Initial commit of io8 project

2025-10-10 05:59:11 +00:00 · 2025-10-10 05:59:11 +00:00 · 0fbedb1ec8
commit 0fbedb1ec8
parent ccf377f661
23 changed files with 2286 additions and 6 deletions
--- a/.io8project/.state.json
+++ b/.io8project/.state.json
@ -0,0 +1,57 @@
+{
+  "current_task_id": "928ee64e-280f-4fdf-a8a2-8c9d7d84a1b4",
+  "completed_tasks": [],
+  "agent_sequence_index": 0,
+  "debug_attempts": 0,
+  "current_agent": "io8project_builder",
+  "progress_percentage": 0.0,
+  "context": {
+    "uploaded_files": [],
+    "project_path": "/tmp/bmad_output/password_generator_20251010_054000",
+    "io8_project_path": "/tmp/bmad_output/password_generator_20251010_054000/.io8project",
+    "agent_sequence": [
+      "io8project_builder",
+      "io8directory_structure",
+      "io8codermaster",
+      "io8analyst",
+      "io8architect",
+      "io8pm",
+      "io8sm",
+      "io8developer",
+      "io8devops"
+    ],
+    "agent_models": [
+      null,
+      null,
+      null,
+      null,
+      null,
+      null,
+      null,
+      null,
+      null
+    ],
+    "agent_temperatures": [
+      null,
+      null,
+      null,
+      null,
+      null,
+      null,
+      null,
+      null,
+      null
+    ],
+    "agent_clis": [
+      "gemini",
+      "surecli",
+      "surecli",
+      "surecli",
+      "surecli",
+      "surecli",
+      "gemini",
+      "gemini",
+      "gemini"
+    ]
+  }
+}
--- a/.io8project/project_metadata.json
+++ b/.io8project/project_metadata.json
@ -0,0 +1 @@
+{"project": "metadata"}
--- a/.sureai/.directory_structure_password_generator_password_generator_20251010_054000.md
+++ b/.sureai/.directory_structure_password_generator_password_generator_20251010_054000.md
@ -0,0 +1,43 @@
+# Directory Structure for 'Password Generator' Project
+
+This document specifies the complete and mandatory directory structure for the 'Password Generator' project. It builds upon a cloned base project, integrating it into the io8 workflow's standardized setup. This structure ensures clear organization, separation of code, and proper placement of configuration files and agent-generated documentation.
+
+```
+./
+├── .io8project/
+│   ├── .state.json                    # Task state persistence for the io8 workflow management
+│   └── project_metadata.json          # Project-specific metadata for 'Password Generator'
+├── cloned base project/               # The root directory of the cloned base project, serving as a boilerplate
+│   ├── .sureai/                           # Central repository for agent outputs and predefined documents
+│   │   ├── uploads/                       # Directory for uploaded files, images, or assets used by agents
+│   │   ├── .directory_structure_password_generator_password_generator_20251010_054000.md # This document, detailing the project's directory structure (generated by io8Directory Structure Agent)
+│   │   ├── .bmad_agent_password_generator_20251010_054000.md          # Business Model and Design (BMAD) agent's output for 'Password Generator'
+│   │   ├── .analyst_agent_password_generator_20251010_054000.md       # Analyst agent's output for 'Password Generator'
+│   │   ├── .architect_agent_password_generator_20251010_054000.md     # Architect agent's output for 'Password Generator'
+│   │   ├── .pm_agent_password_generator_20251010_054000.md            # Project Manager (PM) agent's output for 'Password Generator'
+│   │   ├── .sm_agent_password_generator_20251010_054000.md            # Scrum Master (SM) agent's output for 'Password Generator'
+│   │   ├── .developer_agent_password_generator_20251010_054000.md     # Developer agent's output for 'Password Generator'
+│   │   ├── .devops_agent_password_generator_20251010_054000.md        # DevOps agent's output for 'Password Generator'
+│   │   ├── .bmad_*.md                     # Generic hidden outputs from the BMAD agent
+│   │   ├── .analyst_*.md                  # Generic hidden outputs from the Analyst agent
+│   │   ├── .architect_*.md                # Generic hidden outputs from the Architect agent
+│   │   ├── .developer_*.md                # Generic hidden outputs from the Developer agent
+│   │   ├── .devops_*.md                   # Generic hidden outputs from the DevOps agent
+│   │   ├── .pm_*.md                       # Generic hidden outputs from the Project Manager agent
+│   │   ├── analysis_document.md           # Visible document: Comprehensive analysis of the project (created by Analyst Agent)
+│   │   ├── requirements_document.md       # Visible document: Detailed project requirements (created by Analyst Agent)
+│   │   ├── architecture_document.md       # Visible document: Project's technical architecture (created by Architect Agent)
+│   │   ├── tech_stack_document.md         # Visible document: Technologies used in the project (created by Architect Agent)
+│   │   ├── prd_document.md               # Visible document: Product Requirements Document (created by PM Agent)
+│   │   ├── project_plan.md               # Visible document: Overall project plan and timeline (created by PM Agent)
+│   │   ├── tasks_list.md                 # Visible document: Scrum tasks list (created by SM Agent, updated by Developer Agent)
+│   │   └── sprint_plan.md                # Visible document: Sprint planning details (created by SM Agent)
+│   └── (cloned base project code and files) # Existing codebase and files from the cloned 'Password Generator' base project
+├── backend/                           # Dedicated directory for backend source code for 'Password Generator'
+├── frontend/                          # Dedicated directory for frontend source code for 'Password Generator'
+├── deployment_config.yml              # Root-level configuration for project deployment across environments
+├── Dockerfile.backend                 # Dockerfile to build the backend service container
+├── Dockerfile.frontend                # Dockerfile to build the frontend service container
+├── docker-compose.yml                 # Docker Compose file for defining and running multi-container Docker applications
+└── nginx.conf                         # Nginx server configuration for reverse proxy, load balancing, or serving static files
+```
--- a/.sureai/.io8analyst_agent_password_generator_password_generator_20251010_054000.md
+++ b/.sureai/.io8analyst_agent_password_generator_password_generator_20251010_054000.md
--- a/.sureai/.io8architect_agent_password_generator_password_generator_20251010_054000.md
+++ b/.sureai/.io8architect_agent_password_generator_password_generator_20251010_054000.md
--- a/.sureai/.io8codermaster_agent_password_generator_password_generator_20251010_054000.md
+++ b/.sureai/.io8codermaster_agent_password_generator_password_generator_20251010_054000.md
@ -0,0 +1,83 @@
+# io8 Code Master Agent - Customized for This Project
+
+## Project-Specific Instructions
+
+
+
+## Project Breakdown: Password Generator (2025-10-10 05:40:00)
+
+### 1. Project Overview
+Create a secure, customizable, and user-friendly web-based password generator. The project will leverage a distinct frontend and backend as per the established directory structure, ensuring a robust and maintainable solution. The cloned base project will serve as the foundation for the frontend application.
+
+### 2. Core Functional Components
+*   **Password Generation Logic (Backend):** Implement a highly secure and truly random password generation algorithm. This will handle parameters like length, character sets (uppercase, lowercase, numbers, symbols), and exclusion rules, residing in the `./backend/` directory.
+*   **User Interface (Frontend):** Develop an intuitive web interface allowing users to configure password parameters, trigger generation, view the generated password, and copy it to the clipboard. This will build upon the `cloned base project/` and reside primarily in the `./frontend/` directory.
+*   **API Integration:** Establish a secure and efficient communication channel between the frontend application (in `frontend/`) and the backend generation service (in `backend/`) for requesting and receiving generated passwords.
+
+### 3. Non-Functional Requirements (Key Focus Areas)
+*   **Security:** Paramount importance. Ensure true randomness, prevent password storage, and protect against common web vulnerabilities. Randomness source will be a critical design consideration.
+*   **Usability:** Simple and clear user interface, immediate feedback, easy copy functionality for the generated password.
+*   **Performance:** Fast password generation and responsive UI, even with complex parameter selections.
+*   **Maintainability:** Clear code separation (frontend/backend), adherence to coding standards, and comprehensive documentation.
+
+### 4. Milestones & Deliverables
+*   **M1: Requirements & Architecture Defined:** Completion of detailed functional and non-functional requirements, high-level system architecture (including API contract), and technology stack selection. Output documents like `requirements_document.md`, `analysis_document.md`, `architecture_document.md`, and `tech_stack_document.md` will be finalized.
+*   **M2: Core Generation Logic Implemented:** A fully functional and tested backend API for password generation, residing within `./backend/`. This includes unit tests for randomness and parameter adherence.
+*   **M3: User Interface Developed:** A complete frontend application (within `./frontend/` and built on `cloned base project/`) providing all configuration options, display, and copy functionality.
+*   **M4: Integrated & End-to-End Tested System:** The frontend and backend are successfully integrated, and comprehensive end-to-end tests confirm full functionality and security. Output will include `tasks_list.md` updates with test results.
+*   **M5: Containerized Deployment Ready:** Finalized `Dockerfile.backend`, `Dockerfile.frontend`, `docker-compose.yml`, `nginx.conf`, and `deployment_config.yml` are created and tested for local and potential cloud deployments.
+
+### 5. Constraints
+*   **Security First:** All design and implementation decisions must prioritize security and cryptographic best practices for random password generation.
+*   **Append-Only to Base Project Docs:** All documentation and agent outputs related to the specific 'Password Generator' project must be appended to existing documents within `cloned base project/.sureai/`, respecting the existing content and structure.
+*   **Modular Design:** Strict separation of concerns between frontend and backend components as outlined in the `.directory_structure.md` to ensure independent development and deployment.
+*   **No Password Storage:** The generator will explicitly *not* store generated passwords or user preferences server-side for security reasons.
+
+### 6. Out of Scope (Initial Phase)
+*   User authentication or account management.
+*   Advanced password history or strength analytics beyond a basic indicator.
+*   Multi-language support for the UI.
+*   Mobile native applications (focus is on web-based solution for now).
+
+
+
+## Implementation Plan: Password Generator (2025-10-10 05:40:00)
+
+### 1. High-Level Project Phases
+*   **Phase 1: Discovery & Design (io8Analyst, io8Architect):** This phase focuses on deep diving into requirements for password generation (length, character sets, exclusions), designing the secure generation algorithm, defining the frontend UI/UX, and establishing the API contract between frontend and backend. It will also finalize the specific tech stack within the `backend/` and `frontend/` directories.
+    *   *Duration:* ~1 Week
+*   **Phase 2: Core Development & Integration (io8Developer - Backend & Frontend):** This phase involves parallel development of the backend password generation service and the frontend user interface. Key activities include implementing the cryptographic random number generator, building the API endpoint, developing UI components, and integrating the frontend with the backend API.
+    *   *Duration:* ~2-3 Weeks
+*   **Phase 3: Testing, Hardening & DevOps (io8Developer, io8DevOps):** This phase focuses on thorough unit and integration testing of both backend and frontend, security audits, and setting up the deployment infrastructure. It includes writing `Dockerfile.backend`, `Dockerfile.frontend`, `docker-compose.yml`, `nginx.conf` (if needed for reverse proxy/static serve), and `deployment_config.yml`.
+    *   *Duration:* ~1 Week
+
+### 2. Agent Engagement Timeline
+*   **io8codermaster:** Will maintain continuous oversight, provide guidance, and orchestrate agent transitions throughout all project phases, ensuring adherence to the io8 workflow.
+*   **io8Analyst:** Primarily active in **Phase 1** to define `requirements_document.md` and `analysis_document.md`, focusing on password complexity, UI needs, and security constraints.
+*   **io8Architect:** Active in **Phase 1** to design the system architecture, API specifications, and select specific technologies for `backend/` and `frontend/`, contributing to `architecture_document.md` and `tech_stack_document.md`.
+*   **io8PM:** Will initiate in **Phase 1** to create the overall `project_plan.md` and `prd_document.md`, setting project scope, milestones, and high-level timelines.
+*   **io8SM:** Becomes active during **Phase 2** to break down tasks into sprints, manage the backlog, and track progress, updating `tasks_list.md` and `sprint_plan.md`.
+*   **io8Developer (Backend & Frontend):** The primary implementers during **Phase 2** and **Phase 3**, responsible for coding, unit testing, and integration.
+*   **io8DevOps:** Engaged in **Phase 3** for containerization, environment configuration, and preparing deployment scripts, including `Dockerfile`s, `docker-compose.yml`, `nginx.conf`, and `deployment_config.yml`.
+
+### 3. Key Dependencies
+*   A precise `requirements_document.md` from the io8Analyst is critical for accurate design and implementation.
+*   A well-defined `architecture_document.md` and `tech_stack_document.md` from the io8Architect are prerequisite for development commencement.
+*   The stable password generation logic from the `backend/` is a hard dependency for full `frontend/` integration and end-to-end testing.
+
+### 4. Success Criteria
+*   A deployed, containerized web application that securely and accurately generates customizable passwords.
+*   The user interface is intuitive, responsive, and fully functional across common web browsers.
+*   All agent-specific documentation within `cloned base project/.sureai/` is current, complete, and adheres to naming conventions.
+*   The project successfully demonstrates the io8 workflow principles from conception to deployment.
+
+### 5. Resource Allocation Considerations
+*   **Development:** Minimum of one full-stack developer or dedicated backend and frontend developers with expertise in the chosen tech stack (e.g., Python/Node.js for backend, Angular/React for frontend, building upon the `cloned base project`).
+*   **DevOps:** Expertise in Docker, container orchestration, Nginx configuration, and cloud deployment strategies is essential.
+*   **Quality Assurance:** Integrated testing approach, with developers writing unit and integration tests, and a focus on security testing.
+*   **Project Management:** Continuous oversight and coordination from the io8PM and io8SM to keep the project on track and manage scope.
+
+## 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.
--- a/.sureai/.io8pm_agent_password_generator_password_generator_20251010_054000.md
+++ b/.sureai/.io8pm_agent_password_generator_password_generator_20251010_054000.md
@ -0,0 +1,466 @@
+# io8 Project Manager Agent - Customized for This Project
+
+## Project-Specific Instructions
+
+
+---
+## Product Requirements Document (PRD) - Password Generator Project
+**Generated:** 2025-10-10 06:15:00
+
+### 1. Executive Summary - Password Generator
+The Password Generator is a web-based application designed to provide users with a secure, customizable, and easy-to-use tool for creating strong, unique passwords. It leverages an existing Angular Clarity Boilerplate for a robust frontend experience and integrates with a dedicated, cryptographically secure backend for password generation. The primary goal is to enhance user online security by simplifying the creation of complex passwords.
+
+### 2. Product Vision & Strategy - Password Generator
+**Product Vision:** To empower every internet user with the ability to effortlessly generate strong, unique, and secure passwords, thereby significantly reducing the risk of online security breaches stemming from weak or reused credentials.
+**Strategic Goals:**
+*   Achieve best-in-class security for password generation.
+*   Provide an intuitive and highly customizable user experience.
+*   Ensure high availability and performance of the service.
+*   Build a foundation for potential future security-focused tools.
+**Success Metrics:**
+*   **User Adoption:** Number of unique users generating passwords.
+*   **Satisfaction:** High user ratings/feedback on ease of use and perceived security.
+*   **Security Audit Results:** Successful completion of security audits with minimal or no critical vulnerabilities.
+*   **Performance:** Average password generation time (e.g., <500ms).
+*   **Retention:** Repeat usage of the tool.
+
+### 3. Target Users & Personas - Password Generator
+**Primary User Persona: Security-Conscious User "Ava"**
+*   **Demographics:** 25-55 years old, uses multiple online services (banking, social media, work).
+*   **Needs:** Requires strong, unique passwords for various accounts. Often struggles to create and remember complex passwords manually. Values security but prioritizes convenience.
+*   **Pain Points:** Password fatigue, difficulty adhering to complex password policies (e.g., specific character types, length), fear of using insecure generation tools.
+*   **Goal with Product:** Quickly generate a highly secure, customized password that meets specific service requirements, and easily copy it for use.
+**Secondary User Persona: Developer/IT Professional "Ben"**
+*   **Demographics:** 22-60 years old, often manages multiple systems or assists others with password hygiene.
+*   **Needs:** Needs a reliable, auditable, and highly configurable password generation tool for personal and professional use. May integrate it into workflows or recommend it.
+*   **Pain Points:** Lack of trust in generic online generators, desire for specific character exclusion/inclusion, need for assurance of true randomness.
+*   **Goal with Product:** Utilize advanced configuration options, understand the underlying security principles, and potentially integrate/recommend the tool.
+
+### 4. Problem Statement - Password Generator
+Users consistently struggle to create and manage strong, unique passwords across their myriad online accounts. This often leads to password reuse, simple patterns, or predictable combinations, making them highly vulnerable to brute-force attacks, credential stuffing, and dictionary attacks. Existing solutions are either too complex, lack transparency in their generation methods, or are perceived as insecure, undermining user trust and exacerbating the risk of data breaches.
+
+### 5. Solution Overview - Password Generator
+The Password Generator will be a modern web application, consisting of an Angular Clarity frontend for an intuitive user experience and a dedicated, secure backend service for cryptographic password generation. Users will be able to customize password parameters such as length, character sets (uppercase, lowercase, numbers, symbols), and exclusions. The generated password will be displayed clearly and offer a one-click copy functionality. The backend will ensure true randomness using a Cryptographically Secure Pseudo-Random Number Generator (CSPRNG) and will explicitly *not* store any generated passwords or user inputs, prioritizing user privacy and security.
+
+### 6. Functional Requirements - Password Generator
+**FR-PG-001: Password Length Configuration**
+*   **Description:** The system shall allow users to specify a desired password length within a defined range (e.g., 8-128 characters).
+**FR-PG-002: Character Set Selection**
+*   **Description:** The system shall allow users to explicitly include or exclude character types: uppercase letters (A-Z), lowercase letters (a-z), numbers (0-9), and symbols (e.g., !@#$%^&*). At least one character set must be selected.
+**FR-PG-003: Exclusion of Specific Characters/Patterns**
+*   **Description:** The system shall allow users to specify individual characters or simple patterns (e.g., 'o0', 'i1l') to exclude from the generated password.
