protected virtual bool ParseOption(string name, CommandLineOptionEngine.CommandLineParseState ps)
{
return false;
}
protected override bool ParseOption(string name, CommandLineOptionEngine.CommandLineParseState ps)
{
var args = ps.args; // convenient synonym
switch (name) {
case "infer":
if (ps.ConfirmArgumentCount(1)) {
foreach (char c in cce.NonNull(args[ps.i])) {
switch (c) {
case 't':
Ai.J_Trivial = true;
UseAbstractInterpretation = true;
break;
case 'j':
Ai.J_Intervals = true;
UseAbstractInterpretation = true;
break;
case 's':
Ai.DebugStatistics = true;
UseAbstractInterpretation = true;
break;
case '0':
case '1':
case '2':
case '3':
case '4':
case '5':
case '6':
case '7':
case '8':
case '9':
StepsBeforeWidening = (int)char.GetNumericValue(c);
break;
default:
ps.Error("Invalid argument '{0}' to option {1}", c.ToString(), ps.s);
break;
}
}
}
return true;
case "noinfer":
if (ps.ConfirmArgumentCount(0)) {
UseAbstractInterpretation = false;
}
return true;
case "break":
case "launch":
if (ps.ConfirmArgumentCount(0)) {
System.Diagnostics.Debugger.Launch();
}
return true;
case "proc":
if (this.procsToCheck == null) {
this.procsToCheck = new List<string/*!*/>();
}
if (ps.ConfirmArgumentCount(1)) {
this.procsToCheck.Add(cce.NonNull(args[ps.i]));
}
return true;
case "xml":
if (ps.ConfirmArgumentCount(1)) {
XmlSinkFilename = args[ps.i];
}
return true;
case "print":
if (ps.ConfirmArgumentCount(1)) {
PrintFile = args[ps.i];
}
return true;
case "pretty":
int val = 1;
if (ps.GetNumericArgument(ref val, 2)) {
PrettyPrint = val == 1;
}
return true;
case "OwickiGries":
if (ps.ConfirmArgumentCount(1)) {
OwickiGriesDesugaredOutputFile = args[ps.i];
}
return true;
case "trustLayersUpto":
if (ps.ConfirmArgumentCount(1))
{
ps.GetNumericArgument(ref TrustLayersUpto);
}
return true;
case "trustLayersDownto":
if (ps.ConfirmArgumentCount(1))
{
ps.GetNumericArgument(ref TrustLayersDownto);
}
return true;
case "proverLog":
if (ps.ConfirmArgumentCount(1)) {
SimplifyLogFilePath = args[ps.i];
}
return true;
case "proverPreamble":
if (ps.ConfirmArgumentCount(1))
{
ProverPreamble = args[ps.i];
}
return true;
case "logPrefix":
if (ps.ConfirmArgumentCount(1)) {
string s = cce.NonNull(args[ps.i]);
LogPrefix += s.Replace('/', '-').Replace('\\', '-');
}
return true;
case "proverShutdownLimit":
ps.GetNumericArgument(ref ProverShutdownLimit);
return true;
case "errorTrace":
ps.GetNumericArgument(ref ErrorTrace, 3);
return true;
case "proverWarnings": {
int pw = 0;
if (ps.GetNumericArgument(ref pw, 3)) {
switch (pw) {
case 0:
PrintProverWarnings = ProverWarnings.None;
break;
case 1:
PrintProverWarnings = ProverWarnings.Stdout;
break;
case 2:
PrintProverWarnings = ProverWarnings.Stderr;
break;
default: {
Contract.Assert(false);
throw new cce.UnreachableException();
} // postcondition of GetNumericArgument guarantees that we don't get here
}
}
return true;
}
case "env": {
int e = 0;
if (ps.GetNumericArgument(ref e, 3)) {
