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{
"current_task_id": "95d1496c-53a9-4eb8-93a3-189854b90eaa",
"completed_tasks": [],
"agent_sequence_index": 0,
"debug_attempts": 0,
"current_agent": "io8sm",
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"context": {
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"project_path": "/tmp/bmad_output/yellow_calculator_app_20251004_113258",
"io8_project_path": "/tmp/bmad_output/yellow_calculator_app_20251004_113258/.io8project",
"agent_sequence": [
"io8project_builder",
"io8directory_structure",
"io8codermaster",
"io8analyst",
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"agent_clis": [
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"resume_current_agent": "io8sm"
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{"project": "metadata"}

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### Directory Structure for Yellow Calculator App (Base Project)
This document outlines the standard and expected directory structure for the 'yellow calculator app' project, built upon a cloned base. This structure ensures proper organization, separation of concerns for backend/frontend development, and standardized deployment configurations. As this is a base project, this document serves to define the expected layout, assuming the existence of the `yellow-calculator-app/` base folder and its internal `.sureai/` directory.
**Note:** This documentation describes the desired state. No files or directories are created by this agent during this phase for a base project. File creation will be handled by subsequent agents as the workflow progresses.
```
./
├── .io8project/
│ ├── .state.json # Task state persistence (generated by io8project_builder agent)
│ └── project_metadata.json # Project metadata (generated by io8project_builder agent)
├── yellow-calculator-app/ # The cloned base project directory for the yellow calculator app
│ ├── .sureai/ # Agent outputs and documents directory (located within the cloned base project)
│ │ ├── uploads/ # Uploaded documents and images for the requirement builder agent
│ │ ├── .directory_structure_yellow_calculator_app_yellow_calculator_app_20251004_113258.md # This file, documenting the project's directory structure
│ │ ├── .bmad_agent_yellow_calculator_app_yellow_calculator_app_20251004_113258.md # Hidden output from the Business Model & Design (BMAD) agent
│ │ ├── .analyst_agent_yellow_calculator_app_yellow_calculator_app_20251004_113258.md # Hidden output from the Analyst agent
│ │ ├── .architect_agent_yellow_calculator_app_yellow_calculator_app_20251004_113258.md # Hidden output from the Architect agent
│ │ ├── .pm_agent_yellow_calculator_app_yellow_calculator_app_20251004_113258.md # Hidden output from the Project Manager (PM) agent
│ │ ├── .sm_agent_yellow_calculator_app_yellow_calculator_app_20251004_113258.md # Hidden output from the Scrum Master (SM) agent
│ │ ├── .developer_agent_yellow_calculator_app_yellow_calculator_app_20251004_113258.md # Hidden output from the Developer agent
│ │ ├── .devops_agent_yellow_calculator_app_yellow_calculator_app_20251004_113258.md # Hidden output from the DevOps agent
│ │ ├── .bmad_*.md # General hidden outputs from the BMAD agent
│ │ ├── .analyst_*.md # General hidden outputs from the Analyst agent
│ │ ├── .architect_*.md # General hidden outputs from the Architect agent
│ │ ├── .developer_*.md # General hidden outputs from the Developer agent
│ │ ├── .devops_*.md # General hidden outputs from the DevOps agent
│ │ ├── .pm_*.md # General hidden outputs from the PM agent
│ │ ├── analysis_document.md # Visible analysis document (created by Analyst Agent - NOT by this agent)
│ │ ├── requirements_document.md # Visible requirements document (created by Analyst Agent - NOT by this agent)
│ │ ├── architecture_document.md # Visible architecture document (created by Architect Agent - NOT by this agent)
│ │ ├── tech_stack_document.md # Visible tech stack document (created by Architect Agent - NOT by this agent)
│ │ ├── prd_document.md # Visible Product Requirements Document (created by PM Agent - NOT by this agent)
│ │ ├── project_plan.md # Visible project plan document (created by PM Agent - NOT by this agent)
│ │ ├── tasks_list.md # Visible tasks list (created by Scrum Master Agent - NOT by this agent)
│ │ └── sprint_plan.md # Visible sprint plan (created by Scrum Master Agent - NOT by this agent)
│ └── (Existing files and folders from the cloned 'yellow-calculator-app' base project. e.g., README.md, package.json, src/)
├── backend/ # Directory for backend code, services, or API for the calculator application (e.g., calculation logic)
│ └── .gitkeep # Placeholder file, to be replaced by backend source code
├── frontend/ # Directory for frontend code, user interface, or client-side application for the yellow calculator app
│ └── .gitkeep # Placeholder file, to be replaced by frontend source code
├── deployment_config.yml # Root-level configuration file for deployment settings
├── Dockerfile.backend # Dockerfile for containerizing the backend service
├── Dockerfile.frontend # Dockerfile for containerizing the frontend application
├── docker-compose.yml # Docker Compose file for defining and running multi-container Docker applications
└── nginx.conf # Nginx configuration file for reverse proxy, load balancing, or serving static assets
```

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# io8 System Architect Agent - Customized for This Project
## Project-Specific Instructions
### Calculator Feature Module Architecture
Generated: 2025-10-04T11:32:58.476921
Based on the user prompt for a "yellow calculator app" and the existing Angular Clarity Boilerplate (as outlined in `analysis_document.md` and `requirements_document.md`), the calculator will be integrated as a new, self-contained, lazy-loaded feature module. This approach aligns perfectly with the boilerplate's `FR-002: Modular Architecture` and `User Story 2: Add a New Feature`, ensuring scalability and maintainability.
#### System Overview (Calculator)
The "yellow calculator app" will function as a client-side web calculator, allowing users to perform basic arithmetic operations. It will be a distinct feature accessible via its own route within the main application shell provided by the boilerplate, leveraging the existing responsive layout and Clarity Design System for its UI.
#### Architecture Pattern
The calculator will implement a **Lazy-Loaded Feature Module** pattern. This means:
- A dedicated `CalculatorModule` will encapsulate all calculator-specific components, routing, and potential services.
- This module will be loaded asynchronously when its route is activated, optimizing initial application load times (NFR-001).
- It will be self-contained, importing `SharedModule` for common UI elements if needed, but avoiding direct dependencies on `CoreModule` services unless absolutely necessary (adhering to `Business Rules` from `analysis_document.md`).
#### Component Design (Calculator)
- **`CalculatorModule`**: The root module for the calculator feature, configured for lazy loading. It will declare and export its components and define its feature-specific routes.
- **`CalculatorComponent`**: The main container component for the calculator. It will manage the overall state and logic of the calculator (e.g., current input, result, operations queue). It will host the display and keypad components.
- **`CalculatorDisplayComponent`**: A presentational component responsible for displaying the current input, results, and potentially operation history. It will receive data from the `CalculatorComponent`.
- **`CalculatorKeypadComponent`**: A container component that arranges all the calculator buttons (numbers, operators, clear, equals). It will emit events when buttons are pressed, which the `CalculatorComponent` will listen to.
- **`CalculatorButtonComponent`**: A reusable presentational component for individual calculator buttons. It will display the button's value/symbol and emit click events.
#### Data Architecture (Calculator)
- **Client-Side State Management**: The calculator's state (e.g., current value, previous value, selected operator, display output) will be managed entirely on the client side within the `CalculatorComponent` or a dedicated service provided within the `CalculatorModule`. This state will be transient and not persisted.
- **No Database Interaction**: As a purely client-side calculator, no database integration is required.
#### API Design (Calculator)
- **No API Interaction**: The "yellow calculator app" will not require any backend API interaction. All computational logic will reside within the frontend application.
#### Security Architecture (Calculator)
- The calculator feature will inherit the security posture of the base Angular Clarity Boilerplate. As it's a client-side application with no data persistence or API calls, no specific additional security measures are required beyond standard web application best practices (e.g., input validation if complex parsing were involved, which is not the case for a basic calculator).
#### Scalability Considerations (Calculator)
- **Modular Isolation**: Encapsulating the calculator logic within its own feature module ensures that it can be developed, tested, and maintained independently without affecting other parts of the application. This contributes to the overall scalability and maintainability of the boilerplate as per `NFR-003` and `NFR-004`.
- **Component Reusability**: Designing distinct `CalculatorButtonComponent` and `CalculatorDisplayComponent` promotes reusability and simplifies future modifications.
- **Performance**: Lazy loading the `CalculatorModule` (FR-002, NFR-001) ensures that its code is only loaded when needed, maintaining optimal application performance.
### Calculator Feature Specific Technologies
Generated: 2025-10-04T11:32:58.476921
The "yellow calculator app" will primarily leverage the existing technology stack of the Angular Clarity Boilerplate, with specific attention to styling for the "yellow" theme.
#### Frontend Technologies
- **Framework:** Angular (as per base project, `analysis_document.md`)
- **Styling:** SCSS, utilizing and extending the VMware Clarity Design System (FR-003, `requirements_document.md`). Custom SCSS variables will be used to achieve the "yellow" aesthetic, overriding Clarity defaults or applying specific color values to calculator components.
- **State Management:** Local component state within `CalculatorComponent` and potentially a simple Angular service for arithmetic logic (if complex enough to warrant separation), leveraging RxJS for observable patterns if necessary.
#### Backend Technologies
- **N/A**: The calculator is designed as a purely client-side application and does not require a backend.
#### Database Technologies
- **N/A**: No persistent data storage is required for this client-side calculator.
#### Infrastructure
- **N/A**: The calculator feature will be deployed as part of the existing Angular application's build and hosting infrastructure.
#### Development Tools
- **Version Control:** Git (as per base project)
- **Testing:** Angular testing utilities (Karma/Jasmine, Protractor/Cypress) will be used for unit and integration testing of the calculator components and logic.
- **CI/CD:** The calculator feature will integrate into the existing CI/CD pipeline for the Angular boilerplate.
## Base Agent Prompt Reference
This agent is based on the standard io8architect agent with project-specific customizations above.
