need to parse swift financial data
is there a way to use split or stringtokenizer for ::
and keep the :: as part of the new seperated data.
i want to put each string starting with :: on a seperate line in a text box.
i gave up and tried it with a loop and a stringbuffer , and indexof.
if (line.indexOf("::") == Strpos ){
frame.jTextArea1.append(displayline.toString());
displayline = new StringBuffer();
displayline.append(line.substring(Strpos, (Strpos + 2)));
Strpos += 2;
if (line.indexOf("::") != Strpos ) {
displayline.append(line.substring(Strpos, Strpos + 1));
System.out.println( displayline);
Strpos++;
but i cant get that to work either.
if anyone knows how to parse swift data please give me your email address.
i've been doing it in cobol for 15 yrs and i just cant get the cobol techniques to translate to java.
thanks.

as i said
i am really a cobol guy
and yes as you see i did try to use indexof in my code.
but there must be something about indexof that i'm not getting.
it works the first time in the loop but then as i increment my start position(strpos)
the indsex of no longer works.
am i using the correct technique to increment the start position thru the string buffer.
thanks guys.

Parse a Date to String

Hi
i would use this to parse String to Date :
public Date parseFromString(String dateString){
      try {
          java.text.SimpleDateFormat formatter
              = new java.text.SimpleDateFormat("dd/MM/yy");
          return formatter.parse(dateString);
      catch (Exception e) {
      return null;
}how can i parse a Date to string?
Thanks
D

check the API Docs for SimpleDateFormat - particularly the format method. public StringFormatFromDate(Date date){
      try {
          java.text.SimpleDateFormat formatter
              = new java.text.SimpleDateFormat("dd/MM/yy");
          return formatter.format(date);
      catch (Exception e) {
           // You really shouldn't catch Exception - and you really should do something in your catch
           // blocks so you don't post a question like "my code executes no problem, but nothing happens...
           e.printStackTrace();
      return null;
}

Date String Parsing.

Hi all,
I need to parse a date that is input by the user.
I thought to pick the input string and use it to create a Date object by parsing it.
example: here inputString is the String that holds the date.
DateFormat fd = new SimpleDateFormat("dd/MM/yyyy");
            try{
                Date when = fd.parse(inputString);
            catch (ParseException pe){
                 <do something to alert the user>
             }the problem is:
if I input the following string:
50/13/2004
it PARSES GOOD (!!) and the parsed date is
19/02/2005
probably because 13/2004 -> 01/2005 and 50 -> 31 + 19...
any help? Thank you!

You'll need to setLenient to false before you call parse(), of course...

Oracle date string parser

I really want that oracle can change their command parser engine to be smart enough especially for date string parsing.
currently the engine will throw error when we type a date string as (for example) '10/10/10', while this command can be accepted in MS-SQLServer.

AMaster wrote:
i have stored three numbers in three different variables and want to join all of them to concatanate:
http://docs.oracle.com/cd/B19306_01/server.102/b14200/operators003.htm
make a date string , kindly help me with this.
Edited by: AMaster on Sep 6, 2012 4:12 AMto_date:
http://docs.oracle.com/cd/B19306_01/server.102/b14200/functions183.htm
How to ask a question:
SQL and PL/SQL FAQ

Problem with TimeZone when parsing a date

Hallo all,
my computer has german locale. My Time Zone is +1. (Example London - 4 AM, Germany - 3 AM).
I execute the following code:
SimpleDateFormat dfHandDate = new SimpleDateFormat("EEEE, MMMM d, HH:mm:ss z yyyy", Locale.US);
String s = "Saturday, October 13, 14:05:41 ET 2007";
s = s.replace("ET", "EST"); // java doesn't know ET
Date date = dfHandDate.parse(s);
System.out.println(date);the output is:
Sat Oct 13 21:05:41 CEST 2007This is not correct time. The correct time is 20:05:41.
Why? What do i do wrong?
Thanks
Igor

{color:#000080}No, EST is correct, it stands for Eastern Standard Time, generally referred to in the US and Canada as Eastern Time (ET).
{color}{color:#0000ff}http://en.wikipedia.org/wiki/List_of_U.S._states_by_time_zone{color}{color:#000080}
One way to offset Daylight Saving Time for Central European Time, there may be better ways :-)
date = new Date(date.getTime () +
TimeZone.getTimeZone ("CET").getDSTSavings ());db{color}

Parsing & Formatting Dates..