switch (e) {
case 0:
ShowEnv = ShowEnvironment.Never;
break;
case 1:
ShowEnv = ShowEnvironment.DuringPrint;
break;
case 2:
ShowEnv = ShowEnvironment.Always;
break;
default: {
Contract.Assert(false);
throw new cce.UnreachableException();
} // postcondition of GetNumericArgument guarantees that we don't get here
}
}
return true;
}
case "loopUnroll":
ps.GetNumericArgument(ref LoopUnrollCount);
return true;
case "printModel":
if (ps.ConfirmArgumentCount(1)) {
switch (args[ps.i]) {
case "0":
PrintErrorModel = 0;
break;
case "1":
PrintErrorModel = 1;
break;
case "2":
PrintErrorModel = 2;
break;
case "4":
PrintErrorModel = 4;
break;
default:
ps.Error("Invalid argument \"{0}\" to option {1}", args[ps.i], ps.s);
break;
}
}
return true;
case "mv":
if (ps.ConfirmArgumentCount(1)) {
ModelViewFile = args[ps.i];
}
return true;
case "printModelToFile":
if (ps.ConfirmArgumentCount(1)) {
PrintErrorModelFile = args[ps.i];
}
return true;
case "enhancedErrorMessages":
ps.GetNumericArgument(ref EnhancedErrorMessages, 2);
return true;
case "printCFG":
if (ps.ConfirmArgumentCount(1)) {
PrintCFGPrefix = args[ps.i];
}
return true;
case "inlineDepth":
ps.GetNumericArgument(ref InlineDepth);
return true;
case "subsumption": {
int s = 0;
if (ps.GetNumericArgument(ref s, 3)) {
switch (s) {
case 0:
UseSubsumption = SubsumptionOption.Never;
break;
case 1:
UseSubsumption = SubsumptionOption.NotForQuantifiers;
break;
case 2:
UseSubsumption = SubsumptionOption.Always;
break;
default: {
Contract.Assert(false);
throw new cce.UnreachableException();
} // postcondition of GetNumericArgument guarantees that we don't get here
}
}
return true;
}
case "liveVariableAnalysis": {
int lva = 0;
if (ps.GetNumericArgument(ref lva, 3)) {
LiveVariableAnalysis = lva;
}
return true;
}
case "removeEmptyBlocks": {
int reb = 0;
if (ps.GetNumericArgument(ref reb, 2)) {
RemoveEmptyBlocks = reb == 1;
}
return true;
}
case "coalesceBlocks": {
int cb = 0;
if (ps.GetNumericArgument(ref cb, 2)) {
CoalesceBlocks = cb == 1;
}
return true;
}
case "noPruneInfeasibleEdges": {
if (ps.ConfirmArgumentCount(0)) {
PruneInfeasibleEdges = false;
}
return true;
}
case "stagedHoudini": {
if (ps.ConfirmArgumentCount(1)) {
if(args[ps.i] == "COARSE" ||
args[ps.i] == "FINE" ||
args[ps.i] == "BALANCED") {
StagedHoudini = args[ps.i];
} else {
ps.Error("Invalid argument \"{0}\" to option {1}", args[ps.i], ps.s);
}
}
return true;
}
case "stagedHoudiniThreads": {
ps.GetNumericArgument(ref StagedHoudiniThreads);
return true;
}
case "stagedHoudiniReachabilityAnalysis": {
if (ps.ConfirmArgumentCount(0)) {
StagedHoudiniReachabilityAnalysis = true;
}
return true;
}
case "stagedHoudiniMergeIgnoredAnnotations": {
if (ps.ConfirmArgumentCount(0)) {
StagedHoudiniMergeIgnoredAnnotations = true;
}
return true;
}
case "debugStagedHoudini": {
if (ps.ConfirmArgumentCount(0)) {
DebugStagedHoudini = true;
}
return true;
}
case "variableDependenceIgnore": {