Refer to the base io8architect agent prompt for general principles and workflow instructions.

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# io8 Code Master Agent - Customized for This Project
## Project-Specific Instructions
```
filename: .sureai/.io8codermaster_agent_yellow_calculator_app_yellow_calculator_app_20251004_113258.md
```
# io8codermaster Agent Instructions: Yellow Calculator App
## Project Context
The goal is to develop a "yellow calculator app" building upon a cloned base project, likely an Angular Clarity boilerplate. The project will involve implementing core calculator functionalities, applying a distinct "yellow" visual theme, and ensuring proper deployment. The existing directory structure implies a full-stack approach with dedicated `frontend/` and `backend/` directories, and Docker-based deployment.
## io8codermaster Analysis Instructions (Project-Specific)
As io8codermaster, guide the downstream agents to:
1. **Functional Analysis:**
* Detail all required arithmetic operations (e.g., addition, subtraction, multiplication, division, clear, equals).
* Specify any advanced functions (e.g., percentage, square root, memory functions) if implicitly or explicitly requested.
* Define input handling (numeric, decimal, operator) and display logic.
* Outline error handling for invalid operations (e.g., division by zero).
2. **Non-Functional Analysis (UI/UX & Performance):**
* Clearly define the "yellow" theme: specific shades, accent colors, contrast, and overall aesthetic for buttons, display, and background.
* Specify responsiveness requirements for various screen sizes (mobile, tablet, desktop).
* Address accessibility considerations for color contrast and keyboard navigation.
* Evaluate performance for rapid calculations and UI fluidity.
3. **Technical Integration Analysis:**
* Determine how the calculator application will integrate with or extend the existing `cloned base project/` (Angular Clarity boilerplate). Will it be a new module, a separate app within `frontend/`, or a combination?
* Assess the need for a `backend/` component for calculator logic. For an MVP, client-side logic is sufficient, but consider future expansion (e.g., calculation history, user profiles).
* Evaluate the appropriate use of Clarity UI components versus custom components for the calculator interface.
## Breakdown Methodology for "Yellow Calculator App"
The breakdown will follow an iterative, feature-driven approach:
1. **Core Calculator Logic:** Isolate and develop the fundamental mathematical operations and state management.
2. **User Interface (UI) Development:** Focus on creating the visual elements (buttons, display) and layout.
3. **"Yellow" Theming:** Implement the specified yellow color scheme across the entire UI, ensuring consistency and visual appeal.
4. **Responsiveness & Accessibility:** Adapt the UI to various screen sizes and ensure basic accessibility standards are met.
5. **Error Handling:** Implement robust mechanisms to prevent and handle invalid user inputs or operations.
6. **Integration & Deployment:** Package the application for deployment using Docker and integrate with the overall project structure.
## Planning Approach Tailored to Project Requirements
The planning will be agile, with an emphasis on rapid prototyping and iterative refinement:
1. **MVP Definition:** Prioritize core arithmetic functions and a basic "yellow" UI for the initial deliverable.
2. **Modular Development:** Encourage the creation of distinct Angular components for calculator buttons, display, and logic, facilitating independent development and testing.
3. **Theming Strategy:** Plan for a clear SCSS/CSS variable strategy to manage the "yellow" theme, allowing for easy adjustments.
4. **Phased Deployment:** Plan for a local Docker Compose setup first, then potentially staging/production.
5. **Documentation Focus:** Ensure `analysis_document.md`, `requirements_document.md`, `architecture_document.md`, and `project_plan.md` are continuously updated with project specifics.
## Specific Analysis Questions and Considerations
* What are the exact hexadecimal color codes or design system guidelines for the "yellow" theme?
* Should the calculator support keyboard input for numbers and operations?
* Are there any specific fonts or iconography requirements for the buttons or display?
* How will the app handle large numbers or floating-point precision issues?
* What is the target browser and device compatibility matrix?
* Is there a need for a calculation history, and if so, where should it be stored (local storage, backend database)?
## Customized io8codermaster Workflow for "Yellow Calculator App"
1. **io8analyst (Focus: Functional & Visual Requirements):**
* *Task:* Define precise functional requirements for calculator operations.
* *Task:* Define detailed "yellow" theme guidelines (colors, contrast, overall look).
* *Output:* Updated `requirements_document.md` and `analysis_document.md` with calculator-specific details.
2. **io8architect (Focus: Frontend Structure & Theming Strategy):**
* *Task:* Design the Angular component hierarchy for the calculator.
* *Task:* Propose the SCSS structure and variable usage for the "yellow" theme.
* *Task:* Determine if a backend is truly necessary for the initial scope.
* *Output:* Updated `architecture_document.md` and `tech_stack_document.md` outlining frontend design.
3. **io8pm (Focus: Project Plan & Milestones):**
* *Task:* Create a detailed project plan with milestones for UI, logic, theming, and deployment.
* *Task:* Prioritize features for MVP (core functions, basic yellow UI).
* *Output:* Updated `prd_document.md` and `project_plan.md`.
4. **io8sm (Focus: Task Breakdown & Sprint Planning):**
* *Task:* Break down UI and logic development into actionable sprint tasks.
* *Output:* Updated `tasks_list.md` and `sprint_plan.md`.
5. **io8developer (Focus: Implementation):**
* *Task:* Develop Angular components for calculator UI and logic.
* *Task:* Implement "yellow" theming using SCSS, adhering to design guidelines.
* *Task:* Ensure responsiveness and basic accessibility.
* *Task:* Unit and integration testing.
6. **io8devops (Focus: Deployment):**
* *Task:* Configure `Dockerfile.frontend` for the calculator app.
* *Task:* Update `docker-compose.yml` and `nginx.conf` for local deployment.
* *Output:* Ready-to-deploy containerized application.
```
```json
{
"breakdown": "\n## Project Breakdown: Yellow Calculator App - 2025-10-04 11:32:58\n\n### Project Goal\nTo develop a fully functional \"yellow calculator app\" leveraging the cloned Angular Clarity boilerplate project. The app will provide core arithmetic operations with a distinctive yellow-themed user interface, packaged for containerized deployment.\n\n### Key Features & Requirements\n* **Core Functionality:**\n * Addition, Subtraction, Multiplication, Division.\n * Clear (C) and Equals (=) operations.\n * Numeric input (0-9) and decimal point.\n * Display for input and results.\n* **User Interface (UI) & User Experience (UX):**\n * Predominantly \"yellow\" color scheme for all interactive elements (buttons, display background) and overall app theme.\n * Responsive design: The layout must adapt gracefully to different screen sizes (mobile, tablet, desktop).\n * Intuitive button layout and clear readability of numbers and operators.\n * Visual feedback for button presses.\n* **Error Handling:**\n * Graceful handling of division by zero.\n * Prevention or notification of invalid input sequences (e.g., multiple operators without numbers).\n* **Technical Stack (Leveraging Base Project & Io8 Structure):**\n * **Frontend:** Angular (building upon the existing Clarity boilerplate), SCSS for styling.\n * **Backend:** Initially, operations will be client-side. A backend might be considered for future extensions (e.g., scientific functions, history persistence).\n * **Deployment:** Docker for containerization, Docker Compose for orchestration, Nginx for serving the frontend (as indicated by the expanded directory structure).\n\n### Project Milestones\n1. **Phase 1: Analysis & Architectural Design (io8analyst, io8architect)**\n * **M1.1:** Detailed functional and non-functional requirements documentation (including specific yellow branding guidelines).\n * **M1.2:** Comprehensive architectural design for frontend components, state management, and styling strategy.\n * **M1.3:** Confirmation of backend scope for MVP (likely purely frontend).\n\n2. **Phase 2: Core Frontend Development (io8developer)**\n * **M2.1:** Setup of dedicated `frontend/` environment or integration within `cloned base project/src/app`.\n * **M2.2:** Implementation of calculator UI components (buttons, display) with initial "yellow" theming.\n * **M2.3:** Development and unit testing of core arithmetic logic.\n * **M2.4:** Basic responsiveness implemented.\n\n3. **Phase 3: Refinement & Advanced Features (io8developer)**\n * **M3.1:** Full application of the "yellow" theme, ensuring consistency and visual appeal.\n * **M3.2:** Enhanced responsiveness across target devices.\n * **M3.3:** Robust error handling implementation.\n * **M3.4:** User experience refinements.\n\n4. **Phase 4: Deployment & Finalization (io8devops)**\n * **M4.1:** Configuration of `Dockerfile.frontend` and `nginx.conf`.\n * **M4.2:** Setup and testing of local deployment via `docker-compose.yml`.\n * **M4.3:** Comprehensive end-to-end testing and bug fixing.\n * **M4.4:** Project documentation updated.\n\n### Constraints & Assumptions\n* **Base Project Adherence:** Modifications must integrate cleanly with or extend the provided Angular Clarity boilerplate.\n* **Documentation:** All agent outputs must adhere to the `.sureai/` append-only principle and existing file structures.\n* **Yellow Theme:** The color scheme is a primary, non-negotiable visual requirement.\n* **Timeline:** Agile, iterative development with a focus on delivering a functional MVP quickly.\n* **No Overwriting:** Existing content in predefined documents within `.sureai/` will not be overwritten, only appended.",