+**FR-PG-004: Password Generation Trigger**
+*   **Description:** The system shall provide a clear action (e.g., "Generate Password" button) to initiate the password generation process based on selected parameters.
+**FR-PG-005: Display Generated Password**
+*   **Description:** The system shall securely display the newly generated password to the user.
+**FR-PG-006: Copy to Clipboard Functionality**
+*   **Description:** The system shall provide a one-click action (e.g., "Copy" button) to copy the generated password to the user's clipboard.
+**FR-PG-007: Frontend-Backend Communication**
+*   **Description:** The frontend shall communicate with the backend API to request password generation with specified parameters and receive the generated password.
+**FR-PG-008: Error Handling**
+*   **Description:** The system shall provide clear, user-friendly error messages for invalid inputs or failures during the generation process.
+
+### 7. Non-Functional Requirements - Password Generator
+**NFR-PG-SEC-001: Cryptographic Security**
+*   **Description:** The backend password generation algorithm shall utilize a Cryptographically Secure Pseudo-Random Number Generator (CSPRNG) to ensure true randomness and unpredictability of generated passwords.
+**NFR-PG-SEC-002: No Password Storage**
+*   **Description:** The system (both frontend and backend) shall explicitly NOT store any generated passwords, user-defined parameters, or any personally identifiable information.
+**NFR-PG-SEC-003: Secure API Communication**
+*   **Description:** All communication between the frontend and backend API shall be encrypted using HTTPS/TLS 1.2+ to prevent eavesdropping and tampering.
+**NFR-PG-SEC-004: Input Validation & Sanitization**
+*   **Description:** Both frontend and backend shall implement robust input validation and sanitization to prevent injection attacks and ensure valid parameters are processed.
+**NFR-PG-SEC-005: Client-Side Security**
+*   **Description:** The frontend shall adhere to best practices for preventing common web vulnerabilities such as XSS (Cross-Site Scripting) and CSRF (Cross-Site Request Forgery), leveraging Angular's built-in protections.
+**NFR-PG-PERF-001: Generation Performance**
+*   **Description:** Password generation, even for maximum length and complexity, shall complete within 500 milliseconds under normal load.
+**NFR-PG-PERF-002: UI Responsiveness**
+*   **Description:** The user interface shall remain highly responsive during user interactions and after password generation.
+**NFR-PG-US-001: Intuitive User Interface**
+*   **Description:** The UI shall be clean, easy to navigate, and clearly present all configuration options and the generated password. It will leverage the Clarity Design System for consistency.
+**NFR-PG-US-002: Clear Feedback**
+*   **Description:** The system shall provide immediate and clear visual feedback for user actions, such as "Password copied!" upon successful copying.
+**NFR-PG-MAINT-001: Modular Architecture**
+*   **Description:** The system shall maintain a modular architecture (Angular modules for frontend, clear service separation for backend) to facilitate future enhancements and bug fixes.
+**NFR-PG-MAINT-002: Code Quality & Documentation**
+*   **Description:** The codebase shall adhere to established coding standards and be well-documented (in-code comments, API documentation).
+
+### 8. Epic Stories - Password Generator
+
+#### Epic 1: Core Password Generation Logic (Backend)
+**Epic Description:** This epic focuses on building the secure, robust, and highly configurable backend service responsible for generating passwords based on user-defined criteria. It emphasizes cryptographic security and flexibility.
+**Business Value:** Provides the core, trustworthy engine for generating secure passwords, directly addressing the problem of weak password creation.
+**Acceptance Criteria:**
+*   The backend API can receive generation parameters securely.
+*   The backend generates passwords using a CSPRNG.
+*   The generated password adheres to all specified parameters (length, character sets, exclusions).
+*   No password or sensitive user data is stored on the backend.
+
+**User Stories:**
+- **US-001:** Specify Password Length
+  - **As a** user
+  - **I want to** select the exact number of characters for my password
+  - **So that** I can meet specific length requirements for online services
+  - **Acceptance Criteria:**
+    - [ ] A numerical input field for length is present on the UI.
+    - [ ] The input accepts integers between 8 and 128.
+    - [ ] The backend generates a password matching the specified length.
+  - **Story Points:** 3
+  - **Priority:** High
+
+- **US-002:** Select Character Sets
+  - **As a** user
+  - **I want to** choose to include uppercase letters, lowercase letters, numbers, and symbols
+  - **So that** I can customize the complexity of my password
+  - **Acceptance Criteria:**
+    - [ ] Checkboxes or toggles for 'Uppercase', 'Lowercase', 'Numbers', 'Symbols' are available.
+    - [ ] At least one character set must be selected.
+    - [ ] The generated password contains only characters from the selected sets.
+  - **Story Points:** 5
+  - **Priority:** High
+
+- **US-003:** Exclude Specific Characters
+  - **As a** user
+  - **I want to** specify certain characters or patterns to exclude
+  - **So that** I can avoid ambiguous characters (e.g., 'l', '1', 'I') or service-prohibited characters
+  - **Acceptance Criteria:**
+    - [ ] An input field for 'Exclude Characters' is available.
+    - [ ] The backend ensures the generated password does not contain any specified excluded characters.
+    - [ ] The exclusion logic handles common patterns (e.g., 'o0').
+  - **Story Points:** 8
+  - **Priority:** Medium
+
+- **US-004:** Secure Password Generation
+  - **As a** user (or system)
+  - **I want to** have passwords generated using a cryptographically secure random number source
+  - **So that** the passwords are truly unpredictable and robust against attacks
+  - **Acceptance Criteria:**
+    - [ ] The backend utilizes a CSPRNG (e.g., `crypto.randomBytes` in Node.js, `secrets` in Python).
+    - [ ] The generation process is stateless and does not log inputs or outputs.
+    - [ ] Security audits confirm the randomness and security of the generation process.
+  - **Story Points:** 13
+  - **Priority:** High
+
+#### Epic 2: User Interface & Interaction (Frontend)
+**Epic Description:** This epic focuses on creating an intuitive, responsive, and user-friendly interface for the Password Generator, leveraging the Angular Clarity Boilerplate. It ensures users can easily configure, generate, and retrieve their passwords.
+**Business Value:** Provides an accessible and pleasant experience, encouraging users to adopt and consistently use the secure generator.
+**Acceptance Criteria:**
+*   All password configuration options are clearly presented and interactive.
+*   The UI is responsive and works well across various screen sizes.
+*   Users can generate and copy passwords with minimal effort.
+*   The UI provides clear feedback for user actions.
+
+**User Stories:**
+- **US-005:** Display Configuration Options
+  - **As a** user
+  - **I want to** see all password generation parameters (length, character sets, exclusions) clearly on the screen
+  - **So that** I can easily configure my password before generation
+  - **Acceptance Criteria:**
+    - [ ] All input fields and checkboxes are visible upon loading the page.
+    - [ ] Configuration options are logically grouped and clearly labeled using Clarity components.
+    - [ ] Default values are pre-filled (e.g., minimum length, all character sets selected).
+  - **Story Points:** 3
+  - **Priority:** High
+
+- **US-006:** Trigger Password Generation
+  - **As a** user
+  - **I want to** click a button to generate a new password based on my selected settings
+  - **So that** I can instantly get a strong password when I need one
+  - **Acceptance Criteria:**
+    - [ ] A prominent "Generate Password" button is present.
+    - [ ] Clicking the button sends the current configuration to the backend.
+    - [ ] The button provides visual feedback (e.g., loading spinner) during generation.
+  - **Story Points:** 2
+  - **Priority:** High
+
+- **US-007:** Display Generated Password
+  - **As a** user
+  - **I want to** see the generated password clearly displayed
+  - **So that** I can review it before copying or using it
+  - **Acceptance Criteria:**
+    - [ ] A dedicated, read-only display area shows the generated password.
+    - [ ] The password text is selectable for manual copying (as a fallback).
+    - [ ] The display area is easily distinguishable from input fields.
+  - **Story Points:** 2
+  - **Priority:** High
+
+- **US-008:** Copy Password to Clipboard
+  - **As a** user
+  - **I want to** click a single button to copy the generated password to my clipboard
+  - **So that** I can quickly paste it into another application without manual selection or typing
+  - **Acceptance Criteria:**
+    - [ ] A "Copy" button is present next to the generated password.
+    - [ ] Clicking the "Copy" button successfully places the password into the system clipboard.
+    - [ ] A temporary visual confirmation (e.g., "Copied!", tooltip) appears after clicking.
+  - **Story Points:** 3
+  - **Priority:** High
+
+- **US-009:** Responsive User Interface
+  - **As a** user
+  - **I want the** password generator interface to adapt to different screen sizes (desktop, tablet, mobile)
+  - **So that** I can use the tool comfortably on any device
+  - **Acceptance Criteria:**
+    - [ ] The layout adjusts appropriately for common breakpoints.
+    - [ ] All interactive elements remain accessible and usable on mobile devices.
+    - [ ] Clarity Design System's responsive grid is utilized where appropriate.
+  - **Story Points:** 5
+  - **Priority:** Medium
+
+#### Epic 3: API Integration & Security
+**Epic Description:** This epic covers the secure communication and interaction between the frontend and the backend password generation service, ensuring data integrity and robust error handling.
+**Business Value:** Guarantees reliable and secure operation of the distributed system, fostering trust in the product.
+**Acceptance Criteria:**
+*   Frontend can successfully send generation requests and receive responses from the backend.
+*   All API communication is encrypted and secure.
+*   The system gracefully handles API errors and provides informative messages.
+
+**User Stories:**
+- **US-010:** Secure Frontend-Backend Communication
+  - **As a** system
+  - **I want to** communicate with the backend API exclusively over HTTPS
+  - **So that** all data (parameters, generated password) is encrypted in transit and protected from interception
+  - **Acceptance Criteria:**
+    - [ ] Frontend API calls are configured to use HTTPS.
+    - [ ] Backend API only responds to HTTPS requests.
+    - [ ] Network traffic analysis confirms encrypted communication.
+  - **Story Points:** 8
+  - **Priority:** High
+
+- **US-011:** Handle API Requests and Responses
+  - **As a** system
+  - **I want to** correctly format password generation requests to the backend and parse the responses
+  - **So that** the generation process is smooth and the generated password is accurately displayed
+  - **Acceptance Criteria:**
+    - [ ] Frontend sends a JSON payload with `length`, `include`, `exclude` parameters.
+    - [ ] Backend returns a JSON payload containing the `password` string.
+    - [ ] Data models (TypeScript interfaces) are defined for requests and responses.
+  - **Story Points:** 5
+  - **Priority:** High
+
+- **US-012:** API Error Handling
+  - **As a** user
+  - **I want to** receive clear feedback if the password generation fails due to a backend error or invalid input
+  - **So that** I understand why the process failed and can attempt to resolve it
+  - **Acceptance Criteria:**
+    - [ ] Frontend displays a user-friendly error message if the backend returns an error status code (e.g., 400, 500).
+    - [ ] Backend API returns meaningful error messages in its response payload.
+    - [ ] HTTP interceptors (in CoreModule) handle global error conditions.
+  - **Story Points:** 5
+  - **Priority:** Medium
+
+### 9. User Interface Requirements - Password Generator
+*   **Design System:** Adhere strictly to the VMware Clarity Design System for all UI components, spacing, typography, and color palette.
+*   **Layout:** Utilize the existing Clarity boilerplate's responsive layout (header, sidebar/main content if applicable) to integrate the Password Generator. A dedicated feature module will house the generator.
+*   **Form Elements:** Use Clarity form controls (input fields, checkboxes, toggles) for password length, character set selection, and character exclusion.
+*   **Display:** The generated password will be displayed in a prominent, read-only text field, possibly with a monospaced font for clarity.
+*   **Feedback:** Implement Clarity alert components or toast notifications for success/error messages (e.g., "Password Copied!", "Generation Failed!").
+*   **Accessibility:** Ensure all UI elements are accessible, including keyboard navigation and screen reader support (inherent with Clarity).
+
+### 10. Technical Requirements - Password Generator
+*   **Frontend Framework:** Angular (latest stable version), leveraging the existing boilerplate.
+*   **Frontend UI Library:** VMware Clarity Design System (integrated).
+*   **Frontend Language:** TypeScript.
+*   **Backend Language/Framework:** (To be determined by the `io8codermaster` / `io8devopmaster` for optimal security and performance, but should support robust API creation e.g., Node.js with Express, Python with Flask/Django, Go with Gin/Echo).
+*   **API Type:** RESTful API for communication between frontend and backend.
+*   **Deployment:** Frontend as static assets (e.g., Nginx, cloud storage), Backend as a stateless service (e.g., Docker container, serverless function).
+*   **Authentication/Authorization:** Not required for the public-facing generation service itself. Focus on API key or token-based security for internal/future integrations if needed.
+*   **Data Persistence:** None. The system is stateless and does not store passwords or user data.
+
+### 11. Success Metrics & KPIs - Password Generator
+*   **User Engagement:**
+    *   **KPI:** Monthly Active Users (MAU) - Number of unique users generating at least one password.
+    *   **KPI:** Average passwords generated per session.
+*   **Product Quality & Reliability:**
+    *   **KPI:** Uptime percentage for the backend API and frontend application.
+    *   **KPI:** Number of critical/high-severity security vulnerabilities identified (target: zero post-launch).
+    *   **KPI:** Average response time for password generation requests.
+*   **User Satisfaction:**
+    *   **KPI:** Net Promoter Score (NPS) - if feedback mechanism implemented.
+    *   **KPI:** Direct user feedback and testimonials.
+
+### 12. Risk Assessment - Password Generator
+*   **R-PG-001: Security Vulnerabilities in Generation Logic**
+    *   **Description:** The random number generator is not truly random, leading to predictable passwords.
+    *   **Mitigation:** Strict use of CSPRNG; independent security audits of the backend algorithm; peer code review.
+    *   **Impact:** High | **Likelihood:** Medium
+*   **R-PG-002: Data Leakage/Storage**
+    *   **Description:** Accidental logging or storage of generated passwords or sensitive user inputs.
+    *   **Mitigation:** Enforce "no storage" policy at architectural and code review stages; secure logging practices (no sensitive data); regular vulnerability scanning.
+    *   **Impact:** Critical | **Likelihood:** Low (with mitigation)
+*   **R-PG-003: API Insecurity**
+    *   **Description:** Frontend-backend communication is compromised (e.g., MITM attack).
+    *   **Mitigation:** Mandate HTTPS/TLS; implement API key or token validation if public-facing API; secure headers.
+    *   **Impact:** High | **Likelihood:** Low (with mitigation)
+*   **R-PG-004: Performance Bottlenecks**
+    *   **Description:** Slow password generation or UI responsiveness under load.
+    *   **Mitigation:** Optimize backend algorithm for speed; stress testing; efficient Angular change detection; lazy loading.
+    *   **Impact:** Medium | **Likelihood:** Medium
+*   **R-PG-005: Scope Creep**
+    *   **Description:** Introduction of non-core features delaying MVP delivery.
+    *   **Mitigation:** Strict adherence to MVP definition; rigorous backlog prioritization; regular stakeholder reviews.
+    *   **Impact:** Medium | **Likelihood:** Medium
+
+### 13. Timeline & Milestones - Password Generator
+*   **Phase 1: Planning & Design (2025-10-10 - 2025-10-17)**
+    *   Complete PRD and Project Plan (PM)
+    *   Finalize Backend Architecture (Architect)
+*   **Phase 2: Backend Core Development (2025-10-20 - 2025-11-07)**
+    *   Implement CSPRNG-based generation logic.
+    *   Develop secure RESTful API endpoints for generation.
+    *   Unit testing of backend services.
+    *   *Milestone:* Backend Generation Engine MVP
+*   **Phase 3: Frontend UI & Integration (2025-11-10 - 2025-12-05)**
+    *   Develop Angular feature module for Password Generator.
+    *   Implement UI for configuration options and password display (using Clarity).
+    *   Integrate frontend with backend API.
+    *   Implement copy-to-clipboard functionality.
+    *   *Milestone:* Frontend UI & Integration MVP
+*   **Phase 4: Testing & Security Audit (2025-12-08 - 2025-12-19)**
+    *   Comprehensive functional and non-functional testing (manual and automated E2E).
+    *   Perform non-functional testing (performance, responsiveness).
+    *   Conduct security penetration testing and vulnerability scanning.
+    *   Log and prioritize identified bugs and security issues.
+    *   Fix bugs and vulnerabilities.
+    *   *Milestone:* End-to-End MVP (Internal Release)
+*   **Phase 5: Release & Monitoring (2026-01-05 onwards)**
+    *   Final deployment to production environment.
+    *   Continuous monitoring of performance, security, and usage metrics.
+    *   Gather user feedback for future iterations.
+    *   *Milestone:* Public Beta/Initial Launch
+
+### 14. Dependencies & Assumptions - Password Generator
+*   **Dependencies:**
+    *   Stable and supported versions of Angular and Clarity Design System.
+    *   Availability of a robust and secure hosting environment for both frontend and backend.
+    *   Access to cryptographic libraries/APIs in the chosen backend language.
+    *   Clear API definition from the backend development team.
+*   **Assumptions:**
+    *   The existing Angular Clarity Boilerplate provides a solid, maintainable foundation.
+    *   The project team has the necessary expertise in Angular, Clarity, and backend development (e.g., security-focused coding).
+    *   External security audit resources will be available for review.
+    *   HTTPS will be used for all production environments.
+
+
+
+---
+# Project Plan - Password Generator Project
+**Generated:** 2025-10-10 06:15:00
+
+## 1. Project Overview - Password Generator
+This project plan outlines the strategy, phases, and key activities for the development and deployment of the Password Generator web application. The goal is to deliver a highly secure, customizable, and user-friendly tool that helps users create strong, unique passwords. It will be built upon an existing Angular Clarity frontend boilerplate and integrate with a new, dedicated, cryptographically secure backend.
+
+## 2. Project Goals & Objectives
+*   **Goal:** Successfully launch a secure and user-friendly password generation tool.
+*   **Objectives:**
+    *   Deliver a core password generation engine using CSPRNG by 2025-11-07.
+    *   Integrate a responsive Angular Clarity UI with the backend by 2025-12-05.
+    *   Complete a security audit and address critical vulnerabilities by 2025-12-19.