if (ps.ConfirmArgumentCount(1)) {
VariableDependenceIgnore = args[ps.i];
}
return true;
}
case "abstractHoudini":
{
if (ps.ConfirmArgumentCount(1))
{
AbstractHoudini = args[ps.i];
}
return true;
}
case "vc":
if (ps.ConfirmArgumentCount(1)) {
switch (args[ps.i]) {
case "s":
case "structured":
vcVariety = VCVariety.Structured;
break;
case "b":
case "block":
vcVariety = VCVariety.Block;
break;
case "l":
case "local":
vcVariety = VCVariety.Local;
break;
case "n":
case "nested":
vcVariety = VCVariety.BlockNested;
break;
case "m":
vcVariety = VCVariety.BlockNestedReach;
break;
case "r":
vcVariety = VCVariety.BlockReach;
break;
case "d":
case "dag":
vcVariety = VCVariety.Dag;
break;
case "i":
vcVariety = VCVariety.DagIterative;
break;
case "doomed":
vcVariety = VCVariety.Doomed;
break;
default:
ps.Error("Invalid argument \"{0}\" to option {1}", args[ps.i], ps.s);
break;
}
}
return true;
case "prover":
if (ps.ConfirmArgumentCount(1)) {
TheProverFactory = ProverFactory.Load(cce.NonNull(args[ps.i]));
ProverName = cce.NonNull(args[ps.i]).ToUpper();
}
return true;
case "p":
case "proverOpt":
if (ps.ConfirmArgumentCount(1)) {
ProverOptions = ProverOptions.Concat1(cce.NonNull(args[ps.i]));
}
return true;
case "DoomStrategy":
ps.GetNumericArgument(ref DoomStrategy);
return true;
case "DoomRestartTP":
if (ps.ConfirmArgumentCount(0)) {
DoomRestartTP = true;
}
return true;
case "extractLoops":
if (ps.ConfirmArgumentCount(0)) {
ExtractLoops = true;
}
return true;
case "deterministicExtractLoops":
if (ps.ConfirmArgumentCount(0)) {
DeterministicExtractLoops = true;
}
return true;
case "inline":
if (ps.ConfirmArgumentCount(1)) {
switch (args[ps.i]) {
case "none":
ProcedureInlining = Inlining.None;
break;
case "assert":
ProcedureInlining = Inlining.Assert;
break;
case "assume":
ProcedureInlining = Inlining.Assume;
break;
case "spec":
ProcedureInlining = Inlining.Spec;
break;
default:
ps.Error("Invalid argument \"{0}\" to option {1}", args[ps.i], ps.s);
break;
}
}
return true;
case "secure":
if (ps.ConfirmArgumentCount(1))
SecureVcGen = args[ps.i];
return true;
case "stratifiedInline":
if (ps.ConfirmArgumentCount(1)) {
switch (args[ps.i]) {
case "0":
StratifiedInlining = 0;
break;
case "1":
StratifiedInlining = 1;
break;
default:
StratifiedInlining = Int32.Parse(cce.NonNull(args[ps.i]));
//ps.Error("Invalid argument \"{0}\" to option {1}", args[ps.i], ps.s);
break;
}
}
return true;
case "fixedPointEngine":
if (ps.ConfirmArgumentCount(1))
{
FixedPointEngine = args[ps.i];
}
return true;
case "fixedPointInfer":
if (ps.ConfirmArgumentCount(1))
{
switch (args[ps.i])
{
case "corral":
FixedPointMode = FixedPointInferenceMode.Corral;
break;
case "oldCorral":
FixedPointMode = FixedPointInferenceMode.OldCorral;
break;
case "flat":
FixedPointMode = FixedPointInferenceMode.Flat;
break;
case "procedure":
FixedPointMode = FixedPointInferenceMode.Procedure;
break;
case "call":
FixedPointMode = FixedPointInferenceMode.Call;
