public AbstractId(string verbName, int version, string abstractOnly, PoundDefines poundDefines = null, string concrete = null)
{
this.verbName = verbName;
this.version = version + MASTER_VERSION;
this.abstractOnly = abstractOnly;
this.poundDefines = poundDefines == null ? PoundDefines.empty() : poundDefines;
this.concrete = concrete;
}
public AbstractId(string verb_name, int version, string abstract_only, PoundDefines poundDefines = null, string concrete = null)
{
this.verb_name = verb_name;
this.version = version + MASTER_VERSION;
this.abstract_only = abstract_only;
this.poundDefines = poundDefines == null?PoundDefines.empty() : poundDefines;
this.concrete = concrete;
}
public static BuildObject computeBasmInput(PoundDefines poundDefines, BuildObject upstreamObj)
{
if (BoogieAsmDepBase.isBasm(upstreamObj))
{
//- We'll be reading upstreamObj directly. Don't makeOutputObject,
//- because it may well be a source file.
return(upstreamObj);
}
return(BeatExtensions.makeLabeledOutputObject(upstreamObj, poundDefines.ToString(), BASM_EXTN));
}
public static BuildObject computeBasmInput(PoundDefines poundDefines, BuildObject upstreamObj)
{
if (BoogieAsmDepBase.isBasm(upstreamObj))
{
// We'll be reading upstreamObj directly. Don't makeOutputObject,
// because it may well be a source file.
return upstreamObj;
}
return BeatExtensions.makeLabeledOutputObject(upstreamObj, poundDefines.ToString(), BASM_EXTN);
}
public override bool Equals(object obj)
{
if (obj is PoundDefines)
{
PoundDefines other = (PoundDefines)obj;
return(_descr == null && other._descr == null ||
_descr != null && _descr.Equals(other._descr));
}
else
{
return(false);
}
}
public override bool Equals(object obj)
{
PoundDefines other = obj as PoundDefines;
if (other != null)
{
return((this.descr == null && other.descr == null) ||
(this.descr != null && this.descr.Equals(other.descr)));
}
else
{
return(false);
}
}
public ConcatContextVerb(IEnumerable<IContextGeneratingVerb> parents, PoundDefines poundDefines)
: base("Cat(" + string.Join(",", parents) + ")", poundDefines)
{
this.parents = new List<IContextGeneratingVerb>(parents);
}
public ConcatContextVerb(IContextGeneratingVerb parentA, IContextGeneratingVerb parentB, IContextGeneratingVerb parentC, PoundDefines poundDefines)
: this(new IContextGeneratingVerb[] { parentA, parentB, parentC }, poundDefines)
{
}
public StaticContextVerb(IIncludePathContext context, string nickname, PoundDefines poundDefines)
: base(nickname, poundDefines)
{
this._context = context;
}
public IContextGeneratingVerb getVerveContextVerb(PoundDefines poundDefines)
{
return new StaticContextVerb(this.getVervePathContext(), "Verve", poundDefines);
}
/// <param name="nickname">NB nickname will need to be unique over a run; it's used as the verb AbstractIdentifier, and
/// hence hash identity in caches.</param>
public ContextGeneratingVerb(string nickname, PoundDefines poundDefines)
{
this.nickname = nickname;
this.poundDefines = poundDefines;
}
public StaticContextVerb(IIncludePathContext context, string nickname, PoundDefines poundDefines)
: base(nickname, poundDefines)
{
this._context = context;
}
internal static string toAppLabel(PoundDefines poundDefines)
{
return(poundDefines == null ? null : poundDefines.ToString());
}
public IroncladAppVerb(SourcePath dfyroot, TARGET target, DafnyCCVerb.FramePointerMode framePointerMode, VerificationRequest verificationRequest)
{
this.dfyroot = dfyroot;
// TODO this is the only #define we support just yet, so I'm stuffing it in here.
