- Global AST::disown (size_t s)
- Shap needs to review this.
- Global AST::endLoc ()
- This is a temporary expedient until I get start/end location handling put in to the parser.
- Global AST::makeFloatLit (const sherpa::LToken &tok)
- This works only for single- and double-precision floats, and it doesn't work at all for non-ANSI floating point implementations on either host or target.
- Global AST::defForm
- This should not be a shared_ptr, because that creates a cycle that will booger the reference counting. It should be a weak pointer.
- Global MixContext::ParseOneMixFix (sherpa::INOstream &errStream, MixInput &origInput, MixRulePtr parentRule)
- We should probably keep track of what the candidates were and report them in a useful error message.
- Global TransitionLexer::isCommandLineInput
- This is misnamed, since input from stdin in an interactive implementation should have this true as well. It should probably be called isImportInput instead (sense invert).
- Global ENUM_UN
- Regrettably our current handling of enumerations is inadequate, because it doesn't allow us to specify the actual enumeration values. We are therefore going to have to introduce a defenum at some point.
- Global SINGLE_LEG_UN
- It seems to me that a union having only one leg should be syntactically rejected, in which case this flag should never arise. Is there some USEFUL counter-example?
- Global IDENT_MANGLED
- I don't understand why this is needed. The assignment of a mangled name is, in effect, the assignment of an externalName. I would think that it would make sense to place the mangled name into the externalName field and check that, removing this flag. That works equally well when a pre-existing external name has been assigned, because we must not mangle those. Is this merely a different choice of implemenation approach? Would the approach that I am outlining work?
- Global BK_HDR_MODE
- This may be reduntant, since it may be implied by which backend pass functions are set. Shap needs to check.
- Global BK_UOC_MODE
- This may be reduntant, since it may be implied by which backend pass functions are set. Shap needs to check.
- Global blk_BitcP
- Decide whether the shape of these should be similar to the shape of procedure application.
- Global blk_BitcP
- Temporary expedient: use alternate forms for postfix types:
- Global main
- : What about lib64?
- Global findusedef
- ?? Is at_methdecl correct ??
- Global ResolutionMode
- EVERYTHING IN THIS FILE APPEARS TO BE UTILITY FUNCTIONS. WHY IS IT CALLED INTER-PASS?
- Global LocChk
- Not clear that this should return true. Swaroop?
- Global reduce
- If the thunkified code contains a return, this doesn't do the right thing at all, so there is a hygiene failure. We need to change the lambda mechanism around so that we can let the proper return label be captured as part of the thunk's closure.
- Global Associativity
- This file may not survive, but the mixfix system was getting complicated enough to pull it out into a separate file. The issue I anticipate is that mixfix is statefule, so we may need to attach the mixfix state to the lexer. That's where all of the parser state lives, because Bison doesn't provide a straightforward way to have a parser object.
- Global resolve
- There is a problem here that this syntax might now be:
- Global TopInit
- If the following comment is true, that's not a good thing. It should be regularized by having the parser build the AST with a re-raise in this case!
- Global bindIdentDef
- In some cases, shap thinks this is binding flags in the wrong gamma.
- Global InferStruct
- Shap thinks this happens too early, because errors are
- Global UOC_IS_MUTABLE
- This flag is not set anywhere. What is it for?
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