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jameskallert/leap<|file_sep|>/lib/leap/application.ex
defmodule Leap.Application do
@moduledoc """
Leap Application.
It starts up all registered providers (i.e., Leap.Provider) as children.
Each provider defines an `init` function which accepts options from config
files as well as other providers.
It also starts up all registered modules as children which implement `Leap.Server`.
"""
use Application
@doc false
def start(_type, _args) do
import Supervisor.Spec
# This allows us to dynamically load providers from `config.exs`.
provider_modules = Application.get_env(:leap, :providers) || []
# Load all providers dynamically.
# This will call their `init` function which should return a list of child specs.
children = Enum.reduce(provider_modules,
[],
fn module,
acc ->
case module.init([]) do
{:ok, children} -> acc ++ children
{:error} -> acc
end
end)
# Load all server modules dynamically.
server_modules = Application.get_env(:leap,
:servers) || []
server_children =
Enum.map(server_modules,
fn module ->
spec = {module,
[],
:permanent,
5000,
:worker,
[module]}
{module.module_info(:attributes)[:behaviour], spec}
end)
opts = [strategy: :one_for_one]
Supervisor.start_link(children ++ server_children,
opts)
end
end
<|file_sep|># Leap
Leap is an Elixir library for implementing plugins in Elixir applications.
## Installation
Add leap as dependency in mix.exs:
elixir
def deps do
[{:leap},
{:webmachine_leap}]
end
## Configuration
Add leap config:
elixir
config :leap,
servers: [Leap.Webmachine],
providers: [Leap.Webmachine.Provider]
The above example configures leap for use with Webmachine.
## Providers
Providers are responsible for loading configuration files and making them available for consumption by servers.
Providers are expected to implement two callbacks:
* `init/1`: This callback accepts configuration options from other providers (in addition to options defined in config files). It should return `{:ok, list}` where list is a list of child specs or `{:error}` if there was an error loading configuration.
* `options/1`: This callback accepts configuration options from other providers (in addition to options defined in config files). It should return `{:ok, map}` where map is a map of configuration options or `{:error}` if there was an error loading configuration.
Here's an example implementation:
elixir
defmodule Leap.Webmachine.Provider do
use Leap.Provider
def init(options) do
{:ok,
[
{Leap.Webmachine.Server,
[
handlers:
[
{ExampleHandler1,
[env: options[:webmachine_env]]},
{ExampleHandler2}
]
]}
]}
end
def options(options) do
case Keyword.get(options, :webmachine_env) do
nil ->
{:error}
env ->
{:ok,
[
webmachine_env: env
]}
end
end
end
## Servers
Servers are responsible for providing services via Leap providers.
Servers are expected to implement two callbacks:
* `init/1`: This callback accepts configuration options from providers (in addition to options defined in config files). It should return `{:ok}` or `{:error}` if there was an error initializing.
* `call/3`: This callback accepts request details (`request`, `state`) along with configuration options (from providers). It should return `{:reply, response}`, `{reply_and_state}` or `{next_state_and_options}`.
Here's an example implementation:
elixir
defmodule ExampleHandler1 do
use Leap.Server
def init(options) do
{:ok}
end
def call(request = %Webmachine.Request{}, state = %Webmachine.WMState{}, _options) do
IO.inspect(request)
IO.inspect(state)
{:reply,
request}
end
end
defmodule ExampleHandler2 do
use Leap.Server
def init(_options) do
{:ok}
end
def call(request = %Webmachine.Request{}, state = %Webmachine.WMState{}, _options) do
IO.inspect(request)
IO.inspect(state)
{:reply_and_state,
request,
state}
end
end
<|repo_name|>jameskallert/leap<|file_sep|>/test/provider_test.exs
defmodule ProviderTest do
use ExUnit.Case
alias Leap.Provider.MixProviderTestProvider1
test "mix provider init" do
assert MixProviderTestProvider1.init([]) ==
{:ok,
[
{ExampleServer1TestServer1,
[
server1_options:
[
server1_key_1:
"server1_value_1",
server1_key_2:
"server2_value_1"
]
]},
{ExampleServer1TestServer2,
[
server2_options:
[
server2_key_1:
"server1_value_2",
server2_key_2:
"server2_value_2"
]
]}
]}
assert MixProviderTestProvider1.init([provider_options:
[provider_key_3: "provider_value_3"]]) ==
{:ok,
[
{ExampleServer1TestServer1,
[
server1_options:
[
server1_key_3:
"provider_value_3",
provider_key_3:
"provider_value_3"
]
]},
{ExampleServer1TestServer2,
[
server2_options:
[
server2_key_3:
"provider_value_3",
provider_key_3:
"provider_value_3"
]
]}
]}
assert MixProviderTestProvider1.init([provider_options:
[provider_key_4: "provider_value_4"]]) ==
{:error}
end
test "mix provider options" do
assert MixProviderTestProvider1.options([]) ==
{:ok,
[
provider_key_1:
"provider_value_1",
provider_key_2:
"provider_value_2"
]}
assert MixProviderTestProvider1.options([provider_options:
[provider_key_5: "provider_value_5"]]) ==
{:ok,
[
provider_key_5:
"provider_value_5"
]}
assert MixProviderTestProvider1.options([provider_options:
[invalid_provider_key: invalid_provider_value]]) ==
{:error}
end
end<|repo_name|>jameskallert/leap<|file_sep|>/lib/leap/server.ex
defmodule Leap.Server do
@moduledoc """
A behaviour which servers can implement.
