/*****************************************************************************/
/* */
-/* symtab.c */
+/* symtab.c */
/* */
-/* Symbol table for the ca65 macroassembler */
+/* Symbol table for the ca65 macroassembler */
/* */
/* */
/* */
-/* (C) 1998-2011, Ullrich von Bassewitz */
+/* (C) 1998-2014, Ullrich von Bassewitz */
/* Roemerstrasse 52 */
/* D-70794 Filderstadt */
/* EMail: uz@cc65.org */
/*****************************************************************************/
-/* Data */
+/* Data */
/*****************************************************************************/
/* Combined symbol entry flags used within this module */
-#define SF_UNDEFMASK (SF_REFERENCED | SF_DEFINED | SF_IMPORT)
-#define SF_UNDEFVAL (SF_REFERENCED)
+#define SF_UNDEFMASK (SF_REFERENCED | SF_DEFINED | SF_IMPORT)
+#define SF_UNDEFVAL (SF_REFERENCED)
/* Symbol tables */
-SymTable* CurrentScope = 0; /* Pointer to current symbol table */
-SymTable* RootScope = 0; /* Root symbol table */
+SymTable* CurrentScope = 0; /* Pointer to current symbol table */
+SymTable* RootScope = 0; /* Root symbol table */
static SymTable* LastScope = 0; /* Pointer to last scope in list */
static unsigned ScopeCount = 0; /* Number of scopes */
/*****************************************************************************/
-/* Internally used functions */
+/* Internally used functions */
/*****************************************************************************/
S->Parent = Parent;
S->Name = GetStrBufId (Name);
while (Slots--) {
- S->Table[Slots] = 0;
+ S->Table[Slots] = 0;
}
/* Insert the symbol table into the list of all symbol tables */
}
} else {
/* Duplicate scope name */
- Internal ("Duplicate scope name: `%m%p'", Name);
+ Internal ("Duplicate scope name: '%m%p'", Name);
}
}
}
/*****************************************************************************/
-/* Code */
+/* Code */
/*****************************************************************************/
}
/* If we have a current scope, search for the given name and create a
- * new one if it doesn't exist. If this is the root scope, just create it.
- */
+ ** new one if it doesn't exist. If this is the root scope, just create it.
+ */
if (CurrentScope) {
/* Search for the scope, create a new one */
/* Check if the scope has been defined before */
if (CurrentScope->Flags & ST_DEFINED) {
- Error ("Duplicate scope `%m%p'", ScopeName);
+ Error ("Duplicate scope '%m%p'", ScopeName);
}
} else {
CurrentScope->Label = ScopeLabel;
/* If this is a scope that allows to emit data into segments, add spans
- * for all currently existing segments. Doing this for just a few scope
- * types is not really necessary but an optimization, because it does not
- * allocate memory for useless data (unhandled types here don't occupy
- * space in any segment).
- */
+ ** for all currently existing segments. Doing this for just a few scope
+ ** types is not really necessary but an optimization, because it does not
+ ** allocate memory for useless data (unhandled types here don't occupy
+ ** space in any segment).
+ */
if (CurrentScope->Type <= SCOPE_HAS_DATA) {
OpenSpanList (&CurrentScope->Spans);
}
/* Leave the current lexical level */
{
/* If this is a scope that allows to emit data into segments, close the
- * open the spans.
- */
+ ** open the spans.
+ */
if (CurrentScope->Type <= SCOPE_HAS_DATA) {
CloseSpanList (&CurrentScope->Spans);
}
/* If we have spans, the first one is the segment that was active, when the
- * scope was opened. Set the size of the scope to the number of data bytes
- * emitted into this segment. If we have an owner symbol set the size of
- * this symbol, too.
- */
+ ** scope was opened. Set the size of the scope to the number of data bytes
+ ** emitted into this segment. If we have an owner symbol set the size of
+ ** this symbol, too.
