Make server cancelable and clean up examples and tests (#112)

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Connor Prussin 2018-09-02 14:05:54 -07:00 committed by GitHub
parent 1adbcecaaa
commit ce4a10a3b5
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14 changed files with 122 additions and 205 deletions

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@ -7,28 +7,20 @@ import HTTPure as HTTPure
import Node.Encoding as Encoding
import Node.FS.Aff as FSAff
-- | Serve the example server on this port
port :: Int
port = 8088
-- | Shortcut for `show port`
portS :: String
portS = show port
-- | The path to the file containing the response to send
filePath :: String
filePath = "./docs/Examples/AsyncResponse/Hello"
-- | Say 'hello world!' when run
sayHello :: HTTPure.Request -> HTTPure.ResponseM
sayHello _ = FSAff.readTextFile Encoding.UTF8 filePath >>= HTTPure.ok
sayHello = const $ FSAff.readTextFile Encoding.UTF8 filePath >>= HTTPure.ok
-- | Boot up the server
main :: HTTPure.ServerM
main = HTTPure.serve port sayHello do
main = HTTPure.serve 8080 sayHello do
Console.log $ " ┌────────────────────────────────────────────┐"
Console.log $ " │ Server now up on port " <> portS <> ""
Console.log $ " │ Server now up on port 8080"
Console.log $ " │ │"
Console.log $ " │ To test, run: │"
Console.log $ " │ > curl localhost:" <> portS <> " # => hello world! │"
Console.log $ " │ > curl localhost:8080 # => hello world! │"
Console.log $ " └────────────────────────────────────────────┘"

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@ -6,30 +6,23 @@ import Effect.Console as Console
import Node.FS.Aff as FS
import HTTPure as HTTPure
-- | Serve the example server on this port
port :: Int
port = 8090
-- | Shortcut for `show port`
portS :: String
portS = show port
-- | The path to the file containing the response to send
filePath :: String
filePath = "./docs/Examples/Binary/circle.png"
responseHeaders :: HTTPure.Headers
responseHeaders = HTTPure.header "Content-Type" "image/png"
-- | Respond with image data when run
image :: HTTPure.Request -> HTTPure.ResponseM
image _ = FS.readFile filePath >>= HTTPure.ok' headers
where
headers = HTTPure.header "Content-Type" "image/png"
image = const $ FS.readFile filePath >>= HTTPure.ok' responseHeaders
-- | Boot up the server
main :: HTTPure.ServerM
main = HTTPure.serve port image do
main = HTTPure.serve 8080 image do
Console.log $ " ┌────────────────────────────────────────────┐"
Console.log $ " │ Server now up on port " <> portS <> ""
Console.log $ " │ Server now up on port 8080"
Console.log $ " │ │"
Console.log $ " │ To test, run: │"
Console.log $ " │ > curl -o circle.png localhost:" <> portS <> ""
Console.log $ " │ > curl -o circle.png localhost:8080"
Console.log $ " └────────────────────────────────────────────┘"

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@ -9,14 +9,6 @@ import HTTPure as HTTPure
import Node.ChildProcess as ChildProcess
import Node.Stream as Stream
-- | Serve the example server on this port
port :: Int
port = 8091
-- | Shortcut for `show port`
portS :: String
portS = show port
-- | Run a script and return it's stdout stream
runScript :: String -> Aff.Aff (Stream.Readable ())
runScript script = EffectClass.liftEffect $ ChildProcess.stdout <$>
@ -24,17 +16,17 @@ runScript script = EffectClass.liftEffect $ ChildProcess.stdout <$>
-- | Say 'hello world!' in chunks when run
sayHello :: HTTPure.Request -> HTTPure.ResponseM
sayHello _ =
runScript "echo -n 'hello '; sleep 1; echo -n 'world!'" >>= HTTPure.ok
sayHello =
const $ runScript "echo -n 'hello '; sleep 1; echo -n 'world!'" >>= HTTPure.ok
-- | Boot up the server
main :: HTTPure.ServerM
main = HTTPure.serve port sayHello do
main = HTTPure.serve 8080 sayHello do
Console.log $ " ┌────────────────────────────────────────────┐"
Console.log $ " │ Server now up on port " <> portS <> ""
Console.log $ " │ Server now up on port 8080"
Console.log $ " │ │"
Console.log $ " │ To test, run: │"
Console.log $ " │ > curl -Nv localhost:" <> portS <> ""
Console.log $ " │ > curl -Nv localhost:8080"
Console.log $ " │ # => ... │"
Console.log $ " │ # => < Transfer-Encoding: chunked │"
Console.log $ " │ # => ... │"

