format: reformat with latest openbmc-build-scripts

Reformat the repository using the latest from openbmc-build-scripts.
Add the `static/redfish` directory to be ignored by prettier since
these files come from elsewhere and having the ability to do a direct
diff is handy.

Signed-off-by: Patrick Williams <patrick@stwcx.xyz>
Change-Id: I74464d6f97047b4888a591e0d8a4f5ca970ac69e

1 files changed, 21 insertions, 21 deletions

diff --git a/HEADERS.md b/HEADERS.md
index f43cdfdf94..75f142ed6b 100644
--- a/HEADERS.md
+++ b/HEADERS.md
@@ -1,21 +1,21 @@
-## Why does bmcweb use so many headers?  My build times are slow!##
+## Why does bmcweb use so many headers? My build times are slow!##
 
 TL; DR, History
 
-bmcweb at one point was a crow-based project.  Evidence of this can still be
-seen in the http/.hpp files that still contain references to the crow
-namespaces.  Crow makes heavy use of headers and template meta programming, and
-doesn't ship any cpp or implementation files, choosing to put everything in
-include once headers.  As bmcweb evolved, it needed more capabilities, so the
-core was ported to Boost Beast, and what remains has very little similarity to
-crow anymore.  Boost::beast at the time we ported took the same opinion,
-relying on header files and almost no implementation compile units.  A large
-amount of the compile time is taken up in boost::beast template instantiations,
-specifically for boost::beast::http::message (ie Request and Response).
+bmcweb at one point was a crow-based project. Evidence of this can still be seen
+in the http/.hpp files that still contain references to the crow namespaces.
+Crow makes heavy use of headers and template meta programming, and doesn't ship
+any cpp or implementation files, choosing to put everything in include once
+headers. As bmcweb evolved, it needed more capabilities, so the core was ported
+to Boost Beast, and what remains has very little similarity to crow anymore.
+Boost::beast at the time we ported took the same opinion, relying on header
+files and almost no implementation compile units. A large amount of the compile
+time is taken up in boost::beast template instantiations, specifically for
+boost::beast::http::message (ie Request and Response).
 
 The initial solution that gets proposed is to just move everything as it exists
-to separate compile units, making no other changes.  This has been proposed and
-implemented 3-4 times in the project, the latest of which is below.  The intent
+to separate compile units, making no other changes. This has been proposed and
+implemented 3-4 times in the project, the latest of which is below. The intent
 of this document is largely to save effort for the next person, so they can at
 least start from the existing prior attempts.
 
@@ -31,20 +31,20 @@ there have been proposed a few ideas might provide some relief;
 
 - Moving the Request and Response containers to opaque structures, so a majority
   of code only needs to #include the interface, not any of the template code.
-   https://gerrit.openbmc.org/c/openbmc/bmcweb/+/37445
-   Doing this exposed a number of mediocre practices in the route handlers,
-   where routes made copies of requests/responses, relied on APIs that should've
-   been internal, and other practices that make this migration less
-   straightforward, but is still being pursued by maintainers over time.
+  https://gerrit.openbmc.org/c/openbmc/bmcweb/+/37445 Doing this exposed a
+  number of mediocre practices in the route handlers, where routes made copies
+  of requests/responses, relied on APIs that should've been internal, and other
+  practices that make this migration less straightforward, but is still being
+  pursued by maintainers over time.
 - Moving the internals of Request/Response/Connection to rely on something like
   [http::proto](https://github.com/CPPAlliance/http_proto) which, written by the
   same author as boost::beast, claims to have significant reduction in compile
   time templates, and might not require abstracting the Request/Response
   objects.
 - Reduce the bmcweb binary size to the point where link time optimization is not
-  required for most usages.  About half of the bmcweb build time is spent doing
+  required for most usages. About half of the bmcweb build time is spent doing
   link time optimization, which, as of this time is required to keep bmcweb code
-  small enough to deploy on an actual BMCs (See DEVELOPING.md for details).
-  One could theoretically determine the source of where LTO decreases the binary
+  small enough to deploy on an actual BMCs (See DEVELOPING.md for details). One
+  could theoretically determine the source of where LTO decreases the binary
   size the most, and ensure that those were all in the same compile unit, such
   that they got optimized without requiring LTO.