syntax = "proto2";
package NV.Profiler;
import "Profiler/ProfilerMetricOptions.proto";
// =============================================================================
// COMMON
// =============================================================================
// Deprecated, this is inferred from the metric itself now
enum HWUnitType
{
    Invalid = 0;
    Default = 1; // Equals the executing HW unit
    Gpc = 2;
    Tpc = 3;
    Sm = 4;
    Smsp = 5;
    Tex = 6;
    Lts = 7;
    Ltc = 8;
    Fbpa = 9;
}
enum SortKeys
{
    ByLabel = 0;
    ByValue = 1;
}
enum SortDirections
{
    Ascending = 0;
    Descending = 1;
}
/*
 * Possible metric name syntax
 * (1) "<name>"
 * (2) "regex:<name regular expression>"
 * (3) "group:<group name>"
 * (4) "breakdown:[depth:]<throughput metric name>"
 */
message ProfilerSectionMetricOption
{
    required string Name = 1;
    optional string Label = 2;
    optional Messages.MetricOptionFilter Filter = 3;
}
message SourceCorrelationDisplayProperties
{
    optional bool Disabled = 1;
    optional bool DivideByCorrelatedLineCount = 2;
}
message SourceViewDisplayProperties
{
    // indicates if a metric column should be visible by default on the Source page
    optional bool DefaultVisible = 1;
    // indicates that this metric does not support being shown as a relative value on the Source page
    optional bool DisableRelativeValues = 2;
}
message ProfilerSectionMetricDisplayProperties
{
    optional SourceCorrelationDisplayProperties SourceCorrelation = 1;
    optional SourceViewDisplayProperties SourceView = 2;
}
enum DescriptionMode
{
    DescrReplace = 0;
}
message CustomDescription
{
    optional string Text = 1;
    optional DescriptionMode Mode = 2 [default = DescrReplace];
}
message ProfilerSectionMetric
{
    // Metric name, as e.g. returned by metric query (e.g. gpu__time_duration.sum)
    required string Name = 1;
    // User-friendly label (e.g. 'Duration')
    optional string Label = 2;
    // Deprecated
    optional HWUnitType HWUnit = 3;
    // Show metric instance values. What instances represent depends on the specific metric.
    // See the metrics reference in the documentation for more info.
    optional bool ShowInstances = 4;
    // The metric's base unit (e.g. bytes or bytes_per_sec)
    // Normally this is inferred from the metric itself
    optional string Unit = 5;
    // Filter to control when the metric is collected
    optional Messages.MetricOptionFilter Filter = 6;
    repeated ProfilerSectionMetricOption Options = 7;
    optional ProfilerSectionMetricDisplayProperties DisplayProperties = 8;
    // List of ProfilerSectionMetricGroup names this metric belongs to.
    repeated string Groups = 9;
    optional bool DisableExtraSuffixes = 10;
    // List of counter domains that should be used for collecting this metric's counter dependencies
    repeated string CtrDomains = 11;
    // Optional, user-specified description
    optional CustomDescription Description = 12;
    // Optional multiplier to be applied to the metric value
    // Currently only applies to pm sampling metrics
    optional double Multiplier = 13;
}
// Groups support applying properties to a set of metrics and to interact with them
// more conveniently in user interfaces.