break;
default:
ps.Error("Invalid argument \"{0}\" to option {1}", args[ps.i], ps.s);
break;
}
}
return true;
case "printFixedPoint":
if (ps.ConfirmArgumentCount(1))
{
PrintFixedPoint = args[ps.i];
}
return true;
case "printConjectures":
if (ps.ConfirmArgumentCount(1))
{
PrintConjectures = args[ps.i];
}
return true;
case "siVerbose":
if (ps.ConfirmArgumentCount(1)) {
StratifiedInliningVerbose = Int32.Parse(cce.NonNull(args[ps.i]));
}
return true;
case "recursionBound":
if (ps.ConfirmArgumentCount(1)) {
RecursionBound = Int32.Parse(cce.NonNull(args[ps.i]));
}
return true;
case "stackDepthBound":
if (ps.ConfirmArgumentCount(1))
{
StackDepthBound = Int32.Parse(cce.NonNull(args[ps.i]));
}
return true;
case "stratifiedInlineOption":
if (ps.ConfirmArgumentCount(1)) {
StratifiedInliningOption = Int32.Parse(cce.NonNull(args[ps.i]));
}
return true;
case "inferLeastForUnsat":
if (ps.ConfirmArgumentCount(1)) {
inferLeastForUnsat = args[ps.i];
}
return true;
case "typeEncoding":
if (ps.ConfirmArgumentCount(1)) {
switch (args[ps.i]) {
case "n":
case "none":
TypeEncodingMethod = TypeEncoding.None;
break;
case "p":
case "predicates":
TypeEncodingMethod = TypeEncoding.Predicates;
break;
case "a":
case "arguments":
TypeEncodingMethod = TypeEncoding.Arguments;
break;
case "m":
case "monomorphic":
TypeEncodingMethod = TypeEncoding.Monomorphic;
break;
default:
ps.Error("Invalid argument \"{0}\" to option {1}", args[ps.i], ps.s);
break;
}
}
return true;
case "instrumentInfer":
if (ps.ConfirmArgumentCount(1)) {
switch (args[ps.i]) {
case "e":
InstrumentInfer = InstrumentationPlaces.Everywhere;
break;
case "h":
InstrumentInfer = InstrumentationPlaces.LoopHeaders;
break;
default:
ps.Error("Invalid argument \"{0}\" to option {1}", args[ps.i], ps.s);
break;
}
}
return true;
case "concurrentHoudini":
if (ps.ConfirmArgumentCount(0)) {
ConcurrentHoudini = true;
}
return true;
case "modifyTopologicalSorting":
if (ps.ConfirmArgumentCount(0)) {
ModifyTopologicalSorting = true;
}
return true;
case "debugConcurrentHoudini":
if (ps.ConfirmArgumentCount(0)) {
DebugConcurrentHoudini = true;
}
return true;
case "vcBrackets":
ps.GetNumericArgument(ref bracketIdsInVC, 2);
return true;
case "proverMemoryLimit": {
int d = 0;
if (ps.GetNumericArgument(ref d)) {
MaxProverMemory = d * Megabyte;
}
return true;
}
case "vcsMaxCost":
ps.GetNumericArgument(ref VcsMaxCost);
return true;
case "vcsPathJoinMult":
ps.GetNumericArgument(ref VcsPathJoinMult);
return true;
case "vcsPathCostMult":
ps.GetNumericArgument(ref VcsPathCostMult);
return true;
case "vcsAssumeMult":
ps.GetNumericArgument(ref VcsAssumeMult);
return true;
case "vcsPathSplitMult":
ps.GetNumericArgument(ref VcsPathSplitMult);
return true;
case "vcsMaxSplits":
ps.GetNumericArgument(ref VcsMaxSplits);
return true;
case "vcsMaxKeepGoingSplits":
ps.GetNumericArgument(ref VcsMaxKeepGoingSplits);
return true;
case "vcsFinalAssertTimeout":