+ */
if (CollCount (&CurrentScope->Spans) > 0) {
const Span* S = CollAtUnchecked (&CurrentScope->Spans, 0);
unsigned long Size = GetSpanSize (S);
}
}
+ /* Mark the scope as closed */
+ CurrentScope->Flags |= ST_CLOSED;
+
/* Leave the scope */
CurrentScope = CurrentScope->Parent;
}
-SymTable* SymFindScope (SymTable* Parent, const StrBuf* Name, int AllocNew)
+SymTable* SymFindScope (SymTable* Parent, const StrBuf* Name, SymFindAction Action)
/* Find a scope in the given enclosing scope */
{
SymTable** T = &Parent->Childs;
}
/* Create a new scope if requested and we didn't find one */
- if (*T == 0 && AllocNew) {
+ if (*T == 0 && (Action & SYM_ALLOC_NEW) != 0) {
*T = NewSymTable (Parent, Name);
}
SymTable* SymFindAnyScope (SymTable* Parent, const StrBuf* Name)
/* Find a scope in the given or any of its parent scopes. The function will
- * never create a new symbol, since this can only be done in one specific
- * scope.
- */
+** never create a new symbol, since this can only be done in one specific
+** scope.
+*/
{
SymTable* Scope;
do {
- /* Search in the current table */
- Scope = SymFindScope (Parent, Name, SYM_FIND_EXISTING);
- if (Scope == 0) {
- /* Not found, search in the parent scope, if we have one */
- Parent = Parent->Parent;
- }
+ /* Search in the current table */
+ Scope = SymFindScope (Parent, Name, SYM_FIND_EXISTING);
+ if (Scope == 0) {
+ /* Not found, search in the parent scope, if we have one */
+ Parent = Parent->Parent;
+ }
} while (Scope == 0 && Parent != 0);
return Scope;
-SymEntry* SymFindLocal (SymEntry* Parent, const StrBuf* Name, int AllocNew)
-/* Find a cheap local symbol. If AllocNew is given and the entry is not
- * found, create a new one. Return the entry found, or the new entry created,
- * or - in case AllocNew is zero - return 0.
- */
+SymEntry* SymFindLocal (SymEntry* Parent, const StrBuf* Name, SymFindAction Action)
+/* Find a cheap local symbol. If Action contains SYM_ALLOC_NEW and the entry is
+** not found, create a new one. Return the entry found, or the new entry
+** created, or - in case Action is SYM_FIND_EXISTING - return 0.
+*/
+
{
SymEntry* S;
int Cmp;
if (!Parent) {
/* No last global, so there's no local table */
Error ("No preceeding global symbol");
- if (AllocNew) {
+ if (Action & SYM_ALLOC_NEW) {
return NewSymEntry (Name, SF_LOCAL);
} else {
return 0;
return S;
}
- if (AllocNew) {
+ if (Action & SYM_ALLOC_NEW) {
/* Otherwise create a new entry, insert and return it */
SymEntry* N = NewSymEntry (Name, SF_LOCAL);
-SymEntry* SymFind (SymTable* Scope, const StrBuf* Name, int AllocNew)
-/* Find a new symbol table entry in the given table. If AllocNew is given and
- * the entry is not found, create a new one. Return the entry found, or the
- * new entry created, or - in case AllocNew is zero - return 0.
- */
+SymEntry* SymFind (SymTable* Scope, const StrBuf* Name, SymFindAction Action)
+/* Find a new symbol table entry in the given table. If Action contains
+** SYM_ALLOC_NEW and the entry is not found, create a new one. Return the
+** entry found, or the new entry created, or - in case Action is
+** SYM_FIND_EXISTING - return 0.
+*/
{
SymEntry* S;
/* If we found an entry, return it */
if (Cmp == 0) {
+ if ((Action & SYM_CHECK_ONLY) == 0 && SymTabIsClosed (Scope)) {
+ S->Flags |= SF_FIXED;
+ }
return S;
}
- if (AllocNew) {
+ if (Action & SYM_ALLOC_NEW) {
- /* Otherwise create a new entry, insert and return it */
+ /* Otherwise create a new entry, insert and return it. If the scope is
+ ** already closed, mark the symbol as fixed so it won't be resolved
+ ** by a symbol in the enclosing scopes later.
+ */
SymEntry* N = NewSymEntry (Name, SF_NONE);
+ if (SymTabIsClosed (Scope)) {
+ N->Flags |= SF_FIXED;
+ }
N->Sym.Tab = Scope;
if (S == 0) {
Scope->Table[Hash] = N;
SymEntry* SymFindAny (SymTable* Scope, const StrBuf* Name)
/* Find a symbol in the given or any of its parent scopes. The function will
- * never create a new symbol, since this can only be done in one specific
- * scope.
