public VcAxiomLemmaManager(
VCInstantiation <VCExpr> vcAxiomInst,
BoogieMethodData methodData,
IEnumerable <Function> vcFunctions,
VcRewriteLemmaGen vcRewriteLemmaGen,
IVariableTranslationFactory variableFactory)
{
this.vcAxiomInst = vcAxiomInst;
this.methodData = methodData;
this.vcRewriteLemmaGen = vcRewriteLemmaGen;
this.variableFactory = variableFactory;
basicCmdIsaVisitor = new BasicCmdIsaVisitor(variableFactory);
boogieContext = new BoogieContextIsa(IsaCommonTerms.TermIdentFromName("A"),
IsaCommonTerms.TermIdentFromName("M"), IsaCommonTerms.TermIdentFromName("\\<Lambda>"),
IsaCommonTerms.TermIdentFromName("\\<Gamma>"), IsaCommonTerms.TermIdentFromName("\\<Omega>"));
var typeDeclTranslation = new ConcreteTypeDeclTranslation(boogieContext);
declToVCMapping =
LemmaHelper.DeclToTerm(
((IEnumerable <NamedDeclaration>)methodData.Functions).Union(methodData.Constants), vcFunctions,
typeDeclTranslation, uniqueNamer);
//separate unique namer for function interpretations (since they already have a name in uniqueNamer): possible clashes
funToInterpMapping = LemmaHelper.FunToTerm(methodData.Functions, new IsaUniqueNamer());
assmManager = new AssumptionManager(methodData.Functions, methodData.Constants, variableFactory);
}
public VcPhaseLemmaManager(VCInstantiation <Block> vcinst,
BoogieMethodData methodData,
IEnumerable <Function> vcFunctions,
IsaBlockInfo isaBlockInfo,
IVariableTranslationFactory variableFactory)
{
this.vcinst = vcinst;
this.methodData = methodData;
programVariables = methodData.AllVariables();
initState = IsaBoogieTerm.Normal(normalInitState);
this.isaBlockInfo = isaBlockInfo;
this.variableFactory = variableFactory;
boogieContext = new BoogieContextIsa(
IsaCommonTerms.TermIdentFromName("A"),
IsaCommonTerms.TermIdentFromName("M"),
IsaCommonTerms.TermIdentFromName("\\<Lambda>"),
IsaCommonTerms.TermIdentFromName("\\<Gamma>"),
IsaCommonTerms.TermIdentFromName("\\<Omega>")
);
var typeDeclTranslation = new ConcreteTypeDeclTranslation(boogieContext);
declToVCMapping = LemmaHelper.DeclToTerm(
((IEnumerable <NamedDeclaration>)methodData.Functions).Union(programVariables),
vcFunctions,
typeDeclTranslation,
uniqueNamer);
//separate unique namer for function interpretations (since they already have a name in uniqueNamer): possible clashes
funToInterpMapping = LemmaHelper.FunToTerm(methodData.Functions, new IsaUniqueNamer());
assmManager = new AssumptionManager(methodData.Functions, programVariables, variableFactory);
}