indent comments to prevent being commonmark code blocks

lib/src/fairing/mod.rs

@@ -168,19 +168,19 @@ pub use self::info_kind::{Info, Kind};
 ///
 ///   1. Assign a name to the `Fairing`.
 ///
-///     This is the `name` field, which can be any arbitrary string. Name your
-///     fairing something illustrative. The name will be logged during the
-///     application's launch procedures.
+///      This is the `name` field, which can be any arbitrary string. Name your
+///      fairing something illustrative. The name will be logged during the
+///      application's launch procedures.
 ///
 ///   2. Determine which callbacks to actually issue on the `Fairing`.
 ///
-///     This is the `kind` field of type
-///     [`Kind`](/rocket/fairing/struct.Kind.html). This field is a bitset that
-///     represents the kinds of callbacks the fairing wishes to receive. Rocket
-///     will only invoke the callbacks that are flagged in this set. `Kind`
-///     structures can be `or`d together to represent any combination of kinds
-///     of callbacks. For instance, to request launch and response callbacks,
-///     return a `kind` field with the value `Kind::Launch | Kind::Response`.
+///      This is the `kind` field of type
+///      [`Kind`](/rocket/fairing/struct.Kind.html). This field is a bitset that
+///      represents the kinds of callbacks the fairing wishes to receive. Rocket
+///      will only invoke the callbacks that are flagged in this set. `Kind`
+///      structures can be `or`d together to represent any combination of kinds
+///      of callbacks. For instance, to request launch and response callbacks,
+///      return a `kind` field with the value `Kind::Launch | Kind::Response`.
 ///
 /// [`info`]: /rocket/fairing/trait.Fairing.html#tymethod.info
 ///

lib/src/local/mod.rs

@@ -13,40 +13,40 @@
 //!
 //!   1. Construct a `Rocket` instance that represents the application.
 //!
-//!     ```rust
-//!     let rocket = rocket::ignite();
-//!     # let _ = rocket;
-//!     ```
+//!      ```rust
+//!      let rocket = rocket::ignite();
+//!      # let _ = rocket;
+//!      ```
 //!
 //!   2. Construct a `Client` using the `Rocket` instance.
 //!
-//!     ```rust
-//!     # use rocket::local::Client;
-//!     # let rocket = rocket::ignite();
-//!     let client = Client::new(rocket).expect("valid rocket instance");
-//!     # let _ = client;
-//!     ```
+//!      ```rust
+//!      # use rocket::local::Client;
+//!      # let rocket = rocket::ignite();
+//!      let client = Client::new(rocket).expect("valid rocket instance");
+//!      # let _ = client;
+//!      ```
 //!
 //!   3. Construct requests using the `Client` instance.
 //!
-//!     ```rust
-//!     # use rocket::local::Client;
-//!     # let rocket = rocket::ignite();
-//!     # let client = Client::new(rocket).unwrap();
-//!     let req = client.get("/");
-//!     # let _ = req;
-//!     ```
+//!      ```rust
+//!      # use rocket::local::Client;
+//!      # let rocket = rocket::ignite();
+//!      # let client = Client::new(rocket).unwrap();
+//!      let req = client.get("/");
+//!      # let _ = req;
+//!      ```
 //!
 //!   3. Dispatch the request to retrieve the response.
 //!
-//!     ```rust
-//!     # use rocket::local::Client;
-//!     # let rocket = rocket::ignite();
-//!     # let client = Client::new(rocket).unwrap();
-//!     # let req = client.get("/");
-//!     let response = req.dispatch();
-//!     # let _ = response;
-//!     ```
+//!      ```rust
+//!      # use rocket::local::Client;
+//!      # let rocket = rocket::ignite();
+//!      # let client = Client::new(rocket).unwrap();
+//!      # let req = client.get("/");
+//!      let response = req.dispatch();
+//!      # let _ = response;
+//!      ```
 //!
 //! All together and in idiomatic fashion, this might look like:
 //!

lib/src/local/request.rs

@@ -41,21 +41,21 @@ use http::{Header, Cookie};
 ///
 ///   1. [`dispatch`]
 ///
-///     This method should always be preferred. The `LocalRequest` is consumed
-///     and a response is returned.
+///      This method should always be preferred. The `LocalRequest` is consumed
+///      and a response is returned.
 ///
 ///   2. [`cloned_dispatch`]
 ///
-///     This method should be used when one `LocalRequest` will be dispatched
-///     many times. This method clones the request and dispatches the clone, so
-///     the request _is not_ consumed and can be reused.
+///      This method should be used when one `LocalRequest` will be dispatched
+///      many times. This method clones the request and dispatches the clone, so
+///      the request _is not_ consumed and can be reused.
 ///
 ///   3. [`mut_dispatch`]
 ///
-///     This method should _only_ be used when either it is known that the
-///     application will not modify the request, or it is desired to see
-///     modifications to the request. No cloning occurs, and the request is not
-///     consumed.
+///      This method should _only_ be used when either it is known that the
+///      application will not modify the request, or it is desired to see
+///      modifications to the request. No cloning occurs, and the request is not
+///      consumed.
 ///
 /// [`Client`]: /rocket/local/struct.Client.html
 /// [`header`]: #method.header