"plan": "\n## Implementation Plan: Yellow Calculator App - 2025-10-04 11:32:58\n\n### Project Phases & Estimated Timeline\n\n**Phase 1: Discovery & Design (Weeks 1-2)**\n* **io8analyst:**\n * **Task:** Conduct detailed requirements gathering for all calculator functionalities (basic, any advanced), including edge cases.\n * **Task:** Define the precise "yellow" branding guidelines (color codes, contrast, font considerations for display/buttons).\n * **Output:** `requirements_document.md`, `analysis_document.md` (updated with calculator specifics).\n* **io8architect:**\n * **Task:** Design the Angular component architecture for the calculator UI and logic (e.g., `CalculatorComponent`, `ButtonComponent`, `DisplayComponent`).\n * **Task:** Propose SCSS structure for managing the "yellow" theme, integrating with Clarity's theming capabilities or overriding where necessary.\n * **Task:** Confirm the technical stack for frontend (Angular) and determine if a `backend/` is needed for MVP (likely not for basic operations).\n * **Output:** `architecture_document.md`, `tech_stack_document.md` (updated with calculator design).\n* **io8pm:**\n * **Task:** Review requirements and architectural designs, create high-level project plan and PRD.\n * **Output:** `prd_document.md`, `project_plan.md` (updated with calculator project scope).\n\n**Phase 2: Core Development & Theming (Weeks 3-5)**\n* **io8sm:**\n * **Task:** Break down architectural design into actionable tasks, create initial backlog, and plan Sprint 1 (Focus: Basic UI & Logic).\n * **Output:** `tasks_list.md`, `sprint_plan.md`.\n* **io8developer:**\n * **Task:** Set up a new Angular module/component structure within `frontend/` or `cloned base project/src/app` for the calculator.\n * **Task:** Implement the core calculator UI (buttons, display) using Angular components.\n * **Task:** Develop the client-side calculator logic (add, subtract, multiply, divide, clear, equals).\n * **Task:** Apply the initial "yellow" theme to buttons and display, ensuring visual consistency.\n * **Task:** Implement basic error handling (e.g., division by zero).\n * **Task:** Conduct unit tests for calculator logic and UI components.\n* **io8codermaster:** Oversee code quality, adherence to design, and consistent application of the "yellow" theme.\n\n**Phase 3: Refinement & Deployment Preparation (Week 6)**\n* **io8sm:**\n * **Task:** Plan Sprint 2 (Focus: Responsiveness, Advanced Theming, Deployment).\n * **Output:** `sprint_plan.md` (updated).\n* **io8developer:**\n * **Task:** Enhance responsiveness of the calculator UI across various screen sizes (using Flexbox/Grid).\n * **Task:** Refine "yellow" theming, ensuring accessibility and cross-browser consistency.\n * **Task:** Implement any additional UI/UX features (e.g., keyboard support).\n * **Task:** Conduct integration testing.\n* **io8devops:**\n * **Task:** Create/update `Dockerfile.frontend` for the Angular calculator application.\n * **Task:** Integrate the frontend service into `docker-compose.yml`.\n * **Task:** Configure `nginx.conf` for serving the frontend application.\n * **Output:** Containerization setup for the calculator app.\n\n**Phase 4: Testing & Finalization (Week 7)**\n* **io8developer:**\n * **Task:** Perform comprehensive end-to-end testing.\n * **Task:** Address all identified bugs and UI glitches.\n* **io8devops:**\n * **Task:** Test local deployment using Docker Compose.\n * **Task:** Document deployment steps.\n* **io8codermaster:** Final review of the application against all requirements, ensuring the "yellow calculator app" is complete and deployed.\n\n### Resources\n* **Personnel:** io8analyst, io8architect, io8pm, io8sm, io8developer, io8devops agents.\n* **Tools:** Angular CLI, Clarity UI framework, SCSS compiler, Node.js, VSCode, Git, Docker, Docker Compose.\n* **Documentation:** All `.sureai/` documents, including `analysis_document.md`, `requirements_document.md`, `architecture_document.md`, `project_plan.md`.\n\n### Dependencies\n* Completion of `io8project_builder` and `io8directory_structure` agents.\n* Clear definition of "yellow" color palette and design guidelines.\n* Approved architectural design for frontend components.\n\n### Key Actions for io8codermaster\n* Ensure strict adherence to the defined \"yellow\" theme and UI/UX specifications.\n* Validate the technical implementation, especially Angular best practices and state management for the calculator logic.\n* Facilitate clear communication and handovers between development (io8developer) and operations (io8devops) for containerization and deployment.\n* Monitor progress against milestones and address any blockers promptly.\n* Confirm that all documentation within `.sureai/` is updated and accurate as the project progresses."
}
```
## Base Agent Prompt Reference
This agent is based on the standard io8codermaster agent with project-specific customizations above.
Refer to the base io8codermaster agent prompt for general principles and workflow instructions.

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# Project Builder Plan: yellow_calculator_app_20251004_113258
This document outlines the high-level plan for scaffolding the 'yellow_calculator_app_20251004_113258' project using io8 MCP.
## 1. High-Level Scaffolding Plan
### Backend (Spring Boot)
- **Core Application Structure**: Standard Spring Boot application with `src/main/java`, `src/main/resources`, and `src/test/java` directories.
- **RESTful API**: Endpoints for calculator operations (add, subtract, multiply, divide).
- **Database Integration**: MySQL database integration using Spring Data JPA.
- **Business Logic**: Service layer to handle calculator logic.
- **Error Handling**: Global exception handling for API errors.
### Frontend (Angular Clarity)
- **Application Structure**: Standard Angular application with `src/app` for components, services, and modules.
- **Calculator Component**: A main component to display the calculator interface.
- **Input Fields**: Two input fields for numbers and a dropdown/buttons for operations.
- **Display Result**: An area to display the calculation result.
- **Service Integration**: Angular services to interact with the Spring Boot backend API.
- **Clarity UI Components**: Utilize Clarity components for a consistent and accessible UI.
## 2. Directory and File Scaffolding Strategy
The io8 platform has generated the initial project structure. The `git pull` command in Step 3 has populated the project directory with the base code.
- **Backend**:
- `src/main/java/com/example/calculator/`: Package for Spring Boot application, controllers, services, repositories, and models.
- `src/main/resources/application.properties`: Configuration for database connection and other Spring Boot settings.
- `src/test/java/com/example/calculator/`: Unit and integration tests for backend logic.
- **Frontend**:
- `src/app/`: Main Angular application directory.
- `src/app/calculator/`: Directory for calculator-specific components, services, and modules.
- `src/environments/`: Environment-specific configurations.
- `angular.json`, `package.json`, `tsconfig.json`: Standard Angular configuration files.
## 3. Build Tools and Scripts
The io8 platform handles the initial code generation and build process.
- **Backend**:
- Maven/Gradle (depending on io8's internal setup for Spring Boot) will be used for building the Java application.
- `mvn clean install` or `gradle build` will be the typical build commands.
- **Frontend**:
- Node.js and npm/yarn will be used for building the Angular application.
- `npm install` or `yarn install` for dependency management.
- `ng build` for compiling the Angular application.
## 4. Pre-Developer Checks
Before a developer starts working on the project, the following checks should be performed:
- **io8 Project Creation Confirmation**: Verify that `.sureai/io8_mcp/responses/create_project.out` exists and contains valid project details (project ID, backend ID, module ID, Gitea URL).
- **App Build Confirmation**: Verify that `.sureai/io8_mcp/responses/build_app.out` exists and indicates a successful build.
- **Git Pull Confirmation**: Verify that `.sureai/io8_mcp/responses/git_pull_status.out` exists and confirms a successful `git pull`.
- **Wireframe Creation Confirmation**: Verify that `.sureai/io8_mcp/responses/create_wireframe.out` exists and contains the wireframe details.
- **Codebase Availability**: Ensure that the project directory contains the generated backend and frontend code after the `git pull`.
- **Dependency Installation**: For frontend, ensure `node_modules` are present or `npm install` can be run successfully. For backend, ensure Maven/Gradle dependencies are resolved.
- **Basic Application Run**: Attempt to run the generated backend and frontend applications to ensure they start without immediate errors.

5
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@ -0,0 +1,5 @@
{
"status": "success",
"message": "Build request submitted successfully",
"response_text": "Insert In job Pro Successfully done"
}

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@ -0,0 +1,104 @@
{
"projectResp": {
"createdAt": "2025-10-04 11:38:18",
"updatedAt": "2025-10-04 11:38:20",
"createdBy": 10007301,
"updatedBy": 10007301,
"accountId": 122,
"id": 49771,
"owner": "Super Admin",
"owned_by": 10007301,
"projectName": "yellow_calculator_app_20251004_113258",
"description": null,
"copyTo": null,
"technologyStack": null,
"projectPrefix": null,
"major_version": null,
"minor_version": null,
"upload_Logo_name": null,
"upload_Logo_path": null,
"namespace": null,
"tags": null,
"category": null,
"accessibility": false,
"is_archived": false,
"is_active": true,
"is_aged": null,
"is_fav": null,
"favCnt": null,
"is_stared": null,
"staredCnt": null,
"is_watchlisted": null,
"watchlistedCnt": null,
"is_futuristic": null,
"futuristicCnt": null,
"is_pinned": null,
"pinnedCnt": null,
"private_deployid": null,
"isprivatedeploy": false,
"registery_profileid": 3,
"isregisteryprofile": true,
"github_profileid": null,
"isgithubprofile": false,
"modules": null,
"favourite": null,
"archived": null,
"workflow_id": 53,
"gitea_url": "http://157.66.191.31:3000/risadmin_prod/yellow_calculator_app_20251004_113258.git",
"isfirstbuild": false,
"company_Display_Name": null
},
"backendResp": {
"id": 2616,
"backend_service_name": "yellow_calculator_app_20251004_113258-b",
"techstack": "Spring Boot",
"description": null,
"proj_id": 49771,
"isprimary": true,
"db_id": 2815
},
"moduleResp": {
"createdAt": "2025-10-04 11:38:20",
"updatedAt": "2025-10-04 11:38:20",
"createdBy": null,
"updatedBy": null,
"accountId": null,
"id": 49780,
"moduleName": "yellow_calculator_app_20251004_113258-f",
"description": null,
"modulePrefix": null,
"copyTo": null,
"technologyStack": "Angular Clarity",
"is_active": true,
"tags": null,
"readme": false,
"dbName": null,
"dbUserName": null,
"dbPassword": null,
"portNumber": null,
"microservice": false,
"portaldeployment": false,
"parentrepo": null,
"copy_baseproj": false,
"loginservice": false,
"testing": false,
"type": null,
"rn_fb_headers": null,
"rn_report_builder": null,
"projectId": 0,
"projectName": null
},
"dbResp": {
"id": 2815,
"db_name": "yellow_calculator_app_20251004_113258-d",
"db_type": null,
"db_username": "root",
"db_password": "root",
"port_no": 3306,
"proj_id": 49771,
"techstack": "MySQL",
"host_name": null,
"existing_db": false,
"isdefault": false
}
}

46
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@ -0,0 +1,46 @@
{
"createdAt": "2025-10-04 11:39:50",
"updatedAt": "2025-10-04 11:39:50",
"createdBy": 10007301,
"updatedBy": 10007301,
"accountId": null,
"id": 7989,
"techStack": "Spring Boot",
"objectType": "form",
"subObjectType": "only header",
"uiName": "CalculatorWireframe",
"formType": null,
"tableName": null,
"lineTableName": null,
"multilineTableName": null,
"formCode": "CalculatorWireframe_view",
"jspName": null,
"controllerName": "CalculatorWireframeController",
"serviceName": null,
"serviceImplName": null,
"daoName": null,
"daoImplName": null,
"build": false,
"updated": false,
"menuName": null,
"headerName": "CalculatorWireframe",
"convertedTableName": null,
"package_name": null,
"backend_id": 2616,
"testing": false,
"child_form": false,
"add_tomobile": false,
"editable": true,
"is_active": true,
"is_notification": null,
"add_to_card": false,
"card_id": null,
"add_to_apiregistery": null,
"isrealm": false,
"realm_id": null,
"notification_msg": null,
"table_type": null,
"type": null,
"rn_cff_actionBuilder": null,
"serviceTechid": null
}

1
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git pull successful

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# Placeholder - DevOps will fill this later

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# Placeholder - DevOps will fill this later

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# Placeholder - DevOps will fill this later

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# Placeholder - DevOps will fill this later

0
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# Placeholder - DevOps will fill this later

110
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@ -57,4 +57,112 @@ This document outlines the directory structure for the Angular Clarity boilerpla
- `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.