message ProfilerSectionMetricGroup
{
    // unique name
    optional string Name = 1;
    // user-friendly label
    optional string Label = 2;
    optional ProfilerSectionMetricDisplayProperties DisplayProperties = 3;
}
message ProfilerSectionHighlightX
{
    repeated ProfilerSectionMetric Metrics = 1;
}
// =============================================================================
// HORIZONTAL CONTAINER
// Allows to organize multiple profiler section items in a horizontal container
// =============================================================================
message ProfilerSectionHorizontalContainer
{
    repeated ProfilerSectionBodyItem Items = 1;
}
// =============================================================================
// TABLE
// Simple table that stores any number of label/metric pairs
// =============================================================================
message ProfilerSectionTable
{
    enum LayoutOrder
    {
        RowMajor = 0;
        ColumnMajor = 1;
    }
    optional string Label = 1;
    optional uint32 Rows = 2;
    required uint32 Columns = 3;
    optional LayoutOrder Order = 4;
    // Cells are stored in row-major order
    repeated ProfilerSectionMetric Metrics = 5;
    optional SortKeys SortKey = 6;
    optional SortDirections SortDirection = 7;
    optional string Description = 8;
}
// =============================================================================
// CHARTS (Common)
// =============================================================================
message ChartColor
{
    enum ChartColorType
    {
        ChartColorTypeUnknown = 0;
        ChartColorTypeArgb = 1;
    }
    required ChartColorType ColorType = 1 [default = ChartColorTypeUnknown];
    optional uint32 ColorValue = 2;
}
message ProfilerSectionChartAxisRange
{
    optional int64 Min = 1;
    optional int64 Max = 2;
}
message ProfilerSectionChartValueAxis
{
    optional string Label = 1;
    optional ProfilerSectionChartAxisRange Range = 2;
    optional int64 TickCount = 3;
    optional int64 Size = 4;
    optional uint32 Precision = 5;
}
message ProfilerSectionChartCategoryAxis
{
    optional string Label = 1;
}
message ProfilerSectionChartHistogramAxis
{
    optional string Label = 1;
    optional int64 BinCount = 2;
}
message ProfilerSectionChartRooflineAxis
{
    optional string Label = 1;
    optional double Base = 2;
    optional double Min = 3;
    optional double Max = 4;
}
message ProfilerSectionRooflineValueCyclesPerSecondExpression
{
    // Multiple values get summed up.
    // Peak values typically use the .sum.peak_sustained suffix.
    // Achieved values typically use the .sum.per_cycle_elapsed suffix.
    repeated ProfilerSectionMetric ValuePerCycleMetrics = 1;
    // Multiplication factor to convert cycles to seconds.
    // Match the collecting unit for the above values as closely as
    // possible. Typically this resolves to something like
    // <UNIT>__cycles_elapsed.avg.per_second.
    optional ProfilerSectionMetric CyclesPerSecondMetric = 2;
}
message ProfilerSectionRooflineOptions
{
    optional string Label = 1;
    optional ChartColor Color = 2;
    optional bool ShowRooflineExtensions = 3;
    optional bool ShowRooflinePoints = 4;
    optional ProfilerSectionRooflineValue ShowOnlyIfNotZero = 5;
}
message ProfilerSectionRooflineAchievedValueOptions
{
    optional string Label = 1;
    optional ChartColor Color = 2;
}
message ProfilerSectionRooflineWallOptions
{
    optional string Label = 1;
    optional ChartColor Color = 2;
}
message ProfilerSectionRooflineValue
{
    oneof RooflineValue
    {
        double Constant = 1;
        ProfilerSectionMetric Metric = 2;
        ProfilerSectionRooflineValueCyclesPerSecondExpression ValueCyclesPerSecondExpression = 3;
    }
}
message ProfilerSectionChartRoofline
{
    required ProfilerSectionRooflineValue PeakWork = 1;
    required ProfilerSectionRooflineValue PeakTraffic = 2;
    optional ProfilerSectionRooflineOptions Options = 3;
}
message ProfilerSectionRooflineAchievedValue
{
    required ProfilerSectionRooflineValue AchievedWork = 1;
    required ProfilerSectionRooflineValue AchievedTraffic = 2;
    optional ProfilerSectionRooflineAchievedValueOptions Options = 3;
}
message ProfilerSectionRooflineWall
{
    required ProfilerSectionRooflineValue Value = 1;
    optional ProfilerSectionRooflineWallOptions Options = 2;
}
// Table for showing top N instances of instruction-level source metrics.
