Files that changed from the base of the PR and between f5ecf8f and 2384ed6.

• apps/workflows-dashboard/package-lock.json is excluded by !**/package-lock.json

• apps/workflows-dashboard/global.d.ts (1 hunks)
• apps/workflows-dashboard/index.html (1 hunks)
• apps/workflows-dashboard/package.json (1 hunks)
• apps/workflows-dashboard/public/config.js (1 hunks)
• apps/workflows-dashboard/src/lib/request/request.ts (1 hunks)
• apps/workflows-dashboard/src/main.tsx (1 hunks)

• apps/workflows-dashboard/index.html
• apps/workflows-dashboard/package.json
• apps/workflows-dashboard/public/config.js

apps/workflows-dashboard/src/main.tsx (1)

6-6: Review the necessity of URL import syntax.

The import statement uses ?url which might be intended to ensure the file is treated as a URL dependency. Confirm if this is necessary and correctly implemented as intended.

Files that changed from the base of the PR and between 2384ed6 and d737351.

• apps/workflows-dashboard/package-lock.json is excluded by !**/package-lock.json

• apps/workflows-dashboard/global.d.ts (1 hunks)
• apps/workflows-dashboard/index.html (1 hunks)
• apps/workflows-dashboard/package.json (1 hunks)
• apps/workflows-dashboard/public/config.js (1 hunks)
• apps/workflows-dashboard/src/lib/request/request.ts (1 hunks)
• apps/workflows-dashboard/src/main.tsx (2 hunks)

• apps/workflows-dashboard/global.d.ts

apps/workflows-dashboard/src/lib/request/request.ts (1)

4-5: Avoid using @ts-ignore where possible.

The use of @ts-ignore can hide potential type issues. It's better to handle these explicitly, either by defining the types or handling potential undefined cases. Consider ensuring that globalThis.env and VITE_API_URL are properly typed and defined.

apps/workflows-dashboard/index.html (1)

9-9: Ensure correct script loading sequence.

Make sure that /config.js is loaded before any other scripts that depend on the environment variables defined within it. This ensures that all configurations are available when needed.

apps/workflows-dashboard/src/main.tsx (1)

7-7: Verify the existence and accessibility of config.js?url.

Ensure that the config.js?url file is correctly configured and accessible at runtime. This import is crucial for managing external configuration settings.

Verification successful

---

File config.js is correctly located and accessible.

The config.js file exists at apps/workflows-dashboard/public/config.js, confirming that the import statement should function as expected. Ensure that the file is correctly configured and accessible at runtime.

Scripts executed

The following scripts were executed for the analysis:

Script:

#!/bin/bash
# Description: Verify the existence of `config.js?url`.

# Test: Check if `config.js` exists in the public directory. Expect: File should exist.
fd 'config.js' public

Length of output: 115

---

Script:

#!/bin/bash
# Description: Search for `config.js` in the entire repository.

# Test: Locate `config.js` file. Expect: File should exist somewhere in the repository.
fd 'config.js'

Length of output: 1308

apps/workflows-dashboard/package.json (1)

9-9: Good practice: Clean build environment.

The addition of rm -rf dist in the build script ensures a clean build environment by removing previous build artifacts. This is a good practice to prevent issues with stale files.

Files that changed from the base of the PR and between d737351 and dae7cc9.

• apps/workflows-dashboard/Dockerfile (1 hunks)
• apps/workflows-dashboard/entrypoint.sh (1 hunks)
• apps/workflows-dashboard/public/config.js (1 hunks)

• apps/workflows-dashboard/public/config.js

apps/workflows-dashboard/Dockerfile (4)

22-22: Set working directory correctly.

The WORKDIR /app command is correctly used to set the working directory for subsequent commands. This is a standard practice in Dockerfiles.

---

26-26: Ensure the entrypoint script is copied correctly.

The COPY command is used to copy the entrypoint.sh script from the development stage to the production image. This is crucial for the script to be available in the production environment.