- `tsconfig.json`: The configuration file for the TypeScript compiler.
---
## DIRECTORY STRUCTURE UPDATE - 2025-10-04 11:42:07
### Project Directory Structure for 'Yellow Calculator App' (Base Project)
This document outlines the complete, planned directory structure for the 'Yellow Calculator App' project, built around a pre-existing cloned base project. This structure adheres strictly to the io8 framework principles, ensuring proper separation of code, configuration, and documentation.
**Note:** This documentation describes the desired final state of the project's directory structure. For a base project scenario, existing components within `cloned base project/` are preserved, and missing elements at the root level (e.g., `backend/`, `frontend/`, and root-level config files) are expected to be created as part of the scaffolding process around the cloned base project.
```
./
├── .io8project/ # Core platform metadata and state
│ ├── .state.json # Task state persistence (created by io8project_builder)
│ └── project_metadata.json # Project metadata (created by io8project_builder)
├── cloned base project/ # The pre-existing base project codebase
│ ├── .sureai/ # Agent outputs and primary documentation directory
│ │ ├── uploads/ # Uploaded documents and images for agents
│ │ ├── .directory_structure_yellow_calculator_app_20251004_113258.md # This agent's output document (hidden)
│ │ ├── .directory_structure_agent_yellow_calculator_app_yellow_calculator_app_20251004_113258.md # This agent's prompt file (hidden)
│ │ ├── .bmad_*.md # Hidden BMad agent outputs (created by BMad Agent)
│ │ ├── .analyst_*.md # Hidden Analyst agent outputs (created by Analyst Agent)
│ │ ├── .architect_*.md # Hidden Architect agent outputs (created by Architect Agent)
│ │ ├── .pm_*.md # Hidden PM agent outputs (created by PM Agent)
│ │ ├── .sm_*.md # Hidden Scrum Master agent outputs (created by SM Agent)
│ │ ├── .developer_*.md # Hidden Developer agent outputs (created by Developer Agent)
│ │ ├── .devops_*.md # Hidden DevOps agent outputs (created by DevOps Agent)
│ │ ├── analysis_document.md # Visible analysis document (created by Analyst Agent)
│ │ ├── requirements_document.md # Visible requirements document (created by Analyst Agent)
│ │ ├── architecture_document.md # Visible architecture document (created by Architect Agent)
│ │ ├── tech_stack_document.md # Visible tech stack document (created by Architect Agent)
│ │ ├── prd_document.md # Visible Product Requirement Document (created by PM Agent)
│ │ ├── project_plan.md # Visible project plan (created by PM Agent)
│ │ ├── tasks_list.md # Visible tasks list (created by SM/Developer Agents)
│ │ └── sprint_plan.md # Visible sprint plan (created by SM Agent)
│ └── ... # Other existing files/directories from the cloned base project
├── backend/ # Backend code for Yellow Calculator App (created by Developer Agent)
├── frontend/ # Frontend code for Yellow Calculator App (created by Developer Agent)
├── deployment_config.yml # Root level deployment configuration (created by DevOps Agent)
├── Dockerfile.backend # Dockerfile for backend service (created by DevOps Agent)
├── Dockerfile.frontend # Dockerfile for frontend service (created by DevOps Agent)
└── docker-compose.yml # Docker compose file for multi-service orchestration (created by DevOps Agent)
```
**Explanation and Rationale for 'Yellow Calculator App':**
* **`./.io8project/`**: This directory is foundational for managing the internal state and metadata of the project across all agent workflows. It ensures consistent tracking and configuration.
* **`./cloned base project/`**: This directory represents the initial state of the project, containing the pre-existing codebase or boilerplate. The `.sureai/` directory within it is designated as the central hub for all project documentation and agent-specific artifacts, ensuring a single, organized source of truth for all project knowledge. The 'Yellow Calculator App' will build upon the foundation provided here.
* **`cloned base project/.sureai/uploads/`**: This subdirectory provides a dedicated and version-controlled location for any external assets, such as mockups, UI design elements (relevant for the 'yellow' theme), or requirement images that will be utilized throughout the various agent processes.
* **Hidden Agent Outputs (`.directory_structure_*.md`, `.bmad_*.md`, etc.)**: These dot-prefixed files capture the granular outputs, iterative progress, and internal workings of individual agents. For the 'Yellow Calculator App', they will detail the evolving understanding, planning, and execution phases of the project.
* **Visible Documents (`analysis_document.md`, `requirements_document.md`, etc.)**: These documents serve as the official, human-readable project artifacts. They will be collaboratively built and updated by specialized agents, providing comprehensive details on the calculator's functional requirements (e.g., basic arithmetic, specific 'yellow' branding requirements) and technical specifications.
* **`./backend/`**: This directory is reserved for all server-side logic, APIs, and potential database interactions specific to the 'Yellow Calculator App'. While a simple calculator might operate purely client-side, the inclusion of a backend allows for advanced functionalities (e.g., complex scientific calculations, history logging, user authentication) or to serve the `frontend/` static assets, ensuring scalability and clear architectural boundaries from the outset.
* **`./frontend/`**: This directory will house all client-side code for the 'Yellow Calculator App' user interface. This is where the interactive calculator design, the 'yellow' color scheme implementation, and all client-side logic will reside, delivering the user-facing experience.
* **Root-Level Configuration Files (`deployment_config.yml`, `Dockerfile.backend`, `Dockerfile.frontend`, `docker-compose.yml`)**: These critical configuration files are strategically placed at the project root for easy access and streamlined management by the `devops_agent`. They define the application's environment, build processes, and deployment strategy for both the frontend and backend components of the 'Yellow Calculator App', ensuring a consistent and reproducible setup.
---
## DIRECTORY STRUCTURE UPDATE - 2025-10-04 11:42:55
### Directory Structure for Yellow Calculator App (Base Project)
This document outlines the standard and expected directory structure for the 'yellow calculator app' project, built upon a cloned base. This structure ensures proper organization, separation of concerns for backend/frontend development, and standardized deployment configurations. As this is a base project, this document serves to define the expected layout, assuming the existence of the `yellow-calculator-app/` base folder and its internal `.sureai/` directory.
**Note:** This documentation describes the desired state. No files or directories are created by this agent during this phase for a base project. File creation will be handled by subsequent agents as the workflow progresses.