- */
+** never create a new symbol, since this can only be done in one specific
+** scope.
+*/
{
+ /* Generate the name hash */
+ unsigned Hash = HashBuf (Name);
+
+ /* Search for the symbol */
SymEntry* Sym;
do {
- /* Search in the current table */
- Sym = SymFind (Scope, Name, SYM_FIND_EXISTING);
- if (Sym) {
- /* Found, return it */
- break;
- }
+ /* Search in the current table. Ignore entries flagged with SF_UNUSED,
+ ** because for such symbols there is a real entry in one of the parent
+ ** scopes.
+ */
+ if (SymSearchTree (Scope->Table[Hash % Scope->TableSlots], Name, &Sym) == 0) {
+ if (Sym->Flags & SF_UNUSED) {
+ Sym = 0;
+ } else {
+ /* Found, return it */
+ break;
+ }
+ } else {
+ Sym = 0;
+ }
/* Not found, search in the parent scope, if we have one */
- Scope = Scope->Parent;
+ Scope = Scope->Parent;
} while (Sym == 0 && Scope != 0);
/* Handle an undefined symbol */
{
/* Undefined symbol. It may be...
- *
- * - An undefined symbol in a nested lexical level. In this
- * case, search for the symbol in the higher levels and
- * make the entry a trampoline entry if we find one.
- *
- * - If the symbol is not found, it is a real undefined symbol.
- * If the AutoImport flag is set, make it an import. If the
- * AutoImport flag is not set, it's an error.
- */
+ **
+ ** - An undefined symbol in a nested lexical level. If the symbol is not
+ ** fixed to this level, search for the symbol in the higher levels and
+ ** make the entry a trampoline entry if we find one.
+ **
+ ** - If the symbol is not found, it is a real undefined symbol. If the
+ ** AutoImport flag is set, make it an import. If the AutoImport flag is
+ ** not set, it's an error.
+ */
SymEntry* Sym = 0;
- SymTable* Tab = GetSymParentScope (S);
- while (Tab) {
- Sym = SymFind (Tab, GetStrBuf (S->Name), SYM_FIND_EXISTING);
- if (Sym && (Sym->Flags & (SF_DEFINED | SF_IMPORT)) != 0) {
- /* We've found a symbol in a higher level that is
- * either defined in the source, or an import.
- */
- break;
+ if ((S->Flags & SF_FIXED) == 0) {
+ SymTable* Tab = GetSymParentScope (S);
+ while (Tab) {
+ Sym = SymFind (Tab, GetStrBuf (S->Name), SYM_FIND_EXISTING | SYM_CHECK_ONLY);
+ if (Sym && (Sym->Flags & (SF_DEFINED | SF_IMPORT)) != 0) {
+ /* We've found a symbol in a higher level that is
+ ** either defined in the source, or an import.
+ */
+ break;
+ }
+ /* No matching symbol found in this level. Look further */
+ Tab = Tab->Parent;
}
- /* No matching symbol found in this level. Look further */
- Tab = Tab->Parent;
}
if (Sym) {
/* We found the symbol in a higher level. Transfer the flags and
- * address size from the local symbol to that in the higher level
- * and check for problems.
- */
+ ** address size from the local symbol to that in the higher level
+ ** and check for problems.