// Multiple (compatible) metrics can be selected to aggregate them.
message ProfilerSourceMetricTable
{
    optional string Label = 1;
    optional uint32 Rows = 2;
    repeated ProfilerSectionMetric Metrics = 3;
    optional SortDirections SortDirection = 4;
    optional string Description = 5;
}
message ProfilerSuffixTable
{
    optional string Label = 1;
    required ProfilerSuffixes Suffixes = 2;
    required ProfilerBaseNames BaseNames = 3;
    optional SortKeys SortKey = 4;
    optional SortDirections SortDirection = 5;
    optional string Description = 6;
}
// =============================================================================
// CHARTS
// =============================================================================
message ProfilerSectionChartOptions
{
    optional string AspectRatio = 1;
}
message ProfilerSectionBarChart
{
    enum Directions
    {
        Horizontal = 0;
        Vertical = 1;
    }
    enum ValueAxisAlignments
    {
        ValueAxisAlignments_Default = 0;
        ValueAxisAlignments_Alternate = 1;
        ValueAxisAlignments_Both = 2;
    }
    optional string Label = 1;
    optional Directions Direction = 2;
    optional ProfilerSectionChartCategoryAxis CategoryAxis = 3;
    optional ProfilerSectionChartValueAxis ValueAxis = 4;
    repeated ProfilerSectionMetric Metrics = 5;
    optional SortKeys SortKey = 6;
    optional SortDirections SortDirection = 7;
    optional ValueAxisAlignments ValueAxisAlignment = 8;
    optional string Description = 9;
}
message ProfilerSectionHistogramChart
{
    optional string Label = 1;
    optional ProfilerSectionChartHistogramAxis HistogramAxis = 2;
    optional ProfilerSectionChartValueAxis ValueAxis = 3;
    required ProfilerSectionMetric Metric = 4;
    optional string Description = 5;
}
message ProfilerSectionLineChart
{
    optional string Label = 1;
    optional ProfilerSectionChartValueAxis AxisX = 2;
    optional ProfilerSectionChartValueAxis AxisY = 3;
    repeated ProfilerSectionMetric Metrics = 4;
    optional ProfilerSectionHighlightX HighlightX = 5;
    optional string Description = 6;
}
// Roofline Chart:
// Shows the relation between Intensity (I) and Work (W). A single chart includes
// one achieved data point and one or more peak rooflines. The metric input is
// driven by metrics for Work (W) and Traffic (T) for both, achieved and peak
// performance. The Intensity (I) is calculated as I = W / T. The axis are
// defined to use Intensity (I) for the x dimension and Work (W) for the y
// dimension.
message ProfilerSectionRooflineChart
{
    optional string Label = 1;
    optional ProfilerSectionChartRooflineAxis AxisIntensity = 2;
    optional ProfilerSectionChartRooflineAxis AxisWork = 3;
    repeated ProfilerSectionChartRoofline Rooflines = 4;
    repeated ProfilerSectionRooflineAchievedValue AchievedValues = 5;
    repeated ProfilerSectionRooflineWall Walls = 6;
    optional string Description = 7;
    optional ProfilerSectionChartOptions Options = 8;
}
// =============================================================================
// CUSTOM TYPES
// =============================================================================
message ProfilerSectionMemorySharedTable
{
    optional string Label = 1;
    optional bool ShowLoads = 2;
    optional bool ShowStores = 3;
    optional bool ShowAtomics = 4;
    optional bool ShowTotals = 5;
}
// Deprecated in favor of ProfilerSectionMemoryL1TEXCacheTable
message ProfilerSectionMemoryFirstLevelCacheTable
{
    optional string Label = 1;
    optional bool ShowLoads = 2;
    optional bool ShowStores = 3;
    optional bool ShowAtomics = 4;
    optional bool ShowReductions = 5;
    optional bool ShowGlobal = 6;
    optional bool ShowLocal = 7;
    optional bool ShowSurface = 8;
    optional bool ShowTexture = 9;
    optional bool ShowTotalLoads = 10;
    optional bool ShowTotalStores = 11;
    optional bool ShowTotals = 12;
}
message ProfilerSectionMemoryL1TEXCacheTable
{
    optional string Label = 1;
    optional bool ShowLoads = 2;
    optional bool ShowStores = 3;
