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tdevelop/languages/cpp/debugger/breakpoint.h

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/***************************************************************************
begin : Tue May 13 2003
copyright : (C) 2003 by John Birch
email : jbb@tdevelop.org
***************************************************************************/
/***************************************************************************
* *
* This program is free software; you can redistribute it and/or modify *
* it under the terms of the GNU General Public License as published by *
* the Free Software Foundation; either version 2 of the License, or *
* (at your option) any later version. *
* *
***************************************************************************/
#ifndef _BREAKPOINT_H_
#define _BREAKPOINT_H_
#include <klocale.h>
#include <tqobject.h>
#include <tqstring.h>
#include <tqstringlist.h>
/***************************************************************************/
/***************************************************************************/
/***************************************************************************/
namespace GDBMI
{
class ResultRecord;
}
namespace GDBDebugger
{
class GDBController;
enum BP_TYPES
{
BP_TYPE_Invalid,
BP_TYPE_FilePos,
BP_TYPE_Watchpoint,
BP_TYPE_ReadWatchpoint
};
class Breakpoint : public TQObject
{
Q_OBJECT
public:
Breakpoint(bool temporary=false, bool enabled=true);
virtual ~Breakpoint();
void sendToGdb(GDBController* c);
// Called whenever this breakpoint is removed on gdb side.
virtual void removedInGdb();
virtual void applicationExited(GDBController*);
virtual TQString dbgSetCommand(GDBController *) const = 0;
virtual TQString dbgRemoveCommand() const;
/** Returns true if 'breakpoint' is identical to *this.
Checks for trival cases like pointer equality and
differing typeid() and then calls virtual
match_data.
*/
bool match(const Breakpoint* breakpoint) const;
/** Returns true if essential data in 'breakpoint' is equivalent
to *this. The caller should guarantee that dynamic type
of *this and *breakpoint is the same.
*/
virtual bool match_data(const Breakpoint* breakpoint) const = 0;
virtual bool hasFileAndLine() const { return false; }
virtual void reset();
void setActive(int active, int id);
bool isActive(int active) const { return (active_ == active) ||
(s_pending_ && !s_actionClear_); }
void setEnabled(bool enabled) { s_enabled_ = enabled; }
bool isEnabled() const { return s_enabled_; }
void setTemporary(bool temporary) { s_temporary_ = temporary; }
bool isTemporary() const { return s_temporary_; }
void setHardwareBP(bool hardwareBP) { s_hardwareBP_ = hardwareBP; }
bool isHardwareBP() const { return s_hardwareBP_; }
void setIgnoreCount(int ignoreCount) { ignoreCount_ = ignoreCount; }
int ignoreCount() const { return ignoreCount_; }
void setAddress(const TQString &address) { address_ = address; }
TQString address() const { return address_; }
void setConditional(const TQString &condition) { condition_ = condition; }
TQString conditional() const { return condition_; }
void setPending(bool pending) { s_pending_ = pending; }
bool isPending() const { return s_pending_; }
void setActionAdd(bool actionAdd) { s_actionDie_ = false;
s_actionAdd_ = actionAdd; }
bool isActionAdd() const { return s_actionAdd_; }
void setActionClear(bool actionClear) { s_actionClear_ = actionClear; }
bool isActionClear() const { return s_actionClear_; }
void setActionModify(bool actionModify) { s_actionDie_ = false;
s_actionModify_ = actionModify; }
bool isActionModify() const { return s_actionModify_; }
void setDbgProcessing(bool dbgProcessing) { s_dbgProcessing_ = dbgProcessing; }
bool isDbgProcessing() const { return s_dbgProcessing_; }
void setActionDie() { s_actionDie_ = true;
s_actionClear_ = false; }
bool isActionDie() const { return s_actionDie_; }
int key() const { return key_; }
void setDbgId(int dbgId) { dbgId_ = dbgId; }
int dbgId() const { return dbgId_; }
void setHits(int hits) { hits_ = hits; }
int hits() const { return hits_; }
virtual TQString statusDisplay(int activeFlag) const;
virtual BP_TYPES type() const { return BP_TYPE_Invalid; }
virtual TQString displayType() const { return i18n( "Invalid" ); }
bool tracingEnabled() const { return s_tracingEnabled_; }
void setTracingEnabled(bool enable) { s_tracingEnabled_ = enable; }
const TQStringList& tracedExpressions() const { return tracedExpressions_; }
void setTracedExpressions(const TQStringList& l) { tracedExpressions_ = l; }
bool traceFormatStringEnabled() const { return s_traceFormatStringEnabled_; }
void setTraceFormatStringEnabled(bool en) { s_traceFormatStringEnabled_ = en; }
const TQString& traceFormatString() const { return traceFormatString_; }
void setTraceFormatString(const TQString& s) { traceFormatString_ = s; }
TQString traceRealFormatString() const;
virtual TQString location(bool compact=true) const = 0;
virtual void setLocation(const TQString& ) = 0;
virtual bool isValid() const = 0;
signals:
/** Emitted whenever this breakpoint is modified from gdb side,
say when it's first created, or when gdb reports that any
property has changes.
