public override IEnumerable <BuildObject> getDependencies(out DependencyDisposition ddisp)
{
ddisp = DependencyDisposition.Complete;
OrderPreservingSet <BuildObject> deps = new OrderPreservingSet <BuildObject>();
//- Things we need to stitch the interface:
deps.Add(genericStitch);
deps.Add(appSpecificStitch);
deps.AddRange(mainBeatVerb.getOutputs());
//- Things we need to stitch the imports into the imp file:
deps.Add(entryImpInput);
deps.Add(context.getContextOutput());
IIncludePathContext pathContext = context.fetchIfAvailable(ref ddisp);
if (pathContext != null)
{
dafnyMainIfcInput = pathContext.search("dafny_Main_i", ModPart.Ifc);
Util.Assert(dafnyMainIfcInput != null);
deps.Add(dafnyMainIfcInput);
dafnyMainImpInput = pathContext.search("dafny_Main_i", ModPart.Ifc);
Util.Assert(dafnyMainImpInput != null);
deps.Add(dafnyMainImpInput);
}
return(deps);
}
public BasmModuleAccumulator(IContextGeneratingVerb contextGenVerb, BuildObject upstreamObj, bool linkMode)
{
this._contextGenVerb = contextGenVerb;
this._mutableVerbSet = new HashSet <IVerb>();
//- NB preserve module definition-dependency order
this._basmModules = new OrderPreservingSet <BuildObject>();
this._auxiliaryDeps = new HashSet <BuildObject>();
_ddisp = DependencyDisposition.Complete;
//-try
//-{
_mutableVerbSet.Add(contextGenVerb);
_auxiliaryDeps.UnionWith(contextGenVerb.getOutputs());
context = contextGenVerb.fetchIfAvailable(ref _ddisp);
if (context != null)
{
OrderPreservingSet <BuildObject> deps;
if (!linkMode)
{
deps = BeatExtensions.getBeatFlavoredShallowDependencies(
contextGenVerb, upstreamObj, out _ddisp, BeatIncludes.ImportFilter.ForBasmOnly);
}
else
{
deps = BeatExtensions.getBasmFlavoredTransitiveDependencies(contextGenVerb, upstreamObj, out _ddisp);
_mutableVerbSet.Add(BeatExtensions.getBasmFlavoredTransitiveDepVerb(_contextGenVerb, upstreamObj));
}
string targetModName = upstreamObj.getFileNameWithoutExtension();
ModPart targetModPart = BeatExtensions.whichPart(upstreamObj);
//- NB security policy note: When verifying X.imp, we must be sure to supply X.ifc
//- to BoogieAsm, so that we know that we're actually verifying the promises
//- that other modules are relying on when they say "X" (which is how X got on
//- the verification obligation list). That property happens automatically here,
//- because we make a list of modules (ignoring ifc/imp part), such as {A,B,X},
//- and include *every* .ifc. If we're verifying X.imp, a conditional test
//- includes it at the time we consider module X.
foreach (BuildObject dep in deps)
{
string depExtn = dep.getExtension();
if (depExtn == null ||
depExtn.EndsWith(TransitiveDepsVerb.TDEP_EXTN) ||
depExtn.EndsWith(ContextGeneratingVerb.CONTEXT_EXTN))
{
_auxiliaryDeps.Add(dep);
}
else
{
Util.Assert(depExtn.Equals(BeatExtensions.BEATIFC_EXTN) ||
depExtn.Equals(BeatExtensions.BEATIMP_EXTN) ||
depExtn.Equals(BASMIFC_EXTN) ||
depExtn.Equals(BASMIMP_EXTN)); //- Burned too many times by this silly filter-out strategy.
string modName = dep.getFileNameWithoutExtension();
ModPart modPart = BeatExtensions.whichPart(dep);
getBasmModule(modName, ModPart.Ifc);
if ((dep.Equals(upstreamObj) && modPart == ModPart.Imp) || linkMode)
{
getBasmModule(modName, ModPart.Imp);
}
}
}
}
//-}
//-catch (ObjNotReadyException)
//-{
//-
//- _ddisp = DependencyDisposition.Incomplete;
//-}
//-catch (ObjFailedException)
//-{
//- _ddisp = DependencyDisposition.Failed;
//-}
}
public BasmModuleAccumulator(IContextGeneratingVerb contextGenVerb, BuildObject upstreamObj, bool linkMode)
{
this._contextGenVerb = contextGenVerb;
this._mutableVerbSet = new HashSet<IVerb>();
// NB preserve module definition-dependency order.
this._basmModules = new OrderPreservingSet<BuildObject>();
this._auxiliaryDeps = new HashSet<BuildObject>();
_ddisp = DependencyDisposition.Complete;
////try
////{
_mutableVerbSet.Add(contextGenVerb);
_auxiliaryDeps.UnionWith(contextGenVerb.getOutputs());
context = contextGenVerb.fetchIfAvailable(ref _ddisp);
if (context != null)
{
OrderPreservingSet<BuildObject> deps;
if (!linkMode)
{
deps = BeatExtensions.getBeatFlavoredShallowDependencies(
contextGenVerb, upstreamObj, out _ddisp, BeatIncludes.ImportFilter.ForBasmOnly);
}
else
{
deps = BeatExtensions.getBasmFlavoredTransitiveDependencies(contextGenVerb, upstreamObj, out _ddisp);
_mutableVerbSet.Add(BeatExtensions.getBasmFlavoredTransitiveDepVerb(_contextGenVerb, upstreamObj));
}
// REVIEW: The following two variables are unused. Remove?
string targetModName = upstreamObj.getFileNameWithoutExtension();
ModPart targetModPart = BeatExtensions.whichPart(upstreamObj);
// NB security policy note: When verifying X.imp, we must be sure to supply X.ifc
// to BoogieAsm, so that we know that we're actually verifying the promises
// that other modules are relying on when they say "X" (which is how X got on
// the verification obligation list). That property happens automatically here,
// because we make a list of modules (ignoring ifc/imp part), such as {A,B,X},
// and include *every* .ifc. If we're verifying X.imp, a conditional test
// includes it at the time we consider module X.
foreach (BuildObject dep in deps)
{
string depExtn = dep.getExtension();
if (depExtn == null
|| depExtn.EndsWith(TransitiveDepsVerb.TDEP_EXTN)
|| depExtn.EndsWith(ContextGeneratingVerb.CONTEXT_EXTN))
{
_auxiliaryDeps.Add(dep);
}
else
{
Util.Assert(depExtn.Equals(BeatExtensions.BEATIFC_EXTN)
|| depExtn.Equals(BeatExtensions.BEATIMP_EXTN)
|| depExtn.Equals(BASMIFC_EXTN)
|| depExtn.Equals(BASMIMP_EXTN)); // Burned too many times by this silly filter-out strategy.
string modName = dep.getFileNameWithoutExtension();
ModPart modPart = BeatExtensions.whichPart(dep);
getBasmModule(modName, ModPart.Ifc);
if ((dep.Equals(upstreamObj) && modPart == ModPart.Imp) || linkMode)
{
getBasmModule(modName, ModPart.Imp);
}
}
}
}
////}
////catch (ObjNotReadyException)
////{
//// // oh, we don't even have the context object yet.
//// _ddisp = DependencyDisposition.Incomplete;
////}
////catch (ObjFailedException)
////{
//// _ddisp = DependencyDisposition.Failed;
////}
}