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@ -6,14 +6,6 @@ import Effect.Console as Console
import HTTPure as HTTPure
import HTTPure ((!@))
-- | Serve the example server on this port
port :: Int
port = 8082
-- | Shortcut for `show port`
portS :: String
portS = show port
-- | The headers that will be included in every response.
responseHeaders :: HTTPure.Headers
responseHeaders = HTTPure.header "X-Example" "hello world!"
@ -24,12 +16,12 @@ router { headers } = HTTPure.ok' responseHeaders $ headers !@ "X-Input"
-- | Boot up the server
main :: HTTPure.ServerM
main = HTTPure.serve port router do
main = HTTPure.serve 8080 router do
Console.log $ " ┌──────────────────────────────────────────────┐"
Console.log $ " │ Server now up on port " <> portS <> ""
Console.log $ " │ Server now up on port 8080"
Console.log $ " │ │"
Console.log $ " │ To test, run: │"
Console.log $ " │ > curl -H 'X-Input: test' -v localhost:" <> portS <> ""
Console.log $ " │ > curl -H 'X-Input: test' -v localhost:8080"
Console.log $ " │ # => ... │"
Console.log $ " │ # => ...< X-Example: hello world! │"
Console.log $ " │ # => ... │"

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@ -5,24 +5,12 @@ import Prelude
import Effect.Console as Console
import HTTPure as HTTPure
-- | Serve the example server on this port
port :: Int
port = 8080
-- | Shortcut for `show port`
portS :: String
portS = show port
-- | Say 'hello world!' when run
sayHello :: HTTPure.Request -> HTTPure.ResponseM
sayHello _ = HTTPure.ok "hello world!"
-- | Boot up the server
main :: HTTPure.ServerM
main = HTTPure.serve port sayHello do
main = HTTPure.serve 8080 (const $ HTTPure.ok "hello world!") do
Console.log $ " ┌────────────────────────────────────────────┐"
Console.log $ " │ Server now up on port " <> portS <> ""
Console.log $ " │ Server now up on port 8080 │"
Console.log $ " │ │"
Console.log $ " │ To test, run: │"
Console.log $ " │ > curl localhost:" <> portS <> " # => hello world! │"
Console.log $ " │ > curl localhost:8080 # => hello world! │"
Console.log $ " └────────────────────────────────────────────┘"

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@ -6,14 +6,6 @@ import Effect.Class as EffectClass
import Effect.Console as Console
import HTTPure as HTTPure
-- | Serve the example server on this port
port :: Int
port = 8089
-- | Shortcut for `show port`
portS :: String
portS = show port
-- | A middleware that logs at the beginning and end of each request
loggingMiddleware :: (HTTPure.Request -> HTTPure.ResponseM) ->
HTTPure.Request ->
@ -51,17 +43,17 @@ sayHello _ = HTTPure.ok' (HTTPure.header "X-Middleware" "router") "hello"
-- | Boot up the server
main :: HTTPure.ServerM
main = HTTPure.serve port (middlewares sayHello) do
main = HTTPure.serve 8080 (middlewares sayHello) do
Console.log $ " ┌───────────────────────────────────────┐"
Console.log $ " │ Server now up on port " <> portS <> ""
Console.log $ " │ Server now up on port 8080"
Console.log $ " │ │"
Console.log $ " │ To test, run: │"
Console.log $ " │ > curl -v localhost:" <> portS <> ""
Console.log $ " │ > curl -v localhost:8080"
Console.log $ " │ # => ... │"
Console.log $ " │ # => ...< X-Middleware: router │"
Console.log $ " │ # => ... │"
Console.log $ " │ # => hello │"
Console.log $ " │ > curl -v localhost:" <> portS <> "/middleware │"
Console.log $ " │ > curl -v localhost:8080/middleware │"
Console.log $ " │ # => ... │"
Console.log $ " │ # => ...< X-Middleware: middleware │"
Console.log $ " │ # => ... │"

