Migrate latest changes from v1 to v2

.gitignore

@@ -1,2 +1,4 @@
 # .gitignore
-node_modules/
+node_modules/
+*.js
+!dist/index.js

README.md

@@ -171,6 +171,7 @@ For more information on the structure of the YAML configuration file, please vis
 | `containerAppEnvironment` | No       | The name of the Container App environment to use with the application. If not provided, an existing environment in the resource group of the Container App will be used, otherwise, an environment will be created in the formation `<container-app-name>-env`. |
 | `runtimeStack`            | No       | The platform version stack used in the final runnable application image that is deployed to the Container App. The value should be provided in the formation `<platform>:<version>`. If not provided, this value is determined by Oryx based on the contents of the provided application. Please refer to [this document](https://github.com/microsoft/Oryx/blob/main/doc/supportedRuntimeVersions.md) for more information on supported runtime stacks for Oryx. |
 | `builderStack`            | No       | The stack (OS) that should be used to build the provided application source and produce the runnable application image. You can provide a specific image tag for the stack, such as "debian-bookworm-20231004.1", or you can provide a supported stack name, such as "debian-bookworm" or "debian-bullseye", and the latest supported image tag for that stack will be used. If no stack is provided, this action will attempt to build the provided application source with each supported stack until there's a successful build. |
+| `buildArguments`          | No       | A list of build arguments provided as KEY=VALUE pairings and are comma-separated. If the a Dockerfile has been provided or is discovered in the application source, each build argument will be passed to the `docker build` command via the `--build-arg` flag. If the Oryx++ builder is used to create a runnable application image, each build argument will be passed to the `pack build` command via the `--env` flag. |
 | `targetPort`              | No       | The designated port for the application to run on. If no value is provided and the builder is used to build the runnable application image, the target port will be set to 80 for Python applications and 8080 for all other platform applications. If no value is provided when creating a Container App, the target port will default to 80. Note: when using this action to update a Container App, the target port may be updated if not provided based on changes to the ingress property. |
 | `location`                | No       | The location that the Container App (and other created resources) will be deployed to. To view locations suitable for creating the Container App in, please run the following: `az provider show -n Microsoft.App --query "resourceTypes[?resourceType=='containerApps'].locations"` |
 | `environmentVariables`    | No       | A list of environment variable(s) for the container. Space-separated values in 'key=value' format. Empty string to clear existing values. Prefix value with 'secretref:' to reference a secret. |

action.yml

@@ -88,6 +88,13 @@ inputs:
       for that stack will be used. If no stack is provided, this action will attempt to build the provided application
       source with each supported stack until there's a successful build.'
     required: false
+  buildArguments:
+    description: |
+      'A list of build arguments provided as KEY=VALUE pairings and are comma-separated. If the a Dockerfile has been
+      provided or is discovered in the application source, each build argument will be passed to the "docker build"
+      command via the --build-arg flag. If the Oryx++ builder is used to create a runnable application image, each
+      build argument will be passed to the "pack build" command via the --env flag.'
+    required: false
   targetPort:
     description: |
       'The designated port for the application to run on. If no value is provided and the builder is used to build the

azurecontainerapps.ts

@@ -95,7 +95,6 @@ export class azurecontainerapps {
 
     // Miscellaneous properties
     private static imageToBuild: string;
-    private static runtimeStack: string;
     private static ingress: string;
     private static targetPort: string;
     private static shouldUseUpdateCommand: boolean;
@@ -362,6 +361,13 @@ export class azurecontainerapps {
             this.toolHelper.writeInfo(`Default image to deploy: ${this.imageToDeploy}`);
         }
 
+        // Set up the build arguments to pass to the Dockerfile or builder
+        let buildArguments: string[] = [];
+        const buildArgumentsValue = this.toolHelper.getInput('buildArguments', false);
+        if (!this.util.isNullOrEmpty(buildArgumentsValue)) {
+            buildArguments = buildArgumentsValue.split(',');
+        }
+
         // Get Dockerfile to build, if provided, or check if one exists at the root of the provided application
         let dockerfilePath: string = this.toolHelper.getInput('dockerfilePath', false);
         if (this.util.isNullOrEmpty(dockerfilePath)) {
@@ -372,15 +378,15 @@ export class azurecontainerapps {
                 dockerfilePath = rootDockerfilePath;
             } else {
                 // No Dockerfile found or provided, build the image using the builder
-                await this.buildImageFromBuilderAsync(this.appSourcePath, this.imageToBuild);
+                await this.buildImageFromBuilderAsync(this.appSourcePath, this.imageToBuild, buildArguments);
             }
         } else {
             dockerfilePath = path.join(this.appSourcePath, dockerfilePath);
         }
 
         if (!this.util.isNullOrEmpty(dockerfilePath)) {
             // Build the image from the provided/discovered Dockerfile
-            await this.builderImageFromDockerfile(this.appSourcePath, dockerfilePath, this.imageToBuild);
+            await this.buildImageFromDockerfile(this.appSourcePath, dockerfilePath, this.imageToBuild, buildArguments);
         }
 
