public void DoWork(IRequest request)
{
if (request.ContentType != Sage.Common.Syndication.MediaType.AtomEntry)
{
throw new RequestException("Atom entry content type expected");
}
if (!String.IsNullOrEmpty(_requestContext.ResourceKey))
{
throw new RequestException("Please use resource url");
}
// read entry from stream
SyncFeedEntry entry = new SyncFeedEntry();
XmlReader reader = XmlReader.Create(request.Stream);
reader.MoveToContent();
entry.ReadXml(reader, ResourceKindHelpers.GetPayloadType(_requestContext.ResourceKind));
IEntityWrapper wrapper = EntityWrapperFactory.Create(_requestContext.ResourceKind, _requestContext);
Document document = wrapper.GetTransformedDocument(entry.Payload, entry.SyncLinks);
if (!String.IsNullOrEmpty(document.Id))
{
throw new RequestException("Entity alredy exists");
}
// Add Document
SdataTransactionResult sdTrResult = wrapper.Add(entry.Payload, entry.SyncLinks);
if (sdTrResult == null)
{
throw new RequestException("Entity does not exists"); //?????
}
if ((sdTrResult.HttpStatus == System.Net.HttpStatusCode.OK) ||
(sdTrResult.HttpStatus == System.Net.HttpStatusCode.Created))
{
// store correlation
SyncFeedEntry responseEntry = wrapper.GetFeedEntry(sdTrResult.LocalId);
SyncFeed feed = new SyncFeed();
feed.FeedType = FeedType.ResourceEntry;
feed.Entries.Add(responseEntry);
request.Response.StatusCode = System.Net.HttpStatusCode.Created;
request.Response.Serializer = new SyncFeedSerializer();
request.Response.Feed = feed;
request.Response.Protocol.SendUnknownResponseHeader("Location", responseEntry.Id);
request.Response.ContentType = Sage.Common.Syndication.MediaType.AtomEntry;
}
else
{
throw new RequestException(sdTrResult.HttpMessage);
}
}
public void DoWork(IRequest request)
{
// only atom entry supported!!!
if (request.ContentType != Sage.Common.Syndication.MediaType.AtomEntry)
{
throw new RequestException("Atom entry content type expected");
}
// deserialize the request stream to a SyncFeedEntry
SyncFeedEntry entry = new SyncFeedEntry();
XmlReader reader = XmlReader.Create(request.Stream);
reader.MoveToContent();
entry.ReadXml(reader, typeof(SyncDigestPayload));
if (null == entry.Linked)
{
throw new RequestException("Invalid content: element 'linked' missing");
}
// We check for equality of the urls of the request url and
// in the linked element up to the resourceKind.
string requestEndpointUrl = _requestContext.OriginEndPoint;
RequestContext entryResourceAsRequestContext = new RequestContext(new Sage.Common.Syndication.SDataUri(entry.Linked.Resource)); // TODO: not really nice here.
string linkedResourceUrl = entryResourceAsRequestContext.OriginEndPoint;
if (!string.Equals(requestEndpointUrl, linkedResourceUrl, StringComparison.InvariantCultureIgnoreCase))
{
throw new RequestException("Request url and linked entry resource not matching.");
}
string resourceKindName = _requestContext.ResourceKind.ToString();
Guid currentUuid = (Guid)TypeDescriptor.GetConverter(typeof(Guid)).ConvertFrom(_requestContext.ResourceKey);
Guid newUuid = entry.Linked.Uuid;
string newLocalId = entryResourceAsRequestContext.SdataUri.CollectionPredicate;
// update the correlation entry in the sync store.
// if the uuid should be updated we have to remove the current correlation and then add a new one.
// otherwise we update the current correlation.