    optional bool ShowAtomics = 4;
    optional bool ShowReductions = 5;
    optional bool ShowGlobal = 6;
    optional bool ShowLocal = 7;
    optional bool ShowSurface = 8;
    optional bool ShowTexture = 9;
    optional bool ShowTotalLoads = 10;
    optional bool ShowTotalStores = 11;
    optional bool ShowTotals = 12;
    optional bool ShowTotalAtomicsAndReductions = 13;
}
// Deprecated in favor of ProfilerSectionMemoryL2CacheTable
message ProfilerSectionMemorySecondLevelCacheTable
{
    optional string Label = 1;
    optional bool ShowLoads = 2;
    optional bool ShowStores = 3;
    optional bool ShowAtomics = 4;
    optional bool ShowReductions = 5;
    optional bool ShowGlobal = 6;
    optional bool ShowLocal = 7;
    optional bool ShowSurface = 8;
    optional bool ShowTexture = 9;
    optional bool ShowTotalLoads = 10;
    optional bool ShowTotalStores = 11;
    optional bool ShowTotals = 12;
}
// L2 cache eviction policies table
message ProfilerSectionMemoryL2CacheEvictPolicyTable
{
    optional string Label = 1;
    optional bool ShowLoads = 2;
    optional bool ShowStores = 3;
    optional bool ShowAtomics = 4;
}
message ProfilerSectionMemoryL2CacheTable
{
    optional string Label = 1;
    optional bool ShowLoads = 2;
    optional bool ShowStores = 3;
    optional bool ShowAtomics = 4;
    optional bool ShowReductions = 5;
}
message ProfilerSectionMemoryDeviceMemoryTable
{
    optional string Label = 1;
    optional bool ShowLoads = 2;
    optional bool ShowStores = 3;
    optional bool ShowTotals = 4;
}
message ProfilerSectionMemoryChart
{
    optional string Label = 1;
}
message ProfilerSectionNvlinkTopology
{
    optional string Label = 1;
}
message ProfilerSectionNvlinkPropertyTable
{
    optional string Label = 1;
}
message ProfilerSectionNvlinkThroughputTable
{
    optional string Label = 1;
}
message ProfilerSectionNumaIdTable
{
    optional string Label = 1;
}
message ProfilerSectionGfxMetricsWidget
{
    required string Type = 1;
    optional string Label = 2;
    repeated ProfilerSectionMetric Metrics = 3;
}
message ProfilerSuffixes
{
    repeated ProfilerSuffix Suffix = 1;
}
message ProfilerSuffix
{
    required string Name = 1;
    optional string Label = 2;
}
message ProfilerBaseNames
{
    repeated ProfilerSectionMetric BaseName = 1;
}
enum TimelineRowType
{
    StackedBar = 0;
    Ranges = 1;
}
message TimelineMetricRow
{
    // Avoid using '/' in timeline labels
    optional string Label = 1;
    optional string Description = 2;
    optional TimelineRowType Type = 3;
    // Avoid using '/' in timeline labels
    repeated ProfilerSectionMetric Metrics = 4;
}
message TimelineMetricGroup
{
    // Avoid using '/' in timeline labels
    optional string Label = 1;
    optional string Description = 2;
    // Default expanded/collapsed state
    optional bool Expanded = 3;
    repeated TimelineMetricRow MetricRows = 4;
}
message ProfilerSectionTimeline
{
    optional string Label = 1;
    repeated TimelineMetricGroup MetricGroups = 2;
    // Avoid using '/' in timeline labels
    repeated ProfilerSectionMetric Metrics = 3;
}
// =============================================================================
// HEADER
// Simple table with two fixed columns
// =============================================================================
message ProfilerSectionHeader
{
    // number of rows shown in the header
    optional uint32 Rows = 1;
    // Cells are stored in row-major order
    // Notes: Cells are defined empty if either the label string and/or the
    // metric string is empty. This can be used to arrange the cells in a table.
    repeated ProfilerSectionMetric Metrics = 2;
}
// =============================================================================
// BODY
// Any number of items that are shows when the section is expanded
// =============================================================================
message ProfilerSectionBodyItem
{
    // Note: Could switch to a oneof once we switch to a protobuf version that
    //       supports this.
