Class implementing breakpoint for debugging. More...

#include <QoreProgram.h>

Inheritance diagram for QoreBreakpoint:

Collaboration diagram for QoreBreakpoint:

Public Member Methods
DLLEXPORT void	addThreadId (int tid, ExceptionSink *xsink)

DLLEXPORT void	assignProgram (QoreProgram new_pgm, ExceptionSink xsink)

DLLEXPORT void	assignStatement (AbstractStatement statement, ExceptionSink xsink)

DLLEXPORT void	clearThreadIds (ExceptionSink *xsink)

DLLEXPORT unsigned	getBreakpointId () const
	get the breakpoint id More...

DLLEXPORT QoreListNode *	getStatementIds (ExceptionSink *xsink)

DLLEXPORT void	getStatements (AbstractStatementList_t &statList, ExceptionSink *xsink)

DLLEXPORT void	getThreadIds (TidList_t &tidList, ExceptionSink *xsink)

DLLEXPORT bool	isThreadId (int tid, ExceptionSink *xsink)

DLLEXPORT QoreBreakpoint &	operator= (const QoreBreakpoint &other)

DLLEXPORT void	removeThreadId (int tid, ExceptionSink *xsink)

DLLEXPORT AbstractStatement *	resolveStatementId (unsigned long statementId, ExceptionSink *xsink) const

DLLEXPORT void	setThreadIds (TidList_t tidList, ExceptionSink *xsink)

DLLEXPORT void	unassignStatement (AbstractStatement statement, ExceptionSink xsink)

Public Member Methods inherited from AbstractPrivateData
virtual DLLLOCAL void	deref (ExceptionSink *xsink)
	decrements the reference count of the object More...

virtual DLLLOCAL void	deref ()
	decrements the reference count of the object without the possibility of throwing a Qore-language exception

DLLLOCAL void	ref ()
	increments the reference count of the object More...

Public Member Methods inherited from QoreReferenceCounter
DLLEXPORT	QoreReferenceCounter ()
	creates the reference counter object

DLLEXPORT	QoreReferenceCounter (const QoreReferenceCounter &old)
	creates a new object with a reference count of 1 More...

DLLEXPORT	~QoreReferenceCounter ()
	destroys the reference counter object

DLLEXPORT bool	is_unique () const
	returns true if the reference count is 1 More...

DLLEXPORT int	reference_count () const
	gets the reference count More...

DLLEXPORT bool	ROdereference () const
	atomically decrements the reference count More...

DLLEXPORT void	ROreference () const
	atomically increments the reference count

Static Public Member Methods
static DLLEXPORT QoreBreakpoint *	resolveBreakpointId (unsigned breakpointId)
	get the breakpoint from breakpoint id More...

Public Attributes
BreakpointPolicy	policy

Private Member Methods
virtual DLLLOCAL bool	checkBreak () const
	check if program flow should be interrupted

Private Member Methods inherited from AbstractPrivateData
virtual DLLLOCAL	~AbstractPrivateData ()
	as these objects are reference counted, the destructor should be called only when the reference count = 0 and not manually

Detailed Description

Class implementing breakpoint for debugging.

Breakpoint is assigned to one or more statements. When such a statement is executed then breakpoint is probed using checkBreak and program is potentially interrupted and callback QoreDebugProgram is triggered. The instance must be assigned to a QoreProgram

Member Function Documentation

◆ addThreadId()

DLLEXPORT void QoreBreakpoint::addThreadId	(	int	tid,
		ExceptionSink *	xsink
	)

Add thread ID to the list

◆ assignProgram()

DLLEXPORT void QoreBreakpoint::assignProgram	(	QoreProgram *	new_pgm,
		ExceptionSink *	xsink
	)

Assign QoreProgram to breakpoint.

Parameters

new_pgm	QoreProgram to be assigned, when NULL then unassigns Program and deletes all statement references
xsink	if an error occurs, the Qore-language exception information will be added here

◆ assignStatement()

DLLEXPORT void QoreBreakpoint::assignStatement	(	AbstractStatement *	statement,
		ExceptionSink *	xsink
	)

Assign breakpoint to a statement.

◆ clearThreadIds()

DLLEXPORT void QoreBreakpoint::clearThreadIds ( ExceptionSink * xsink )

Clear list of the thread IDs

◆ getBreakpointId()

DLLEXPORT unsigned QoreBreakpoint::getBreakpointId ( ) const

get the breakpoint id

Returns: the breakpoint id which is unique number

◆ getStatementIds()

DLLEXPORT QoreListNode* QoreBreakpoint::getStatementIds ( ExceptionSink * xsink )

Get list of statement ids

◆ getStatements()

DLLEXPORT void QoreBreakpoint::getStatements	(	AbstractStatementList_t &	statList,
		ExceptionSink *	xsink
	)

Get list of statements

◆ getThreadIds()

DLLEXPORT void QoreBreakpoint::getThreadIds	(	TidList_t &	tidList,
		ExceptionSink *	xsink
	)

Get list of the thread IDs

◆ isThreadId()

DLLEXPORT bool QoreBreakpoint::isThreadId	(	int	tid,
		ExceptionSink *	xsink
	)

Check if thread is ID in list

◆ operator=()

DLLEXPORT QoreBreakpoint& QoreBreakpoint::operator= ( const QoreBreakpoint & other )

Copy all props but object reference

◆ removeThreadId()

DLLEXPORT void QoreBreakpoint::removeThreadId	(	int	tid,
		ExceptionSink *	xsink
	)

Remove thread ID from the list

◆ resolveBreakpointId()

static DLLEXPORT QoreBreakpoint* QoreBreakpoint::resolveBreakpointId ( unsigned breakpointId )

static

get the breakpoint from breakpoint id

Parameters

breakpointId provided by getBreakpointId

Returns: the original breakpoint or null if object cannot be resolved

◆ resolveStatementId()

DLLEXPORT AbstractStatement* QoreBreakpoint::resolveStatementId	(	unsigned long	statementId,
		ExceptionSink *	xsink
	)		const

Resolve statement from statement id

◆ setThreadIds()

DLLEXPORT void QoreBreakpoint::setThreadIds	(	TidList_t	tidList,
		ExceptionSink *	xsink
	)

Set list of the thread IDs

◆ unassignStatement()

DLLEXPORT void QoreBreakpoint::unassignStatement	(	AbstractStatement *	statement,
		ExceptionSink *	xsink
	)

Unassign breakpoint from statement

Member Data Documentation

◆ policy

BreakpointPolicy QoreBreakpoint::policy

Defines policy how thread list is evaluated. In the case of ACCEPT policy are considered all TIDs in list. In case of REJECT policy are considered all TIDs not in the list.

The documentation for this class was generated from the following file:

/export/home/dnichols/src/qore/git/qore/include/qore/QoreProgram.h

Public Member Methods

Static Public Member Methods

Public Attributes

Private Member Methods