risadmin_prod/authsec_angular
1
0
Fork 0
Code Issues Pull Requests Actions Packages Projects Releases Wiki Activity

Upload files to "frontend/angular-clarity-master/.sureai"

Browse Source
This commit is contained in:
risadmin_prod 2025-09-17 09:27:16 +00:00
parent 301811176c
commit 140a6d077e
5 changed files with 388 additions and 0 deletions
Show Stats Download Patch File Download Diff File Expand all files Collapse all files

68
frontend/angular-clarity-master/.sureai/.bmad_breakdown.md Normal file
View File

@ -0,0 +1,68 @@
### bmad_breakdown.md
**BMAD Breakdown for "Angular Clarity Boilerplate":**
**B - Business Understanding:**
* **Goal:** To provide a robust and scalable boilerplate for developing Angular applications using the Clarity Design System.
* **Target Audience:** Angular developers looking to quickly start new projects with a pre-configured, best-practice project structure.
* **Key Features:**
* Pre-configured Angular project with Clarity Design System.
* Responsive layout and navigation.
* Scalable architecture with core and shared modules.
* Example components and routing.
* **Monetization/Value:** An open-source project that accelerates development, ensures consistency, and reduces setup time.
**M - Model Definition:**
* **Data Model (Example):**
* `User`:
* `id` (unique identifier)
* `username` (string)
* `email` (string)
* `Product`:
* `id` (unique identifier)
* `name` (string)
* `description` (string)
* `price` (number)
* **User Interface (UI) Model:**
* **Layout:** Main layout with a header, sidebar, and content area.
* **Navigation:** Vertical navigation in the sidebar with collapsible sections.
* **Header:** Main header with branding and user profile/actions.
* **Components:** Examples of Clarity components such as data grids, forms, modals, and alerts.
* **API Model (Example - to be implemented by the developer):**
* `GET /api/users`: Retrieve a list of users.
* `GET /api/users/{id}`: Retrieve a single user.
* `POST /api/users`: Create a new user.
* `PUT /api/users/{id}`: Update an existing user.
* `DELETE /api/users/{id}`: Delete a user.
**A - Architecture Design:**
* **Frontend:** Angular, TypeScript, HTML, SCSS.
* **UI Framework:** Clarity Design System.
* **State Management (Optional - to be integrated):** NgRx or other state management libraries.
* **Backend:** This is a frontend boilerplate and is backend-agnostic. It can be connected to any backend (e.g., Node.js, Python, Java) via RESTful or GraphQL APIs.
* **Database:** Not applicable for the frontend boilerplate.
* **Deployment:** Can be deployed to any static web hosting service (e.g., Firebase Hosting, Netlify, Vercel, AWS S3).
**D - Development Plan:**
* **Phase 1: Initial Setup & Customization**
* Clone the boilerplate repository.
* Install dependencies.
* Customize the theme (branding, colors, logos).
* Configure environment variables.
* **Phase 2: Feature Development**
* Create new feature modules.
* Develop components using Clarity components.
* Implement routing for new pages.
* Integrate with backend APIs.
* Add state management if needed.
* **Phase 3: Testing**
* Write unit tests for components and services.
* Write end-to-end tests for user flows.
* **Phase 4: Build & Deployment**
* Build the application for production.
* Deploy to a hosting service.
* Set up CI/CD pipelines for automated builds and deployments.