```
./
├── .io8project/
│ ├── .state.json # Task state persistence (generated by io8project_builder agent)
│ └── project_metadata.json # Project metadata (generated by io8project_builder agent)
├── yellow-calculator-app/ # The cloned base project directory for the yellow calculator app
│ ├── .sureai/ # Agent outputs and documents directory (located within the cloned base project)
│ │ ├── uploads/ # Uploaded documents and images for the requirement builder agent
│ │ ├── .directory_structure_yellow_calculator_app_yellow_calculator_app_20251004_113258.md # This file, documenting the project's directory structure
│ │ ├── .bmad_agent_yellow_calculator_app_yellow_calculator_app_20251004_113258.md # Hidden output from the Business Model & Design (BMAD) agent
│ │ ├── .analyst_agent_yellow_calculator_app_yellow_calculator_app_20251004_113258.md # Hidden output from the Analyst agent
│ │ ├── .architect_agent_yellow_calculator_app_yellow_calculator_app_20251004_113258.md # Hidden output from the Architect agent
│ │ ├── .pm_agent_yellow_calculator_app_yellow_calculator_app_20251004_113258.md # Hidden output from the Project Manager (PM) agent
│ │ ├── .sm_agent_yellow_calculator_app_yellow_calculator_app_20251004_113258.md # Hidden output from the Scrum Master (SM) agent
│ │ ├── .developer_agent_yellow_calculator_app_yellow_calculator_app_20251004_113258.md # Hidden output from the Developer agent
│ │ ├── .devops_agent_yellow_calculator_app_yellow_calculator_app_20251004_113258.md # Hidden output from the DevOps agent
│ │ ├── .bmad_*.md # General hidden outputs from the BMAD agent
│ │ ├── .analyst_*.md # General hidden outputs from the Analyst agent
│ │ ├── .architect_*.md # General hidden outputs from the Architect agent
│ │ ├── .developer_*.md # General hidden outputs from the Developer agent
│ │ ├── .devops_*.md # General hidden outputs from the DevOps agent
│ │ ├── .pm_*.md # General hidden outputs from the PM agent
│ │ ├── analysis_document.md # Visible analysis document (created by Analyst Agent - NOT by this agent)
│ │ ├── requirements_document.md # Visible requirements document (created by Analyst Agent - NOT by this agent)
│ │ ├── architecture_document.md # Visible architecture document (created by Architect Agent - NOT by this agent)
│ │ ├── tech_stack_document.md # Visible tech stack document (created by Architect Agent - NOT by this agent)
│ │ ├── prd_document.md # Visible Product Requirements Document (created by PM Agent - NOT by this agent)
│ │ ├── project_plan.md # Visible project plan document (created by PM Agent - NOT by this agent)
│ │ ├── tasks_list.md # Visible tasks list (created by Scrum Master Agent - NOT by this agent)
│ │ └── sprint_plan.md # Visible sprint plan (created by Scrum Master Agent - NOT by this agent)
│ └── (Existing files and folders from the cloned 'yellow-calculator-app' base project. e.g., README.md, package.json, src/)
├── backend/ # Directory for backend code, services, or API for the calculator application (e.g., calculation logic)
│ └── .gitkeep # Placeholder file, to be replaced by backend source code
├── frontend/ # Directory for frontend code, user interface, or client-side application for the yellow calculator app
│ └── .gitkeep # Placeholder file, to be replaced by frontend source code
├── deployment_config.yml # Root-level configuration file for deployment settings
├── Dockerfile.backend # Dockerfile for containerizing the backend service
├── Dockerfile.frontend # Dockerfile for containerizing the frontend application
├── docker-compose.yml # Docker Compose file for defining and running multi-container Docker applications
└── nginx.conf # Nginx configuration file for reverse proxy, load balancing, or serving static assets
```

62
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@ -65,4 +65,64 @@
* **Phase 4: Build & Deployment**
* Build the application for production.
* Deploy to a hosting service.
* Set up CI/CD pipelines for automated builds and deployments.
* Set up CI/CD pipelines for automated builds and deployments.
---
## CODER BREAKDOWN UPDATE - 2025-10-04 11:45:38
## Project Breakdown: Yellow Calculator App - 2025-10-04 11:32:58
### Project Goal
To develop a fully functional "yellow calculator app" leveraging the cloned Angular Clarity boilerplate project. The app will provide core arithmetic operations with a distinctive yellow-themed user interface, packaged for containerized deployment.
### Key Features & Requirements
* **Core Functionality:**
* Addition, Subtraction, Multiplication, Division.
* Clear (C) and Equals (=) operations.
* Numeric input (0-9) and decimal point.
* Display for input and results.
* **User Interface (UI) & User Experience (UX):**
* Predominantly "yellow" color scheme for all interactive elements (buttons, display background) and overall app theme.
* Responsive design: The layout must adapt gracefully to different screen sizes (mobile, tablet, desktop).
* Intuitive button layout and clear readability of numbers and operators.
* Visual feedback for button presses.
* **Error Handling:**
* Graceful handling of division by zero.
* Prevention or notification of invalid input sequences (e.g., multiple operators without numbers).
* **Technical Stack (Leveraging Base Project & Io8 Structure):**
* **Frontend:** Angular (building upon the existing Clarity boilerplate), SCSS for styling.
* **Backend:** Initially, operations will be client-side. A backend might be considered for future extensions (e.g., scientific functions, history persistence).
* **Deployment:** Docker for containerization, Docker Compose for orchestration, Nginx for serving the frontend (as indicated by the expanded directory structure).
### Project Milestones
1. **Phase 1: Analysis & Architectural Design (io8analyst, io8architect)**
* **M1.1:** Detailed functional and non-functional requirements documentation (including specific yellow branding guidelines).
* **M1.2:** Comprehensive architectural design for frontend components, state management, and styling strategy.
* **M1.3:** Confirmation of backend scope for MVP (likely purely frontend).
2. **Phase 2: Core Frontend Development (io8developer)**
* **M2.1:** Setup of dedicated `frontend/` environment or integration within `cloned base project/src/app`.
* **M2.2:** Implementation of calculator UI components (buttons, display) with initial "yellow" theming.
* **M2.3:** Development and unit testing of core arithmetic logic.
* **M2.4:** Basic responsiveness implemented.
3. **Phase 3: Refinement & Advanced Features (io8developer)**
* **M3.1:** Full application of the "yellow" theme, ensuring consistency and visual appeal.
* **M3.2:** Enhanced responsiveness across target devices.
* **M3.3:** Robust error handling implementation.
* **M3.4:** User experience refinements.
4. **Phase 4: Deployment & Finalization (io8devops)**
* **M4.1:** Configuration of `Dockerfile.frontend` and `nginx.conf`.
* **M4.2:** Setup and testing of local deployment via `docker-compose.yml`.
* **M4.3:** Comprehensive end-to-end testing and bug fixing.
* **M4.4:** Project documentation updated.
### Constraints & Assumptions
* **Base Project Adherence:** Modifications must integrate cleanly with or extend the provided Angular Clarity boilerplate.
* **Documentation:** All agent outputs must adhere to the `.sureai/` append-only principle and existing file structures.
* **Yellow Theme:** The color scheme is a primary, non-negotiable visual requirement.
* **Timeline:** Agile, iterative development with a focus on delivering a functional MVP quickly.
* **No Overwriting:** Existing content in predefined documents within `.sureai/` will not be overwritten, only appended.

79
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@ -56,4 +56,81 @@
**Assumptions:**
* The developer has a basic understanding of Angular and the Clarity Design System.
* The developer has Node.js and the Angular CLI installed.
* The developer has Node.js and the Angular CLI installed.
---
## CODER PLAN UPDATE - 2025-10-04 11:45:38
## Implementation Plan: Yellow Calculator App - 2025-10-04 11:32:58
### Project Phases & Estimated Timeline
**Phase 1: Discovery & Design (Weeks 1-2)**
* **io8analyst:**
* **Task:** Conduct detailed requirements gathering for all calculator functionalities (basic, any advanced), including edge cases.
* **Task:** Define the precise "yellow" branding guidelines (color codes, contrast, font considerations for display/buttons).
* **Output:** `requirements_document.md`, `analysis_document.md` (updated with calculator specifics).
* **io8architect:**
* **Task:** Design the Angular component architecture for the calculator UI and logic (e.g., `CalculatorComponent`, `ButtonComponent`, `DisplayComponent`).
* **Task:** Propose SCSS structure for managing the "yellow" theme, integrating with Clarity's theming capabilities or overriding where necessary.
* **Task:** Confirm the technical stack for frontend (Angular) and determine if a `backend/` is needed for MVP (likely not for basic operations).
* **Output:** `architecture_document.md`, `tech_stack_document.md` (updated with calculator design).
* **io8pm:**
* **Task:** Review requirements and architectural designs, create high-level project plan and PRD.
* **Output:** `prd_document.md`, `project_plan.md` (updated with calculator project scope).
**Phase 2: Core Development & Theming (Weeks 3-5)**
* **io8sm:**
* **Task:** Break down architectural design into actionable tasks, create initial backlog, and plan Sprint 1 (Focus: Basic UI & Logic).
* **Output:** `tasks_list.md`, `sprint_plan.md`.
* **io8developer:**
* **Task:** Set up a new Angular module/component structure within `frontend/` or `cloned base project/src/app` for the calculator.
* **Task:** Implement the core calculator UI (buttons, display) using Angular components.
* **Task:** Develop the client-side calculator logic (add, subtract, multiply, divide, clear, equals).
* **Task:** Apply the initial "yellow" theme to buttons and display, ensuring visual consistency.
* **Task:** Implement basic error handling (e.g., division by zero).
* **Task:** Conduct unit tests for calculator logic and UI components.
* **io8codermaster:** Oversee code quality, adherence to design, and consistent application of the "yellow" theme.
**Phase 3: Refinement & Deployment Preparation (Week 6)**
* **io8sm:**
* **Task:** Plan Sprint 2 (Focus: Responsiveness, Advanced Theming, Deployment).
* **Output:** `sprint_plan.md` (updated).
* **io8developer:**
* **Task:** Enhance responsiveness of the calculator UI across various screen sizes (using Flexbox/Grid).
* **Task:** Refine "yellow" theming, ensuring accessibility and cross-browser consistency.
* **Task:** Implement any additional UI/UX features (e.g., keyboard support).
* **Task:** Conduct integration testing.
* **io8devops:**
* **Task:** Create/update `Dockerfile.frontend` for the Angular calculator application.
* **Task:** Integrate the frontend service into `docker-compose.yml`.
* **Task:** Configure `nginx.conf` for serving the frontend application.
* **Output:** Containerization setup for the calculator app.
**Phase 4: Testing & Finalization (Week 7)**
* **io8developer:**
* **Task:** Perform comprehensive end-to-end testing.
* **Task:** Address all identified bugs and UI glitches.
* **io8devops:**
* **Task:** Test local deployment using Docker Compose.
* **Task:** Document deployment steps.
* **io8codermaster:** Final review of the application against all requirements, ensuring the "yellow calculator app" is complete and deployed.
### Resources
* **Personnel:** io8analyst, io8architect, io8pm, io8sm, io8developer, io8devops agents.
* **Tools:** Angular CLI, Clarity UI framework, SCSS compiler, Node.js, VSCode, Git, Docker, Docker Compose.
