> Namespace-specific canonicalization > does NOT mean every namespace must have its own canonicalization > algorithm, just that the canonicalization algorithm can be set on a > per-namespace basis. Yes, I know, and what I said is correct -- a generic signature processor has to know about the namespace of everything it might see, even if it's only a default case that says 'nothing special.' I am also concerned about combinations; assume a b and c are bound to three different URI's <a:foo b:foo='somevalue '> <c:foo/> </a:foo> Which c14n rule applies, and where? The concept turns a signature from being about bytes, to being about application semantics. /r$ -- STSM, DataPower Chief Programmer WebSphere DataPower SOA Appliances http://www.ibm.com/software/integration/datapower/Received on Thursday, 8 November 2007 17:19:38 GMT
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