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/*****************************************************************************/ #ifndef _COMP_H_ #define _COMP_H_ /*****************************************************************************/ const unsigned MAX_IDENT_LEN = 1023; // max # of chars in identifier /*****************************************************************************/ #ifdef __IL__ #undef ASYNCH_INPUT_READ #else #define ASYNCH_INPUT_READ 1 #endif /*****************************************************************************/ #ifndef _CONFIG_H_ #include "config.h" #endif #ifndef _ALLOC_H_ #include "alloc.h" #endif #ifndef _INFILE_H_ #include "infile.h" #endif #ifndef _PEWRITE_H_ #include "PEwrite.h" #endif #ifndef _CORWRAP_H #include "CORwrap.h" #endif #ifndef _MDSTRNS_H_ #include "MDstrns.h" #endif #ifndef _ATTRS_H_ #include "attrs.h" #endif /*****************************************************************************/ #ifndef CALG_SHA1 const unsigned CALG_SHA1 = 0x00008004; #endif /*****************************************************************************/ bool parseGUID(const char *str, GUID *guidPtr, bool curlied); tokens treeOp2token(treeOps oper); bool processOption(const char *optStr, Compiler comp); /***************************************************************************** * * This is here because we can't include "symbol.h" just yet due to other * dependencies. */ enum symbolKinds { SYM_ERR, SYM_VAR, SYM_FNC, SYM_PROP, SYM_LABEL, SYM_USING, SYM_GENARG, SYM_ENUMVAL, SYM_TYPEDEF, SYM_COMPUNIT, /* The symbol kinds that follow are the only ones that define scopes (i.e. they may own other symbols). This is relied upon in the function symDef::sdHasScope(). */ SYM_ENUM, SYM_SCOPE, SYM_CLASS, SYM_NAMESPACE, SYM_FIRST_SCOPED = SYM_ENUM, }; enum str_flavors { STF_NONE, // 0: undetermined STF_CLASS, // 1: it's a class STF_UNION, // 2: it's a union STF_STRUCT, // 3: it's a struct STF_INTF, // 4: it's an interface STF_DELEGATE, // 5: it's a delegate STF_GENARG, // 6: it's a generic class formal argument STF_COUNT }; /***************************************************************************** * * The following refers to the "namespace" in which names are looked up, * this has nothing to do with the "namespace" scoping concept. */ enum name_space { NS_NONE = 0x0000, NS_NORM = 0x0001, // variables, members, classes, etc. NS_TYPE = 0x0002, // types NS_LABEL = 0x0004, // labels NS_CONT = 0x0008, // contains other names (used with NS_NORM/NS_TYPE) NS_HIDE = 0x0010, // not visible at all }; /*****************************************************************************/ enum callingConvs { CCNV_NONE, CCNV_CDECL, CCNV_STDCALL, CCNV_WINAPI, }; /*****************************************************************************/ enum compileStates { CS_NONE, CS_KNOWN, CS_PARSED, CS_DECLSOON, // symbol is on its way to 'declared' CS_DECLARED, CS_CNSEVALD, // constant evaluated if present CS_COMPILED, }; enum accessLevels { ACL_ERROR, ACL_PUBLIC, ACL_PROTECTED, ACL_DEFAULT, ACL_PRIVATE, }; /***************************************************************************** * * The following holds information about a security attribute. */ DEFMGMT class PairListRec { public: PairList plNext; Ident plName; // ConstStr plValue; bool plValue; // for only true/false is allowed }; DEFMGMT class SecurityDesc { public: CorDeclSecurity sdSpec; bool sdIsPerm; // capability (false) or permission (true) ? UNION(sdIsPerm) { CASE(false) ConstStr sdCapbStr; CASE(true) struct { SymDef sdPermCls; PairList sdPermVal; } sdPerm; }; }; /***************************************************************************** * * The following better match the values in System::AtributeTargets ! */ enum attrTgts { ATGT_Assemblies = 0x0001, ATGT_Modules = 0x0002, ATGT_Classes = 0x0004, ATGT_Structs = 0x0008, ATGT_Enums = 0x0010, ATGT_Constructors = 0x0020, ATGT_Methods = 0x0040, ATGT_Properties = 0x0080, ATGT_Fields = 0x0100, ATGT_Events = 0x0200, ATGT_Interfaces = 0x0400, ATGT_Parameters = 0x0800, }; /***************************************************************************** * * A simple array-like table that pointers can be thrown into and a simple * index is returned that can later be used to retrieve the pointer value. */ DEFMGMT class VecEntryDsc { public: const void * vecValue; #ifdef DEBUG vecEntryKinds vecKind; #endif }; /***************************************************************************** * * This holds a qualified name of the form "foo.bar. .... baz". It's a simple * array of identifiers and a flag as to whether the final entry was ".*". */ DEFMGMT class QualNameRec { public: unsigned qnCount :31; // number of identifiers unsigned qnEndAll :1; // ends in ".*" ? #if MGDDATA Ident [] qnTable; // the array allocated separately #else Ident qnTable[]; // the array follows in memory #endif }; /***************************************************************************** * * The following describes a "/** @" style directive. */ enum atCommFlavors { AC_NONE, AC_COM_INTF, AC_COM_CLASS, AC_COM_METHOD, AC_COM_PARAMS, AC_COM_REGISTER, AC_DLL_IMPORT, AC_DLL_STRUCT, AC_DLL_STRUCTMAP, AC_CONDITIONAL, AC_DEPRECATED, AC_COUNT }; struct marshalDsc; typedef marshalDsc * MarshalInfo; struct marshalDsc { unsigned char marshType; // the real type is 'CorNativeType' unsigned char marshSubTp; // element type for arrays unsigned char marshModeIn; // used only for args unsigned char marshModeOut; // used only for args unsigned marshSize; // used for fixed array types }; struct marshalExt : marshalDsc { const char * marshCustG; const char * marshCustC; SymDef marshCustT; }; struct methArgDsc; typedef methArgDsc * MethArgInfo; struct methArgDsc { MethArgInfo methArgNext; marshalDsc methArgDesc; Ident methArgName; }; struct atCommDsc; typedef atCommDsc * AtComment; struct atCommDsc { AtComment atcNext; atCommFlavors atcFlavor; UNION(atcFlavor) { CASE(AC_DLL_IMPORT) Linkage atcImpLink; // CASE(AC_COM_METHOD) CASE(AC_CONDITIONAL) bool atcCondYes; CASE(AC_COM_INTF) CASE(AC_COM_REGISTER) struct { ConstStr atcGUID; bool atcDual; } atcReg; CASE(AC_COM_METHOD) struct { signed int atcVToffs; // -1 means "none specified" signed int atcDispid; // -1 means "none specified" } atcMethod; CASE(AC_COM_PARAMS) MethArgInfo atcParams; CASE(AC_DLL_STRUCT) struct { unsigned char atcPack; unsigned char atcStrings; // matches Interop::CharacterSet } atcStruct; CASE(AC_DLL_STRUCTMAP) MarshalInfo atcMarshal; } atcInfo; }; /***************************************************************************** * * The following holds information about a linkage specifier. */ DEFMGMT class LinkDesc { public: const char * ldDLLname; // DLL name const char * ldSYMname; // entry point name unsigned ldStrings :4; // 0=none,1=auto,2=ANSI,3=Unicode,4=Ole unsigned ldLastErr :1; // lasterror set by fn? unsigned ldCallCnv :3; // CC_xxx (see above) }; #if MGDDATA inline void copyLinkDesc(Linkage dst, Linkage src) { dst->ldDLLname = src->ldDLLname; dst->ldSYMname = src->ldSYMname; dst->ldStrings = src->ldStrings; dst->ldLastErr = src->ldLastErr; } #else inline void copyLinkDesc(LinkDesc & dst, Linkage src) { memcpy(&dst, src, sizeof(dst)); } #endif /***************************************************************************** * * The following holds any "extra" (rare) information about a symbol. */ enum xinfoKinds { XI_NONE, XI_LINKAGE, XI_MARSHAL, XI_SECURITY, XI_ATCOMMENT, XI_ATTRIBUTE, XI_UNION_TAG, XI_UNION_MEM, XI_COUNT }; DEFMGMT class XinfoDsc { public: SymXinfo xiNext; xinfoKinds xiKind; }; DEFMGMT class XinfoLnk : public XinfoDsc // linkage descriptor { public: LinkDesc xiLink; }; DEFMGMT class XinfoSec : public XinfoDsc // security specification { public: SecurityInfo xiSecInfo; }; DEFMGMT class XinfoAtc : public XinfoDsc // @comment { public: AtComment xiAtcInfo; }; DEFMGMT class XinfoCOM : public XinfoDsc // COM marshalling info { public: MarshalInfo xiCOMinfo; }; DEFMGMT class XinfoAttr : public XinfoDsc // custom attribute { public: SymDef xiAttrCtor; unsigned xiAttrMask; size_t xiAttrSize; genericBuff xiAttrAddr; }; DEFMGMT class XinfoSym : public XinfoDsc // tagged/anonymous union info { public: SymDef xiSymInfo; }; /*****************************************************************************/ struct strCnsDsc; typedef strCnsDsc * strCnsPtr; struct strCnsDsc { strCnsPtr sclNext; mdToken sclTok; size_t sclAddr; }; /*****************************************************************************/ enum dclModBits { DB_NONE, DB_STATIC, DB_EXTERN, DB_VIRTUAL, DB_ABSTRACT, DB_OVERRIDE, DB_INLINE, DB_EXCLUDE, DB_SEALED, DB_OVERLOAD, DB_NATIVE, DB_CONST, DB_VOLATILE, DB_MANAGED, DB_UNMANAGED, DB_UNSAFE, DB_PROPERTY, DB_TRANSIENT, DB_SERLZABLE, DB_DEFAULT, DB_MULTICAST, DB_ALL, DB_RESET = DB_ALL-1, DB_TYPEDEF, DB_XMODS, DB_CLEARED }; enum dclMods { DM_STATIC = (1 << DB_STATIC ), DM_EXTERN = (1 << DB_EXTERN ), DM_VIRTUAL = (1 << DB_VIRTUAL ), DM_ABSTRACT = (1 << DB_ABSTRACT ), DM_OVERRIDE = (1 << DB_OVERRIDE ), DM_INLINE = (1 << DB_INLINE ), DM_EXCLUDE = (1 << DB_EXCLUDE ), DM_SEALED = (1 << DB_SEALED ), DM_OVERLOAD = (1 << DB_OVERLOAD ), DM_NATIVE = (1 << DB_NATIVE ), DM_CONST = (1 << DB_CONST ), DM_VOLATILE = (1 << DB_VOLATILE ), DM_MANAGED = (1 << DB_MANAGED ), DM_UNMANAGED = (1 << DB_UNMANAGED), DM_UNSAFE = (1 << DB_UNSAFE ), DM_PROPERTY = (1 << DB_PROPERTY ), DM_TRANSIENT = (1 << DB_TRANSIENT), DM_SERLZABLE = (1 << DB_SERLZABLE), DM_DEFAULT = (1 << DB_DEFAULT ), DM_MULTICAST = (1 << DB_MULTICAST), DM_TYPEDEF = (1 << DB_TYPEDEF ), // used only for file-scope typedefs DM_XMODS = (1 << DB_XMODS ), // security modifier / other stuff present DM_CLEARED = (1 << DB_CLEARED ), // modifiers have not been parsed DM_ALL =((1 << DB_ALL) - 1 ) // used for masking }; struct declMods { unsigned dmMod :24; // mask of DM_xxx above unsigned char dmAcc : 8; // type is accessLevels }; inline DeclMod clearDeclMods(DeclMod mods) { mods->dmMod = 0; mods->dmAcc = ACL_DEFAULT; return mods; } inline DeclMod initDeclMods(DeclMod mods, accessLevels acc) { mods->dmMod = 0; mods->dmAcc = acc; return mods; } enum dclrtrName { DN_NONE = 0, DN_OPTIONAL = 1, DN_REQUIRED = 2, DN_MASK = 3, DN_QUALOK = 0x80 // combine with others to allow "foo.bar" }; /*****************************************************************************/ DEFMGMT class StrListRec { public: StrList slNext; stringBuff slString; }; /*****************************************************************************/ DEFMGMT class BlkListRec { public: BlkList blNext; genericRef blAddr; }; /*****************************************************************************/ DEFMGMT class NumPairDsc { public: unsigned npNum1; unsigned npNum2; }; /*****************************************************************************/ DEFMGMT class constStr { public: size_t csLen; stringBuff csStr; }; DEFMGMT class constVal { public: TypDef cvType; #ifdef DEBUG var_types cvVtyp; #else unsigned char cvVtyp; #endif unsigned char cvIsStr; // is this a string constant? unsigned char cvHasLC; // is this a string constant with large chars? union { __int32 cvIval; __int64 cvLval; float cvFval; double cvDval; ConstStr cvSval; } cvValue; }; /***************************************************************************** * * Bitsets are used to detect uninitialized variable use. Basically, if there * is a small numbers of locals we need to track, we use a simple integer bit * variable, otherwise we have to use a dynamically sized array of bits. The * bitsetDsc structure holds the data for each instance of a bitset, all of * global state (and code that implements the behavior) is in the compiler * for efficiency class. */ #ifdef __64BIT__ const size_t bitsetSmallSize = 64; typedef __uint64 bitsetSmallType; #else const size_t bitsetSmallSize = 32; typedef __uint32 bitsetSmallType; #endif const size_t bitsetLargeSize = 8; typedef genericBuff bitsetLargeType; DEFMGMT struct bitset { #ifdef DEBUG unsigned bsCheck; #endif union { bitsetSmallType bsSmallVal; bitsetLargeType bsLargeVal; }; }; /***************************************************************************** * * The following keeps track of statement nesting when compiling statements. */ DEFMGMT struct stmtNestRec { StmtNest snOuter; Tree snStmtExpr; treeOps snStmtKind; SymDef snLabel; ILblock snLabCont; ILblock snLabBreak; bool snHadCont; bool snHadBreak; bitset snDefCont; bitset snDefBreak; }; /***************************************************************************** * * The max. inline buffer size for conversions to Unicode. */ const unsigned MAX_INLINE_NAME_LEN = 32; /***************************************************************************** * * Metadata import state - one is allocated per each file imported. */ DEFMGMT class metadataImp { private: Compiler MDcomp; SymTab MDstab; WCHAR MDprevNam[MAX_PACKAGE_NAME]; SymDef MDprevSym; mdToken MDdelegTok; mdToken MDclsRefObsolete; // typeref for System::ObsoleteAttribute mdToken MDclsDefObsolete; // typedef for System::ObsoleteAttribute mdToken MDclsRefAttribute; // typeref for System::Attribute mdToken MDclsDefAttribute; // typedef for System::Attribute mdToken MDctrDefAttribute1; // methdef for System::Attribute::ctor(arg1) mdToken MDctrDefAttribute2; // methdef for System::Attribute::ctor(arg2) mdToken MDctrDefAttribute3; // methdef for System::Attribute::ctor(arg3) mdToken MDctrRefAttribute1; // methref for System::Attribute::ctor(arg1) mdToken MDctrRefAttribute2; // methref for System::Attribute::ctor(arg2) mdToken MDctrRefAttribute3; // methref for System::Attribute::ctor(arg3) public: MetaDataImp MDnext; unsigned MDnum; // importer index (used for lookups) WMetaDataImport *MDwmdi; void MDinit(Compiler comp, SymTab stab) { MDcomp = comp; MDstab = stab; MDwmdi = NULL; MDfileTok = 0; MDprevNam[0] = 0; MDundefCount = 0; } void MDinit(WMetaDataImport * wmdi, Compiler comp, SymTab stab) { MDcomp = comp; MDstab = stab; MDwmdi = wmdi; MDprevNam[0] = 0; } unsigned MDundefCount; // bumped for unrecognized stuff void MDimportCTyp(mdTypeDef td, mdToken ft); SymDef MDimportClss(mdTypeDef td, SymDef clsSym, unsigned assx, bool deep); void MDimportStab(const char * fname, unsigned assx = 0, bool asmOnly = false, bool isBCL = false); TypDef MDimportClsr(mdTypeRef clsRef, bool isVal); TypDef MDimportType(MDsigImport * sig); ArgDef MDimportArgs(MDsigImport * sig, unsigned cnt, MDargImport * state); bool MDfindAttr (mdToken token, wideStr name, const void * * blobAddr, ULONG * blobSize); SymDef MDfindPropMF(SymDef propSym, mdToken methTok, bool getter); SymDef MDimportMem(SymDef scope, Ident name, mdToken memTok, unsigned attrs, bool isProp, bool fileScope, PCCOR_SIGNATURE sigAddr, size_t sigSize); accessLevels MDgetAccessLvl(unsigned attrs); SymDef MDparseDotted(WCHAR *name, symbolKinds kind, bool *added); Ident MDhashWideName(WCHAR *name); void MDchk4CustomAttrs(SymDef sym, mdToken tok); private: unsigned MDassIndex; // assembly index or 0 mdToken MDfileTok; void MDcreateFileTok(); public: void MDrecordFile() { if (!MDfileTok && MDassIndex) MDcreateFileTok(); } }; /***************************************************************************** * * The following is used to save/restore the current symbol table context. */ DEFMGMT struct STctxSave { SymDef ctxsScp; SymDef ctxsCls; SymDef ctxsNS; UseList ctxsUses; SymDef ctxsComp; SymDef ctxsFncSym; TypDef ctxsFncTyp; }; /*****************************************************************************/ #ifdef SETS /*****************************************************************************/ const unsigned COLL_STATE_VALS = 8; // please don't ask, it's too horrible ... const AnsiStr CFC_CLSNAME_PREFIX= "$DB-state$"; const AnsiStr CFC_ARGNAME_ITEM = "$item"; const AnsiStr CFC_ARGNAME_ITEM1 = "$item1"; const AnsiStr CFC_ARGNAME_ITEM2 = "$item2"; const AnsiStr CFC_ARGNAME_STATE = "$state"; DEFMGMT class funcletDesc { public: funcletList fclNext; SymDef fclFunc; SaveTree fclExpr; }; DEFMGMT struct collOpNest { collOpList conOuter; int conIndex; SymDef conIterVar; }; /*****************************************************************************/ #endif//SETS /***************************************************************************** * * The following describes an overlapped I/O file. */ #ifdef ASYNCH_INPUT_READ DEFMGMT class queuedFile { public: QueuedFile qfNext; Compiler qfComp; const char * qfName; // name of the file size_t qfSize; // size in bytes void * qfBuff; // address of contents (or NULL) HANDLE qfHandle; // handle when file is open HANDLE qfEvent; // signalled when entire contents read #ifdef DEBUG QueuedFile qfSelf; #endif OVERLAPPED qfOdsc; bool qfReady; // file is ready to be open bool qfOpen; // file is being read bool qfDone; // file has been read bool qfParsing; // file is bein compiled }; #else DEFMGMT class queuedFile { }; #endif /***************************************************************************** * * The