+ */
if (S->Flags & SF_EXPORT) {
- if (Sym->Flags & SF_IMPORT) {
- /* The symbol is already marked as import */
- LIError (&S->RefLines,
- "Symbol `%s' is already an import",
+ if (Sym->Flags & SF_IMPORT) {
+ /* The symbol is already marked as import */
+ LIError (&S->RefLines,
+ "Symbol '%s' is already an import",
GetString (Sym->Name));
- }
- if (Sym->Flags & SF_EXPORT) {
- /* The symbol is already marked as an export. */
- if (Sym->AddrSize > S->ExportSize) {
- /* We're exporting a symbol smaller than it actually is */
- LIWarning (&S->DefLines, 1,
- "Symbol `%m%p' is %s but exported %s",
- GetSymName (Sym),
- AddrSizeToStr (Sym->AddrSize),
- AddrSizeToStr (S->ExportSize));
- }
- } else {
+ }
+ if ((Sym->Flags & SF_EXPORT) == 0) {
/* Mark the symbol as an export */
Sym->Flags |= SF_EXPORT;
Sym->ExportSize = S->ExportSize;
}
if (Sym->AddrSize > Sym->ExportSize) {
/* We're exporting a symbol smaller than it actually is */
- LIWarning (&S->DefLines, 1,
- "Symbol `%m%p' is %s but exported %s",
+ LIWarning (&Sym->DefLines, 1,
+ "Symbol '%m%p' is %s but exported %s",
GetSymName (Sym),
AddrSizeToStr (Sym->AddrSize),
AddrSizeToStr (Sym->ExportSize));
S->Flags = SF_UNUSED;
} else {
- /* The symbol is definitely undefined */
- if (S->Flags & SF_EXPORT) {
- /* We will not auto-import an export */
- LIError (&S->RefLines,
- "Exported symbol `%m%p' was never defined",
+ /* The symbol is definitely undefined */
+ if (S->Flags & SF_EXPORT) {
+ /* We will not auto-import an export */
+ LIError (&S->RefLines,
+ "Exported symbol '%m%p' was never defined",
GetSymName (S));
- } else {
- if (AutoImport) {
- /* Mark as import, will be indexed later */
- S->Flags |= SF_IMPORT;
+ } else {
+ if (AutoImport) {
+ /* Mark as import, will be indexed later */
+ S->Flags |= SF_IMPORT;
/* Use the address size for code */
S->AddrSize = CodeAddrSize;
/* Mark point of import */
GetFullLineInfo (&S->DefLines);
- } else {
- /* Error */
- LIError (&S->RefLines,
- "Symbol `%m%p' is undefined",
+ } else {
+ /* Error */
+ LIError (&S->RefLines,
+ "Symbol '%m%p' is undefined",
GetSymName (S));
- }
- }
+ }
+ }
}
}
/* Check for open scopes */
if (CurrentScope->Parent != 0) {
- Error ("Local scope was not closed");
+ Error ("Local scope was not closed");
}
/* First pass: Walk through all symbols, checking for undefined's and
- * changing them to trampoline symbols or make them imports.
- */
+ ** changing them to trampoline symbols or make them imports.
+ */
S = SymList;
while (S) {
- /* If the symbol is marked as global, mark it as export, if it is
- * already defined, otherwise mark it as import.
- */
- if (S->Flags & SF_GLOBAL) {
- if (S->Flags & SF_DEFINED) {
- SymExportFromGlobal (S);
- } else {
- SymImportFromGlobal (S);
- }
- }
-
- /* Handle undefined symbols */
- if ((S->Flags & SF_UNDEFMASK) == SF_UNDEFVAL) {
- /* This is an undefined symbol. Handle it. */
- SymCheckUndefined (S);
- }
-
- /* Next symbol */
- S = S->List;
+ /* If the symbol is marked as global, mark it as export, if it is
+ ** already defined, otherwise mark it as import.
+ */
+ if (S->Flags & SF_GLOBAL) {
+ if (S->Flags & SF_DEFINED) {
+ SymExportFromGlobal (S);
+ } else {
+ SymImportFromGlobal (S);
+ }
+ }
+
+ /* Handle undefined symbols */
+ if ((S->Flags & SF_UNDEFMASK) == SF_UNDEFVAL) {
+ /* This is an undefined symbol. Handle it. */
+ SymCheckUndefined (S);
+ }
+
+ /* Next symbol */
+ S = S->List;
}
/* Second pass: Walk again through the symbols. Count exports and imports
- * and set address sizes where this has not happened before. Ignore
- * undefined's, since we handled them in the last pass, and ignore unused
- * symbols, since we handled them in the last pass, too.
- */
+ ** and set address sizes where this has not happened before. Ignore
+ ** undefined's, since we handled them in the last pass, and ignore unused
+ ** symbols, since we handled them in the last pass, too.
