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qt-creator/src/plugins/debugger/breakpoint.h

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/****************************************************************************
**
** Copyright (C) 2016 The Qt Company Ltd.
** Contact: https://www.qt.io/licensing/
**
** This file is part of Qt Creator.
**
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2010-12-17 16:01:08 +01:00
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#pragma once
#include <QMetaType>
#include <QString>
namespace Debugger {
namespace Internal {
Debugger: Make most views per-engine instead of singletons This is a step towards properly supporting multiple debugger sessions side-by-side. The combined C++-and-QML engine has been removed, instead a combined setup creates now two individual engines, under a single DebuggerRunTool but mostly independent with no combined state machine. This requires a few more clicks in some cases, but makes it easier to direct e.g. interrupt requests to the interesting engine. Care has been taken to not change the UX of the single debugger session use case if possible. The fat debug button operates as-before in that case, i.e. switches to Interrupt if the single active runconfiguration runs in the debugger etc. Most views are made per-engine, running an engine creates a new Perspective, which is destroyed when the run control dies. The snapshot view remains global and becomes primary source of information on a "current engine" that receives all menu and otherwise global input. There is a new global "Breakpoint Preset" view containing all "static" breakpoint data. When an engine starts up it "claims" breakpoint it believes it can handle, but operates on a copy of the static data. The markers of the static version are suppressed as long as an engine controls a breakpoint (that inclusive all resolved locations), but are re-instatet once the engine quits. The old Breakpoint class that already contained this split per-instance was split into a new Breakpoint and a GlobalBreakpoint class, with a per-engine model for Breakpoints, and a singleton model containing GlobalBreakpoints. There is a new CppDebuggerEngine intermediate level serving as base for C++ (or, rather, "compiled") binary debugging, i.e. {Gdb,Lldb,Cdb}Engine, taking over bits of the current DebuggerEngine base that are not applicable to non-binary debuggers. Change-Id: I9994f4c188379b4aee0c4f379edd4759fbb0bd43 Reviewed-by: Christian Stenger <christian.stenger@qt.io> Reviewed-by: hjk <hjk@qt.io>
2018-07-31 12:30:48 +02:00
class GdbMi;
//////////////////////////////////////////////////////////////////
//
// BreakpointData
//
//////////////////////////////////////////////////////////////////
//! \enum Debugger::Internal::BreakpointType
Debugger: Make most views per-engine instead of singletons This is a step towards properly supporting multiple debugger sessions side-by-side. The combined C++-and-QML engine has been removed, instead a combined setup creates now two individual engines, under a single DebuggerRunTool but mostly independent with no combined state machine. This requires a few more clicks in some cases, but makes it easier to direct e.g. interrupt requests to the interesting engine. Care has been taken to not change the UX of the single debugger session use case if possible. The fat debug button operates as-before in that case, i.e. switches to Interrupt if the single active runconfiguration runs in the debugger etc. Most views are made per-engine, running an engine creates a new Perspective, which is destroyed when the run control dies. The snapshot view remains global and becomes primary source of information on a "current engine" that receives all menu and otherwise global input. There is a new global "Breakpoint Preset" view containing all "static" breakpoint data. When an engine starts up it "claims" breakpoint it believes it can handle, but operates on a copy of the static data. The markers of the static version are suppressed as long as an engine controls a breakpoint (that inclusive all resolved locations), but are re-instatet once the engine quits. The old Breakpoint class that already contained this split per-instance was split into a new Breakpoint and a GlobalBreakpoint class, with a per-engine model for Breakpoints, and a singleton model containing GlobalBreakpoints. There is a new CppDebuggerEngine intermediate level serving as base for C++ (or, rather, "compiled") binary debugging, i.e. {Gdb,Lldb,Cdb}Engine, taking over bits of the current DebuggerEngine base that are not applicable to non-binary debuggers. Change-Id: I9994f4c188379b4aee0c4f379edd4759fbb0bd43 Reviewed-by: Christian Stenger <christian.stenger@qt.io> Reviewed-by: hjk <hjk@qt.io>
2018-07-31 12:30:48 +02:00
// Note: Keep synchronized with similar definitions in dumper.py