* **Documentation:** All `.sureai/` documents, including `analysis_document.md`, `requirements_document.md`, `architecture_document.md`, `project_plan.md`.
### Dependencies
* Completion of `io8project_builder` and `io8directory_structure` agents.
* Clear definition of "yellow" color palette and design guidelines.
* Approved architectural design for frontend components.
### Key Actions for io8codermaster
* Ensure strict adherence to the defined "yellow" theme and UI/UX specifications.
* Validate the technical implementation, especially Angular best practices and state management for the calculator logic.
* Facilitate clear communication and handovers between development (io8developer) and operations (io8devops) for containerization and deployment.
* Monitor progress against milestones and address any blockers promptly.
* Confirm that all documentation within `.sureai/` is updated and accurate as the project progresses.

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@ -135,4 +135,44 @@ Lazy Loading: The architecture strongly encourages the use of lazy-loaded featur
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.
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.
---
## ARCHITECTURE UPDATE - 2025-10-04 11:50:36
### Calculator Feature Module Architecture
Generated: 2025-10-04T11:32:58.476921
Based on the user prompt for a "yellow calculator app" and the existing Angular Clarity Boilerplate (as outlined in `analysis_document.md` and `requirements_document.md`), the calculator will be integrated as a new, self-contained, lazy-loaded feature module. This approach aligns perfectly with the boilerplate's `FR-002: Modular Architecture` and `User Story 2: Add a New Feature`, ensuring scalability and maintainability.
#### System Overview (Calculator)
The "yellow calculator app" will function as a client-side web calculator, allowing users to perform basic arithmetic operations. It will be a distinct feature accessible via its own route within the main application shell provided by the boilerplate, leveraging the existing responsive layout and Clarity Design System for its UI.
#### Architecture Pattern
The calculator will implement a **Lazy-Loaded Feature Module** pattern. This means:
- A dedicated `CalculatorModule` will encapsulate all calculator-specific components, routing, and potential services.
- This module will be loaded asynchronously when its route is activated, optimizing initial application load times (NFR-001).
- It will be self-contained, importing `SharedModule` for common UI elements if needed, but avoiding direct dependencies on `CoreModule` services unless absolutely necessary (adhering to `Business Rules` from `analysis_document.md`).
#### Component Design (Calculator)
- **`CalculatorModule`**: The root module for the calculator feature, configured for lazy loading. It will declare and export its components and define its feature-specific routes.
- **`CalculatorComponent`**: The main container component for the calculator. It will manage the overall state and logic of the calculator (e.g., current input, result, operations queue). It will host the display and keypad components.
- **`CalculatorDisplayComponent`**: A presentational component responsible for displaying the current input, results, and potentially operation history. It will receive data from the `CalculatorComponent`.
- **`CalculatorKeypadComponent`**: A container component that arranges all the calculator buttons (numbers, operators, clear, equals). It will emit events when buttons are pressed, which the `CalculatorComponent` will listen to.
- **`CalculatorButtonComponent`**: A reusable presentational component for individual calculator buttons. It will display the button's value/symbol and emit click events.
#### Data Architecture (Calculator)
- **Client-Side State Management**: The calculator's state (e.g., current value, previous value, selected operator, display output) will be managed entirely on the client side within the `CalculatorComponent` or a dedicated service provided within the `CalculatorModule`. This state will be transient and not persisted.
- **No Database Interaction**: As a purely client-side calculator, no database integration is required.
#### API Design (Calculator)
- **No API Interaction**: The "yellow calculator app" will not require any backend API interaction. All computational logic will reside within the frontend application.
#### Security Architecture (Calculator)
- The calculator feature will inherit the security posture of the base Angular Clarity Boilerplate. As it's a client-side application with no data persistence or API calls, no specific additional security measures are required beyond standard web application best practices (e.g., input validation if complex parsing were involved, which is not the case for a basic calculator).
#### Scalability Considerations (Calculator)
- **Modular Isolation**: Encapsulating the calculator logic within its own feature module ensures that it can be developed, tested, and maintained independently without affecting other parts of the application. This contributes to the overall scalability and maintainability of the boilerplate as per `NFR-003` and `NFR-004`.
- **Component Reusability**: Designing distinct `CalculatorButtonComponent` and `CalculatorDisplayComponent` promotes reusability and simplifies future modifications.
- **Performance**: Lazy loading the `CalculatorModule` (FR-002, NFR-001) ensures that its code is only loaded when needed, maintaining optimal application performance.

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@ -59,4 +59,256 @@ The following features and functionalities are explicitly out of scope for the b
- **Authentication/Authorization Logic:** While the architecture supports the implementation of security features, no pre-built authentication or authorization logic is included.
- **State Management:** The boilerplate does not include a state management library (e.g., NgRx, Akita) by default, allowing developers to choose the best solution for their needs.
- **Business Logic:** No specific business logic or application features are included beyond the basic structural components.
- **CI/CD Pipelines:** While the project is ready for CI/CD, no pre-configured pipelines are included.
- **CI/CD Pipelines:** While the project is ready for CI/CD, no pre-configured pipelines are included.
---
## PRD UPDATE - 2025-10-04 11:56:23
# Product Requirements Document (PRD)
## Document Version & Review
* **Version:** 1.0 (Initial Draft for Yellow Calculator App Integration)
* **Date:** 2025-10-04T11:32:58
* **Status:** Draft - Product Manager Review & Initial Approval
This document outlines the product requirements for the "Yellow Calculator App" feature, which is being integrated into the Angular Clarity Boilerplate. It synthesizes insights from business analysis (`analysis_document.md`), architectural design (`architecture_document.md`), and technical stack considerations (`tech_stack_document.md`) to define a clear path for development. As the io8 Product Manager, I have reviewed and confirmed the following detailed requirements, building upon the architectural contributions.
---
## Feature: Yellow Calculator App Requirements (PM Confirmed - 2025-10-04T11:32:58)
### 1. Executive Summary - Yellow Calculator App
*(Appended 2025-10-04T11:32:58)*
This document outlines the requirements for integrating a "Yellow Calculator App" as a new, self-contained, lazy-loaded feature module within the existing Angular Clarity Boilerplate. This feature aims to provide a tangible demonstration of the boilerplate's modularity and Clarity Design System styling capabilities, offering a basic arithmetic utility themed with a distinct yellow aesthetic.
### 2. Product Vision & Strategy - Yellow Calculator App
*(Appended 2025-10-04T11:32:58)*
**Product Vision:** To enhance the Angular Clarity Boilerplate by providing a ready-to-use, visually distinct (yellow-themed) calculator feature that serves as an excellent example of a lazy-loaded module, showcasing the boilerplate's architecture and the flexibility of the Clarity Design System.
**Strategic Goals:**
- **Demonstrate Modularity:** Provide a clear, isolated example of how to integrate new, lazy-loaded feature modules (`FR-002: Modular Architecture` from `analysis_document.md`).
- **Showcase Clarity Theming:** Highlight the ability to customize Clarity components and apply custom styling (e.g., a "yellow" theme) through SCSS overrides (`NFR-003: Maintainability` from `analysis_document.md`, `Styling` from `tech_stack_document.md`).
- **Provide Utility:** Offer a simple, functional tool within the boilerplate that developers can use or extend.
- **Accelerate Feature Development:** Serve as a template for future feature development, allowing developers to quickly understand the process of adding new capabilities.
**Success Metrics (KPIs for Yellow Calculator App):**
- **Feature Integration Success:** Calculator module loads and functions correctly within the boilerplate, accessible via its dedicated route.
- **Theming Accuracy:** The calculator's UI consistently adheres to the specified "yellow" theme using Clarity components and SCSS.
- **User Engagement (Developer Feedback):** Positive feedback from developers regarding the calculator's utility as a demo and its ease of integration/understanding.
- **Performance:** Lazy-loading ensures minimal impact on initial application load time (`NFR-001: Performance` from `analysis_document.md`).
### 3. Target Users & Personas - Yellow Calculator App
*(Appended 2025-10-04T11:32:58)*
While the primary users of the boilerplate are **Angular Developers**, the calculator itself serves two distinct personas:
1. **Boilerplate Developer (Primary User):**
- **Demographics:** Experienced Angular developer, familiar with Clarity, looking for best practices and a head-start on projects.
- **Needs:** A clear example of a lazy-loaded module, how to apply custom themes, and a functional component to learn from or adapt.
- **Journey:** Clones boilerplate -> explores modules -> finds calculator -> inspects code -> understands integration patterns -> adapts for own features.
2. **End-User (of apps built with boilerplate):**
- **Demographics:** General web application user.
- **Needs:** A simple, intuitive, and visually appealing basic calculator for quick calculations within the application context.
- **Journey:** Navigates to calculator feature -> inputs numbers -> performs operations -> gets results.
### 4. Problem Statement - Yellow Calculator App
*(Appended 2025-10-04T11:32:58)*
Currently, the Angular Clarity Boilerplate provides a robust foundational structure but lacks a compelling, self-contained feature to immediately showcase its capabilities (e.g., modularity, lazy-loading, Clarity theming) in a practical, user-facing manner. Developers seeking to understand how to build and integrate new features require a well-structured example that also highlights UI customization possibilities. This absence prolongs the learning curve and reduces the immediate demonstrative value of the boilerplate.
### 5. Solution Overview - Yellow Calculator App
*(Appended 2025-10-04T11:32:58)*
Implement a basic arithmetic calculator as a new, lazy-loaded Angular feature module (`CalculatorModule`). This module will integrate seamlessly into the existing application shell provided by the boilerplate, leveraging Clarity Design System components for its UI. The calculator will feature a distinct "yellow" color scheme, applied via SCSS, to demonstrate custom theming. It will support fundamental operations (addition, subtraction, multiplication, division) and a clear function, operating entirely client-side without backend dependencies.