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@ -5,14 +5,6 @@ import Prelude
import Effect.Console as Console
import HTTPure as HTTPure
-- | Serve the example server on this port
port :: Int
port = 8081
-- | Shortcut for `show port`
portS :: String
portS = show port
-- | Specify the routes
router :: HTTPure.Request -> HTTPure.ResponseM
router { path: [ "hello" ] } = HTTPure.ok "hello"
@ -21,11 +13,11 @@ router _ = HTTPure.notFound
-- | Boot up the server
main :: HTTPure.ServerM
main = HTTPure.serve port router do
main = HTTPure.serve 8080 router do
Console.log $ " ┌───────────────────────────────────────────────┐"
Console.log $ " │ Server now up on port " <> portS <> ""
Console.log $ " │ Server now up on port 8080"
Console.log $ " │ │"
Console.log $ " │ To test, run: │"
Console.log $ " │ > curl localhost:" <> portS <> "/hello # => hello │"
Console.log $ " │ > curl localhost:" <> portS <> "/goodbye # => goodbye │"
Console.log $ " │ > curl localhost:8080/hello # => hello │"
Console.log $ " │ > curl localhost:8080/goodbye # => goodbye │"
Console.log $ " └───────────────────────────────────────────────┘"

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@ -6,14 +6,6 @@ import Effect.Console as Console
import HTTPure as HTTPure
import HTTPure ((!@))
-- | Serve the example server on this port
port :: Int
port = 8086
-- | Shortcut for `show port`
portS :: String
portS = show port
-- | Specify the routes
router :: HTTPure.Request -> HTTPure.ResponseM
router { path }
@ -22,13 +14,13 @@ router { path }
-- | Boot up the server
main :: HTTPure.ServerM
main = HTTPure.serve port router do
main = HTTPure.serve 8080 router do
Console.log $ " ┌───────────────────────────────────────────────┐"
Console.log $ " │ Server now up on port " <> portS <> ""
Console.log $ " │ Server now up on port 8080"
Console.log $ " │ │"
Console.log $ " │ To test, run: │"
Console.log $ " │ > curl localhost:" <> portS <> "/segment/<anything> │"
Console.log $ " │ > curl localhost:8080/segment/<anything> │"
Console.log $ " │ # => <anything> │"
Console.log $ " │ > curl localhost:" <> portS <> "/<anything>/<else>/... │"
Console.log $ " │ > curl localhost:8080/<anything>/<else>/... │"
Console.log $ " │ # => [ <anything>, <else>, ... ] │"
Console.log $ " └───────────────────────────────────────────────┘"

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@ -5,14 +5,6 @@ import Prelude
import Effect.Console as Console
import HTTPure as HTTPure
-- | Serve the example server on this port
port :: Int
port = 8084
-- | Shortcut for `show port`
portS :: String
portS = show port
-- | Route to the correct handler
router :: HTTPure.Request -> HTTPure.ResponseM
router { body, method: HTTPure.Post } = HTTPure.ok body
@ -20,11 +12,11 @@ router _ = HTTPure.notFound
-- | Boot up the server
main :: HTTPure.ServerM
main = HTTPure.serve port router do
main = HTTPure.serve 8080 router do
Console.log $ " ┌───────────────────────────────────────────┐"
Console.log $ " │ Server now up on port " <> portS <> ""
Console.log $ " │ Server now up on port 8080"
Console.log $ " │ │"
Console.log $ " │ To test, run: │"
Console.log $ " │ > curl -XPOST --data test localhost:" <> portS <> ""
Console.log $ " │ > curl -XPOST --data test localhost:8080"
Console.log $ " │ # => test │"
Console.log $ " └───────────────────────────────────────────┘"