ICorrelatedResSyncInfoStore correlatedResSyncInfoStore = RequestReceiver.NorthwindAdapter.StoreLocator.GetCorrelatedResSyncStore(_requestContext.SdataContext);
// create the target correlation
ResSyncInfo targetResSyncInfo = new ResSyncInfo(newUuid, requestEndpointUrl, 0, string.Empty, DateTime.Now);
CorrelatedResSyncInfo targetInfo = new CorrelatedResSyncInfo(newLocalId, targetResSyncInfo);
if (currentUuid == newUuid)
{
correlatedResSyncInfoStore.Update(resourceKindName, targetInfo);
}
else
{
correlatedResSyncInfoStore.Delete(resourceKindName, currentUuid);
correlatedResSyncInfoStore.Add(resourceKindName, targetInfo);
}
// create response
SyncFeed feed = new SyncFeed();
feed.FeedType = FeedType.LinkedSingle;
// create entry
SyncFeedEntry responseEntry = new SyncFeedEntry();
responseEntry.Id = FeedMetadataHelpers.BuildLinkedEntryUrl(_requestContext, targetInfo.ResSyncInfo.Uuid);
responseEntry.Title = FeedMetadataHelpers.BuildLinkedEntryTitle(_requestContext, targetInfo.ResSyncInfo.Uuid);
LinkedElement linkedElement = new LinkedElement();
linkedElement.Resource = FeedMetadataHelpers.BuildEntryResourceUrl(_requestContext, targetInfo.LocalId);
linkedElement.Uuid = targetInfo.ResSyncInfo.Uuid;
responseEntry.Linked = linkedElement;
feed.Entries.Add(responseEntry);
request.Response.Serializer = new SyncFeedSerializer();
request.Response.Feed = (IFeed)feed;
request.Response.ContentType = MediaType.AtomEntry;
}
//private NorthwindConfig _config;
#endregion
#region IRequestProcess Members
public void DoWork(IRequest request)
{
// If an asyncState object already exists, an exception is thrown as the performer only accepts
// one call after each other. The Request receiver has to manage a queued execution.
// Before calling the performers execution implementation method a new AsyncState object is created
// and set to an initial tracking state.
lock (_asyncStateObj)
{
if (null != _asyncStateObj.Tracking)
{
throw new InvalidOperationException("The performer cannot be executed because it is already running.");
}
SyncTracking tracking = new SyncTracking();
tracking.ElapsedSeconds = 1;
tracking.Phase = TrackingPhase.INIT;
tracking.PhaseDetail = "Tracking Id was: " + _requestContext.TrackingId.ToString();
tracking.PollingMillis = 100;
tracking.RemainingSeconds = 100;
_asyncStateObj.Tracking = tracking;
}
// *** Initialization for the async execution ***
// - Read SyncDigest from request stream.
// - Read trackingId from request URL
//// Load input stream (throws RequestException if it fails.)
//XmlDocument xmlInputDoc;
//InputStreamHelpers.Get(request, out xmlInputDoc);
//// load syncDigest info from input stream of the request
//SyncDigestInfo syncDigestInfo = SyncDigestInfoHelpers.Load(xmlInputDoc);
SyncFeedEntry entry = new SyncFeedEntry();
XmlReader reader = XmlReader.Create(request.Stream);
reader.MoveToContent();
entry.ReadXml(reader, typeof(SyncDigestPayload));
if (entry.Payload == null)
{
throw new RequestException("Invalid Content");
}
SyncFeedDigest syncDigestInfo = ((SyncDigestPayload)entry.Payload).Digest;
// convert tracking ID from request to type Guid
string strTrackingId = request.Uri.TrackingID;
if (String.IsNullOrEmpty(strTrackingId))
{
throw new RequestException("TrackingId is missing");
}
GuidConverter converter = new GuidConverter();
this.TrackingId = (Guid)converter.ConvertFrom(strTrackingId);
// *** Do work asynchronously ***
_asyncPerformer = new InternalAsyncPerformer(this);
_asyncPerformer.DoWork(_requestContext.Config, syncDigestInfo);
// *** set the tracking to the request response ***
this.GetTrackingState(request);
}
public void DoWork(IRequest request)
{
//// check for resource kind existence and supported types
//if (_requestContext.ResourceKind == SupportedResourceKinds.None)
// throw new RequestException("Invalid request: The service {0} is a resource based service.");
// if request was done in the context of a resource kind -> check for supported resourceKinds
if (_requestContext.ResourceKind != SupportedResourceKinds.None)
{
if (!(_requestContext.ResourceKind == SupportedResourceKinds.salesOrders ||
_requestContext.ResourceKind == SupportedResourceKinds.salesOrderLines))
{
throw new RequestException("Invalid request: The service {0} is only supported by salesOrders and salesOrderLines.");
}
}
// read entry from stream
SyncFeedEntry entry = new SyncFeedEntry();
XmlReader reader = XmlReader.Create(request.Stream);
reader.MoveToContent();
entry.ReadXml(reader, typeof(ComputePriceRequestPayload));
// underlying resources for price computing
computePriceRequesttype computePriceRequest;
CommodityIdentity[] productIds; // will contain local ids of the commodity referenced by line items.