following defines state and members/methods that are global to the * compilation process. */ DEFMGMT class compiler { public: compConfig cmpConfig; /************************************************************************/ /* Main entry points for the compilation process */ /************************************************************************/ bool cmpInit(); static bool cmpPrepSrc(genericRef cookie, stringBuff file, QueuedFile buff = NULL, stringBuff srcText = NULL); bool cmpStart(const char *defOutFileName); bool cmpClass(const char *className = NULL); bool cmpDone(bool errors); void cmpPrepOutput(); void cmpOutputFileDone(OutFile outf){} WritePE cmpPEwriter; /************************************************************************/ /* Current public state of the compilation process */ /************************************************************************/ public: SymTab cmpCurST; // current symbol table SymDef cmpCurNS; // the namespace we're in SymDef cmpCurCls; // the class scope we're in SymDef cmpCurScp; // the local scope we're in SymDef cmpLabScp; // the label scope we're using UseList cmpCurUses; // the "using" clauses in effect SymDef cmpCurComp; // the current compilation unit #ifdef SETS // SymDef cmpOuterScp; // lookup scopes outside of global #endif SymDef cmpCurFncSym; // function symbol we're compiling TypDef cmpCurFncTyp; // function type we're compiling TypDef cmpCurFncRtp; // function return type var_types cmpCurFncRvt; // function return type SymList cmpLclStatListT; // temp list of local static variables SymList cmpLclStatListP; // perm list of local static variables bool cmpManagedMode; // is default "managed" ? ILblock cmpLeaveLab; // return from try/catch label / NULL SymDef cmpLeaveTmp; // return value temp unsigned cmpInTryBlk; unsigned cmpInHndBlk; unsigned cmpInFinBlk; private: /************************************************************************/ /* Various members used in the compilation process */ /************************************************************************/ SymDef cmpAsserAbtSym; public: unsigned cmpFncCntSeen; unsigned cmpFncCntComp; Ident cmpIdentMain; SymDef cmpFnSymMain; mdToken cmpTokenMain; Ident cmpIdentVAbeg; SymDef cmpFNsymVAbeg; Ident cmpIdentVAget; SymDef cmpFNsymVAget; Ident cmpIdentCompare; Ident cmpIdentEquals; Ident cmpIdentNarrow; Ident cmpIdentWiden; Ident cmpIdentGet; Ident cmpIdentSet; Ident cmpIdentExit; Ident cmpIdentEnter; Ident cmpIdentConcat; Ident cmpIdentInvoke; Ident cmpIdentInvokeBeg; Ident cmpIdentInvokeEnd; Ident cmpIdentVariant; Ident cmpIdentToString; Ident cmpIdentGetType; Ident cmpIdentGetTpHnd; Ident cmpIdentAssertAbt; Ident cmpIdentDbgBreak; Ident cmpIdentXcptCode; Ident cmpIdentXcptInfo; Ident cmpIdentAbnmTerm; Ident cmpIdentGetNArg; SymDef cmpGetNextArgFN; // ArgIterator::GetNextArg(int) SymDef cmpCtorArgIter; // ArgIterator(int,int) SymDef cmpConcStr2Fnc; // Concat(String,String) SymDef cmpConcStr3Fnc; // Concat(String,String,String) SymDef cmpConcStrAFnc; // Concat(String[]) SymDef cmpStrCompare; // string value comparison method SymDef cmpStrEquals; // string value equality method SymDef cmpFindStrCompMF(const char *name, bool retBool); Tree cmpCallStrCompMF(Tree expr, Tree op1, Tree op2, SymDef fsym); SymDef cmpFNsymCSenter; // CriticalSection::Enter SymDef cmpFNsymCSexit; // CriticalSection::Exit mdToken cmpAttrDeprec; // attribute ref for "Deprecated" mdToken cmpAttrIsDual; // attribute ref for "IsDual" mdToken cmpAttrDefProp; // attribute ref for "DefaultMemberAttribute" mdToken cmpAttrSerlzb; // attribute ref for "SerializableAttribute" mdToken cmpAttrNonSrlz; // attribute ref for "NonSerializedAttribute" SymDef cmpAttrClsSym; // System::Attribute symbol SymDef cmpAuseClsSym; // System::AttributeUsage symbol // SymDef cmpAttrTgtSym; // System::AttributeTargets symbol SymDef cmpMarshalCls; // System::Runtime::InteropServices::Marshal SymDef cmpStringConstCls; // fake class for unmanaged strings #ifdef SETS SymDef cmpXPathCls; // class XPath SymDef cmpXMLattrClass; // class XPath::XML_Class SymDef cmpXMLattrElement; // class XPath::XML_Element SymDef cmpInitXMLfunc; // function XPath::createXMLinst Ident cmpIdentGenBag; SymDef cmpClassGenBag; // generic class "bag" Ident cmpIdentGenLump; SymDef cmpClassGenLump; // generic class "lump" void cmpFindXMLcls(); Ident cmpIdentCSitem; Ident cmpIdentCSitem1; Ident cmpIdentCSitem2; Ident cmpIdentCSstate; Ident cmpIdentDBhelper; SymDef cmpClassDBhelper; Ident cmpIdentDBall; Ident cmpIdentDBsort; Ident cmpIdentDBslice; Ident cmpIdentDBfilter; Ident cmpIdentDBexists; Ident cmpIdentDBunique; Ident cmpIdentDBproject; Ident cmpIdentDBgroupby; Ident cmpIdentForEach; SymDef cmpClassForEach; SymDef cmpFNsymForEachCtor; SymDef cmpFNsymForEachMore; SymDef cmpCompare2strings; // String::Compare(String,String) SaveTree cmpCurFuncletBody; void cmpGenCollFunclet(SymDef fncSym, SaveTree body); SymDef cmpCollFuncletCls; funcletList cmpFuncletList; collOpList cmpCollOperList; unsigned cmpCollOperCount; void cmpGenCollExpr (Tree expr); Tree cmpCloneExpr (Tree expr, SymDef oldSym, SymDef newSym); SaveTree cmpSaveTree_I1 (SaveTree dest, INOUT size_t REF size, __int32 val); SaveTree cmpSaveTree_U1 (SaveTree dest, INOUT size_t REF size, __uint32 val); SaveTree cmpSaveTree_U4 (SaveTree dest, INOUT size_t REF size, __uint32 val); SaveTree cmpSaveTree_ptr(SaveTree dest, INOUT size_t REF size, void * val); SaveTree cmpSaveTree_buf(SaveTree dest, INOUT size_t REF size, void * dataAddr, size_t dataSize); size_t cmpSaveTreeRec (Tree expr, SaveTree dest, unsigned * stszPtr, Tree * stTable); private: unsigned cmpSaveIterSymCnt; SymDef * cmpSaveIterSymTab; #define MAX_ITER_VAR_CNT 8 public: SaveTree cmpSaveExprTree(Tree expr, unsigned iterSymCnt, SymDef * iterSymTab, unsigned * stSizPtr = NULL, Tree * * stTabPtr = NULL); int cmpReadTree_I1 (INOUT SaveTree REF save); unsigned cmpReadTree_U1 (INOUT SaveTree REF save); unsigned cmpReadTree_U4 (INOUT SaveTree REF save); void * cmpReadTree_ptr(INOUT SaveTree REF save); void cmpReadTree_buf(INOUT SaveTree REF save, size_t dataSize, void * dataAddr); Tree cmpReadTreeRec (INOUT SaveTree REF save); Tree cmpReadExprTree( SaveTree save, unsigned * lclCntPtr); #endif SymDef cmpFNsymGetTpHnd; // Type::GetTypeFromHandle void cmpFNsymGetTPHdcl(); SymDef cmpFNsymGetTPHget() { if (!cmpFNsymGetTpHnd) cmpFNsymGetTPHdcl(); return cmpFNsymGetTpHnd; } SymDef cmpRThandleCls; // struct System::RuntimeTypeHandle void cmpRThandleClsDcl(); SymDef cmpRThandleClsGet() { if (!cmpRThandleCls) cmpRThandleClsDcl(); return cmpRThandleCls; } SymDef cmpDeclUmgOper(tokens tokName, const char *extName); SymDef cmpFNumgOperNew; // unmanaged operator new SymDef cmpFNumgOperNewGet() { if (!cmpFNumgOperNew) cmpFNumgOperNew = cmpDeclUmgOper(tkNEW , "??2@YAPAXI@Z"); return cmpFNumgOperNew; } SymDef cmpFNumgOperDel; // unmanaged operator delete SymDef cmpFNumgOperDelGet() { if (!cmpFNumgOperDel) cmpFNumgOperDel = cmpDeclUmgOper(tkDELETE, "??3@YAXPAX@Z"); return cmpFNumgOperDel; } Ident cmpIdentSystem; SymDef cmpNmSpcSystem; Ident cmpIdentRuntime; SymDef cmpNmSpcRuntime; Ident cmpIdentObject; SymDef cmpClassObject; TypDef cmpRefTpObject; Ident cmpIdentArray; SymDef cmpClassArray; TypDef cmpRefTpArray; Ident cmpIdentString; SymDef cmpClassString; TypDef cmpRefTpString; Ident cmpIdentType; SymDef cmpClassType; TypDef cmpRefTpType; Ident cmpIdentDeleg; SymDef cmpClassDeleg; TypDef cmpRefTpDeleg; Ident cmpIdentMulti; SymDef cmpClassMulti; TypDef cmpRefTpMulti; Ident cmpIdentExcept; SymDef cmpClassExcept; TypDef cmpRefTpExcept; Ident cmpIdentRTexcp; SymDef cmpClassRTexcp; TypDef cmpRefTpRTexcp; SymDef cmpClassMonitor; TypDef cmpRefTpMonitor; Ident cmpIdentArgIter; SymDef cmpClassArgIter; TypDef cmpRefTpArgIter; Ident cmpIdentEnum; SymDef cmpClassEnum; Ident cmpIdentValType; SymDef cmpClassValType; TypDef cmpAsyncDlgRefTp; TypDef cmpIAsyncRsRefTp; TypDef cmpFindArgIterType(); TypDef cmpFindMonitorType(); TypDef cmpFindStringType(); TypDef cmpFindObjectType(); TypDef cmpFindExceptType(); TypDef cmpFindRTexcpType(); TypDef cmpFindArrayType(); TypDef cmpFindDelegType(); TypDef cmpFindMultiType(); TypDef cmpFindTypeType(); TypDef cmpExceptRef() { if (cmpRefTpExcept) return cmpRefTpExcept; else return cmpFindExceptType(); } TypDef cmpRTexcpRef() { if (cmpRefTpRTexcp) return cmpRefTpRTexcp; else return cmpFindRTexcpType(); } TypDef cmpStringRef() { if (cmpRefTpString) return cmpRefTpString; else return cmpFindStringType(); } TypDef cmpObjectRef() { if (cmpRefTpObject) return cmpRefTpObject; else return cmpFindObjectType(); } TypDef cmpTypeRef() { if (cmpRefTpType) return cmpRefTpType; else return cmpFindTypeType(); } TypDef cmpArrayRef() { if (cmpRefTpArray) return cmpRefTpArray; else return cmpFindArrayType(); } TypDef cmpDelegRef() { if (cmpRefTpDeleg) return cmpRefTpDeleg; else return cmpFindDelegType(); } TypDef cmpMultiRef() { if (cmpRefTpMulti) return cmpRefTpMulti; else return cmpFindMultiType(); } TypDef cmpArgIterRef() { if (cmpRefTpArgIter) return cmpRefTpArgIter; else return cmpFindArgIterType(); } TypDef cmpMonitorRef() { if (cmpRefTpMonitor) return cmpRefTpMonitor; else return cmpFindMonitorType(); } void cmpInteropFind(); SymDef cmpInteropSym; // System::Runtime::InteropServices SymDef cmpInteropGet() { if (!cmpInteropSym) cmpInteropFind(); return cmpInteropSym; } void cmpNatTypeFind(); SymDef cmpNatTypeSym; // System::Runtime::InteropServices::NativeType SymDef cmpNatTypeGet() { if (!cmpNatTypeSym) cmpNatTypeFind(); return cmpNatTypeSym; } void cmpCharSetFind(); SymDef cmpCharSetSym; // System::Runtime::InteropServices::CharacterSet SymDef cmpCharSetGet() { if (!cmpCharSetSym) cmpCharSetFind(); return cmpCharSetSym; } #ifdef SETS TypDef cmpObjArrTypeFind(); TypDef cmpObjArrType; // Object[] TypDef cmpObjArrTypeGet() { if (!cmpObjArrType) cmpObjArrTypeFind(); return cmpObjArrType; } #endif bool cmpIsByRefType(TypDef type); bool cmpIsStringVal(Tree expr); bool cmpIsObjectVal(Tree expr); unsigned cmpIsBaseClass(TypDef baseCls, TypDef dervCls); private: unsigned cmpCntAnonymousNames; public: Ident cmpNewAnonymousName(); void cmpMarkStdType(SymDef clsSym); private: void cmpFindHiddenBaseFNs(SymDef fncSym, SymDef clsSym); SymList cmpNoDimArrVars; Tree cmpTypeIDinst(TypDef type); #ifdef DEBUG SymDef cmpInitVarCur; unsigned cmpInitVarOfs; #endif memBuffPtr cmpWriteVarData(memBuffPtr dest, genericBuff str, size_t len); memBuffPtr cmpInitVarPad (memBuffPtr dest, size_t amount); bool cmpInitVarAny (INOUT memBuffPtr REF dest, TypDef type, SymDef varSym = NULL); bool cmpInitVarScl (INOUT memBuffPtr REF dest, TypDef type, SymDef varSym = NULL); bool cmpInitVarArr (INOUT memBuffPtr REF dest, TypDef type, SymDef varSym = NULL); bool cmpInitVarCls (INOUT memBuffPtr REF dest, TypDef type, SymDef varSym = NULL); memBuffPtr cmpWriteOneInit(memBuffPtr dest, Tree expr); memBuffPtr cmpInitVarBeg (SymDef varSym, bool undim = false); void cmpInitVarEnd (SymDef varSym); Tree cmpParseOneInit(TypDef type); void cmpBindUseList (UseList useList); SymDef cmpEntryPointCls; void cmpChk4entryPt (SymDef sym); SymDef cmpDeclDataMem (SymDef clsSym, declMods memMod, TypDef type, Ident name); SymDef cmpDeclPropMem (SymDef clsSym, TypDef type, Ident name); SymDef cmpDeclFuncMem (SymDef clsSym, declMods memMod, TypDef type, Ident name); SymXinfo cmpFindXtraInfo(SymXinfo infoList, xinfoKinds infoKind); SymXinfoCOM cmpFindMarshal (SymXinfo infoList); SymXinfoLnk cmpFindLinkInfo(SymXinfo infoList); SymXinfoSec cmpFindSecSpec (SymXinfo infoList); SymXinfoSym cmpFindSymInfo (SymXinfo infoList, xinfoKinds kind); SymXinfoAtc cmpFindATCentry(SymXinfo infoList, atCommFlavors flavor); SymXinfo cmpAddXtraInfo (SymXinfo infoList, SymXinfo infoAdd) { if (infoAdd) { infoAdd->xiNext = infoList; return infoAdd; } else return infoList; } SymXinfo cmpAddXtraInfo (SymXinfo infoList, MarshalInfo marshal); SymXinfo cmpAddXtraInfo (SymXinfo infoList, SymDef sym, xinfoKinds kind); SymXinfo cmpAddXtraInfo (SymXinfo infoList, SecurityInfo secInfo); SymXinfo cmpAddXtraInfo (SymXinfo infoList, AtComment atcDesc); SymXinfo cmpAddXtraInfo (SymXinfo infoList, Linkage linkSpec); public: // used in the parser SymXinfo cmpAddXtraInfo (SymXinfo infoList, SymDef attrCtor, unsigned attrMask, size_t attrSize, genericBuff attrAddr); public: static size_t cmpDecodeAlign (unsigned alignVal); static unsigned cmpEncodeAlign (size_t alignSiz); private: void cmpLayoutClass (SymDef clsSym); TypDef cmpGetClassSpec(bool needIntf); void cmpObsoleteUse (SymDef sym, unsigned wrn); SymDef cmpFindIntfImpl(SymDef clsSym, SymDef ifcSym, SymDef * impOvlPtr = NULL); void cmpClsImplAbs (SymDef clsSym, SymDef fncSym); void cmpCheckClsIntf(SymDef clsSym); void cmpCheckIntfLst(SymDef clsSym, SymDef baseSym, TypList intfList); void cmpDeclProperty(SymDef memSym, declMods memMod, DefList memDef); void cmpDeclDelegate(DefList decl, SymDef dlgSym, accessLevels acc); void cmpDeclTdef (SymDef tdefSym); void cmpDeclEnum (SymDef enumSym, bool namesOnly = false); unsigned cmpDeclClassRec; void cmpDeclClass (SymDef clsSym, bool noCnsEval = false); void cmpCompClass (SymDef clsSym); void cmpCompVar (SymDef varSym, DefList srcDesc); void cmpCompFnc (SymDef fncSym, DefList srcDesc); ExtList cmpFlipMemList (ExtList nspMem); IniList cmpDeferCnsFree; IniList cmpDeferCnsList; void cmpEvalMemInit (ExtList cnsDef); void cmpEvalMemInits(SymDef clsSym, ExtList constList, bool noEval, IniList deferLst); void cmpEvalCnsSym (SymDef sym, bool saveCtx); void cmpDeclConsts (SymDef scope, bool fullEval); bool cmpDeclSym (SymDef sym, SymDef onlySym, bool recurse); bool cmpCompSym (SymDef sym, SymDef onlySym, bool recurse); void cmpDeclFileSym (ExtList decl, bool fullDecl); bool cmpDeclSymDoit (SymDef sym, bool noCnsEval = false); bool cmpDeclClsNoCns(SymDef sym); void cmpSaveSTctx (STctxSave & save); void cmpRestSTctx (STctxSave & save); public: bool cmpDeclSym (SymDef sym); memBuffPtr cmpAllocGlobVar(SymDef varSym); size_t cmpGetTypeSize (TypDef type, size_t * alignPtr = NULL); static void cmpRecordMemDef(SymDef clsSym, ExtList decl); /************************************************************************/ /* Logic that checks for uninitialized variable use */ /************************************************************************/ bool cmpChkVarInit; // enables the whole thing bool cmpChkMemInit; // need to check static mem init? unsigned cmpLclVarCnt; // # of local variables to track bool cmpGotoPresent; // irreducible flow-graph? bitset cmpVarsDefined; // vars known to be defined bitset cmpVarsFlagged; // vars already flagged bitset cmpVarsIgnore; // used for unneeded args void cmpChkMemInits(); void cmpChkVarInitBeg(unsigned lclVarCnt, bool hadGoto); void cmpChkVarInitEnd(); void cmpChkVarInitExprRec(Tree expr); void cmpChkVarInitExpr (Tree expr) { if (cmpChkVarInit) cmpChkVarInitExprRec(expr); } void cmpCheckUseCond(Tree expr, OUT bitset REF yesBS, bool yesSkip, OUT bitset REF noBS, bool noSkip); /************************************************************************/ /* Helper logic that maintains bitsets */ /************************************************************************/ size_t cmpLargeBSsize; // size of large bitset or 0 void cmpBitSetInit(unsigned lclVarCnt) { if (lclVarCnt > bitsetSmallSize) cmpLargeBSsize = (lclVarCnt + bitsetLargeSize - 1) / bitsetLargeSize; else cmpLargeBSsize = 0; } void cmpBS_bigStart ( OUT bitset REF bs) { #ifdef DEBUG bs.bsCheck = 0xBEEFDEAD; #endif } void cmpBS_bigCreate( OUT bitset REF bs); void cmpBitSetCreate( OUT bitset REF bs) { if (cmpLargeBSsize) cmpBS_bigCreate(bs); else bs.bsSmallVal = 0; } void cmpBS_bigDone (IN bitset REF bs); void cmpBitSetDone (IN bitset REF bs) { if (cmpLargeBSsize) cmpBS_bigDone(bs); } void cmpBS_bigWrite (INOUT bitset REF bs, unsigned pos, unsigned val); void cmpBitSetWrite (INOUT bitset REF bs, unsigned pos, unsigned val) { assert(val == 0 || val == 1); if (cmpLargeBSsize) { cmpBS_bigWrite(bs, pos, val); } else { bitsetSmallType mask = (bitsetSmallType)1 << pos; assert(pos < bitsetSmallSize); if (val) bs.bsSmallVal |= mask; else bs.bsSmallVal &= ~mask; } } void cmpBS_bigCreate( OUT bitset REF dst, IN bitset REF src); void cmpBitSetCreate( OUT bitset REF dst, IN bitset REF src) { if (cmpLargeBSsize) { cmpBS_bigCreate(dst, src); } else { dst.bsSmallVal = src.bsSmallVal; } } void cmpBS_bigAssign( OUT bitset REF dst, IN bitset REF src); void cmpBitSetAssign( OUT bitset REF dst, IN bitset REF src) { if (cmpLargeBSsize) { cmpBS_bigAssign(dst, src); } else { dst.bsSmallVal = src.bsSmallVal; } } unsigned cmpBS_bigRead (IN bitset REF bs, unsigned pos); unsigned cmpBitSetRead (IN bitset REF bs, unsigned pos) { if (cmpLargeBSsize) { return cmpBS_bigRead(bs, pos); } else { assert(pos < bitsetSmallSize); return ((bs.bsSmallVal & ((bitsetSmallType)1 << pos)) != 0); } } void