server_impl

Types

ServerState

pub type ServerState {
  ServerState(
    stubs: List(http_server_mock.Stub),
    recorded_requests: List(
      #(
        request.Request(String),
        option.Option(http_server_mock.Stub),
      ),
    ),
  )
}

Constructors

ServerState(
  stubs: List(http_server_mock.Stub),
  recorded_requests: List(
    #(
      request.Request(String),
      option.Option(http_server_mock.Stub),
    ),
  ),
)

Values

add_stub

</>

pub fn add_stub(
  state: ServerState,
  stub: http_server_mock.Stub,
) -> ServerState

clear_requests

</>

pub fn clear_requests(state: ServerState) -> ServerState

clear_stubs

</>

pub fn clear_stubs(state: ServerState) -> ServerState

get_requests

</>

pub fn get_requests(
  state: ServerState,
) -> List(request.Request(String))

get_requests_by_stub

</>

pub fn get_requests_by_stub(
  state: ServerState,
  stub_to_match: http_server_mock.Stub,
) -> List(request.Request(String))

get_unmatched_requests

</>

pub fn get_unmatched_requests(
  state: ServerState,
) -> List(request.Request(String))

handle_request

</>

pub fn handle_request(
  state: ServerState,
  method_string: String,
  path: String,
  query: String,
  headers: List(#(String, String)),
  body: String,
  host: String,
  port: String,
  on_result: fn(
    ServerState,
    Bool,
    Int,
    List(#(String, String)),
    String,
  ) -> Nil,
) -> Nil

Handles one incoming request: builds a Request(String) from primitive fields (the shape the transport worker can hand over as plain data), finds the matching stub via the same router the Erlang runtime uses, updates recorded requests, and calls on_result with the new state plus the outcome - kept as primitives too, so the FFI transport layer never has to inspect a Gleam Option/Response value directly.

initial_state

</>

pub fn initial_state(
  stubs: List(http_server_mock.Stub),
) -> ServerState

remove_stub

</>

pub fn remove_stub(
  state: ServerState,
  stub_to_remove: http_server_mock.Stub,
) -> ServerState