class OMStoOML extends AnyRef
A _stateful_ translator to translate OMS' to OMLs to un-fully-qualify declarations and their interdependent dependencies, say in a Theory or Link, but generally in a ModuleOrLink.
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- Common.scala
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new
OMStoOML(ctx: Context, initialReferencesToUnqualify: List[GlobalName] = Nil)
- ctx
A Context object passed to the underlying OMSReplacer, actually unused.
- initialReferencesToUnqualify
As we go through constant declaratiosn using apply(Constant), we keep track of the GlobalNames of these constant. Namely, to replace subsequent references to them by the un-fully-qualified references. You may here pass an initial list of such GlobalNames. This may be useful when processing a View, namely in that case you want to pass all GlobalNames of the codomain.
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!=(arg0: Any): Boolean
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def
==(arg0: Any): Boolean
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def
apply(c: Constant, unqualifyLater: Boolean): (OML, Boolean)
Un-fully-qualifies a Constant and return an OML for that together with a boolean flag determining if the name of the new OML is a duplicate within the previous constants encountered using this method.
Un-fully-qualifies a Constant and return an OML for that together with a boolean flag determining if the name of the new OML is a duplicate within the previous constants encountered using this method.
This might happen if a theory includes two unrelated theories both declaring a symbol with the same LocalName, but of course with different GlobalName as they stem from two unrelated theories. In that case un-fully-qualifiying yields a duplicate as signalled by this method.
- unqualifyLater
Signal whether we should unqualify references to c.path later by replacing them by c.name.
- returns
The new un-fully-qualified OML and a Boolean "wasDuplicate" indicate whether we had a name clash.
- def apply(tm: Term): Term
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asInstanceOf[T0]: T0
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- def getGlobalNamesWhoseReferencesToUnqualify: List[GlobalName]
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