// We'll need to plumb more carefully when we want to add x64.
if (dfyroot.getDirPath().Split(Path.DirectorySeparatorChar).Last().Equals("AppLoader"))
{
this.poundDefines = new PoundDefines(new string[] { "AppLoader" });
}
else
{
this.poundDefines = PoundDefines.empty();
}
this.verificationRequest = verificationRequest;
this.abstractId = new AbstractId(
this.GetType().Name,
version,
dfyroot.ToString(),
this.poundDefines,
concrete: string.Format(
"{0},{1},{2}",
target,
framePointerMode.ToString(),
verificationRequest.ToString()));
this.appLabel = dfyroot.getDirPath().Split(Path.DirectorySeparatorChar).Last();
this.dafnyspecVerb = new DafnySpecVerb(dfyroot, this.appLabel);
this.dafnyccVerb = new DafnyCCVerb(dfyroot, this.appLabel, framePointerMode);
bool isLoader = dfyroot.getRelativePath().Equals(BootableAppVerb.LOADER_DFY);
// NB we keep dafnyccVerb as the lowest-priority context, so that our hand-written
// beat impls will override its output.
IContextGeneratingVerb contextWithDafny = new ConcatContextVerb(
BuildEngine.theEngine.getVerveContextVerb(this.poundDefines),
new VerbOutputsContextVerb(this.dafnyspecVerb, false),
new VerbOutputsContextVerb(this.dafnyccVerb, true),
this.poundDefines);
this.stitcherVerb = new EntryStitcherVerb(contextWithDafny, this.appLabel);
IContextGeneratingVerb contextWithDafnyAndEntry = new ConcatContextVerb(
new VerbOutputsContextVerb(this.stitcherVerb, false),
contextWithDafny,
this.poundDefines);
BuildObject entryImpObj = this.stitcherVerb.getEntryImpOutput();
BoogieAsmLinkVerb entryVerb = new BoogieAsmLinkVerb(contextWithDafnyAndEntry, entryImpObj);
if (target == TARGET.BARE_METAL)
{
MasmVerb masmVerb = new MasmVerb(entryVerb);
this.linkerVerb = new LinkerVerb(masmVerb, isLoader);
}
else if (target == TARGET.WINDOWS)
{ // Rewrite the asm that comes out of entryVerb before linking it
AsmRewriterVerb rewriter = new AsmRewriterVerb(entryVerb);
MasmVerb masmVerb = new MasmVerb(rewriter);
this.linkerVerb = new WinLinkerVerb(masmVerb, isLoader);
}
BoogieAsmVerificationObligationListVerb bavolVerb =
new BoogieAsmVerificationObligationListVerb(contextWithDafnyAndEntry, entryImpObj, verificationRequest);
this.verifyResultsVerb = new VerificationResultSummaryVerb(bavolVerb);
this.srcObject = this.linkerVerb.getUntrustedExe();
if (verificationRequest.isComplete())
{
this.exeObject = dfyroot.makeOutputObject(TRUSTED_EXE_EXTN);
this.outputObject = this.exeObject;
}
else
{
this.exeObject = this.srcObject;
this.outputObject = dfyroot.makeVirtualObject(UNVERIFIED_SENTINEL_EXTENSION);
}
}
public IroncladAppVerb(SourcePath dfyroot, TARGET target, DafnyCCVerb.FramePointerMode framePointerMode, VerificationRequest verificationRequest)
{
this.dfyroot = dfyroot;
// TODO this is the only #define we support just yet, so I'm stuffing it in here.
// We'll need to plumb more carefully when we want to add x64.
if (dfyroot.getDirPath().Split(Path.DirectorySeparatorChar).Last().Equals("AppLoader"))
{
this.poundDefines = new PoundDefines(new string[] { "AppLoader" });
}
else
{
this.poundDefines = PoundDefines.empty();
}
this.verificationRequest = verificationRequest;
this.abstractId = new AbstractId(
this.GetType().Name,
version,
dfyroot.ToString(),
this.poundDefines,
concrete: string.Format(
"{0},{1},{2}",
target,
framePointerMode.ToString(),
verificationRequest.ToString()));
this.appLabel = dfyroot.getDirPath().Split(Path.DirectorySeparatorChar).Last();
this.dafnyspecVerb = new DafnySpecVerb(dfyroot, this.appLabel);
this.dafnyccVerb = new DafnyCCVerb(dfyroot, this.appLabel, framePointerMode);
bool isLoader = dfyroot.getRelativePath().Equals(BootableAppVerb.LOADER_DFY);
// NB we keep dafnyccVerb as the lowest-priority context, so that our hand-written
// beat impls will override its output.