ps.GetNumericArgument(ref VcsFinalAssertTimeout);
return true;
case "vcsKeepGoingTimeout":
ps.GetNumericArgument(ref VcsKeepGoingTimeout);
return true;
case "vcsCores":
ps.GetNumericArgument(ref VcsCores, a => 1 <= a);
return true;
case "vcsLoad":
double load = 0.0;
if (ps.GetNumericArgument(ref load)) {
if (3.0 <= load) {
ps.Error("surprisingly high load specified; got {0}, expected nothing above 3.0", load.ToString());
load = 3.0;
}
int p = (int)Math.Round(System.Environment.ProcessorCount * load);
VcsCores = p < 1 ? 1 : p;
}
return true;
case "simplifyMatchDepth":
ps.GetNumericArgument(ref SimplifyProverMatchDepth);
return true;
case "timeLimit":
ps.GetNumericArgument(ref ProverKillTime);
return true;
case "timeLimitPerAssertionInPercent":
ps.GetNumericArgument(ref TimeLimitPerAssertionInPercent, a => 0 < a);
return true;
case "smokeTimeout":
ps.GetNumericArgument(ref SmokeTimeout);
return true;
case "errorLimit":
ps.GetNumericArgument(ref ProverCCLimit);
return true;
case "verifySnapshots":
ps.GetNumericArgument(ref VerifySnapshots, 4);
return true;
case "traceCaching":
ps.GetNumericArgument(ref TraceCaching, 4);
return true;
case "useSmtOutputFormat": {
if (ps.ConfirmArgumentCount(0)) {
UseSmtOutputFormat = true;
}
return true;
}
case "z3opt":
if (ps.ConfirmArgumentCount(1)) {
AddZ3Option(cce.NonNull(args[ps.i]));
}
return true;
case "z3lets":
ps.GetNumericArgument(ref Z3lets, 4);
return true;
case "platform":
if (ps.ConfirmArgumentCount(1)) {
StringCollection platformOptions = this.ParseNamedArgumentList(args[ps.i]);
if (platformOptions != null && platformOptions.Count > 0) {
try {
this.TargetPlatform = (PlatformType)cce.NonNull(Enum.Parse(typeof(PlatformType), cce.NonNull(platformOptions[0])));
} catch {
ps.Error("Bad /platform type '{0}'", platformOptions[0]);
break;
}
if (platformOptions.Count > 1) {
this.TargetPlatformLocation = platformOptions[1];
if (!Directory.Exists(platformOptions[1])) {
ps.Error("/platform directory '{0}' does not exist", platformOptions[1]);
break;
}
}
}
}
return true;
case "z3exe":
if (ps.ConfirmArgumentCount(1)) {
Z3ExecutablePath = args[ps.i];
}
return true;
// This sets name of z3 binary boogie binary directory, not path
case "z3name":
if (ps.ConfirmArgumentCount(1))
{
Z3ExecutableName = args[ps.i];
}
return true;
case "cvc4exe":
if (ps.ConfirmArgumentCount(1)) {
CVC4ExecutablePath = args[ps.i];
}
return true;
case "kInductionDepth":
ps.GetNumericArgument(ref KInductionDepth);
return true;
default:
bool optionValue = false;
if (ps.CheckBooleanFlag("printUnstructured", ref optionValue)) {
PrintUnstructured = optionValue ? 1 : 0;
return true;
}
if (ps.CheckBooleanFlag("printDesugared", ref PrintDesugarings) ||
ps.CheckBooleanFlag("printInstrumented", ref PrintInstrumented) ||
ps.CheckBooleanFlag("printWithUniqueIds", ref PrintWithUniqueASTIds) ||
ps.CheckBooleanFlag("wait", ref Wait) ||
ps.CheckBooleanFlag("trace", ref Trace) ||