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@ -6,14 +6,6 @@ import Effect.Console as Console
import HTTPure as HTTPure
import HTTPure ((!@), (!?))
-- | Serve the example server on this port
port :: Int
port = 8087
-- | Shortcut for `show port`
portS :: String
portS = show port
-- | Specify the routes
router :: HTTPure.Request -> HTTPure.ResponseM
router { query }
@ -23,15 +15,15 @@ router { query }
-- | Boot up the server
main :: HTTPure.ServerM
main = HTTPure.serve port router do
main = HTTPure.serve 8080 router do
Console.log $ " ┌────────────────────────────────────────┐"
Console.log $ " │ Server now up on port " <> portS <> ""
Console.log $ " │ Server now up on port 8080"
Console.log $ " │ │"
Console.log $ " │ To test, run: │"
Console.log $ " │ > curl localhost:" <> portS <> "?foo │"
Console.log $ " │ > curl localhost:8080?foo │"
Console.log $ " │ # => foo │"
Console.log $ " │ > curl localhost:" <> portS <> "?bar=test │"
Console.log $ " │ > curl localhost:8080?bar=test │"
Console.log $ " │ # => bar │"
Console.log $ " │ > curl localhost:" <> portS <> "?baz=<anything> │"
Console.log $ " │ > curl localhost:8080?baz=<anything> │"
Console.log $ " │ # => <anything> │"
Console.log $ " └────────────────────────────────────────┘"

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@ -5,14 +5,6 @@ import Prelude
import Effect.Console as Console
import HTTPure as HTTPure
-- | Serve the example server on this port
port :: Int
port = 8085
-- | Shortcut for `show port`
portS :: String
portS = show port
-- | The path to the certificate file
cert :: String
cert = "./docs/Examples/SSL/Certificate.cer"
@ -27,11 +19,11 @@ sayHello _ = HTTPure.ok "hello world!"
-- | Boot up the server
main :: HTTPure.ServerM
main = HTTPure.serveSecure port cert key sayHello do
main = HTTPure.serveSecure 8080 cert key sayHello do
Console.log $ " ┌───────────────────────────────────────────┐"
Console.log $ " │ Server now up on port " <> portS <> ""
Console.log $ " │ Server now up on port 8080"
Console.log $ " │ │"
Console.log $ " │ To test, run: │"
Console.log $ " │ > curl --insecure https://localhost:" <> portS <> ""
Console.log $ " │ > curl --insecure https://localhost:8080"
Console.log $ " │ # => hello world! │"
Console.log $ " └───────────────────────────────────────────┘"

