package ecaml

You can search for identifiers within the package.

in-package search v0.2.0

package ecaml

ecaml
- Ecaml
  - Advice
  - Ansi_color
    
    Colors
  - Auto_mode_alist
    
    Entry
  - Backup
  - Browse_url
    
    Url
  - Buffer
    
    Which_buffers
  - Char_code
  - Color
    
    RGB
  - Command
    
    Raw_prefix_argument
  - Comment
  - Compilation
  - Completing
    
    Initial_input
    
    Require_match
  - Current_buffer
  - Customization
    
    Group
    
    Type
  - Defun
    
    Let_syntax
    
    Let_syntax
    
    Open_on_rhs
  - Directory
  - Echo_area
  - Face
    
    Attribute
    
    Packed
    
    Attribute_and_value
    
    Background
    
    Box
    
    Font
    
    Font_family
    
    Font_foundry
    
    Foreground
    
    Height
    
    Inherit
    
    Inverse_video
    
    Overline
    
    Slant
    
    Stipple
    
    Strike_through
    
    Underline
    
    Weight
    
    Width
  - Feature
  - File
  - Filename
    
    Map
    
    Key
    
    Provide_bin_io
    
    Key
    
    Provide_hash
    
    Provide_of_sexp
    
    Key
    
    Tree
    
    Provide_of_sexp
    
    K
    
    Set
    
    Elt
    
    Named
    
    Provide_bin_io
    
    Elt
    
    Provide_hash
    
    Provide_of_sexp
    
    Elt
    
    Tree
    
    Named
    
    Provide_of_sexp
    
    Elt
  - Find_function
  - Form
  - Frame
  - Funcall
  - Function
    
    Expert
    
    Fn
    
    For_testing
  - Grep
  - Hash_table
  - Hook
    
    Function
    
    Type
    
    Where
  - Input_event
    
    Basic
    
    Modifier
  - Key_sequence
  - Keymap
    
    Entry
    
    Kind
  - Load
  - Load_history
    
    Entry
    
    Type
  - Major_mode
  - Marker
    
    Insertion_type
  - Minibuffer
    
    Y_or_n_with_timeout
  - Minor_mode
  - Obarray
  - Point
  - Position
    
    Map
    
    Key
    
    Provide_bin_io
    
    Key
    
    Provide_hash
    
    Provide_of_sexp
    
    Key
    
    Tree
    
    Provide_of_sexp
    
    K
    
    Set
    
    Elt
    
    Named
    
    Provide_bin_io
    
    Elt
    
    Provide_hash
    
    Provide_of_sexp
    
    Elt
    
    Tree
    
    Named
    
    Provide_of_sexp
    
    Elt
  - Process
    
    Call
    
    Input
    
    Output
    
    Stderr
    
    Stdout
    
    Result
  - Q
    
    A
    
    K
  - Regexp
    
    Last_match
    
    Private
    
    Location
  - Selected_window
  - Symbol
    
    Make_subtype
    
    Arg
    
    Subtype
  - Syntax_table
    
    Class
    
    Hash_queue
    
    Hash_set
    
    Provide_bin_io
    
    X
    
    Provide_of_sexp
    
    X
    
    Table
    
    Provide_bin_io
    
    Key
    
    Provide_of_sexp
    
    Key
    
    Descriptor
    
    Flag
  - System
    
    Var_and_value
  - Text
    
    Compare_as_string
    
    Map
    
    Key
    
    Provide_bin_io
    
    Key
    
    Provide_hash
    
    Provide_of_sexp
    
    Key
    
    Tree
    
    Provide_of_sexp
    
    K
    
    Set
    
    Elt
    
    Named
    
    Provide_bin_io
    
    Elt
    
    Provide_hash
    
    Provide_of_sexp
    
    Elt
    
    Tree
    
    Named
    
    Provide_of_sexp
    
    Elt
    
    Face_spec
    
    One
    
    Property
    
    Property_name
    
    Packed
    
    S
    
    Property_value
  - Thing_at_point
  - Timer
  - User
  - Value
    
    Expert
    
    For_testing
    
    Funcall
    
    Make_subtype
    
    Subtype
    
    Make_subtype_arg
    
    Stat
    
    Subtype
    
    Type
  - Valueable
    
    S
    
    S1
  - Var
    
    And_value
    
    And_value_option
    
    Fields
    
    Direct
  - Vector
  - Window
  - Working_directory

Legend:
Library
Module
Module type
Parameter
Class
Class type

An Emacs symbol, i.e., an Emacs value that satisfies Value.is_symbol.

(Info-goto-node "(elisp)Symbols")

include Value.Subtype with type t = Value.t

type t = Value.t

We expose private value for free identity conversions when the value is nested in some covariant type, e.g. (symbols : Symbol.t list :> Value.t list) rather than List.map symbols ~f:Symbol.to_value.

val sexp_of_t : t -> Ppx_sexp_conv_lib.Sexp.t

val eq : t -> t -> bool

eq t1 t2 = Value.eq (to_value t1) (to_value t2), i.e. eq checks whether the Emacs values underlying t1 and t2 are physically equal. This is different than phys_equal t1 t2, because we don't always wrap eq Emacs values in phys_equal OCaml values. I.e. phys_equal t1 t2 implies eq t1 t2, but not the converse.

val of_value_exn : Ecaml__.Value0.t -> t

val to_value : t -> Ecaml__.Value0.t

val type_ : t Value.Type.t

include Core_kernel.Equal.S with type t := t

val equal : t Core_kernel.Equal.equal

include Value.Funcall with type t := t

val funcall0 : t -> Value.t

val funcall1 : t -> Value.t -> Value.t

val funcall2 : t -> Value.t -> Value.t -> Value.t

val funcall3 : t -> Value.t -> Value.t -> Value.t -> Value.t

val funcall4 : t -> Value.t -> Value.t -> Value.t -> Value.t -> Value.t

val funcall5 : 
  t ->
  Value.t ->
  Value.t ->
  Value.t ->
  Value.t ->
  Value.t ->
  Value.t

val funcallN : t -> Value.t list -> Value.t

val funcallN_array : t -> Value.t array -> Value.t

val funcall0_i : t -> unit

val funcall1_i : t -> Value.t -> unit

val funcall2_i : t -> Value.t -> Value.t -> unit

val funcall3_i : t -> Value.t -> Value.t -> Value.t -> unit

val funcall4_i : t -> Value.t -> Value.t -> Value.t -> Value.t -> unit

val funcall5_i : 
  t ->
  Value.t ->
  Value.t ->
  Value.t ->
  Value.t ->
  Value.t ->
  unit

val funcallN_i : t -> Value.t list -> unit

val funcallN_array_i : t -> Value.t array -> unit

val funcall_int_int_value_value_unit : 
  t ->
  int ->
  int ->
  Value.t ->
  Value.t ->
  unit

val funcall_int_int_value_unit : t -> int -> int -> Value.t -> unit

val intern : string -> t

val name : t -> string

Accessors

(describe-function 'symbol-name)

val function_exn : t -> Value.t

(describe-function 'symbol-name)

(describe-function 'symbol-function)

val compare_name : t -> t -> int

val create : name:string -> t

(describe-function 'make-symbol).

val gensym : ?prefix:string -> unit -> t

(describe-function 'gensym).

val set_function : t -> Value.t -> unit

(describe-function 'fset).

type symbol = t

module type Subtype = sig ... end

module Make_subtype (Arg : sig ... end) : Subtype with type t := Arg.t