lambda-term
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package lambda-term
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val left : int -> 'a Zed_edit.context -> int * int
val right : ?newline:bool -> int -> 'a Zed_edit.context -> int * int
val line_FirstChar : 'a -> 'b Zed_edit.context -> int * int
val line_LastChar : ?newline:bool -> int -> 'a Zed_edit.context -> int
val get_category : ?nl_as_sp:bool -> Uchar.t -> Uucp.Gc.t
val get_boundary : bool -> 'a Zed_edit.context -> int * int
val is_space : [> `Cc | `Mn | `Zl | `Zp | `Zs ] -> bool
val is_not_space : [> `Cc | `Mn | `Zl | `Zp | `Zs ] -> bool
val category_equal : [> `Ll | `Lu ] as 'a -> 'a -> bool
val category_equal_blank : [> `Cc | `Mn | `Zl | `Zp | `Zs ] -> [> `Cc | `Mn | `Zl | `Zp | `Zs ] -> bool
val next_category : ?nl_as_sp:bool -> ?is_equal:(Uucp.Gc.t -> Uucp.Gc.t -> bool) -> pos:int -> stop:int -> Zed_rope.t -> int
val prev_category : ?nl_as_sp:bool -> ?is_equal:(Uucp.Gc.t -> Uucp.Gc.t -> bool) -> pos:int -> start:int -> Zed_rope.t -> int
val goto_line : 'a Zed_edit.context -> int -> int
val next_line : 'a Zed_edit.context -> int -> int
val prev_line : 'a Zed_edit.context -> int -> int
val next_word' : ?multi_line:bool -> next_category:(nl_as_sp:bool -> pos:int -> stop:int -> Zed_rope.t -> int) -> pos:int -> stop:int -> Zed_rope.t -> int
val next_word : ?multi_line:bool -> pos:int -> stop:int -> Zed_rope.t -> int
val next_WORD : ?multi_line:bool -> pos:int -> stop:int -> Zed_rope.t -> int
val line_FirstNonBlank : 'a -> 'b Zed_edit.context -> int
val prev_word' : ?multi_line:bool -> prev_category:(nl_as_sp:bool -> pos:int -> start:int -> Zed_rope.t -> int) -> pos:int -> start:int -> Zed_rope.t -> int
val prev_word : ?multi_line:bool -> pos:int -> start:int -> Zed_rope.t -> int
val prev_WORD : ?multi_line:bool -> pos:int -> start:int -> Zed_rope.t -> int
val next_word_end' : ?multi_line:bool -> next_category:(nl_as_sp:bool -> pos:int -> stop:int -> Zed_rope.t -> int) -> pos:int -> stop:int -> Zed_rope.t -> int
val next_word_end : ?multi_line:bool -> pos:int -> stop:int -> Zed_rope.t -> int
val next_WORD_end : ?multi_line:bool -> pos:int -> stop:int -> Zed_rope.t -> int
val prev_word_end' : ?multi_line:bool -> prev_category:(nl_as_sp:bool -> pos:int -> start:int -> Zed_rope.t -> int) -> pos:int -> start:int -> Zed_rope.t -> int
val prev_word_end : ?multi_line:bool -> pos:int -> start:int -> Zed_rope.t -> int
val prev_WORD_end : ?multi_line:bool -> pos:int -> start:int -> Zed_rope.t -> int
val occurrence_char : pos:int -> stop:int -> Zed_char.t -> Zed_rope.t -> int option
val occurrence_char_back : pos:int -> start:int -> Zed_char.t -> Zed_rope.t -> int option
val occurrence : pos:int -> stop:int -> cmp:(Zed_char.t -> bool) -> Zed_rope.t -> (int * Zed_char.t) option
val occurrence_back : pos:int -> start:int -> cmp:(Zed_char.t -> bool) -> Zed_rope.t -> (int * Zed_char.t) option
val occurrence_pare_raw : pos:int -> level:int -> start:int -> stop:int -> (Zed_char.t * Zed_char.t) -> Zed_rope.t -> (int * int) option
val occurrence_pare : pos:int -> level:int -> start:int -> stop:int -> (Zed_char.t * Zed_char.t) -> Zed_rope.t -> (int * int) option
val item_match : start:int -> stop:int -> int -> Zed_rope.t -> int option
val include_word' : ?multi_line:bool -> next_category:(nl_as_sp:bool -> pos:int -> stop:int -> Zed_rope.t -> int) -> pos:int -> stop:int -> Zed_rope.t -> (int * int) option
val include_word : ?multi_line:bool -> pos:int -> stop:int -> Zed_rope.t -> (int * int) option
val include_WORD : ?multi_line:bool -> pos:int -> stop:int -> Zed_rope.t -> (int * int) option
val inner_word' : ?multi_line:bool -> prev_category:(nl_as_sp:bool -> pos:int -> start:int -> Zed_rope.t -> int) -> next_category:(nl_as_sp:bool -> pos:int -> stop:'a -> Zed_rope.t -> int) -> pos:int -> stop:'a -> Zed_rope.t -> (int * int) option
val inner_word : ?multi_line:bool -> pos:int -> stop:int -> Zed_rope.t -> (int * int) option
val inner_WORD : ?multi_line:bool -> pos:int -> stop:int -> Zed_rope.t -> (int * int) option