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@ -20,10 +20,10 @@ import Node.HTTP.Secure as HTTPS
import HTTPure.Request as Request
import HTTPure.Response as Response
-- | The `ServerM` type simply conveniently wraps up an HTTPure monad that
-- | returns a `Unit`. This type is the return type of the HTTPure serve and
-- | related methods.
type ServerM = Effect.Effect Unit
-- | The `ServerM` is just an `Effect` containing a callback to close the
-- | server. This type is the return type of the HTTPure serve and related
-- | methods.
type ServerM = Effect.Effect (Effect.Effect Unit -> Effect.Effect Unit)
-- | This function takes a method which takes a `Request` and returns a
-- | `ResponseM`, an HTTP `Request`, and an HTTP `Response`. It runs the
@ -32,7 +32,7 @@ type ServerM = Effect.Effect Unit
handleRequest :: (Request.Request -> Response.ResponseM) ->
HTTP.Request ->
HTTP.Response ->
ServerM
Effect.Effect Unit
handleRequest router request httpresponse =
void $ Aff.runAff (\_ -> pure unit) $
Request.fromHTTPRequest request >>= router >>= Response.send httpresponse
@ -42,11 +42,12 @@ handleRequest router request httpresponse =
-- | runs a HTTPure server without SSL.
serve' :: HTTP.ListenOptions ->
(Request.Request -> Response.ResponseM) ->
ServerM ->
Effect.Effect Unit ->
ServerM
serve' options router onStarted =
HTTP.createServer (handleRequest router) >>= \server ->
serve' options router onStarted = do
server <- HTTP.createServer (handleRequest router)
HTTP.listen server options onStarted
pure $ HTTP.close server
-- | Given a `Options HTTPS.SSLOptions` object and a `HTTP.ListenOptions`
-- | object, a function mapping `Request` to `ResponseM`, and a `ServerM`
@ -55,11 +56,12 @@ serve' options router onStarted =
serveSecure' :: Options HTTPS.SSLOptions ->
HTTP.ListenOptions ->
(Request.Request -> Response.ResponseM) ->
ServerM ->
Effect.Effect Unit ->
ServerM
serveSecure' sslOptions options router onStarted =
HTTPS.createServer sslOptions (handleRequest router) >>= \server ->
serveSecure' sslOptions options router onStarted = do
server <- HTTPS.createServer sslOptions (handleRequest router)
HTTP.listen server options onStarted
pure $ HTTP.close server
-- | Given a port number, return a `HTTP.ListenOptions` `Record`.
listenOptions :: Int -> HTTP.ListenOptions
@ -76,7 +78,7 @@ listenOptions port =
-- | effects.
serve :: Int ->
(Request.Request -> Response.ResponseM) ->
ServerM ->
Effect.Effect Unit ->
ServerM
serve = serve' <<< listenOptions
@ -91,7 +93,7 @@ serveSecure :: Int ->
String ->
String ->
(Request.Request -> Response.ResponseM) ->
ServerM ->
Effect.Effect Unit ->
ServerM
serveSecure port cert key router onStarted = do
cert' <- FSSync.readTextFile Encoding.UTF8 cert