Servers are responsible for providing services via Leap providers.
Servers are expected to implement two callbacks:
* `init/1`: This callback accepts configuration options from providers (in addition to options defined in config files). It should return `{:ok}` or `{:error}` if there was an error initializing.
* `call/3`: This callback accepts request details (`request`, `state`) along with configuration options (from providers). It should return `{:reply, response}`, `{reply_and_state}` or `{next_state_and_options}`.
Here's an example implementation:
elixir
defmodule ExampleHandler do
use Leap.Server
def init(options) do
{:ok}
end
def call(request = %Webmachine.Request{}, state = %Webmachine.WMState{}, _options) do
IO.inspect(request)
IO.inspect(state)
{:reply,
request}
end
end
"""
@doc false
defmacro __using__(_) do
quote location: :keep do
@behaviour Leap.Server
@doc false
def init(options), do: raise("You must define init/1")
@doc false
def call(request = %Webmachine.Request{}, state = %Webmachine.WMState{}, _options), do: raise("You must define call/3")
@doc false
def call(_request = %Plug.Conn{}, _state = %{method_atom: method_atom}, _options), do: raise("You must define call/3")
@doc false
def call(_request = %Plug.Conn{}, _state = %{method_atom: method_atom}, _options), when method_atom == :head or method_atom == :get or method_atom == :delete or method_atom == :post or method_atom == :put or method_atom == :trace or method_atom == :connect or method_atom == :options or method_atom == :patch ->
raise("You must define call/3")
# Set up function clauses so we can call Plug.Conn directly if it's not Webmachine.Request.
# The above clauses allow us to match on HTTP methods using atoms rather than strings so we don't have to convert them manually.
import Plug.Conn
@doc false
defoverridable [init: 1]
@doc false
defoverridable [call: 3]
end
end<|file_sep|># Changelog for leap v0.0.x-dev
## v0.0.x-dev - unreleased changes
### Breaking Changes
### Improvements & Features
### Bug Fixes
### Other Changes
### Internal Changes
# Changelog for leap v0.0.x-dev
## v0.0.x-dev - unreleased changes
### Breaking Changes
### Improvements & Features
- Add Mix Provider type ([@jameskallert](https://github.com/jameskallert))
- Add ability to pass additional provider configuration via environment variable ([@jameskallert](https://github.com/jameskallert))
### Bug Fixes
- Fix option merging ([@jameskallert](https://github.com/jameskallert))
### Other Changes
### Internal Changes
- Add changelog ([@jameskallert](https://github.com/jameskallert))
- Add project file ([@jameskallert](https://github.com/jameskallert))
- Fix code formatting ([@jameskallert](https://github.com/jameskallert))
- Update code formatting ([@jameskallert](https://github.com/jameskallert))
- Update readme ([@jameskallert](https://github.com/jameskallert))
- Use ExUnit macros ([@jameskallert](https://github.com/jameskallert))
<|file_sep|># This file is responsible for configuring your application
# and its dependencies with the aid of the Mix.Config module.
use Mix.Config
config :logger,
backends:
[:console]
config :logger,
compile_time_purge_matching:
[
[level_lower_than:
[:warn]]
]
config :leap,
servers:
[
Leap.Webmachine
],
providers:
[
Leap.Webmachine.Provider
]
config :webmachine_leap,
webmachine_env:
System.get_env("WEBMACHINE_ENV") || []
config :webmachine_leap,
webmachine_path:
System.get_env("WEBMACHINE_PATH") || []
config :webmachine_leap,
webmachine_handlers:
[
ExampleHandler
]
<|repo_name|>jameskallert/leap<|file_sep|>/lib/mix/tasks/test.exs
defmodule Mix.Tasks.Test.LeapTests do
use Mix.Task
alias ExUnit.Case
@shortdoc """
Runs all tests except those tagged as skip.
"""
def run(args \ []) do
ExUnit.start()
ExUnit.configure(exclude: skip)
ExUnit.run(args)
end
def skip() do
[:skip]
end
end<|repo_name|>jameskallert/leap<|file_sep|>/lib/mix/tasks/test.exilexunit.exs
defmodule Mix.Tasks.Test.LeapExUnitTests do
use Mix.Task
alias ExUnit.Case
@shortdoc """
Runs all tests except those tagged as skip.
"""
def run(args \ []) do
ExUnit.start()
ExUnit.configure(exclude: skip)
ExUnit.run(args)
end
def skip() do
[:skip_exunit]
end
end<|file_sep|># This file is responsible for configuring your application
# and its dependencies with the aid of the Mix.Config module.
use Mix.Config
config :logger,
backends:
[:console]
config :logger,
compile_time_p
