I have an ftp adapter in BPEL composite to get an xml file with binary text data in it.
<urn:Content fileName="abc.png" mimeCode="image/png">
iVBORw0KGgoAAAANSUhEUgAABpAAAAPyCAIAAAD0RQtg
</urn:Content>
BPEL composite calls OSB service that supports MTOM attachment for content element.
How can i convert binary text to MTOM in BPEL and pass it as on attachment before calling OSB service ?
like
<urn:Content fileName="abc.png" mimeCode="image/png"><inc:Include href="cid:123444" xmlns:inc="http://www.w3.org/2004/08/xop/include"/></urn:Content>
Thanks!
Related
I'm developing a Java application where I need to make a web service request using SOAP protocol. In that SOAP envelop request, one of the XML attribute/property called content will hold the XML file itself like below:-
<n1:envelope>
<message>
<id>67872894892424</id>
</message>
<sender agency="GS1" scheme="tGLK">ur.0</sender>
<recipients>
<id agency="GS1" scheme="tGLK">test</id>
</recipients>
<content encoding="XML" extension="A" format="ATTP">
------
----
</content></n1:envelope>
I'm new to it and requires some assistance in clarifying my doubts. I'm using JDK1.8 and Apache CXF. How can I do marshaling/unmarshalling for this particular content attribute? Normal SOAP envelops request is easy to do it but not sure how to pass an encoded XML itself in SOAP request. Is there any reference links? Thanks
Your case is an example of including XML inside XML. Yes, XML could be included inside an SOAP(XML), there are two ways, though both means almost same thing.
Using CDATA encoding
<hello><![CDATA[<El><E2><E3 attr="D1">Text</E3></E2></El>]]></hello>
Converting the XML into text by replacing, < with <, " with "e; and > with >
<hello><El><E2><E3 attr="D1">Text</E3></E2></El></hello>
To
<hello>>El<>E2<>E3 attr="D1"<Text>/E3<>/E2<>/El<</hello>
Hence, to include the XML inside SOAP, while adding the XML element, you need to follow either approach while marshaling/unmarshaling.
I have JAX-WS endpoint defined with #MTOM annotation and set threshold as below. So I expect any attachments less 5MB shall be sent inline as base64binary. But the soap response is always returned as MTOM for even small files.
Is this expected behavior? How can I enforce this flexibility otherwise ?
#HandlerChain(file="/handler-chain.xml")
#MTOM(threshold=5242880) // 5MB limit for inline soap attachements else MTOM
public class WSImpl {
I'm interested in this behavior. This is not the spec, but at least Metro implementation behaves like that (at least old version) in jboss 5. The Apache CXF does always sends as MTOM if enabled and does not care about threshold.
Is there any sample out there how to return a pdf stream (e.g. generated by Crystal Report) from a nancy module via an ajax request?
I'm not sure what you mean by "ajax request" and why it matters, but recently we had to solve similar problem - i.e. returning pdf, generated from other tool. We ended up using as a template a binary processor, utilizing the content negotiation.
You can modify the binary processor to work with application/pdf MIME type and "pdf" file extensions, so it returns the proper response whenever the request has an Accept header of "application/pdf" or when the request is like http://example.com/reports/report.pdf.
Using this, and assuming you have IReportEngine with Stream GetReportByName(string name), your module will look like (pseudo code):
Get["reports/{reportName}"] = _ => _engine.GetReportByName(_.reportName);
I need to transform the following json payload into a soap message and send the message to a consumer, the consumer edits the data and sends back the soap message.
I haven't done much in soap. I only have REST experience. what steps do I need to take in a process like this?
what is the best approach?
[{"salesOrderId":"00004-5-6","saleName":"House Sale","status":"processing"}, {"salesOrderId":"00001-2-3","saleName":"Car Sale","status":"processing"}]
There are various way to perform this transformation, for example:
PATH - 1
Json To XML (with transformer or string set payload)
Xml To SOAP Request using XSLT, transformer or string set payload.
Send SOAP Request sobre HTTP (POST / Content-type: applicacion/xml / soapAction)
PATH - 2
Json To SOAP Request using Groovy, XSLT or string set payload.
Send SOAP Request sobre HTTP-OUTBOUND (POST / Content-type: applicacion/xml / soapAction)
PATH - 3
Json To SOAP Request Proxy (WSDL To Java).
Send SOAP Request sobre HTTP-OUTBOUND (POST / Content-type: applicacion/xml / soapAction)
The easiest way of doing it is extract the JSON elements from the JSON payload by using <json:json-to-object-transformer/>and store each node value in variables like flow variable in Mule.
Then You can create the SOAP request using XSLT and passing the flow variables value into XSLT as <mulexml:context-property/>
ref:- https://developer.mulesoft.com/docs/display/current/XSLT+Transformer
Once your SOAP XML is created, you can simply post them to your HTTP outbound endpoint pointing to your external web service you need to consume
Try using Mule DataMapper. That helps you to convert a JSON to XML in the more easier way. You can try it in Anypoint Studio of Mule.
I am using WS-Security (XML-Signature and XML-Encryption) in my Web Service. For larger, binary objects, I intend to use MTOM.
From what I understood is that the binary data is referenced via something like this:
<xop:include href="SomeUniqueID"/>
I see two problems here:
1) How can I include this binary data in the XML-Signature part of the SOAP header?
2) How can I use XML-Encryption (or to be more specific: CXFs standard ways of "automatically" doing XML-Encryption)?
You can include the data in the XML-Signature as if you were not using MTOM.
When MTOM is enabled, at first, the data will always be encoded in Base64 and then it will be converted to binary data to send it as a MIME attachment.
CXF will use this temporary Base64 representation of your file to include it in the message signature.