+ */
S = SymList;
while (S) {
- if ((S->Flags & SF_UNUSED) == 0 &&
- (S->Flags & SF_UNDEFMASK) != SF_UNDEFVAL) {
+ if ((S->Flags & SF_UNUSED) == 0 &&
+ (S->Flags & SF_UNDEFMASK) != SF_UNDEFVAL) {
/* Check for defined symbols that were never referenced */
if (IsSizeOfSymbol (S)) {
ReleaseFullLineInfo (&S->RefLines);
} else if ((S->Flags & SF_DEFINED) != 0 && (S->Flags & SF_REFERENCED) == 0) {
LIWarning (&S->DefLines, 2,
- "Symbol `%m%p' is defined but never used",
+ "Symbol '%m%p' is defined but never used",
GetSymName (S));
}
/* Assign an index to all imports */
- if (S->Flags & SF_IMPORT) {
- if ((S->Flags & (SF_REFERENCED | SF_FORCED)) == SF_NONE) {
- /* Imported symbol is not referenced */
- LIWarning (&S->DefLines, 2,
- "Symbol `%m%p' is imported but never used",
+ if (S->Flags & SF_IMPORT) {
+ if ((S->Flags & (SF_REFERENCED | SF_FORCED)) == SF_NONE) {
+ /* Imported symbol is not referenced */
+ LIWarning (&S->DefLines, 2,
+ "Symbol '%m%p' is imported but never used",
GetSymName (S));
- } else {
- /* Give the import an id, count imports */
- S->ImportId = ImportCount++;
- }
- }
+ } else {
+ /* Give the import an id, count imports */
+ S->ImportId = ImportCount++;
+ }
+ }
/* Count exports, assign the export ID */
- if (S->Flags & SF_EXPORT) {
+ if (S->Flags & SF_EXPORT) {
S->ExportId = ExportCount++;
- }
+ }
/* If the symbol is defined but has an unknown address size,
- * recalculate it.
- */
+ ** recalculate it.
+ */
if (SymHasExpr (S) && S->AddrSize == ADDR_SIZE_DEFAULT) {
ExprDesc ED;
ED_Init (&ED);
} else if (S->AddrSize > S->ExportSize) {
/* We're exporting a symbol smaller than it actually is */
LIWarning (&S->DefLines, 1,
- "Symbol `%m%p' is %s but exported %s",
+ "Symbol '%m%p' is %s but exported %s",
GetSymName (S),
AddrSizeToStr (S->AddrSize),
AddrSizeToStr (S->ExportSize));
}
/* If the address size of the symbol was guessed, check the guess
- * against the actual address size and print a warning if the two
- * differ.
- */
+ ** against the actual address size and print a warning if the two
+ ** differ.
+ */
if (S->AddrSize != ADDR_SIZE_DEFAULT) {
/* Do we have data for this address size? */
if (S->AddrSize <= sizeof (S->GuessedUse) / sizeof (S->GuessedUse[0])) {
const FilePos* P = S->GuessedUse[S->AddrSize - 1];
if (P) {
PWarning (P, 0,
- "Didn't use %s addressing for `%m%p'",
+ "Didn't use %s addressing for '%m%p'",
AddrSizeToStr (S->AddrSize),
GetSymName (S));
}
}
}
- }
+ }
- /* Next symbol */
- S = S->List;
+ /* Next symbol */
+ S = S->List;
}
}
SymEntry* S = SymList;
while (S) {
- /* Ignore unused symbols */
- if ((S->Flags & SF_UNUSED) != 0) {
- fprintf (F,
- "%m%-24p %s %s %s %s %s\n",
- GetSymName (S),
- (S->Flags & SF_DEFINED)? "DEF" : "---",
- (S->Flags & SF_REFERENCED)? "REF" : "---",
- (S->Flags & SF_IMPORT)? "IMP" : "---",
- (S->Flags & SF_EXPORT)? "EXP" : "---",
+ /* Ignore unused symbols */
+ if ((S->Flags & SF_UNUSED) == 0) {
+ fprintf (F,
+ "%-24s %s %s %s %s %s\n",
+ SB_GetConstBuf (GetSymName (S)),
+ (S->Flags & SF_DEFINED)? "DEF" : "---",
+ (S->Flags & SF_REFERENCED)? "REF" : "---",
+ (S->Flags & SF_IMPORT)? "IMP" : "---",
+ (S->Flags & SF_EXPORT)? "EXP" : "---",
AddrSizeToStr (S->AddrSize));
- }
- /* Next symbol */
- S = S->List;
+ }
+ /* Next symbol */
+ S = S->List;
}
}
ObjWriteVar (ImportCount);
/* Walk throught list and write all valid imports to the file. An import
- * is considered valid, if it is either referenced, or the forced bit is
- * set. Otherwise, the import is ignored (no need to link in something
- * that isn't used).