*/
void modified(Breakpoint*);
private:
void handleDeleted(const GDBMI::ResultRecord&);
virtual void setBreakpoint(GDBController* controller);
void modifyBreakpoint(GDBController* controller);
protected:
GDBController* controller() const { return controller_; }
virtual void handleSet(const GDBMI::ResultRecord&);
void clearBreakpoint(GDBController* c);
private:
bool s_pending_ :1;
bool s_actionAdd_ :1;
bool s_actionClear_ :1;
bool s_actionModify_ :1;
bool s_actionDie_ :1;
bool s_dbgProcessing_ :1;
bool s_enabled_ :1;
bool s_temporary_ :1;
bool s_hardwareBP_ :1; // assigned by gdb
bool s_tracingEnabled_ :1;
bool s_traceFormatStringEnabled_ :1;
int dbgId_; // assigned by gdb
int hits_; // assigned by gdb
int key_; // internal unique key
int active_; // counter incremented on receipt of all BP's
int ignoreCount_;
TQString address_;
TQString condition_;
TQStringList tracedExpressions_;
TQString traceFormatString_;
GDBController* controller_;
};
/***************************************************************************/
/***************************************************************************/
/***************************************************************************/
class FilePosBreakpoint : public Breakpoint
{
public:
FilePosBreakpoint();
FilePosBreakpoint(const TQString &fileName, int lineNum,
bool temporary=false, bool enabled=true);
virtual ~FilePosBreakpoint();
virtual TQString dbgSetCommand(GDBController *) const;
virtual bool match_data(const Breakpoint *brkpt) const;
BP_TYPES type () const { return BP_TYPE_FilePos; }
TQString displayType() const;
TQString location(bool compact=true) const;
void setLocation(const TQString& location);
bool isValid() const;
bool hasFileAndLine() const;
TQString fileName() const;
unsigned lineNum() const;
protected:
void handleSet(const GDBMI::ResultRecord&);
private:
enum subtype { filepos = 1, function, address };
subtype subtype_;
TQString location_;
TQString fileName_;
int line_;
};
/***************************************************************************/
/***************************************************************************/
/***************************************************************************/
//class RegExpBreakpoint : public Breakpoint
//{
//public:
// RegExpBreakpoint(bool temporary=false, bool enabled=true);
// virtual ~RegExpBreakpoint();
// virtual TQString dbgSetCommand() const;
//};
/***************************************************************************/
/***************************************************************************/
/***************************************************************************/
//class CatchBreakpoint : public Breakpoint
//{
//public:
// CatchBreakpoint(bool temporary=false, bool enabled=true);
// virtual ~CatchBreakpoint();
// virtual TQString dbgSetCommand() const;
// virtual CatchBreakpoint& operator=(const CatchBreakpoint& rhs);
//};
/***************************************************************************/
/***************************************************************************/
/***************************************************************************/
//class ExitBreakpoint : public Breakpoint
//{
//public:
// ExitBreakpoint(bool temporary=false, bool enabled=true);
// virtual ~ExitBreakpoint();
// virtual TQString dbgSetCommand() const;
// bool match(const Breakpoint* brkpt) const;
// virtual void configureDisplay();
//};
/***************************************************************************/
/***************************************************************************/
/***************************************************************************/
class Watchpoint : public Breakpoint
{
public:
Watchpoint(const TQString &varName, bool temporary=false, bool enabled=true);
virtual ~Watchpoint();
virtual TQString dbgSetCommand(GDBController *) const;
void applicationExited(GDBController*);
void removedInGdb();
bool match_data(const Breakpoint *brkpt) const;
BP_TYPES type () const { return BP_TYPE_Watchpoint; }
TQString displayType() const { return i18n("Watchpoint"); }
void setVarName(const TQString& varName) { varName_ = varName; }
TQString varName() const { return varName_; }
unsigned long long address() const { return address_; }
TQString location(bool) const { return varName_; }
void setLocation(const TQString& location) { varName_ = location; }
bool isValid() const { return !varName_.isEmpty(); }
private:
void setBreakpoint(GDBController* controller);
void handleAddressComputed(const GDBMI::ResultRecord&);
TQString varName_;
unsigned long long address_;
};
class ReadWatchpoint : public Watchpoint
{
public:
ReadWatchpoint(const TQString &varName, bool temporary=false, bool enabled=true);
virtual TQString dbgSetCommand(GDBController *) const;
bool match_data(const Breakpoint *brkpt) const;
BP_TYPES type () const { return BP_TYPE_ReadWatchpoint; }
TQString displayType() const { return i18n("Read Watchpoint"); }
};
}
#endif