    // Basic Item Types
    optional ProfilerSectionTable Table = 1;
    optional ProfilerSectionBarChart BarChart = 2;
    optional ProfilerSectionHistogramChart HistogramChart = 3;
    optional ProfilerSectionLineChart LineChart = 4;
    optional ProfilerSectionHorizontalContainer HorizontalContainer = 5;
    optional ProfilerSectionRooflineChart RooflineChart = 6;
    optional ProfilerSourceMetricTable SourceMetricTable = 7;
    optional ProfilerSuffixTable SuffixTable = 8;
    // Custom Item Types
    optional ProfilerSectionMemorySharedTable MemorySharedTable = 101;
    optional ProfilerSectionMemoryFirstLevelCacheTable MemoryFirstLevelCacheTable = 102;
    optional ProfilerSectionMemorySecondLevelCacheTable MemorySecondLevelCacheTable = 103;
    optional ProfilerSectionMemoryDeviceMemoryTable MemoryDeviceMemoryTable = 104;
    optional ProfilerSectionMemoryChart MemoryChart = 105;
    optional ProfilerSectionMemoryL1TEXCacheTable MemoryL1TEXCacheTable = 106;
    optional ProfilerSectionMemoryL2CacheTable MemoryL2CacheTable = 107;
    optional ProfilerSectionNvlinkTopology NvlinkTopology = 108;
    optional ProfilerSectionNvlinkPropertyTable NvlinkPropertyTable = 109;
    optional ProfilerSectionNvlinkThroughputTable NvlinkThroughputTable = 110;
    optional ProfilerSectionMemoryL2CacheEvictPolicyTable MemoryL2CacheEvictPolicyTable = 111;
    optional ProfilerSectionNumaIdTable NumaIdTable = 112;
    optional ProfilerSectionTimeline Timeline = 113;
    // Graphics Item Types
    optional ProfilerSectionGfxMetricsWidget GfxMetricsWidget = 150;
    optional Messages.MetricOptionFilter Filter = 200;
}
message ProfilerSectionBody
{
    repeated ProfilerSectionBodyItem Items = 1;
    optional string DisplayName = 2;
    optional bool SetDefault = 3;
}
// =============================================================================
// METRICS
// List of further metrics collected by this section
// (Note that metrics can be referenced by Header and Body, too.)
// =============================================================================
message ProfilerSectionMetrics
{
    repeated ProfilerSectionMetric Metrics = 1;
    optional uint32 Order = 2;
}
// =============================================================================
// METRIC DEFINITIONS
// Metric definitions describe new metrics composed of existing ones
// =============================================================================
message ProfilerSectionMetricDefinition
{
    required string Name = 1;
    // expression of the form <metricA> <op> <metricB> where <op> is one of +,-,*,/
    // and <metricA> and <metricB> are metric names
    required string Expression = 2;
    optional Messages.MetricOptionFilter Filter = 3;
}
message ProfilerSectionMetricDefinitions
{
    repeated ProfilerSectionMetricDefinition MetricDefinitions = 1;
}
// =============================================================================
// SECTION SET
// =============================================================================
message ProfilerSet
{
    required string Identifier = 1;
}
// =============================================================================
// SECTION
// =============================================================================
message ProfilerSection
{
    // Unique identifier without whitespace
    required string Identifier = 1;
    // User-friendly name
    required string DisplayName = 2;
    // Order (priority) in which to show sections in the tool
    // Sections with lower values are shown first.
    optional uint32 Order = 3;
    // Definition of the header table.
    optional ProfilerSectionHeader Header = 4;
    // Body definitions.
    repeated ProfilerSectionBody Body = 5;
    // Generic list of metrics
    optional ProfilerSectionMetrics Metrics = 6;
    // User-friendly description
    optional string Description = 7;
    // The section set identifiers this section should be part of
    repeated ProfilerSet Sets = 8;
    // The identifier of another section extended by this one.
    // Extension section are not shown standalone in the UI
    // when collected alongside the one they extend.
    optional string Extends = 9;
    // Definitions of derived metrics
    optional ProfilerSectionMetricDefinitions MetricDefinitions = 10;
    // Filter applied to the entire section
    optional Messages.MetricOptionFilter Filter = 11;
    // Definitions of metic groups
    repeated ProfilerSectionMetricGroup Group = 12;
    // List of metrics to collect for the Source page
    optional ProfilerSectionMetrics SourceMetrics = 13;
}
message ProfilerSections
{
    repeated ProfilerSection Sections = 1;
}