enum BreakpointType
{
UnknownBreakpointType,
BreakpointByFileAndLine,
BreakpointByFunction,
BreakpointByAddress,
BreakpointAtThrow,
BreakpointAtCatch,
BreakpointAtMain,
BreakpointAtFork,
BreakpointAtExec,
BreakpointAtSysCall,
WatchpointAtAddress,
WatchpointAtExpression,
BreakpointOnQmlSignalEmit,
BreakpointAtJavaScriptThrow,
LastBreakpointType
};
//! \enum Debugger::Internal::BreakpointState
enum BreakpointState
{
BreakpointNew,
Debugger: Make most views per-engine instead of singletons This is a step towards properly supporting multiple debugger sessions side-by-side. The combined C++-and-QML engine has been removed, instead a combined setup creates now two individual engines, under a single DebuggerRunTool but mostly independent with no combined state machine. This requires a few more clicks in some cases, but makes it easier to direct e.g. interrupt requests to the interesting engine. Care has been taken to not change the UX of the single debugger session use case if possible. The fat debug button operates as-before in that case, i.e. switches to Interrupt if the single active runconfiguration runs in the debugger etc. Most views are made per-engine, running an engine creates a new Perspective, which is destroyed when the run control dies. The snapshot view remains global and becomes primary source of information on a "current engine" that receives all menu and otherwise global input. There is a new global "Breakpoint Preset" view containing all "static" breakpoint data. When an engine starts up it "claims" breakpoint it believes it can handle, but operates on a copy of the static data. The markers of the static version are suppressed as long as an engine controls a breakpoint (that inclusive all resolved locations), but are re-instatet once the engine quits. The old Breakpoint class that already contained this split per-instance was split into a new Breakpoint and a GlobalBreakpoint class, with a per-engine model for Breakpoints, and a singleton model containing GlobalBreakpoints. There is a new CppDebuggerEngine intermediate level serving as base for C++ (or, rather, "compiled") binary debugging, i.e. {Gdb,Lldb,Cdb}Engine, taking over bits of the current DebuggerEngine base that are not applicable to non-binary debuggers. Change-Id: I9994f4c188379b4aee0c4f379edd4759fbb0bd43 Reviewed-by: Christian Stenger <christian.stenger@qt.io> Reviewed-by: hjk <hjk@qt.io>
2018-07-31 12:30:48 +02:00
BreakpointInsertionRequested, //!< Inferior was told about bp, not ack'ed.
BreakpointInsertionProceeding,
BreakpointInserted,
Debugger: Make most views per-engine instead of singletons This is a step towards properly supporting multiple debugger sessions side-by-side. The combined C++-and-QML engine has been removed, instead a combined setup creates now two individual engines, under a single DebuggerRunTool but mostly independent with no combined state machine. This requires a few more clicks in some cases, but makes it easier to direct e.g. interrupt requests to the interesting engine. Care has been taken to not change the UX of the single debugger session use case if possible. The fat debug button operates as-before in that case, i.e. switches to Interrupt if the single active runconfiguration runs in the debugger etc. Most views are made per-engine, running an engine creates a new Perspective, which is destroyed when the run control dies. The snapshot view remains global and becomes primary source of information on a "current engine" that receives all menu and otherwise global input. There is a new global "Breakpoint Preset" view containing all "static" breakpoint data. When an engine starts up it "claims" breakpoint it believes it can handle, but operates on a copy of the static data. The markers of the static version are suppressed as long as an engine controls a breakpoint (that inclusive all resolved locations), but are re-instatet once the engine quits. The old Breakpoint class that already contained this split per-instance was split into a new Breakpoint and a GlobalBreakpoint class, with a per-engine model for Breakpoints, and a singleton model containing GlobalBreakpoints. There is a new CppDebuggerEngine intermediate level serving as base for C++ (or, rather, "compiled") binary debugging, i.e. {Gdb,Lldb,Cdb}Engine, taking over bits of the current DebuggerEngine base that are not applicable to non-binary debuggers. Change-Id: I9994f4c188379b4aee0c4f379edd4759fbb0bd43 Reviewed-by: Christian Stenger <christian.stenger@qt.io> Reviewed-by: hjk <hjk@qt.io>
2018-07-31 12:30:48 +02:00
BreakpointUpdateRequested,
BreakpointUpdateProceeding,
BreakpointRemoveRequested,
BreakpointRemoveProceeding,
BreakpointDead
};
//! \enum Debugger::Internal::BreakpointPathUsage
enum BreakpointPathUsage
{
BreakpointPathUsageEngineDefault, //!< Default value that suits the engine.
