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{
"current_task_id": "fc71fb01-dca2-4dbd-8574-4ba85c89f994",
"completed_tasks": [],
"agent_sequence_index": 0,
"debug_attempts": 0,
"current_agent": "io8project_builder",
"progress_percentage": 0.0,
"context": {
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"project_path": "/tmp/bmad_output/calculator_app_20250925_072610",
"io8_project_path": "/tmp/bmad_output/calculator_app_20250925_072610/.io8project",
"agent_sequence": [
"io8project_builder",
"io8directory_structure",
"io8codermaster",
"io8analyst",
"io8architect",
"io8pm",
"io8sm",
"io8developer",
"io8devops"
],
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"agent_temperatures": [
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"agent_clis": [
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"surecli",
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"gemini",
"gemini"
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{"project": "metadata"}

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# Base project detected - ONLY documenting existing structure. No files or directories created.
The following structure is based on the cloned base project and the user prompt 'calculator app'. No new directories or files were created. The existing structure is documented below.
```
./
├── .io8project/
│ ├── .state.json
│ └── project_metadata.json
├── cloned base project/
│ ├── .sureai/
│ │ ├── uploads/
│ │ ├── .directory_structure_calculator_app_20250925_072610.md
│ │ ├── .bmad_agent_calculator_app_20250925_072610.md
│ │ ├── .analyst_agent_calculator_app_20250925_072610.md
│ │ ├── .architect_agent_calculator_app_20250925_072610.md
│ │ ├── .pm_agent_calculator_app_20250925_072610.md
│ │ ├── .sm_agent_calculator_app_20250925_072610.md
│ │ ├── .developer_agent_calculator_app_20250925_072610.md
│ │ ├── .devops_agent_calculator_app_20250925_072610.md
│ │ ├── .bmad_*.md
│ │ ├── .analyst_*.md
│ │ ├── .architect_*.md
│ │ ├── .developer_*.md
│ │ ├── .devops_*.md
│ │ ├── .pm_*.md
│ │ ├── .sm_*.md
│ │ ├── analysis_document.md
│ │ ├── requirements_document.md
│ │ ├── architecture_document.md
│ │ ├── tech_stack_document.md
│ │ ├── prd_document.md
│ │ ├── project_plan.md
│ │ └── tasks_list.md
│ │ └── sprint_plan.md
├── backend/
├── frontend/
├── deployment_config.yml
├── Dockerfile.backend
├── Dockerfile.frontend
└── docker-compose.yml
```
**Specific Customization Notes for 'calculator app':**
Given the user prompt, we expect the `frontend/` directory to contain code for a calculator user interface (likely HTML, CSS, and JavaScript). The `backend/` directory might contain API endpoints (if a more complex application is desired) or it could be minimal if the calculator logic is entirely client-side. The `deployment_config.yml`, `Dockerfile.backend`, `Dockerfile.frontend`, and `docker-compose.yml` files will need to be configured appropriately for this specific application. No assumptions on existing code structure are made in this directory structure. The existing structure is documented as is. The `.sureai/` directory contains agent-generated documents and logs which will be populated based on project workflow.

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# io8 Business Analyst Agent - Customized for This Project
## Project-Specific Instructions
## Analysis Document Update - 2025-09-25 07:45:00
This section updates the analysis based on the user prompt: 'calculator app' and the provided coder breakdown and plan.
### Project Overview Update
The project aims to develop a simple calculator application. The application will perform basic arithmetic operations (addition, subtraction, multiplication, division). The design will prioritize simplicity and ease of use. The project will leverage the existing base project structure and tools to minimize development time and effort. It will adhere to the append-only constraint and build upon the existing base project files.
### User Requirements Update
Based on the user prompt, the core user requirement is a functional calculator application capable of performing basic arithmetic operations. Additional requirements may emerge during the design and development phases, but the core requirement remains straightforward and well-defined. Further refinement may be needed to specify the types of calculations supported, error handling, or UI/UX considerations.
### Functional Requirements Update
* FR-001: Perform Addition
* Description: The calculator should accurately add two numbers.
* Acceptance Criteria: The calculator should correctly return the sum of two valid numerical inputs.
* Priority: High
* FR-002: Perform Subtraction
* Description: The calculator should accurately subtract two numbers.
* Acceptance Criteria: The calculator should correctly return the difference of two valid numerical inputs.
* Priority: High
* FR-003: Perform Multiplication
* Description: The calculator should accurately multiply two numbers.
* Acceptance Criteria: The calculator should correctly return the product of two valid numerical inputs.
* Priority: High
* FR-004: Perform Division
* Description: The calculator should accurately divide two numbers.
* Acceptance Criteria: The calculator should correctly return the quotient of two valid numerical inputs. It should handle division by zero gracefully (e.g., display an error message).
* Priority: High
* FR-005: Handle Invalid Input
* Description: The calculator should gracefully handle invalid input, such as non-numerical characters.
* Acceptance Criteria: The calculator should display an appropriate error message for invalid input and prevent calculation errors.
* Priority: Medium
* FR-006: Display Results
* Description: The calculator should clearly display the results of calculations.
* Acceptance Criteria: The result of a calculation should be displayed prominently in a designated area of the user interface.
* Priority: High
### Non-Functional Requirements Update
* NFR-001: Usability: The calculator should have an intuitive and user-friendly interface.
* NFR-002: Performance: The calculator should respond quickly to user input and calculations.
* NFR-003: Reliability: The calculator should consistently perform accurate calculations.
* NFR-004: Maintainability: The codebase should be well-structured and easy to maintain.
### User Stories Update
* As a user, I want to add two numbers so I can get their sum.
* As a user, I want to subtract two numbers so I can get their difference.
* As a user, I want to multiply two numbers so I can get their product.
* As a user, I want to divide two numbers so I can get their quotient.
* As a user, I want to be informed if I enter invalid input so I can correct my mistakes.
* As a user, I want the results to be clearly displayed so I can easily see the outcome of my calculations.
### Business Rules Update
* The calculator should only perform basic arithmetic operations (addition, subtraction, multiplication, division).
* The calculator must handle division by zero gracefully, displaying an error message to the user.
* The calculator should validate user input to prevent errors and ensure only numerical values are processed.
## Requirements Document Update - 2025-09-25 07:45:00
This section updates the requirements document based on the user prompt and the analysis above.
### FR-001: Perform Addition
- **Description:** The calculator shall accurately perform addition of two or more numerical inputs.
- **Acceptance Criteria:** Given two or more valid numerical inputs, the calculator shall correctly display their sum. The result shall be accurate to at least 10 decimal places.
- **Priority:** High
### FR-002: Perform Subtraction
- **Description:** The calculator shall accurately perform subtraction of two numerical inputs.
- **Acceptance Criteria:** Given two valid numerical inputs, the calculator shall correctly display the difference between the first and second input. The result shall be accurate to at least 10 decimal places.
- **Priority:** High
### FR-003: Perform Multiplication
- **Description:** The calculator shall accurately perform multiplication of two or more numerical inputs.
- **Acceptance Criteria:** Given two or more valid numerical inputs, the calculator shall correctly display their product. The result shall be accurate to at least 10 decimal places.
- **Priority:** High
### FR-004: Perform Division
- **Description:** The calculator shall accurately perform division of two numerical inputs.
- **Acceptance Criteria:** Given two valid numerical inputs, where the second input is not zero, the calculator shall correctly display the quotient of the first input divided by the second input. The result shall be accurate to at least 10 decimal places. If the second input is zero, the calculator shall display an appropriate error message, such as "Division by zero is not allowed."
- **Priority:** High
### FR-005: Handle Invalid Input
- **Description:** The calculator shall handle invalid input gracefully and inform the user.
- **Acceptance Criteria:** When the user inputs non-numerical characters or attempts operations that are not supported (e.g., division by zero), the calculator shall display a clear error message indicating the type of error. The calculator shall not crash.
- **Priority:** Medium
### FR-006: Clear Display
- **Description:** The calculator shall provide a clear and easy-to-read display of results.
- **Acceptance Criteria:** The results of all calculations shall be clearly displayed in a designated area of the user interface, using a suitable font size and formatting. The displayed number shall be limited to 15 characters. Longer results shall be appropriately truncated.
- **Priority:** High
### NFR-001: Usability
- **Description:** The user interface shall be intuitive and easy to use.
- **Acceptance Criteria:** The UI shall be simple, straightforward, and easy to navigate.
- **Priority:** High
### NFR-002: Performance
- **Description:** The calculator shall provide quick and responsive calculations.
- **Acceptance Criteria:** Calculations should be performed and displayed within 1 second of user input.
- **Priority:** High
### NFR-003: Reliability
- **Description:** The calculator shall consistently provide accurate results.
- **Acceptance Criteria:** The calculator shall provide accurate results for all valid input across multiple test runs.
- **Priority:** High
## Base Agent Prompt Reference
This agent is based on the standard io8analyst agent with project-specific customizations above.
Refer to the base io8analyst agent prompt for general principles and workflow instructions.

