Interface BenchmarkSlicerStats
interface BenchmarkSlicerStats {
dataflow: DataflowInformation;
normalize: NormalizedAst<ParentInformation, RNode<ParentInformation>>;
parse: string;
stats: SlicerStats;
}
dataflow: DataflowInformation;
normalize: NormalizedAst<ParentInformation, RNode<ParentInformation>>;
parse: string;
stats: SlicerStats;
}
Hierarchy (view full)
- MergeableRecord
- BenchmarkSlicerStats
Hierarchy-Diagram
Properties
dataflow
the dataflow graph produced by the 'dataflow' step
normalize
the normalized AST produced by the 'normalization' step, including its parent decoration
parse
parse: string
the initial and unmodified AST produced by the R side/the 'parse' step
stats
the measurements obtained during the benchmark
- src
- util
- abstract-interpretation
- benchmark
- stats
- summarizer
- first-phase
- second-phase
- data.ts
- summarizer.ts
- slicer.ts
- stopwatch.ts
- cli
- common
- repl
- commands
- server
- core.ts
- execute.ts
- print-version.ts
- prompt.ts
- script-core
- benchmark-app.ts
- benchmark-helper-app.ts
- export-quads-app.ts
- flowr.ts
- flowr-main-options.ts
- run-script.ts
- slicer-app.ts
- statistics-app.ts
- statistics-helper-app.ts
- summarizer-app.ts
- core
- dataflow
- environments
- graph
- dataflowgraph-builder.ts
- diff.ts
- edge.ts
- graph.ts
- quads.ts
- resolve-graph.ts
- vertex.ts
- <internal>
- DataflowGraphVertexArgument
- DataflowGraphVertexFunctionCall
- DataflowGraphVertexFunctionDefinition
- DataflowGraphVertexInfo
- DataflowGraphVertexUse
- DataflowGraphVertexValue
- DataflowGraphVertexVariableDefinition
- DataflowGraphVertices
- isFunctionCallVertex
- isFunctionDefinitionVertex
- isUseVertex
- isValueVertex
- isVariableDefinitionVertex
- VertexType
- internal
- process
- functions
- call
- argument
- built-in
- built-in-access.ts
- built-in-apply.ts
- built-in-assignment.ts
- built-in-expression-list.ts
- built-in-for-loop.ts
- built-in-function-definition.ts
- built-in-get.ts
- built-in-if-then-else.ts
- built-in-library.ts
- built-in-pipe.ts
- built-in-quote.ts
- built-in-repeat-loop.ts
- built-in-replacement.ts
- built-in-source.ts
- built-in-special-bin-op.ts
- built-in-while-loop.ts
- common.ts
- default-call-handling.ts
- known-call-handling.ts
- named-call-handling.ts
- unnamed-call-handling.ts
- process-argument.ts
- process-parameter.ts
- call
- process-named-call.ts
- process-symbol.ts
- process-uninteresting-leaf.ts
- process-value.ts
- functions
- linker.ts
- process
- cluster.ts
- extractor.ts
- info.ts
- logger.ts
- processor.ts
- documentation
- data
- doc-util
- print-capabilities-markdown.ts
- print-dataflow-graph-wiki.ts
- print-interface-wiki.ts
- print-linting-and-testing-wiki.ts
- print-normalized-ast-wiki.ts
- print-query-wiki.ts
- queries
- catalog
- call-context-query
- cluster-query
- dataflow-query
- dependencies-query
- id-map-query
- lineage-query
- location-map-query
- normalized-ast-query
- static-slice-query
- virtual-query
- base-query-format.ts
- query.ts
- query-print.ts
- two-layer-collector.ts
- catalog
- r-bridge
- data
- lang-4.x
- ast
- model
- nodes
- processing
- collect.ts
- model.ts
- operators.ts
- type.ts
- versions.ts
- parser
- json
- main
- internal
- control
- expression
- functions
- loops
- operators
- other
- structure
- values
- normalize-access.ts
- normalize-meta.ts
- normalizer-data.ts
- internal
- model
- convert-values.ts
- ast
- init.ts
- retriever.ts
- shell.ts
- shell-executor.ts
- reconstruct
- slicing
- criterion
- static
- statistics
- features
- supported
- assignments
- comments
- control-flow
- data-access
- defined-functions
- expression-list
- loops
- used-functions
- used-packages
- values
- variables
- common-syntax-probability.ts
- feature.ts
- post-processing.ts
- supported
- output
- summarizer
- first-phase
- post-process
- second-phase
- auto-detect.ts
- summarizer.ts
- meta-statistics.ts
- statistics.ts
- features
- config.ts
- test
- functionality
Returns the stats but also the result of all setup steps (parsing, normalization, and the dataflow analysis) during the slicing. This is useful for debugging and visualizing the slicing process.