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@ -25,103 +25,103 @@ import Examples.SSL.Main as SSL
asyncResponseSpec :: TestHelpers.Test
asyncResponseSpec = Spec.it "runs the async response example" do
EffectClass.liftEffect AsyncResponse.main
response <- TestHelpers.get port Object.empty "/"
close <- EffectClass.liftEffect AsyncResponse.main
response <- TestHelpers.get 8080 Object.empty "/"
EffectClass.liftEffect $ close $ pure unit
response ?= "hello world!"
where port = AsyncResponse.port
binarySpec :: TestHelpers.Test
binarySpec = Spec.it "runs the binary example" do
close <- EffectClass.liftEffect Binary.main
responseBuf <- TestHelpers.getBinary 8080 Object.empty "/"
EffectClass.liftEffect $ close $ pure unit
binaryBuf <- FS.readFile Binary.filePath
expected <- EffectClass.liftEffect $ Buffer.toArray binaryBuf
EffectClass.liftEffect Binary.main
responseBuf <- TestHelpers.getBinary port Object.empty "/"
response <- EffectClass.liftEffect $ Buffer.toArray responseBuf
response ?= expected
where port = Binary.port
chunkedSpec :: TestHelpers.Test
chunkedSpec = Spec.it "runs the chunked example" do
EffectClass.liftEffect Chunked.main
response <- TestHelpers.get port Object.empty "/"
close <- EffectClass.liftEffect Chunked.main
response <- TestHelpers.get 8080 Object.empty "/"
EffectClass.liftEffect $ close $ pure unit
-- TODO this isn't a great way to validate this, we need a way of inspecting
-- each individual chunk instead of just looking at the entire response
response ?= "hello world!"
where port = Chunked.port
headersSpec :: TestHelpers.Test
headersSpec = Spec.it "runs the headers example" do
EffectClass.liftEffect Headers.main
header <- TestHelpers.getHeader port Object.empty "/" "X-Example"
close <- EffectClass.liftEffect Headers.main
header <- TestHelpers.getHeader 8080 Object.empty "/" "X-Example"
response <- TestHelpers.get 8080 (Object.singleton "X-Input" "test") "/"
EffectClass.liftEffect $ close $ pure unit
header ?= "hello world!"
response <- TestHelpers.get port (Object.singleton "X-Input" "test") "/"
response ?= "test"
where port = Headers.port
helloWorldSpec :: TestHelpers.Test
helloWorldSpec = Spec.it "runs the hello world example" do
EffectClass.liftEffect HelloWorld.main
response <- TestHelpers.get port Object.empty "/"
close <- EffectClass.liftEffect HelloWorld.main
response <- TestHelpers.get 8080 Object.empty "/"
EffectClass.liftEffect $ close $ pure unit
response ?= "hello world!"
where port = HelloWorld.port
middlewareSpec :: TestHelpers.Test
middlewareSpec = Spec.it "runs the middleware example" do
EffectClass.liftEffect Middleware.main
header <- TestHelpers.getHeader port Object.empty "/" "X-Middleware"
close <- EffectClass.liftEffect Middleware.main
header <- TestHelpers.getHeader 8080 Object.empty "/" "X-Middleware"
body <- TestHelpers.get 8080 Object.empty "/"
header' <- TestHelpers.getHeader 8080 Object.empty "/middleware" "X-Middleware"
body' <- TestHelpers.get 8080 Object.empty "/middleware"
EffectClass.liftEffect $ close $ pure unit
header ?= "router"
body <- TestHelpers.get port Object.empty "/"
body ?= "hello"
header' <- TestHelpers.getHeader port Object.empty "/middleware" "X-Middleware"
header' ?= "middleware"
body' <- TestHelpers.get port Object.empty "/middleware"
body' ?= "Middleware!"
where port = Middleware.port
multiRouteSpec :: TestHelpers.Test
multiRouteSpec = Spec.it "runs the multi route example" do
EffectClass.liftEffect MultiRoute.main
hello <- TestHelpers.get port Object.empty "/hello"
close <- EffectClass.liftEffect MultiRoute.main
hello <- TestHelpers.get 8080 Object.empty "/hello"
goodbye <- TestHelpers.get 8080 Object.empty "/goodbye"
EffectClass.liftEffect $ close $ pure unit
hello ?= "hello"
goodbye <- TestHelpers.get port Object.empty "/goodbye"
goodbye ?= "goodbye"
where port = MultiRoute.port
pathSegmentsSpec :: TestHelpers.Test
pathSegmentsSpec = Spec.it "runs the path segments example" do
EffectClass.liftEffect PathSegments.main
foo <- TestHelpers.get port Object.empty "/segment/foo"
close <- EffectClass.liftEffect PathSegments.main
foo <- TestHelpers.get 8080 Object.empty "/segment/foo"
somebars <- TestHelpers.get 8080 Object.empty "/some/bars"
EffectClass.liftEffect $ close $ pure unit
foo ?= "foo"
somebars <- TestHelpers.get port Object.empty "/some/bars"
somebars ?= "[\"some\",\"bars\"]"
where port = PathSegments.port
postSpec :: TestHelpers.Test
postSpec = Spec.it "runs the post example" do
EffectClass.liftEffect Post.main
response <- TestHelpers.post port Object.empty "/" "test"
close <- EffectClass.liftEffect Post.main
response <- TestHelpers.post 8080 Object.empty "/" "test"
EffectClass.liftEffect $ close $ pure unit
response ?= "test"
where port = Post.port
queryParametersSpec :: TestHelpers.Test
queryParametersSpec = Spec.it "runs the query parameters example" do
EffectClass.liftEffect QueryParameters.main
foo <- TestHelpers.get port Object.empty "/?foo"
close <- EffectClass.liftEffect QueryParameters.main
foo <- TestHelpers.get 8080 Object.empty "/?foo"
bar <- TestHelpers.get 8080 Object.empty "/?bar=test"
notbar <- TestHelpers.get 8080 Object.empty "/?bar=nottest"
baz <- TestHelpers.get 8080 Object.empty "/?baz=test"
EffectClass.liftEffect $ close $ pure unit
foo ?= "foo"
bar <- TestHelpers.get port Object.empty "/?bar=test"
bar ?= "bar"
notbar <- TestHelpers.get port Object.empty "/?bar=nottest"
notbar ?= ""
baz <- TestHelpers.get port Object.empty "/?baz=test"
baz ?= "test"
where port = QueryParameters.port
sslSpec :: TestHelpers.Test
sslSpec = Spec.it "runs the ssl example" do
EffectClass.liftEffect SSL.main
response <- TestHelpers.get' port Object.empty "/"
close <- EffectClass.liftEffect SSL.main
response <- TestHelpers.get' 8080 Object.empty "/"
EffectClass.liftEffect $ close $ pure unit
response ?= "hello world!"
where port = SSL.port
integrationSpec :: TestHelpers.Test
integrationSpec = Spec.describe "Integration" do