- */
+ ** is considered valid, if it is either referenced, or the forced bit is
+ ** set. Otherwise, the import is ignored (no need to link in something
+ ** that isn't used).
+ */
S = SymList;
while (S) {
if ((S->Flags & (SF_UNUSED | SF_IMPORT)) == SF_IMPORT &&
(S->Flags & (SF_REFERENCED | SF_FORCED)) != 0) {
ObjWrite8 (S->AddrSize);
- ObjWriteVar (S->Name);
- WriteLineInfo (&S->DefLines);
+ ObjWriteVar (S->Name);
+ WriteLineInfo (&S->DefLines);
WriteLineInfo (&S->RefLines);
- }
- S = S->List;
+ }
+ S = S->List;
}
/* Done writing imports */
/* Walk throught list and write all exports to the file */
S = SymList;
while (S) {
- if ((S->Flags & (SF_UNUSED | SF_EXPORT)) == SF_EXPORT) {
+ if ((S->Flags & (SF_UNUSED | SF_EXPORT)) == SF_EXPORT) {
- /* Get the expression bits and the value */
+ /* Get the expression bits and the value */
long ConstVal;
unsigned SymFlags = GetSymInfoFlags (S, &ConstVal);
/* Check if this symbol has a size. If so, remember it in the
- * flags.
- */
+ ** flags.
+ */
long Size;
SymEntry* SizeSym = FindSizeOfSymbol (S);
if (SizeSym != 0 && SymIsConst (SizeSym, &Size)) {
SymFlags |= SYM_SIZE;
}
- /* Count the number of ConDes types */
- for (Type = 0; Type < CD_TYPE_COUNT; ++Type) {
- if (S->ConDesPrio[Type] != CD_PRIO_NONE) {
- SYM_INC_CONDES_COUNT (SymFlags);
- }
- }
+ /* Count the number of ConDes types */
+ for (Type = 0; Type < CD_TYPE_COUNT; ++Type) {
+ if (S->ConDesPrio[Type] != CD_PRIO_NONE) {
+ SYM_INC_CONDES_COUNT (SymFlags);
+ }
+ }
- /* Write the type and the export size */
- ObjWriteVar (SymFlags);
+ /* Write the type and the export size */
+ ObjWriteVar (SymFlags);
ObjWrite8 (S->ExportSize);
- /* Write any ConDes declarations */
- if (SYM_GET_CONDES_COUNT (SymFlags) > 0) {
- for (Type = 0; Type < CD_TYPE_COUNT; ++Type) {
- unsigned char Prio = S->ConDesPrio[Type];
- if (Prio != CD_PRIO_NONE) {
- ObjWrite8 (CD_BUILD (Type, Prio));
- }
- }
- }
-
- /* Write the name */
- ObjWriteVar (S->Name);
-
- /* Write the value */
- if (SYM_IS_CONST (SymFlags)) {
- /* Constant value */
- ObjWrite32 (ConstVal);
- } else {
- /* Expression involved */
- WriteExpr (S->Expr);
+ /* Write any ConDes declarations */
+ if (SYM_GET_CONDES_COUNT (SymFlags) > 0) {
+ for (Type = 0; Type < CD_TYPE_COUNT; ++Type) {
+ unsigned char Prio = S->ConDesPrio[Type];
+ if (Prio != CD_PRIO_NONE) {
+ ObjWrite8 (CD_BUILD (Type, Prio));
+ }
+ }
+ }
+
+ /* Write the name */
+ ObjWriteVar (S->Name);
+
+ /* Write the value */
+ if (SYM_IS_CONST (SymFlags)) {
+ /* Constant value */
+ ObjWrite32 (ConstVal);
+ } else {
+ /* Expression involved */
+ WriteExpr (S->Expr);
}
/* If the symbol has a size, write it to the file */
ObjWriteVar (Size);
}
- /* Write the line infos */
+ /* Write the line infos */
WriteLineInfo (&S->DefLines);
- WriteLineInfo (&S->RefLines);
- }
- S = S->List;
+ WriteLineInfo (&S->RefLines);
+ }
+ S = S->List;
}
/* Done writing exports */
/* Check if debug info is requested */
if (DbgSyms) {
- /* Walk through the list, give each symbol an id and count them */
- Count = 0;
- S = SymList;
- while (S) {
- if (IsDbgSym (S)) {
+ /* Walk through the list, give each symbol an id and count them */
+ Count = 0;
+ S = SymList;
+ while (S) {
+ if (IsDbgSym (S)) {
S->DebugSymId = Count++;
- }
- S = S->List;
- }
+ }
+ S = S->List;
+ }
- /* Write the symbol count to the list */
- ObjWriteVar (Count);
+ /* Write the symbol count to the list */
+ ObjWriteVar (Count);
- /* Walk through list and write all symbols to the file. Ignore size
- * symbols.
