package libsail

You can search for identifiers within the package.

in-package search v0.2.0

On This Page

Parameters
Signature

package libsail

libsail
- Libsail
  - Anf
  - Ast
  - Ast_defs
  - Ast_util
    
    Bindings
    
    Id
    
    IdSet
    
    KBindings
    
    KOpt
    
    KOptMap
    
    KOptSet
    
    Kid
    
    KidSet
    
    Kind
    
    NC
    
    NCMap
    
    Nexp
    
    NexpMap
    
    NexpSet
    
    Typ
    
    TypMap
  - Bitfield
  - Callgraph
    
    G
    
    Node
  - Constant_fold
    
    StringMap
  - Constant_propagation
  - Constant_propagation_mutrec
  - Constraint
  - Effects
    
    EffectSet
  - Elf_loader
  - Error_format
  - Frontend
  - Graph
    
    Make
    
    Ord
    
    OrderedType
    
    S
  - Initial_check
  - Interactive
  - Interpreter
  - Jib
  - Jib_compile
    
    Config
    
    Make
    
    C
  - Jib_optimize
  - Jib_util
    
    CT
    
    CTList
    
    CTListSet
    
    CTMap
    
    CTSet
    
    Name
    
    NameCT
    
    NameCTMap
    
    NameCTSet
    
    NameMap
    
    NameSet
    
    UBindings
    
    UId
  - Lexer
    
    M
  - Libsail_sites
    
    Sites
  - Monomorphise
  - Nl_flow
  - Optimize
  - Outcome_rewrites
  - Parse_ast
  - Parser
  - Parser_combinators
  - Pattern_completeness
    
    Config
    
    Make
    
    C
  - Preprocess
  - Pretty_print_common
  - Pretty_print_sail
  - Profile
  - Property
    
    Event
  - Reporting
  - Rewriter
  - Rewrites
  - Sail2_instr_kinds
  - Sail2_operators
  - Sail2_operators_bitlists
  - Sail2_prompt
  - Sail2_prompt_monad
  - Sail2_values
  - Sail_lib
    
    BitType
    
    Mem
  - Scattered
  - Spec_analysis
  - Specialize
  - Splice
  - State
  - Target
  - Type_check
    
    Env
  - Type_error
  - Util
    
    Duplicate
  - Value
    
    StringMap
  - Value2

Legend:
Library
Module
Module type
Parameter
Class
Class type

Parameters

module Ord : OrderedType

Signature

type node = Ord.t

type graph = Stdlib.Set.Make(Ord).t Stdlib.Map.Make(Ord).t

type node_set = Stdlib.Set.Make(Ord).t

val leaves : graph -> node_set

val empty : graph

val add_edge : node -> node -> graph -> graph

Add an edge from the first node to the second node, creating the nodes if they do not exist.

val add_edges : node -> node list -> graph -> graph

val children : graph -> node -> node list

val nodes : graph -> node list

val reachable : node_set -> node_set -> graph -> node_set

Return the set of nodes that are reachable from the first set of nodes (roots), without passing through the second set of nodes (cuts).

val prune : node_set -> node_set -> graph -> graph

Prune a graph from roots to cuts.

val remove_self_loops : graph -> graph

val reverse : graph -> graph

exception Not_a_DAG of node * graph

val topsort : graph -> node list

Topologically sort a graph. Throws Not_a_DAG if the graph is not directed acyclic.

val scc : ?original_order:node list -> graph -> node list list

Find strongly connected components using Tarjan's algorithm. This algorithm also returns a topological sorting of the graph components.

val make_dot : 
  (node -> string) ->
  (node -> node -> string) ->
  (node -> string) ->
  Stdlib.out_channel ->
  graph ->
  unit