UT_PerfMonAutoEvent.h

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/*
 * PROPRIETARY INFORMATION.  This software is proprietary to
 * Side Effects Software Inc., and is not to be reproduced,
 * transmitted, or disclosed in any way without written permission.
 *
 * NAME:        UT_PerfMonAutoEvent.h ( UT Library, C++)
 *
 * COMMENTS:
 *
 *              Convenience classes for automatically starting and stopping
 *              timed and memory events in the Performance Monitor.
 *
 */

#ifndef __UT_PerfMonAutoEvent__
#define __UT_PerfMonAutoEvent__

#include "UT_NonCopyable.h"
#include "UT_Performance.h"

class SIM_Solver;

/// Base class.
/// Use one of the derived classes (below) instead. 
class UT_PerfMonAutoEvent
{
public:
    UT_PerfMonAutoEvent()
    {
        myTimedEventId = UT_PERFMON_INVALID_ID;
        myMemoryEventId = UT_PERFMON_INVALID_ID;
        myShouldStopEvents = true;
    }

    ~UT_PerfMonAutoEvent()
    {
        if (!myShouldStopEvents)
            return;

        if (myMemoryEventId != UT_PERFMON_INVALID_ID)
            UTgetPerformance()->stopEvent(myMemoryEventId);
        if (myTimedEventId != UT_PERFMON_INVALID_ID)
            UTgetPerformance()->stopEvent(myTimedEventId);
    }

    UT_NON_COPYABLE(UT_PerfMonAutoEvent)

    void setExtraInfo(const char *extra_info)
    {
        if (myTimedEventId != UT_PERFMON_INVALID_ID)
            UTgetPerformance()->setEventExtraInfo(myTimedEventId, extra_info);

        if (myMemoryEventId != UT_PERFMON_INVALID_ID)
            UTgetPerformance()->setEventExtraInfo(myMemoryEventId, extra_info);
    }

    // These exist because the unit tests need them.
    int getTimedEventId() const { return myTimedEventId; }
    int getMemoryEventId() const { return myMemoryEventId; }

protected:
    void setTimedEventId_(int event_id) { myTimedEventId = event_id; }
    void setMemoryEventId_(int event_id) { myMemoryEventId = event_id; }
    void setShouldBaseClassStopEvents_(bool stop) { myShouldStopEvents = stop; }

private:
    int myTimedEventId;
    int myMemoryEventId;
    bool myShouldStopEvents;
};

/// Convenience class for general events.
class UT_PerfMonAutoGeneralEvent : public UT_PerfMonAutoEvent
{
public:
    UT_PerfMonAutoGeneralEvent(const char *event, const char *object)
    {
        UT_Performance *perf = UTgetPerformance();

        setTimedEventId_(
                perf->startTimedEvent(event, object));

        if (perf->isRecordingMemoryStats())
        {
            setMemoryEventId_(
                perf->startMemoryEvent(object));
        }
    }
    ~UT_PerfMonAutoGeneralEvent() {};
};

/// Convenience class for node cook events.
class UT_PerfMonAutoCookEvent : public UT_PerfMonAutoEvent
{
public:
    UT_PerfMonAutoCookEvent(
            int node_id,
            const char *cook_event_name = nullptr,
            bool profile_recording_only = false)
    {
        UT_Performance *perf = UTgetPerformance();

        /// The constructor's signature must match the signature
        /// of UT_Performance::start*CookEvent().
        if (perf->isRecordingCookStats(profile_recording_only))
        {
            setTimedEventId_(
                perf->startTimedCookEvent(node_id, cook_event_name));
        }

        if (perf->isRecordingMemoryStats())
        {
            setMemoryEventId_(
                perf->startMemoryCookEvent(node_id, cook_event_name));
        }
    }
    ~UT_PerfMonAutoCookEvent() {};
};

/// Convenience class for pdg cook events.
class UT_PerfMonAutoPDGCookEvent : public UT_PerfMonAutoEvent
{
public:
    UT_PerfMonAutoPDGCookEvent(
        const char *path, const char *pdg_event_name=NULL)
    {
        UT_Performance *perf = UTgetPerformance();