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# io8 System Architect Agent - Customized for This Project
## Project-Specific Instructions
## Architecture Document Update - 2025-09-25 07:55:00
This section details the architecture for the calculator application, building upon the existing Angular Clarity Boilerplate.
### System Overview
The calculator application will be a single-page application (SPA) built using Angular. It will utilize the existing structure of the boilerplate, leveraging the `SharedModule` for reusable components where applicable. The core calculator logic will reside within a new Angular component (CalculatorComponent). No backend is required for this simple application; all logic will be handled client-side within the Angular application.
### Architecture Pattern
The application will follow a component-based architecture, in line with Angular's best practices. The `CalculatorComponent` will encapsulate all the UI and logic for the calculator. No separate MVC pattern is necessary given the simplicity of the application.
### Component Design
- **CalculatorComponent:** This component is the main component of the application. It will include the input display, buttons for numbers and operations, and logic for performing calculations.
- **Shared Components (from SharedModule):** Reusable components from the SharedModule might be used (e.g., for error display, if needed).
### Data Architecture
The application will use a simple in-memory data structure (variables and data structures within the `CalculatorComponent`) to store the current input and calculation results. No database is required for this project.
### API Design
No APIs are required for this client-side application.
### Security Architecture
No specific security measures are required for this simple calculator application.
### Scalability Considerations
For this application, scalability is not a major concern due to its limited functionality and client-side nature. The Angular framework's inherent scalability will be sufficient.
## Technology Stack Update - 2025-09-25 07:55:00
This section details the technology stack for the calculator application, building upon the existing base project.
### Frontend Technologies
- **Framework:** Angular (Leveraging the existing Angular Clarity Boilerplate)
- **Styling:** Clarity Design System (Existing from the boilerplate)
- **State Management:** No external state management library is needed for this simple application; application state will be managed directly within the `CalculatorComponent`.
### Backend Technologies
- No backend technologies are needed for this application, as all calculations are performed client-side.
### Database Technologies
- No database is required for this simple calculator application.
### Infrastructure
- **Deployment:** This will follow the existing base project's deployment strategy. For a simple project like this, even direct deployment using `ng build` and hosting via a static file host might be sufficient.
- **Hosting:** Hosting solutions compatible with the base project will be used (e.g., AWS S3, Netlify, Github Pages).
### Development Tools
- **Version Control:** Git (Existing from the base project)
- **Testing:** Jasmine/Karma (Existing from the base project) will be used for unit testing; additional integration and/or e2e testing may be considered
- **CI/CD:** This will depend on the existing base project's CI/CD pipeline. For this simple application, a simpler CI/CD pipeline (e.g., GitHub Actions) may suffice.
## 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
## Calculator App Project Breakdown - 2025-09-25 07:26:10
This section details the breakdown of the Calculator App project, considering the existing base project structure and the user prompt. The project's simplicity allows for a streamlined approach.
**Milestones:**
1. **Requirements Gathering (Complete):** The user prompt provided the core requirement: a calculator application. Further refinement might involve specifying the types of calculations supported (basic arithmetic, scientific, etc.).
2. **Design and Architecture (io8architect):** Defining the application's architecture (frontend/backend split, technology choices, etc.). The existing base project's structure will heavily influence this stage.
3. **Development (io8developer):** Implementation of the calculator's functionality, including UI design (frontend) and server-side logic (backend, if applicable). This stage will leverage the existing base project's frontend and backend structures.
4. **Testing (io8developer):** Thorough testing of the application's functionality, including unit tests (if the base project includes a testing framework) and integration tests.
5. **Deployment (io8devops):** Deployment of the application using the existing base project's deployment mechanisms (e.g., Docker).
**Constraints:**
* The application must adhere to the existing base project's structure and workflow. No major deviations from the project’s current structure are allowed.
* The development process must consider the already existing base project code and libraries.
* The deployment must be compatible with the existing infrastructure defined in the base project’s configuration files (e.g., `docker-compose.yml`)
**Dependencies:**
* The success of this project is contingent upon the successful completion of the previous stages (project setup, directory structure definition).
* The io8architect, io8developer, and io8devops agents will be essential for the completion of their respective milestones.
## Calculator App Project Plan - 2025-09-25 07:26:10
This document outlines the implementation plan for the Calculator App project, building upon the existing base project and adhering to its established workflows.
**Timeline (Estimated):**
* **Day 1:** io8architect completes the design and architecture documentation. The plan is to leverage the existing base project structure. Minimal changes are expected.
* **Day 2-3:** io8developer implements the front-end and (if necessary) back-end functionalities. Focus is on integration within the existing base project's `frontend/` and `backend/` directories.
* **Day 4:** io8developer conducts thorough testing, including unit and integration tests (where applicable given the base project's setup).
* **Day 5:** io8devops deploys the application using the existing base project's deployment configuration (e.g., Docker).
**Resources:**
* Existing base project codebase.
* io8architect, io8developer, and io8devops agents.
* Existing project documentation within `.sureai/` directory.
**Tasks:**
* **Requirements Review:** Ensure a clear understanding of the user prompt and scope. (Complete)
* **Architecture Definition:** Design the application's architecture (using the base project's structure). (io8architect)
* **Frontend Development:** Develop the calculator's user interface. (io8developer)
* **Backend Development (if applicable):** Implement any necessary server-side logic. (io8developer)
* **Testing:** Execute unit and integration testing. (io8developer)
* **Deployment:** Deploy the application to the existing base project's environment. (io8devops)
**Risk Mitigation:**
* **Dependency on Base Project:** The project heavily relies on the existing base project's structure and functionality. Any issues with the base project could impact the calculator app.
* **Unexpected Complexity:** While the calculator app is relatively simple, unforeseen complexities might arise during development. Regular communication and updates are crucial.
## 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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# io8 Project Manager Agent - Customized for This Project
## Project-Specific Instructions
# Product Requirements Document (PRD) Update - 2025-09-25 08:05:00
## 1. Executive Summary Update
This update details the requirements for a simple calculator application built using the Angular Clarity Boilerplate. The application will perform basic arithmetic operations (addition, subtraction, multiplication, and division) with a clean and simple user interface.
## 5. Solution Overview Update
The calculator application will be a single-page application (SPA) built using Angular and the Clarity Design System. It will consist of a main `CalculatorComponent` that handles all user interactions and calculations. No backend is needed. The existing base project's `SharedModule` will be leveraged for reusable components where applicable.
## 6. Functional Requirements Update
- FR-001: Perform addition, subtraction, multiplication, and division operations accurately.
- FR-002: Display results clearly and concisely in a dedicated display area.
- FR-003: Handle invalid input (e.g., division by zero) gracefully with appropriate error messages displayed on the screen.
- FR-004: Provide a 'Clear' button to reset the input and the displayed result.
- FR-005: Ensure the application is responsive across various devices (desktop, tablet, and mobile).
## 7. Non-Functional Requirements Update
- NFR-001: The application should be responsive and performant across various devices and screen sizes.
- NFR-002: The application should be easy to use and intuitive for any user.
- NFR-003: The application should follow accessibility guidelines (WCAG) to ensure inclusivity.
- NFR-004: The application should be thoroughly tested for accuracy and error handling.
## 8. Epic Stories Update
### Epic 1: Basic Calculator Functionality
**Epic Description:** Implement the core functionality of the calculator, including basic arithmetic operations and input handling.
**Business Value:** Provides the fundamental functionality of the calculator app.
**Acceptance Criteria:** All basic arithmetic operations are implemented accurately, invalid inputs are handled gracefully, and results are displayed correctly.
**User Stories:**
- **US-001:** As a user, I want to perform addition, subtraction, multiplication, and division so that I can easily perform basic calculations.
- **As a** user
- **I want to** perform basic arithmetic operations (+, -, *, /)
- **So that** I can easily solve simple math problems.
- **Acceptance Criteria:**
- [ ] Addition, subtraction, multiplication, and division operations produce correct results.
- [ ] Operations with invalid input (e.g., division by zero) are handled gracefully and result in a clear error message.
- **Story Points:** 5
- **Priority:** High
- **US-002:** As a user, I want to see the results of my calculations clearly displayed so that I can easily understand the output.
- **As a** user
- **I want to** see the results of my calculations displayed clearly in a designated output area.
- **So that** I can easily understand the answers.
- **Acceptance Criteria:**
- [ ] Calculation results are clearly visible in an output area.
- **Story Points:** 3
- **Priority:** High
- **US-003:** As a user, I want a clear button to reset the calculator so that I can start a new calculation.
- **As a** user
- **I want to** have a 'Clear' button to reset the input and output fields.
- **So that** I can easily start a new calculation.
- **Acceptance Criteria:**
- [ ] Pressing the 'Clear' button resets the input and the output fields to their initial state.
- **Story Points:** 2
- **Priority:** Medium
- **US-004:** As a user, I want the application to be responsive on different devices so that I can use it conveniently on any screen size.
- **As a** user
- **I want to** use the application on various devices (desktop, tablet, and mobile).
- **So that** I can use it conveniently on any screen size.
- **Acceptance Criteria:**
- [ ] The application layout and functionality are responsive across various screen sizes.
- **Story Points:** 3
- **Priority:** High
## 10. Technical Requirements Update
The application will leverage the existing Angular Clarity Boilerplate. The CalculatorComponent will be a new component added to the application. No backend integration is required.
## 11. Success Metrics & KPIs Update
- **User Adoption:** Number of users who utilize the calculator application.
- **Calculation Accuracy:** Percentage of calculations performed correctly.
- **Error Rate:** Frequency of errors encountered by users.
- **User Satisfaction:** Feedback from users regarding the application's usability and functionality.
## 12. Risk Assessment Update
- **Risk:** Potential for errors in the calculation logic.
- **Mitigation:** Thorough testing and code review.
- **Risk:** Unexpected user input causing application crashes.
- **Mitigation:** Robust error handling and input validation.
- **Risk:** Difficulty in integration with the existing Angular Clarity Boilerplate.
- **Mitigation:** Following the Boilerplate's existing structure, modularity, and design.
# Project Plan Update - 2025-09-25 08:05:00
## Project Timeline and Milestones
**Phase 1: Setup and Design (2 days)**
- Day 1: Set up development environment, review base project's existing structure, and design the UI for the CalculatorComponent.
- Day 2: Develop initial mockups of the UI, implement basic HTML and CSS styling using Clarity Design System components.
**Phase 2: Development and Testing (3 days)**
- Day 3-5: Develop the core calculator functionality, implement basic arithmetic operations (+,-,*,/), add clear button functionality, implement error handling for invalid input (division by zero, etc.). Write unit tests to ensure accuracy and handle edge cases. Ensure responsive design across different screen sizes.
**Phase 3: Deployment (1 day)**
- Day 6: Deploy the application to a chosen hosting provider, following existing base project deployment practices or using a simple static hosting solution.
**Milestones:**
- Milestone 1: Complete UI design and initial mockups (End of Day 2)
- Milestone 2: Core Calculator Functionality Implemented and Unit Tested (End of Day 5)
- Milestone 3: Application Deployed to Production (End of Day 6)
## Base Agent Prompt Reference
This agent is based on the standard io8pm agent with project-specific customizations above.
Refer to the base io8pm agent prompt for general PM principles and workflow instructions.

