package codept-lib

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Parameters
Signature

package codept-lib

codept-lib
- Approx_parser
- Ast_converter
- Cmi
- Debug
- Dep_zipper
  - Make
    
    Env
    
    Param
  - Outline
    
    Env
- Deps
  - Edge
- Envt
  - Core
- Fault
  - Level
  - Log
  - Policy
- Format_compat
- Format_tags
- Id
- Loc
  - Sch
- Longident_converter
- M2l
  - Annot
    
    Access
  - Build
  - Sch
  - Sig_only
- Modname
  - Map
- Module
  - Arg
  - Def
  - Dict
  - Divergence
  - Equal
  - Namespace
  - Origin
  - Partial
  - Schema
  - Sig
- Mresult
  - Error
  - Ok
- Name
  - Map
  - Set
- Namespaced
  - Map
  - Set
- Option
  - List'
- Paths
  - Expr
    
    Map
  - Make_expr
    
    Map
    
    S
  - Simple
    
    Map
    
    Set
  - simple_core
- Pkg
  - Map
  - Set
- Pp
- Pparse_compat
- Read
- Schema
  - Lbl
- Schematic
  - Ext
  - L
  - Label
    
    X
  - Record
  - Tuple
  - Untyped
  - Version
  - label
- Schematic_indices
  - N
- Slex
- Solver
  - Directed
    
    Envt
    
    Eval
    
    Param
  - Failure
  - Make
    
    Envt
    
    Eval
    
    Param
- Sparser
- Stage
  - envt
  - generic_outliner
  - outliner
  - param
- Standard_faults
- Standard_policies
- Summary
  - View
- Support
  - Map
    
    Make
    
    X
    
    S
- Transforms
- Uloc
  - Pp
- Unit
  - Group
    
    Map
  - Set
- Unitname
  - Map
  - Set
- Win32_compat
- With_deps
- Zipper
- Zipper_def
  - fold
  - s
    
    Abbrevs
    
    T
  - tree
- Zipper_fold
  - Make
    
    Env
    
    X
  - Zpath
    
    Abbrevs
    
    X
- Zipper_pp
  - Make
    
    Def
    
    Abbrevs
    
    T
    
    R
  - Opaque
    
    Def
    
    Abbrevs
    
    T
  - Result_printer
    
    T
- Zipper_skeleton
  - State
    
    Env
  - state
codept-lib.bundled
- Bundle

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Module
Module type
Parameter
Class
Class type

Alternative solver

Parameters

module Envt : Stage.envt

module Param : Stage.param

module Eval : Stage.outliner with type envt := Envt.t

Signature

type state

val eq : state -> state -> bool

Compare if two states would lead to the same result for the solver (weak equality?).

val wip : state -> Eval.on_going i list

val end_result : state -> Envt.t * Unit.r list

type gen = Namespaced.t -> Unit.s option Unit.pair

val alias_resolver : state -> Failure.alias_resolver

Resolve current aliases

val blocker : Eval.on_going Failure.blocker

expose current blocker on an on_going element

type entry = Read.kind * string * Namespaced.t

type loader = entry -> Unit.s

val generator : loader -> entry list -> gen

Generate unit files when needed from a loading function and a list of files

val start : loader -> entry list -> Envt.t -> Namespaced.t list -> state

val eval : state -> Eval.on_going i -> (state, state) result

val solve_once : state -> (Envt.t * Unit.r list, state) result

val approx_and_try_harder : state -> state

val solve : 
  loader ->
  entry list ->
  Envt.t ->
  Namespaced.t list ->
  Envt.t * Unit.r list