From 373bee4d9645ae470d3416090e980c6abda1dec8 Mon Sep 17 00:00:00 2001 From: buildmaster Date: Mon, 9 Dec 2019 11:56:06 +0000 Subject: [PATCH] Sync docs from master to gh-pages --- reference/html/functional.html | 4 ++-- reference/html/spring-cloud-function.html | 4 ++-- 2 files changed, 4 insertions(+), 4 deletions(-) diff --git a/reference/html/functional.html b/reference/html/functional.html index e220462d0..2f7c5ffa0 100644 --- a/reference/html/functional.html +++ b/reference/html/functional.html @@ -134,7 +134,7 @@ public class DemoApplication {
-

You can run the above in a serverless platform, like AWS Lambda or Azure Functions, or you can run it in its own HTTP server just by including spring-cloud-function-starter-web on the classpath. Running the main method would expose an endpoint that you can use to ping that uppercase function:

+

You can run the above in a serverless platform, like AWS Lambda or Azure Functions, or you can run it in its own HTTP server just by including spring-cloud-starter-function-web on the classpath. Running the main method would expose an endpoint that you can use to ping that uppercase function:

@@ -143,7 +143,7 @@ FOO
-

The web adapter in spring-cloud-function-starter-web uses Spring MVC, so you needed a Servlet container. You can also use Webflux where the default server is netty (even though you can still use Servlet containers if you want to) - just include the spring-cloud-starter-function-webflux dependency instead. The functionality is the same, and the user application code can be used in both.

+

The web adapter in spring-cloud-starter-function-web uses Spring MVC, so you needed a Servlet container. You can also use Webflux where the default server is netty (even though you can still use Servlet containers if you want to) - just include the spring-cloud-starter-function-webflux dependency instead. The functionality is the same, and the user application code can be used in both.

Now for the functional beans: the user application code can be recast into "functional" diff --git a/reference/html/spring-cloud-function.html b/reference/html/spring-cloud-function.html index 58399d2b2..3ddacda0d 100644 --- a/reference/html/spring-cloud-function.html +++ b/reference/html/spring-cloud-function.html @@ -819,7 +819,7 @@ public class DemoApplication {

-

You can run the above in a serverless platform, like AWS Lambda or Azure Functions, or you can run it in its own HTTP server just by including spring-cloud-function-starter-web on the classpath. Running the main method would expose an endpoint that you can use to ping that uppercase function:

+

You can run the above in a serverless platform, like AWS Lambda or Azure Functions, or you can run it in its own HTTP server just by including spring-cloud-starter-function-web on the classpath. Running the main method would expose an endpoint that you can use to ping that uppercase function:

@@ -828,7 +828,7 @@ FOO
-

The web adapter in spring-cloud-function-starter-web uses Spring MVC, so you needed a Servlet container. You can also use Webflux where the default server is netty (even though you can still use Servlet containers if you want to) - just include the spring-cloud-starter-function-webflux dependency instead. The functionality is the same, and the user application code can be used in both.

+

The web adapter in spring-cloud-starter-function-web uses Spring MVC, so you needed a Servlet container. You can also use Webflux where the default server is netty (even though you can still use Servlet containers if you want to) - just include the spring-cloud-starter-function-webflux dependency instead. The functionality is the same, and the user application code can be used in both.

Now for the functional beans: the user application code can be recast into "functional"