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**Base Project Builder Plan for `calculator_app_20250925_072610`**
**1. High-level scaffolding plan for backend and frontend**
* **Backend (Spring Boot):**
* Initial project structure for a Spring Boot application.
* Basic configuration files (e.g., `application.properties` or `application.yml`).
* Dependencies for Spring Boot, MySQL connector, and any other core libraries.
* A main application class to bootstrap the Spring Boot application.
* Controller, Service, and Repository layers will be generated based on the wireframe and further development.
* **Frontend (Angular Clarity):**
* Initial project structure for an Angular application.
* Core Angular modules, components, and routing setup.
* Clarity Design System integration for UI components.
* A main application component and basic routing.
* Components for the calculator interface will be generated based on the wireframe and further development.
**2. Directory and file scaffolding strategy**
* **Project Root (`/tmp/bmad_output/calculator_app_20250925_072610/`):**
* `.sureai/`: Directory for MCP-related files and responses.
* `io8_mcp/`: Contains subdirectories for MCP responses.
* `responses/`: Stores JSON outputs from MCP tool calls (e.g., `create_project.out`, `build_app.out`, `create_wireframe.out`, `git_pull_status.out`).
* The actual backend and frontend code will be pulled into the project root after the `build_app` step and `git pull`. This will likely create directories like `backend/` and `frontend/` or similar, depending on the io8 structure.
**3. Build tools and scripts to generate missing code from plans**
* **io8 MCP Tools:**
* `create_project`: Used to initialize the project with specified technologies.
* `build_app`: Used to trigger the generation of the initial codebase based on the project definition.
* `create_wireframe_raw`: Used to define the UI structure and fields, which will guide further code generation for frontend components and backend API endpoints.
* **Standard Build Tools (Implicitly used by io8):**
* **Backend (Spring Boot):** Maven or Gradle for dependency management, compilation, and packaging.
* **Frontend (Angular Clarity):** npm/yarn for package management, Angular CLI for building, serving, and testing the application.
* **Git:** Used for version control and pulling the generated code from the Gitea repository.
**4. Pre-developer checks to ensure required docs exist**
* **`.sureai/architecture_document.md`:** Checked for existence to determine technology stack. If not present, default assumptions are made.
* **`.sureai/io8_mcp/responses/create_project.out`:** Checked to ensure the io8 project is created only once. This file also provides critical IDs (project, backend, module) and the Gitea URL for subsequent steps.
* **`.sureai/io8_mcp/responses/build_app.out`:** Confirms that the application build process has been initiated.
* **`.sureai/io8_mcp/responses/git_pull_status.out`:** Confirms successful retrieval of the generated codebase.
This plan outlines the foundational steps for setting up the project using the io8 MCP tools, preparing for subsequent development phases.

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{
"status": "success",
"message": "Build request submitted successfully",
"response_text": "Insert In job Pro Successfully done"
}

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{
"projectResp": {
"createdAt": "2025-09-25 07:30:40",
"updatedAt": "2025-09-25 07:30:42",
"createdBy": 10007301,
"updatedBy": 10007301,
"accountId": 122,
"id": 48516,
"owner": "Super Admin",
"owned_by": 10007301,
"projectName": "calculator_app_20250925_072610",
"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/calculator_app_20250925_072610.git",
"isfirstbuild": false,
"company_Display_Name": null
},
"backendResp": {
"id": 2516,
"backend_service_name": "calculator_app_20250925_072610-b",
"techstack": "Spring Boot",
"description": null,
"proj_id": 48516,
"isprimary": true,
"db_id": 2703
},
"moduleResp": {
"createdAt": "2025-09-25 07:30:42",
"updatedAt": "2025-09-25 07:30:42",
"createdBy": null,
"updatedBy": null,
"accountId": null,
"id": 48525,
"moduleName": "calculator_app_20250925_072610-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": 2703,
"db_name": "calculator_app_20250925_072610-d",
"db_type": null,
"db_username": "root",
"db_password": "root",
"port_no": 3306,
"proj_id": 48516,
"techstack": "MySQL",
"host_name": null,
"existing_db": false,
"isdefault": false
}
}

46
.sureai/io8_mcp/responses/create_wireframe.out Normal file
View File

@ -0,0 +1,46 @@
{
"createdAt": "2025-09-25 07:32:52",
"updatedAt": "2025-09-25 07:32:52",
"createdBy": 10007301,
"updatedBy": 10007301,
"accountId": null,
"id": 7735,
"techStack": "Spring Boot",
"objectType": "form",
"subObjectType": "only header",
"uiName": "Calculator",
"formType": null,
"tableName": null,
"lineTableName": null,
"multilineTableName": null,
"formCode": "Calculator_view",
"jspName": null,
"controllerName": "CalculatorController",
"serviceName": null,
"serviceImplName": null,
"daoName": null,
"daoImplName": null,
"build": false,
"updated": false,
"menuName": null,
"headerName": "Calculator",
"convertedTableName": null,
"package_name": null,
"backend_id": 2516,
"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
.sureai/io8_mcp/responses/git_pull_status.out Normal file
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@ -0,0 +1 @@
git pull successful

1
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@ -0,0 +1 @@
# Placeholder - DevOps will fill this later

1
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# Placeholder - DevOps will fill this later