### 6. Functional Requirements - Yellow Calculator App
*(Appended 2025-10-04T11:32:58)*
- **FR-CALC-001: Number Input:** The calculator shall allow users to input numbers via an on-screen keypad.
- **FR-CALC-002: Basic Arithmetic Operations:** The calculator shall support addition, subtraction, multiplication, and division operations.
- **FR-CALC-003: Display Output:** The calculator shall clearly display the current input and the result of calculations.
- **FR-CALC-004: Clear Functionality:** The calculator shall provide a "Clear" button to reset the current input and calculation state.
- **FR-CALC-005: Equals Functionality:** The calculator shall compute and display the result when the "Equals" button is pressed.
- **FR-CALC-006: Decimal Input:** The calculator shall allow input of decimal numbers.
- **FR-CALC-007: Negative Number Input:** The calculator shall allow entering negative numbers (e.g., via a +/- button or implicit through subtraction).
### 7. Non-Functional Requirements - Yellow Calculator App
*(Appended 2025-10-04T11:32:58)*
- **NFR-CALC-001: Performance:** The calculator feature module shall be lazy-loaded to ensure minimal impact on the initial boilerplate application load time (`NFR-001: Performance` from `analysis_document.md`).
- **NFR-CALC-002: Responsiveness:** The calculator UI shall be responsive and usable across various screen sizes (desktop, tablet, mobile), adhering to the boilerplate's responsive layout (`FR-004: Responsive Layout` from `analysis_document.md`).
- **NFR-CALC-003: Usability:** The calculator interface shall be intuitive and easy to use for basic arithmetic operations (`NFR-002: Usability (Developer Experience)` from `analysis_document.md` applies to end-user experience here).
- **NFR-CALC-004: Theming:** The calculator's UI elements (background, buttons, display) shall adopt a consistent "yellow" color scheme, leveraging Clarity components and custom SCSS as per `tech_stack_document.md`.
- **NFR-CALC-005: Accuracy:** All arithmetic operations shall produce accurate results for standard integer and decimal inputs within JavaScript's number precision limitations.
- **NFR-CALC-006: Integration:** The calculator feature module shall integrate seamlessly with the existing Angular Clarity Boilerplate, following its architectural patterns (`NFR-004: Scalability` from `analysis_document.md`).
### 8. Epic Stories - Yellow Calculator App
*(Appended 2025-10-04T11:32:58)*
### Epic 1: Basic Yellow Calculator Functionality
**Epic Description:** Enable users to perform fundamental arithmetic calculations (add, subtract, multiply, divide) with numbers, display results, and clear inputs, all within a visually distinctive yellow-themed interface.
**Business Value:** Provides a practical, demo-ready feature for the boilerplate, showcasing modularity, custom theming, and basic utility. Reduces boilerplate learning curve for developers.
**Acceptance Criteria:**
- [ ] The calculator module is lazy-loaded and accessible via a distinct route.
- [ ] Users can input numbers and see them displayed correctly.
- [ ] Users can perform addition, subtraction, multiplication, and division.
- [ ] The calculator displays correct results for valid operations.
- [ ] The calculator can be reset to its initial state.
- [ ] The UI consistently reflects the "yellow" theme.
**User Stories:**
- **US-CALC-001:** Implement Basic Number Input and Display
- **As a** calculator user
- **I want to** press number buttons (0-9) and see them appear on the display
- **So that** I can input the numbers for my calculation
- **Acceptance Criteria:**
- [ ] Pressing '0' through '9' buttons appends the digit to the current display.
- [ ] The display updates immediately with each new digit.
- [ ] Multiple digits can be entered to form multi-digit numbers.
- **Story Points:** 3
- **Priority:** High
- **US-CALC-002:** Perform Addition Operation
- **As a** calculator user
- **I want to** input two numbers, press the '+' button, and then the '=' button
- **So that** I can see the sum of the two numbers displayed as the result
- **Acceptance Criteria:**
- [ ] The '+' button captures the first number and awaits the second.
- [ ] Pressing '=' after the second number displays the correct sum.
- [ ] Chained additions (e.g., 2+2+2) produce the correct cumulative sum.
- **Story Points:** 5
- **Priority:** High
- **US-CALC-003:** Perform Subtraction Operation
- **As a** calculator user
- **I want to** input two numbers, press the '-' button, and then the '=' button
- **So that** I can see the difference between the two numbers displayed as the result
- **Acceptance Criteria:**
- [ ] The '-' button captures the first number and awaits the second.
- [ ] Pressing '=' after the second number displays the correct difference.
- **Story Points:** 5
- **Priority:** High
- **US-CALC-004:** Perform Multiplication Operation
- **As a** calculator user
- **I want to** input two numbers, press the 'x' button, and then the '=' button
- **So that** I can see the product of the two numbers displayed as the result
- **Acceptance Criteria:**
- [ ] The 'x' button captures the first number and awaits the second.
- [ ] Pressing '=' after the second number displays the correct product.
- **Story Points:** 5
- **Priority:** High
- **US-CALC-005:** Perform Division Operation
- **As a** calculator user
- **I want to** input two numbers, press the '/' button, and then the '=' button
- **So that** I can see the quotient of the two numbers displayed as the result
- **Acceptance Criteria:**
- [ ] The '/' button captures the first number and awaits the second.
- [ ] Pressing '=' after the second number displays the correct quotient.
- [ ] Division by zero results in an appropriate error message (e.g., "Error" or "Cannot divide by zero").
- **Story Points:** 5
- **Priority:** High
- **US-CALC-006:** Clear All Input and Results
- **As a** calculator user
- **I want to** press a 'C' (Clear) or 'AC' (All Clear) button
- **So that** the display and all calculation states are reset to zero
- **Acceptance Criteria:**
- [ ] Pressing 'C' or 'AC' clears the current display to '0'.
- [ ] Pressing 'C' or 'AC' resets any pending operations.
- **Story Points:** 3
- **Priority:** High
- **US-CALC-007:** Input Decimal Numbers
- **As a** calculator user
- **I want to** press the '.' (decimal) button
- **So that** I can enter and calculate with decimal numbers
- **Acceptance Criteria:**
- [ ] The '.' button inserts a decimal point into the current number.
- [ ] Only one decimal point can be entered per number.
- [ ] Calculations involving decimal numbers produce accurate decimal results.
- **Story Points:** 3
- **Priority:** Medium
- **US-CALC-008:** Apply Yellow Theming to UI
- **As a** developer demonstrating the boilerplate
- **I want to** ensure the calculator has a prominent "yellow" aesthetic using Clarity Design System principles
- **So that** it clearly showcases custom theming capabilities of the boilerplate
- **Acceptance Criteria:**
- [ ] The calculator's background, button colors, and display text color incorporate a consistent yellow palette.
- [ ] Clarity UI components (e.g., buttons) are styled with the yellow theme through SCSS overrides (`tech_stack_document.md` reference).
- [ ] The yellow theme is visually appealing and consistent across the calculator interface.
- **Story Points:** 8
- **Priority:** High
### 9. User Interface Requirements - Yellow Calculator App
*(Appended 2025-10-04T11:32:58)*
- **UI-CALC-001: Layout:** The calculator shall have a clear, grid-based layout for its display and keypad. It should occupy a reasonable portion of the screen, adapting responsively.
- **UI-CALC-002: Display:** A prominent display area at the top of the calculator will show current input and results. It should be large enough to show up to 10-12 digits and potentially a small indicator for the current operation.
- **UI-CALC-003: Keypad Buttons:** All number (0-9), decimal (.), operation (+, -, x, /), equals (=), and clear (C/AC) buttons shall be clearly distinguishable and appropriately sized for touch interaction.
- **UI-CALC-004: Yellow Theme:**
- **Color Palette:** Utilize a vibrant yellow as the primary accent color, with complementary grays or whites for text and backgrounds to ensure readability.
- **Clarity Integration:** Leverage Clarity button styles, input fields (for display), and potentially card components for the overall calculator container.
- **Accessibility:** Ensure sufficient contrast ratios for text and background colors to meet WCAG AA standards, even with the yellow theme.
- **UI-CALC-005: Feedback:** Buttons should provide visual feedback on press (e.g., a slight change in background color, a ripple effect).
### 10. Technical Requirements - Yellow Calculator App
*(Appended 2025-10-04T11:32:58)*
- **TECH-CALC-001: Framework:** Built using Angular, consistent with the boilerplate's core technology (`tech_stack_document.md`).
- **TECH-CALC-002: UI Components:** Utilize VMware Clarity Design System components where applicable (`tech_stack_document.md`).
- **TECH-CALC-003: Styling:** Implement 'yellow' theming using SCSS, leveraging Clarity's theming capabilities or overriding default styles (`tech_stack_document.md`). Custom SCSS variables or classes will define the yellow palette.
- **TECH-CALC-004: Architecture:** Structured as a lazy-loaded Angular Feature Module (`CalculatorModule`), encapsulating its own components, services, and routing (`architecture_document.md`).
- **TECH-CALC-005: State Management:** Client-side state management for calculator logic (current value, operation, history) will be handled within the `CalculatorComponent` or a dedicated service provided by `CalculatorModule`. No external state management library (e.g., NgRx) is required for this basic implementation (`architecture_document.md`).
- **TECH-CALC-006: Backend:** The calculator will be purely client-side; no backend API interaction is required (`architecture_document.md`).
- **TECH-CALC-007: Routing:** A dedicated route (e.g., `/calculator`) will be configured within the main `AppRoutingModule` for lazy loading the `CalculatorModule` (`FR-005: Routing` from `analysis_document.md`).
### 11. Success Metrics & KPIs - Yellow Calculator App
*(Appended 2025-10-04T11:32:58)*
- **KPI-CALC-001: Successful Lazy Load:** Monitor network logs to confirm `CalculatorModule` bundle is only loaded upon navigation to the calculator route.
- **KPI-CALC-002: Calculation Accuracy:** Pass rate of unit and integration tests covering all specified arithmetic operations and edge cases (e.g., division by zero, decimal precision).