         // Push the image to the Container Registry
@@ -391,17 +397,41 @@ export class azurecontainerapps {
      * Builds a runnable application image using the builder.
      * @param appSourcePath - The path to the application source code.
      * @param imageToBuild - The name of the image to build.
+     * @param buildArguments - The build arguments to pass to the builder.
      */
-    private static async buildImageFromBuilderAsync(appSourcePath: string, imageToBuild: string) {
+    private static async buildImageFromBuilderAsync(appSourcePath: string, imageToBuild: string, buildArguments: string[]) {
         // Install the pack CLI
         await this.appHelper.installPackCliAsync();
-        this.toolHelper.writeInfo(`Successfully installed the pack CLI.`)
+        this.toolHelper.writeInfo(`Successfully installed the pack CLI.`);
+
+        // Enable experimental features for the pack CLI
+        await this.appHelper.enablePackCliExperimentalFeaturesAsync();
+        this.toolHelper.writeInfo(`Successfully enabled experimental features for the pack CLI.`);
+
+        // Define the environment variables that should be propagated to the builder
+        let environmentVariables: string[] = []
+
+        // Parse the given runtime stack input and export the platform and version to environment variables
+        const runtimeStack = this.toolHelper.getInput('runtimeStack', false);
+        if (!this.util.isNullOrEmpty(runtimeStack)) {
+            const runtimeStackSplit = runtimeStack.split(':');
+            const platformName = runtimeStackSplit[0] == "dotnetcore" ? "dotnet" : runtimeStackSplit[0];
+            const platformVersion = runtimeStackSplit[1];
+            environmentVariables.push(`ORYX_PLATFORM_NAME=${platformName}`);
+            environmentVariables.push(`ORYX_PLATFORM_VERSION=${platformVersion}`);
+        }
+
+        // Check if the user provided a builder stack to use
+        const builderStack = this.toolHelper.getInput('builderStack', false);
+
+        // Set the target port on the image produced by the builder
+        if (!this.util.isNullOrEmpty(this.targetPort)) {
+            environmentVariables.push(`ORYX_RUNTIME_PORT=${this.targetPort}`);
+        }
 
-        // Get the runtime stack if provided, or determine it using Oryx
-        this.runtimeStack = this.toolHelper.getInput('runtimeStack', false);
-        if (this.util.isNullOrEmpty(this.runtimeStack)) {
-            this.runtimeStack = await this.appHelper.determineRuntimeStackAsync(appSourcePath);
-            this.toolHelper.writeInfo(`Runtime stack determined to be: ${this.runtimeStack}`);
+        // Provide any additional build arguments to the builder
+        if (buildArguments.length > 0) {
+            environmentVariables = environmentVariables.concat(buildArguments);
         }
 
         this.toolHelper.writeInfo(`Building image "${imageToBuild}" using the Oryx++ Builder`);
@@ -410,7 +440,7 @@ export class azurecontainerapps {
         await this.appHelper.setDefaultBuilder();
 
         // Create a runnable application image
-        await this.appHelper.createRunnableAppImage(imageToBuild, appSourcePath, this.runtimeStack);
+        await this.appHelper.createRunnableAppImage(imageToBuild, appSourcePath, environmentVariables, builderStack);
 
         // If telemetry is enabled, log that the builder scenario was targeted for this task
         this.telemetryHelper.setBuilderScenario();
@@ -421,10 +451,15 @@ export class azurecontainerapps {
      * @param appSourcePath - The path to the application source code.
      * @param dockerfilePath - The path to the Dockerfile to build.
      * @param imageToBuild - The name of the image to build.
+     * @param buildArguments - The build arguments to pass to the Dockerfile.
      */
-    private static async builderImageFromDockerfile(appSourcePath: string, dockerfilePath: string, imageToBuild: string) {
+    private static async buildImageFromDockerfile(
+        appSourcePath: string,
+        dockerfilePath: string,
+        imageToBuild: string,
+        buildArguments: string[]) {
         this.toolHelper.writeInfo(`Building image "${imageToBuild}" using the provided Dockerfile`);
-        await this.appHelper.createRunnableAppImageFromDockerfile(imageToBuild, appSourcePath, dockerfilePath);
+        await this.appHelper.createRunnableAppImageFromDockerfile(imageToBuild, appSourcePath, dockerfilePath, buildArguments);
 
         // If telemetry is enabled, log that the Dockerfile scenario was targeted for this task
         this.telemetryHelper.setDockerfileScenario();
@@ -474,19 +509,10 @@ export class azurecontainerapps {
 
             // Handle setup for ingress values when enabled
             if (this.ingressEnabled) {
-                // Get the target port if provided, or determine it based on the application type
+                // Get the target port if provided, or set it to the default value
                 this.targetPort = this.toolHelper.getInput('targetPort', false);
-                if (this.util.isNullOrEmpty(this.targetPort)) {
-                    if (!this.util.isNullOrEmpty(this.runtimeStack) && this.runtimeStack.startsWith('python:')) {
-                        this.targetPort = '80';
-                    } else {
-                        this.targetPort = '8080';
-                    }
-
-                    this.toolHelper.writeInfo(`Default target port: ${this.targetPort}`);
-                }
 
-                // Set the target port to 80 if it was not provided or determined
+                // Set the target port to 80 if it was not provided
                 if (this.util.isNullOrEmpty(this.targetPort)) {
                     this.targetPort = '80';
                     this.toolHelper.writeInfo(`Default target port: ${this.targetPort}`);