0
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@ -57,4 +57,186 @@ 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 - 2025-09-25 07:32:32
# Directory Structure for 'calculator app' Project
This document details the directory structure for the 'calculator app' project, building upon the existing base project structure. No new directories or files will be created; this document only reflects the organization of the existing files and folders.
**Methodology:**
The project will follow a standard three-tier architecture (presentation, business logic, data access) within the existing `backend/` and `frontend/` directories. The `backend/` directory will house the core application logic, and the `frontend/` will contain the user interface.
**Project Organization:**
The application's functionality is relatively simple; therefore, an overly complex directory structure is unnecessary. The existing base project structure is sufficient, with the addition of specific subdirectories within `backend/` and `frontend/` as needed.
**File Structure Planning Framework:**
* **`cloned base project/.sureai/`:** This directory already exists and contains the standard project documentation. No changes are required.
* **`backend/`:** This directory will be utilized for the core logic of the application. Files here might include:
* `calculator_logic.js` (or equivalent, depending on backend technology of base project)
* `utils.js` (for any helper functions)
* `tests/` (for unit tests - if the base project has a testing framework)
* **`frontend/`:** This directory will be utilized for the user interface. Files here might include:
* `index.html`
* `styles.css`
* `script.js` (for frontend logic)
* `components/` (for reusable UI elements)
**Configuration File Strategy:**
The base project has predefined configuration files. It's assumed that any additional configuration needed for the calculator app (such as specific environment variables) can be appended or added to these files (e.g., `deployment_config.yml`). No new configuration files need to be added.
**Customized Directory Structure Workflow:**
1. **Base Project Assessment:** The existing base project structure will be thoroughly reviewed to understand the existing directories and their usage.
2. **Subdirectory Addition:** If necessary, new subdirectories will be added to `backend/` and `frontend/` to maintain organizational structure for this project.
3. **File Placement:** Relevant code files will be placed in their appropriate directories within `backend/` and `frontend/`, leveraging the existing base project structure.
4. **Configuration Update:** Existing configuration files will be updated to support the calculator app's requirements.
5. **Documentation Update:** This document will be updated to reflect the final organization of files within the `backend/` and `frontend/` directories.
**Existing Base Project Structure Documentation:** The structure will be documented as it currently exists, with comments clarifying any additions or modifications to the base structure required for this specific application. No new files or directories should be created.
---
## DIRECTORY STRUCTURE UPDATE - 2025-09-25 07:32:39
# Base project detected - ONLY documenting existing structure. No files or directories created.
The following structure is based on the cloned base project and the user prompt 'calculator app'. No new directories or files were created. The existing structure is documented below.
```
./
├── .io8project/
│ ├── .state.json
│ └── project_metadata.json
├── cloned base project/
│ ├── .sureai/
│ │ ├── uploads/
│ │ ├── .directory_structure_calculator_app_20250925_072610.md
│ │ ├── .bmad_agent_calculator_app_20250925_072610.md
│ │ ├── .analyst_agent_calculator_app_20250925_072610.md
│ │ ├── .architect_agent_calculator_app_20250925_072610.md
│ │ ├── .pm_agent_calculator_app_20250925_072610.md
│ │ ├── .sm_agent_calculator_app_20250925_072610.md
│ │ ├── .developer_agent_calculator_app_20250925_072610.md
│ │ ├── .devops_agent_calculator_app_20250925_072610.md
│ │ ├── .bmad_*.md
│ │ ├── .analyst_*.md
│ │ ├── .architect_*.md
│ │ ├── .developer_*.md
│ │ ├── .devops_*.md
│ │ ├── .pm_*.md
│ │ ├── .sm_*.md
│ │ ├── analysis_document.md
│ │ ├── requirements_document.md
│ │ ├── architecture_document.md
│ │ ├── tech_stack_document.md
│ │ ├── prd_document.md
│ │ ├── project_plan.md
│ │ └── tasks_list.md
│ │ └── sprint_plan.md
├── backend/
├── frontend/
├── deployment_config.yml
├── Dockerfile.backend
├── Dockerfile.frontend
└── docker-compose.yml
```
**Specific Customization Notes for 'calculator app':**
Given the user prompt, we expect the `frontend/` directory to contain code for a calculator user interface (likely HTML, CSS, and JavaScript). The `backend/` directory might contain API endpoints (if a more complex application is desired) or it could be minimal if the calculator logic is entirely client-side. The `deployment_config.yml`, `Dockerfile.backend`, `Dockerfile.frontend`, and `docker-compose.yml` files will need to be configured appropriately for this specific application. No assumptions on existing code structure are made in this directory structure. The existing structure is documented as is. The `.sureai/` directory contains agent-generated documents and logs which will be populated based on project workflow.
---
## DIRECTORY STRUCTURE UPDATE - 2025-09-25 07:33:18
# Directory Structure for 'calculator app' Project (Base Project Extension)
This document details the directory structure for the 'calculator app' project, extending the existing base project structure. No new directories or files will be created; this document solely outlines the organizational approach for integrating the 'calculator app' specifics into the pre-existing base project.
**Methodology:**
The project will leverage the established base project structure as a foundation. The 'calculator app' specific code and assets will be incorporated within the existing `frontend/` and `backend/` directories, organized in a manner that maintains clarity and separation of concerns.
**Project Organization:**
* **Frontend (`frontend/`):** This directory will contain the user interface components of the calculator app. We will create a new subdirectory, `calculator_app/`, within `frontend/` to house all related files. This subdirectory will contain HTML, CSS, and JavaScript files responsible for the app's front-end functionality. The base project's existing `frontend/` structure should remain untouched unless specifically modified for this project (e.g., addition of shared components). Example: `frontend/calculator_app/index.html`, `frontend/calculator_app/styles.css`, `frontend/calculator_app/script.js`.
* **Backend (`backend/`):** The backend will be structured similarly. Inside `backend/`, a new subdirectory, `calculator_app/`, will contain the server-side logic (if any) for the calculator app. This may include API endpoints for advanced calculator functions, data persistence, etc. Example: `backend/calculator_app/api.py`, `backend/calculator_app/models.py`, `backend/calculator_app/database.py` (if applicable).
* **Configuration Files:** No new configuration files will be added at the project root level. Existing files (e.g., `docker-compose.yml`, `Dockerfile.frontend`, `Dockerfile.backend`) will be updated by the DevOps agent to encompass the `calculator_app` as required by the newly added functionality.
**File Structure Planning:**
We'll maintain a clear separation between front-end and back-end code using the subdirectories described above within `frontend/` and `backend/`. Each subdirectory will follow standard naming conventions for files, mirroring the best practices established in the base project.
**Configuration File Strategy:**
Configuration changes will be handled by the DevOps agent to ensure compatibility with the existing Docker setup and to avoid conflicts. The main focus will be on extending the existing configuration rather than creating new configuration files.
**Customized Directory Structure Workflow:**
1. **Review Existing Base Project:** Analyze the base project's structure and identify optimal locations for the 'calculator app' components.
2. **Create Subdirectories:** Add `calculator_app/` subdirectories within `frontend/` and `backend/`, as appropriate, according to the architecture decided upon.
3. **Develop App Code:** Develop front-end and back-end code for the calculator app, placing them within the newly created subdirectories.
4. **Update Configuration (DevOps Agent):** The DevOps agent will update the existing configuration files to include any necessary modifications to support the 'calculator app' (e.g., adding new services to `docker-compose.yml`).
5. **Testing and Deployment:** Complete testing and proceed with deployment following the base project's deployment process.
This strategy ensures minimal disruption to the base project and enhances maintainability and scalability.
---
## DIRECTORY STRUCTURE UPDATE - 2025-09-25 07:33:31
# Base project detected - ONLY document existing structure
# DO NOT create any directories or files
# DO NOT run mkdir, touch, or any file creation commands
Existing Directory Structure for 'calculator app' project:
```
./
├── .io8project/
│ ├── .state.json
│ └── project_metadata.json
├── cloned base project/
│ ├── .sureai/
│ │ ├── uploads/
│ │ ├── .directory_structure_calculator_app_20250925_072610.md
│ │ ├── .bmad_agent_calculator_app_20250925_072610.md
│ │ ├── .analyst_agent_calculator_app_20250925_072610.md
│ │ ├── .architect_agent_calculator_app_20250925_072610.md
│ │ ├── .pm_agent_calculator_app_20250925_072610.md
│ │ ├── .sm_agent_calculator_app_20250925_072610.md
│ │ ├── .developer_agent_calculator_app_20250925_072610.md
│ │ ├── .devops_agent_calculator_app_20250925_072610.md
│ │ ├── .bmad_*.md
│ │ ├── .analyst_*.md
│ │ ├── .architect_*.md
│ │ ├── .developer_*.md
│ │ ├── .devops_*.md
│ │ ├── .pm_*.md
│ │ ├── .sm_*.md
│ │ ├── analysis_document.md
│ │ ├── requirements_document.md
│ │ ├── architecture_document.md
│ │ ├── tech_stack_document.md
│ │ ├── prd_document.md
│ │ ├── project_plan.md
│ │ └── tasks_list.md
│ │ └── sprint_plan.md
├── backend/
│ └── calculator_backend.py #Example
├── frontend/
│ └── calculator_frontend.js #Example
├── deployment_config.yml
├── Dockerfile.backend
├── Dockerfile.frontend
└── docker-compose.yml
```
Notes: This structure assumes a base project already exists with the core .sureai/ directory and predefined documents. The agent only documents the existing structure and adds entries for the specific agent outputs related to the 'calculator app' project. No files or directories are created. The backend and frontend directories might contain pre-existing code from the base project. Example files (calculator_backend.py, calculator_frontend.js) are added for illustrative purposes only. Actual files will be populated by the developer agent.

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@ -65,4 +65,115 @@
* **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 - 2025-09-25 07:32:53
## Calculator App Project Breakdown - 2025-09-25 07:26:10
This section details the breakdown of the 'calculator app' project, focusing on milestones and constraints.
**Milestones:**
* **Frontend Development (Days 1-3):** Develop the user interface for the calculator, including input fields, buttons, and display. This will leverage the existing `frontend/` directory in the base project. Existing frontend frameworks in the base project will be leveraged.
* **Backend Development (Days 3-5):** Develop the core calculator logic. This might involve creating functions for basic arithmetic operations (addition, subtraction, multiplication, division). This will leverage the existing `backend/` directory. If the base project includes backend technologies, this stage will use them.
* **Testing (Days 5-6):** Thoroughly test the application for functionality, usability, and error handling. Utilize existing testing frameworks from the base project, if available.
* **Deployment (Day 7):** Deploy the application. The base project’s deployment configuration (`deployment_config.yml`, `Dockerfile.backend`, `Dockerfile.frontend`, `docker-compose.yml`) will be adapted for this project.
**Constraints:**
* **Simplicity:** The calculator should have a clean and simple user interface.
* **Functionality:** The calculator must perform basic arithmetic operations accurately.
* **Base Project:** The project must leverage the existing cloned base project structure, as documented in `.sureai/.directory_structure_calculator_app_20250925_072610.md`.
* **Append-only:** All work must be done by appending to the existing base project, not replacing any existing content.
**Dependencies:**
* Success of Frontend Development is dependent on the successful completion of the directory structure setup (documented in `.sureai/.directory_structure_calculator_app_20250925_072610.md`)
* Success of Backend Development is dependent on the successful completion of the Frontend Development
* Success of Testing is dependent on successful completion of Frontend and Backend Development
* Success of Deployment is dependent on successful completion of Testing
---
## CODER BREAKDOWN UPDATE - 2025-09-25 07:33:01
## Project Breakdown Update - 2025-09-25 07:45:00
This section provides an update to the project breakdown, incorporating feedback and refinements based on the initial project structure analysis.
**Milestone Refinements:**
* **Frontend Development (Days 1-3):** The frontend development will focus on creating a user interface that is both simple and intuitive, using HTML, CSS, and Javascript within the `frontend/` directory. Existing frontend frameworks from the base project will be used to speed up this process.
* **Backend Development (Days 3-5):** Depending on whether the base project already includes backend capabilities, the backend development phase might be minimal. If the base project provides backend technologies, we will leverage them; otherwise, we will implement the core calculator logic in Javascript, ensuring that it's compatible with the frontend. This will be housed in the `backend/` directory.
* **Testing (Days 5-6):** Testing will include both unit and integration tests to ensure the accuracy and reliability of the calculator's functionality. The existing testing frameworks from the base project will be utilized whenever possible.
* **Deployment (Day 7):** The deployment strategy will follow the base project’s existing methods, using the `deployment_config.yml`, `Dockerfile.backend`, `Dockerfile.frontend`, and `docker-compose.yml` files with modifications appended where necessary. Deployment will be tested to ensure success.
**Constraint Clarifications:**
* **Technology Stack:** The technology stack will primarily be determined by the base project's existing capabilities, supplemented by additional technologies if necessary and documented. The primary goal is to leverage existing base project assets to minimize development time.
**Additional Considerations:**
* **Error Handling:** Robust error handling will be implemented to ensure that the calculator gracefully handles invalid input and other potential issues.
* **Accessibility:** The user interface will be designed with accessibility in mind, ensuring that the calculator is usable by people with disabilities.
---
## CODER BREAKDOWN UPDATE - 2025-09-25 07:33:47
## Calculator App Project Breakdown - 2025-09-25 07:26:10
This section details the breakdown of the Calculator App project, considering the existing base project structure and the user prompt. The project's simplicity allows for a streamlined approach.
**Milestones:**
1. **Requirements Gathering (Complete):** The user prompt provided the core requirement: a calculator application. Further refinement might involve specifying the types of calculations supported (basic arithmetic, scientific, etc.).
2. **Design and Architecture (io8architect):** Defining the application's architecture (frontend/backend split, technology choices, etc.). The existing base project's structure will heavily influence this stage.
3. **Development (io8developer):** Implementation of the calculator's functionality, including UI design (frontend) and server-side logic (backend, if applicable). This stage will leverage the existing base project's frontend and backend structures.
4. **Testing (io8developer):** Thorough testing of the application's functionality, including unit tests (if the base project includes a testing framework) and integration tests.
5. **Deployment (io8devops):** Deployment of the application using the existing base project's deployment mechanisms (e.g., Docker).
**Constraints:**
* The application must adhere to the existing base project's structure and workflow. No major deviations from the project’s current structure are allowed.
* The development process must consider the already existing base project code and libraries.
* The deployment must be compatible with the existing infrastructure defined in the base project’s configuration files (e.g., `docker-compose.yml`)
**Dependencies:**
* The success of this project is contingent upon the successful completion of the previous stages (project setup, directory structure definition).
* The io8architect, io8developer, and io8devops agents will be essential for the completion of their respective milestones.
---
## CODER BREAKDOWN UPDATE - 2025-09-25 07:33:59
## Calculator App Project Breakdown Update - 2025-09-25 07:34:00
This section updates the project breakdown based on the initial analysis and the existing base project structure.
**Milestone Refinements:**
1. **Technology Stack Selection:** The choice of frontend and backend technologies will be determined by the existing base project setup (e.g., React, Angular, Node.js, Python). No new technologies will be introduced.
2. **UI Design:** This will be a simplified UI focused on essential calculator functionalities. The design will need to integrate with the existing frontend base project.
3. **Testing Strategy:** The testing strategy will leverage the existing base project's testing framework (if available).
**Additional Constraints:**
* The application should seamlessly integrate into the existing base project's structure without causing conflicts or disrupting existing functionality.
* The design should minimize the number of added files or directories to respect the append-only restriction.
**Revised Dependencies:**
* The project is entirely dependent on the base project's components, libraries, and deployment infrastructure.
* This will result in minimal additions to the base project structure.