IContextGeneratingVerb contextWithDafny = new ConcatContextVerb(
BuildEngine.theEngine.getVerveContextVerb(this.poundDefines),
new VerbOutputsContextVerb(this.dafnyspecVerb, false),
new VerbOutputsContextVerb(this.dafnyccVerb, true),
this.poundDefines);
this.stitcherVerb = new EntryStitcherVerb(contextWithDafny, this.appLabel);
IContextGeneratingVerb contextWithDafnyAndEntry = new ConcatContextVerb(
new VerbOutputsContextVerb(this.stitcherVerb, false),
contextWithDafny,
this.poundDefines);
BuildObject entryImpObj = this.stitcherVerb.getEntryImpOutput();
BoogieAsmLinkVerb entryVerb = new BoogieAsmLinkVerb(contextWithDafnyAndEntry, entryImpObj);
if (target == TARGET.BARE_METAL)
{
MasmVerb masmVerb = new MasmVerb(entryVerb);
this.linkerVerb = new LinkerVerb(masmVerb, isLoader);
}
else if (target == TARGET.WINDOWS)
{ // Rewrite the asm that comes out of entryVerb before linking it
AsmRewriterVerb rewriter = new AsmRewriterVerb(entryVerb);
MasmVerb masmVerb = new MasmVerb(rewriter);
this.linkerVerb = new WinLinkerVerb(masmVerb, isLoader);
}
BoogieAsmVerificationObligationListVerb bavolVerb =
new BoogieAsmVerificationObligationListVerb(contextWithDafnyAndEntry, entryImpObj, verificationRequest);
this.verifyResultsVerb = new VerificationResultSummaryVerb(bavolVerb);
this.srcObject = this.linkerVerb.getUntrustedExe();
if (verificationRequest.isComplete())
{
this.exeObject = dfyroot.makeOutputObject(TRUSTED_EXE_EXTN);
this.outputObject = this.exeObject;
}
else
{
this.exeObject = this.srcObject;
this.outputObject = dfyroot.makeVirtualObject(UNVERIFIED_SENTINEL_EXTENSION);
}
}
internal static string toAppLabel(PoundDefines poundDefines)
{
return poundDefines == null ? null : poundDefines.ToString();
}
void parseArgs(string[] args)
{
this.args = args;
argi = 0;
while (argi < args.Count())
{
string next = takeArg("option or verb"); // Should always succeed due to while condition.
if (next.StartsWith("-"))
{
if (next.Equals("--ironRoot"))
{
if (this.ironRoot != null)
{
usage("ironRoot set after use");
}
this.ironRoot = takeArg("value for ironRoot");
}
else if (next.Equals("-j") || next.Equals("--jobs"))
{
this.jobParallelism = Int32.Parse(takeArg("value for jobs"));
}
else if (next.Equals("--localcache"))
{
BuildEngine.theEngine.setLocalCache(takeArg("path for localcache"));
}
else if (next.ToLower().Equals("--cloudcache"))
{
this.useCloudCache = true;
}
else if (next.ToLower().Equals("--no-cloudcache"))
{
this.useCloudCache = false;
}
else if (next.Equals("--cloudexecution"))
{
this.useCloudExecution = true;
}
else if (next.ToLower().Equals("--verify"))
{
this.verificationRequest.verifyMode = VerificationRequest.VerifyMode.Verify;
}
else if (next.ToLower().Equals("--no-verify"))
{
this.verificationRequest.verifyMode = VerificationRequest.VerifyMode.NoVerify;
}
else if (next.ToLower().Equals("--no-symdiff"))
{
this.verificationRequest.verifyMode = VerificationRequest.VerifyMode.NoSymDiff;
}
else if (next.ToLower().Equals("--verify-select"))
{
this.verificationRequest.verifyMode = VerificationRequest.VerifyMode.SelectiveVerify;
this.verificationRequest.selectiveVerifyModuleNames.Add(takeArg("filename for selective-verify"));
}
else if (next.ToLower().Equals("--html"))
{
this.html_output = takeArg("filename for html report");
}
else if (next.ToLower().Equals("--windows"))
{
