feat: add gomips support (#173)

Author: xrz-cloud

README.md

@@ -61,7 +61,8 @@ jobs:
 | goos | **Mandatory** | `GOOS` is the running program's operating system target: one of `darwin`, `freebsd`, `linux`, and so on. |
 | goarch | **Mandatory** | `GOARCH` is the running program's architecture target: one of `386`, `amd64`, `arm`, `arm64`, `s390x`, `loong64` and so on. |
 | goamd64 | **Optional** | `GOAMD64` is the running programs amd64 microarchitecture level, which is available since `go1.18`. It should only be used when `GOARCH` is `amd64`: one of `v1`, `v2`, `v3`, `v4`. |
-| goarm | **Optional** | `GOARM` is the running programs arm microarchitecture level, which is available since `go1.1`. It should only be used when `GOARCH` is `arm`: one of `5`, `6`, `7`, |
+| goarm | **Optional** | `GOARM` is the running programs arm microarchitecture level, which is available since `go1.1`. It should only be used when `GOARCH` is `arm`: one of `5`, `6`, `7`. |
+| gomips | **Optional** | `GOMIPS` is the running programs arm microarchitecture level, which is available since `go1.13`. It should only be used when `GOARCH` is one of `mips`, `mipsle`, `mips64`, `mips64le`: one of `hardfloat`, `softfloat`. |
 | goversion |  **Optional** | The `Go` compiler version. `latest`([check it here](https://go.dev/VERSION?m=text)) by default, optional `1.13`, `1.14`, `1.15`, `1.16`, `1.17`, `1.18`, `1.19`. You can also define a specific minor release, such as `1.19.5`. <br>Alternatively takes a download URL or a path to go.mod instead of version string. Make sure your URL references the `linux-amd64` package. You can find the URL on [Go - Downloads](https://go.dev/dl/).<br>e.g., `https://dl.google.com/go/go1.13.1.linux-amd64.tar.gz`. |
 | project_path | **Optional** | Where to run `go build`. <br>Use `.` by default. <br>If enable `multi_binaries: true`, you can use `project_path: ./cmd/...` or `project_path: ./cmd/app1 ./cmd/app2` to build multiple binaries and include them in one package.  |
 | binary_name | **Optional** | Specify another binary name if do not want to use repository basename. <br>Use your repository's basename if not set. |

action.yml

@@ -23,6 +23,10 @@ inputs:
     description: 'GOARM is the running programs arm microarchitecture level: ARMv5,ARMv6,ARMv7'
     required: false
     default: ''    
+  gomips:
+    description: 'GOMIPS is the running programs mips microarchitecture level: hardfloat,softfloat'
+    required: false
+    default: ''    
   goversion:
     description: 'The `Go` compiler version.'
     required: false
@@ -121,6 +125,7 @@ runs:
     - ${{ inputs.goarch }}
     - ${{ inputs.goamd64 }}
     - ${{ inputs.goarm }}    
+    - ${{ inputs.gomips }}    
     - ${{ inputs.goversion }}
     - ${{ inputs.build_flags}}
     - ${{ inputs.ldflags }}

release.sh

@@ -26,6 +26,9 @@ fi
 if [ ! -z "${INPUT_GOARM}" ] && [[ "${INPUT_GOARCH}" == 'arm' ]]; then
   RELEASE_ASSET_NAME=${BINARY_NAME}-${RELEASE_TAG}-${INPUT_GOOS}-${INPUT_GOARCH}v${INPUT_GOARM}
 fi
+if [ ! -z "${INPUT_GOMIPS}" ] && [[ "${INPUT_GOARCH}" -eq 'mips' || "${INPUT_GOARCH}" -eq 'mipsle' || "${INPUT_GOARCH}" -eq 'mips64' || "${INPUT_GOARCH}" -eq 'mips64le' ]]; then
+  RELEASE_ASSET_NAME=${BINARY_NAME}-${RELEASE_TAG}-${INPUT_GOOS}-${INPUT_GOARCH}-${INPUT_GOMIPS}
+fi
 if [ ! -z "${INPUT_ASSET_NAME}" ]; then
   RELEASE_ASSET_NAME=${INPUT_ASSET_NAME}
 fi
@@ -95,6 +98,22 @@ else
   fi
 fi
 