cmpBS_bigUnion (INOUT bitset REF bs1, IN bitset REF bs2); void cmpBitSetUnion (INOUT bitset REF bs1, IN bitset REF bs2) { if (cmpLargeBSsize) { cmpBS_bigUnion(bs1, bs2); } else { bs1.bsSmallVal |= bs2.bsSmallVal; } } void cmpBS_bigIntsct(INOUT bitset REF bs1, IN bitset REF bs2); void cmpBitSetIntsct(INOUT bitset REF bs1, IN bitset REF bs2) { if (cmpLargeBSsize) { cmpBS_bigIntsct(bs1, bs2); } else { bs1.bsSmallVal &= bs2.bsSmallVal; } } /************************************************************************/ /* In case anyone wants to know how much work we've been doing */ /************************************************************************/ public: unsigned cmpLineCnt; /************************************************************************/ /* Members used for statement reachability analysis */ /************************************************************************/ private: bool cmpStmtReachable; void cmpErrorReach(Tree stmt); void cmpCheckReach(Tree stmt) { if (!cmpStmtReachable) cmpErrorReach(stmt); } /************************************************************************/ /* Pointers to the hash table, scanner, symbol manager, ... */ /************************************************************************/ public: Scanner cmpScanner; Parser cmpParser; block_allocator cmpAllocTemp; // limited lifetime allocs norls_allocator cmpAllocPerm; // this never goes away norls_allocator cmpAllocCGen; // used for MSIL generation #ifdef DLL void * cmpOutputFile; // when compiling to memory #endif private: BlkList cmpAllocList; public: genericRef cmpAllocBlock(size_t sz); /************************************************************************/ /* The following is the root of all evil - er - symbols and such */ /************************************************************************/ HashTab cmpGlobalHT; // global hash table SymTab cmpGlobalST; // global symbol table SymDef cmpGlobalNS; // global namespace symbol /************************************************************************/ /* Pre-defined standard types */ /************************************************************************/ TypDef cmpTypeInt; TypDef cmpTypeBool; TypDef cmpTypeChar; TypDef cmpTypeVoid; TypDef cmpTypeUint; TypDef cmpTypeNatInt; TypDef cmpTypeNatUint; TypDef cmpTypeCharPtr; TypDef cmpTypeWchrPtr; TypDef cmpTypeVoidPtr; TypDef cmpTypeVoidFnc; // void fnc() TypDef cmpTypeStrArr; // String[] /************************************************************************/ /* Generic type support */ /************************************************************************/ SymList cmpGenInstList; // current set of instantiations SymList cmpGenInstFree; // list of free instantiation desc's GenArgDscA cmpGenArgAfree; // list of free actual arg descriptors void cmpDeclInstType(SymDef clsSym); TypDef cmpInstanceType(TypDef genType, bool chkOnly = false); SymDef cmpInstanceMeth(INOUT SymDef REF newOvl, SymDef clsSym, SymDef ovlSym); /************************************************************************/ /* Members related to error reporting */ /************************************************************************/ SymDef cmpErrorSym; SymDef cmpErrorComp; const char * cmpErrorSrcf; Tree cmpErrorTree; unsigned cmpErrorCount; unsigned cmpFatalCount; unsigned cmpMssgsCount; unsigned cmpErrorMssgDisabled; #if TRAP_VIA_SETJMP ErrTrap cmpErrorTraps; #endif private: void cmpSetSrcPos(SymDef memSym); void cmpShowMsg (unsigned errNum, const char *kind, va_list args); const char * cmpErrorGenTypName(TypDef typ); const char * cmpErrorGenSymName(SymDef sym, bool qual = false); const char * cmpErrorGenSymName(Ident name, TypDef type); void cmpReportSymDef(SymDef sym); void cmpRedefSymErr (SymDef sym, unsigned err); public: void cmpErrorInit(); void cmpErrorSave(); // The following is accessed by the scanner (we have no friends) BYTE cmpInitialWarn[WRNcountWarn]; // NOTE: Use the varargs version with extreme care -- no type checking! void cmpSetErrPos(DefSrc def, SymDef compUnit); void cmpCntError(); void _cdecl cmpGenWarn (unsigned errNum, ...); void _cdecl cmpGenError(unsigned errNum, ...); void _cdecl cmpGenFatal(unsigned errNum, ...); void cmpError (unsigned errNum) { cmpGenError(errNum); } void cmpWarn (unsigned wrnNum) { cmpGenWarn (wrnNum); } void cmpFatal (unsigned errNum) { cmpGenFatal(errNum); } void cmpFatal (unsigned errNum, SymDef sym); void cmpError (unsigned errNum, Ident name); void cmpError (unsigned errNum, SymDef sym); void cmpError (unsigned errNum, QualName qual); void cmpError (unsigned errNum, TypDef type); void cmpError (unsigned errNum, Ident name, TypDef type, bool glue); void cmpError (unsigned errNum, TypDef typ1, TypDef typ2); void cmpError (unsigned errNum, TypDef typ, Ident name); void cmpError (unsigned errNum, SymDef sym, Ident name, TypDef type); void cmpError (unsigned errNum, Ident name, TypDef typ1, TypDef typ2); void cmpError (unsigned errNum, Ident name, SymDef sym1, SymDef sym2); void cmpError (unsigned errNum, Ident nam1, Ident nam2, Ident nam3); void cmpError (unsigned errNum, SymDef sym, Ident name); void cmpError (unsigned errNum, SymDef sym, QualName qual, TypDef type); void cmpErrorXtp(unsigned errNum, SymDef sym, Tree args); void cmpErrorQnm(unsigned errNum, SymDef sym); void cmpErrorQSS(unsigned errNum, SymDef sm1, SymDef sym2); void cmpErrorQSS(unsigned errNum, SymDef sym, TypDef type); void cmpErrorAtp(unsigned errNum, SymDef sym, Ident name, TypDef type); void cmpErrorSST(unsigned errNum, stringBuff str, SymDef sym, TypDef typ); void cmpWarn (unsigned wrnNum, TypDef typ1, TypDef typ2); void cmpWarn (unsigned wrnNum, QualName name); void cmpWarn (unsigned wrnNum, TypDef type); void cmpWarnQnm (unsigned wrnNum, SymDef sym); void cmpWarnQns (unsigned wrnNum, SymDef sym, AnsiStr str); void cmpWarnNqn (unsigned wrnNum, unsigned val, SymDef sym); void cmpWarnSQS (unsigned wrnNum, SymDef sym1, SymDef sym2); unsigned cmpStopErrorMessages(); bool cmpRestErrorMessages(unsigned errcnt = 0); void cmpModifierError(unsigned err, unsigned mods); void cmpMemFmod2Error(tokens tok1, tokens tok2); /************************************************************************/ /* Members used for handling unmanaged classes */ /************************************************************************/ public: SymList cmpVtableList; // list of vtables to generate unsigned cmpVtableCount; private: #ifdef DEBUG unsigned cmpVtableIndex; #endif void cmpGenVtableContents(SymDef vtabSym); memBuffPtr cmpGenVtableSection (SymDef innerSym, SymDef outerSym, memBuffPtr dest); /************************************************************************/ /* Members used for handling value types */ /************************************************************************/ void cmpInitStdValTypes(); Ident cmpStdValueIdens[TYP_lastIntrins]; TypDef cmpStdValueTypes[TYP_lastIntrins]; public: var_types cmpFindStdValType(TypDef typ); TypDef cmpFindStdValType(var_types vtp); TypDef cmpCheck4valType(TypDef type); /************************************************************************/ /* Members used to bind expressions */ /************************************************************************/ SymDef cmpThisSym; Tree cmpThisRef(); Tree cmpThisRefOK(); private: Tree cmpAllocExprRaw (Tree expr, treeOps oper); Tree cmpCreateExprNode(Tree expr, treeOps oper, TypDef type); Tree cmpCreateExprNode(Tree expr, treeOps oper, TypDef type, Tree op1, Tree op2 = NULL); Tree cmpCreateIconNode(Tree expr, __int32 val, var_types typ); Tree cmpCreateLconNode(Tree expr, __int64 val, var_types typ); Tree cmpCreateFconNode(Tree expr, float val); Tree cmpCreateDconNode(Tree expr, double val); Tree cmpCreateSconNode(stringBuff str, size_t len, unsigned wide, TypDef type); Tree cmpCreateErrNode (unsigned errn = 0); Tree cmpCreateVarNode (Tree expr, SymDef sym); Tree cmpAppend2argList(Tree args, Tree addx); /*----------------------------------------------------------------------*/ void cmpRecErrorPos (Tree expr); bool cmpExprIsErr (Tree expr); /*----------------------------------------------------------------------*/ Tree cmpFoldIntUnop (Tree args); Tree cmpFoldLngUnop (Tree args); Tree cmpFoldFltUnop (Tree args); Tree cmpFoldDblUnop (Tree args); Tree cmpFoldIntBinop (Tree args); Tree cmpFoldLngBinop (Tree args); Tree cmpFoldFltBinop (Tree args); Tree cmpFoldDblBinop (Tree args); Tree cmpFoldStrBinop (Tree args); /*----------------------------------------------------------------------*/ Tree cmpShrinkExpr (Tree expr); Tree cmpCastOfExpr (Tree expr, TypDef type, bool explicitCast); var_types cmpConstSize (Tree expr, var_types vtp); bool cmpCheckException(TypDef type); public: bool cmpCheckAccess (SymDef sym); private: bool cmpCheckAccessNP (SymDef sym); bool cmpCheckLvalue (Tree expr, bool addr, bool noErr = false); Tree cmpCheckFuncCall (Tree call); bool cmpConvergeValues(INOUT Tree REF op1, INOUT Tree REF op2); Tree cmpRefMemberVar (Tree expr, SymDef sym, Tree objPtr = NULL); TypDef cmpMergeFncType (SymDef fncSym, TypDef type); SymDef cmpFindOvlMatch (SymDef fncSym, Tree args, Tree thisArg); bool cmpMakeRawStrLit (Tree expr, TypDef type, bool chkOnly = false); bool cmpMakeRawString (Tree expr, TypDef type, bool chkOnly = false); int cmpConversionCost(Tree srcExpr, TypDef dstType, bool noUserConv = false); /*----------------------------------------------------------------------*/ SymDef cmpSymbolNS (SymDef sym); SymDef cmpSymbolOwner (SymDef sym); TypDef cmpGetActualTP (TypDef type); public: TypDef cmpActualType (TypDef type); TypDef cmpDirectType (TypDef type); var_types cmpActualVtyp (TypDef type); var_types cmpDirectVtyp (TypDef type); static var_types cmpEnumBaseVtp (TypDef type); /*----------------------------------------------------------------------*/ public: bool cmpIsManagedAddr (Tree expr); /*----------------------------------------------------------------------*/ private: ExtList cmpTempMLfree; ExtList cmpTempMLappend (ExtList list, ExtList * lastPtr, SymDef sym, SymDef comp, UseList uses, scanPosTP dclFpos, unsigned dclLine); void cmpTempMLrelease (ExtList entry); /*----------------------------------------------------------------------*/ #ifndef NDEBUG void cmpChk4ctxChange (TypDef type1, TypDef type2, unsigned flags); #endif bool cmpDiffContext (TypDef cls1, TypDef cls2); private: Tree cmpDecayArray (Tree expr); public: Tree cmpDecayCheck (Tree expr); TypDef cmpGetRefBase (TypDef reftyp); var_types cmpSymbolVtyp (SymDef sym); /*----------------------------------------------------------------------*/ private: size_t cmpStoreMDlen (size_t len, BYTE * dest = NULL); public: SymDef cmpBindAttribute (SymDef clsSym, Tree argList, unsigned tgtMask, OUT unsigned REF useMask, OUT genericBuff REF blobAddr, OUT size_t REF blobSize); /*----------------------------------------------------------------------*/ void cmpDeclDefCtor (SymDef clsSym); private: SymDef cmpFindCtor (TypDef clsTyp, bool chkArgs, Tree args = NULL); Tree cmpCallCtor (TypDef type, Tree args); #ifdef SETS Tree cmpBindProject (Tree expr); Tree cmpBindSetOper (Tree expr); // pre-allocate collection operator state classes SymDef * cmpSetOpClsTable; SymDef cmpDclFilterCls (unsigned args); public: unsigned cmpSetOpCnt; TypDef cmpIsCollection (TypDef type); unsigned cmpClassDefCnt; #endif public: Tree cmpBindCondition (Tree cond); int cmpEvalCondition (Tree cond); ConstStr cmpSaveStringCns (const char * str, size_t len); ConstStr cmpSaveStringCns (const wchar * str, size_t len); private: Tree cmpBindVarArgUse (Tree call); SymDef cmpBindQualName (QualName name, bool notLast); bool cmpParseConstDecl(SymDef varSym, Tree init = NULL, Tree * ncPtr = NULL); Tree cmpBooleanize (Tree expr, bool sense); Tree cmpFetchConstVal (ConstVal cval, Tree expr = NULL); SymDef cmpFindPropertyDM(SymDef accSym, bool * isSetPtr); SymDef cmpFindPropertyFN(SymDef clsSym, Ident propName, Tree args, bool getter, bool * found); public: Ident cmpPropertyName (Ident name, bool getter); private: Tree cmpBindProperty (Tree expr, Tree args, Tree asgx); Tree cmpScaleIndex (Tree expr, TypDef type, treeOps oper); Tree cmpBindArrayExpr (TypDef type, int dimPos = 0, unsigned elems = 0); Tree cmpBindArrayBnd (Tree expr); void cmpBindArrayType (TypDef type, bool needDef, bool needDim, bool mustDim); public: TypDef cmpBindExprType (Tree expr); void cmpBindType (TypDef type, bool needDef, bool needDim); bool cmpIsStringExpr (Tree expr); private: Tree cmpBindQmarkExpr (Tree expr); Tree bindSLVinit (TypDef type, Tree init); Tree cmpBindNewExpr (Tree expr); Tree cmpAdd2Concat (Tree expr, Tree list, Tree * lastPtr); Tree cmpListConcat (Tree expr); Tree cmpBindConcat (Tree expr); Tree cmpBindCall (Tree tree); Tree cmpBindNameUse (Tree tree, bool isCall, bool classOK); Tree cmpBindName (Tree tree, bool isCall, bool classOK); Tree cmpRefAnUnionMem (Tree expr); Tree cmpBindDotArr (Tree tree, bool isCall, bool classOK); #ifdef SETS public: static SymDef cmpNextInstDM (SymDef memList, SymDef * memSymPtr); private: Tree cmpBindSlicer (Tree expr); Tree cmpBindXMLinit (SymDef clsSym, Tree init); SymXinfo cmpAddXMLattr (SymXinfo xlist, bool elem, unsigned num); #endif Tree cmpBindThisRef (SymDef sym); Tree cmpBindAssignment(Tree dstx, Tree srcx, Tree tree, treeOps oper = TN_ASG); Tree cmpCompOperArg1; Tree cmpCompOperArg2; Tree cmpCompOperFnc1; Tree cmpCompOperFnc2; Tree cmpCompOperFunc; Tree cmpCompOperCall; Tree cmpCompareValues (Tree expr, Tree op1, Tree op2); Tree cmpConvOperExpr; unsigned cmpMeasureConv (Tree srcExpr, TypDef dstType, unsigned lowCost, SymDef convSym, SymDef * bestCnv1, SymDef * bestCnv2); Tree cmpCheckOvlOper (Tree expr); Tree cmpCheckConvOper (Tree expr, TypDef srcTyp, TypDef dstTyp, bool expConv, unsigned * costPtr = NULL); Tree cmpUnboxExpr (Tree expr, TypDef type); Tree cmpBindExprRec (Tree expr); public: Tree cmpCoerceExpr (Tree expr, TypDef type, bool explicitCast); Tree cmpBindExpr (Tree expr); Tree cmpFoldExpression(Tree expr); /************************************************************************/ /* Members used for generating IL */ /************************************************************************/ GenILref cmpILgen; stmtNestRec cmpStmtLast; StmtNest cmpStmtNest; SymDef cmpFilterObj; bool cmpBaseCTisOK; bool cmpBaseCTcall; bool cmpThisCTcall; SymDef cmpTempVarMake (TypDef type); void cmpTempVarDone (SymDef tsym); #ifdef SETS void cmpStmtConnect (Tree stmt); void cmpStmtSortFnc (Tree sortList); void cmpStmtProjFnc (Tree sortList); void cmpStmtForEach (Tree stmt, SymDef lsym = NULL); #endif void cmpStmtDo (Tree stmt, SymDef lsym = NULL); void cmpStmtFor (Tree stmt, SymDef lsym = NULL); void cmpStmtTry (Tree stmt, Tree pref = NULL); void cmpStmtExcl (Tree stmt); void cmpStmtWhile (Tree stmt, SymDef lsym = NULL); void cmpStmtSwitch (Tree stmt, SymDef lsym = NULL); void cmpStmt (Tree stmt); #ifndef NDEBUG bool cmpDidCTinits; #endif void cmpAddCTinits (); SymDef cmpBlockDecl (Tree blockDcl, bool outer, bool genDecl, bool isCatch); SymDef cmpBlock (Tree block, bool outer); SymDef cmpGenFNbodyBeg (SymDef fncSym, Tree body, bool hadGoto, unsigned lclVarCnt); void cmpGenFNbodyEnd(); #ifdef OLD_IL GenOILref cmpOIgen; #endif /************************************************************************/ /* Members used for metadata output */ /************************************************************************/ public: WMetaDataDispenser *cmpWmdd; WMetaDataEmit *cmpWmde; WAssemblyEmit *cmpWase; private: mdAssembly cmpCurAssemblyTok; mdTypeRef cmpLinkageClass; // fake class for entry points #ifdef DEBUG unsigned cmpGenLocalSigLvx; #endif void cmpSecurityMD (mdToken token, SymXinfo infoList); void cmpGenLocalSigRec(SymDef scope); wchar * cmpGenMDname (SymDef sym, bool full, wchar * buffAddr, size_t buffSize, wchar * * buffHeapPtr); SymDef cmpTypeDefList; SymDef cmpTypeDefLast; void cmpGenTypMetadata(SymDef sym); void cmpGenGlbMetadata(SymDef sym); void cmpGenMemMetadata(SymDef sym); wchar * cmpArrayClsPref (SymDef sym, wchar * dest, int delim, bool fullPath = false); wchar * cmpArrayClsName (TypDef type, bool nonAbstract, wchar * dest, wchar * nptr); Tree cmpFakeXargsVal; void cmpAddCustomAttrs(SymXinfo infoList, mdToken owner); void cmpSetGlobMDoffsR(SymDef scope, unsigned dataOffs); public: void cmpSetGlobMDoffs (unsigned dataOffs); void cmpSetStrCnsOffs (unsigned strOffs); mdToken cmpMDstringLit (wchar * str, size_t len); TypDef cmpGetBaseArray (TypDef type); mdToken cmpArrayEAtoken (TypDef arrType, unsigned dimCnt, bool store, bool addr = false); mdToken cmpArrayCTtoken (TypDef arrType, TypDef elemType, unsigned dimCnt); mdToken cmpArrayTpToken (TypDef type, bool nonAbstract = false); mdToken cmpPtrTypeToken (TypDef type); mdToken cmpClsEnumToken (TypDef type); PCOR_SIGNATURE cmpTypeSig (TypDef type, size_t * lenPtr); mdSignature cmpGenLocalSig (SymDef scope, unsigned count); void