59
frontend/angular-clarity-master/.sureai/.bmad_plan.md Normal file
View File

@ -0,0 +1,59 @@
**BMAD Plan for "Angular Clarity Boilerplate":**
**Project Title:** Angular Clarity Boilerplate
**Project Goal:** To provide developers with a feature-rich, scalable, and easy-to-use boilerplate for building enterprise-grade Angular applications with the Clarity Design System.
**Key Deliverables:**
1. A pre-configured Angular project.
2. Integration with the Clarity Design System.
3. A responsive layout with a header, sidebar, and content area.
4. Example modules (core, shared) and components.
5. A clear and well-documented project structure.
**Technology Stack:**
* **Frontend:** Angular, TypeScript, HTML, SCSS.
* **UI Framework:** Clarity Design System.
* **Package Manager:** npm.
* **Build Tool:** Angular CLI.
**Phased Approach:**
**Phase 1: Project Setup and Core Architecture (Estimated: 1 day)**
* **Task 1.1:** Initialize a new Angular project.
* **Task 1.2:** Integrate the Clarity Design System.
* **Task 1.3:** Set up the core and shared modules.
* **Task 1.4:** Create the main layout component with a header, sidebar, and content area.
**Phase 2: Navigation and Routing (Estimated: 1 day)**
* **Task 2.1:** Implement the main routing module (`app-routing.module.ts`).
* **Task 2.2:** Create a navigation service to manage sidebar menu items.
* **Task 2.3:** Add example routes and components (e.g., dashboard, about page).
* **Task 2.4:** Implement lazy loading for feature modules.
**Phase 3: Example Components and Theming (Estimated: 2 days)**
* **Task 3.1:** Create example components using various Clarity components (datagrid, forms, modals, etc.).
* **Task 3.2:** Implement a theme service for switching between light and dark themes.
* **Task 3.3:** Add custom styles and branding.
**Phase 4: Documentation and Finalization (Estimated: 1 day)**
* **Task 4.1:** Write a comprehensive `README.txt` file.
* **Task 4.2:** Add comments and documentation to the code.
* **Task 4.3:** Clean up the codebase and remove any unnecessary files.
**Testing Strategy:**
* **Unit Tests:** Use Jasmine and Karma to write unit tests for components and services.
* **End-to-End Tests:** Use Protractor or Cypress for end-to-end testing of user flows.
* **Manual Testing:** Perform manual testing to ensure the application is working as expected.
**Assumptions:**
* The developer has a basic understanding of Angular and the Clarity Design System.
* The developer has Node.js and the Angular CLI installed.

60
frontend/angular-clarity-master/.sureai/.directory_structure.md Normal file
View File

@ -0,0 +1,60 @@
# Directory Structure for Angular Clarity Boilerplate
This document outlines the directory structure for the Angular Clarity boilerplate project.
/
├── .vscode/ # VSCode settings
├── node_modules/ # Node.js modules
├── src/ # Application source code
│ ├── app/ # Application components and modules
│ │ ├── core/ # Core module (singleton services, guards, etc.)
│ │ ├── shared/ # Shared module (common components, pipes, etc.)
│ │ ├── app-routing.module.ts
│ │ ├── app.component.html
│ │ ├── app.component.scss
│ │ └── app.module.ts
│ ├── assets/ # Static assets (images, icons, etc.)
│ ├── environments/ # Environment-specific configuration
│ ├── index.html # Main HTML file
│ ├── main.ts # Main entry point
│ └── styles.scss # Global styles
├── .editorconfig # Editor configuration
├── .gitignore # Git ignore file
├── angular.json # Angular CLI configuration
├── package.json # Project dependencies and scripts
├── README.txt # Project README file ignore the README.md file
└── tsconfig.json # TypeScript configuration
## Detailed Content and Customizations:
### Project Root: `/`
- This is the base directory for the entire Angular Clarity boilerplate.
### `.vscode/`
- Contains VSCode-specific settings to help with development consistency.
### `node_modules/`
- Contains all the npm packages and dependencies for the project.
### `src/`
- Contains the main source code for the application.
- `app/`: The root component and module for the application.
- `core/`: Provides singleton services and modules that are used across the application.
- `shared/`: Contains shared components, directives, and pipes.
- `app-routing.module.ts`: Defines the main routes for the application.
- `app.component.html`: The main HTML template for the root component.
- `app.component.scss`: The main stylesheet for the root component.
- `app.module.ts`: The root module that ties everything together.
- `assets/`: Contains static assets like images, fonts, and icons.
- `environments/`: Contains environment-specific configuration files (e.g., for development and production).
- `index.html`: The main HTML file that is served to the browser.
- `main.ts`: The main entry point for the application.
- `styles.scss`: The global stylesheet for the application.
### Root Level Configuration Files:
- These files are crucial for the project's configuration, build process, and development environment.
- `.editorconfig`: Ensures consistent coding styles across different editors.
- `.gitignore`: Specifies which files and folders should be ignored by Git.
- `angular.json`: The configuration file for the Angular CLI.
- `package.json`: Defines the project's dependencies and scripts.
- `README.txt`: The main documentation file for the project.
- `tsconfig.json`: The configuration file for the TypeScript compiler.