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@ -26,30 +26,35 @@ mockRouter { path } = Response.ok $ "/" <> String.joinWith "/" path
serveSpec :: TestHelpers.Test
serveSpec = Spec.describe "serve" do
Spec.it "boots a server on the given port" do
EffectClass.liftEffect $ Server.serve 7901 mockRouter $ pure unit
out <- TestHelpers.get 7901 Object.empty "/test"
close <- EffectClass.liftEffect $ Server.serve 8080 mockRouter $ pure unit
out <- TestHelpers.get 8080 Object.empty "/test"
EffectClass.liftEffect $ close $ pure unit
out ?= "/test"
serve'Spec :: TestHelpers.Test
serve'Spec = Spec.describe "serve'" do
Spec.it "boots a server with the given options" do
EffectClass.liftEffect $ Server.serve' options mockRouter $ pure unit
out <- TestHelpers.get 7902 Object.empty "/test"
close <- EffectClass.liftEffect $
Server.serve' options mockRouter $ pure unit
out <- TestHelpers.get 8080 Object.empty "/test"
EffectClass.liftEffect $ close $ pure unit
out ?= "/test"
where
options = { hostname: "localhost", port: 7902, backlog: Maybe.Nothing }
options = { hostname: "localhost", port: 8080, backlog: Maybe.Nothing }
serveSecureSpec :: TestHelpers.Test
serveSecureSpec = Spec.describe "serveSecure" do
Spec.describe "with valid key and cert files" do
Spec.it "boots a server on the given port" do
EffectClass.liftEffect $ Server.serveSecure 7903 cert key mockRouter $ pure unit
out <- TestHelpers.get' 7903 Object.empty "/test"
close <- EffectClass.liftEffect $
Server.serveSecure 8080 cert key mockRouter $ pure unit
out <- TestHelpers.get' 8080 Object.empty "/test"
EffectClass.liftEffect $ close $ pure unit
out ?= "/test"
Spec.describe "with invalid key and cert files" do
Spec.it "throws" do
AffAssertions.expectError do
EffectClass.liftEffect $ Server.serveSecure 7904 "" "" mockRouter $ pure unit
AffAssertions.expectError $ EffectClass.liftEffect $
Server.serveSecure 8080 "" "" mockRouter $ pure unit
where
cert = "./test/Mocks/Certificate.cer"
key = "./test/Mocks/Key.key"
@ -59,9 +64,10 @@ serveSecure'Spec = Spec.describe "serveSecure'" do
Spec.describe "with valid key and cert files" do
Spec.it "boots a server on the given port" do
sslOpts <- EffectClass.liftEffect $ sslOptions
EffectClass.liftEffect $
Server.serveSecure' sslOpts (options 7905) mockRouter $ pure unit
out <- TestHelpers.get' 7905 Object.empty "/test"
close <- EffectClass.liftEffect $
Server.serveSecure' sslOpts (options 8080) mockRouter $ pure unit
out <- TestHelpers.get' 8080 Object.empty "/test"
EffectClass.liftEffect $ close $ pure unit
out ?= "/test"
where
options port = { hostname: "localhost", port, backlog: Maybe.Nothing }