cmpGenMarshalInfo(mdToken token, TypDef type, MarshalInfo info); PCOR_SIGNATURE cmpGenMarshalSig (TypDef type, MarshalInfo info, size_t * lenPtr); PCOR_SIGNATURE cmpGenMemberSig (SymDef memSym, Tree xargs, TypDef memTyp, TypDef prefTp, size_t * lenPtr); void cmpGenFldMetadata(SymDef fldSym); mdSignature cmpGenSigMetadata(TypDef fncTyp, TypDef pref = NULL); mdToken cmpGenFncMetadata(SymDef fncSym, Tree xargs = NULL); mdToken cmpGenClsMetadata(SymDef clsSym, bool extref = false); mdToken cmpStringConstTok(size_t addr, size_t size); unsigned cmpStringConstCnt; strCnsPtr cmpStringConstList; void cmpFixupScopes (SymDef scope); void cmpAttachMDattr (mdToken target, wideStr oldName, AnsiStr newName, mdToken * newTokPtr, unsigned valTyp = 0, const void * valPtr = NULL, size_t valSiz = 0); private: // fixed table of assembly tokens unsigned cmpAssemblyRefCnt; mdAssembly cmpAssemblyRefTab[32]; mdAssemblyRef cmpAssemblyRefTok[32]; WAssemblyImport * cmpAssemblyRefImp[32]; BYTE * cmpAssemblyRefXXX[32]; unsigned cmpAssemblyBCLx; public: void cmpAssemblyTkBCL(unsigned assx) { cmpAssemblyBCLx = assx; } bool cmpAssemblyIsBCL(unsigned assx) { assert(assx && assx <= cmpAssemblyRefCnt); return (assx == cmpAssemblyBCLx); } mdExportedType cmpAssemblySymDef(SymDef sym, mdTypeDef defTok = 0); mdAssemblyRef cmpAssemblyAddRef(mdAssembly ass, WAssemblyImport *imp); unsigned cmpAssemblyRefAdd(mdAssembly ass, WAssemblyImport *imp, BYTE *cookie = NULL) { assert(cmpAssemblyRefCnt < arraylen(cmpAssemblyRefTab)); cmpAssemblyRefTab[cmpAssemblyRefCnt] = ass; cmpAssemblyRefImp[cmpAssemblyRefCnt] = imp; cmpAssemblyRefXXX[cmpAssemblyRefCnt] = cookie; return ++cmpAssemblyRefCnt; } mdAssemblyRef cmpAssemblyRefRec(unsigned assx) { assert(assx && assx <= cmpAssemblyRefCnt); assx--; assert(cmpAssemblyRefTab[assx]); if (cmpAssemblyRefTok[assx] == 0) cmpAssemblyRefTok[assx] = cmpAssemblyAddRef(cmpAssemblyRefTab[assx], cmpAssemblyRefImp[assx]); return cmpAssemblyRefTok[assx]; } WAssemblyImport * cmpAssemblyGetImp(unsigned assx) { assert(assx && assx <= cmpAssemblyRefCnt); assert(cmpAssemblyRefTab[assx-1]); return cmpAssemblyRefImp[assx-1]; } mdToken cmpAssemblyAddFile(wideStr fileName, bool doHash, unsigned flags = 0); void cmpAssemblyAddType(wideStr typeName, mdToken defTok, mdToken scpTok, unsigned flags); void cmpAssemblyAddRsrc(AnsiStr fileName, bool internal); void cmpAssemblyNonCLS(); void cmpMarkModuleUnsafe(); /************************************************************************/ /* Members used for conversion to Unicode */ /************************************************************************/ public: wchar cmpUniConvBuff[MAX_INLINE_NAME_LEN+1]; size_t cmpUniConvSize; wchar * cmpUniConvAddr; void cmpUniConvInit() { cmpUniConvAddr = cmpUniConvBuff; cmpUniConvSize = MAX_INLINE_NAME_LEN; } #if MGDDATA String cmpUniConv(char managed [] str, size_t len); #endif wideString cmpUniConv(const char * str, size_t len); wideString cmpUniCnvW(const char * str, size_t*lenPtr); wideString cmpUniConv(Ident name) { return cmpUniConv(name->idSpelling(), name->idSpellLen()); } /************************************************************************/ /* Members used to create metadata signatures */ /************************************************************************/ private: char cmpMDsigBuff[256]; // default buffer size_t cmpMDsigSize; // size of current buff char * cmpMDsigHeap; // non-NULL if on heap #ifndef NDEBUG bool cmpMDsigUsed; // to detect recursion #endif char * cmpMDsigBase; // buffer start addr char * cmpMDsigNext; // next byte to store char * cmpMDsigEndp; // buffer end addr void cmpMDsigExpand(size_t size); public: void cmpMDsigInit() { cmpMDsigBase = cmpMDsigBuff; cmpMDsigEndp = cmpMDsigBase + sizeof(cmpMDsigBuff); cmpMDsigSize = sizeof(cmpMDsigBuff) - 4; #ifndef NDEBUG cmpMDsigUsed = false; #endif cmpMDsigHeap = NULL; } void cmpMDsigStart (); PCOR_SIGNATURE cmpMDsigEnd (size_t *sizePtr); void cmpMDsigAddStr(const char *str, size_t len); void cmpMDsigAddStr(const char *str) { cmpMDsigAddStr(str, strlen(str)+1); } void cmpMDsigAdd_I1(int val); // fixed-size 8-bit int void cmpMDsigAddCU4(unsigned val); // compressed unsigned void cmpMDsigAddTok(mdToken tok); // compressed token void cmpMDsigAddTyp(TypDef type); /************************************************************************/ /* Metadata import stuff */ /************************************************************************/ MetaDataImp cmpMDlist; MetaDataImp cmpMDlast; unsigned cmpMDcount; void cmpInitMD(); void cmpInitMDimp (); void cmpDoneMDimp (); void cmpInitMDemit(); void cmpDoneMDemit(); MetaDataImp cmpAddMDentry(); IMetaDataImport * cmpFindImporter(SymDef globSym); void cmpImportMDfile(const char *fname = NULL, bool asmOnly = false, bool isBCL = false); private: void cmpFindMDimpAPIs(SymDef typSym, IMetaDataImport **imdiPtr, IMetaDataAssemblyEmit **iasePtr, IMetaDataAssemblyImport**iasiPtr); public: void cmpMakeMDimpTref(SymDef clsSym); void cmpMakeMDimpFref(SymDef fncSym); void cmpMakeMDimpDref(SymDef fldSym); void cmpMakeMDimpEref(SymDef etpSym); /************************************************************************/ /* Metadata debug output */ /************************************************************************/ unsigned cmpCurFncSrcBeg; unsigned cmpCurFncSrcEnd; WSymWriter *cmpSymWriter; void *cmpSrcFileDocument(SymDef srcSym); /************************************************************************/ /* Generic utility vector deal to convert pointer to small indices */ /************************************************************************/ private: #if MGDDATA VecEntryDsc [] cmpVecTable; #else VecEntryDsc * cmpVecTable; #endif unsigned cmpVecCount; // number of items stored unsigned cmpVecAlloc; // size currently allocated void cmpVecExpand(); public: unsigned cmpAddVecEntry(const void * val, vecEntryKinds kind) { assert(val != NULL); if (cmpVecCount >= cmpVecAlloc) cmpVecExpand(); assert(cmpVecCount < cmpVecAlloc); #ifdef DEBUG cmpVecTable[cmpVecCount].vecKind = kind; #endif cmpVecTable[cmpVecCount].vecValue = val; return ++cmpVecCount; } const void * cmpGetVecEntry(unsigned x, vecEntryKinds kind) { assert(x && x <= cmpVecCount); assert(cmpVecTable[x - 1].vecKind == kind); return cmpVecTable[x - 1].vecValue; } // bool cmpDelVecEntry(unsigned x, vecEntryKinds kind); /************************************************************************/ /* Miscellaneous members */ /************************************************************************/ bool cmpEvalPreprocCond(); #ifdef DEBUG void cmpDumpSymbolTable(); #endif bool cmpParserInit; // has the parser been initialized? }; /***************************************************************************** * * For easier debugging of the compiler itself. NOTE: This is not thread-safe! */ #ifdef DEBUG #ifndef __SMC__ extern Compiler TheCompiler; extern Scanner TheScanner; #endif #endif /***************************************************************************** * * The following is used to temporarily disable error messages. */ inline unsigned compiler::cmpStopErrorMessages() { cmpErrorMssgDisabled++; return cmpMssgsCount; } inline bool compiler::cmpRestErrorMessages(unsigned errcnt) { cmpErrorMssgDisabled--; return cmpMssgsCount > errcnt; } /***************************************************************************** * * In non-debug mode the following function doesn't need to do any work. */ #ifndef DEBUG inline void compiler::cmpInitVarEnd(SymDef varSym){} #endif /*****************************************************************************/ #include "symbol.h" #include "type.h" /*****************************************************************************/ inline void * SMCgetMem(Compiler comp, size_t size) { return comp->cmpAllocTemp.baAlloc (size); } inline void * SMCgetM_0(Compiler comp, size_t size) { return comp->cmpAllocTemp.baAllocOrNull(size); } inline void SMCrlsMem(Compiler comp, void *block) { comp->cmpAllocTemp.baFree(block); } /***************************************************************************** * * Each symbol table manages its own names and symbol/type entries. */ DEFMGMT class symTab { Compiler stComp; unsigned stOwner; public: HashTab stHash; norls_allocator * stAllocPerm; // used for all non-local allocs private: norls_allocator * stAllocTemp; // used for function-local allocs public: void stInit(Compiler comp, norls_allocator * alloc, HashTab hash = NULL, unsigned