+    *   Achieve an average password generation time of under 500ms.
+    *   Ensure zero storage of generated passwords or user inputs.
+
+## 3. Scope - Password Generator
+**In Scope:**
+*   Frontend web application (Angular/Clarity) for password parameter configuration.
+*   Backend API for secure password generation (configurable length, character sets, exclusions).
+*   Cryptographically secure random number generation.
+*   Copy-to-clipboard functionality.
+*   Basic error handling and user feedback.
+*   HTTPS-secured communication between frontend and backend.
+*   Responsive UI for desktop and mobile browsers.
+
+**Out of Scope (for MVP):**
+*   User authentication or account management.
+*   Password history or saving capabilities.
+*   Browser extension integration.
+*   Multi-language support.
+*   Advanced analytics dashboards for usage patterns.
+*   Offline functionality.
+
+## 4. Key Deliverables
+*   Product Requirements Document (PRD) for Password Generator.
+*   Backend Password Generation Service (API endpoints).
+*   Frontend User Interface (Angular feature module).
+*   Integrated and tested application.
+*   Security Audit Report.
+*   Deployment artifacts (frontend static files, backend service container/package).
+*   Documentation (API docs, READMEs).
+
+## 5. Project Phases & Activities
+**Phase 1: Planning & Design (2025-10-10 - 2025-10-17)**
+*   **Activities:**
+    *   Review `analysis_document.md`, `architecture_document.md`, `tech_stack_document.md`.
+    *   Create `io8pm_agent` prompt.
+    *   Develop comprehensive PRD (`prd_document.md`).
+    *   Draft Project Plan (`project_plan.md`).
+    *   Finalize backend architecture decisions (e.g., specific language/framework).
+    *   *Deliverables:* PRD, Project Plan, Backend Architecture Specification.
+
+**Phase 2: Backend Core Development (2025-10-20 - 2025-11-07)**
+*   **Activities:**
+    *   Set up backend project environment.
+    *   Implement password generation logic with CSPRNG.
+    *   Develop RESTful API endpoint for `POST /generate-password`.
+    *   Implement input validation and error handling on backend.
+    *   Write unit tests for core generation logic and API.
+    *   *Deliverables:* Functional Backend API, Unit Test Suite, API Documentation.
+    *   *Milestone:* Backend Generation Engine MVP.
+
+**Phase 3: Frontend UI & Integration (2025-11-10 - 2025-12-05)**
+*   **Activities:**
+    *   Create a new Angular feature module for the Password Generator.
+    *   Develop UI components for password length, character sets, and exclusion (using Clarity).
+    *   Implement "Generate Password" button logic.
+    *   Implement display area for generated password.
+    *   Implement "Copy" button with clipboard functionality and feedback.
+    *   Integrate with the backend API (`HttpClient` service).
+    *   Implement frontend input validation and error display.
+    *   *Deliverables:* Fully functional Frontend UI, Integrated System.
+    *   *Milestone:* Frontend UI & Integration MVP.
+
+**Phase 4: Testing & Security Audit (2025-12-08 - 2025-12-19)**
+*   **Activities:**
+    *   Conduct comprehensive functional testing (manual and automated E2E).
+    *   Perform non-functional testing (performance, responsiveness).
+    *   Conduct security penetration testing and vulnerability scanning.
+    *   Log and prioritize identified bugs and security issues.
+    *   Fix bugs and vulnerabilities.
+    *   *Deliverables:* Test Reports, Security Audit Report, Bug Fixes.
+    *   *Milestone:* End-to-End MVP (Internal Release).
+
+**Phase 5: Deployment & Monitoring (2026-01-05 onwards)**
+*   **Activities:**
+    *   Prepare deployment pipelines (CI/CD).
+    *   Deploy frontend to static hosting.
+    *   Deploy backend to chosen cloud/server environment.
+    *   Configure monitoring and logging for performance and security.
+    *   Gather initial user feedback.
+    *   *Deliverables:* Production Deployment, Monitoring Setup, Initial User Feedback.
+    *   *Milestone:* Public Beta/Initial Launch.
+
+## 6. Resource Plan
+*   **Product Management:** 1 PM (io8PM Agent) - For strategy, requirements, and overall project guidance.
+*   **Development:**
+    *   1 Frontend Developer (io8Codermaster/io8Developer) - Angular, TypeScript, Clarity UI.
+    *   1 Backend Developer (io8Codermaster/io8Developer) - Chosen backend language/framework, API development, security.
+*   **Analysis:** 1 Analyst (io8Analyst Agent) - For detailed requirements (completed).
+*   **Architecture:** 1 Architect (io8Architect Agent) - For system design (completed).
+*   **Testing:** 1 QA Engineer (io8Testmaster) - For functional, non-functional, and security testing.
+*   **DevOps:** 1 DevOps Engineer (io8Devopmaster) - For infrastructure, CI/CD, deployment.
+
+## 7. Risk Management - Password Generator
+(Refer to PRD Section 12 for detailed risk assessment and mitigation strategies)
+*   **High Priority Risks:** Security vulnerabilities in generation logic, accidental data leakage, API insecurity.
+*   **Mitigation Strategy:** Early and continuous security reviews, strict adherence to "no storage" policy, HTTPS enforcement, input validation, independent audits.
+
+## 8. Communication Plan
+*   **Daily Stand-ups (Simulated):** Regular updates on progress, blockers, and next steps within the agent workflow.
+*   **PRD & Project Plan:** Core communication documents for all stakeholders.
+*   **Code Reviews:** Ensure quality and adherence to best practices.
+*   **Test Reports:** Provide transparency on quality assurance status.
+
+---
+
+
+## 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.
--- a/.sureai/.io8project_builder_password_generator_20251010_054000.md
+++ b/.sureai/.io8project_builder_password_generator_20251010_054000.md
@ -0,0 +1,59 @@
+# io8 Project Builder Plan: password_generator_20251010_054000
+
+This document outlines the plan for bootstrapping the `password_generator_20251010_054000` project using io8 MCP.
+
+## 1. High-Level Scaffolding Plan
+
+### Backend
+- **Technology**: To be determined from `.sureai/architecture_document.md` or default to Spring Boot.
+- **Database**: To be determined from `.sureai/architecture_document.md` or default to MySQL.
+- **Core Logic**: Implement password generation logic, including configurable length, character sets (uppercase, lowercase, numbers, symbols).
+- **API Endpoints**: Expose RESTful API endpoints for generating passwords.
+
+### Frontend
+- **Technology**: To be determined from `.sureai/architecture_document.md` or default to Angular Clarity.
+- **User Interface**: Create a simple UI for users to specify password criteria (length, character types) and display the generated password.
+- **Integration**: Consume the backend API for password generation.
+
+## 2. Directory and File Scaffolding Strategy
+
+- **Root Directory**: `/tmp/bmad_output/password_generator_20251010_054000/
+- **io8 MCP Responses**: `.sureai/io8_mcp/responses/` will store all MCP tool outputs (e.g., `create_project.out`, `build_app.out`, `create_wireframe.out`).
+- **Architecture Document**: `.sureai/architecture_document.md` (if exists) will guide technology choices.
+- **Source Code**: Standard project structure based on chosen backend and frontend technologies (e.g., `src/main/java` for Spring Boot, `src/app` for Angular).
+
+## 3. Build Tools and Scripts
+
+- **io8 MCP**: Used for project creation, app building, and wireframe generation.
+- **Git**: For cloning the generated repository and managing source code.
+- **Maven/Gradle (for Spring Boot)** or **npm/yarn (for Node.js/Angular)**: For dependency management and local builds after initial scaffolding.
+
+## 4. Pre-Developer Checks
+
+Before proceeding with development, the following checks will be performed:
+
+- **`create_project.out`**: Verify existence and valid JSON content to ensure the io8 project has been created successfully.
+- **`architecture_document.md`**: Check for this document to inform technology choices. If not present, default technologies will be used.
+- **Git Repository**: Confirm successful `git pull` and the presence of generated code.
+
+## 5. io8 Project Creation
+
+**Project Name**: `password_generator_20251010_054000` (extracted from current directory name)
+**Visibility**: Private (default, can be adjusted if specified in architecture document)
+
+**Steps for io8 Project Creation (io8project_builder agent)**:
+
+1. **Get Current Directory**: Run `pwd` to get the absolute path.
+2. **Extract Project Name**: Parse the directory name to get `password_generator_20251010_054000`.
+3. **Check for Existing Project**: Read `.sureai/io8_mcp/responses/create_project.out`. If it exists and contains valid project data, skip project creation.
+4. **Determine Technologies**: Attempt to read `.sureai/architecture_document.md` for backend, database, and frontend technologies. If not found, use defaults (Spring Boot, MySQL, Angular Clarity).
+5. **Create Project**: Execute the `process_user_prompt` tool with the determined project name, visibility, and technologies.
+6. **Save Response**: Store the tool's output in `.sureai/io8_mcp/responses/create_project.out`.
+
+**Example Command (to be executed by io8project_builder agent)**:
+
+```
+gemini yolo command passing this as prompt "process_user_prompt(userPrompt='create io8 project with project name \"password_generator_20251010_054000\", visibility \"Private\", backend \"[BACKEND_TECH]\", database \"[DATABASE_TECH]\", and frontend \"Angular Clarity\"')"
+```
+
+*(Note: `[BACKEND_TECH]` and `[DATABASE_TECH]` will be replaced with actual values based on architecture document or defaults.)*
--- a/.sureai/io8_mcp/responses/build_app.out
+++ b/.sureai/io8_mcp/responses/build_app.out
@ -0,0 +1,5 @@
+{
+  "status": "success",
+  "message": "Build request submitted successfully",
+  "response_text": "Insert In job Pro Successfully done"
+}
--- a/.sureai/io8_mcp/responses/create_project.out
+++ b/.sureai/io8_mcp/responses/create_project.out
@ -0,0 +1,104 @@
+{
+  "projectResp": {
+    "createdAt": "2025-10-10 05:43:58",
+    "updatedAt": "2025-10-10 05:43:59",
+    "createdBy": 10007301,
+    "updatedBy": 10007301,
+    "accountId": 122,
+    "id": 50630,
+    "owner": "Super Admin",
+    "owned_by": 10007301,
+    "projectName": "password_generator_20251010_054000",
+    "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/password_generator_20251010_054000.git",
+    "isfirstbuild": false,
+    "company_Display_Name": null
+  },
+  "backendResp": {
+    "id": 2680,
+    "backend_service_name": "password_generator_20251010_054000-b",
+    "techstack": "Spring Boot",
+    "description": null,
+    "proj_id": 50630,
+    "isprimary": true,
+    "db_id": 2888
+  },
+  "moduleResp": {
+    "createdAt": "2025-10-10 05:43:59",
+    "updatedAt": "2025-10-10 05:43:59",
+    "createdBy": null,
+    "updatedBy": null,
+    "accountId": null,
+    "id": 50639,
+    "moduleName": "password_generator_20251010_054000-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": 2888,
+    "db_name": "password_generator_20251010_054000-d",
+    "db_type": null,
+    "db_username": "root",
+    "db_password": "root",
+    "port_no": 3306,
+    "proj_id": 50630,
+    "techstack": "MySQL",
+    "host_name": null,
+    "existing_db": false,
+    "isdefault": false
+  }
+}
--- a/.sureai/io8_mcp/responses/create_wireframe.out
+++ b/.sureai/io8_mcp/responses/create_wireframe.out
@ -0,0 +1,46 @@
+{
+  "createdAt": "2025-10-10 05:45:54",
+  "updatedAt": "2025-10-10 05:45:54",
+  "createdBy": 10007301,
+  "updatedBy": 10007301,
+  "accountId": null,
+  "id": 8209,
+  "techStack": "Spring Boot",
+  "objectType": "form",
+  "subObjectType": "only header",
+  "uiName": "PasswordGenerator",
+  "formType": null,
+  "tableName": null,
+  "lineTableName": null,
+  "multilineTableName": null,
+  "formCode": "PasswordGenerator_view",
+  "jspName": null,
+  "controllerName": "PasswordGeneratorController",
+  "serviceName": null,
+  "serviceImplName": null,
+  "daoName": null,
+  "daoImplName": null,
+  "build": false,
+  "updated": false,
+  "menuName": null,
+  "headerName": "PasswordGenerator",
+  "convertedTableName": null,
+  "package_name": null,
+  "backend_id": 2680,
+  "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
+}
--- a/.sureai/io8_mcp/responses/git_pull_status.out
+++ b/.sureai/io8_mcp/responses/git_pull_status.out
@ -0,0 +1 @@
+git pull successful
--- a/Dockerfile.backend
+++ b/Dockerfile.backend
@ -0,0 +1 @@
+# Placeholder - DevOps will fill this later
--- a/Dockerfile.frontend
+++ b/Dockerfile.frontend
@ -0,0 +1 @@
+# Placeholder - DevOps will fill this later
--- a/deployment_config.yml
+++ b/deployment_config.yml
@ -0,0 +1 @@
+# Placeholder - DevOps will fill this later
--- a/docker-compose.yml
+++ b/docker-compose.yml
@ -0,0 +1 @@
+# Placeholder - DevOps will fill this later
--- a/nginx.conf
+++ b/nginx.conf
@ -0,0 +1 @@
+# Placeholder - DevOps will fill this later
--- a/password_generator_20251010_054000-password_generator_20251010_054000-f-f/authsec_angular/frontend/angular-clarity-master/.sureai/.directory_structure.md
+++ b/password_generator_20251010_054000-password_generator_20251010_054000-f-f/authsec_angular/frontend/angular-clarity-master/.sureai/.directory_structure.md
@ -57,4 +57,162 @@ This document outlines the directory structure for the Angular Clarity boilerpla
    - `angular.json`: The configuration file for the Angular CLI.
    - `package.json`: Defines the project's dependencies and scripts.
    - `README.txt`: The main documentation file for the project.
-    - `tsconfig.json`: The configuration file for the TypeScript compiler.
+    - `tsconfig.json`: The configuration file for the TypeScript compiler.
+
+---
+
+## DIRECTORY STRUCTURE UPDATE - 2025-10-10 05:48:23
+
+## Directory Structure Plan for 'Password Generator' Project
+
+This document outlines the planned directory structure and organization for the 'Password Generator' project, adhering to the io8 core principles and mandatory template. This plan builds upon the existing cloned base project and details the necessary scaffolding around it, as well as the expected content within the established directories.
+
+### 1. Directory Structure Methodology
+
+For the 'Password Generator' project, we will implement a clear separation of concerns:
+- **Project Root (`./`):** The top-level directory where global configuration files and service-specific folders reside.
+- **Metadata and State (`.io8project/`):** Dedicated for internal agent state management and project-level metadata.
+- **Cloned Base Project (`cloned base project/`):** This directory will host the initial boilerplate or foundational code for the password generator, preserving its original structure. All project-specific documentation and agent outputs will be centralized within its `.sureai/` subdirectory.
+- **Codebase Separation (`backend/`, `frontend/`):** Distinct directories for server-side logic (e.g., API for password generation) and client-side user interface, respectively.
+- **Configuration Files (Root Level):** Essential setup and deployment configurations will reside directly at the project root for easy access and management.
+
+### 2. Project Organization Approach
+
+**a. Core Components:**
+- **`.io8project/`**: Contains `.state.json` (for workflow tracking) and `project_metadata.json` (for high-level project details).
+- **`cloned base project/`**: This is where the initial 'Password Generator' codebase exists. It could be a simple script, an existing web interface, or a basic API. Its contents are preserved.
+- **`cloned base project/.sureai/`**: This directory within the cloned base project is crucial. It will serve as the central repository for all project documentation (visible documents) and intermediate agent outputs (hidden files).
+- **`backend/`**: Will encapsulate all server-side logic required for generating passwords, handling any persistence (if applicable, e.g., user settings), and exposing an API.
+- **`frontend/`**: Will house the user interface for the password generator, allowing users to configure and retrieve passwords. This could be a web-based UI or a desktop application UI.
+
+**b. Root-Level Configuration:**
+- `deployment_config.yml`: Global deployment settings.
+- `Dockerfile.backend`: Docker build instructions for the backend service.
+- `Dockerfile.frontend`: Docker build instructions for the frontend service.
+- `docker-compose.yml`: For orchestrating multi-service local development environments.
+
+### 3. File Structure Planning Framework
+
+- **Hidden Agent Outputs (`cloned base project/.sureai/.<agent_name>_*.md`):** All intermediate documents generated by various agents (BMAD, Analyst, Architect, PM, SM, Developer, DevOps) will be placed here, prefixed with a dot (`.`) to indicate their internal nature and timestamped for versioning.
+- **Visible Documents (`cloned base project/.sureai/*.md`):** Key project documents like `analysis_document.md`, `requirements_document.md`, `architecture_document.md`, `prd_document.md`, `project_plan.md`, `tasks_list.md`, `sprint_plan.md`, and `tech_stack_document.md` will reside here. These are generated by specific agents and are intended for broader visibility.
+- **Uploaded Assets (`cloned base project/.sureai/uploads/`):** A dedicated directory for any external assets, images, or reference documents uploaded by users or other agents.
+- **Code Files:** Structured within `backend/` and `frontend/` to promote modularity and maintainability.
+
+### 4. Configuration File Strategy
+
+- **Dockerization:** Each primary service (backend, frontend) will have its own `Dockerfile` to enable independent containerization and scaling. `docker-compose.yml` will facilitate local development by defining how these containers interact.
+- **Deployment Configuration:** `deployment_config.yml` will be used by the DevOps agent to define infrastructure-as-code or deployment specific parameters for target environments.
+- **Project Metadata:** `.io8project/` will store system-level metadata and workflow state to ensure continuity across agent runs.
+
+### 5. Customized Directory Structure Workflow for 'Password Generator'
+
+This agent's role is to ensure the essential directory scaffolding is in place. It will only create directories and files that are *missing* according to the mandatory template, preserving any existing content from the `cloned base project/`.
+
+1.  **Project Root Initialization:** Ensure the following top-level directories and files exist alongside the `cloned base project/`:
+    -   `.io8project/`
+    -   `backend/`
+    -   `frontend/`
+    -   `deployment_config.yml`
+    -   `Dockerfile.backend`
+    -   `Dockerfile.frontend`
+    -   `docker-compose.yml`
+2.  **Metadata File Creation/Verification:** Create `.io8project/.state.json` and `.io8project/project_metadata.json` if they do not already exist, initializing them with basic JSON structures.