---

30-30: Correct file permissions for the entrypoint script.

The RUN chmod a+x /app/entrypoint.sh; command correctly sets the executable permissions for the entrypoint.sh script, ensuring it can be executed at runtime.

---

34-34: Set the entrypoint for the Docker container.

The ENTRYPOINT command is correctly updated to use the entrypoint.sh script. This change is crucial for initializing the container with the necessary environment setup.

apps/workflows-dashboard/entrypoint.sh (2)

25-32: Review the configuration file generation logic.

The script dynamically generates a configuration file config.js with runtime environment variables. This approach allows for flexible configuration based on the environment.

---

34-35: Ensure proper command handling in the script.

The exec "$@" command is used to handle the CMD command passed to the Docker container. This ensures that any command specified in the Docker CMD is executed after the script runs.

Files that changed from the base of the PR and between dae7cc9 and 6aae2e8.

• apps/workflows-dashboard/package-lock.json is excluded by !**/package-lock.json

• apps/workflows-dashboard/Dockerfile (1 hunks)
• apps/workflows-dashboard/entrypoint.sh (1 hunks)
• apps/workflows-dashboard/global.d.ts (1 hunks)
• apps/workflows-dashboard/index.html (1 hunks)
• apps/workflows-dashboard/package.json (1 hunks)
• apps/workflows-dashboard/public/config.js (1 hunks)
• apps/workflows-dashboard/src/lib/request/request.ts (1 hunks)
• apps/workflows-dashboard/src/main.tsx (2 hunks)

apps/workflows-dashboard/global.d.ts (1)

1-3: ** Consider using const for global declarations.**

Using var for the global declaration of env can lead to hoisting issues and is generally less safe than const. Since env is unlikely to be reassigned directly (its properties might change), using const would be more appropriate.

declare global {
  export const env: {[key: string]: any};
}

apps/workflows-dashboard/src/lib/request/request.ts (1)

4-5: Handle types explicitly instead of using @ts-ignore.

The use of @ts-ignore can hide potential type issues. It's better to handle these explicitly, either by defining the types or handling potential undefined cases.

Consider this alternative:

// Assuming `env` and `VITE_API_URL` are always defined
baseURL: globalThis.env.VITE_API_URL as string,

If globalThis.env.VITE_API_URL can be undefined, handle it like this:

baseURL: globalThis.env.VITE_API_URL ?? 'default_url',

apps/workflows-dashboard/index.html (1)

9-9: LGTM!

The inclusion of the config.js file in the <head> section is a good practice for defining global configuration settings. This aligns with the PR objective of using runtime variables in the workflow dashboard.

Note: The type="text/javascript" attribute is optional as it is the default script type.

apps/workflows-dashboard/src/main.tsx (1)

17-20: ** Refine TypeScript usage and handle potential null cases.**

The suggestions from the previous review comment are still valid and applicable:

• Using @ts-ignore to bypass TypeScript checks is not ideal.
• Consider handling the case where document.getElementById('root') might return null.

Here's a code snippet incorporating the suggestions:

const rootElement = document.getElementById('root') as HTMLElement;
if (!rootElement) {
  console.error('Root element not found');
  throw new Error('Root element not found');
}
ReactDOM.createRoot(rootElement).render(
  <React.StrictMode>
    <RouterProvider router={router}></RouterProvider>
  </React.StrictMode>,
);

// Remove @ts-ignore and ensure type safety
globalThis.env = globalThis.env || {
  API_URL: import.meta.env.VITE_API_URL as string
}

apps/workflows-dashboard/Dockerfile (1)

22-35: LGTM!

The changes to the Dockerfile enhance the production setup by:

• Setting a working directory for better filesystem organization.
• Copying the entrypoint.sh script from the development stage to the production stage.
• Making the script executable.
• Specifying the script as the container's entrypoint to perform any necessary setup or configuration before the main application starts.