- **KPI-CALC-003: Theming Consistency:** Visual inspection and potential automated UI tests to confirm consistent application of the "yellow" theme across all calculator elements.
- **KPI-CALC-004: Responsive Behavior:** Successful rendering and interaction across defined breakpoints for various device types.
- **KPI-CALC-005: Code Quality:** Adherence to Angular best practices, maintainability of the `CalculatorModule` (measured by code review comments, linting results, cyclomatic complexity).
### 12. Risk Assessment - Yellow Calculator App
*(Appended 2025-10-04T11:32:58)*
- **RISK-CALC-001: Styling Conflicts:**
- **Description:** Custom "yellow" SCSS might inadvertently override or conflict with core Clarity Design System styles or other boilerplate styles.
- **Mitigation:** Use highly specific CSS selectors within the `CalculatorModule` (e.g., `ViewEncapsulation.Emulated` for component styles), use Clarity's custom property variables for theming where possible, thorough testing after styling changes.
- **RISK-CALC-002: Arithmetic Precision Errors:**
- **Description:** JavaScript's floating-point arithmetic can lead to precision issues, especially with complex decimal calculations.
- **Mitigation:** For this basic calculator, standard `Number` operations are acceptable. Document any known precision limitations. If advanced calculations are required later, consider libraries like `decimal.js`.
- **RISK-CALC-003: Usability/UX Issues:**
- **Description:** The calculator's layout or interaction flow might not be intuitive or responsive on all devices.
- **Mitigation:** Conduct internal UX review. Test extensively on various devices/browsers. Leverage Clarity's responsive grid system for layout.
- **RISK-CALC-004: Integration Complexity:**
- **Description:** Incorrect setup of lazy loading or routing could cause the calculator module not to load or function correctly.
- **Mitigation:** Follow Angular's lazy-loading best practices. Thorough unit and integration testing of the routing setup.
### 13. Timeline & Milestones - Yellow Calculator App
*(Appended 2025-10-04T11:32:58)*
- **Phase 1: Definition & Design (2 days)**
- Finalize PRD, user stories, and UI wireframes/mockups for calculator.
- Establish yellow color palette.
- **Phase 2: Core Development (5 days)**
- Set up `CalculatorModule` with lazy loading and routing.
- Implement `CalculatorDisplayComponent` and `CalculatorKeypadComponent`.
- Develop core arithmetic logic (add, subtract, multiply, divide).
- Implement number and decimal input.
- **Phase 3: Theming & Refinement (3 days)**
- Apply "yellow" theme using SCSS and Clarity components.
- Ensure responsiveness and cross-browser compatibility.
- Implement clear/reset functionality.
- Conduct initial testing and bug fixes.
- **Phase 4: Testing & Documentation (2 days)**
- Comprehensive unit and integration testing.
- Update boilerplate documentation on how to use/integrate the calculator.
- Final QA and review.
- **Phase 5: Final Review & Approval (1 day)**
- Product Manager and Lead Developer final review and approval.
### 14. Dependencies & Assumptions - Yellow Calculator App
*(Appended 2025-10-04T11:32:58)*
- **DEP-CALC-001: Existing Boilerplate:** Full functionality of the base Angular Clarity Boilerplate (Angular, Clarity, SCSS, routing) is stable and available (`analysis_document.md`, `architecture_document.md`, `tech_stack_document.md`).
- **DEP-CALC-002: Development Environment:** Standard Angular development environment (Node.js, npm, Angular CLI) is set up and configured.
- **ASSUMP-CALC-001: Basic Arithmetic Scope:** The calculator will only support basic arithmetic operations. Advanced functions (e.g., square root, trigonometry, memory functions) are out of scope for the MVP.
- **ASSUMP-CALC-002: Client-Side Only:** The calculator will operate entirely on the client-side; no backend services are required or assumed for its functionality.
- **ASSUMP-CALC-003: Clarity Theme Overrides:** The Clarity Design System allows for sufficient styling customization via SCSS to achieve the desired "yellow" theme without excessive workaround or breaking core styles.

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@ -70,4 +70,66 @@ Prioritization will focus on establishing a stable and usable foundation. **Must
- Integrating a state management library (e.g., NgRx, Akita) with an example implementation.
- Adding more complex example pages (e.g., a settings page, a user profile).
- Creating custom Angular Schematics to automate the creation of new feature modules that follow the boilerplate's conventions.
- Including pre-configured templates for CI/CD pipelines (e.g., GitHub Actions).
- Including pre-configured templates for CI/CD pipelines (e.g., GitHub Actions).
---
## PROJECT PLAN UPDATE - 2025-10-04 11:56:23
# Project Plan
## Document Version & Review
* **Version:** 1.0 (Initial Draft for Yellow Calculator App Integration)
* **Date:** 2025-10-04T11:32:58
* **Status:** Draft - Product Manager Review & Initial Approval
This plan details the phased approach for the development and integration of the "Yellow Calculator App" feature into the Angular Clarity Boilerplate. It encompasses key activities, deliverables, and stakeholders, aiming for efficient and timely delivery of a high-quality, demonstrative feature.
---
## Project Plan for Yellow Calculator App Integration (PM Confirmed - 2025-10-04T11:32:58)
### Overview
This project plan outlines the key phases and activities for integrating the "Yellow Calculator App" as a new, illustrative feature into the Angular Clarity Boilerplate. The aim is to deliver a functional, yellow-themed calculator module, showcasing the boilerplate's capabilities and providing a useful demonstration asset.
### 1. Discovery & Product Definition (Days 1-2)
- **Activity:** Finalize detailed requirements for the Yellow Calculator App, including functional and non-functional specifications, user stories, and acceptance criteria. Define the specific "yellow" aesthetic.
- **Deliverable:** Updated `.sureai/prd_document.md` with comprehensive calculator sections.
- **Stakeholders:** Product Manager, Lead Developer.
### 2. Design & Prototyping (Days 2-3)
- **Activity:** Create high-level UI/UX sketches or wireframes for the calculator layout. Select specific Clarity components and define SCSS variables/overrides for the yellow theme.
- **Deliverable:** UI/UX design concepts, initial SCSS theme definition.
- **Stakeholders:** Designer, Lead Developer, Product Manager.
### 3. Development Sprint - Core Functionality (Days 4-8)
- **Activity:**
- Set up the `CalculatorModule` with lazy loading and routing.
- Develop `CalculatorDisplayComponent` and `CalculatorKeypadComponent`.
- Implement number input, decimal input, and basic arithmetic logic (+, -, x, /).
- Implement 'Equals' and 'Clear' functionality.
- Perform unit tests for calculator logic.
- **Deliverable:** Functional calculator module, integrated into the boilerplate, without final styling.
- **Stakeholders:** Development Team, Lead Developer.
### 4. Development Sprint - UI & Refinement (Days 9-11)
- **Activity:**
- Apply the defined "yellow" theme using SCSS to all calculator components.
- Ensure responsiveness across common device sizes.
- Refine UX based on initial testing and feedback.
- Address minor bugs.
- **Deliverable:** Visually complete and responsive Yellow Calculator App.
- **Stakeholders:** Development Team, Designer, Product Manager.
### 5. Testing & Documentation (Days 12-13)
- **Activity:**
- Conduct comprehensive integration testing of the calculator within the boilerplate.
- Perform cross-browser compatibility testing.
- Update boilerplate README and developer documentation to highlight the new calculator feature and guide its usage/extension.
- **Deliverable:** Fully tested calculator feature, updated documentation.
- **Stakeholders:** QA Engineer, Technical Writer, Lead Developer, Product Manager.
### 6. Final Review & Release (Day 14)
- **Activity:** Final review by Product Manager and Lead Developer. Prepare for boilerplate update release (if applicable).
- **Deliverable:** Approved Yellow Calculator App feature ready for inclusion in the boilerplate distribution.
- **Stakeholders:** Product Manager, Lead Developer.

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@ -36,4 +36,32 @@ Generated: Tuesday, September 16, 2025
* **Code Formatting/Linting:**
* **ESLint:** Used for identifying and reporting on patterns in ECMAScript/JavaScript code.
* **Prettier:** An opinionated code formatter that enforces a consistent style.
* **EditorConfig:** Helps maintain consistent coding styles for multiple developers working on the same project across various editors and IDEs.
* **EditorConfig:** Helps maintain consistent coding styles for multiple developers working on the same project across various editors and IDEs.
---
## TECH STACK UPDATE - 2025-10-04 11:50:36
### Calculator Feature Specific Technologies
Generated: 2025-10-04T11:32:58.476921
The "yellow calculator app" will primarily leverage the existing technology stack of the Angular Clarity Boilerplate, with specific attention to styling for the "yellow" theme.
#### Frontend Technologies
- **Framework:** Angular (as per base project, `analysis_document.md`)
- **Styling:** SCSS, utilizing and extending the VMware Clarity Design System (FR-003, `requirements_document.md`). Custom SCSS variables will be used to achieve the "yellow" aesthetic, overriding Clarity defaults or applying specific color values to calculator components.
- **State Management:** Local component state within `CalculatorComponent` and potentially a simple Angular service for arithmetic logic (if complex enough to warrant separation), leveraging RxJS for observable patterns if necessary.
#### Backend Technologies
- **N/A**: The calculator is designed as a purely client-side application and does not require a backend.
#### Database Technologies
- **N/A**: No persistent data storage is required for this client-side calculator.
#### Infrastructure
- **N/A**: The calculator feature will be deployed as part of the existing Angular application's build and hosting infrastructure.
#### Development Tools
- **Version Control:** Git (as per base project)
- **Testing:** Angular testing utilities (Karma/Jasmine, Protractor/Cypress) will be used for unit and integration testing of the calculator components and logic.
- **CI/CD:** The calculator feature will integrate into the existing CI/CD pipeline for the Angular boilerplate.