package acgtk

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in-package search v0.2.0

package acgtk

acgtk.acgData
- AcgData
  - Acg_lexicon
    
    Data_Lexicon
    
    Log
    
    MagicLog
  - Environment
    
    Environment
  - Errors
    
    EnvironmentErrors
    
    Environment_l
    
    LexiconErrors
    
    Lexicon_l
    
    TypeErrors
    
    Type_l
  - Reduction
    
    Log
    
    Make
    
    Sg
  - Signature
    
    Data_Signature
    
    Log
  - Type_system
    
    Log
    
    SIG_ACCESS
    
    Type_System
    
    Make
    
    Signature
acgtk.datalogLib
- DatalogLib
  - ArrayTraversal
    
    Evaluator_TYPE
    
    Evaluator_TYPE2
    
    Make
    
    E
    
    Make2
    
    E
  - Datalog
    
    ASPred
    
    PredIdTable
    
    ASProg
    
    ASRule
    
    Datalog
    
    Predicate
    
    Premise
    
    Program
    
    Rule
    
    FactArray
    
    UF
    
    Datalog_Sig
    
    Predicate
    
    Premise
    
    Program
    
    Rule
    
    FactArray
    
    UF
    
    Log
    
    Make
    
    Predicate
    
    Premise
    
    Program
    
    Rule
    
    FactArray
    
    UF
    
    _
  - Datalog_AbstractSyntax
    
    AbstractSyntax
    
    Predicate
    
    PredIdTable
    
    Program
    
    Proto_Program
    
    Proto_Rule
    
    Rule
    
    ConstGen
    
    Table
    
    Log
    
    VarGen
    
    Table
  - Dl_lexer
  - Dl_parse_functions
  - Dl_parser
    
    Incremental
    
    MenhirInterpreter
  - Errors
    
    LexingErrors
    
    Lexing_l
    
    SyntaxErrors
    
    Syntax_l
  - Messages
  - PersistentArray
    
    PersistentArray
  - UnionFind
    
    Log
    
    Make
    
    _
    
    S
    
    Store
    
    StoreAsMap
acgtk.dump
- Dump
  - Log
acgtk.grammars
- Grammars
  - AcgcLog
  - Data_lexer
  - Data_parser
    
    Incremental
    
    MenhirInterpreter
  - Errors
    
    LexingErrors
    
    Lexing_l
    
    ParsingErrors
    
    Parsing_l
  - Messages
  - Parsers
  - Term_sequence
    
    Log
  - Term_sequence_parser
acgtk.logic
- Logic
  - Abstract_syntax
    
    Abstract_syntax
  - Lambda
    
    Lambda
  - TypeInference
    
    Log
    
    Type
  - VarUnionFind
    
    Log
    
    UF
    
    Value
acgtk.magicRewriting
- MagicRewriting
  - Adornment
  - Magic
    
    Log
  - Rewriting
    
    Log
  - Rgg
    
    Log
  - Unique_binding
    
    AdornmentTrie
    
    Log
acgtk.scripting
- Scripting
  - AcgLog
  - CodeParser
  - Completion
  - Config
  - Environment
  - Errors
    
    LexingErrors
    
    Lexing_l
    
    ScriptErrors
    
    Script_l
    
    SyntaxErrors
    
    Syntax_l
    
    TypeErrors
    
    Type_l
  - Functions
  - Interpreter
  - Lexer
  - Parser
  - ParserMessages
  - TableParser
    
    Incremental
    
    MenhirInterpreter
  - Value
acgtk.svg_rendering
- Svg_rendering
  - Diagram
  - Rendering_config
  - Show
    
    Lambda_show
    
    _
    
    Make
    
    _
  - Show_colors_solarized_dark
  - Show_embellish_examples
    
    Make
    
    T
  - Show_exts
    
    Show_colors_sig
    
    Show_embellish_sig
    
    Show_text_sig
  - Show_text_dejavu
  - Tree
acgtk.utilsLib
- UtilsLib
  - DependencyManager
    
    Make
    
    Manager_sig
  - Error
    
    ERROR_MANAGER
    
    ErrorManager
    
    E
  - Focused_list
    
    Focused_list
  - IdGenerator
    
    CorrespondanceTableTYPE
    
    IdGen
    
    ID
    
    Table
    
    IdGen_TYPE
    
    Table
    
    IdType
    
    IntIdGen
    
    Table
    
    Log
  - LazyList
  - MessageMg
    
    MSG
    
    Make
    
    M
  - Product
    
    Elt
    
    Make
    
    E
  - SharedForest
    
    Log
    
    Make
    
    W
    
    SharedForest
  - Table
    
    BASE
    
    Make_table
    
    _
    
    TABLE
  - Timer
  - Tries
    
    Tries
  - Utils
  - Version
  - Warnings
  - Weight
    
    Weight_as_Depth
    
    Weight_as_Depth_and_Size
    
    Weight_sig
  - Xlog
    
    Make
    
    _
    
    MyLOG

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Class type

type w

val pp : Stdlib.Format.formatter -> w -> unit

val init : w

val is_better : w -> w -> bool

is better w1 w2 returns true if w1 is strictly better than w2

val is_equal : w -> w -> bool

is better w1 w2 returns true if w1=w2

val update : current:w -> w -> w

val up : w -> 'a -> w

val down : w -> 'a -> w

val right : w -> 'a -> w

module WMap : Stdlib.Map.S with type key = w

val optimum : 'a WMap.t -> (w * 'a) option