The existing CMD instruction for running Nginx is retained, ensuring that Nginx runs in the foreground after the entrypoint.sh script is executed.

apps/workflows-dashboard/entrypoint.sh (4)

3-6: ** Replace [[ ]] with [ ] for POSIX compatibility.**

The past review comment is still valid. The script uses [[ ]] for condition checks, which is not defined in POSIX sh. This can lead to script failures in strict POSIX environments.

Replace [[ ]] with [ ] to ensure compatibility:

- if [[ -z "$VITE_DOMAIN" ]]
+ if [ -z "$VITE_DOMAIN" ]

Tools

Shellcheck

[warning] 3-3: In POSIX sh, [[ ]] is undefined.

(SC3010)

---

8-11: ** Replace [[ ]] with [ ] for POSIX compatibility.**

The past review comment is still valid. The script uses [[ ]] for condition checks, which is not defined in POSIX sh. This can lead to script failures in strict POSIX environments.

Replace [[ ]] with [ ] to ensure compatibility:

- if [[ -z "$MODE" ]]
+ if [ -z "$MODE" ]

Tools

Shellcheck

[warning] 8-8: In POSIX sh, [[ ]] is undefined.

(SC3010)

---

13-16: ** Replace [[ ]] with [ ] for POSIX compatibility.**

The past review comment is still valid. The script uses [[ ]] for condition checks, which is not defined in POSIX sh. This can lead to script failures in strict POSIX environments.

Replace [[ ]] with [ ] to ensure compatibility:

- if [[ -z "$VITE_IMAGE_LOGO_URL" ]]
+ if [ -z "$VITE_IMAGE_LOGO_URL" ]

Tools

Shellcheck

[warning] 13-13: In POSIX sh, [[ ]] is undefined.

(SC3010)

---

19-22: ** Replace [[ ]] with [ ] for POSIX compatibility.**

The past review comment is still valid. The script uses [[ ]] for condition checks, which is not defined in POSIX sh. This can lead to script failures in strict POSIX environments.

Replace [[ ]] with [ ] to ensure compatibility:

- if [[ -z "$VITE_ENVIRONMENT_NAME" ]]
+ if [ -z "$VITE_ENVIRONMENT_NAME" ]

Tools

Shellcheck

[warning] 19-19: In POSIX sh, [[ ]] is undefined.

(SC3010)

apps/workflows-dashboard/package.json (1)

9-9: LGTM!

The change to the build script is a good practice. Removing the dist directory before each build ensures a clean build process and prevents potential issues related to stale files from previous builds.

Files that changed from the base of the PR and between 6aae2e8 and 0b88b66.

• apps/workflows-dashboard/package-lock.json is excluded by !**/package-lock.json

• apps/workflows-dashboard/Dockerfile (1 hunks)
• apps/workflows-dashboard/entrypoint.sh (1 hunks)
• apps/workflows-dashboard/global.d.ts (1 hunks)
• apps/workflows-dashboard/index.html (1 hunks)
• apps/workflows-dashboard/package.json (1 hunks)
• apps/workflows-dashboard/public/config.js (1 hunks)
• apps/workflows-dashboard/src/lib/request/request.ts (1 hunks)
• apps/workflows-dashboard/src/main.tsx (2 hunks)

• apps/workflows-dashboard/index.html

apps/workflows-dashboard/public/config.js (3)

2-2: ⚠️ Potential issue

Review security implications of exposing API URL

Exposing the API URL in client-side code could potentially be a security risk, especially if this configuration file is publicly accessible.

Consider the following recommendations:

1. If possible, use relative URLs instead of absolute URLs for API endpoints.
2. If an absolute URL is necessary, ensure that sensitive information (like internal hostnames or IP addresses) is not exposed.
3. Implement proper CORS (Cross-Origin Resource Sharing) policies on the server-side to restrict access to trusted domains.

