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new f4590aa GoLang docker image: actionloop-golang ==> action-golang
(#4674)
f4590aa is described below
commit f4590aac8e66dbdce4ba8ac6144efc0c22a23169
Author: David Grove <[email protected]>
AuthorDate: Sun Oct 6 15:17:30 2019 -0400
GoLang docker image: actionloop-golang ==> action-golang (#4674)
openwhisk-runtime-go PR#109 changed the name used to publish docker
images from actionloop-golang-VERSION to action-golang-VERSION. This
PR updates the core system runtime.json and documentation to use the
new names. All old images are still available on dockerhub and will
not be removed or renamed, so this should be a non-disruptive change.
---
ansible/files/runtimes.json | 2 +-
docs/actions-go.md | 10 +++++-----
2 files changed, 6 insertions(+), 6 deletions(-)
diff --git a/ansible/files/runtimes.json b/ansible/files/runtimes.json
index 31a0c1d..0385dc1 100644
--- a/ansible/files/runtimes.json
+++ b/ansible/files/runtimes.json
@@ -183,7 +183,7 @@
},
"image": {
"prefix": "openwhisk",
- "name": "actionloop-golang-v1.11",
+ "name": "action-golang-v1.11",
"tag": "nightly"
}
}
diff --git a/docs/actions-go.md b/docs/actions-go.md
index aed346b..c83fbfd 100644
--- a/docs/actions-go.md
+++ b/docs/actions-go.md
@@ -21,7 +21,7 @@
# Creating and Invoking Go Actions
-The `actionloop-golang-v1.11` runtime can execute actions written in the Go
programming language in OpenWhisk, either as precompiled binary or compiling
sources on the fly.
+The `action-golang-v1.11` runtime can execute actions written in the Go
programming language in OpenWhisk, either as precompiled binary or compiling
sources on the fly.
## Entry Point
@@ -68,7 +68,7 @@ You can also have multiple source files in an action,
packages and vendor folder
## Deployment
-The runtime `actionloop-golang-v1.11` accepts:
+The runtime `action-golang-v1.11` accepts:
- executable binaries in Linux ELF executable compiled for the AMD64
architecture
- zip files containing a binary executable named `exec` at the top level,
again a Linux ELF executable compiled for the AMD64 architecture
@@ -166,13 +166,13 @@ If you need to use vendor folder in the main package, you
need to create a direc
## Precompiling Go Sources Offline
-Compiling sources on the image can take some time when the images is
initialized. You can speed up precompiling the sources using the image
`actionloop-golang-v1.11` as an offline compiler. You need `docker` for doing
that.
+Compiling sources on the image can take some time when the images is
initialized. You can speed up precompiling the sources using the image
`action-golang-v1.11` as an offline compiler. You need `docker` for doing that.
The images accepts a `-compile <main>` flag, and expects you provide sources
in standard input. It will then compile them, emit the binary in standard
output and errors in stderr. The output is always a zip file containing an
executable.
If you have a single source maybe in file `main.go`, with a function named
`Main` just do this:
-`docker run openwhisk/actionloop-golang-v1.11 -compile main <main.go >main.zip`
+`docker run openwhisk/action-golang-v1.11 -compile main <main.go >main.zip`
If you have multiple sources in current directory, even with a subfolder with
sources, you can compile it all with:
@@ -180,7 +180,7 @@ If you have multiple sources in current directory, even
with a subfolder with so
cd src
zip -r ../src.zip *
cd ..
-docker run openwhisk/actionloop-golang-v1.11 -compile main <src.zip >exec.zip
+docker run openwhisk/action-golang-v1.11 -compile main <src.zip >exec.zip
```
Note that the output is always a zip file in Linux AMD64 format so the
executable can be run only inside a Docker Linux container.
