X-Git-Url: https://git.saurik.com/wxWidgets.git/blobdiff_plain/184b5d99a5382cd7a19888c85aff11f8a21af2f6..057d323c632162872dd42e804e60d6f1c2d04ed9:/include/wx/wxexpr.h diff --git a/include/wx/wxexpr.h b/include/wx/wxexpr.h index 1135438fbd..acad013bcf 100644 --- a/include/wx/wxexpr.h +++ b/include/wx/wxexpr.h @@ -6,7 +6,7 @@ // Created: 01/02/97 // RCS-ID: $Id$ // Copyright: (c) -// Licence: wxWindows licence +// Licence: wxWindows licence ///////////////////////////////////////////////////////////////////////////// #ifndef _WX_WXEXPRH__ @@ -21,15 +21,6 @@ #include "wx/defs.h" #include "wx/string.h" -#if wxUSE_IOSTREAMH -#include -#else -#include -# ifdef _MSC_VER - using namespace std; -# endif -#endif - #include "wx/list.h" #include "wx/hash.h" @@ -59,9 +50,6 @@ typedef bool (*wxExprErrorHandler) (int errorType, char *msg); WXDLLEXPORT_DATA(extern wxExprErrorHandler) currentwxExprErrorHandler; -extern "C" WXDLLEXPORT_DATA(FILE*) yyin; - -extern "C" WXDLLEXPORT int yyparse(void); typedef enum { wxExprNull, @@ -81,8 +69,8 @@ class WXDLLEXPORT wxExpr wxExprType type; union { long integer; - char *word; - char *string; + wxChar *word; + wxChar *string; double real; wxExpr *first; // If is a list expr, points to the first node } value; @@ -90,7 +78,7 @@ class WXDLLEXPORT wxExpr wxExpr *next; // If this is a node in a list, points to the next node wxExpr *last; // If is a list expr, points to the last node - wxExpr(wxExprType the_type, char *word_or_string, bool allocate); + wxExpr(wxExprType the_type, wxChar *word_or_string, bool allocate); wxExpr(const wxString& functor); // Assume this is a new clause - pass functor wxExpr(wxExprType the_type, const wxString& word_or_string = ""); wxExpr(long the_integer); @@ -121,7 +109,7 @@ class WXDLLEXPORT wxExpr return value.word; else if (type == wxExprString) return wxString(value.string); - else return wxString(""); + else return wxString(wxT("")); } inline wxString StringValue(void) const { @@ -129,7 +117,7 @@ class WXDLLEXPORT wxExpr return wxString(value.string); else if (type == wxExprWord) return wxString(value.word); - else return wxString(""); + else return wxString(wxT("")); } // Get nth arg of clause (starting from 1) @@ -148,9 +136,8 @@ class WXDLLEXPORT wxExpr wxExpr *AttributeValue(const wxString& word) const; // Use only for a clause wxString Functor(void) const; // Only for a clause bool IsFunctor(const wxString& s) const; // Only for a clause - void WriteClause(ostream& stream); // Write this expression as a top-level clause - void WriteExpr(ostream& stream); // Write as any other subexpression - void WriteLispExpr(ostream& stream); + void WriteClause(FILE* stream); // Write this expression as a top-level clause + void WriteExpr(FILE* stream); // Write as any other subexpression // Append an expression to a list void Append(wxExpr *expr); @@ -186,12 +173,12 @@ class WXDLLEXPORT wxExpr bool GetAttributeValue(const wxString& att, wxExpr **var) const; // Compatibility with old PrologIO - inline void AssignAttributeValue(char *att, int *var) const { GetAttributeValue(att, *var); } - inline void AssignAttributeValue(char *att, long *var) const { GetAttributeValue(att, *var); } - inline void AssignAttributeValue(char *att, float *var) const { GetAttributeValue(att, *var); } - inline void AssignAttributeValue(char *att, double *var) const { GetAttributeValue(att, *var); } - inline void AssignAttributeValue(char *att, wxExpr **var) const { GetAttributeValue(att, var); } - void AssignAttributeValue(char *att, char **var) const ; // Word OR string -> string + inline void AssignAttributeValue(wxChar *att, int *var) const { GetAttributeValue(att, *var); } + inline void AssignAttributeValue(wxChar *att, long *var) const { GetAttributeValue(att, *var); } + inline void AssignAttributeValue(wxChar *att, float *var) const { GetAttributeValue(att, *var); } + inline void AssignAttributeValue(wxChar *att, double *var) const { GetAttributeValue(att, *var); } + inline void AssignAttributeValue(wxChar *att, wxExpr **var) const { GetAttributeValue(att, var); } + void AssignAttributeValue(wxChar *att, wxChar **var) const ; // Word OR string -> string // Add string items to list if the list attribute exists bool GetAttributeValueStringList(const wxString& att, wxList *var) const; @@ -205,59 +192,61 @@ class WXDLLEXPORT wxExpr class WXDLLEXPORT wxExprDatabase: public wxList { - DECLARE_DYNAMIC_CLASS(wxExprDatabase) - private: - wxNode *position; // Where we are in a search - wxHashTable *hash_table; - wxString attribute_to_hash; - public: - int noErrors; - - wxExprDatabase(wxExprErrorHandler handler = 0); - - // Use hashing on both the functor, and the attribute of - // specified type (wxExprString or wxExprInteger) and name. - // So to find node 45 - // (i.e. match the clause node(id=45, ...)) - // it usually requires 1 look-up: the keys for functor and attribute - // are added together. - // Obviously if the attribute was missing in a clause, it would - // fail to be found by this method, but could be retrieved by a - // linear search using BeginFind and FindClauseByFunctor, - // or just searching through the list as per usual. - - wxExprDatabase(wxExprType type, const wxString& attribute, int size = 500, - wxExprErrorHandler handler = 0); - - ~wxExprDatabase(void); - - void BeginFind(void) ; // Initialise a search - wxExpr *FindClause(long id) ; // Find a term based on an integer id attribute - // e.g. node(id=23, type=rectangle, ....). - - // Find on basis of attribute/value pairs, e.g. type=rectangle - // This doesn't use hashing; it's a linear search. - wxExpr *FindClause(const wxString& word, const wxString& value); - wxExpr *FindClause(const wxString& word, long value); - wxExpr *FindClause(const wxString& word, double value); - wxExpr *FindClauseByFunctor(const wxString& functor); - - wxExpr *HashFind(const wxString& functor, const wxString& value) const; - wxExpr *HashFind(const wxString& functor, long value) const; - - void Append(wxExpr *expr); // Does cleverer things if hashing is on - void ClearDatabase(void); - inline int GetErrorCount() const { return noErrors; } - bool Read(const wxString& filename); - bool ReadFromString(const wxString& buffer); - bool Write(const wxString& fileName); - bool Write(ostream& stream); - void WriteLisp(ostream& stream); - - // Compatibility - inline bool ReadProlog(char *filename) { return Read(wxString(filename)); } - inline bool ReadPrologFromString(char *buffer) { return ReadFromString(wxString(buffer)); } - inline void WriteProlog(ostream& stream) { Write(stream); } +private: + wxNode *position; // Where we are in a search + wxHashTable *hash_table; + wxString attribute_to_hash; + +public: + int noErrors; + + wxExprDatabase(wxExprErrorHandler handler = 0); + + // Use hashing on both the functor, and the attribute of + // specified type (wxExprString or wxExprInteger) and name. + // So to find node 45 + // (i.e. match the clause node(id=45, ...)) + // it usually requires 1 look-up: the keys for functor and attribute + // are added together. + // Obviously if the attribute was missing in a clause, it would + // fail to be found by this method, but could be retrieved by a + // linear search using BeginFind and FindClauseByFunctor, + // or just searching through the list as per usual. + + wxExprDatabase(wxExprType type, const wxString& attribute, int size = 500, + wxExprErrorHandler handler = 0); + + ~wxExprDatabase(void); + + void BeginFind(void) ; // Initialise a search + wxExpr *FindClause(long id) ; // Find a term based on an integer id attribute + // e.g. node(id=23, type=rectangle, ....). + + // Find on basis of attribute/value pairs, e.g. type=rectangle + // This doesn't use hashing; it's a linear search. + wxExpr *FindClause(const wxString& word, const wxString& value); + wxExpr *FindClause(const wxString& word, long value); + wxExpr *FindClause(const wxString& word, double value); + wxExpr *FindClauseByFunctor(const wxString& functor); + + wxExpr *HashFind(const wxString& functor, const wxString& value) const; + wxExpr *HashFind(const wxString& functor, long value) const; + + void Append(wxExpr *expr); // Does cleverer things if hashing is on + void ClearDatabase(void); + inline int GetErrorCount() const { return noErrors; } + bool Read(const wxString& filename); + bool ReadFromString(const wxString& buffer); + bool Write(const wxString& fileName); + bool Write(FILE* stream); + + // Compatibility + inline bool ReadProlog(wxChar *filename) { return Read(wxString(filename)); } + inline bool ReadPrologFromString(char *buffer) { return ReadFromString(wxString(buffer)); } + inline void WriteProlog(FILE* stream) { Write(stream); } + +private: + DECLARE_DYNAMIC_CLASS(wxExprDatabase) }; // Function call-style interface - some more convenience wrappers/unwrappers