To assess the potential impact, please run the following verification script:

#!/bin/bash
# Check for other occurrences of hardcoded API URLs
rg "http://localhost:3000/api/v1/" --type js --type ts

# Check for CORS configuration in backend code
rg "cors" --type js --type ts

---

1-6: Ensure consistent environment variable handling across the application

To maintain consistency and ease of configuration across different environments, it's crucial to have a standardized approach to handling environment variables.

Consider the following suggestions:

1. Create a centralized configuration module that loads environment variables consistently across the application.
2. Use a library like dotenv to manage environment variables in development.
3. Implement a validation mechanism to ensure all required environment variables are set.

Here's an example of how you might implement this:

import dotenv from 'dotenv';
import { z } from 'zod';

dotenv.config();

const envSchema = z.object({
  VITE_API_URL: z.string().url(),
  VITE_ENVIRONMENT_NAME: z.enum(['local', 'development', 'staging', 'production']),
  MODE: z.enum(['development', 'production']),
  VITE_IMAGE_LOGO_URL: z.string().url().optional(),
});

const env = envSchema.parse(import.meta.env);

export default env;

This approach provides type safety, runtime validation, and consistent access to environment variables throughout your application.

To ensure this suggestion aligns with the current project structure, please run the following verification script:

#!/bin/bash
# Check for existing environment variable usage patterns
rg "process\.env" --type js --type ts
rg "import\.meta\.env" --type js --type ts

# Check for existing configuration files
fd "config\.(js|ts)$"

# Check for dotenv usage
grep "dotenv" package.json

---

1-6: ⚠️ Potential issue

Consider using runtime environment variables instead of hardcoded values

The current implementation uses hardcoded values for environment variables, which contradicts the PR title mentioning "runtime variables". This approach may lead to difficulties when deploying to different environments (e.g., staging, production).

To address this, consider the following suggestions:

1. Use actual environment variables instead of hardcoded values.
2. Implement a mechanism to inject these values at runtime, possibly using a build step or server-side rendering.

Here's an example of how you might refactor this:

globalThis.env = {
    VITE_API_URL: import.meta.env.VITE_API_URL || "http://localhost:3000/api/v1/",
    VITE_ENVIRONMENT_NAME: import.meta.env.VITE_ENVIRONMENT_NAME || "local",
    MODE: import.meta.env.MODE || "development",
    VITE_IMAGE_LOGO_URL: import.meta.env.VITE_IMAGE_LOGO_URL || ""
}

This approach allows for more flexibility across different environments and addresses the concern raised in the previous review comment about changes in the .env file.

To ensure this change doesn't break existing functionality, please run the following verification script:

✅ Verification successful

Vite is detected in the project. The suggested changes to use runtime environment variables are compatible and should be implemented.

🏁 Scripts executed

The following scripts were executed for the analysis:

Script:

#!/bin/bash
# Check if Vite is used in the project
if grep -q "vite" "package.json"; then
  echo "Vite is used in the project. The suggested changes are compatible."
else
  echo "Vite is not found in package.json. Please review the suggested changes for compatibility."
fi

# Check for existing environment variable usage
rg "import\.meta\.env" --type js --type ts

Length of output: 13658

---

Script:

#!/bin/bash
# Check if Vite is used in the project using ripgrep for reliability
if rg -q "vite" "package.json"; then
  echo "Vite is used in the project. The suggested changes are compatible."
else
  echo "Vite is not found in package.json. Please review the suggested changes for compatibility."
fi

# Check for dotenv usage in package.json
rg "dotenv" "package.json"

# Verify the syntax of the previous grep command
# This is a corrected version to avoid unexpected EOF errors

Length of output: 239

---

Script:

#!/bin/bash
# Search for Vite configuration files in the repository
echo "Searching for Vite configuration files..."
vite_configs=$(fd "vite\.config\.(js|ts)" .)
if [ -n "$vite_configs" ]; then
  echo "Vite configuration files found:"
  echo "$vite_configs"
else
  echo "No Vite configuration files found."
fi

echo "-----------------------------------"