+3.  **Base Project .sureai/ Validation:** Ensure `cloned base project/.sureai/` and `cloned base project/.sureai/uploads/` directories exist within the cloned base project.
+4.  **Agent Output File Documentation:** This `io8directory_structure` agent specifically documents its plan in `.sureai/.directory_structure_agent_password_generator_password_generator_20251010_054000.md` within the `cloned base project/`.
+5.  **Predefined Document Handling:** No predefined visible documents (`analysis_document.md`, `requirements_document.md`, etc.) are created by this agent. They are to be generated and updated by their respective agents (Analyst, Architect, PM, SM).
+
+### 6. Expected Final Directory Structure for 'Password Generator'
+
+The following structure outlines the complete project layout, incorporating the `cloned base project/` and the scaffolding created around it:
+
+```
+./
+├── .io8project/
+│   ├── .state.json                    # Task state persistence (initialized by io8project_builder)
+│   └── project_metadata.json          # Project metadata (initialized by io8project_builder)
+├── cloned base project/               # The base repository for 'Password Generator' (contents preserved)
+│   ├── .sureai/                           # Agent outputs and documents directory
+│     ├── uploads/                       # Uploaded documents and images for requirement builder agent
+│     ├── .directory_structure_agent_password_generator_password_generator_20251010_054000.md  # This document
+│     ├── .bmad_*.md                     # Hidden agent outputs (created by BMAD agent)
+│     ├── .analyst_*.md                  # Hidden agent outputs (created by Analyst agent)
+│     ├── .architect_*.md                # Hidden agent outputs (created by Architect agent)
+│     ├── .developer_*.md                # Hidden agent outputs (created by Developer agent)
+│     ├── .devops_*.md                   # Hidden agent outputs (created by DevOps agent)
+│     ├── .pm_*.md                       # Hidden agent outputs (created by PM agent)
+│     ├── .sm_*.md                       # Hidden agent outputs (created by SM agent)
+│     ├── analysis_document.md           # Visible document (created by Analyst agent)
+│     ├── requirements_document.md       # Visible document (created by Analyst agent)
+│     ├── architecture_document.md       # Visible document (created by Architect agent)
+│     ├── tech_stack_document.md         # Visible document (created by Architect agent)
+│     ├── prd_document.md               # Visible document (created by PM agent)
+│     ├── project_plan.md               # Visible document (created by PM agent)
+│     ├── tasks_list.md                 # Visible document (created by SM/Developer agent)
+│     └── sprint_plan.md                # Visible document (created by SM agent)
+│   ├── [existing_base_project_files_and_directories]/ # Original files/folders from the cloned 'Password Generator' base
+├── backend/                           # Backend code files for password generation logic
+│   ├── src/                             # Main source code (e.g., Python, Node.js)
+│   │   ├── main.py                      # Entry point for the backend application
+│   │   └── services/                    # Modules for password generation, validation, etc.
+│   ├── tests/                           # Backend unit and integration tests
+│   └── requirements.txt                 # Backend dependencies (e.g., for Python)
+├── frontend/                          # Frontend code files for the user interface
+│   ├── src/                             # Main source code (e.g., React, Vue, HTML/CSS/JS)
+│   │   ├── index.html                   # Main entry point for the web UI
+│   │   └── components/                  # Reusable UI components for password interaction
+│   ├── public/                          # Static assets to be served
+│   └── package.json                     # Frontend dependencies (e.g., for Node.js)
+├── deployment_config.yml              # Root level deployment configuration (to be filled by DevOps agent)
+├── Dockerfile.backend                 # Root level backend Dockerfile (to be filled by DevOps agent)
+├── Dockerfile.frontend                # Root level frontend Dockerfile (to be filled by DevOps agent)
+└── docker-compose.yml                 # Root level Docker compose file (to be filled by DevOps agent)
+```
+
+
+---
+
+## DIRECTORY STRUCTURE UPDATE - 2025-10-10 05:49:05
+
+# Directory Structure for 'Password Generator' Project
+
+This document specifies the complete and mandatory directory structure for the 'Password Generator' project. It builds upon a cloned base project, integrating it into the io8 workflow's standardized setup. This structure ensures clear organization, separation of code, and proper placement of configuration files and agent-generated documentation.
+
+```
+./
+├── .io8project/
+│   ├── .state.json                    # Task state persistence for the io8 workflow management
+│   └── project_metadata.json          # Project-specific metadata for 'Password Generator'
+├── cloned base project/               # The root directory of the cloned base project, serving as a boilerplate
+│   ├── .sureai/                           # Central repository for agent outputs and predefined documents
+│   │   ├── uploads/                       # Directory for uploaded files, images, or assets used by agents
+│   │   ├── .directory_structure_password_generator_password_generator_20251010_054000.md # This document, detailing the project's directory structure (generated by io8Directory Structure Agent)
+│   │   ├── .bmad_agent_password_generator_20251010_054000.md          # Business Model and Design (BMAD) agent's output for 'Password Generator'
+│   │   ├── .analyst_agent_password_generator_20251010_054000.md       # Analyst agent's output for 'Password Generator'
+│   │   ├── .architect_agent_password_generator_20251010_054000.md     # Architect agent's output for 'Password Generator'
+│   │   ├── .pm_agent_password_generator_20251010_054000.md            # Project Manager (PM) agent's output for 'Password Generator'
+│   │   ├── .sm_agent_password_generator_20251010_054000.md            # Scrum Master (SM) agent's output for 'Password Generator'
+│   │   ├── .developer_agent_password_generator_20251010_054000.md     # Developer agent's output for 'Password Generator'
+│   │   ├── .devops_agent_password_generator_20251010_054000.md        # DevOps agent's output for 'Password Generator'
+│   │   ├── .bmad_*.md                     # Generic hidden outputs from the BMAD agent
+│   │   ├── .analyst_*.md                  # Generic hidden outputs from the Analyst agent
+│   │   ├── .architect_*.md                # Generic hidden outputs from the Architect agent
+│   │   ├── .developer_*.md                # Generic hidden outputs from the Developer agent
+│   │   ├── .devops_*.md                   # Generic hidden outputs from the DevOps agent
+│   │   ├── .pm_*.md                       # Generic hidden outputs from the Project Manager agent
+│   │   ├── analysis_document.md           # Visible document: Comprehensive analysis of the project (created by Analyst Agent)
+│   │   ├── requirements_document.md       # Visible document: Detailed project requirements (created by Analyst Agent)
+│   │   ├── architecture_document.md       # Visible document: Project's technical architecture (created by Architect Agent)
+│   │   ├── tech_stack_document.md         # Visible document: Technologies used in the project (created by Architect Agent)
+│   │   ├── prd_document.md               # Visible document: Product Requirements Document (created by PM Agent)
+│   │   ├── project_plan.md               # Visible document: Overall project plan and timeline (created by PM Agent)
+│   │   ├── tasks_list.md                 # Visible document: Scrum tasks list (created by SM Agent, updated by Developer Agent)
+│   │   └── sprint_plan.md                # Visible document: Sprint planning details (created by SM Agent)
+│   └── (cloned base project code and files) # Existing codebase and files from the cloned 'Password Generator' base project
+├── backend/                           # Dedicated directory for backend source code for 'Password Generator'
+├── frontend/                          # Dedicated directory for frontend source code for 'Password Generator'
+├── deployment_config.yml              # Root-level configuration for project deployment across environments
+├── Dockerfile.backend                 # Dockerfile to build the backend service container
+├── Dockerfile.frontend                # Dockerfile to build the frontend service container
+├── docker-compose.yml                 # Docker Compose file for defining and running multi-container Docker applications
+└── nginx.conf                         # Nginx server configuration for reverse proxy, load balancing, or serving static files
+```
--- a/password_generator_20251010_054000-password_generator_20251010_054000-f-f/authsec_angular/frontend/angular-clarity-master/.sureai/.io8coder_breakdown.md
+++ b/password_generator_20251010_054000-password_generator_20251010_054000-f-f/authsec_angular/frontend/angular-clarity-master/.sureai/.io8coder_breakdown.md
@ -65,4 +65,85 @@
 * **Phase 4: Build & Deployment**
    * Build the application for production.
    * Deploy to a hosting service.
-    * Set up CI/CD pipelines for automated builds and deployments.
+    * Set up CI/CD pipelines for automated builds and deployments.
+
+---
+
+## CODER BREAKDOWN UPDATE - 2025-10-10 05:50:44
+
+
+
+## Project Breakdown: Password Generator (2025-10-10 05:40:00)
+
+### 1. Project Overview
+Create a secure, customizable, and user-friendly web-based password generator. The project will leverage a distinct frontend and backend as per the established directory structure, ensuring a robust and maintainable solution. The cloned base project will serve as the foundation for the frontend application.
+
+### 2. Core Functional Components
+*   **Password Generation Logic (Backend):** Implement a highly secure and truly random password generation algorithm. This will handle parameters like length, character sets (uppercase, lowercase, numbers, symbols), and exclusion rules, residing in the `./backend/` directory.
+*   **User Interface (Frontend):** Develop an intuitive web interface allowing users to configure password parameters, trigger generation, view the generated password, and copy it to the clipboard. This will build upon the `cloned base project/` and reside primarily in the `./frontend/` directory.
+*   **API Integration:** Establish a secure and efficient communication channel between the frontend application (in `frontend/`) and the backend generation service (in `backend/`) for requesting and receiving generated passwords.
+
+### 3. Non-Functional Requirements (Key Focus Areas)
+*   **Security:** Paramount importance. Ensure true randomness, prevent password storage, and protect against common web vulnerabilities. Randomness source will be a critical design consideration.
+*   **Usability:** Simple and clear user interface, immediate feedback, easy copy functionality for the generated password.
+*   **Performance:** Fast password generation and responsive UI, even with complex parameter selections.
+*   **Maintainability:** Clear code separation (frontend/backend), adherence to coding standards, and comprehensive documentation.
+
+### 4. Milestones & Deliverables
+*   **M1: Requirements & Architecture Defined:** Completion of detailed functional and non-functional requirements, high-level system architecture (including API contract), and technology stack selection. Output documents like `requirements_document.md`, `analysis_document.md`, `architecture_document.md`, and `tech_stack_document.md` will be finalized.
+*   **M2: Core Generation Logic Implemented:** A fully functional and tested backend API for password generation, residing within `./backend/`. This includes unit tests for randomness and parameter adherence.
+*   **M3: User Interface Developed:** A complete frontend application (within `./frontend/` and built on `cloned base project/`) providing all configuration options, display, and copy functionality.
+*   **M4: Integrated & End-to-End Tested System:** The frontend and backend are successfully integrated, and comprehensive end-to-end tests confirm full functionality and security. Output will include `tasks_list.md` updates with test results.
+*   **M5: Containerized Deployment Ready:** Finalized `Dockerfile.backend`, `Dockerfile.frontend`, `docker-compose.yml`, `nginx.conf`, and `deployment_config.yml` are created and tested for local and potential cloud deployments.
+
+### 5. Constraints
+*   **Security First:** All design and implementation decisions must prioritize security and cryptographic best practices for random password generation.
+*   **Append-Only to Base Project Docs:** All documentation and agent outputs related to the specific 'Password Generator' project must be appended to existing documents within `cloned base project/.sureai/`, respecting the existing content and structure.
+*   **Modular Design:** Strict separation of concerns between frontend and backend components as outlined in the `.directory_structure.md` to ensure independent development and deployment.
+*   **No Password Storage:** The generator will explicitly *not* store generated passwords or user preferences server-side for security reasons.
+
+### 6. Out of Scope (Initial Phase)
+*   User authentication or account management.
+*   Advanced password history or strength analytics beyond a basic indicator.
+*   Multi-language support for the UI.
+*   Mobile native applications (focus is on web-based solution for now).
+
+
+---
+
+## CODER BREAKDOWN UPDATE - 2025-10-10 05:51:18
+
+# Project Breakdown: Password Generator (2025-10-10 05:40:00)
+
+### 1. Project Overview
+Create a secure, customizable, and user-friendly web-based password generator. The project will leverage a distinct frontend and backend as per the established directory structure, ensuring a robust and maintainable solution. The cloned base project will serve as the foundation for the frontend application.
+
+### 2. Core Functional Components
+*   **Password Generation Logic (Backend):** Implement a highly secure and truly random password generation algorithm. This will handle parameters like length, character sets (uppercase, lowercase, numbers, symbols), and exclusion rules, residing in the `./backend/` directory.
+*   **User Interface (Frontend):** Develop an intuitive web interface allowing users to configure password parameters, trigger generation, view the generated password, and copy it to the clipboard. This will build upon the `cloned base project/` and reside primarily in the `./frontend/` directory.
+*   **API Integration:** Establish a secure and efficient communication channel between the frontend application (in `frontend/`) and the backend generation service (in `backend/`) for requesting and receiving generated passwords.
+
+### 3. Non-Functional Requirements (Key Focus Areas)
+*   **Security:** Paramount importance. Ensure true randomness, prevent password storage, and protect against common web vulnerabilities. Randomness source will be a critical design consideration.
+*   **Usability:** Simple and clear user interface, immediate feedback, easy copy functionality for the generated password.
+*   **Performance:** Fast password generation and responsive UI, even with complex parameter selections.
+*   **Maintainability:** Clear code separation (frontend/backend), adherence to coding standards, and comprehensive documentation.
+
+### 4. Milestones & Deliverables
+*   **M1: Requirements & Architecture Defined:** Completion of detailed functional and non-functional requirements, high-level system architecture (including API contract), and technology stack selection. Output documents like `requirements_document.md`, `analysis_document.md`, `architecture_document.md`, and `tech_stack_document.md` will be finalized.
+*   **M2: Core Generation Logic Implemented:** A fully functional and tested backend API for password generation, residing within `./backend/`. This includes unit tests for randomness and parameter adherence.
+*   **M3: User Interface Developed:** A complete frontend application (within `./frontend/` and built on `cloned base project/`) providing all configuration options, display, and copy functionality.
+*   **M4: Integrated & End-to-End Tested System:** The frontend and backend are successfully integrated, and comprehensive end-to-end tests confirm full functionality and security. Output will include `tasks_list.md` updates with test results.
+*   **M5: Containerized Deployment Ready:** Finalized `Dockerfile.backend`, `Dockerfile.frontend`, `docker-compose.yml`, `nginx.conf`, and `deployment_config.yml` are created and tested for local and potential cloud deployments.
+
+### 5. Constraints
+*   **Security First:** All design and implementation decisions must prioritize security and cryptographic best practices for random password generation.
+*   **Append-Only to Base Project Docs:** All documentation and agent outputs related to the specific 'Password Generator' project must be appended to existing documents within `cloned base project/.sureai/`, respecting the existing content and structure.
+*   **Modular Design:** Strict separation of concerns between frontend and backend components as outlined in the `.directory_structure.md` to ensure independent development and deployment.
+*   **No Password Storage:** The generator will explicitly *not* store generated passwords or user preferences server-side for security reasons.
+
+### 6. Out of Scope (Initial Phase)
+*   User authentication or account management.
+*   Advanced password history or strength analytics beyond a basic indicator.
+*   Multi-language support for the UI.
+*   Mobile native applications (focus is on web-based solution for now).
--- a/password_generator_20251010_054000-password_generator_20251010_054000-f-f/authsec_angular/frontend/angular-clarity-master/.sureai/.io8coder_plan.md
+++ b/password_generator_20251010_054000-password_generator_20251010_054000-f-f/authsec_angular/frontend/angular-clarity-master/.sureai/.io8coder_plan.md
@ -56,4 +56,87 @@
 **Assumptions:**

 * The developer has a basic understanding of Angular and the Clarity Design System.
-* The developer has Node.js and the Angular CLI installed.
+* The developer has Node.js and the Angular CLI installed.
+
+---
+
+## CODER PLAN UPDATE - 2025-10-10 05:50:44
+
+
+
+## Implementation Plan: Password Generator (2025-10-10 05:40:00)
+
+### 1. High-Level Project Phases
+*   **Phase 1: Discovery & Design (io8Analyst, io8Architect):** This phase focuses on deep diving into requirements for password generation (length, character sets, exclusions), designing the secure generation algorithm, defining the frontend UI/UX, and establishing the API contract between frontend and backend. It will also finalize the specific tech stack within the `backend/` and `frontend/` directories.
+    *   *Duration:* ~1 Week
+*   **Phase 2: Core Development & Integration (io8Developer - Backend & Frontend):** This phase involves parallel development of the backend password generation service and the frontend user interface. Key activities include implementing the cryptographic random number generator, building the API endpoint, developing UI components, and integrating the frontend with the backend API.
+    *   *Duration:* ~2-3 Weeks
+*   **Phase 3: Testing, Hardening & DevOps (io8Developer, io8DevOps):** This phase focuses on thorough unit and integration testing of both backend and frontend, security audits, and setting up the deployment infrastructure. It includes writing `Dockerfile.backend`, `Dockerfile.frontend`, `docker-compose.yml`, `nginx.conf` (if needed for reverse proxy/static serve), and `deployment_config.yml`.
+    *   *Duration:* ~1 Week
+
+### 2. Agent Engagement Timeline
+*   **io8codermaster:** Will maintain continuous oversight, provide guidance, and orchestrate agent transitions throughout all project phases, ensuring adherence to the io8 workflow.
+*   **io8Analyst:** Primarily active in **Phase 1** to define `requirements_document.md` and `analysis_document.md`, focusing on password complexity, UI needs, and security constraints.
+*   **io8Architect:** Active in **Phase 1** to design the system architecture, API specifications, and select specific technologies for `backend/` and `frontend/`, contributing to `architecture_document.md` and `tech_stack_document.md`.
+*   **io8PM:** Will initiate in **Phase 1** to create the overall `project_plan.md` and `prd_document.md`, setting project scope, milestones, and high-level timelines.
+*   **io8SM:** Becomes active during **Phase 2** to break down tasks into sprints, manage the backlog, and track progress, updating `tasks_list.md` and `sprint_plan.md`.
