Modules

clojerl.Atom

Summary

Types

type()

Functions

__new__(Value)
code_change(Msg, From, State)
compare_and_set(X1, Old, New)
deref(Atom)
equiv(X1, X2)
handle_call(X1, From, State)
handle_cast(Msg, State)
handle_info(Msg, State)
hash(X1)
init(X1)
meta(X1)
reset(X1, Value)
reset_vals(X1, Value)
start_link()
str(X1)
swap(X1, Fun)
swap(X1, Fun, X)
swap(X1, Fun, X, Y)
swap(X1, Fun, X, Y, Args)
swap_vals(X1, Fun)
swap_vals(X1, Fun, X)
swap_vals(X1, Fun, X, Y)
swap_vals(X1, Fun, X, Y, Args)
terminate(Msg, State)
with_meta(Atom, Metadata)

Types

-type type() ::
          #{'__type__' => 'clojerl.Atom',
            id => binary(),
            value => any(),
            meta => undefined | any()}.

Functions

__new__(Value)

-spec '__new__'(any()) -> type().

code_change(Msg, From, State)

compare_and_set(X1, Old, New)

-spec compare_and_set(type(), any(), any()) -> any().

deref(Atom)

equiv(X1, X2)

handle_call(X1, From, State)

handle_cast(Msg, State)

handle_info(Msg, State)

hash(X1)

init(X1)

meta(X1)

reset(X1, Value)

-spec reset(type(), any()) -> any().

reset_vals(X1, Value)

-spec reset_vals(type(), any()) -> any().

start_link()

str(X1)

swap(X1, Fun)

-spec swap(type(), any()) -> any().

swap(X1, Fun, X)

-spec swap(type(), any(), any()) -> any().

swap(X1, Fun, X, Y)

-spec swap(type(), any(), any(), any()) -> any().

swap(X1, Fun, X, Y, Args)

-spec swap(type(), any(), any(), any(), any()) -> any().

swap_vals(X1, Fun)

-spec swap_vals(type(), any()) -> any().

swap_vals(X1, Fun, X)

-spec swap_vals(type(), any(), any()) -> any().

swap_vals(X1, Fun, X, Y)

-spec swap_vals(type(), any(), any(), any()) -> any().

swap_vals(X1, Fun, X, Y, Args)

-spec swap_vals(type(), any(), any(), any(), any()) -> any().

clojerl

0.9.0

Modules

Basic Types

Namespaces & Vars

Collections & Data Structures

Concurrency

I/O

Errors

Protocols

clojerl.Atom

Summary

Types

Functions

Types

type() -type type() :: #{'__type__' => 'clojerl.Atom', id => binary(), value => any(), meta => undefined | any()}.

Functions

__new__(Value) -spec '__new__'(any()) -> type().

code_change(Msg, From, State)

compare_and_set(X1, Old, New) -spec compare_and_set(type(), any(), any()) -> any().

deref(Atom)

equiv(X1, X2)

handle_call(X1, From, State)

handle_cast(Msg, State)

handle_info(Msg, State)

hash(X1)

init(X1)

meta(X1)

reset(X1, Value) -spec reset(type(), any()) -> any().

reset_vals(X1, Value) -spec reset_vals(type(), any()) -> any().

start_link()

str(X1)

swap(X1, Fun) -spec swap(type(), any()) -> any().

swap(X1, Fun, X) -spec swap(type(), any(), any()) -> any().

swap(X1, Fun, X, Y) -spec swap(type(), any(), any(), any()) -> any().

swap(X1, Fun, X, Y, Args) -spec swap(type(), any(), any(), any(), any()) -> any().

swap_vals(X1, Fun) -spec swap_vals(type(), any()) -> any().

swap_vals(X1, Fun, X) -spec swap_vals(type(), any(), any()) -> any().

swap_vals(X1, Fun, X, Y) -spec swap_vals(type(), any(), any(), any()) -> any().

swap_vals(X1, Fun, X, Y, Args) -spec swap_vals(type(), any(), any(), any(), any()) -> any().

terminate(Msg, State)

with_meta(Atom, Metadata)

type()
-type type() :: #{'type' => 'clojerl.Atom', id => binary(), value => any(), meta => undefined | any()}.

new(Value)
-spec 'new'(any()) -> type().

compare_and_set(X1, Old, New)
-spec compare_and_set(type(), any(), any()) -> any().

reset(X1, Value)
-spec reset(type(), any()) -> any().

reset_vals(X1, Value)
-spec reset_vals(type(), any()) -> any().

swap(X1, Fun)
-spec swap(type(), any()) -> any().

swap(X1, Fun, X)
-spec swap(type(), any(), any()) -> any().

swap(X1, Fun, X, Y)
-spec swap(type(), any(), any(), any()) -> any().

swap(X1, Fun, X, Y, Args)
-spec swap(type(), any(), any(), any(), any()) -> any().

swap_vals(X1, Fun)
-spec swap_vals(type(), any()) -> any().

swap_vals(X1, Fun, X)
-spec swap_vals(type(), any(), any()) -> any().

swap_vals(X1, Fun, X, Y)
-spec swap_vals(type(), any(), any(), any()) -> any().

swap_vals(X1, Fun, X, Y, Args)
-spec swap_vals(type(), any(), any(), any(), any()) -> any().