private XsdNs.SegmentRequirementType[] BuildSegmentReqsForProxy()
{
var retval = new XsdNs.SegmentRequirementType[SegmentRequirements.Count];
for (int a = 0; a < SegmentRequirements.Count; ++a)
{
retval[a] = SegmentRequirements[a].ToXmlProxy();
}
return(retval);
}
/// <summary>
/// Constructor.
/// </summary>
/// <param name="proxy">XML proxy.</param>
/// <exception cref="XNeut.InvalidMessageException">Thrown if an error is encountered.</exception>
internal SegmentRequirement(XsdNs.SegmentRequirementType proxy)
: this() // Call the default constructor
{
try
{
if (proxy.ProcessSegmentID != null)
{
ProcessSegmentIdentifier = new IdentifierType(proxy.ProcessSegmentID);
}
m_earliestStartTime = TryGetTime(proxy.EarliestStartTime);
m_latestEndTime = TryGetTime(proxy.LatestEndTime);
// Check if end is before start
if (m_earliestStartTime.HasValue && m_latestEndTime.HasValue &&
m_earliestStartTime.Value > m_latestEndTime.Value)
{
var msg = string.Format("Segment end must not be before start; start at {0} UTC",
m_earliestStartTime.Value.ToUniversalTime().ToString("yyyy-MM-dd HH:mm:ss.fff"));
throw new XNeut.InvalidMessageException(msg);
}
if (proxy.EquipmentRequirement != null)
{
foreach (var req in proxy.EquipmentRequirement)
{
EquipmentRequirements.Add(new EquipmentRequirement(req)); // throws InvalidMessageException
}
}
if (proxy.MaterialRequirement != null)
{
foreach (var req in proxy.MaterialRequirement)
{
MaterialRequirements.Add(new MaterialRequirement(req)); // throws InvalidMessageException
}
}
if (proxy.SegmentRequirement != null)
{
foreach (var req in proxy.SegmentRequirement)
{
SegmentRequirements.Add(new SegmentRequirement(req)); // throws InvalidMessageException
}
}
}
catch (NullReferenceException e)
{
throw new XNeut.InvalidMessageException("Failed to read SegmentRequirement - something required is missing", e);
}
}
/// <summary>
/// Generates an XML proxy from the object.
/// </summary>
/// <returns>XML proxy.</returns>
/// <exception cref="XNeut.DateTimeException">Thrown if there is a segment that has EarliestStartTime
/// after LatestEndTime.</exception>
internal XsdNs.SegmentRequirementType ToXmlProxy()
{
XsdNs.ProcessSegmentIDType segmentIdProxy = null;
// Process segment ID specified?
if (ProcessSegmentIdentifier != null)
{
// Creating segment ID proxy
segmentIdProxy = new XsdNs.ProcessSegmentIDType();
ProcessSegmentIdentifier.PopulateXmlProxy(segmentIdProxy);
}
var retval = new XsdNs.SegmentRequirementType()
{
ProcessSegmentID = segmentIdProxy,
EquipmentRequirement = BuildEquipmentReqsForProxy(),
MaterialRequirement = BuildMaterialReqsForProxy(),
SegmentRequirement = BuildSegmentReqsForProxy()
};
// Making sure start is not after end
if (m_earliestStartTime.HasValue && m_latestEndTime.HasValue &&
m_earliestStartTime > m_latestEndTime)
{
var msg = string.Format("Start of segment must not be after end (starting at {0} UTC)",
m_earliestStartTime.Value.ToString("yyyy-MM-dd HH:mm:ss"));
throw new XNeut.DateTimeException(msg);
}
// Add time values
if (m_earliestStartTime.HasValue)
{
retval.EarliestStartTime = new XsdNs.EarliestStartTimeType()
{
Value = XNeut.Helper.DateTimeForSerialisation(m_earliestStartTime.Value)
};
}
if (m_latestEndTime.HasValue)
{
retval.LatestEndTime = new XsdNs.LatestEndTimeType()
{
Value = XNeut.Helper.DateTimeForSerialisation(m_latestEndTime.Value)
};
}
return(retval);
}