package pfff

You can search for identifiers within the package.

in-package search v0.2.0

pfff-matcher

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Module
Module type
Parameter
Class
Class type

type tok = Parse_info.t

type 'a wrap = 'a * tok

type ident = string wrap

type name = qualifier * ident

and qualifier = ident list

type type_ =

| TyName of name
| TyVar of ident
| TyFunction of type_ * type_
| TyApp of type_ list * name
| TyTuple of type_ list

type expr =

| L of literal
| Name of name
| Constructor of name * expr option
| Tuple of expr list
| List of expr list
| Sequence of expr list
| Prefix of string wrap * expr
| Infix of expr * string wrap * expr
| Call of expr * argument list
| RefAccess of tok * expr
| RefAssign of expr * tok * expr
| FieldAccess of expr * name
| FieldAssign of expr * name * expr
| Record of expr option * (name * expr) list
| New of tok * name
| ObjAccess of expr * ident
| LetIn of let_binding list * expr * rec_opt
| Fun of parameter list * expr
| Nop
| If of expr * expr * expr
| Match of expr * match_case list
| Try of expr * match_case list
| While of expr * expr
| For of ident * expr * for_direction * expr * expr

and literal =

| Int of string wrap
| Float of string wrap
| Char of string wrap
| String of string wrap

and argument =

| Arg of expr
| ArgKwd of ident * expr
| ArgQuestion of ident * expr

and match_case = pattern * match_action

and match_action = expr * expr option

and for_direction =

| To of tok
| Downto of tok

and rec_opt = tok option

and pattern =

| PatVar of ident
| PatLiteral of literal
| PatConstructor of name * pattern option
| PatConsInfix of pattern * tok * pattern
| PatTuple of pattern list
| PatList of pattern list
| PatUnderscore of tok
| PatRecord of (name * pattern) list
| PatAs of pattern * ident
| PatDisj of pattern * pattern
| PatTyped of pattern * type_

and let_binding =

| LetClassic of let_def
| LetPattern of pattern * expr

and let_def = {

lname : ident;
lparams : parameter list;
lbody : expr;

}

and parameter = pattern

type type_declaration = {

tname : ident;
tparams : type_parameter list;
tbody : type_def_kind;

}

and type_parameter = ident

and type_def_kind =

| AbstractType
| CoreType of type_
| AlgebricType of (ident * type_ list) list
| RecordType of (ident * type_ * tok option) list

type module_declaration = {

mname : ident;
mbody : module_expr;

}

and module_expr =

| ModuleName of name
| ModuleStruct of item list

and item =

| Type of type_declaration list
| Exception of ident * type_ list
| External of ident * type_ * string wrap list
| Open of name
| Val of ident * type_
| Let of rec_opt * let_binding list
| Module of module_declaration

type program = item list

type any =

| T of type_
| E of expr
| P of pattern
| I of item
| Pr of program

val str_of_ident : ('a * 'b) -> 'a

val info_of_ident : ('a * 'b) -> 'b

val ident_of_name : ('a * 'b) -> 'b

val qualifier_of_name : ((string * 'a) list * 'b) -> string