63
frontend/angular-clarity-master/.sureai/analysis_document.md Normal file
View File

@ -0,0 +1,63 @@
# Analysis Document
Generated: Tuesday, September 16, 2025
## Project Overview
The project is an **Angular Clarity Boilerplate**, designed to serve as a foundational template for building modern, scalable, and feature-rich web applications. It provides a pre-configured Angular project integrated with the VMware Clarity Design System, enabling developers to kickstart new projects with a robust and consistent architecture, thereby accelerating the development lifecycle.
## Business Analysis
The primary business need is to **streamline the initial setup phase of new Angular projects** within an organization or for individual developers. The target audience is **Angular developers and development teams** who require a standardized, best-practice project structure. The value proposition is centered around increasing development efficiency, enforcing UI/UX consistency through the Clarity Design System, and reducing the boilerplate code that developers need to write for every new project.
## User Requirements (Developer Requirements)
The "users" of this boilerplate are developers. Their core requirements are:
- Developers must be able to **quickly set up a new project** by cloning the repository and installing dependencies.
- Developers must be provided with a **clear and understandable project structure** that promotes scalability and maintainability.
- The boilerplate must include a **pre-built, responsive application layout** (e.g., header, sidebar, content area).
- Developers must have access to **pre-configured core and shared modules** for common functionalities like services, guards, and reusable components.
- The boilerplate must be **easily extendable** with new feature modules and components.
## Functional Requirements
The boilerplate will provide the following functional capabilities out-of-the-box:
- **Pre-configured Angular Environment:** A ready-to-use Angular CLI project with all necessary dependencies and build configurations.
- **Clarity Design System Integration:** Full integration of Clarity UI components and styles, ready for immediate use.
- **Scalable Architecture:** A modular structure featuring a `CoreModule` for singleton services and a `SharedModule` for reusable UI components, directives, and pipes.
- **Responsive Layout:** A default application shell with a responsive header, navigation sidebar, and main content area.
- **Routing:** A pre-configured routing module with examples of lazy-loaded feature modules.
- **Theming:** Basic support for Clarity's light and dark themes.
## Non-Functional Requirements
- **Performance:** The initial boilerplate should be lightweight, ensuring fast development server startup times and optimized production builds.
- **Usability (Developer Experience):** The codebase must be clean, well-commented, and logically organized to provide an excellent developer experience.
- **Maintainability:** The modular architecture must facilitate easy updates to dependencies and allow for the addition of new features without introducing breaking changes to the core structure.
- **Scalability:** The architecture is designed to support the growth of large, enterprise-scale applications.
- **Extensibility:** The boilerplate should be easy to customize and extend with additional libraries, modules, and configurations as per project-specific needs.
## User Stories (Developer Stories)
### User Story 1: Quick Project Initialization
- **As a developer, I want to clone the repository and run `npm install` and `ng serve` to get a live development server running, so that I can bypass manual setup and start building features immediately.**
- **Acceptance Criteria:**
- Given I have Node.js and Angular CLI installed,
- When I clone the repository, install dependencies, and run the start command,
- Then the application compiles successfully and is accessible in my browser at `localhost:4200`.
### User Story 2: Add a New Feature
- **As a developer, I want to create a new lazy-loaded feature module with its own components and routing, so that I can add new sections to the application in a scalable way.**
- **Acceptance Criteria:**
- Given the boilerplate is running,
- When I use the Angular CLI to generate a new module and add it to the main routing configuration,
- Then I can navigate to the new feature's route, and its components are rendered correctly.
### User Story 3: Utilize Shared Components
- **As a developer, I want to use a component from the `SharedModule` within a new feature module, so that I can reuse common UI elements and maintain consistency.**
- **Acceptance Criteria:**
- Given I have a new feature module,
- When I import the `SharedModule` into my feature module,
- Then I can use the shared components (e.g., a custom card or loader) in my feature's templates without errors.
## Business Rules (Architectural Principles)
- Singleton services (e.g., logging, authentication) must be provided in the `CoreModule`.
- Reusable components, pipes, and directives that do not have a dependency on services must be declared and exported in the `SharedModule`.
- All major application features should be encapsulated within their own lazy-loaded modules.
- Environment-specific variables (e.g., API endpoints) must be managed in the `environments` folder.

