Module Bench_table

module Bench_table: sig .. end

module Ascii_table: Textutils.Ascii_table

module Variable: Test_metrics.Variable

val memoize_by_test_id : (Test.Basic_test.t * 'a * 'b -> 'c) -> Test.Basic_test.t * 'a * 'b -> 'c

val get_mv_regr : predictors:Mv_regression.Variable.t list ->
       ?bootstrap_trials:Core.Std.Int.t ->
       responder:[< `Compactions
                  | `Cycles
                  | `Major_allocated
                  | `Major_collections
                  | `Minor_allocated
                  | `Minor_collections
                  | `Nanos
                  | `One
                  | `Promoted
                  | `Runs ] ->
       Test.Basic_test.t * Test_metrics.t array * int ->
       Mv_regression.mv_coefficients_and_rsquare

val get_mv_coefficient : predictors:Mv_regression.Variable.t list ->
       responder:[< `Compactions
                  | `Cycles
                  | `Major_allocated
                  | `Major_collections
                  | `Minor_allocated
                  | `Minor_collections
                  | `Nanos
                  | `One
                  | `Promoted
                  | `Runs ] ->
       ?bootstrap_trials:Core.Std.Int.t ->
       Mv_regression.Variable.t ->
       Test.Basic_test.t * Test_metrics.t array * int ->
       Mv_regression.Coefficient.t option

val make_name : Test.Basic_test.t * 'a * 'b -> string

val make_samples : Test.Basic_test.t * Test_metrics.t Core.Std.Array.t * Core.Std.Int.t ->
       string

val make_allocated : responder:[< `Compactions
                  | `Cycles
                  | `Major_allocated
                  | `Major_collections
                  | `Minor_allocated
                  | `Minor_collections
                  | `Nanos
                  | `One
                  | `Promoted
                  | `Runs ] ->
       Test.Basic_test.t * Test_metrics.t array * int -> string

val make_collections_per_k : responder:[< `Compactions
                  | `Cycles
                  | `Major_allocated
                  | `Major_collections
                  | `Minor_allocated
                  | `Minor_collections
                  | `Nanos
                  | `One
                  | `Promoted
                  | `Runs ] ->
       Test.Basic_test.t * Test_metrics.t array * int -> string

val make_mv_coefficient : predictors:Mv_regression.Variable.t list ->
       responder:[< `Cycles | `Nanos ] ->
       ?bootstrap_trials:Core.Std.Int.t ->
       Mv_regression.Variable.t ->
       Test.Basic_test.t * Test_metrics.t array * int -> string

val make_95ci : [ `Absolute | `Percentage ] ->
       predictors:Mv_regression.Variable.t list ->
       responder:[< `Compactions
                  | `Cycles
                  | `Major_allocated
                  | `Major_collections
                  | `Minor_allocated
                  | `Minor_collections
                  | `Nanos
                  | `One
                  | `Promoted
                  | `Runs
                  > `Cycles `Nanos ] ->
       Mv_regression.Variable.t ->
       Test.Basic_test.t * Test_metrics.t array * int -> string

val make_rsquare : predictors:Mv_regression.Variable.t list ->
       responder:[< `Compactions
                  | `Cycles
                  | `Major_allocated
                  | `Major_collections
                  | `Minor_allocated
                  | `Minor_collections
                  | `Nanos
                  | `One
                  | `Promoted
                  | `Runs ] ->
       Test.Basic_test.t * Test_metrics.t array * int -> string

val get_cycles : predictors:Mv_regression.Variable.t list ->
       Test.Basic_test.t * Test_metrics.t array * int -> float

val make_percentage : predictors:Mv_regression.Variable.t list ->
       float -> Test.Basic_test.t * Test_metrics.t array * int -> string

val make_speedup : predictors:Mv_regression.Variable.t list ->
       float -> Test.Basic_test.t * Test_metrics.t array * int -> string

val print : ?limit_width_to:int ->
       ?display:Ascii_table.Display.t ->
       ?ascii_table:bool ->
       ?ci_absolute:bool ->
       columns:[< `Allocated
                | `Confidence
                | `Cycles
                | `GC
                | `If_not_empty of Column.Map.Key.t
                | `Name
                | `Nanos
                | `Percentage
                | `Samples
                | `Speedup ]
               Core.Std.List.t ->
       predictors:Mv_regression.Variable.t Core.Std.List.t ->
       (Test.Basic_test.t * Test_metrics.t Core.Std.Array.t * Core.Std.Int.t)
       Core.Std.List.t -> unit