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@ -56,4 +56,138 @@
**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 - 2025-09-25 07:32:53
## Calculator App Implementation Plan - 2025-09-25 07:26:10
This section outlines the implementation plan for the 'calculator app' project, including a timeline and resource allocation.
**Timeline:**
* **Day 1-3:** Frontend Development (HTML, CSS, JavaScript). Focus will be on creating a clean and functional user interface. Existing frontend frameworks in the base project will be used.
* **Day 3-5:** Backend Development (Calculator Logic). Basic arithmetic functions will be implemented. If the base project includes backend technologies, they will be leveraged. Otherwise, Javascript will be used.
* **Day 5-6:** Testing (Unit and Integration Tests). The application’s functionality will be thoroughly tested. Existing testing frameworks from the base project will be used if available.
* **Day 7:** Deployment. The application will be deployed using existing deployment scripts and configuration files from the base project. Necessary modifications to deployment scripts will be appended to existing files.
**Resources:**
* **Developers:** 1 full-time developer. Assumes base project developer roles have been pre-allocated.
* **Tools:** Existing tools from the base project, including IDE, build system, testing framework, and deployment tools.
**Resource Allocation:**
The developer will be responsible for all aspects of the project, from frontend development to deployment. The developer will work using existing project guidelines and specifications.
**Contingency Planning:**
* If unexpected issues arise during development, additional time will be allocated to resolve them. This will be documented in subsequent updates to this plan.
* Regular check-ins will be conducted to monitor progress and address any potential roadblocks.
---
## CODER PLAN UPDATE - 2025-09-25 07:33:01
## Implementation Plan Update - 2025-09-25 07:45:00
This section updates the implementation plan based on a more detailed analysis of the base project.
**Timeline Refinements:**
* **Day 1:** Setup the development environment and review the existing base project. Begin frontend development by creating the initial layout and structure.
* **Day 2:** Continue frontend development, including the implementation of basic UI components (input fields, buttons, display).
* **Day 3:** Complete frontend development, including styling and basic functionality; initiate backend development (if required by the base project) or begin integrating frontend with existing backend functionality.
* **Day 4:** Implement the core calculator logic (backend), making sure to test each arithmetic operation thoroughly.
* **Day 5:** Implement unit and integration tests for both frontend and backend components.
* **Day 6:** Execute the complete test suite. Conduct further testing and refine the application based on identified issues.
* **Day 7:** Finalize the deployment configuration and deploy the application to a suitable environment.
**Resource Allocation Update:**
* **Developers:** 1 full-time developer. Allocation remains unchanged. Additional developers might be required depending on complexity and unexpected issues. Any additional resources will be documented in future updates.
**Contingency Planning Update:**
* **Risk Mitigation:** To mitigate risks of delays, daily progress check-ins and daily build processes will be implemented. This ensures early detection and resolution of potential issues.
* **Communication:** Regular updates will be provided through project management tools (if applicable within the base project structure) to ensure transparent communication across all stakeholders.
**Technology Stack Confirmation:**
The technology stack will be finalized after reviewing the base project and will be added to this section in a subsequent update. A section for documentation of technologies will be added to the `.sureai/tech_stack_document.md` in the cloned base project. This information will be appended, not overwritten.
---
## CODER PLAN UPDATE - 2025-09-25 07:33:47
## Calculator App Project Plan - 2025-09-25 07:26:10
This document outlines the implementation plan for the Calculator App project, building upon the existing base project and adhering to its established workflows.
**Timeline (Estimated):**
* **Day 1:** io8architect completes the design and architecture documentation. The plan is to leverage the existing base project structure. Minimal changes are expected.
* **Day 2-3:** io8developer implements the front-end and (if necessary) back-end functionalities. Focus is on integration within the existing base project's `frontend/` and `backend/` directories.
* **Day 4:** io8developer conducts thorough testing, including unit and integration tests (where applicable given the base project's setup).
* **Day 5:** io8devops deploys the application using the existing base project's deployment configuration (e.g., Docker).
**Resources:**
* Existing base project codebase.
* io8architect, io8developer, and io8devops agents.
* Existing project documentation within `.sureai/` directory.
**Tasks:**
* **Requirements Review:** Ensure a clear understanding of the user prompt and scope. (Complete)
* **Architecture Definition:** Design the application's architecture (using the base project's structure). (io8architect)
* **Frontend Development:** Develop the calculator's user interface. (io8developer)
* **Backend Development (if applicable):** Implement any necessary server-side logic. (io8developer)
* **Testing:** Execute unit and integration testing. (io8developer)
* **Deployment:** Deploy the application to the existing base project's environment. (io8devops)
**Risk Mitigation:**
* **Dependency on Base Project:** The project heavily relies on the existing base project's structure and functionality. Any issues with the base project could impact the calculator app.
* **Unexpected Complexity:** While the calculator app is relatively simple, unforeseen complexities might arise during development. Regular communication and updates are crucial.
---
## CODER PLAN UPDATE - 2025-09-25 07:33:59
## Calculator App Project Plan Update - 2025-09-25 07:34:00
This section updates the implementation plan considering the existing base project and the append-only restriction.
**Revised Timeline (Estimated):**
* **Day 1:** io8architect reviews the existing base project, identifies the integration points for the calculator app, and documents the integration strategy.
* **Day 2-3:** io8developer implements the calculator app's functionality. This primarily involves adding code within existing files and directories. This phase focuses on integrating the calculator's logic and UI elements into the existing base project structure.
* **Day 4:** io8developer performs unit and integration testing. This will require using the existing testing framework of the base project.
* **Day 5:** io8devops deploys the application using the existing base project's Docker setup. Any required changes to existing deployment files will be minimal.
**Revised Resources:**
* Existing base project codebase and configuration files.
* The base project's documentation will be heavily used for guidance.
**Updated Tasks:**
* **Base Project Integration Strategy:** Defining the integration approach for seamless integration into the base project.
* **UI Component Integration:** Integrate the calculator's UI into the existing frontend.
* **Backend Logic Integration (if applicable):** Integrate the backend logic (if any) into the existing backend.
* **Dockerfile and Configuration File Updates (Minimal):** io8devops will only make minimal additions to existing files.
**Risk Mitigation Updates:**
* **Base Project Compatibility:** Thorough testing is critical to ensure compatibility with the existing base project. Any conflicts should be identified and addressed early.
* **Code Integration Complexity:** The complexity of integrating the new code into the existing base project needs careful planning to minimize unexpected issues.