+# fulfill GOMIPS option
+if [ ! -z "${INPUT_GOMIPS}" ]; then
+  if [[ "${INPUT_GOARCH}" =~ mips ]]; then
+    GOMIPS_FLAG="${INPUT_GOMIPS}"
+  else
+    echo "GOMIPS should only be use with mips arch." >>/dev/stderr
+    GOMIPS_FLAG=""
+  fi
+else
+  if [[ "${INPUT_GOARCH}" =~ mips ]]; then
+    GOMIPS_FLAG=""
+  else
+    GOMIPS_FLAG=""
+  fi
+fi
+
 
 # build
 BUILD_ARTIFACTS_FOLDER=build-artifacts-$(date +%s)
@@ -104,20 +123,20 @@ if [ ${INPUT_MULTI_BINARIES^^} == 'TRUE' ]; then
 
   # leverage golang feature to support multiple binaries 
   # for example, 'go build -o xxx ./cmd/...' or 'go build -o xxx ./cmd/app1 ./cmd/app2' to generate multiple binaries'
-  GOAMD64=${GOAMD64_FLAG} GOARM=${GOARM_FLAG} GOOS=${INPUT_GOOS} GOARCH=${INPUT_GOARCH} ${INPUT_BUILD_COMMAND} ${INPUT_BUILD_FLAGS} -o ${BUILD_ARTIFACTS_FOLDER} ${INPUT_PROJECT_PATH} 
+  GOAMD64=${GOAMD64_FLAG} GOARM=${GOARM_FLAG} GOMIPS=${GOMIPS_FLAG} GOOS=${INPUT_GOOS} GOARCH=${INPUT_GOARCH} ${INPUT_BUILD_COMMAND} ${INPUT_BUILD_FLAGS} -o ${BUILD_ARTIFACTS_FOLDER} ${INPUT_PROJECT_PATH} 
 else
   RELEASE_ASSET_DIR=${INPUT_PROJECT_PATH}/${BUILD_ARTIFACTS_FOLDER}
   mkdir -p ${RELEASE_ASSET_DIR}
   cd ${INPUT_PROJECT_PATH}
   if [[ "${INPUT_BUILD_COMMAND}" =~ ^make.* ]]; then
     # start with make, assumes using make to build golang binaries, execute it directly
-    GOAMD64=${GOAMD64_FLAG} GOARM=${GOARM_FLAG} GOOS=${INPUT_GOOS} GOARCH=${INPUT_GOARCH} eval ${INPUT_BUILD_COMMAND}
+    GOAMD64=${GOAMD64_FLAG} GOARM=${GOARM_FLAG} GOMIPS=${GOMIPS_FLAG} GOOS=${INPUT_GOOS} GOARCH=${INPUT_GOARCH} eval ${INPUT_BUILD_COMMAND}
     if [ -f "${BINARY_NAME}${EXT}" ]; then
       # assumes the binary will be generated in current dir, copy it for later processes
       cp ${BINARY_NAME}${EXT} ${BUILD_ARTIFACTS_FOLDER}/
     fi
   else
-    GOAMD64=${GOAMD64_FLAG} GOARM=${GOARM_FLAG} GOOS=${INPUT_GOOS} GOARCH=${INPUT_GOARCH} ${INPUT_BUILD_COMMAND} -o ${BUILD_ARTIFACTS_FOLDER}/${BINARY_NAME}${EXT} ${INPUT_BUILD_FLAGS} ${LDFLAGS_PREFIX} "${INPUT_LDFLAGS}"
+    GOAMD64=${GOAMD64_FLAG} GOARM=${GOARM_FLAG} GOMIPS=${GOMIPS_FLAG} GOOS=${INPUT_GOOS} GOARCH=${INPUT_GOARCH} ${INPUT_BUILD_COMMAND} -o ${BUILD_ARTIFACTS_FOLDER}/${BINARY_NAME}${EXT} ${INPUT_BUILD_FLAGS} ${LDFLAGS_PREFIX} "${INPUT_LDFLAGS}"
   fi
 fi