// Could contain empty items if commodity id could not be found.
// compute price
computePriceResponsetype computePriceResponse;
if (null == entry.Payload)
{
throw new RequestException("Invalid Xml input stream. Could not parse the payload.");
}
computePriceRequest = ((ComputePriceRequestPayload)entry.Payload).ComputePriceRequest;
#region Trading Account (discounted)
// get the undelying trading account
// is null if request is not in the context of an account.
// if no account found means that the account exists in CRM only
// and has not yet been linked with ERP. ERP could treat the account as a
// prospect account and generate a price for the account, or if this is not
// possible it could return an error.
#endregion
#region PricingDocument (only salesOrder suppported)
// document associated with this pricing request (e.g. the Sales Order, Quotation, Purchase Order number).
// could be of any type of enumeration "pricingDocumenttype"
// if no document exists the request is not in the context of a document like order, quote, etc.
// TODO: Get the associated document to find out the context of the request.
// Validate document type
// here: only salesOrder supported
// removed to avoid possible errors (OK as this is only an example project)
//if (computePriceRequest.pricingDocumentType != pricingDocumenttype.salesOrder)
// throw new RequestException("Invalid document type in element 'pricingDocumentType' defined. Only salesOrder supported.");
#endregion
#region Commodities (for each document lines)
// Get Commodity local ids used on the associated document lines.
// (the array returned is always of the same size as the number of document lines in the request payload.
// If a commodity local id could not be found in feed entry the array item will be null.
productIds = this.GetCommodityIds(entry); // (never returns null, but could return an empty array)
#endregion
// compute price
PricingServices pricingServices = new PricingServices(_requestContext.Config);
if (_requestContext.ResourceKind == SupportedResourceKinds.salesOrders ||
_requestContext.ResourceKind == SupportedResourceKinds.None)
{
computePriceResponse = pricingServices.ComputePrice(computePriceRequest, productIds, false);
}
else
{
computePriceResponse = pricingServices.ComputePrice(computePriceRequest, productIds, true);
}
// create response feed
this.BuildResponseFeed(ref request, computePriceResponse);
//this.BuildResponseFeed(ref request, cpr);
}
public void DoWork(IRequest request)
{
// only atom entry supported!!!
if (request.ContentType != Sage.Common.Syndication.MediaType.AtomEntry)
{
throw new RequestException("Atom entry content type expected");
}
// deserialize the request stream to a SyncFeedEntry
SyncFeedEntry entry = new SyncFeedEntry();
XmlReader reader = XmlReader.Create(request.Stream);
reader.MoveToContent();
entry.ReadXml(reader, typeof(SyncDigestPayload));
if (null == entry.Linked)
{
throw new RequestException("Invalid content: element 'linked' missing");
}
// Parse the resource url to get the local id.
// Additionally we check for equality of the urls of the request url and
// in the linked element up to the resourceKind.
string requestEndpointUrl = _requestContext.OriginEndPoint;
RequestContext entryResourceAsRequestContext = new RequestContext(new Sage.Common.Syndication.SDataUri(entry.Linked.Resource)); // TODO: not really nice here.