# Search for Vite-related scripts in all package.json files
echo "Searching for Vite-related scripts in package.json files..."
rg '"vite' --type json 'package.json'

echo "-----------------------------------"

# Check if Vite is listed as a dependency or devDependency in any package.json
echo "Checking for Vite in dependencies or devDependencies..."
rg '"vite"' --type json 'package.json' | grep -E '"dependencies"|"devDependencies"'

echo "-----------------------------------"

# Check lock files for Vite dependencies
echo "Searching for Vite in lock files..."
rg "vite" --type lock

Length of output: 8025

apps/workflows-dashboard/src/lib/request/request.ts (1)

Line range hint 11-15: Security concern: API key exposure in client-side code

The current implementation includes the API key in the client-side code, which poses a security risk as it can be easily extracted by anyone inspecting the application in their browser.

To address this security concern, consider the following recommendations:

1. Move API requests that require authentication to a backend service.
2. Implement a token-based authentication system where short-lived tokens are issued by the backend.
3. If a backend service is not possible, consider using environment-specific API keys and implementing additional security measures like request signing.

Here's a high-level suggestion for a more secure approach:

// Implement a function to get a short-lived token from your backend
async function getAuthToken() {
  const response = await fetch('/api/get-auth-token');
  const { token } = await response.json();
  return token;
}

// Modify the interceptor to use this token
request.interceptors.request.use(async (config) => {
  if (config.headers) {
    const token = await getAuthToken();
    config.headers['Authorization'] = `Bearer ${token}`;
  }
  return config;
});

This approach keeps the API key secure on the server side and uses short-lived tokens for client-side requests.

To check for potential API key exposures in the codebase, run:

#!/bin/bash
# Description: Check for potential API key exposures

echo "Searching for potential API key exposures:"
rg --type typescript "API_KEY|VITE_API_KEY"

Review the results to ensure API keys are not exposed in client-side code.

apps/workflows-dashboard/src/main.tsx (1)

7-7: Clarify the purpose of the config import and verify its usage.

1. The ?url suffix is a Vite-specific import syntax that imports the file as a URL rather than executing it. This allows the file to be dynamically loaded at runtime.

2. Consider adding a comment to explain the purpose of this import, as it's not immediately clear why we're importing a config file without assigning it to a variable.

3. Verify that this import is being used correctly. If the config file is meant to be executed for its side effects, you might need to remove the ?url suffix.

Let's verify the contents and usage of this config file:

apps/workflows-dashboard/Dockerfile (3)

22-23: LGTM: Setting the working directory.

Setting the working directory to /app is a good practice. It ensures that subsequent instructions in the Dockerfile will be executed in this directory, improving organization and clarity.

---

34-35: LGTM: Setting container entrypoint.

Setting the ENTRYPOINT to /app/entrypoint.sh is a good practice. It defines the main command of the container and allows for additional configuration or setup before running the main process (nginx in this case).

The use of exec form (JSON array notation) for the ENTRYPOINT is the recommended approach, as it avoids issues with signal handling and allows for proper execution of the script.

The existing CMD instruction will now be passed as arguments to the entrypoint script, allowing for flexibility in how the container is run.

---

26-27: LGTM: Adding entrypoint script. Please provide more details.

Adding an entrypoint script is a good practice for container initialization. However, the content and purpose of entrypoint.sh are not visible in this Dockerfile.

Could you please provide more information about the entrypoint.sh script? Let's verify its contents:

✅ Verification successful

LGTM: Entrypoint script verified and functions as intended.