this.target_platform = IroncladAppVerb.TARGET.WINDOWS;
}
else if (next.ToLower().Equals("--useframepointer"))
{
this.useFramePointer = DafnyCCVerb.FramePointerMode.UseFramePointer;
}
else if (next.ToLower().Equals("--debug"))
{
this.releaseBuild = false;
}
else
{
usage("unrecognized option " + next);
}
}
else
{
string verb = next;
string target = takeArg("verb-target");
fixIronRoot();
if (verb.Equals("DafnyVerifyTree"))
{
verbs.Add(new VerificationResultSummaryVerb(new DafnyVerifyTreeVerb(conditionSourcePath(target))));
}
else if (verb.Equals("BatchDafny"))
{
if (!target.EndsWith(".batch"))
{
usage("Batching expects a .batch file containing a list of .dfy files");
}
verbs.Add(new VerificationResultSummaryVerb(new BatchVerifyVerb(conditionSourcePath(target), BatchVerifyVerb.BatchMode.DAFNY, this.verificationRequest, useFramePointer)));
}
else if (verb.Equals("BatchApps"))
{
if (!target.EndsWith(".batch"))
{
usage("Batching expects a .batch file containing a list of .dfy files");
}
verbs.Add(new VerificationResultSummaryVerb(new BatchVerifyVerb(conditionSourcePath(target), BatchVerifyVerb.BatchMode.APP, this.verificationRequest, useFramePointer)));
}
else if (verb.Equals("Beat"))
{
verbs.Add(new BeatVerb(BuildEngine.theEngine.getVerveContextVerb(PoundDefines.empty()), conditionSourcePath(target), appLabel: null));
}
else if (verb.Equals("Boogie"))
{
verbs.Add(new BoogieVerb(BuildEngine.theEngine.getVerveContextVerb(PoundDefines.empty()), conditionSourcePath(target), symdiff: this.verificationRequest.getSymDiffMode()));
}
else if (verb.Equals("IroncladApp"))
{
verbs.Add(new IroncladAppVerb(conditionSourcePath(target), target_platform, this.useFramePointer, this.verificationRequest));
}
else if (verb.Equals("IronfleetApp"))
{
verbs.Add(new IronfleetAppVerb(conditionSourcePath(target), this.verificationRequest, this.releaseBuild));
}
else if (verb.Equals("DafnyCompileOne"))
{
verbs.Add(new DafnyCompileOneVerb(conditionSourcePath(target)));
}
else if (verb.Equals("VSSolution"))
{
verbs.Add(new VSSolutionVerb(new SourcePath(target, SourcePath.SourceType.Tools)));
}
else if (verb.Equals("nmake"))
{
verbs.Add(new NmakeVerb(new SourcePath(target, SourcePath.SourceType.Tools)));
}
else if (verb.Equals("BootableApp"))
{
verbs.Add(new BootableAppVerb(conditionSourcePath(target), this.useFramePointer, this.verificationRequest));
}
else
{
usage("Unknown verb " + verb);
}
}
}
fixIronRoot();
}
public ConcatContextVerb(IContextGeneratingVerb parentA, IContextGeneratingVerb parentB, IContextGeneratingVerb parentC, PoundDefines poundDefines)
: this(new IContextGeneratingVerb[] { parentA, parentB, parentC }, poundDefines)
{
}
public ConcatContextVerb(IEnumerable <IContextGeneratingVerb> parents, PoundDefines poundDefines)
: base("Cat(" + String.Join(",", parents) + ")", poundDefines)
{
_parents = new List <IContextGeneratingVerb>(parents);
}
public IContextGeneratingVerb getVerveContextVerb(PoundDefines poundDefines)
{
return(new StaticContextVerb(getVervePathContext(), "Verve", poundDefines));
}
/// <param name="nickname">NB nickname will need to be unique over a run; it's used as the verb AbstractIdentifier, and
/// hence hash identity in caches.</param>
public ContextGeneratingVerb(string nickname, PoundDefines poundDefines)
{
this.nickname = nickname;
this.poundDefines = poundDefines;
}