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@ -60,4 +60,191 @@ The boilerplate will provide the following functional capabilities out-of-the-bo
- 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.
- Environment-specific variables (e.g., API endpoints) must be managed in the `environments` folder.
---
## BUSINESS ANALYSIS UPDATE - 2025-09-25 07:33:28
## Analysis Document Update - 2025-09-25 07:45:00
This section updates the analysis based on the user prompt and the provided `io8codermaster_breakdown.md` and `io8codermaster_plan.md` documents.
### Project Overview: Calculator App
The project aims to develop a simple calculator application. Based on the `io8codermaster_breakdown.md`, the application should perform basic arithmetic operations (addition, subtraction, multiplication, division) with a clean and simple user interface. The project will leverage the existing base project structure and resources where possible.
### User Requirements Analysis:
* The application must perform accurate basic arithmetic calculations.
* The user interface must be intuitive and easy to use.
* The application must handle invalid input gracefully (e.g., division by zero).
* The application should have a clean and simple design.
* The application should leverage existing assets from the base project to speed up development.
### Functional Requirements:
* FR-001: Perform addition, subtraction, multiplication, and division operations.
* FR-002: Display the results of calculations in a clear and concise manner.
* FR-003: Handle invalid input gracefully, providing appropriate error messages.
* FR-004: Support basic mathematical operations in a responsive way.
* FR-005: Clear screen functionality to clear the previous calculations.
### Non-Functional Requirements:
* NFR-001: The application should be responsive and performant on a wide range of devices.
* NFR-002: The application should be easy to use and understand.
* NFR-003: The application should adhere to accessibility guidelines (WCAG).
* NFR-004: The application should be tested thoroughly for accuracy and error handling.
### User Stories:
* As a user, I want to be able to perform basic arithmetic calculations so that I can easily solve simple math problems.
* As a user, I want to see clear and concise results so that I can easily understand the answers.
* As a user, I want the application to handle invalid input gracefully so that I do not encounter unexpected errors.
* As a user, I want a simple and clean design so that I can easily use the application without distractions.
* As a user, I want the application to be responsive and functional across a range of devices (mobile, tablet, desktop) so I can use it conveniently.
### Business Rules:
* The calculator should only support basic arithmetic operations (addition, subtraction, multiplication, and division).
* The calculator should not support complex mathematical functions or scientific notation.
* Error handling must be implemented to prevent crashes due to unexpected input (like division by zero).
---
## BUSINESS ANALYSIS UPDATE - 2025-09-25 07:33:40
## Analysis Document Update - 2025-09-25 07:55:00
This section provides an update to the analysis document based on the user prompt and the provided `io8codermaster_breakdown.md` and `io8codermaster_plan.md` documents. This update incorporates further analysis based on the provided implementation plan and clarifies several aspects of the project.
### Technology Stack Analysis:
Based on the provided implementation plan, the calculator application will primarily leverage existing technologies within the base project. The specific technologies will be detailed in a subsequent update following a review of the base project's existing resources and dependencies. This will be documented in `.sureai/tech_stack_document.md` in the cloned base project.
### User Interface (UI) Refinements:
The user interface design should emphasize simplicity and ease of use. The following features are recommended:
* **Clear and concise display:** The calculator's display should clearly show the current input and the result of the calculation.
* **Intuitive button layout:** Buttons should be easily accessible and clearly labeled. Consider a standard calculator layout for familiarity.
* **Error handling display:** Appropriate messages should be displayed to inform the user of invalid input (e.g., division by zero) or other errors.
* **Clear button:** A dedicated button to clear the current input and the display is essential.
### Backend Considerations:
The base project's existing backend capabilities will be utilized where applicable. If the base project lacks appropriate backend functionality, a simple, lightweight backend will be implemented to handle the calculator logic. This backend could potentially be integrated as part of the frontend using Javascript or similar techniques, depending on the structure of the base project. The main goal is to maintain simplicity and avoid unnecessary complexity.
### Testing Strategy Refinement:
The testing strategy will include:
* **Unit tests:** These tests will ensure the correctness of individual functions and components, especially the core arithmetic operations.
* **Integration tests:** These will test the interactions between different components, including the user interface and the backend logic.
* **User acceptance testing:** User testing will be performed to verify the usability and functionality of the application from an end-user perspective.
---
## BUSINESS ANALYSIS UPDATE - 2025-09-25 07:34:23
## Analysis Document Update - 2025-09-25 07:45:00
This section updates the analysis based on the user prompt: 'calculator app' and the provided coder breakdown and plan.
### Project Overview Update
The project aims to develop a simple calculator application. The application will perform basic arithmetic operations (addition, subtraction, multiplication, division). The design will prioritize simplicity and ease of use. The project will leverage the existing base project structure and tools to minimize development time and effort. It will adhere to the append-only constraint and build upon the existing base project files.
### User Requirements Update
Based on the user prompt, the core user requirement is a functional calculator application capable of performing basic arithmetic operations. Additional requirements may emerge during the design and development phases, but the core requirement remains straightforward and well-defined. Further refinement may be needed to specify the types of calculations supported, error handling, or UI/UX considerations.
### Functional Requirements Update
* FR-001: Perform Addition
* Description: The calculator should accurately add two numbers.
* Acceptance Criteria: The calculator should correctly return the sum of two valid numerical inputs.
* Priority: High
* FR-002: Perform Subtraction
* Description: The calculator should accurately subtract two numbers.
* Acceptance Criteria: The calculator should correctly return the difference of two valid numerical inputs.
* Priority: High
* FR-003: Perform Multiplication
* Description: The calculator should accurately multiply two numbers.
* Acceptance Criteria: The calculator should correctly return the product of two valid numerical inputs.
* Priority: High
* FR-004: Perform Division
* Description: The calculator should accurately divide two numbers.
* Acceptance Criteria: The calculator should correctly return the quotient of two valid numerical inputs. It should handle division by zero gracefully (e.g., display an error message).
* Priority: High
* FR-005: Handle Invalid Input
* Description: The calculator should gracefully handle invalid input, such as non-numerical characters.
* Acceptance Criteria: The calculator should display an appropriate error message for invalid input and prevent calculation errors.
* Priority: Medium
* FR-006: Display Results
* Description: The calculator should clearly display the results of calculations.
* Acceptance Criteria: The result of a calculation should be displayed prominently in a designated area of the user interface.
* Priority: High
### Non-Functional Requirements Update
* NFR-001: Usability: The calculator should have an intuitive and user-friendly interface.
* NFR-002: Performance: The calculator should respond quickly to user input and calculations.
* NFR-003: Reliability: The calculator should consistently perform accurate calculations.
* NFR-004: Maintainability: The codebase should be well-structured and easy to maintain.
### User Stories Update
* As a user, I want to add two numbers so I can get their sum.
* As a user, I want to subtract two numbers so I can get their difference.
* As a user, I want to multiply two numbers so I can get their product.
* As a user, I want to divide two numbers so I can get their quotient.
* As a user, I want to be informed if I enter invalid input so I can correct my mistakes.
* As a user, I want the results to be clearly displayed so I can easily see the outcome of my calculations.
### Business Rules Update
* The calculator should only perform basic arithmetic operations (addition, subtraction, multiplication, division).
* The calculator must handle division by zero gracefully, displaying an error message to the user.
* The calculator should validate user input to prevent errors and ensure only numerical values are processed.
---
## BUSINESS ANALYSIS UPDATE - 2025-09-25 07:34:32
## Analysis Document Update - 2025-09-25 07:55:00
This section provides further analysis based on the updated coder breakdown and plan, incorporating the user prompt 'calculator app'.
### Refined User Requirements
The core user requirement remains a functional calculator application performing basic arithmetic operations. However, we need to refine this based on the base project structure. The application needs to integrate seamlessly into the existing base project and use the current technologies available. Further refinement might involve deciding whether additional features (like memory functions or scientific operations) are needed and whether the app will be a web app, desktop app or mobile app. The base project’s documentation will inform the final design choice.
### Functional Requirements Refinement
The functional requirements will be further refined based on the technological constraints identified during the integration into the base project. The initial FRs detailed in the io8analyst_agent file already account for the core aspects of the project. Additional FRs might be added to handle more sophisticated features, advanced input types, different output formats, etc.
### Non-Functional Requirements Refinement
The existing non-functional requirements will be assessed with regards to the base project’s capabilities. The existing NFRs cover the base aspects of the application. These will be re-evaluated after the integration with the base project and refined to reflect the final design decisions and technological capabilities.
### User Story Refinement
The user stories will be refined to align with the final design decisions and the integration with the base project. For example, certain stories could be modified based on whether we use a web-based, desktop-based, or mobile-based interface, and also depending on the input methods available in the base project.
### Business Rules Refinement
Business rules will be refined to incorporate constraints related to the base project's chosen technology stack and the integration process. The base project’s constraints will be prioritized during this phase. This will ensure that the project remains consistent with the base project and its operational parameters.

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@ -135,4 +135,68 @@ 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 - 2025-09-25 07:33:53
## Architecture Document Update - 2025-09-25 07:55:00
This section details the architecture for the calculator application, building upon the existing Angular Clarity Boilerplate.
### System Overview
The calculator application will be a single-page application (SPA) built using Angular. It will utilize the existing structure of the boilerplate, leveraging the `SharedModule` for reusable components where applicable. The core calculator logic will reside within a new Angular component (CalculatorComponent). No backend is required for this simple application; all logic will be handled client-side within the Angular application.
### Architecture Pattern
The application will follow a component-based architecture, in line with Angular's best practices. The `CalculatorComponent` will encapsulate all the UI and logic for the calculator. No separate MVC pattern is necessary given the simplicity of the application.
### Component Design
- **CalculatorComponent:** This component is the main component of the application. It will include the input display, buttons for numbers and operations, and logic for performing calculations.
- **Shared Components (from SharedModule):** Reusable components from the SharedModule might be used (e.g., for error display, if needed).
### Data Architecture
The application will use a simple in-memory data structure (variables and data structures within the `CalculatorComponent`) to store the current input and calculation results. No database is required for this project.
### API Design
No APIs are required for this client-side application.
### Security Architecture
No specific security measures are required for this simple calculator application.
### Scalability Considerations
For this application, scalability is not a major concern due to its limited functionality and client-side nature. The Angular framework's inherent scalability will be sufficient.
---
## ARCHITECTURE UPDATE - 2025-09-25 07:34:08
## Architecture Document Update - 2025-09-25 08:00:00
This section provides an update to the architecture document based on the refined analysis and requirements.
### Component Design Update:
The `CalculatorComponent` will be further refined to include the following:
- **Input Display:** A component to display the current numerical input and the result of calculations.
- **Number Buttons:** Buttons for digits 0-9, a decimal point, and a +/- button.
- **Operator Buttons:** Buttons for addition (+), subtraction (-), multiplication (*), and division (/).
- **Clear Button:** A button to clear the current input and the result (implementation to reset internal model).
- **Equals Button:** A button to trigger the calculation and display the result.
- **Error Handling:** Internal logic within the `CalculatorComponent` will handle potential errors such as division by zero or invalid input. Error messages will be displayed in the input display area.
### Data Flow Update:
The data flow will be unidirectional, with user input from the buttons being processed in the `CalculatorComponent` to update the internal model and the display. The application state is managed entirely within the `CalculatorComponent`. No data persistence is required.
### Security Architecture Update:
No specific security measures are needed given the client-side nature and simplicity of the application. However, input sanitization should be implemented within the `CalculatorComponent` to prevent potential XSS vulnerabilities (although unlikely given the simplicity of the expected input).
### Scalability Considerations Update:
The application is designed for simplicity. Scalability is not a primary concern in this case. However, the Angular framework inherently allows for scaling if needed in the future. The chosen component-based architecture offers flexibility for expansion should additional features be added.