+*   **io8Developer (Backend & Frontend):** The primary implementers during **Phase 2** and **Phase 3**, responsible for coding, unit testing, and integration.
+*   **io8DevOps:** Engaged in **Phase 3** for containerization, environment configuration, and preparing deployment scripts, including `Dockerfile`s, `docker-compose.yml`, `nginx.conf`, and `deployment_config.yml`.
+
+### 3. Key Dependencies
+*   A precise `requirements_document.md` from the io8Analyst is critical for accurate design and implementation.
+*   A well-defined `architecture_document.md` and `tech_stack_document.md` from the io8Architect are prerequisite for development commencement.
+*   The stable password generation logic from the `backend/` is a hard dependency for full `frontend/` integration and end-to-end testing.
+
+### 4. Success Criteria
+*   A deployed, containerized web application that securely and accurately generates customizable passwords.
+*   The user interface is intuitive, responsive, and fully functional across common web browsers.
+*   All agent-specific documentation within `cloned base project/.sureai/` is current, complete, and adheres to naming conventions.
+*   The project successfully demonstrates the io8 workflow principles from conception to deployment.
+
+### 5. Resource Allocation Considerations
+*   **Development:** Minimum of one full-stack developer or dedicated backend and frontend developers with expertise in the chosen tech stack (e.g., Python/Node.js for backend, Angular/React for frontend, building upon the `cloned base project`).
+*   **DevOps:** Expertise in Docker, container orchestration, Nginx configuration, and cloud deployment strategies is essential.
+*   **Quality Assurance:** Integrated testing approach, with developers writing unit and integration tests, and a focus on security testing.
+*   **Project Management:** Continuous oversight and coordination from the io8PM and io8SM to keep the project on track and manage scope.
+
+
+---
+
+## CODER PLAN UPDATE - 2025-10-10 05:51:18
+
+# Implementation Plan: Password Generator (2025-10-10 05:40:00)
+
+### 1. High-Level Project Phases
+*   **Phase 1: Discovery & Design (io8Analyst, io8Architect):** This phase focuses on deep diving into requirements for password generation (length, character sets, exclusions), designing the secure generation algorithm, defining the frontend UI/UX, and establishing the API contract between frontend and backend. It will also finalize the specific tech stack within the `backend/` and `frontend/` directories.
+    *   *Duration:* ~1 Week
+*   **Phase 2: Core Development & Integration (io8Developer - Backend & Frontend):** This phase involves parallel development of the backend password generation service and the frontend user interface. Key activities include implementing the cryptographic random number generator, building the API endpoint, developing UI components, and integrating the frontend with the backend API.
+    *   *Duration:* ~2-3 Weeks
+*   **Phase 3: Testing, Hardening & DevOps (io8Developer, io8DevOps):** This phase focuses on thorough unit and integration testing of both backend and frontend, security audits, and setting up the deployment infrastructure. It includes writing `Dockerfile.backend`, `Dockerfile.frontend`, `docker-compose.yml`, `nginx.conf` (if needed for reverse proxy/static serve), and `deployment_config.yml`.
+    *   *Duration:* ~1 Week
+
+### 2. Agent Engagement Timeline
+*   **io8codermaster:** Will maintain continuous oversight, provide guidance, and orchestrate agent transitions throughout all project phases, ensuring adherence to the io8 workflow.
+*   **io8Analyst:** Primarily active in **Phase 1** to define `requirements_document.md` and `analysis_document.md`, focusing on password complexity, UI needs, and security constraints.
+*   **io8Architect:** Active in **Phase 1** to design the system architecture, API specifications, and select specific technologies for `backend/` and `frontend/`, contributing to `architecture_document.md` and `tech_stack_document.md`.
+*   **io8PM:** Will initiate in **Phase 1** to create the overall `project_plan.md` and `prd_document.md`, setting project scope, milestones, and high-level timelines.
+*   **io8SM:** Becomes active during **Phase 2** to break down tasks into sprints, manage the backlog, and track progress, updating `tasks_list.md` and `sprint_plan.md`.
+*   **io8Developer (Backend & Frontend):** The primary implementers during **Phase 2** and **Phase 3**, responsible for coding, unit testing, and integration.
+*   **io8DevOps:** Engaged in **Phase 3** for containerization, environment configuration, and preparing deployment scripts, including `Dockerfile`s, `docker-compose.yml`, `nginx.conf`, and `deployment_config.yml`.
+
+### 3. Key Dependencies
+*   A precise `requirements_document.md` from the io8Analyst is critical for accurate design and implementation.
+*   A well-defined `architecture_document.md` and `tech_stack_document.md` from the io8Architect are prerequisite for development commencement.
+*   The stable password generation logic from the `backend/` is a hard dependency for full `frontend/` integration and end-to-end testing.
+
+### 4. Success Criteria
+*   A deployed, containerized web application that securely and accurately generates customizable passwords.
+*   The user interface is intuitive, responsive, and fully functional across common web browsers.
+*   All agent-specific documentation within `cloned base project/.sureai/` is current, complete, and adheres to naming conventions.
+*   The project successfully demonstrates the io8 workflow principles from conception to deployment.
+
+### 5. Resource Allocation Considerations
+*   **Development:** Minimum of one full-stack developer or dedicated backend and frontend developers with expertise in the chosen tech stack (e.g., Python/Node.js for backend, Angular/React for frontend, building upon the `cloned base project`).
+*   **DevOps:** Expertise in Docker, container orchestration, Nginx configuration, and cloud deployment strategies is essential.
+*   **Quality Assurance:** Integrated testing approach, with developers writing unit and integration tests, and a focus on security testing.
+*   **Project Management:** Continuous oversight and coordination from the io8PM and io8SM to keep the project on track and manage scope.
--- a/password_generator_20251010_054000-password_generator_20251010_054000-f-f/authsec_angular/frontend/angular-clarity-master/.sureai/analysis_document.md
+++ b/password_generator_20251010_054000-password_generator_20251010_054000-f-f/authsec_angular/frontend/angular-clarity-master/.sureai/analysis_document.md
@ -60,4 +60,129 @@ 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 - 2025-10-10 05:52:42
+
+## Project Overview - Password Generator (2025-10-10 06:15:00)
+Based on the `io8codermaster_breakdown.md` (2025-10-10 05:51:18):
+The project aims to create a secure, customizable, and user-friendly web-based password generator. It will utilize a distinct frontend and backend architecture. The frontend will be built upon the existing cloned base project (Angular Clarity Boilerplate), providing an intuitive user interface for configuring password parameters, triggering generation, viewing the password, and copying it. The backend will implement a highly secure, truly random password generation algorithm based on user-defined parameters such as length, character sets (uppercase, lowercase, numbers, symbols), and exclusion rules. A secure API will facilitate communication between the frontend and backend.
+
+### io8Analyst Agent Prompt Configuration (2025-10-10 06:15:00)
+An agent-specific prompt (`.sureai/.io8analyst_agent_password_generator_password_generator_20251010_054000.md`) has been generated for the `io8analyst` role to guide the analysis process for the 'Password Generator' project. This prompt outlines the specific methodology, approach, framework, and workflow tailored to this project's unique requirements, especially emphasizing security and modularity. The content of this generated prompt is detailed below:
+
+```markdown
+# io8Analyst Agent Prompt: Password Generator Project
+
+**Project Name:** Password Generator
+**Timestamp:** 2025-10-10 05:40:00
+
+## 1. Project Context and Goal
+
+You are acting as the io8 Business Requirements Analyst for the "Password Generator" project. Your primary goal is to convert the high-level project breakdown into detailed, actionable business and functional requirements. The project aims to create a secure, customizable, and user-friendly web-based password generator with a distinct frontend and backend, leveraging a cloned base project for the frontend. Security, usability, and maintainability are paramount.
+
+## 2. Analysis Methodology
+
+Your analysis will be guided by a systematic, document-driven approach, focusing on translating business needs into clear specifications.
+
+*   **Input Document Analysis:** Thoroughly review the provided `io8codermaster_breakdown.md` and `io8codermaster_plan.md` from the `io8codermaster` agent. Extract all explicit and implicit requirements, constraints, and scope definitions.
+    *   **Focus Areas:**
+        *   Core Functional Components: Password Generation Logic (backend), User Interface (frontend), API Integration.
+        *   Non-Functional Requirements: Security (true randomness, no storage), Usability (simple UI, copy function), Performance, Maintainability.
+        *   Constraints: "Security First", "Append-Only to Base Project Docs", "Modular Design", "No Password Storage".
+        *   Out of Scope: User authentication, advanced history/analytics, multi-language, mobile native.
+*   **Domain Analysis:** Research best practices for secure password generation, randomness sources (cryptographic vs. pseudo-random), character sets, and common password policies to inform the requirements for the backend logic.
+*   **Constraint Prioritization:** Continuously ensure that the "Security First" constraint permeates all functional and non-functional requirements. The "No Password Storage" rule must be strictly enforced.
+*   **Modularity Emphasis:** Requirements must clearly distinguish between frontend and backend responsibilities, supporting the modular design constraint.
+
+## 3. Requirements Analysis Approach
+
+The requirements analysis will be structured to capture all necessary details for subsequent development phases.
+
+*   **Functional Requirements (FR):**
+    *   Detail user interactions with the frontend (e.g., input fields for length, checkboxes for character types, exclusion input, generate button, display area, copy button).
+    *   Specify the parameters to be sent to the backend for password generation.
+    *   Define the expected output format and behavior of the generated password.
+    *   Elaborate on the backend's generation capabilities (e.g., support for various character sets, custom length, exclusion of specific characters/patterns).
+*   **Non-Functional Requirements (NFR):**
+    *   **Security (NFR-SEC):**
+        *   Specify the requirement for cryptographically secure pseudo-random number generation (CSPRNG) for the backend.
+        *   Define protocols for secure API communication (e.g., HTTPS).
+        *   Explicitly state the "No Password Storage" requirement for both frontend and backend.
+        *   Mention protection against common web vulnerabilities (e.g., XSS, CSRF, injection).
+    *   **Usability (NFR-US):
+**        *   Define intuitive UI elements and clear feedback mechanisms.
+        *   Specify responsive design for various screen sizes (given it builds on an Angular Clarity boilerplate).
+        *   Require immediate copy-to-clipboard functionality.
+    *   **Performance (NFR-PERF):**
+        *   Set expectations for password generation time, especially for complex parameters.
+        *   Define UI responsiveness thresholds.
+    *   **Maintainability (NFR-MAINT):**
+        *   Emphasize adherence to coding standards for both frontend and backend.
+        *   Require clear documentation for API endpoints and UI components.
+*   **API Requirements:** Outline the contract between the frontend and backend, including request/response formats, parameters, and error handling.
+*   **Data Requirements:** Define the data elements for password generation parameters and the generated password string itself.
+
+## 4. Business Analysis Framework
+
+*   **Scope Management:** Strictly adhere to the "In Scope" and "Out of Scope" sections defined in the `io8codermaster_breakdown.md`. Any potential deviations must be flagged immediately for review.
+*   **Value Proposition Refinement:** Ensure all requirements directly contribute to the core value proposition: providing a secure, customizable, and easy-to-use password generator that adheres to modern security standards.
+*   **Risk Mitigation (at requirements level):** Identify any potential ambiguities or contradictions in the requirements that could lead to security vulnerabilities or usability issues, and resolve them early. The primary business risk (insecure passwords) is directly addressed by NFR-SEC.
+
+## 5. User Story Development Strategy
+
+User stories will be formulated to capture user needs from different perspectives, primarily focusing on a generic user needing a password.
+
+*   **User Role:** Primarily "As a User" or "As a Developer" (for customizability aspects).
+*   **Template:** "As a [role], I want to [goal] so that [benefit]."
+*   **Acceptance Criteria:** Each user story must have clear, testable acceptance criteria, specifying *what* needs to be done and *how* success is measured.
+*   **Examples:**
+    *   *As a user, I want to be able to specify the exact length of the password so that it meets the requirements of the service I am using.*
+        *   *Acceptance Criteria:*
+            *   User can input a numeric value for password length.
+            *   The generated password's length matches the specified value.
+            *   Minimum and maximum length constraints are enforced.
+    *   *As a user, I want to choose to include or exclude uppercase letters, lowercase letters, numbers, and symbols so that I can generate a password tailored to specific complexity rules.*
+        *   *Acceptance Criteria:*
+            *   UI provides distinct toggles/checkboxes for each character set.
+            *   Generated password contains only the selected character sets.
+            *   At least one character set must be selected.
+    *   *As a user, I want to easily copy the generated password to my clipboard so that I can paste it into an application without manual typing.*
+        *   *Acceptance Criteria:*
+            *   A visible "Copy" button is present next to the generated password.
+            *   Clicking the "Copy" button places the password into the system clipboard.
+            *   Visual feedback is provided upon successful copying (e.g., "Copied!").
+    *   *As a user, I want the password generation to be instant and responsive so that I don't experience delays while securing my accounts.*
+        *   *Acceptance Criteria:*
+            *   Password generation completes within [X] milliseconds after clicking 'Generate'.
+            *   The UI remains responsive during and after generation.
+
+## 6. Customized io8Analyst Workflow
+
+This specific project requires a workflow that heavily emphasizes security and modularity from the outset.
+
+1.  **Kick-off & Document Ingestion (Current Step):**
+    *   Read and absorb `io8codermaster_breakdown.md` and `io8codermaster_plan.md`.
+    *   Create this agent-specific prompt file.
+2.  **Detailed Requirements Elicitation (Iteration 1 - Frontend Focus):**
+    *   Translate frontend aspects from the breakdown into user-centric functional requirements (FRs) and user stories (USs).
+    *   Focus on UI elements, interactions, and immediate user feedback.
+3.  **Detailed Requirements Elicitation (Iteration 2 - Backend Focus):**
+    *   Translate backend aspects from the breakdown into functional requirements for the generation logic.
+    *   Prioritize cryptographic security, true randomness, and configurable parameters.
+    *   Define the API contract between frontend and backend.
+4.  **Non-Functional Requirements Deep Dive:**
+    *   Expand on all NFRs, especially Security, providing measurable criteria.
+    *   Ensure all constraints from the `io8codermaster_breakdown.md` are addressed.
+5.  **Documentation Generation:**
+    *   Populate `.sureai/analysis_document.md` with Project Overview, Business Analysis, User Requirements, Functional Requirements, Non-Functional Requirements, User Stories, and Business Rules.
+    *   Populate `.sureai/requirements_document.md` with detailed FRs, NFRs, Data Requirements, and Interface Requirements, ensuring clear traceability.
+    *   **CRITICAL:** All content must be *appended* to existing sections within these files, with clear timestamps and section headers for the Password Generator project. Do not overwrite.
+6.  **Review & Refinement:**
+    *   Self-review against the `io8codermaster_breakdown.md` and `io8codermaster_plan.md` to ensure all high-level directives are covered.
+    *   Ensure all requirements are clear, unambiguous, testable, and actionable for the `io8Architect` and `io8Developer` agents.
+
+This customized prompt ensures that the `io8Analyst` maintains a strong focus on the unique security and architectural requirements of the "Password Generator" project while adhering to the standard `io8` workflow principles.
+```
--- a/password_generator_20251010_054000-password_generator_20251010_054000-f-f/authsec_angular/frontend/angular-clarity-master/.sureai/prd_document.md
+++ b/password_generator_20251010_054000-password_generator_20251010_054000-f-f/authsec_angular/frontend/angular-clarity-master/.sureai/prd_document.md
@ -59,4 +59,686 @@ The following features and functionalities are explicitly out of scope for the b
 -   **Authentication/Authorization Logic:** While the architecture supports the implementation of security features, no pre-built authentication or authorization logic is included.
 -   **State Management:** The boilerplate does not include a state management library (e.g., NgRx, Akita) by default, allowing developers to choose the best solution for their needs.
 -   **Business Logic:** No specific business logic or application features are included beyond the basic structural components.
-   **CI/CD Pipelines:** While the project is ready for CI/CD, no pre-configured pipelines are included.
+-   **CI/CD Pipelines:** While the project is ready for CI/CD, no pre-configured pipelines are included.
+
+---
+
+## PRD UPDATE - 2025-10-10 05:58:15
+
+
+---
+## Product Requirements Document (PRD) - Password Generator Project
+**Generated:** 2025-10-10 06:15:00
+
+### 1. Executive Summary - Password Generator
+The Password Generator is a web-based application designed to provide users with a secure, customizable, and easy-to-use tool for creating strong, unique passwords. It leverages an existing Angular Clarity Boilerplate for a robust frontend experience and integrates with a dedicated, cryptographically secure backend for password generation. The primary goal is to enhance user online security by simplifying the creation of complex passwords.
+
+### 2. Product Vision & Strategy - Password Generator
+**Product Vision:** To empower every internet user with the ability to effortlessly generate strong, unique, and secure passwords, thereby significantly reducing the risk of online security breaches stemming from weak or reused credentials.
+**Strategic Goals:**
+*   Achieve best-in-class security for password generation.
+*   Provide an intuitive and highly customizable user experience.
+*   Ensure high availability and performance of the service.
+*   Build a foundation for potential future security-focused tools.
+**Success Metrics:**
+*   **User Adoption:** Number of unique users generating passwords.
+*   **Satisfaction:** High user ratings/feedback on ease of use and perceived security.
+*   **Security Audit Results:** Successful completion of security audits with minimal or no critical vulnerabilities.
+*   **Performance:** Average password generation time (e.g., <500ms).
+*   **Retention:** Repeat usage of the tool.
+
+### 3. Target Users & Personas - Password Generator
+**Primary User Persona: Security-Conscious User "Ava"**
+*   **Demographics:** 25-55 years old, uses multiple online services (banking, social media, work).
+*   **Needs:** Requires strong, unique passwords for various accounts. Often struggles to create and remember complex passwords manually. Values security but prioritizes convenience.
+*   **Pain Points:** Password fatigue, difficulty adhering to complex password policies (e.g., specific character types, length), fear of using insecure generation tools.
+*   **Goal with Product:** Quickly generate a highly secure, customized password that meets specific service requirements, and easily copy it for use.
+**Secondary User Persona: Developer/IT Professional "Ben"**
+*   **Demographics:** 22-60 years old, often manages multiple systems or assists others with password hygiene.