BreakpointUseFullPath, //!< Use full path to avoid ambiguities. Slow with gdb.
BreakpointUseShortPath //!< Use filename only, in case source files are relocated.
};
enum BreakpointColumns
{
BreakpointNumberColumn,
BreakpointFunctionColumn,
BreakpointFileColumn,
BreakpointLineColumn,
BreakpointAddressColumn,
BreakpointConditionColumn,
BreakpointIgnoreColumn,
BreakpointThreadsColumn
};
enum BreakpointParts
{
NoParts = 0,
FileAndLinePart = (1 << 0),
FunctionPart = (1 << 1),
AddressPart = (1 << 2),
ExpressionPart = (1 << 3),
ConditionPart = (1 << 4),
IgnoreCountPart = (1 << 5),
ThreadSpecPart = (1 << 6),
ModulePart = (1 << 7),
TracePointPart = (1 << 8),
EnabledPart = (1 << 9),
TypePart = (1 << 10),
PathUsagePart = (1 << 11),
CommandPart = (1 << 12),
MessagePart = (1 << 13),
OneShotPart = (1 << 14),
AllConditionParts = ConditionPart|IgnoreCountPart|ThreadSpecPart
|OneShotPart,
AllParts = FileAndLinePart|FunctionPart
|ExpressionPart|AddressPart|ConditionPart
|IgnoreCountPart|ThreadSpecPart|ModulePart|TracePointPart
|EnabledPart|TypePart|PathUsagePart|CommandPart|MessagePart
|OneShotPart
};
inline void operator|=(BreakpointParts &p, BreakpointParts r)
{
p = BreakpointParts(int(p) | int(r));
}
class BreakpointParameters
{
public:
explicit BreakpointParameters(BreakpointType = UnknownBreakpointType);
BreakpointParts differencesTo(const BreakpointParameters &rhs) const;
bool isValid() const;
bool equals(const BreakpointParameters &rhs) const;
bool conditionsMatch(const QString &other) const;
bool isWatchpoint() const
{ return type == WatchpointAtAddress || type == WatchpointAtExpression; }
Debugger: Make most views per-engine instead of singletons This is a step towards properly supporting multiple debugger sessions side-by-side. The combined C++-and-QML engine has been removed, instead a combined setup creates now two individual engines, under a single DebuggerRunTool but mostly independent with no combined state machine. This requires a few more clicks in some cases, but makes it easier to direct e.g. interrupt requests to the interesting engine. Care has been taken to not change the UX of the single debugger session use case if possible. The fat debug button operates as-before in that case, i.e. switches to Interrupt if the single active runconfiguration runs in the debugger etc. Most views are made per-engine, running an engine creates a new Perspective, which is destroyed when the run control dies. The snapshot view remains global and becomes primary source of information on a "current engine" that receives all menu and otherwise global input. There is a new global "Breakpoint Preset" view containing all "static" breakpoint data. When an engine starts up it "claims" breakpoint it believes it can handle, but operates on a copy of the static data. The markers of the static version are suppressed as long as an engine controls a breakpoint (that inclusive all resolved locations), but are re-instatet once the engine quits. The old Breakpoint class that already contained this split per-instance was split into a new Breakpoint and a GlobalBreakpoint class, with a per-engine model for Breakpoints, and a singleton model containing GlobalBreakpoints. There is a new CppDebuggerEngine intermediate level serving as base for C++ (or, rather, "compiled") binary debugging, i.e. {Gdb,Lldb,Cdb}Engine, taking over bits of the current DebuggerEngine base that are not applicable to non-binary debuggers. Change-Id: I9994f4c188379b4aee0c4f379edd4759fbb0bd43 Reviewed-by: Christian Stenger <christian.stenger@qt.io> Reviewed-by: hjk <hjk@qt.io>
2018-07-31 12:30:48 +02:00
bool isLocatedAt(const QString &fileName, int lineNumber, const QString &markerFileName) const;
// Enough for now.
