///<summary>
/// A method that returns an XML formatted <c>String</c> representing
/// the serialized <c>Object</c>. The format used is:
///
/// <code>
/// <AstronomicalTimes date="1969-02-08" type="net.sourceforge.zmanim.AstronomicalCalendar algorithm="US Naval Almanac Algorithm" location="Lakewood, NJ" latitude="40.095965" longitude="-74.22213" elevation="25.4" timeZoneName="Eastern Standard Time" timeZoneID="America/New_York" timeZoneOffset="-5">
/// <Sunrise>2007-02-18T06:45:27-05:00</Sunrise>
/// <TemporalHour>PT54M17.529S</TemporalHour>
/// ...
/// </AstronomicalTimes>
/// </code>
///
/// Note that the output uses the <a href = "http://www.w3.org/TR/xmlschema11-2/#Date">xsd:Date</a>
/// format for times such as sunrise, and <a href = "http://www.w3.org/TR/xmlschema11-2/#duration">xsd:duration</a>
/// format for times that are a duration such as the length of a
/// <see cref = "AstronomicalCalendar.GetTemporalHour()">temporal hour</see>.
/// The output of this method is returned by the <see cref = "AstronomicalCalendar.ToString" /> }.
///</summary>
///<returns> The XML formatted <c>String</c>. The format will be:
///
/// <code>
/// <AstronomicalTimes date="1969-02-08" type="net.sourceforge.zmanim.AstronomicalCalendar algorithm="US Naval Almanac Algorithm" location="Lakewood, NJ" latitude="40.095965" longitude="-74.22213" elevation="25.4" timeZoneName="Eastern Standard Time" timeZoneID="America/New_York" timeZoneOffset="-5">
/// <Sunrise>2007-02-18T06:45:27-05:00</Sunrise>
/// <TemporalHour>PT54M17.529S</TemporalHour>
/// ...
/// </AstronomicalTimes>
/// </code>
///</returns>
public static string ToXml(AstronomicalCalendar ac)
{
var formatter = new ZmanimFormatter(XSD_DURATION_FORMAT, "yyyy-MM-dd'T'HH:mm:ss");
string df = "yyyy-MM-dd";
var output = new StringBuilder("<");
if (ac.GetType().Name.EndsWith("AstronomicalCalendar"))
{
output.Append("AstronomicalTimes");
}
else if (ac.GetType().Name.EndsWith("ZmanimCalendar"))
{
output.Append("Zmanim");
}
output.Append(" date=\"" + ac.DateWithLocation.Date.ToString(df) + "\"");
output.Append(" type=\"" + ac.GetType().Name + "\"");
output.Append(" algorithm=\"" + ac.AstronomicalCalculator.CalculatorName + "\"");
output.Append(" location=\"" + ac.DateWithLocation.Location.LocationName + "\"");
output.Append(" latitude=\"" + ac.DateWithLocation.Location.Latitude + "\"");
output.Append(" longitude=\"" + ac.DateWithLocation.Location.Longitude + "\"");
output.Append(" elevation=\"" + ac.DateWithLocation.Location.Elevation + "\"");
output.Append(" timeZoneName=\"" + ac.DateWithLocation.Location.TimeZone.GetDisplayName() + "\"");
output.Append(" timeZoneID=\"" + ac.DateWithLocation.Location.TimeZone.GetId() + "\"");
output.Append(" timeZoneOffset=\"" +
(ac.DateWithLocation.Location.TimeZone.GetOffset(ac.DateWithLocation.Date.ToFileTime()) /
((double)HOUR_MILLIS)) + "\"");
output.Append(">\n");
MethodInfo[] theMethods = ac.GetType().GetMethods();
string tagName = "";
object @value = null;
IList <Zman> dateList = new List <Zman>();
IList <Zman> durationList = new List <Zman>();
IList <string> otherList = new List <string>();
for (int i = 0; i < theMethods.Length; i++)
{
if (IncludeMethod(theMethods[i]))
{
tagName = theMethods[i].Name.Substring(3);
//String returnType = theMethods[i].getReturnType().getName();
try
{
@value = theMethods[i].Invoke(ac, null);
if (@value == null) //FIXME: use reflection to determine what the return type is, not the value
{
otherList.Add("<" + tagName + ">N/A</" + tagName + ">");
}
else if (@value is DateTime)
{
dateList.Add(new Zman((DateTime)@value, tagName));
} // shaah zmanis
else if (@value is long?)
{
durationList.Add(new Zman((int)((long?)@value), tagName));
} // will probably never enter this block, but is
else
{
// present to be future proof
otherList.Add("<" + tagName + ">" + @value + "</" + tagName + ">");
}
}
catch (Exception e)
{
output.Append(e.StackTrace);
throw;
}
}
}
foreach (Zman zman in dateList.OrderBy(x => x.ZmanTime))
{
output.Append("\t<" + zman.ZmanLabel);
output.Append(">");
output.Append(formatter.FormatDate(zman.ZmanTime, ac.DateWithLocation)
+ "</" + zman.ZmanLabel + ">\n");
}
foreach (Zman zman in durationList.OrderBy(x => x.Duration))
{
output.Append("\t<" + zman.ZmanLabel);
output.Append(">");
output.Append(formatter.Format((int)zman.Duration) + "</"
+ zman.ZmanLabel + ">\n");
}
foreach (string t in otherList)
{
// will probably never enter this block
output.Append("\t" + t + "\n");
}
if (ac.GetType().Name.EndsWith("AstronomicalCalendar"))
{
output.Append("</AstronomicalTimes>");
}
else if (ac.GetType().Name.EndsWith("ZmanimCalendar"))
{
output.Append("</Zmanim>");
}
return(output.ToString());
}
///<summary>
/// A method that returns an XML formatted <c>String</c> representing
/// the serialized <c>Object</c>. The format used is:
///
/// <code>
/// <AstronomicalTimes date="1969-02-08" type="net.sourceforge.zmanim.AstronomicalCalendar algorithm="US Naval Almanac Algorithm" location="Lakewood, NJ" latitude="40.095965" longitude="-74.22213" elevation="25.4" timeZoneName="Eastern Standard Time" timeZoneID="America/New_York" timeZoneOffset="-5">
/// <Sunrise>2007-02-18T06:45:27-05:00</Sunrise>
/// <TemporalHour>PT54M17.529S</TemporalHour>
/// ...
