package catala

You can search for identifiers within the package.

in-package search v0.2.0

package catala

catala.dcalc
- Dcalc
  - Ast
    
    EnumConstructor
    
    EnumName
    
    Infer
    
    Any
    
    ScopeName
    
    StructFieldName
    
    StructName
    
    Var
  - Interpreter
  - Optimizations
  - Print
  - Typing
catala.desugared
- Desugared
  - Ast
    
    LabelName
    
    RuleName
    
    ScopeDef
    
    ScopeVar
    
    StateName
    
    Var
  - Dependency
    
    Vertex
  - Desugared_to_scope
catala.driver
- Driver
catala.lcalc
- Lcalc
catala.literate
- Literate
catala.runtime_jsoo
- Runtime_jsoo
  - Runtime
    
    duration
    
    event
    
    event_manager
    
    raw_event
    
    source_position
catala.runtime_ocaml
- Runtime_ocaml
  - Runtime
    
    EventParser
catala.scalc
- Scalc
catala.scopelang
- Scopelang
  - Ast
    
    EnumConstructorMapLift
    
    ScopeVar
    
    StructFieldMapLift
    
    SubScopeName
    
    Var
  - Dependency
    
    TVertex
  - Print
  - Scope_to_dcalc
catala.surface
- Surface
catala.utils
- Utils
  - Cli
  - Errors
  - File
  - Marked
    
    marked_iter
    
    marked_map
    
    pos_iter
    
    pos_map
  - Pos
  - String_common
  - Uid
    
    Id
    
    Info
    
    Make
    
    X
    
    MarkedString
catala.verification
- Verification
  - Conditions
  - Io
    
    Backend
    
    BackendIO
    
    MakeBackendIO
    
    B
  - Solver
  - Z3backend
    
    Io

Legend:
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Module
Module type
Parameter
Class
Class type

Global identifiers factories using a generative functor

module type Info = sig ... end

The information carried in global identifiers

module MarkedString : Info with type info = string Marked.pos

The only kind of information carried in Catala identifiers is the original string of the identifier annotated with the position where it is declared or used.

module type Id = sig ... end

Identifiers have abstract types, but are comparable so they can be used as keys in maps or sets. Their underlying information can be retrieved at any time.

module Make (X : Info) () : Id with type info = X.info

This is the generative functor that ensures that two modules resulting from two different calls to Make will be viewed as different types t by the OCaml typechecker. Prevents mixing up different sorts of identifiers.