bool isBreakpoint() const { return !isWatchpoint() && !isTracepoint(); }
bool isTracepoint() const { return tracepoint; }
bool isCppBreakpoint() const;
Debugger: Make most views per-engine instead of singletons This is a step towards properly supporting multiple debugger sessions side-by-side. The combined C++-and-QML engine has been removed, instead a combined setup creates now two individual engines, under a single DebuggerRunTool but mostly independent with no combined state machine. This requires a few more clicks in some cases, but makes it easier to direct e.g. interrupt requests to the interesting engine. Care has been taken to not change the UX of the single debugger session use case if possible. The fat debug button operates as-before in that case, i.e. switches to Interrupt if the single active runconfiguration runs in the debugger etc. Most views are made per-engine, running an engine creates a new Perspective, which is destroyed when the run control dies. The snapshot view remains global and becomes primary source of information on a "current engine" that receives all menu and otherwise global input. There is a new global "Breakpoint Preset" view containing all "static" breakpoint data. When an engine starts up it "claims" breakpoint it believes it can handle, but operates on a copy of the static data. The markers of the static version are suppressed as long as an engine controls a breakpoint (that inclusive all resolved locations), but are re-instatet once the engine quits. The old Breakpoint class that already contained this split per-instance was split into a new Breakpoint and a GlobalBreakpoint class, with a per-engine model for Breakpoints, and a singleton model containing GlobalBreakpoints. There is a new CppDebuggerEngine intermediate level serving as base for C++ (or, rather, "compiled") binary debugging, i.e. {Gdb,Lldb,Cdb}Engine, taking over bits of the current DebuggerEngine base that are not applicable to non-binary debuggers. Change-Id: I9994f4c188379b4aee0c4f379edd4759fbb0bd43 Reviewed-by: Christian Stenger <christian.stenger@qt.io> Reviewed-by: hjk <hjk@qt.io>
2018-07-31 12:30:48 +02:00
bool isQmlFileAndLineBreakpoint() const;
QString toString() const;
void updateLocation(const QString &location); // file.cpp:42
Debugger: Make most views per-engine instead of singletons This is a step towards properly supporting multiple debugger sessions side-by-side. The combined C++-and-QML engine has been removed, instead a combined setup creates now two individual engines, under a single DebuggerRunTool but mostly independent with no combined state machine. This requires a few more clicks in some cases, but makes it easier to direct e.g. interrupt requests to the interesting engine. Care has been taken to not change the UX of the single debugger session use case if possible. The fat debug button operates as-before in that case, i.e. switches to Interrupt if the single active runconfiguration runs in the debugger etc. Most views are made per-engine, running an engine creates a new Perspective, which is destroyed when the run control dies. The snapshot view remains global and becomes primary source of information on a "current engine" that receives all menu and otherwise global input. There is a new global "Breakpoint Preset" view containing all "static" breakpoint data. When an engine starts up it "claims" breakpoint it believes it can handle, but operates on a copy of the static data. The markers of the static version are suppressed as long as an engine controls a breakpoint (that inclusive all resolved locations), but are re-instatet once the engine quits. The old Breakpoint class that already contained this split per-instance was split into a new Breakpoint and a GlobalBreakpoint class, with a per-engine model for Breakpoints, and a singleton model containing GlobalBreakpoints. There is a new CppDebuggerEngine intermediate level serving as base for C++ (or, rather, "compiled") binary debugging, i.e. {Gdb,Lldb,Cdb}Engine, taking over bits of the current DebuggerEngine base that are not applicable to non-binary debuggers. Change-Id: I9994f4c188379b4aee0c4f379edd4759fbb0bd43 Reviewed-by: Christian Stenger <christian.stenger@qt.io> Reviewed-by: hjk <hjk@qt.io>
2018-07-31 12:30:48 +02:00
void updateFromGdbOutput(const GdbMi &bkpt);
bool operator==(const BreakpointParameters &p) const { return equals(p); }
bool operator!=(const BreakpointParameters &p) const { return !equals(p); }
BreakpointType type; //!< Type of breakpoint.