138
frontend/angular-clarity-master/.sureai/architecture_document.md Normal file
View File

@ -0,0 +1,138 @@
# Architecture Document
Generated: Tuesday, September 16, 2025
## System Overview
The Angular Clarity Boilerplate is a frontend-only, single-page application (SPA) template. It is designed to serve as a foundational starting point for developing enterprise-grade web applications. The system provides a pre-configured, modular, and scalable architecture using the Angular framework and is visually styled with the VMware Clarity Design System. Its primary purpose is to accelerate development by providing a structured and feature-rich starting point.
## Architecture Pattern
The boilerplate is built upon a **Component-Based Architecture**, which is fundamental to the Angular framework. The UI is composed of a tree of reusable and encapsulated components.
The overall architectural pattern follows best practices for scalable Angular applications, emphasizing a **Modular Design**. The application is segregated into a `CoreModule`, a `SharedModule`, and is designed for the addition of multiple `FeatureModules`. This structure promotes separation of concerns, reusability, and maintainability.
## Component Design (Frontend)
- **AppModule:** The root module of the application, responsible for bootstrapping the `AppComponent` and importing essential modules like the `CoreModule` and `AppRoutingModule`.
- **AppComponent:** The main application shell component. It contains the primary layout, including the Clarity header, sidebar navigation, and the main content area where routed components are displayed via `<router-outlet>`.
- **CoreModule:** This module is designed to be imported only once by the `AppModule`. It contains singleton services, route guards, and other one-time setup logic (e.g., HTTP interceptors). This pattern prevents services from being provided multiple times across the application.
- **SharedModule:** This module contains commonly used components, directives, and pipes that can be reused across different feature modules. It is imported by feature modules whenever they need access to these shared elements. It primarily exports common Angular modules (like `CommonModule`, `FormsModule`) and Clarity UI modules.
- **Feature Modules (Conceptual):** The architecture is designed for developers to create new feature modules (e.g., `DashboardModule`, `AdminModule`). These modules encapsulate all the components, services, and routing related to a specific business domain. They are typically **lazy-loaded** to improve initial application load performance.
## Data Architecture
### Primary Database
- Not applicable. As a frontend-only boilerplate, this project does not include a database. It is designed to connect to any backend with a data persistence layer.
### Data Model (Client-Side)
- Data models will be defined using **TypeScript interfaces or classes** within feature modules. These models will represent the structure of data objects retrieved from or sent to the backend API.
- **Example `User` model:**
```typescript
export interface User {
id: number;
name: string;
email: string;
role: 'admin' | 'user';
}
Of course. Here is the architecture_document.md for the Angular Clarity boilerplate project, presented in a single code block for easy copying.
Markdown
# Architecture Document
Generated: Tuesday, September 16, 2025
## System Overview
The Angular Clarity Boilerplate is a frontend-only, single-page application (SPA) template. It is designed to serve as a foundational starting point for developing enterprise-grade web applications. The system provides a pre-configured, modular, and scalable architecture using the Angular framework and is visually styled with the VMware Clarity Design System. Its primary purpose is to accelerate development by providing a structured and feature-rich starting point.
## Architecture Pattern
The boilerplate is built upon a **Component-Based Architecture**, which is fundamental to the Angular framework. The UI is composed of a tree of reusable and encapsulated components.
The overall architectural pattern follows best practices for scalable Angular applications, emphasizing a **Modular Design**. The application is segregated into a `CoreModule`, a `SharedModule`, and is designed for the addition of multiple `FeatureModules`. This structure promotes separation of concerns, reusability, and maintainability.
## Component Design (Frontend)
- **AppModule:** The root module of the application, responsible for bootstrapping the `AppComponent` and importing essential modules like the `CoreModule` and `AppRoutingModule`.