ownerx = 0); /************************************************************************/ /* Members used to manage symbol entries */ /************************************************************************/ DefList stRecordSymSrcDef(SymDef sym, SymDef st, UseList uses, scanPosTP dclFpos, // scanPosTP dclEpos, unsigned dclLine, // unsigned dclCol, bool ext = false); ExtList stRecordMemSrcDef(Ident name, QualName qual, SymDef comp, UseList uses, scanPosTP dclFpos, // scanPosTP dclEpos, unsigned dclLine); /*-------------------------------------------------------------------*/ TypDef stDlgSignature(TypDef dlgTyp); /*-------------------------------------------------------------------*/ ovlOpFlavors stOvlOperIndex(tokens token, unsigned argCnt = 0); Ident stOvlOperIdent(ovlOpFlavors oper); /*-------------------------------------------------------------------*/ SymDef stFindOvlFnc (SymDef fsym, TypDef type); SymDef stFindOvlProp (SymDef psym, TypDef type); SymDef stFindSameProp(SymDef psym, TypDef type); SymDef stDeclareSym (Ident name, symbolKinds kind, name_space nspc, SymDef scope); SymDef stDeclareOper (ovlOpFlavors oper, SymDef scope); SymDef stDeclareLab (Ident name, SymDef scope, norls_allocator*alloc); SymDef stDeclareOvl (SymDef fsym); SymDef stDeclareNcs (Ident name, SymDef scope, str_flavors flavor); SymDef stDeclareLcl (Ident name, symbolKinds kind, name_space nspc, SymDef scope, norls_allocator *alloc); #ifdef DEBUG void stDumpSymDef (DefSrc def, SymDef comp); void stDumpSymbol (SymDef sym, int indent, bool recurse, bool members); void stDumpQualName(QualName name); void stDumpUsings (UseList uses, unsigned indent); #endif SymDef stSearchUsing (INOUT UseList REF uses, Ident name, name_space nsp); private: SymDef stFindInClass (Ident name, SymDef scope, name_space symNS); public: SymDef stFindInBase (SymDef memSym, SymDef scope); SymDef stFindBCImem (SymDef clsSym, Ident name, TypDef type, symbolKinds kind, INOUT SymDef REF matchFN, bool baseOnly); SymDef stLookupAllCls(Ident name, SymDef scope, name_space symNS, compileStates state); SymDef stLookupProp (Ident name, SymDef scope); SymDef stLookupOperND(ovlOpFlavors oper, SymDef scope); SymDef stLookupOper (ovlOpFlavors oper, SymDef scope); SymDef stLookupNspSym(Ident name, name_space symNS, SymDef scope); SymDef stLookupClsSym(Ident name, SymDef scope); SymDef stLookupScpSym(Ident name, SymDef scope); SymDef stLookupLclSym(Ident name, SymDef scope); #ifdef SETS SymDef stImplicitScp; #endif SymDef stLookupSym (Ident name, name_space symNS); SymDef stLookupLabSym(Ident name, SymDef scope) { return stLookupNspSym(name, NS_HIDE, scope); } void stRemoveSym (SymDef sym); static SymDef stNamespOfSym (SymDef sym) { assert(sym->sdSymKind == SYM_VAR || sym->sdSymKind == SYM_FNC || sym->sdSymKind == SYM_ENUM || sym->sdSymKind == SYM_CLASS); do { sym = sym->sdParent; assert(sym); } while (sym->sdSymKind == SYM_CLASS); assert(sym->sdSymKind == SYM_NAMESPACE); return sym; } static SymDef stErrSymbol; // to indicate error conditions /************************************************************************/ /* Members used to manage type descriptors */ /************************************************************************/ public: void stInitTypes (unsigned refHashSz = 512, unsigned arrHashSz = 128); void stExtArgsBeg ( OUT ArgDscRec REF newArgs, OUT ArgDef REF lastRef, ArgDscRec oldArgs, bool prefix = false, bool outOnly = false); void stExtArgsAdd (INOUT ArgDscRec REF newArgs, INOUT ArgDef REF lastArg, TypDef argType, const char * argName = NULL); void stExtArgsEnd (INOUT ArgDscRec REF newArgs); void stAddArgList (INOUT ArgDscRec REF args, TypDef type, Ident name); TypList stAddIntfList(TypDef type, TypList list, TypList * lastPtr); TypDef stNewClsType (SymDef tsym); TypDef stNewEnumType(SymDef tsym); TypDef stNewRefType (var_types kind, TypDef elem = NULL, bool impl = false); DimDef stNewDimDesc (unsigned size); TypDef stNewGenArrTp(unsigned dcnt, TypDef elem, bool generic); TypDef stNewArrType (DimDef dims, bool mgd, TypDef elem = NULL); TypDef stNewFncType (ArgDscRec args, TypDef rett = NULL); TypDef stNewTdefType(SymDef tsym); TypDef stNewErrType (Ident name); private: TypDef stAllocTypDef(var_types kind); static unsigned stTypeHash (TypDef type, int ival, bool bval1, bool bval2 = false); TypDef stRefTypeList; unsigned stRefTpHashSize; TypDef * stRefTpHash; TypDef stArrTypeList; unsigned stArrTpHashSize; TypDef * stArrTpHash; #ifdef SETS static unsigned stAnonClassHash(TypDef clsTyp); #endif static unsigned stComputeTypeCRC(TypDef typ); static unsigned stComputeArgsCRC(TypDef typ); private: TypDef stIntrinsicTypes[TYP_lastIntrins + 1]; public: TypDef stIntrinsicType(var_types vt) { assert((unsigned)vt <= TYP_lastIntrins); return stIntrinsicTypes[vt]; }; static bool stArgsMatch (TypDef typ1, TypDef typ2); static bool stMatchArrays(TypDef typ1, TypDef typ2, bool subtype); static bool stMatchTypes (TypDef typ1, TypDef typ2); static bool stMatchType2 (TypDef typ1, TypDef typ2); private: static BYTE stIntrTypeSizes [TYP_COUNT]; static BYTE stIntrTypeAligns[TYP_COUNT]; public: static size_t stIntrTypeSize (var_types type); static size_t stIntrTypeAlign(var_types type); static normString stClsFlavorStr(unsigned flavor); static normString stIntrinsicTypeName(var_types); unsigned stIsBaseClass(TypDef baseCls, TypDef dervCls); static bool stIsAnonUnion(SymDef clsSym); static bool stIsAnonUnion(TypDef clsTyp); static bool stIsObjectRef(TypDef type); /************************************************************************/ /* Members used for error reporting (and debugging of the compiler) */ /************************************************************************/ private: char * typeNameNext; char * typeNameAddr; TypDef * typeNameDeft; bool * typeNameDeff; void pushTypeChar(int ch); #if MGDDATA void pushTypeStr (String str); #else void pushTypeStr (const char*str); #endif void pushTypeSep (bool refOK = false, bool arrOK = false); void pushTypeNstr(SymDef sym, bool fullName); void pushQualNstr(QualName name); void pushTypeInst(SymDef clsSym); void pushTypeArgs(TypDef type); void pushTypeDims(TypDef type); void pushTypeName(TypDef type, bool isptr, bool qual); void pushFullName(TypDef typ, SymDef sym, Ident name, QualName qual, bool fullName); bool stDollarClsMode; public: // get "outer$inner" string for nested class names void stTypeNameSetDollarClassMode(bool dollars) { stDollarClsMode = dollars; } stringBuff stTypeName(TypDef typ, SymDef sym = NULL, Ident name = NULL, QualName qual = NULL, bool fullName = false, stringBuff destBuffPos = NULL); const char * stErrorTypeName(TypDef type); const char * stErrorTypeName(Ident name, TypDef type); const char * stErrorSymbName(SymDef sym, bool qual = false, bool notype = false); const char * stErrorIdenName(Ident name, TypDef type = NULL); const char * stErrorQualName(QualName name, TypDef type = NULL); }; /*****************************************************************************/ inline bool symTab::stMatchTypes(TypDef typ1, TypDef typ2) { if (typ1 == typ2) return true; if (typ1 && typ2) return stMatchType2(typ1, typ2); return false; } /***************************************************************************** * * Returns the size (in bytes) of the given intrinsic type. */ inline size_t symTab::stIntrTypeSize(var_types type) { assert(type < sizeof(stIntrTypeSizes)/sizeof(stIntrTypeSizes[0])); assert(stIntrTypeSizes[type] || type == TYP_NATINT || type == TYP_NATUINT); return stIntrTypeSizes[type]; } /***************************************************************************** * * Returns the alignment of the given intrinsic type. */ inline size_t symTab::stIntrTypeAlign(var_types type) { assert(type < sizeof(stIntrTypeAligns)/sizeof(stIntrTypeAligns[0])); assert(stIntrTypeAligns[type]); return stIntrTypeAligns[type]; } /***************************************************************************** * * A wrapper around stIsBaseClass() that makes sure the derived class has * been declared before calling it. */ inline unsigned compiler::cmpIsBaseClass(TypDef baseCls, TypDef dervCls) { if (dervCls->tdClass.tdcSymbol->sdCompileState < CS_DECLARED) cmpDeclSym(dervCls->tdClass.tdcSymbol); return cmpGlobalST->stIsBaseClass(baseCls, dervCls); } /*****************************************************************************/ #endif /*****************************************************************************/