        /// The constructor's signature must match the signature
        /// of UT_Performance::start*CookEvent().
        if (perf->isRecordingPDGCookStats())
        {
            setTimedEventId_(
                perf->startTimedPDGEvent(path, pdg_event_name));
        }

        if (perf->isRecordingMemoryStats())
        {
            setMemoryEventId_(
                perf->startMemoryPDGEvent(path, pdg_event_name));
        }
    }
    ~UT_PerfMonAutoPDGCookEvent() {};
};

/// Convenience class for DOP solve events.
class UT_PerfMonAutoSolveEvent : public UT_PerfMonAutoEvent
{
public:
    /// The constructor's signature must match the signature
    /// of UT_Performance::start*SolveEvent().
    UT_PerfMonAutoSolveEvent(
        const SIM_Solver *solver, const char *solver_event_name=NULL)
    {
        UT_Performance *perf = UTgetPerformance();

        if (perf->isRecordingSolveStats())
        {
            setTimedEventId_(
                perf->startTimedSolveEvent(solver, solver_event_name));
        }
                
        if (perf->isRecordingMemoryStats())
        {
            setMemoryEventId_(
                perf->startMemorySolveEvent(solver, solver_event_name));
        }
    }
    ~UT_PerfMonAutoSolveEvent() {};
};

/// Convenience class for object draw events.
class UT_PerfMonAutoDrawEvent : public UT_PerfMonAutoEvent
{
public:
    /// The constructor's signature must match the signature
    /// of UT_Performance::start*DrawEvent().
    UT_PerfMonAutoDrawEvent(
        const char *object, const char *draw_event_name, bool is_gpu_draw=false)
    {
        UT_Performance *perf = UTgetPerformance();

        if ((!is_gpu_draw && perf->isRecordingObjectDrawStats())
            || (is_gpu_draw && perf->isRecordingObjectGPUDrawStats()))
        {
            setTimedEventId_(
                perf->startTimedDrawEvent(object, draw_event_name, 
                    is_gpu_draw));
        }
                
        if (perf->isRecordingMemoryStats())
        {
            setMemoryEventId_(
                perf->startMemoryDrawEvent(object, draw_event_name,
                    is_gpu_draw));
        }
    }
    ~UT_PerfMonAutoDrawEvent() {};
};

/// Convenience class for viewport draw events.
class UT_PerfMonAutoViewportDrawEvent : public UT_PerfMonAutoEvent
{
public:
    /// The constructor's signature must match the signature
    /// of UT_Performance::start*DrawEvent().
    UT_PerfMonAutoViewportDrawEvent(
        const char *viewport_name, const char *draw_event_name,
        UT_PerfMonViewportType viewport_type, bool is_gpu_draw=false)
    {
        UT_Performance *perf = UTgetPerformance();

        if (perf->isRecordingViewportStats())
        {
            setTimedEventId_(
                perf->startTimedViewportDrawEvent(
                    viewport_name, draw_event_name, viewport_type, 
                    is_gpu_draw));
        }
                
        if (perf->isRecordingMemoryStats())
        {
            setMemoryEventId_(
                perf->startMemoryViewportDrawEvent(
                    viewport_name, draw_event_name, viewport_type, 
                    is_gpu_draw));
        }
    }
    ~UT_PerfMonAutoViewportDrawEvent() {};
};

/// Convenience class for script events.
class UT_PerfMonAutoScriptEvent : public UT_PerfMonAutoEvent
{
public:
    /// The constructor's signature must match the signature
    /// of UT_Performance::start*ScriptEvent().
    UT_PerfMonAutoScriptEvent(
        const char *code_description, UT_PerfMonScriptType script_type,
        bool auto_nest_events=true)
    {
        UT_Performance *perf = UTgetPerformance();

        if (perf->isRecordingScriptStats())
        {
            setTimedEventId_(
                perf->startTimedScriptEvent(
                    code_description, script_type, auto_nest_events));
        }
                
        if (perf->isRecordingMemoryStats())
        {
            setMemoryEventId_(
                perf->startMemoryScriptEvent(
                    code_description, script_type, auto_nest_events));
        }
    }
    ~UT_PerfMonAutoScriptEvent() {};
};