string linkedResourceUrl = entryResourceAsRequestContext.OriginEndPoint;
if (!string.Equals(requestEndpointUrl, linkedResourceUrl, StringComparison.InvariantCultureIgnoreCase))
{
throw new RequestException("Request url and linked entry resource not matching.");
}
string resourceKindName = _requestContext.ResourceKind.ToString();
string localId = entryResourceAsRequestContext.SdataUri.CollectionPredicate;
Guid uuid = entry.Linked.Uuid;
// store a new correlation entry to the sync store
ICorrelatedResSyncInfoStore correlatedResSyncInfoStore = RequestReceiver.NorthwindAdapter.StoreLocator.GetCorrelatedResSyncStore(_requestContext.SdataContext);
ResSyncInfo newResSyncInfo = new ResSyncInfo(uuid, requestEndpointUrl, 0, string.Empty, DateTime.Now);
CorrelatedResSyncInfo newInfo = new CorrelatedResSyncInfo(localId, newResSyncInfo);
correlatedResSyncInfoStore.Add(resourceKindName, newInfo);
// Set the response values
SyncFeed feed = new SyncFeed();
feed.FeedType = FeedType.LinkedSingle;
SyncFeedEntry feedEntry = new SyncFeedEntry();
feedEntry.Title = FeedMetadataHelpers.BuildLinkedEntryTitle(_requestContext, uuid);
feedEntry.Id = FeedMetadataHelpers.BuildLinkedEntryUrl(_requestContext, uuid);
feedEntry.Updated = newInfo.ResSyncInfo.ModifiedStamp;
feedEntry.Published = newInfo.ResSyncInfo.ModifiedStamp;
feedEntry.Linked = entry.Linked;
feed.Entries.Add(feedEntry);
request.Response.Serializer = new SyncFeedSerializer();
request.Response.Feed = (IFeed)feed;
request.Response.ContentType = MediaType.AtomEntry;
request.Response.StatusCode = System.Net.HttpStatusCode.Created;
request.Response.Protocol.SendUnknownResponseHeader("location", FeedMetadataHelpers.BuildLinkedEntryUrl(_requestContext, uuid));
}
public void DoWork(IRequest request)
{
if (request.ContentType != Sage.Common.Syndication.MediaType.AtomEntry)
{
throw new RequestException("Atom entry content type expected");
}
if (String.IsNullOrEmpty(_requestContext.ResourceKey))
{
throw new RequestException("Please use single resource url");
}
//SupportedResourceKinds resKind = _requestContext.ResourceKind;
//switch (resKind)
//{
// case SupportedResourceKinds.tradingAccounts:
// case SupportedResourceKinds.contacts:
// case SupportedResourceKinds.phoneNumbers:
// case SupportedResourceKinds.postalAddresses:
// break;
// default:
// throw new RequestException("Put is not Supported for requested resource");
//}
// read entry from stream
SyncFeedEntry entry = new SyncFeedEntry();
XmlReader reader = XmlReader.Create(request.Stream);
reader.MoveToContent();
entry.ReadXml(reader, ResourceKindHelpers.GetPayloadType(_requestContext.ResourceKind));
IEntityWrapper wrapper = EntityWrapperFactory.Create(_requestContext.ResourceKind, _requestContext);
Token emptyToken = new Token();
Identity identity = wrapper.GetIdentity(_requestContext.ResourceKey);
Document originalDocument = wrapper.Entity.GetDocument(identity, emptyToken, _requestContext.Config);
if (originalDocument.LogState == LogState.Deleted)
{
throw new RequestException("Entity does not exists");
}
entry.Payload.LocalID = _requestContext.ResourceKey;
SdataTransactionResult sdTrResult = wrapper.Update(entry.Payload, entry.SyncLinks);
if (sdTrResult == null)
{
SyncFeedEntry responseEntry = wrapper.GetFeedEntry(_requestContext.ResourceKey);
SyncFeed feed = new SyncFeed();
feed.FeedType = FeedType.ResourceEntry;
feed.Entries.Add(responseEntry);
request.Response.Serializer = new SyncFeedSerializer();
request.Response.Feed = feed;
request.Response.ContentType = Sage.Common.Syndication.MediaType.AtomEntry;
}
else if (sdTrResult.HttpStatus == System.Net.HttpStatusCode.OK)
{
SyncFeedEntry responseEntry = wrapper.GetFeedEntry(_requestContext.ResourceKey);
SyncFeed feed = new SyncFeed();
feed.FeedType = FeedType.ResourceEntry;
feed.Entries.Add(responseEntry);
request.Response.Serializer = new SyncFeedSerializer();
request.Response.Feed = feed;
request.Response.ContentType = Sage.Common.Syndication.MediaType.AtomEntry;
}
else
{
throw new RequestException(sdTrResult.HttpMessage);
}
}