static String date_pst = "Jan 12, 1952 10:00:00 AM PST";
static DateFormat df = DateFormat.getDateTimeInstance(DateFormat.LONG, DateFormat.FULL);
static TimeZone tz_pst = TimeZone.getTimeZone("PST");
public static void main(String[] args) throws ParseException {
System.out.println("Date Object from String : " + df.format(df.parse(date_pst)));
/*op : Date Object from String : January 12, 1952 10:00:00 AM PST */
Date parse_date = df.parse(date_pst);
Date format_date = new Date(df.format(parse_date));
System.out.println("Formatted Date : "+df.format(parse_date));
/* op : Formatted Date : January 12, 1952 10:00:00 AM PST */
System.out.println(parse_date);
/* op : Sat Jan 12 23:30:00 IST 1952 */
String is having time set in pst zone...once its parsed its showing Sat Jan 12 23:30:00 IST 1952 ..(time corresponding to tat in string in local timezone)...but wen its formatted with no info about timezone...ie
df.format(parse_date) its showing the actual string time itself...how its possible...ie date object constructed from parse is in IST timezone ten hw its formatted to PST again..

Double post.. Reply here: [http://forums.sun.com/thread.jspa?threadID=5415975]

Parse locale datestrings

i'm not really a java programmer (coldfusion actually) but i need to fill in some i18n gaps with some java. dateformat, simpledateformat, etc. works a treat. however datestring parsing is killing me. parse() requires knowing the date/time format a datestring is formatted in. how can i determine the format a given datestring is in, especially when these strings might be coming in with localized full month or day of week names or some wild combo of LONG date, SHORT time, etc. any ideas?
thanks.

You should know the locale of the user then you can test the following four types of "style";
int style= DateFormat.SHORT
int style= DateFormat.MEDIUM
int style= DateFormat.LONG
int style= DateFormat.DEFAULT
in the static method getDateInstance(int style, Locale aLocale)
http://java.sun.com/j2se/1.4.1/docs/api/java/text/DateFormat.html#getDateInstance(int,%20java.util.Locale)
and try applying the method parse(String)
http://java.sun.com/j2se/1.4.1/docs/api/java/text/DateFormat.html#parse(java.lang.String)
and catch the java.text.ParseException. If PerseException was not caught then the parse might have been successful.

How can I convert output data (string?) from GPIB-read to an 1D array?

Hello all,
I am reading a displayed waveform from my Tektronix Oscilloscope (TDS3032) via the GPIB Read VI. The format of the waveform data is: positive integer data-point representation with the most significant byte transferred first (2 bytes per data point).
The output data of GPIB-Read looks like a string(?) where the integer numbers and a sign like the euro-currency sign are seperated by spaces e.g. #5200004C3 4 4 4 4 3C3C3........ (C represents the euro-currency sign).
How can I convert this waveform data into a 1D/2D array of real double floatingpoint numbers (DBL) so I can handle the waveform data for data-analysis?
It would be very nice if someone know the solution for this.
t
hanks

Hi,
First of all, I'm assuming you are using LabVIEW.
The first you need to do is parse the string returned by the instrument. In this case you need to search for the known symbols in the string (like the euro sign) and chop the string to get the numeric strings. Here are some examples on parsing from www.ni.com:
Keyword Search: parsing
Once you parse the numeric strings you can use the "String/number conversion VIs" in the String pallette.
Hope this helps.
DiegoF.Message Edited by Molly K on 02-18-2005 11:01 PM