/// Convenience class for script events tied to nodes.
class UT_PerfMonAutoNodeScriptEvent : public UT_PerfMonAutoEvent
{
public:
    /// The constructor's signature must match the signature
    /// of UT_Performance::start*ScriptEvent().
    UT_PerfMonAutoNodeScriptEvent(
        int node_id, const char *code_description, 
        UT_PerfMonScriptType script_type)
    {
        UT_Performance *perf = UTgetPerformance();

        if (perf->isRecordingScriptStats())
        {
            setTimedEventId_(
                perf->startTimedNodeScriptEvent(
                    node_id, code_description, script_type));
        }
                
        if (perf->isRecordingMemoryStats())
        {
            setMemoryEventId_(
                perf->startMemoryNodeScriptEvent(
                    node_id, code_description, script_type));
        }
    }
    ~UT_PerfMonAutoNodeScriptEvent() {};
};

/// Convenience class for render events.
class UT_PerfMonAutoRenderEvent : public UT_PerfMonAutoEvent
{
public:
    /// The constructor's signature must match the signature
    /// of UT_Performance::start*RenderEvent().
    UT_PerfMonAutoRenderEvent(
        const char *renderer, const char *operation,
        bool is_renderer_a_node, int frame_num, const char *object=NULL)
    {
        UT_Performance *perf = UTgetPerformance();

        if (perf->isRecordingRenderStats())
        {
            setTimedEventId_(
                perf->startTimedRenderEvent(
                    renderer, operation, is_renderer_a_node, 
                    frame_num, object));
        }
                
        if (perf->isRecordingMemoryStats())
        {
            setMemoryEventId_(
                perf->startMemoryRenderEvent(
                    renderer, operation, is_renderer_a_node, 
                    frame_num, object));
        }
    }
    ~UT_PerfMonAutoRenderEvent() {};
};

/// Convenience class for node creation events.
class UT_PerfMonAutoNodeCreationEvent : public UT_PerfMonAutoEvent
{
public:
    /// The constructor's signature must match the signature
    /// of UT_Performance::start*NodeCreationEvent().
    UT_PerfMonAutoNodeCreationEvent()
        : myNodeId(-1)
        , myRecording(false)
    {
        // Make sure that the base class does not attempt
        // to stop the underlying events.
        setShouldBaseClassStopEvents_(false);

        UT_Performance *perf = UTgetPerformance();
        
        if (perf->isRecordingCookStats())
        {
            myRecording = true;
            setTimedEventId_(
                perf->startTimedNodeCreationEvent());
        }
                
        if (perf->isRecordingMemoryStats())
        {
            myRecording = true;
            setMemoryEventId_(
                perf->startMemoryNodeCreationEvent());
        }
    }
    ~UT_PerfMonAutoNodeCreationEvent() 
    {
        if (getTimedEventId() != UT_PERFMON_INVALID_ID)
        {
            UTgetPerformance()->stopNodeCreationEvent(
                getTimedEventId(), myNodeId);
        }
        if (getMemoryEventId() != UT_PERFMON_INVALID_ID)
        {
            UTgetPerformance()->stopNodeCreationEvent(
                getMemoryEventId(), myNodeId);
        }
    };

    /// Set the node id that should be attached to the underlying
    /// node creation events.  This method should be called
    /// immediately after the node is created.
    void setNodeId(int node_id) { myNodeId = node_id; }

    bool isRecording() const { return myRecording; }

private:
    int myNodeId;
    bool myRecording;
};

/// Convenience class for pane events.
class UT_PerfMonAutoPaneEvent : public UT_PerfMonAutoEvent
{
public:
    /// The constructor's signature must match the signature
    /// of UT_Performance::startTimedPaneEvent().
    UT_PerfMonAutoPaneEvent(
        const char *panetype, const char *operation)
    {
        UT_Performance *perf = UTgetPerformance();

        if (perf->isRecordingScriptStats())
        {
            setTimedEventId_(
                perf->startTimedPaneEvent(panetype, operation));
        }
                
        if (perf->isRecordingMemoryStats())
        {
            setMemoryEventId_(
                perf->startMemoryPaneEvent(panetype, operation));
        }
    }
    ~UT_PerfMonAutoPaneEvent() {};
};


#endif