trap::ToolsIf< issueWidth > Class Template Reference

Base class for all the tools (profilers, debugger, etc...) More...

#include <ToolsIf.hpp>

Inheritance diagram for trap::ToolsIf< issueWidth >:

Collaboration diagram for trap::ToolsIf< issueWidth >:

Public Member Functions
virtual bool	newIssue (const issueWidth &curPC, const InstructionBase *curInstr)=0 throw ()
virtual bool	emptyPipeline (const issueWidth &curPC) const =0 throw ()
virtual	~ToolsIf ()

Detailed Description

template<class issueWidth>
class trap::ToolsIf< issueWidth >

Base class for all the tools (profilers, debugger, etc...)

Constructor & Destructor Documentation

template<class issueWidth>

virtual trap::ToolsIf< issueWidth >::~ToolsIf ( )

inlinevirtual

Member Function Documentation

template<class issueWidth>

virtual bool trap::ToolsIf< issueWidth >::emptyPipeline ( const issueWidth &  curPC ) const throw ( )

pure virtual

Returns true if the pipeline has to be empty before being able to call the current tool, false otherwise

Implemented in trap::GDBStub< issueWidth >, trap::GDBStub< unsigned int >, trap::OSEmulator< issueWidth >, trap::Profiler< issueWidth >, IntrinsicManager< issueWidth >, and IntrinsicManager< unsigned int >.

template<class issueWidth>

virtual bool trap::ToolsIf< issueWidth >::newIssue ( const issueWidth &  curPC, const InstructionBase *  curInstr  ) throw ( )

pure virtual

The only method which is called to activate the tool it signals to the tool that a new instruction issue has been started; the tool can then take the appropriate actions. the return value specifies whether the processor should skip the issue of the current instruction

Implemented in trap::GDBStub< issueWidth >, trap::GDBStub< unsigned int >, trap::OSEmulator< issueWidth >, trap::Profiler< issueWidth >, IntrinsicManager< issueWidth >, and IntrinsicManager< unsigned int >.

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

• core/common/trapgen/ToolsIf.hpp