- **AppComponent:** The main application shell component. It contains the primary layout, including the Clarity header, sidebar navigation, and the main content area where routed components are displayed via `<router-outlet>`.
- **CoreModule:** This module is designed to be imported only once by the `AppModule`. It contains singleton services, route guards, and other one-time setup logic (e.g., HTTP interceptors). This pattern prevents services from being provided multiple times across the application.
- **SharedModule:** This module contains commonly used components, directives, and pipes that can be reused across different feature modules. It is imported by feature modules whenever they need access to these shared elements. It primarily exports common Angular modules (like `CommonModule`, `FormsModule`) and Clarity UI modules.
- **Feature Modules (Conceptual):** The architecture is designed for developers to create new feature modules (e.g., `DashboardModule`, `AdminModule`). These modules encapsulate all the components, services, and routing related to a specific business domain. They are typically **lazy-loaded** to improve initial application load performance.
## Data Architecture
### Primary Database
- Not applicable. As a frontend-only boilerplate, this project does not include a database. It is designed to connect to any backend with a data persistence layer.
### Data Model (Client-Side)
- Data models will be defined using **TypeScript interfaces or classes** within feature modules. These models will represent the structure of data objects retrieved from or sent to the backend API.
- **Example `User` model:**
```typescript
export interface User {
id: number;
name: string;
email: string;
role: 'admin' | 'user';
}
Data Flow
API Call: A component's method calls a function in its corresponding service (e.g., userService.getUsers()).
Service Layer: The service uses Angular's HttpClient to make an HTTP request to the backend API.
Data Retrieval: The service receives the HTTP response and typically returns an Observable of the data, typed with the appropriate TypeScript interface.
Component Update: The component subscribes to the Observable. Once the data is received, it updates its local state, triggering Angular's change detection to re-render the template and display the new data.
API Design (Backend Communication)
This boilerplate is backend-agnostic. It is designed to communicate with any backend that exposes a RESTful or GraphQL API.
Communication Protocol
HTTP/HTTPS: Communication is handled via standard HTTP requests using Angular's HttpClient service.
Example Service Implementation
An example of a service making API calls:
// in user.service.ts
import { Injectable } from '@angular/core';
import { HttpClient } from '@angular/common/http';
import { Observable } from 'rxjs';
import { User } from '../models/user.model';
import { environment } from '../../environments/environment';
@Injectable({
providedIn: 'root'
})
export class UserService {
private apiUrl = `${environment.apiBaseUrl}/users`;
constructor(private http: HttpClient) { }
getUsers(): Observable<User[]> {
return this.http.get<User[]>(this.apiUrl);
}
getUserById(id: number): Observable<User> {
return this.http.get<User>(`${this.apiUrl}/${id}`);
}
}
Error Handling
HTTP interceptors can be provided in the CoreModule to handle API errors globally (e.g., logging errors, redirecting on 401 Unauthorized responses).
Security Architecture
Authentication: Authentication logic (e.g., handling JWTs, interacting with OAuth providers) should be encapsulated within an AuthService provided in the CoreModule.
Authorization (Route Guards): The architecture uses Angular's Route Guards to protect routes. An AuthGuard can be implemented to prevent unauthorized users from accessing certain parts of the application.
Client-Side Security: The boilerplate does not inherently protect against all client-side vulnerabilities. Developers should follow best practices for preventing XSS and CSRF attacks.
Scalability Considerations
Lazy Loading: The architecture strongly encourages the use of lazy-loaded feature modules. This ensures that the initial application bundle size remains small, leading to faster load times. As new features are added, they do not impact the initial load performance.
Modular Design: The strict separation of concerns into Core, Shared, and Feature modules makes the codebase easier to manage, test, and scale as the application grows in complexity.
State Management: For applications with complex state, a state management library like NgRx or Akita can be easily integrated into this architecture without requiring significant refactoring.