bool enabled; //!< Should we talk to the debugger engine?
BreakpointPathUsage pathUsage; //!< Should we use the full path when setting the bp?
QString fileName; //!< Short name of source file.
QString condition; //!< Condition associated with breakpoint.
int ignoreCount; //!< Ignore count associated with breakpoint.
int lineNumber; //!< Line in source file.
quint64 address; //!< Address for address based data breakpoints.
QString expression; //!< Expression for expression based data breakpoints.
uint size; //!< Size of watched area for data breakpoints.
uint bitpos; //!< Location of watched bitfield within watched area.
uint bitsize; //!< Size of watched bitfield within watched area.
int threadSpec; //!< Thread specification.
QString functionName;
QString module; //!< module for file name
QString command; //!< command to execute
QString message; //!< message
bool tracepoint;
bool oneShot; //!< Should this breakpoint trigger only once?
Debugger: Make most views per-engine instead of singletons This is a step towards properly supporting multiple debugger sessions side-by-side. The combined C++-and-QML engine has been removed, instead a combined setup creates now two individual engines, under a single DebuggerRunTool but mostly independent with no combined state machine. This requires a few more clicks in some cases, but makes it easier to direct e.g. interrupt requests to the interesting engine. Care has been taken to not change the UX of the single debugger session use case if possible. The fat debug button operates as-before in that case, i.e. switches to Interrupt if the single active runconfiguration runs in the debugger etc. Most views are made per-engine, running an engine creates a new Perspective, which is destroyed when the run control dies. The snapshot view remains global and becomes primary source of information on a "current engine" that receives all menu and otherwise global input. There is a new global "Breakpoint Preset" view containing all "static" breakpoint data. When an engine starts up it "claims" breakpoint it believes it can handle, but operates on a copy of the static data. The markers of the static version are suppressed as long as an engine controls a breakpoint (that inclusive all resolved locations), but are re-instatet once the engine quits. The old Breakpoint class that already contained this split per-instance was split into a new Breakpoint and a GlobalBreakpoint class, with a per-engine model for Breakpoints, and a singleton model containing GlobalBreakpoints. There is a new CppDebuggerEngine intermediate level serving as base for C++ (or, rather, "compiled") binary debugging, i.e. {Gdb,Lldb,Cdb}Engine, taking over bits of the current DebuggerEngine base that are not applicable to non-binary debuggers. Change-Id: I9994f4c188379b4aee0c4f379edd4759fbb0bd43 Reviewed-by: Christian Stenger <christian.stenger@qt.io> Reviewed-by: hjk <hjk@qt.io>
2018-07-31 12:30:48 +02:00
bool pending = true; //!< Breakpoint not fully resolved.
int hitCount = 0; //!< Number of times this has been hit.
};
} // namespace Internal
} // namespace Debugger