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@ -59,4 +59,132 @@ 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 - 2025-09-25 07:34:29
# Product Requirements Document (PRD) Update - 2025-09-25 08:05:00
## 1. Executive Summary Update
This update details the requirements for a simple calculator application built using the Angular Clarity Boilerplate. The application will perform basic arithmetic operations (addition, subtraction, multiplication, and division) with a clean and simple user interface.
## 5. Solution Overview Update
The calculator application will be a single-page application (SPA) built using Angular and the Clarity Design System. It will consist of a main `CalculatorComponent` that handles all user interactions and calculations. No backend is needed. The existing base project's `SharedModule` will be leveraged for reusable components where applicable.
## 6. Functional Requirements Update
- FR-001: Perform addition, subtraction, multiplication, and division operations accurately.
- FR-002: Display results clearly and concisely in a dedicated display area.
- FR-003: Handle invalid input (e.g., division by zero) gracefully with appropriate error messages displayed on the screen.
- FR-004: Provide a 'Clear' button to reset the input and the displayed result.
- FR-005: Ensure the application is responsive across various devices (desktop, tablet, and mobile).
## 7. Non-Functional Requirements Update
- NFR-001: The application should be responsive and performant across various devices and screen sizes.
- NFR-002: The application should be easy to use and intuitive for any user.
- NFR-003: The application should follow accessibility guidelines (WCAG) to ensure inclusivity.
- NFR-004: The application should be thoroughly tested for accuracy and error handling.
## 8. Epic Stories Update
### Epic 1: Basic Calculator Functionality
**Epic Description:** Implement the core functionality of the calculator, including basic arithmetic operations and input handling.
**Business Value:** Provides the fundamental functionality of the calculator app.
**Acceptance Criteria:** All basic arithmetic operations are implemented accurately, invalid inputs are handled gracefully, and results are displayed correctly.
**User Stories:**
- **US-001:** As a user, I want to perform addition, subtraction, multiplication, and division so that I can easily perform basic calculations.
- **As a** user
- **I want to** perform basic arithmetic operations (+, -, *, /)
- **So that** I can easily solve simple math problems.
- **Acceptance Criteria:**
- [ ] Addition, subtraction, multiplication, and division operations produce correct results.
- [ ] Operations with invalid input (e.g., division by zero) are handled gracefully and result in a clear error message.
- **Story Points:** 5
- **Priority:** High
- **US-002:** As a user, I want to see the results of my calculations clearly displayed so that I can easily understand the output.
- **As a** user
- **I want to** see the results of my calculations displayed clearly in a designated output area.
- **So that** I can easily understand the answers.
- **Acceptance Criteria:**
- [ ] Calculation results are clearly visible in an output area.
- **Story Points:** 3
- **Priority:** High
- **US-003:** As a user, I want a clear button to reset the calculator so that I can start a new calculation.
- **As a** user
- **I want to** have a 'Clear' button to reset the input and output fields.
- **So that** I can easily start a new calculation.
- **Acceptance Criteria:**
- [ ] Pressing the 'Clear' button resets the input and the output fields to their initial state.
- **Story Points:** 2
- **Priority:** Medium
- **US-004:** As a user, I want the application to be responsive on different devices so that I can use it conveniently on any screen size.
- **As a** user
- **I want to** use the application on various devices (desktop, tablet, and mobile).
- **So that** I can use it conveniently on any screen size.
- **Acceptance Criteria:**
- [ ] The application layout and functionality are responsive across various screen sizes.
- **Story Points:** 3
- **Priority:** High
## 10. Technical Requirements Update
The application will leverage the existing Angular Clarity Boilerplate. The CalculatorComponent will be a new component added to the application. No backend integration is required.
## 11. Success Metrics & KPIs Update
- **User Adoption:** Number of users who utilize the calculator application.
- **Calculation Accuracy:** Percentage of calculations performed correctly.
- **Error Rate:** Frequency of errors encountered by users.
- **User Satisfaction:** Feedback from users regarding the application's usability and functionality.
## 12. Risk Assessment Update
- **Risk:** Potential for errors in the calculation logic.
- **Mitigation:** Thorough testing and code review.
- **Risk:** Unexpected user input causing application crashes.
- **Mitigation:** Robust error handling and input validation.
- **Risk:** Difficulty in integration with the existing Angular Clarity Boilerplate.
- **Mitigation:** Following the Boilerplate's existing structure, modularity, and design.
---
## PRD UPDATE - 2025-09-25 07:34:40
# Product Requirements Document (PRD) Update - 2025-09-25 08:15:00
## 1. Executive Summary Update
This calculator app will be a simple, single-page application built using Angular and the Clarity Design System. It will perform basic arithmetic operations and provide a user-friendly interface. The project leverages the existing Angular Clarity Boilerplate to streamline development.
## 2. Product Vision & Strategy Update
The product vision is to create a reliable and easy-to-use calculator app. The success of this project will be measured by the accuracy of calculations, user satisfaction, and ease of use. We'll strive for a high user adoption rate and a low error rate.
## 3. Target Users & Personas Update
The target users are individuals who need a simple calculator for everyday tasks. This includes students, professionals, and anyone who requires quick and basic arithmetic operations.
## 9. User Interface Requirements Update
The UI will follow a standard calculator layout. Numbers will be displayed in a clear, prominent display area. Buttons will be logically grouped for intuitive usability. Error messages, if any, will be shown clearly in the display area. We will leverage Clarity design system components for style consistency with the base project.
## 10. Technical Requirements Update
The application will be built on top of the Angular Clarity Boilerplate. The core logic will reside in a new `CalculatorComponent`, which will handle user input, calculation, and result display. This will minimize the development effort as it leverages the pre-existing structure, shared modules, and components.
## 13. Timeline & Milestones Update
This project will be completed in a shorter timeline of 6 days, leveraging the existing Angular Clarity Boilerplate.
**Phase 1: Setup and Design (1 day)**
- Day 1: Set up the development environment, design the UI, and implement basic HTML and CSS styling using Clarity Design System components.
**Phase 2: Development and Testing (4 days)**
- Day 2-5: Develop core calculator functionality, implement basic arithmetic operations (+,-,*,/), handle invalid inputs, ensure responsive design.
**Phase 3: Deployment (1 day)**
- Day 6: Deploy the application.
**Milestones:**
- Milestone 1: Complete UI design (End of Day 1)
- Milestone 2: Core calculator functionality and basic testing (End of Day 4)
- Milestone 3: Application deployed (End of Day 6)

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@ -70,4 +70,58 @@ 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 - 2025-09-25 07:34:29
# Project Plan Update - 2025-09-25 08:05:00
## Project Timeline and Milestones
**Phase 1: Setup and Design (2 days)**
- Day 1: Set up development environment, review base project's existing structure, and design the UI for the CalculatorComponent.
- Day 2: Develop initial mockups of the UI, implement basic HTML and CSS styling using Clarity Design System components.
**Phase 2: Development and Testing (3 days)**
- Day 3-5: Develop the core calculator functionality, implement basic arithmetic operations (+,-,*,/), add clear button functionality, implement error handling for invalid input (division by zero, etc.). Write unit tests to ensure accuracy and handle edge cases. Ensure responsive design across different screen sizes.
**Phase 3: Deployment (1 day)**
- Day 6: Deploy the application to a chosen hosting provider, following existing base project deployment practices or using a simple static hosting solution.
**Milestones:**
- Milestone 1: Complete UI design and initial mockups (End of Day 2)
- Milestone 2: Core Calculator Functionality Implemented and Unit Tested (End of Day 5)
- Milestone 3: Application Deployed to Production (End of Day 6)
---
## PROJECT PLAN UPDATE - 2025-09-25 07:34:40
# Project Plan Update - 2025-09-25 08:15:00
## Project Timeline and Milestones Update
The project timeline is adjusted to reflect the streamlined development process enabled by using the Angular Clarity Boilerplate. The project will now be completed in 6 days, with adjustments made to the milestones and phases. The focus is on rapid delivery of a functional, simple calculator.
**Phase 1: Setup and Design (1 day)**
- Day 1: Setup development environment, create `CalculatorComponent`, design UI using Clarity components.
**Phase 2: Core Development (3 days)**
- Day 2: Implement basic arithmetic operations (+, -, *, /).
- Day 3: Implement error handling for invalid input (e.g., division by zero).
- Day 4: Implement Clear button functionality and responsive design.
**Phase 3: Testing and Deployment (2 days)**
- Day 5: Thorough testing of all features and functionality.
- Day 6: Deployment of the application.
**Milestones:**
- Milestone 1: Basic UI design and component structure completed (End of Day 1)
- Milestone 2: Core arithmetic operations implemented (End of Day 2)
- Milestone 3: Error handling and Clear button functionality implemented (End of Day 3)
- Milestone 4: Responsive design and thorough testing completed (End of Day 5)
- Milestone 5: Application deployed to production (End of Day 6)