+*   **Needs:** Needs a reliable, auditable, and highly configurable password generation tool for personal and professional use. May integrate it into workflows or recommend it.
+*   **Pain Points:** Lack of trust in generic online generators, desire for specific character exclusion/inclusion, need for assurance of true randomness.
+*   **Goal with Product:** Utilize advanced configuration options, understand the underlying security principles, and potentially integrate/recommend the tool.
+
+### 4. Problem Statement - Password Generator
+Users consistently struggle to create and manage strong, unique passwords across their myriad online accounts. This often leads to password reuse, simple patterns, or predictable combinations, making them highly vulnerable to brute-force attacks, credential stuffing, and dictionary attacks. Existing solutions are either too complex, lack transparency in their generation methods, or are perceived as insecure, undermining user trust and exacerbating the risk of data breaches.
+
+### 5. Solution Overview - Password Generator
+The Password Generator will be a modern web application, consisting of an Angular Clarity frontend for an intuitive user experience and a dedicated, secure backend service for cryptographic password generation. Users will be able to customize password parameters such as length, character sets (uppercase, lowercase, numbers, symbols), and exclusions. The generated password will be displayed clearly and offer a one-click copy functionality. The backend will ensure true randomness using a Cryptographically Secure Pseudo-Random Number Generator (CSPRNG) and will explicitly *not* store any generated passwords or user inputs, prioritizing user privacy and security.
+
+### 6. Functional Requirements - Password Generator
+**FR-PG-001: Password Length Configuration**
+*   **Description:** The system shall allow users to specify a desired password length within a defined range (e.g., 8-128 characters).
+**FR-PG-002: Character Set Selection**
+*   **Description:** The system shall allow users to explicitly include or exclude character types: uppercase letters (A-Z), lowercase letters (a-z), numbers (0-9), and symbols (e.g., !@#$%^&*). At least one character set must be selected.
+**FR-PG-003: Exclusion of Specific Characters/Patterns**
+*   **Description:** The system shall allow users to specify individual characters or simple patterns (e.g., 'o0', 'i1l') to exclude from the generated password.
+**FR-PG-004: Password Generation Trigger**
+*   **Description:** The system shall provide a clear action (e.g., "Generate Password" button) to initiate the password generation process based on selected parameters.
+**FR-PG-005: Display Generated Password**
+*   **Description:** The system shall securely display the newly generated password to the user.
+**FR-PG-006: Copy to Clipboard Functionality**
+*   **Description:** The system shall provide a one-click action (e.g., "Copy" button) to copy the generated password to the user's clipboard.
+**FR-PG-007: Frontend-Backend Communication**
+*   **Description:** The frontend shall communicate with the backend API to request password generation with specified parameters and receive the generated password.
+**FR-PG-008: Error Handling**
+*   **Description:** The system shall provide clear, user-friendly error messages for invalid inputs or failures during the generation process.
+
+### 7. Non-Functional Requirements - Password Generator
+**NFR-PG-SEC-001: Cryptographic Security**
+*   **Description:** The backend password generation algorithm shall utilize a Cryptographically Secure Pseudo-Random Number Generator (CSPRNG) to ensure true randomness and unpredictability of generated passwords.
+**NFR-PG-SEC-002: No Password Storage**
+*   **Description:** The system (both frontend and backend) shall explicitly NOT store any generated passwords, user-defined parameters, or any personally identifiable information.
+**NFR-PG-SEC-003: Secure API Communication**
+*   **Description:** All communication between the frontend and backend API shall be encrypted using HTTPS/TLS 1.2+ to prevent eavesdropping and tampering.
+**NFR-PG-SEC-004: Input Validation & Sanitization**
+*   **Description:** Both frontend and backend shall implement robust input validation and sanitization to prevent injection attacks and ensure valid parameters are processed.
+**NFR-PG-SEC-005: Client-Side Security**
+*   **Description:** The frontend shall adhere to best practices for preventing common web vulnerabilities such as XSS (Cross-Site Scripting) and CSRF (Cross-Site Request Forgery), leveraging Angular's built-in protections.
+**NFR-PG-PERF-001: Generation Performance**
+*   **Description:** Password generation, even for maximum length and complexity, shall complete within 500 milliseconds under normal load.
+**NFR-PG-PERF-002: UI Responsiveness**
+*   **Description:** The user interface shall remain highly responsive during user interactions and after password generation.
+**NFR-PG-US-001: Intuitive User Interface**
+*   **Description:** The UI shall be clean, easy to navigate, and clearly present all configuration options and the generated password. It will leverage the Clarity Design System for consistency.
+**NFR-PG-US-002: Clear Feedback**
+*   **Description:** The system shall provide immediate and clear visual feedback for user actions, such as "Password copied!" upon successful copying.
+**NFR-PG-MAINT-001: Modular Architecture**
+*   **Description:** The system shall maintain a modular architecture (Angular modules for frontend, clear service separation for backend) to facilitate future enhancements and bug fixes.
+**NFR-PG-MAINT-002: Code Quality & Documentation**
+*   **Description:** The codebase shall adhere to established coding standards and be well-documented (in-code comments, API documentation).
+
+### 8. Epic Stories - Password Generator
+
+#### Epic 1: Core Password Generation Logic (Backend)
+**Epic Description:** This epic focuses on building the secure, robust, and highly configurable backend service responsible for generating passwords based on user-defined criteria. It emphasizes cryptographic security and flexibility.
+**Business Value:** Provides the core, trustworthy engine for generating secure passwords, directly addressing the problem of weak password creation.
+**Acceptance Criteria:**
+*   The backend API can receive generation parameters securely.
+*   The backend generates passwords using a CSPRNG.
+*   The generated password adheres to all specified parameters (length, character sets, exclusions).
+*   No password or sensitive user data is stored on the backend.
+
+**User Stories:**
+- **US-001:** Specify Password Length
+  - **As a** user
+  - **I want to** select the exact number of characters for my password
+  - **So that** I can meet specific length requirements for online services
+  - **Acceptance Criteria:**
+    - [ ] A numerical input field for length is present on the UI.
+    - [ ] The input accepts integers between 8 and 128.
+    - [ ] The backend generates a password matching the specified length.
+  - **Story Points:** 3
+  - **Priority:** High
+
+- **US-002:** Select Character Sets
+  - **As a** user
+  - **I want to** choose to include uppercase letters, lowercase letters, numbers, and symbols
+  - **So that** I can customize the complexity of my password
+  - **Acceptance Criteria:**
+    - [ ] Checkboxes or toggles for 'Uppercase', 'Lowercase', 'Numbers', 'Symbols' are available.
+    - [ ] At least one character set must be selected.
+    - [ ] The generated password contains only characters from the selected sets.
+  - **Story Points:** 5
+  - **Priority:** High
+
+- **US-003:** Exclude Specific Characters
+  - **As a** user
+  - **I want to** specify certain characters or patterns to exclude
+  - **So that** I can avoid ambiguous characters (e.g., 'l', '1', 'I') or service-prohibited characters
+  - **Acceptance Criteria:**
+    - [ ] An input field for 'Exclude Characters' is available.
+    - [ ] The backend ensures the generated password does not contain any specified excluded characters.
+    - [ ] The exclusion logic handles common patterns (e.g., 'o0').
+  - **Story Points:** 8
+  - **Priority:** Medium
+
+- **US-004:** Secure Password Generation
+  - **As a** user (or system)
+  - **I want to** have passwords generated using a cryptographically secure random number source
+  - **So that** the passwords are truly unpredictable and robust against attacks
+  - **Acceptance Criteria:**
+    - [ ] The backend utilizes a CSPRNG (e.g., `crypto.randomBytes` in Node.js, `secrets` in Python).
+    - [ ] The generation process is stateless and does not log inputs or outputs.
+    - [ ] Security audits confirm the randomness and security of the generation process.
+  - **Story Points:** 13
+  - **Priority:** High
+
+#### Epic 2: User Interface & Interaction (Frontend)
+**Epic Description:** This epic focuses on creating an intuitive, responsive, and user-friendly interface for the Password Generator, leveraging the Angular Clarity Boilerplate. It ensures users can easily configure, generate, and retrieve their passwords.
+**Business Value:** Provides an accessible and pleasant experience, encouraging users to adopt and consistently use the secure generator.
+**Acceptance Criteria:**
+*   All password configuration options are clearly presented and interactive.
+*   The UI is responsive and works well across various screen sizes.
+*   Users can generate and copy passwords with minimal effort.
+*   The UI provides clear feedback for user actions.
+
+**User Stories:**
+- **US-005:** Display Configuration Options
+  - **As a** user
+  - **I want to** see all password generation parameters (length, character sets, exclusions) clearly on the screen
+  - **So that** I can easily configure my password before generation
+  - **Acceptance Criteria:**
+    - [ ] All input fields and checkboxes are visible upon loading the page.
+    - [ ] Configuration options are logically grouped and clearly labeled using Clarity components.
+    - [ ] Default values are pre-filled (e.g., minimum length, all character sets selected).
+  - **Story Points:** 3
+  - **Priority:** High
+
+- **US-006:** Trigger Password Generation
+  - **As a** user
+  - **I want to** click a button to generate a new password based on my selected settings
+  - **So that** I can instantly get a strong password when I need one
+  - **Acceptance Criteria:**
+    - [ ] A prominent "Generate Password" button is present.
+    - [ ] Clicking the button sends the current configuration to the backend.
+    - [ ] The button provides visual feedback (e.g., loading spinner) during generation.
+  - **Story Points:** 2
+  - **Priority:** High
+
+- **US-007:** Display Generated Password
+  - **As a** user
+  - **I want to** see the generated password clearly displayed
+  - **So that** I can review it before copying or using it
+  - **Acceptance Criteria:**
+    - [ ] A dedicated, read-only display area shows the generated password.
+    - [ ] The password text is selectable for manual copying (as a fallback).
+    - [ ] The display area is easily distinguishable from input fields.
+  - **Story Points:** 2
+  - **Priority:** High
+
+- **US-008:** Copy Password to Clipboard
+  - **As a** user
+  - **I want to** click a single button to copy the generated password to my clipboard
+  - **So that** I can quickly paste it into another application without manual selection or typing
+  - **Acceptance Criteria:**
+    - [ ] A "Copy" button is present next to the generated password.
+    - [ ] Clicking the "Copy" button successfully places the password into the system clipboard.
+    - [ ] A temporary visual confirmation (e.g., "Copied!", tooltip) appears after clicking.
+  - **Story Points:** 3
+  - **Priority:** High
+
+- **US-009:** Responsive User Interface
+  - **As a** user
+  - **I want the** password generator interface to adapt to different screen sizes (desktop, tablet, mobile)
+  - **So that** I can use the tool comfortably on any device
+  - **Acceptance Criteria:**
+    - [ ] The layout adjusts appropriately for common breakpoints.
+    - [ ] All interactive elements remain accessible and usable on mobile devices.
+    - [ ] Clarity Design System's responsive grid is utilized where appropriate.
+  - **Story Points:** 5
+  - **Priority:** Medium
+
+#### Epic 3: API Integration & Security
+**Epic Description:** This epic covers the secure communication and interaction between the frontend and the backend password generation service, ensuring data integrity and robust error handling.
+**Business Value:** Guarantees reliable and secure operation of the distributed system, fostering trust in the product.
+**Acceptance Criteria:**
+*   Frontend can successfully send generation requests and receive responses from the backend.
+*   All API communication is encrypted and secure.
+*   The system gracefully handles API errors and provides informative messages.
+
+**User Stories:**
+- **US-010:** Secure Frontend-Backend Communication
+  - **As a** system
+  - **I want to** communicate with the backend API exclusively over HTTPS
+  - **So that** all data (parameters, generated password) is encrypted in transit and protected from interception
+  - **Acceptance Criteria:**
+    - [ ] Frontend API calls are configured to use HTTPS.
+    - [ ] Backend API only responds to HTTPS requests.
+    - [ ] Network traffic analysis confirms encrypted communication.
+  - **Story Points:** 8
+  - **Priority:** High
+
+- **US-011:** Handle API Requests and Responses
+  - **As a** system
+  - **I want to** correctly format password generation requests to the backend and parse the responses
+  - **So that** the generation process is smooth and the generated password is accurately displayed
+  - **Acceptance Criteria:**
+    - [ ] Frontend sends a JSON payload with `length`, `include`, `exclude` parameters.
+    - [ ] Backend returns a JSON payload containing the `password` string.
+    - [ ] Data models (TypeScript interfaces) are defined for requests and responses.
+  - **Story Points:** 5
+  - **Priority:** High
+
+- **US-012:** API Error Handling
+  - **As a** user
+  - **I want to** receive clear feedback if the password generation fails due to a backend error or invalid input
+  - **So that** I understand why the process failed and can attempt to resolve it
+  - **Acceptance Criteria:**
+    - [ ] Frontend displays a user-friendly error message if the backend returns an error status code (e.g., 400, 500).
+    - [ ] Backend API returns meaningful error messages in its response payload.
+    - [ ] HTTP interceptors (in CoreModule) handle global error conditions.
+  - **Story Points:** 5
+  - **Priority:** Medium
+
+### 9. User Interface Requirements - Password Generator
+*   **Design System:** Adhere strictly to the VMware Clarity Design System for all UI components, spacing, typography, and color palette.
+*   **Layout:** Utilize the existing Clarity boilerplate's responsive layout (header, sidebar/main content if applicable) to integrate the Password Generator. A dedicated feature module will house the generator.
+*   **Form Elements:** Use Clarity form controls (input fields, checkboxes, toggles) for password length, character set selection, and character exclusion.
+*   **Display:** The generated password will be displayed in a prominent, read-only text field, possibly with a monospaced font for clarity.
+*   **Feedback:** Implement Clarity alert components or toast notifications for success/error messages (e.g., "Password Copied!", "Generation Failed!").
+*   **Accessibility:** Ensure all UI elements are accessible, including keyboard navigation and screen reader support (inherent with Clarity).
+
+### 10. Technical Requirements - Password Generator
+*   **Frontend Framework:** Angular (latest stable version), leveraging the existing boilerplate.
+*   **Frontend UI Library:** VMware Clarity Design System (integrated).
+*   **Frontend Language:** TypeScript.
+*   **Backend Language/Framework:** (To be determined by the `io8codermaster` / `io8devopmaster` for optimal security and performance, but should support robust API creation e.g., Node.js with Express, Python with Flask/Django, Go with Gin/Echo).
+*   **API Type:** RESTful API for communication between frontend and backend.
+*   **Deployment:** Frontend as static assets (e.g., Nginx, cloud storage), Backend as a stateless service (e.g., Docker container, serverless function).
+*   **Authentication/Authorization:** Not required for the public-facing generation service itself. Focus on API key or token-based security for internal/future integrations if needed.
+*   **Data Persistence:** None. The system is stateless and does not store passwords or user data.
+
+### 11. Success Metrics & KPIs - Password Generator
+*   **User Engagement:**
+    *   **KPI:** Monthly Active Users (MAU) - Number of unique users generating at least one password.
+    *   **KPI:** Average passwords generated per session.
+*   **Product Quality & Reliability:**
+    *   **KPI:** Uptime percentage for the backend API and frontend application.
+    *   **KPI:** Number of critical/high-severity security vulnerabilities identified (target: zero post-launch).
+    *   **KPI:** Average response time for password generation requests.
+*   **User Satisfaction:**
+    *   **KPI:** Net Promoter Score (NPS) - if feedback mechanism implemented.
+    *   **KPI:** Direct user feedback and testimonials.
+
+### 12. Risk Assessment - Password Generator
+*   **R-PG-001: Security Vulnerabilities in Generation Logic**
+    *   **Description:** The random number generator is not truly random, leading to predictable passwords.
+    *   **Mitigation:** Strict use of CSPRNG; independent security audits of the backend algorithm; peer code review.
+    *   **Impact:** High | **Likelihood:** Medium
+*   **R-PG-002: Data Leakage/Storage**
+    *   **Description:** Accidental logging or storage of generated passwords or sensitive user inputs.
+    *   **Mitigation:** Enforce "no storage" policy at architectural and code review stages; secure logging practices (no sensitive data); regular vulnerability scanning.
+    *   **Impact:** Critical | **Likelihood:** Low (with mitigation)
+*   **R-PG-003: API Insecurity**
+    *   **Description:** Frontend-backend communication is compromised (e.g., MITM attack).
+    *   **Mitigation:** Mandate HTTPS/TLS; implement API key or token validation if public-facing API; secure headers.
+    *   **Impact:** High | **Likelihood:** Low (with mitigation)
+*   **R-PG-004: Performance Bottlenecks**
+    *   **Description:** Slow password generation or UI responsiveness under load.
+    *   **Mitigation:** Optimize backend algorithm for speed; stress testing; efficient Angular change detection; lazy loading.
+    *   **Impact:** Medium | **Likelihood:** Medium
+*   **R-PG-005: Scope Creep**
+    *   **Description:** Introduction of non-core features delaying MVP delivery.
+    *   **Mitigation:** Strict adherence to MVP definition; rigorous backlog prioritization; regular stakeholder reviews.
+    *   **Impact:** Medium | **Likelihood:** Medium
+
+### 13. Timeline & Milestones - Password Generator
+*   **Phase 1: Planning & Design (2025-10-10 - 2025-10-17)**
+    *   Complete PRD and Project Plan (PM)
+    *   Finalize Backend Architecture (Architect)
+*   **Phase 2: Backend Core Development (2025-10-20 - 2025-11-07)**
+    *   Implement CSPRNG-based generation logic.
+    *   Develop secure RESTful API endpoints for generation.
+    *   Unit testing of backend services.
+    *   *Milestone:* Backend Generation Engine MVP
+*   **Phase 3: Frontend UI & Integration (2025-11-10 - 2025-12-05)**
+    *   Develop Angular feature module for Password Generator.
+    *   Implement UI for configuration options and password display (using Clarity).
+    *   Integrate frontend with backend API.
+    *   Implement copy-to-clipboard functionality.
+    *   *Milestone:* Frontend UI & Integration MVP
+*   **Phase 4: Testing & Security Audit (2025-12-08 - 2025-12-19)**
+    *   Comprehensive functional and non-functional testing (manual and automated E2E).