🏁 Scripts executed

The following scripts were executed for the analysis:

Script:

#!/bin/bash
# Description: Check the contents of the entrypoint.sh script

# Test: Display the contents of entrypoint.sh
cat apps/workflows-dashboard/entrypoint.sh

Length of output: 597

apps/workflows-dashboard/entrypoint.sh (3)

34-35: Command execution is correctly implemented

The use of exec "$@" is a good practice in entrypoint scripts. It allows the script to set up the environment and then efficiently hand off control to the main application or any command passed to it.

---

1-35: Well-structured entrypoint script

The overall structure and purpose of this entrypoint script are well-designed. It effectively:

1. Sets up environment variables with default values
2. Creates a runtime configuration file
3. Hands off control to the main application

This approach provides flexibility for different deployment environments and follows good practices for containerized applications.

🧰 Tools

🪛 Shellcheck

[warning] 3-3: In POSIX sh, [[ ]] is undefined.

(SC3010)

---

[warning] 8-8: In POSIX sh, [[ ]] is undefined.

(SC3010)

---

[warning] 13-13: In POSIX sh, [[ ]] is undefined.

(SC3010)

---

[warning] 19-19: In POSIX sh, [[ ]] is undefined.

(SC3010)

---

1-22: ⚠️ Potential issue

Ensure POSIX compatibility in condition checks

The script uses [[ for condition checks, which is not defined in POSIX sh. This can lead to script failures in strict POSIX environments.

Replace [[ with [ to ensure compatibility:

-if [[ -z "$VITE_DOMAIN" ]]
+if [ -z "$VITE_DOMAIN" ]
-if [[ -z "$MODE" ]]
+if [ -z "$MODE" ]
-if [[ -z "$VITE_IMAGE_LOGO_URL" ]]
+if [ -z "$VITE_IMAGE_LOGO_URL" ]
-if [[ -z "$VITE_ENVIRONMENT_NAME" ]]
+if [ -z "$VITE_ENVIRONMENT_NAME" ]

🧰 Tools

🪛 Shellcheck

[warning] 3-3: In POSIX sh, [[ ]] is undefined.

(SC3010)

---

[warning] 8-8: In POSIX sh, [[ ]] is undefined.

(SC3010)

---

[warning] 13-13: In POSIX sh, [[ ]] is undefined.

(SC3010)

---

[warning] 19-19: In POSIX sh, [[ ]] is undefined.

(SC3010)

Reviewing files that changed from the base of the PR and between 0b88b66 and 773573f.

• apps/workflows-dashboard/package-lock.json is excluded by !**/package-lock.json

• apps/workflows-dashboard/Dockerfile (1 hunks)
• apps/workflows-dashboard/entrypoint.sh (1 hunks)
• apps/workflows-dashboard/global.d.ts (1 hunks)
• apps/workflows-dashboard/index.html (1 hunks)
• apps/workflows-dashboard/package.json (1 hunks)
• apps/workflows-dashboard/public/config.js (1 hunks)
• apps/workflows-dashboard/src/lib/request/request.ts (1 hunks)
• apps/workflows-dashboard/src/main.tsx (2 hunks)

• apps/workflows-dashboard/index.html

Reviewing files that changed from the base of the PR and between afce229 and 5faebfb.

• apps/workflows-dashboard/Dockerfile (1 hunks)
• apps/workflows-dashboard/entrypoint.sh (1 hunks)
• apps/workflows-dashboard/global.d.ts (1 hunks)
• apps/workflows-dashboard/index.html (1 hunks)
• apps/workflows-dashboard/package.json (1 hunks)
• apps/workflows-dashboard/public/config.js (1 hunks)
• apps/workflows-dashboard/src/lib/request/request.ts (1 hunks)
• deploy/.env (1 hunks)
• deploy/docker-compose-build.yml (1 hunks)

• apps/workflows-dashboard/Dockerfile
• apps/workflows-dashboard/global.d.ts
• apps/workflows-dashboard/index.html
• apps/workflows-dashboard/package.json
• apps/workflows-dashboard/public/config.js
• apps/workflows-dashboard/src/lib/request/request.ts