ps.CheckBooleanFlag("traceTimes", ref TraceTimes) ||
ps.CheckBooleanFlag("tracePOs", ref TraceProofObligations) ||
ps.CheckBooleanFlag("noResolve", ref NoResolve) ||
ps.CheckBooleanFlag("noTypecheck", ref NoTypecheck) ||
ps.CheckBooleanFlag("overlookTypeErrors", ref OverlookBoogieTypeErrors) ||
ps.CheckBooleanFlag("noVerify", ref Verify, false) ||
ps.CheckBooleanFlag("traceverify", ref TraceVerify) ||
ps.CheckBooleanFlag("alwaysAssumeFreeLoopInvariants", ref AlwaysAssumeFreeLoopInvariants, true) ||
ps.CheckBooleanFlag("nologo", ref DontShowLogo) ||
ps.CheckBooleanFlag("proverLogAppend", ref SimplifyLogFileAppend) ||
ps.CheckBooleanFlag("soundLoopUnrolling", ref SoundLoopUnrolling) ||
ps.CheckBooleanFlag("checkInfer", ref InstrumentWithAsserts) ||
ps.CheckBooleanFlag("interprocInfer", ref IntraproceduralInfer, false) ||
ps.CheckBooleanFlag("restartProver", ref RestartProverPerVC) ||
ps.CheckBooleanFlag("printInlined", ref PrintInlined) ||
ps.CheckBooleanFlag("smoke", ref SoundnessSmokeTest) ||
ps.CheckBooleanFlag("vcsDumpSplits", ref VcsDumpSplits) ||
ps.CheckBooleanFlag("dbgRefuted", ref DebugRefuted) ||
ps.CheckBooleanFlag("causalImplies", ref CausalImplies) ||
ps.CheckBooleanFlag("reflectAdd", ref ReflectAdd) ||
ps.CheckBooleanFlag("z3types", ref Z3types) ||
ps.CheckBooleanFlag("z3multipleErrors", ref z3AtFlag, false) ||
ps.CheckBooleanFlag("monomorphize", ref Monomorphize) ||
ps.CheckBooleanFlag("useArrayTheory", ref UseArrayTheory) ||
ps.CheckBooleanFlag("weakArrayTheory", ref WeakArrayTheory) ||
ps.CheckBooleanFlag("doModSetAnalysis", ref DoModSetAnalysis) ||
ps.CheckBooleanFlag("doNotUseLabels", ref UseLabels, false) ||
ps.CheckBooleanFlag("runDiagnosticsOnTimeout", ref RunDiagnosticsOnTimeout) ||
ps.CheckBooleanFlag("traceDiagnosticsOnTimeout", ref TraceDiagnosticsOnTimeout) ||
ps.CheckBooleanFlag("boolControlVC", ref SIBoolControlVC, true) ||
ps.CheckBooleanFlag("contractInfer", ref ContractInfer) ||
ps.CheckBooleanFlag("explainHoudini", ref ExplainHoudini) ||
ps.CheckBooleanFlag("reverseHoudiniWorklist", ref ReverseHoudiniWorklist) ||
ps.CheckBooleanFlag("crossDependencies", ref HoudiniUseCrossDependencies) ||
ps.CheckBooleanFlag("useUnsatCoreForContractInfer", ref UseUnsatCoreForContractInfer) ||
ps.CheckBooleanFlag("printAssignment", ref PrintAssignment) ||
ps.CheckBooleanFlag("useProverEvaluate", ref UseProverEvaluate) ||
ps.CheckBooleanFlag("nonUniformUnfolding", ref NonUniformUnfolding) ||
ps.CheckBooleanFlag("deterministicExtractLoops", ref DeterministicExtractLoops) ||
ps.CheckBooleanFlag("verifySeparately", ref VerifySeparately) ||
ps.CheckBooleanFlag("trustAtomicityTypes", ref TrustAtomicityTypes) ||
ps.CheckBooleanFlag("trustNonInterference", ref TrustNonInterference) ||
ps.CheckBooleanFlag("useBaseNameForFileName", ref UseBaseNameForFileName)
) {
// one of the boolean flags matched
return true;
}
break;
}
return base.ParseOption(name, ps); // defer to superclass
}