+    *   Perform non-functional testing (performance, responsiveness).
+    *   Conduct security penetration testing and vulnerability scanning.
+    *   Log and prioritize identified bugs and security issues.
+    *   Fix bugs and vulnerabilities.
+    *   *Milestone:* End-to-End MVP (Internal Release)
+*   **Phase 5: Release & Monitoring (2026-01-05 onwards)**
+    *   Final deployment to production environment.
+    *   Continuous monitoring of performance, security, and usage metrics.
+    *   Gather user feedback for future iterations.
+    *   *Milestone:* Public Beta/Initial Launch
+
+### 14. Dependencies & Assumptions - Password Generator
+*   **Dependencies:**
+    *   Stable and supported versions of Angular and Clarity Design System.
+    *   Availability of a robust and secure hosting environment for both frontend and backend.
+    *   Access to cryptographic libraries/APIs in the chosen backend language.
+    *   Clear API definition from the backend development team.
+*   **Assumptions:**
+    *   The existing Angular Clarity Boilerplate provides a solid, maintainable foundation.
+    *   The project team has the necessary expertise in Angular, Clarity, and backend development (e.g., security-focused coding).
+    *   External security audit resources will be available for review.
+    *   HTTPS will be used for all production environments.
+
+
+
+---
+
+## PRD UPDATE - 2025-10-10 05:59:08
+
+# Product Requirements Document (PRD)
+
+## 1. Executive Summary
+The Password Generator is a web-based application designed to provide users with a secure, customizable, and easy-to-use tool for creating strong, unique passwords. It leverages an existing Angular Clarity Boilerplate for a robust frontend experience and integrates with a dedicated, cryptographically secure backend for password generation. The primary goal is to enhance user online security by simplifying the creation of complex passwords.
+
+## 2. Product Vision & Strategy
+**Product Vision:** To empower every internet user with the ability to effortlessly generate strong, unique, and secure passwords, thereby significantly reducing the risk of online security breaches stemming from weak or reused credentials.
+**Strategic Goals:**
+*   Achieve best-in-class security for password generation.
+*   Provide an intuitive and highly customizable user experience.
+*   Ensure high availability and performance of the service.
+*   Build a foundation for potential future security-focused tools.
+**Success Metrics:**
+*   **User Adoption:** Number of unique users generating passwords.
+*   **Satisfaction:** High user ratings/feedback on ease of use and perceived security.
+*   **Security Audit Results:** Successful completion of security audits with minimal or no critical vulnerabilities.
+*   **Performance:** Average password generation time (e.g., <500ms).
+*   **Retention:** Repeat usage of the tool.
+
+## 3. Target Users & Personas
+**Primary User Persona: Security-Conscious User "Ava"**
+*   **Demographics:** 25-55 years old, uses multiple online services (banking, social media, work).
+*   **Needs:** Requires strong, unique passwords for various accounts. Often struggles to create and remember complex passwords manually. Values security but prioritizes convenience.
+*   **Pain Points:** Password fatigue, difficulty adhering to complex password policies (e.g., specific character types, length), fear of using insecure generation tools.
+*   **Goal with Product:** Quickly generate a highly secure, customized password that meets specific service requirements, and easily copy it for use.
+**Secondary User Persona: Developer/IT Professional "Ben"**
+*   **Demographics:** 22-60 years old, often manages multiple systems or assists others with password hygiene.
+*   **Needs:** Needs a reliable, auditable, and highly configurable password generation tool for personal and professional use. May integrate it into workflows or recommend it.
+*   **Pain Points:** Lack of trust in generic online generators, desire for specific character exclusion/inclusion, need for assurance of true randomness.
+*   **Goal with Product:** Utilize advanced configuration options, understand the underlying security principles, and potentially integrate/recommend the tool.
+
+## 4. Problem Statement
+Users consistently struggle to create and manage strong, unique passwords across their myriad online accounts. This often leads to password reuse, simple patterns, or predictable combinations, making them highly vulnerable to brute-force attacks, credential stuffing, and dictionary attacks. Existing solutions are either too complex, lack transparency in their generation methods, or are perceived as insecure, undermining user trust and exacerbating the risk of data breaches.
+
+## 5. Solution Overview
+The Password Generator will be a modern web application, consisting of an Angular Clarity frontend for an intuitive user experience and a dedicated, secure backend service for cryptographic password generation. Users will be able to customize password parameters such as length, character sets (uppercase, lowercase, numbers, symbols), and exclusions. The generated password will be displayed clearly and offer a one-click copy functionality. The backend will ensure true randomness using a Cryptographically Secure Pseudo-Random Number Generator (CSPRNG) and will explicitly *not* store any generated passwords or user inputs, prioritizing user privacy and security.
+
+## 6. Functional Requirements
+**FR-PG-001: Password Length Configuration**
+*   **Description:** The system shall allow users to specify a desired password length within a defined range (e.g., 8-128 characters).
+**FR-PG-002: Character Set Selection**
+*   **Description:** The system shall allow users to explicitly include or exclude character types: uppercase letters (A-Z), lowercase letters (a-z), numbers (0-9), and symbols (e.g., !@#$%^&*). At least one character set must be selected.
+**FR-PG-003: Exclusion of Specific Characters/Patterns**
+*   **Description:** The system shall allow users to specify individual characters or simple patterns (e.g., 'o0', 'i1l') to exclude from the generated password.
+**FR-PG-004: Password Generation Trigger**
+*   **Description:** The system shall provide a clear action (e.g., "Generate Password" button) to initiate the password generation process based on selected parameters.
+**FR-PG-005: Display Generated Password**
+*   **Description:** The system shall securely display the newly generated password to the user.
+**FR-PG-006: Copy to Clipboard Functionality**
+*   **Description:** The system shall provide a one-click action (e.g., "Copy" button) to copy the generated password to the user's clipboard.
+**FR-PG-007: Frontend-Backend Communication**
+*   **Description:** The frontend shall communicate with the backend API to request password generation with specified parameters and receive the generated password.
+**FR-PG-008: Error Handling**
+*   **Description:** The system shall provide clear, user-friendly error messages for invalid inputs or failures during the generation process.
+
+## 7. Non-Functional Requirements
+**NFR-PG-SEC-001: Cryptographic Security**
+*   **Description:** The backend password generation algorithm shall utilize a Cryptographically Secure Pseudo-Random Number Generator (CSPRNG) to ensure true randomness and unpredictability of generated passwords.
+**NFR-PG-SEC-002: No Password Storage**
+*   **Description:** The system (both frontend and backend) shall explicitly NOT store any generated passwords, user-defined parameters, or any personally identifiable information.
+**NFR-PG-SEC-003: Secure API Communication**
+*   **Description:** All communication between the frontend and backend API shall be encrypted using HTTPS/TLS 1.2+ to prevent eavesdropping and tampering.
+**NFR-PG-SEC-004: Input Validation & Sanitization**
+*   **Description:** Both frontend and backend shall implement robust input validation and sanitization to prevent injection attacks and ensure valid parameters are processed.
+**NFR-PG-SEC-005: Client-Side Security**
+*   **Description:** The frontend shall adhere to best practices for preventing common web vulnerabilities such as XSS (Cross-Site Scripting) and CSRF (Cross-Site Request Forgery), leveraging Angular's built-in protections.
+**NFR-PG-PERF-001: Generation Performance**
+*   **Description:** Password generation, even for maximum length and complexity, shall complete within 500 milliseconds under normal load.
+**NFR-PG-PERF-002: UI Responsiveness**
+*   **Description:** The user interface shall remain highly responsive during user interactions and after password generation.
+**NFR-PG-US-001: Intuitive User Interface**
+*   **Description:** The UI shall be clean, easy to navigate, and clearly present all configuration options and the generated password. It will leverage the Clarity Design System for consistency.
+**NFR-PG-US-002: Clear Feedback**
+*   **Description:** The system shall provide immediate and clear visual feedback for user actions, such as "Password copied!" upon successful copying.
+**NFR-PG-MAINT-001: Modular Architecture**
+*   **Description:** The system shall maintain a modular architecture (Angular modules for frontend, clear service separation for backend) to facilitate future enhancements and bug fixes.
+**NFR-PG-MAINT-002: Code Quality & Documentation**
+*   **Description:** The codebase shall adhere to established coding standards and be well-documented (in-code comments, API documentation).
+
+## 8. Epic Stories - Password Generator
+
+#### Epic 1: Core Password Generation Logic (Backend)
+**Epic Description:** This epic focuses on building the secure, robust, and highly configurable backend service responsible for generating passwords based on user-defined criteria. It emphasizes cryptographic security and flexibility.
+**Business Value:** Provides the core, trustworthy engine for generating secure passwords, directly addressing the problem of weak password creation.
+**Acceptance Criteria:**
+*   The backend API can receive generation parameters securely.
+*   The backend generates passwords using a CSPRNG.
+*   The generated password adheres to all specified parameters (length, character sets, exclusions).
+*   No password or sensitive user data is stored on the backend.
+
+**User Stories:**
+- **US-001:** Specify Password Length
+  - **As a** user
+  - **I want to** select the exact number of characters for my password
+  - **So that** I can meet specific length requirements for online services
+  - **Acceptance Criteria:**
+    - [ ] A numerical input field for length is present on the UI.
+    - [ ] The input accepts integers between 8 and 128.
+    - [ ] The backend generates a password matching the specified length.
+  - **Story Points:** 3
+  - **Priority:** High
+
+- **US-002:** Select Character Sets
+  - **As a** user
+  - **I want to** choose to include uppercase letters, lowercase letters, numbers, and symbols
+  - **So that** I can customize the complexity of my password
+  - **Acceptance Criteria:**
+    - [ ] Checkboxes or toggles for 'Uppercase', 'Lowercase', 'Numbers', 'Symbols' are available.
+    - [ ] At least one character set must be selected.
+    - [ ] The generated password contains only characters from the selected sets.
+  - **Story Points:** 5
+  - **Priority:** High
+
+- **US-003:** Exclude Specific Characters
+  - **As a** user
+  - **I want to** specify certain characters or patterns to exclude
+  - **So that** I can avoid ambiguous characters (e.g., 'l', '1', 'I') or service-prohibited characters
+  - **Acceptance Criteria:**
+    - [ ] An input field for 'Exclude Characters' is available.
+    - [ ] The backend ensures the generated password does not contain any specified excluded characters.
+    - [ ] The exclusion logic handles common patterns (e.g., 'o0').
+  - **Story Points:** 8
+  - **Priority:** Medium
+
+- **US-004:** Secure Password Generation
+  - **As a** user (or system)
+  - **I want to** have passwords generated using a cryptographically secure random number source
+  - **So that** the passwords are truly unpredictable and robust against attacks
+  - **Acceptance Criteria:**
+    - [ ] The backend utilizes a CSPRNG (e.g., `crypto.randomBytes` in Node.js, `secrets` in Python).
+    - [ ] The generation process is stateless and does not log inputs or outputs.
+    - [ ] Security audits confirm the randomness and security of the generation process.
+  - **Story Points:** 13
+  - **Priority:** High
+
+#### Epic 2: User Interface & Interaction (Frontend)
+**Epic Description:** This epic focuses on creating an intuitive, responsive, and user-friendly interface for the Password Generator, leveraging the Angular Clarity Boilerplate. It ensures users can easily configure, generate, and retrieve their passwords.
+**Business Value:** Provides an accessible and pleasant experience, encouraging users to adopt and consistently use the secure generator.
+**Acceptance Criteria:**
+*   All password configuration options are clearly presented and interactive.
+*   The UI is responsive and works well across various screen sizes.
+*   Users can generate and copy passwords with minimal effort.
+*   The UI provides clear feedback for user actions.
+
+**User Stories:**
+- **US-005:** Display Configuration Options
+  - **As a** user
+  - **I want to** see all password generation parameters (length, character sets, exclusions) clearly on the screen
+  - **So that** I can easily configure my password before generation
+  - **Acceptance Criteria:**
+    - [ ] All input fields and checkboxes are visible upon loading the page.
+    - [ ] Configuration options are logically grouped and clearly labeled using Clarity components.
+    - [ ] Default values are pre-filled (e.g., minimum length, all character sets selected).
+  - **Story Points:** 3
+  - **Priority:** High
+
+- **US-006:** Trigger Password Generation
+  - **As a** user
+  - **I want to** click a button to generate a new password based on my selected settings
+  - **So that** I can instantly get a strong password when I need one
+  - **Acceptance Criteria:**
+    - [ ] A prominent "Generate Password" button is present.
+    - [ ] Clicking the button sends the current configuration to the backend.
+    - [ ] The button provides visual feedback (e.g., loading spinner) during generation.
+  - **Story Points:** 2
+  - **Priority:** High
+
+- **US-007:** Display Generated Password
+  - **As a** user
+  - **I want to** see the generated password clearly displayed
+  - **So that** I can review it before copying or using it
+  - **Acceptance Criteria:**
+    - [ ] A dedicated, read-only display area shows the generated password.
+    - [ ] The password text is selectable for manual copying (as a fallback).
+    - [ ] The display area is easily distinguishable from input fields.
+  - **Story Points:** 2
+  - **Priority:** High
+
+- **US-008:** Copy Password to Clipboard
+  - **As a** user
+  - **I want to** click a single button to copy the generated password to my clipboard
+  - **So that** I can quickly paste it into another application without manual selection or typing
+  - **Acceptance Criteria:**
+    - [ ] A "Copy" button is present next to the generated password.
+    - [ ] Clicking the "Copy" button successfully places the password into the system clipboard.
+    - [ ] A temporary visual confirmation (e.g., "Copied!", tooltip) appears after clicking.
+  - **Story Points:** 3
+  - **Priority:** High
+
+- **US-009:** Responsive User Interface
+  - **As a** user
+  - **I want the** password generator interface to adapt to different screen sizes (desktop, tablet, mobile)
+  - **So that** I can use the tool comfortably on any device
+  - **Acceptance Criteria:**
+    - [ ] The layout adjusts appropriately for common breakpoints.
+    - [ ] All interactive elements remain accessible and usable on mobile devices.
+    - [ ] Clarity Design System's responsive grid is utilized where appropriate.
+  - **Story Points:** 5
+  - **Priority:** Medium
+
+#### Epic 3: API Integration & Security
+**Epic Description:** This epic covers the secure communication and interaction between the frontend and the backend password generation service, ensuring data integrity and robust error handling.
+**Business Value:** Guarantees reliable and secure operation of the distributed system, fostering trust in the product.
+**Acceptance Criteria:**
+*   Frontend can successfully send generation requests and receive responses from the backend.
+*   All API communication is encrypted and secure.
+*   The system gracefully handles API errors and provides informative messages.
+
+**User Stories:**
+- **US-010:** Secure Frontend-Backend Communication
+  - **As a** system
+  - **I want to** communicate with the backend API exclusively over HTTPS
+  - **So that** all data (parameters, generated password) is encrypted in transit and protected from interception
+  - **Acceptance Criteria:**
+    - [ ] Frontend API calls are configured to use HTTPS.
+    - [ ] Backend API only responds to HTTPS requests.
+    - [ ] Network traffic analysis confirms encrypted communication.
+  - **Story Points:** 8
+  - **Priority:** High
+
+- **US-011:** Handle API Requests and Responses
+  - **As a** system
+  - **I want to** correctly format password generation requests to the backend and parse the responses
+  - **So that** the generation process is smooth and the generated password is accurately displayed
+  - **Acceptance Criteria:**
+    - [ ] Frontend sends a JSON payload with `length`, `include`, `exclude` parameters.
+    - [ ] Backend returns a JSON payload containing the `password` string.
+    - [ ] Data models (TypeScript interfaces) are defined for requests and responses.
+  - **Story Points:** 5
+  - **Priority:** High
+
+- **US-012:** API Error Handling
+  - **As a** user
+  - **I want to** receive clear feedback if the password generation fails due to a backend error or invalid input
+  - **So that** I understand why the process failed and can attempt to resolve it
+  - **Acceptance Criteria:**
+    - [ ] Frontend displays a user-friendly error message if the backend returns an error status code (e.g., 400, 500).
+    - [ ] Backend API returns meaningful error messages in its response payload.
+    - [ ] HTTP interceptors (in CoreModule) handle global error conditions.
+  - **Story Points:** 5
+  - **Priority:** Medium
+
+## 9. User Interface Requirements - Password Generator
+*   **Design System:** Adhere strictly to the VMware Clarity Design System for all UI components, spacing, typography, and color palette.
+*   **Layout:** Utilize the existing Clarity boilerplate's responsive layout (header, sidebar/main content if applicable) to integrate the Password Generator. A dedicated feature module will house the generator.
+*   **Form Elements:** Use Clarity form controls (input fields, checkboxes, toggles) for password length, character set selection, and character exclusion.
+*   **Display:** The generated password will be displayed in a prominent, read-only text field, possibly with a monospaced font for clarity.
+*   **Feedback:** Implement Clarity alert components or toast notifications for success/error messages (e.g., "Password Copied!", "Generation Failed!").
+*   **Accessibility:** Ensure all UI elements are accessible, including keyboard navigation and screen reader support (inherent with Clarity).
+
+## 10. Technical Requirements - Password Generator
+*   **Frontend Framework:** Angular (latest stable version), leveraging the existing boilerplate.
+*   **Frontend UI Library:** VMware Clarity Design System (integrated).
+*   **Frontend Language:** TypeScript.
+*   **Backend Language/Framework:** (To be determined by the `io8codermaster` / `io8devopmaster` for optimal security and performance, but should support robust API creation e.g., Node.js with Express, Python with Flask/Django, Go with Gin/Echo).
+*   **API Type:** RESTful API for communication between frontend and backend.
+*   **Deployment:** Frontend as static assets (e.g., Nginx, cloud storage), Backend as a stateless service (e.g., Docker container, serverless function).
+*   **Authentication/Authorization:** Not required for the public-facing generation service itself. Focus on API key or token-based security for internal/future integrations if needed.
+*   **Data Persistence:** None. The system is stateless and does not store passwords or user data.
+
+## 11. Success Metrics & KPIs - Password Generator
+*   **User Engagement:**
+    *   **KPI:** Monthly Active Users (MAU) - Number of unique users generating at least one password.
