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Cryptoid (context) > Scheduler
Scheduler
Description of Scheduler
concepts
attrs
@timeout (anything)
Attribute timeout
fields
signatures
⨌ start_link / 1 (anything) Signature inference is ambiguous, choose stricter type
Head of start_link/1
⨌ init / 1 (anything) Signature inference is ambiguous, choose stricter type
Head of init/1
⨌ handle_info / 2 (anything) Signature inference is ambiguous, choose stricter type
Head of handle_info/2
samples
implements
protocols
lib/cryptoid/scheduler.ex
defmodule Cryptoid.Scheduler do
@moduledoc "Description of Scheduler"
@timeout 60000
@doc "Head of start_link/1"
@spec start_link(any) :: any
def start_link(count) do
end
@doc "Head of init/1"
@spec init(any) :: any
def init(count) do
end
@doc "Head of handle_info/2"
@spec handle_info(atom, any) :: any
def handle_info(atom, state) do
end
end
defmodule Cryptoid.Scheduler do
@moduledoc "Description of Scheduler"
@timeout 60000
@doc "Head of start_link/1"
@spec start_link(any) :: any
def start_link(count) do
end
@doc "Head of init/1"
@spec init(any) :: any
def init(count) do
end
@doc "Head of handle_info/2"
@spec handle_info(atom, any) :: any
def handle_info(atom, state) do
end
end
test/cryptoid/scheduler_test.exs
defmodule Cryptoid.SchedulerTest do
use ExUnit.Case, async: true
describe("handle_info / 2") do
test "fun handle_info" do
end
end
describe("init / 1") do
test "fun init" do
end
end
describe("start_link / 1") do
test "fun start_link" do
end
end
end
defmodule Cryptoid.SchedulerTest do
use ExUnit.Case, async: true
describe("handle_info / 2") do
test "fun handle_info" do
end
end
describe("init / 1") do
test "fun init" do
end
end
describe("start_link / 1") do
test "fun start_link" do
end
end
end