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@ -92,4 +92,168 @@ Generated: Tuesday, September 16, 2025
- **Communication Protocol:** The boilerplate shall use Angular's `HttpClient` module to communicate with a backend over HTTP/HTTPS.
- **API Endpoint Configuration:** The base URL for the backend API shall be configurable via the `environments` files (e.g., `environment.ts`, `environment.prod.ts`).
- **Data Format:** The boilerplate is designed to work with APIs that transact data in **JSON** format.
- **Error Handling:** The architecture shall support a centralized way to handle API errors, typically through an `HttpInterceptor` provided in the `CoreModule`.
- **Error Handling:** The architecture shall support a centralized way to handle API errors, typically through an `HttpInterceptor` provided in the `CoreModule`.
---
## REQUIREMENTS UPDATE - 2025-09-25 07:33:28
## Requirements Document Update - 2025-09-25 07:45:00
This section updates the requirements based on the user prompt and the analysis performed.
### FR-001: Perform Basic Arithmetic Operations
- **Description:** The calculator shall perform addition, subtraction, multiplication, and division operations accurately.
- **Acceptance Criteria:** The calculator correctly performs calculations for various valid input combinations. Unit tests covering all operations will pass.
- **Priority:** High
### FR-002: Display Calculation Results
- **Description:** The calculator shall display the results of calculations clearly and concisely.
- **Acceptance Criteria:** The results are displayed in a user-friendly format (e.g., decimal representation) and immediately after calculation. Visual inspection confirms result display.
- **Priority:** High
### FR-003: Handle Invalid Input
- **Description:** The calculator shall handle invalid input (e.g., division by zero, non-numeric input) gracefully.
- **Acceptance Criteria:** Appropriate error messages are displayed to the user, preventing unexpected application behavior. Unit and Integration tests confirm expected errors are handled.
- **Priority:** High
### FR-004: Support Responsive Layout
- **Description:** The calculator should adapt to different screen sizes and devices.
- **Acceptance Criteria:** The user interface functions correctly across devices of varying screen sizes (mobile, tablet, desktop). Visual inspection confirms correct layout across devices.
- **Priority:** Medium
### FR-005: Clear Screen Functionality
- **Description:** The calculator should provide a way to clear the current input and displayed result.
- **Acceptance Criteria:** A button or function is provided to clear the display. User testing confirms ease of use of the clear button.
- **Priority:** Medium
### NFR-001: Performance
- **Description:** The application shall respond quickly to user input and perform calculations efficiently.
- **Acceptance Criteria:** Calculations are performed and results are displayed within 100ms. Performance tests confirm response time requirements.
- **Priority:** High
### NFR-002: Usability
- **Description:** The application shall be easy to use and understand, with an intuitive interface.
- **Acceptance Criteria:** User testing confirms ease of use and intuitive functionality.
- **Priority:** High
### NFR-003: Accessibility
- **Description:** The application shall adhere to accessibility guidelines (WCAG).
- **Acceptance Criteria:** Accessibility testing will be performed after development.
- **Priority:** Medium
### NFR-004: Testability
- **Description:** The application shall be designed and developed to facilitate thorough testing.
- **Acceptance Criteria:** Unit and integration tests cover all key functions and error scenarios. Test code is well-structured and maintained.
- **Priority:** High
---
## REQUIREMENTS UPDATE - 2025-09-25 07:33:40
## Requirements Document Update - 2025-09-25 07:55:00
This section updates the requirements document based on the refined analysis and implementation plan.
### FR-005: Clear Screen Functionality (Refinements):
- **Description:** The calculator shall provide a mechanism to clear the current input and displayed result. This includes clearing both the input area and the result display area.
- **Acceptance Criteria:** A clearly labeled button (e.g., 'C' or 'Clear') is available to reset the calculator to its initial state. The result display area shows '0' after clearing.
- **Priority:** High
### NFR-005: Error Handling (Added):
- **Description:** The application must gracefully handle invalid input (e.g., division by zero, non-numeric input) and display appropriate error messages to the user.
- **Acceptance Criteria:** For all invalid input types, a clear and concise error message is displayed. The application does not crash. Test cases will cover all identified error conditions.
- **Priority:** High
### NFR-006: Accessibility (Refinements):
- **Description:** The application shall conform to WCAG guidelines for accessibility, ensuring usability for users with disabilities.
- **Acceptance Criteria:** The application will pass an accessibility audit using established accessibility testing tools (e.g., WAVE, axe). Specific accessibility criteria (WCAG guidelines) will be defined and tested during the development phase.
- **Priority:** High
---
## REQUIREMENTS UPDATE - 2025-09-25 07:34:23
## Requirements Document Update - 2025-09-25 07:45:00
This section updates the requirements document based on the user prompt and the analysis above.
### FR-001: Perform Addition
- **Description:** The calculator shall accurately perform addition of two or more numerical inputs.
- **Acceptance Criteria:** Given two or more valid numerical inputs, the calculator shall correctly display their sum. The result shall be accurate to at least 10 decimal places.
- **Priority:** High
### FR-002: Perform Subtraction
- **Description:** The calculator shall accurately perform subtraction of two numerical inputs.
- **Acceptance Criteria:** Given two valid numerical inputs, the calculator shall correctly display the difference between the first and second input. The result shall be accurate to at least 10 decimal places.
- **Priority:** High
### FR-003: Perform Multiplication
- **Description:** The calculator shall accurately perform multiplication of two or more numerical inputs.
- **Acceptance Criteria:** Given two or more valid numerical inputs, the calculator shall correctly display their product. The result shall be accurate to at least 10 decimal places.
- **Priority:** High
### FR-004: Perform Division
- **Description:** The calculator shall accurately perform division of two numerical inputs.
- **Acceptance Criteria:** Given two valid numerical inputs, where the second input is not zero, the calculator shall correctly display the quotient of the first input divided by the second input. The result shall be accurate to at least 10 decimal places. If the second input is zero, the calculator shall display an appropriate error message, such as "Division by zero is not allowed."
- **Priority:** High
### FR-005: Handle Invalid Input
- **Description:** The calculator shall handle invalid input gracefully and inform the user.
- **Acceptance Criteria:** When the user inputs non-numerical characters or attempts operations that are not supported (e.g., division by zero), the calculator shall display a clear error message indicating the type of error. The calculator shall not crash.
- **Priority:** Medium
### FR-006: Clear Display
- **Description:** The calculator shall provide a clear and easy-to-read display of results.
- **Acceptance Criteria:** The results of all calculations shall be clearly displayed in a designated area of the user interface, using a suitable font size and formatting. The displayed number shall be limited to 15 characters. Longer results shall be appropriately truncated.
- **Priority:** High
### NFR-001: Usability
- **Description:** The user interface shall be intuitive and easy to use.
- **Acceptance Criteria:** The UI shall be simple, straightforward, and easy to navigate.
- **Priority:** High
### NFR-002: Performance
- **Description:** The calculator shall provide quick and responsive calculations.
- **Acceptance Criteria:** Calculations should be performed and displayed within 1 second of user input.
- **Priority:** High
### NFR-003: Reliability
- **Description:** The calculator shall consistently provide accurate results.
- **Acceptance Criteria:** The calculator shall provide accurate results for all valid input across multiple test runs.
- **Priority:** High
---
## REQUIREMENTS UPDATE - 2025-09-25 07:34:32
## Requirements Document Update - 2025-09-25 07:55:00
This section provides further refinements to the requirements document based on the updated analysis and the integration strategy with the base project.
### FR-007: Integration with Base Project
- **Description:** The calculator application shall integrate seamlessly with the existing base project's frontend and backend (if applicable) without disrupting existing functionality.
- **Acceptance Criteria:** The calculator app will be integrated without any conflicting code or broken functionality within the base project. Any additions to existing files will be reviewed carefully to ensure compatibility.
- **Priority:** High
### FR-008: Use of Base Project Technologies
- **Description:** The calculator application shall utilize the existing technology stack of the base project, avoiding introduction of new frameworks or libraries.
- **Acceptance Criteria:** The application's implementation shall leverage existing libraries and frameworks from the base project. No new dependencies will be added.
- **Priority:** High
### NFR-005: Base Project Compliance
- **Description:** The application must adhere to the base project's coding standards and style guidelines.
- **Acceptance Criteria:** The code written for the calculator will conform to the base project's coding style and standards.
- **Priority:** High
### NFR-006: Append-Only Adherence
- **Description:** All modifications to the base project will be made through appending to existing files; no existing content will be overwritten.
- **Acceptance Criteria:** The integration of the calculator app will not require overwriting any content in the base project's existing files. New functionality will be appended to relevant files while maintaining the original structure.
- **Priority:** High

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* **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 - 2025-09-25 07:33:53
## Technology Stack Update - 2025-09-25 07:55:00
This section details the technology stack for the calculator application, building upon the existing base project.
### Frontend Technologies
- **Framework:** Angular (Leveraging the existing Angular Clarity Boilerplate)
- **Styling:** Clarity Design System (Existing from the boilerplate)
- **State Management:** No external state management library is needed for this simple application; application state will be managed directly within the `CalculatorComponent`.
### Backend Technologies
- No backend technologies are needed for this application, as all calculations are performed client-side.
### Database Technologies
- No database is required for this simple calculator application.
### Infrastructure
- **Deployment:** This will follow the existing base project's deployment strategy. For a simple project like this, even direct deployment using `ng build` and hosting via a static file host might be sufficient.
- **Hosting:** Hosting solutions compatible with the base project will be used (e.g., AWS S3, Netlify, Github Pages).
### Development Tools
- **Version Control:** Git (Existing from the base project)
- **Testing:** Jasmine/Karma (Existing from the base project) will be used for unit testing; additional integration and/or e2e testing may be considered
- **CI/CD:** This will depend on the existing base project's CI/CD pipeline. For this simple application, a simpler CI/CD pipeline (e.g., GitHub Actions) may suffice.
---
## TECH STACK UPDATE - 2025-09-25 07:34:08
## Technology Stack Update - 2025-09-25 08:00:00
This section updates the technology stack based on the refined analysis and requirements.
### Frontend Technologies Update:
- **Framework:** Angular (Leveraging the existing Angular Clarity Boilerplate)
- **Styling:** Clarity Design System (Existing from the boilerplate), ensuring visual consistency and ease of integration.
- **State Management:** No external state management library is needed for this simple application; application state will be managed directly within the `CalculatorComponent` using simple variables and data structures.
### Backend Technologies Update:
- No backend technologies are needed for this client-side only application.
### Database Technologies Update:
- No database is required for this simple calculator application.
### Infrastructure Update:
- **Deployment:** Leveraging the existing base project's deployment method. Given its simplicity, static hosting (e.g., GitHub Pages, Netlify) would be sufficient.
- **Hosting:** A static hosting solution (such as those mentioned above) will suffice, consistent with the base project's existing deployment workflow and best practices.
### Development Tools Update:
- **Version Control:** Git (Existing from the base project).
- **Testing:** Jasmine/Karma (Existing from the base project) for unit tests. End-to-end tests may be considered for enhanced quality assurance but are not essential for this simple application.
- **CI/CD:** The base project's CI/CD pipeline can be adapted, or a simpler pipeline such as a GitHub Actions workflow can be used for this project given its limited scope.

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