+    *   **KPI:** Average passwords generated per session.
+*   **Product Quality & Reliability:**
+    *   **KPI:** Uptime percentage for the backend API and frontend application.
+    *   **KPI:** Number of critical/high-severity security vulnerabilities identified (target: zero post-launch).
+    *   **KPI:** Average response time for password generation requests.
+*   **User Satisfaction:**
+    *   **KPI:** Net Promoter Score (NPS) - if feedback mechanism implemented.
+    *   **KPI:** Direct user feedback and testimonials.
+
+## 12. Risk Assessment - Password Generator
+*   **R-PG-001: Security Vulnerabilities in Generation Logic**
+    *   **Description:** The random number generator is not truly random, leading to predictable passwords.
+    *   **Mitigation:** Strict use of CSPRNG; independent security audits of the backend algorithm; peer code review.
+    *   **Impact:** High | **Likelihood:** Medium
+*   **R-PG-002: Data Leakage/Storage**
+    *   **Description:** Accidental logging or storage of generated passwords or sensitive user inputs.
+    *   **Mitigation:** Enforce "no storage" policy at architectural and code review stages; secure logging practices (no sensitive data); regular vulnerability scanning.
+    *   **Impact:** Critical | **Likelihood:** Low (with mitigation)
+*   **R-PG-003: API Insecurity**
+    *   **Description:** Frontend-backend communication is compromised (e.g., MITM attack).
+    *   **Mitigation:** Mandate HTTPS/TLS; implement API key or token validation if public-facing API; secure headers.
+    *   **Impact:** High | **Likelihood:** Low (with mitigation)
+*   **R-PG-004: Performance Bottlenecks**
+    *   **Description:** Slow password generation or UI responsiveness under load.
+    *   **Mitigation:** Optimize backend algorithm for speed; stress testing; efficient Angular change detection; lazy loading.
+    *   **Impact:** Medium | **Likelihood:** Medium
+*   **R-PG-005: Scope Creep**
+    *   **Description:** Introduction of non-core features delaying MVP delivery.
+    *   **Mitigation:** Strict adherence to MVP definition; rigorous backlog prioritization; regular stakeholder reviews.
+    *   **Impact:** Medium | **Likelihood:** Medium
+
+## 13. Timeline & Milestones - Password Generator
+*   **Phase 1: Planning & Design (2025-10-10 - 2025-10-17)**
+    *   Complete PRD and Project Plan (PM)
+    *   Finalize Backend Architecture (Architect)
+*   **Phase 2: Backend Core Development (2025-10-20 - 2025-11-07)**
+    *   Implement CSPRNG-based generation logic.
+    *   Develop secure RESTful API endpoints for generation.
+    *   Unit testing of backend services.
+    *   *Milestone:* Backend Generation Engine MVP
+*   **Phase 3: Frontend UI & Integration (2025-11-10 - 2025-12-05)**
+    *   Develop Angular feature module for Password Generator.
+    *   Implement UI for configuration options and password display (using Clarity).
+    *   Integrate frontend with backend API.
+    *   Implement copy-to-clipboard functionality.
+    *   *Milestone:* Frontend UI & Integration MVP
+*   **Phase 4: Testing & Security Audit (2025-12-08 - 2025-12-19)**
+    *   Comprehensive functional and non-functional testing (manual and automated E2E).
+    *   Perform non-functional testing (performance, responsiveness).
+    *   Conduct security penetration testing and vulnerability scanning.
+    *   Log and prioritize identified bugs and security issues.
+    *   Fix bugs and vulnerabilities.
+    *   *Milestone:* End-to-End MVP (Internal Release)
+*   **Phase 5: Release & Monitoring (2026-01-05 onwards)**
+    *   Final deployment to production environment.
+    *   Continuous monitoring of performance, security, and usage metrics.
+    *   Gather user feedback for future iterations.
+    *   *Milestone:* Public Beta/Initial Launch
+
+## 14. Dependencies & Assumptions - Password Generator
+*   **Dependencies:**
+    *   Stable and supported versions of Angular and Clarity Design System.
+    *   Availability of a robust and secure hosting environment for both frontend and backend.
+    *   Access to cryptographic libraries/APIs in the chosen backend language.
+    *   Clear API definition from the backend development team.
+*   **Assumptions:**
+    *   The existing Angular Clarity Boilerplate provides a solid, maintainable foundation.
+    *   The project team has the necessary expertise in Angular, Clarity, and backend development (e.g., security-focused coding).
+    *   External security audit resources will be available for review.
+    *   HTTPS will be used for all production environments.
+
--- a/password_generator_20251010_054000-password_generator_20251010_054000-f-f/authsec_angular/frontend/angular-clarity-master/.sureai/project_plan.md
+++ b/password_generator_20251010_054000-password_generator_20251010_054000-f-f/authsec_angular/frontend/angular-clarity-master/.sureai/project_plan.md
@ -70,4 +70,249 @@ Prioritization will focus on establishing a stable and usable foundation. **Must
 -   Integrating a state management library (e.g., NgRx, Akita) with an example implementation.
 -   Adding more complex example pages (e.g., a settings page, a user profile).
 -   Creating custom Angular Schematics to automate the creation of new feature modules that follow the boilerplate's conventions.
-   Including pre-configured templates for CI/CD pipelines (e.g., GitHub Actions).
+-   Including pre-configured templates for CI/CD pipelines (e.g., GitHub Actions).
+
+---
+
+## PROJECT PLAN UPDATE - 2025-10-10 05:58:15
+
+
+---
+# Project Plan - Password Generator Project
+**Generated:** 2025-10-10 06:15:00
+
+## 1. Project Overview - Password Generator
+This project plan outlines the strategy, phases, and key activities for the development and deployment of the Password Generator web application. The goal is to deliver a highly secure, customizable, and user-friendly tool that helps users create strong, unique passwords. It will be built upon an existing Angular Clarity frontend boilerplate and integrate with a new, dedicated, cryptographically secure backend.
+
+## 2. Project Goals & Objectives
+*   **Goal:** Successfully launch a secure and user-friendly password generation tool.
+*   **Objectives:**
+    *   Deliver a core password generation engine using CSPRNG by 2025-11-07.
+    *   Integrate a responsive Angular Clarity UI with the backend by 2025-12-05.
+    *   Complete a security audit and address critical vulnerabilities by 2025-12-19.
+    *   Achieve an average password generation time of under 500ms.
+    *   Ensure zero storage of generated passwords or user inputs.
+
+## 3. Scope - Password Generator
+**In Scope:**
+*   Frontend web application (Angular/Clarity) for password parameter configuration.
+*   Backend API for secure password generation (configurable length, character sets, exclusions).
+*   Cryptographically secure random number generation.
+*   Copy-to-clipboard functionality.
+*   Basic error handling and user feedback.
+*   HTTPS-secured communication between frontend and backend.
+*   Responsive UI for desktop and mobile browsers.
+
+**Out of Scope (for MVP):**
+*   User authentication or account management.
+*   Password history or saving capabilities.
+*   Browser extension integration.
+*   Multi-language support.
+*   Advanced analytics dashboards for usage patterns.
+*   Offline functionality.
+
+## 4. Key Deliverables
+*   Product Requirements Document (PRD) for Password Generator.
+*   Backend Password Generation Service (API endpoints).
+*   Frontend User Interface (Angular feature module).
+*   Integrated and tested application.
+*   Security Audit Report.
+*   Deployment artifacts (frontend static files, backend service container/package).
+*   Documentation (API docs, READMEs).
+
+## 5. Project Phases & Activities
+**Phase 1: Planning & Design (2025-10-10 - 2025-10-17)**
+*   **Activities:**
+    *   Review `analysis_document.md`, `architecture_document.md`, `tech_stack_document.md`.
+    *   Create `io8pm_agent` prompt.
+    *   Develop comprehensive PRD (`prd_document.md`).
+    *   Draft Project Plan (`project_plan.md`).
+    *   Finalize backend architecture decisions (e.g., specific language/framework).
+    *   *Deliverables:* PRD, Project Plan, Backend Architecture Specification.
+
+**Phase 2: Backend Core Development (2025-10-20 - 2025-11-07)**
+*   **Activities:**
+    *   Set up backend project environment.
+    *   Implement password generation logic with CSPRNG.
+    *   Develop RESTful API endpoint for `POST /generate-password`.
+    *   Implement input validation and error handling on backend.
+    *   Write unit tests for core generation logic and API.
+    *   *Deliverables:* Functional Backend API, Unit Test Suite, API Documentation.
+    *   *Milestone:* Backend Generation Engine MVP.
+
+**Phase 3: Frontend UI & Integration (2025-11-10 - 2025-12-05)**
+*   **Activities:**
+    *   Create a new Angular feature module for the Password Generator.
+    *   Develop UI components for password length, character sets, and exclusion (using Clarity).
+    *   Implement "Generate Password" button logic.
+    *   Implement display area for generated password.
+    *   Implement "Copy" button with clipboard functionality and feedback.
+    *   Integrate with the backend API (`HttpClient` service).
+    *   Implement frontend input validation and error display.
+    *   *Deliverables:* Fully functional Frontend UI, Integrated System.
+    *   *Milestone:* Frontend UI & Integration MVP.
+
+**Phase 4: Testing & Security Audit (2025-12-08 - 2025-12-19)**
+*   **Activities:**
+    *   Conduct comprehensive functional testing (manual and automated E2E).
+    *   Perform non-functional testing (performance, responsiveness).
+    *   Conduct security penetration testing and vulnerability scanning.
+    *   Log and prioritize identified bugs and security issues.
+    *   Fix bugs and vulnerabilities.
+    *   *Deliverables:* Test Reports, Security Audit Report, Bug Fixes.
+    *   *Milestone:* End-to-End MVP (Internal Release).
+
+**Phase 5: Deployment & Monitoring (2026-01-05 onwards)**
+*   **Activities:**
+    *   Prepare deployment pipelines (CI/CD).
+    *   Deploy frontend to static hosting.
+    *   Deploy backend to chosen cloud/server environment.
+    *   Configure monitoring and logging for performance and security.
+    *   Gather initial user feedback.
+    *   *Deliverables:* Production Deployment, Monitoring Setup, Initial User Feedback.
+    *   *Milestone:* Public Beta/Initial Launch.
+
+## 6. Resource Plan
+*   **Product Management:** 1 PM (io8PM Agent) - For strategy, requirements, and overall project guidance.
+*   **Development:**
+    *   1 Frontend Developer (io8Codermaster/io8Developer) - Angular, TypeScript, Clarity UI.
+    *   1 Backend Developer (io8Codermaster/io8Developer) - Chosen backend language/framework, API development, security.
+*   **Analysis:** 1 Analyst (io8Analyst Agent) - For detailed requirements (completed).
+*   **Architecture:** 1 Architect (io8Architect Agent) - For system design (completed).
+*   **Testing:** 1 QA Engineer (io8Testmaster) - For functional, non-functional, and security testing.
+*   **DevOps:** 1 DevOps Engineer (io8Devopmaster) - For infrastructure, CI/CD, deployment.
+
+## 7. Risk Management - Password Generator
+(Refer to PRD Section 12 for detailed risk assessment and mitigation strategies)
+*   **High Priority Risks:** Security vulnerabilities in generation logic, accidental data leakage, API insecurity.
+*   **Mitigation Strategy:** Early and continuous security reviews, strict adherence to "no storage" policy, HTTPS enforcement, input validation, independent audits.
+
+## 8. Communication Plan
+*   **Daily Stand-ups (Simulated):** Regular updates on progress, blockers, and next steps within the agent workflow.
+*   **PRD & Project Plan:** Core communication documents for all stakeholders.
+*   **Code Reviews:** Ensure quality and adherence to best practices.
+*   **Test Reports:** Provide transparency on quality assurance status.
+
+---
+
+
+
+---
+
+## PROJECT PLAN UPDATE - 2025-10-10 05:59:08
+
+# Project Plan - Password Generator Project
+**Generated:** 2025-10-10 06:15:00
+
+## 1. Project Overview - Password Generator
+This project plan outlines the strategy, phases, and key activities for the development and deployment of the Password Generator web application. The goal is to deliver a highly secure, customizable, and user-friendly tool that helps users create strong, unique passwords. It will be built upon an existing Angular Clarity frontend boilerplate and integrate with a new, dedicated, cryptographically secure backend.
+
+## 2. Project Goals & Objectives
+*   **Goal:** Successfully launch a secure and user-friendly password generation tool.
+*   **Objectives:**
+    *   Deliver a core password generation engine using CSPRNG by 2025-11-07.
+    *   Integrate a responsive Angular Clarity UI with the backend by 2025-12-05.
+    *   Complete a security audit and address critical vulnerabilities by 2025-12-19.
+    *   Achieve an average password generation time of under 500ms.
+    *   Ensure zero storage of generated passwords or user inputs.
+
+## 3. Scope - Password Generator
+**In Scope:**
+*   Frontend web application (Angular/Clarity) for password parameter configuration.
+*   Backend API for secure password generation (configurable length, character sets, exclusions).
+*   Cryptographically secure random number generation.
+*   Copy-to-clipboard functionality.
+*   Basic error handling and user feedback.
+*   HTTPS-secured communication between frontend and backend.
+*   Responsive UI for desktop and mobile browsers.
+
+**Out of Scope (for MVP):**
+*   User authentication or account management.
+*   Password history or saving capabilities.
+*   Browser extension integration.
+*   Multi-language support.
+*   Advanced analytics dashboards for usage patterns.
+*   Offline functionality.
+
+## 4. Key Deliverables
+*   Product Requirements Document (PRD) for Password Generator.
+*   Backend Password Generation Service (API endpoints).
+*   Frontend User Interface (Angular feature module).
+*   Integrated and tested application.
+*   Security Audit Report.
+*   Deployment artifacts (frontend static files, backend service container/package).
+*   Documentation (API docs, READMEs).
+
+## 5. Project Phases & Activities
+**Phase 1: Planning & Design (2025-10-10 - 2025-10-17)**
+*   **Activities:**
+    *   Review `analysis_document.md`, `architecture_document.md`, `tech_stack_document.md`.
+    *   Create `io8pm_agent` prompt.
+    *   Develop comprehensive PRD (`prd_document.md`).
+    *   Draft Project Plan (`project_plan.md`).
+    *   Finalize backend architecture decisions (e.g., specific language/framework).
+    *   *Deliverables:* PRD, Project Plan, Backend Architecture Specification.
+
+**Phase 2: Backend Core Development (2025-10-20 - 2025-11-07)**
+*   **Activities:**
+    *   Set up backend project environment.
+    *   Implement password generation logic with CSPRNG.
+    *   Develop RESTful API endpoint for `POST /generate-password`.
+    *   Implement input validation and error handling on backend.
+    *   Write unit tests for core generation logic and API.
+    *   *Deliverables:* Functional Backend API, Unit Test Suite, API Documentation.
+    *   *Milestone:* Backend Generation Engine MVP.
+
+**Phase 3: Frontend UI & Integration (2025-11-10 - 2025-12-05)**
+*   **Activities:**
+    *   Create a new Angular feature module for the Password Generator.
+    *   Develop UI components for password length, character sets, and exclusion (using Clarity).
+    *   Implement "Generate Password" button logic.
+    *   Implement display area for generated password.
+    *   Implement "Copy" button with clipboard functionality and feedback.
+    *   Integrate with the backend API (`HttpClient` service).
+    *   Implement frontend input validation and error display.
+    *   *Deliverables:* Fully functional Frontend UI, Integrated System.
+    *   *Milestone:* Frontend UI & Integration MVP.
+
+**Phase 4: Testing & Security Audit (2025-12-08 - 2025-12-19)**
+*   **Activities:**
+    *   Conduct comprehensive functional testing (manual and automated E2E).
+    *   Perform non-functional testing (performance, responsiveness).
+    *   Conduct security penetration testing and vulnerability scanning.
+    *   Log and prioritize identified bugs and security issues.
+    *   Fix bugs and vulnerabilities.
+    *   *Deliverables:* Test Reports, Security Audit Report, Bug Fixes.
+    *   *Milestone:* End-to-End MVP (Internal Release).
+
+**Phase 5: Deployment & Monitoring (2026-01-05 onwards)**
+*   **Activities:**
+    *   Prepare deployment pipelines (CI/CD).
+    *   Deploy frontend to static hosting.
+    *   Deploy backend to chosen cloud/server environment.
+    *   Configure monitoring and logging for performance and security.
+    *   Gather initial user feedback.
+    *   *Deliverables:* Production Deployment, Monitoring Setup, Initial User Feedback.
+    *   *Milestone:* Public Beta/Initial Launch.
+
+## 6. Resource Plan
+*   **Product Management:** 1 PM (io8PM Agent) - For strategy, requirements, and overall project guidance.
+*   **Development:**
+    *   1 Frontend Developer (io8Codermaster/io8Developer) - Angular, TypeScript, Clarity UI.
+    *   1 Backend Developer (io8Codermaster/io8Developer) - Chosen backend language/framework, API development, security.
+*   **Analysis:** 1 Analyst (io8Analyst Agent) - For detailed requirements (completed).
+*   **Architecture:** 1 Architect (io8Architect Agent) - For system design (completed).
+*   **Testing:** 1 QA Engineer (io8Testmaster) - For functional, non-functional, and security testing.
+*   **DevOps:** 1 DevOps Engineer (io8Devopmaster) - For infrastructure, CI/CD, deployment.
+
+## 7. Risk Management - Password Generator
+(Refer to PRD Section 12 for detailed risk assessment and mitigation strategies)
+*   **High Priority Risks:** Security vulnerabilities in generation logic, accidental data leakage, API insecurity.
+*   **Mitigation Strategy:** Early and continuous security reviews, strict adherence to "no storage" policy, HTTPS enforcement, input validation, independent audits.
+
+## 8. Communication Plan
+*   **Daily Stand-ups (Simulated):** Regular updates on progress, blockers, and next steps within the agent workflow.
+*   **PRD & Project Plan:** Core communication documents for all stakeholders.
+*   **Code Reviews:** Ensure quality and adherence to best practices.
+*   **Test Reports:** Provide transparency on quality assurance status.
+