Script for parsing xml data and inserting in DB

Thank you for reading.
I have the following example XML in an XML file. I need to write a script that can insert this data into an Oracle table. The table does not have primary keys. The data just needs to be inserted.
I do not have xsd file in this scenario. Please suggest how to modify Method 1 https://community.oracle.com/thread/1115266?tstart=0 mentioned so that I can call the XML mentioned below and insert into a table
Method 1
Create or replace procedure parse_xml is
l_bfile   BFILE;
l_clob    CLOB;
l_parser dbms_xmlparser.Parser;
l_doc     dbms_xmldom.DOMDocument;
l_nl      dbms_xmldom.DOMNodeList;
l_n       dbms_xmldom.DOMNode;
l_file      dbms_xmldom.DOMNodeList;
l_filen       dbms_xmldom.DOMNode;
lv_value VARCHAR2(1000);
   l_ch      dbms_xmldom.DOMNode;
l_partname varchar2(100);
l_filename varchar2(1000);
l_temp    VARCHAR2(1000);
TYPE tab_type IS TABLE OF tab_software_parts%ROWTYPE;
t_tab tab_type := tab_type();
BEGIN
l_bfile := BFileName('DIR1', 'SoftwareParts.xml');
dbms_lob.createtemporary(l_clob, cache=>FALSE);
dbms_lob.open(l_bfile, dbms_lob.lob_readonly);
dbms_lob.loadFromFile(dest_lob => l_clob,    src_lob => l_bfile,    amount   => dbms_lob.getLength(l_bfile));
dbms_lob.close(l_bfile);
dbms_session.set_nls('NLS_DATE_FORMAT','''DD-MON-YYYY''');
l_parser := dbms_xmlparser.newParser;
dbms_xmlparser.parseClob(l_parser, l_clob);
l_doc := dbms_xmlparser.getDocument(l_parser);
    dbms_lob.freetemporary(l_clob);
dbms_xmlparser.freeParser(l_parser);
l_nl := dbms_xslprocessor.selectNodes(dbms_xmldom.makeNode(l_doc),'/PartDetails/Part');
    FOR cur_emp IN 0 .. dbms_xmldom.getLength(l_nl) - 1 LOOP
    l_n := dbms_xmldom.item(l_nl, cur_emp);
    t_tab.extend;
    dbms_xslprocessor.valueOf(l_n,'Name/text()',l_partname);
    t_tab(t_tab.last).partname := l_partname;
    l_file := dbms_xslprocessor.selectNodes(l_n,'Files/FileName');
    FOR cur_ch IN 0 .. dbms_xmldom.getLength(l_file) - 1 LOOP
      l_ch := dbms_xmldom.item(l_file, cur_ch);
      lv_value := dbms_xmldom.getnodevalue(dbms_xmldom.getfirstchild(l_ch));
      if t_tab(t_tab.last).partname is null then t_tab(t_tab.last).partname := l_partname; end if;
      t_tab(t_tab.last).filename := lv_value;
    t_tab.extend;
   END LOOP;
   END LOOP;
    t_tab.delete(t_tab.last);
FOR cur_emp IN t_tab.first .. t_tab.last LOOP
if t_tab(cur_emp).partname is not null and t_tab(cur_emp).filename is not null then
    INSERT INTO tab_software_parts
    VALUES
    (t_tab(cur_emp).partname, t_tab(cur_emp).filename);
    end if;
END LOOP;
COMMIT;
dbms_xmldom.freeDocument(l_doc);
EXCEPTION
WHEN OTHERS THEN
    dbms_lob.freetemporary(l_clob);
    dbms_xmlparser.freeParser(l_parser);
    dbms_xmldom.freeDocument(l_doc);
END;
<TWObject className="TWObject">
<array size="240">
    <item>
      <variable type="QuestionDetail">
        <questionId type="String"><![CDATA[30]]></questionId>
        <questionType type="questionType"><![CDATA[COUNTRY]]></questionType>
        <country type="String"><![CDATA[GB]]></country>
        <questionText type="String"><![CDATA[Please indicate]]></questionText>
        <optionType type="String"><![CDATA[RadioButton]]></optionType>
        <answerOptions type="String[]">
          <item><![CDATA[Yes]]></item>
          <item><![CDATA[No]]></item>
        </answerOptions>
        <ruleId type="String"><![CDATA[CRP_GB001]]></ruleId>
        <parentQuestionId type="String"></parentQuestionId>
        <parentQuestionResp type="String"></parentQuestionResp>
      </variable>
    </item>
    <item>
      <variable type="QuestionDetail">
        <questionId type="String"><![CDATA[40]]></questionId>
        <questionType type="questionType"><![CDATA[COUNTRY]]></questionType>
        <country type="String"><![CDATA[DE]]></country>
        <questionText type="String"><![CDATA[Please indicate]]></questionText>
        <optionType type="String"><![CDATA[RadioButton]]></optionType>
        <answerOptions type="String[]">
          <item><![CDATA[Yes]]></item>
          <item><![CDATA[No]]></item>
        </answerOptions>
        <ruleId type="String"><![CDATA[CRP_Q0001]]></ruleId>
        <parentQuestionId type="String"></parentQuestionId>
        <parentQuestionResp type="String"></parentQuestionResp>
      </variable>
    </item>
</array>
</TWObject>

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Script to parse XML data into Oracle DB

Parse Localized Date String

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