/// </AstronomicalTimes>
/// </code>
///
/// Note that the output uses the <a href = "http://www.w3.org/TR/xmlschema11-2/#Date">xsd:Date</a>
/// format for times such as sunrise, and <a href = "http://www.w3.org/TR/xmlschema11-2/#duration">xsd:duration</a>
/// format for times that are a duration such as the length of a
/// <see cref = "AstronomicalCalendar.GetTemporalHour()">temporal hour</see>.
/// The output of this method is returned by the <see cref = "AstronomicalCalendar.ToString" /> }.
///</summary>
///<returns> The XML formatted <c>String</c>. The format will be:
///
/// <code>
/// <AstronomicalTimes date="1969-02-08" type="net.sourceforge.zmanim.AstronomicalCalendar algorithm="US Naval Almanac Algorithm" location="Lakewood, NJ" latitude="40.095965" longitude="-74.22213" elevation="25.4" timeZoneName="Eastern Standard Time" timeZoneID="America/New_York" timeZoneOffset="-5">
/// <Sunrise>2007-02-18T06:45:27-05:00</Sunrise>
/// <TemporalHour>PT54M17.529S</TemporalHour>
/// ...
/// </AstronomicalTimes>
/// </code>
///</returns>
public static string ToXml(AstronomicalCalendar ac)
{
var formatter = new ZmanimFormatter(XSD_DURATION_FORMAT, "yyyy-MM-dd'T'HH:mm:ss");
string df = "yyyy-MM-dd";
var output = new StringBuilder("<");
if (ac.GetType().Name.EndsWith("AstronomicalCalendar"))
{
output.Append("AstronomicalTimes");
}
else if (ac.GetType().Name.EndsWith("ZmanimCalendar"))
{
output.Append("Zmanim");
}
output.Append(" date=\"" + ac.DateWithLocation.Date.ToString(df) + "\"");
output.Append(" type=\"" + ac.GetType().Name + "\"");
output.Append(" algorithm=\"" + ac.AstronomicalCalculator.CalculatorName + "\"");
output.Append(" location=\"" + ac.DateWithLocation.Location.LocationName + "\"");
output.Append(" latitude=\"" + ac.DateWithLocation.Location.Latitude + "\"");
output.Append(" longitude=\"" + ac.DateWithLocation.Location.Longitude + "\"");
output.Append(" elevation=\"" + ac.DateWithLocation.Location.Elevation + "\"");
output.Append(" timeZoneName=\"" + ac.DateWithLocation.Location.TimeZone.GetDisplayName() + "\"");
output.Append(" timeZoneID=\"" + ac.DateWithLocation.Location.TimeZone.GetId() + "\"");
output.Append(" timeZoneOffset=\"" +
(ac.DateWithLocation.Location.TimeZone.GetOffset(ac.DateWithLocation.Date.ToFileTime()) /
((double)HOUR_MILLIS)) + "\"");
output.Append(">\n");
MethodInfo[] theMethods = ac.GetType().GetMethods();
string tagName = "";
object @value = null;
IList<Zman> dateList = new List<Zman>();
IList<Zman> durationList = new List<Zman>();
IList<string> otherList = new List<string>();
for (int i = 0; i < theMethods.Length; i++)
{
if (IncludeMethod(theMethods[i]))
{
tagName = theMethods[i].Name.Substring(3);
//String returnType = theMethods[i].getReturnType().getName();
try
{
@value = theMethods[i].Invoke(ac, null);
if (@value == null) //FIXME: use reflection to determine what the return type is, not the value
{
otherList.Add("<" + tagName + ">N/A</" + tagName + ">");
}
else if (@value is DateTime)
{
dateList.Add(new Zman((DateTime)@value, tagName));
} // shaah zmanis
else if (@value is long?)
{
durationList.Add(new Zman((int)((long?)@value), tagName));
} // will probably never enter this block, but is
else
{
// present to be future proof
otherList.Add("<" + tagName + ">" + @value + "</" + tagName + ">");
}
}
catch (Exception e)
{
output.Append(e.StackTrace);
throw;
}
}
}
foreach (Zman zman in dateList.OrderBy(x => x.ZmanTime))
{
output.Append("\t<" + zman.ZmanLabel);
output.Append(">");
output.Append(formatter.FormatDate(zman.ZmanTime, ac.DateWithLocation)
+ "</" + zman.ZmanLabel + ">\n");
}
foreach (Zman zman in durationList.OrderBy(x => x.Duration))
{
output.Append("\t<" + zman.ZmanLabel);
output.Append(">");
output.Append(formatter.Format((int)zman.Duration) + "</"
+ zman.ZmanLabel + ">\n");
}
foreach (string t in otherList)
{
// will probably never enter this block
output.Append("\t" + t + "\n");
}
if (ac.GetType().Name.EndsWith("AstronomicalCalendar"))
{
output.Append("</AstronomicalTimes>");
}
else if (ac.GetType().Name.EndsWith("ZmanimCalendar"))
{
output.Append("</Zmanim>");
}
return output.ToString();
}