- */
- S = SymList;
- while (S) {
- if (IsDbgSym (S)) {
+ /* Walk through list and write all symbols to the file. Ignore size
+ ** symbols.
+ */
+ S = SymList;
+ while (S) {
+ if (IsDbgSym (S)) {
/* Get the expression bits and the value */
long ConstVal;
unsigned SymFlags = GetSymInfoFlags (S, &ConstVal);
/* Check if this symbol has a size. If so, remember it in the
- * flags.
- */
+ ** flags.
+ */
long Size;
SymEntry* SizeSym = FindSizeOfSymbol (S);
if (SizeSym != 0 && SymIsConst (SizeSym, &Size)) {
SymFlags |= SYM_SIZE;
}
- /* Write the type */
- ObjWriteVar (SymFlags);
+ /* Write the type */
+ ObjWriteVar (SymFlags);
/* Write the address size */
ObjWrite8 (S->AddrSize);
/* Write the id of the parent. For normal symbols, this is a
- * scope (symbol table), for cheap locals, it's a symbol.
- */
+ ** scope (symbol table), for cheap locals, it's a symbol.
+ */
if (SYM_IS_STD (SymFlags)) {
ObjWriteVar (S->Sym.Tab->Id);
} else {
ObjWriteVar (S->Sym.Entry->DebugSymId);
}
- /* Write the name */
- ObjWriteVar (S->Name);
+ /* Write the name */
+ ObjWriteVar (S->Name);
- /* Write the value */
- if (SYM_IS_CONST (SymFlags)) {
- /* Constant value */
- ObjWrite32 (ConstVal);
- } else {
- /* Expression involved */
- WriteExpr (S->Expr);
- }
+ /* Write the value */
+ if (SYM_IS_CONST (SymFlags)) {
+ /* Constant value */
+ ObjWrite32 (ConstVal);
+ } else {
+ /* Expression involved */
+ WriteExpr (S->Expr);
+ }
/* If the symbol has a size, write it to the file */
if (SYM_HAS_SIZE (SymFlags)) {
ObjWriteVar (GetSymExportId (S));
}
- /* Write the line infos */
+ /* Write the line infos */
WriteLineInfo (&S->DefLines);
- WriteLineInfo (&S->RefLines);
- }
- S = S->List;
- }
+ WriteLineInfo (&S->RefLines);
+ }
+ S = S->List;
+ }
} else {
- /* No debug symbols */
- ObjWriteVar (0);
+ /* No debug symbols */
+ ObjWriteVar (0);
}
/* Write the high level symbols */
- WriteHLDbgSyms ();
+ WriteHLLDbgSyms ();
/* Done writing debug symbols */
ObjEndDbgSyms ();
unsigned Flags = 0;
/* Check if this scope has a size. If so, remember it in the
- * flags.
- */
+ ** flags.
+ */
long Size;
SymEntry* SizeSym = FindSizeOfScope (S);
if (SizeSym != 0 && SymIsConst (SizeSym, &Size)) {
/* Done writing the scopes */
ObjEndScopes ();
}
-
-
-
projects / cc65 / blobdiff