This document outlines the comprehensive design requirements and user experience (UX) specifications for the "Terraform Infrastructure Builder" tool. This deliverable serves as the foundational blueprint for its development, ensuring a professional, intuitive, and highly functional solution for generating production-ready Terraform configurations.

1. Detailed Design Specifications

The Terraform Infrastructure Builder is envisioned as a robust, user-friendly platform that empowers engineers to design, visualize, and generate cloud infrastructure configurations with high efficiency and adherence to best practices.

1.1. Core Functional Requirements

• Cloud Provider Agnosticism (Initial Focus: AWS, Azure, GCP):

* Ability to select one or more cloud providers for infrastructure deployment.

* Provider-specific resource catalogs and configuration options.

* Support for multi-cloud architectures within a single project.

• Intuitive Infrastructure Design Interface:

* Visual Canvas: A drag-and-drop interface for placing and connecting infrastructure components (e.g., VPCs, subnets, EC2 instances, databases, load balancers).

* Resource Palette: A categorized sidebar or menu listing available Terraform resources for the selected cloud provider(s).

* Configuration Panels: Context-sensitive panels for detailed configuration of selected resources, including required and optional attributes, tagging, and naming conventions.

• Comprehensive Resource Support:

* Networking: VPCs, subnets, route tables, internet gateways, NAT gateways, security groups, network ACLs, VPNs, peering connections.

* Compute: EC2 instances, auto-scaling groups, Lambda functions, containers (ECS, EKS, AKS, GKE), virtual machines.

* Storage: S3 buckets, EBS volumes, EFS, Azure Blob Storage, Azure Files, Google Cloud Storage, persistent disks.

* Databases: RDS instances, DynamoDB tables, Azure SQL Database, Cosmos DB, Google Cloud SQL, Spanner.

* Load Balancing & CDN: ELB (ALB, NLB, CLB), Azure Load Balancer, Application Gateway, Google Cloud Load Balancing, CloudFront, Azure CDN, Cloud CDN.

* Identity & Access Management (IAM): Roles, policies, users, groups, service accounts.

* Monitoring & Logging: CloudWatch, CloudTrail, Azure Monitor, Azure Log Analytics, Google Cloud Monitoring, Cloud Logging.

* Serverless: AWS Lambda, Azure Functions, Google Cloud Functions.

• Dependency Management & Visualization:

* Automatic detection and visualization of resource dependencies (e.g., an EC2 instance depends on a subnet).

* Graphical representation of infrastructure relationships on the canvas.

* Warnings for missing or circular dependencies.

• Module Integration:

* Ability to import and utilize existing public and private Terraform modules (e.g., from Terraform Registry, Git repositories).

* Option to encapsulate designed infrastructure components into reusable custom modules.

• Variable Management:

* Define and manage input variables (variables.tf) for flexible and reusable configurations.

* Support for default values, descriptions, and type validation.

• Output Management:

* Define and manage output values (outputs.tf) for easy retrieval of infrastructure attributes post-deployment.

• Terraform Backend Configuration:

* Generate configurations for remote state backends (e.g., S3, Azure Blob Storage, GCS, Terraform Cloud/Enterprise).

• Code Generation & Download:

* Generate well-structured, idiomatic Terraform .tf files (main.tf, variables.tf, outputs.tf, providers.tf).

* Option to download the complete Terraform project as a .zip archive or directly push to a Git repository.

* Support for Terraform HCL version 2.

• Real-time Validation & Best Practices Enforcement:

* Syntax validation as resources are configured.

* Recommendations and warnings for security best practices (e.g., overly permissive security groups).

* Cost estimation integration (e.g., via Infracost or similar APIs) to provide real-time cost feedback.

• Version Control Integration:

* Direct integration with Git repositories (GitHub, GitLab, Bitbucket, Azure DevOps).

* Ability to commit generated/updated Terraform code, create pull/merge requests.

* Display of diffs between current design and committed code.

• CI/CD Pipeline Integration:

* Generate boilerplate CI/CD pipeline configurations (e.g., GitHub Actions, GitLab CI, Azure Pipelines, Jenkinsfiles) for terraform plan and terraform apply workflows.

1.2. Non-Functional Requirements

• Performance: Rapid rendering of complex infrastructure diagrams, quick generation of Terraform code (within seconds for typical projects).
• Scalability: Capable of handling hundreds of resources and complex interdependencies without performance degradation.
• Security:

* Secure handling of API keys and credentials (if direct cloud interaction is implemented).

* Role-Based Access Control (RBAC) for managing user permissions within the builder.

* Compliance with industry security standards (e.g., SOC 2, ISO 27001).

• Usability: Intuitive user interface, minimal learning curve, clear error messages, and helpful tooltips.
• Reliability: High uptime, robust error handling, and data persistence for project configurations.
• Maintainability: Modular codebase, well-documented APIs, and easy extensibility for new cloud providers or Terraform features.
• Compatibility: Responsive web application, compatible with modern web browsers (Chrome, Firefox, Safari, Edge).
• Accessibility: Adherence to WCAG 2.1 AA standards for users with disabilities.

2. Wireframe Descriptions

The user interface will prioritize clarity, efficiency, and a logical flow, guiding users through the infrastructure design and generation process.

2.1. Welcome / Dashboard Screen

• Layout: Central content area with a left-hand navigation.
• Elements:

* "Create New Project" button: Prominently displayed.

* "Load Existing Project" button: To import .tf files or load from version control.

* Recent Projects List: Card-based display showing project name, last modified date, and cloud provider(s).

* Quick Start Guides / Tutorials: Links to documentation or interactive walkthroughs.

* Announcements / Updates: Small section for product news.

• Purpose: Entry point, provides an overview of ongoing work and options to start new projects.

2.2. Cloud Provider & Region Selection Screen (Project Setup)

• Layout: Simple form-based screen, step-by-step wizard.
• Elements:

* Project Name Input Field.

* Cloud Provider Selection: Checkbox or multi-select dropdown for AWS, Azure, GCP.

* Region Selection: Dropdown for primary region(s) for each selected provider.

* Terraform Backend Configuration: Options for S3, Azure Blob, GCS, etc., with input fields for bucket name, key prefix, region.

* "Next" / "Create Project" Button.

• Purpose: Initial project configuration, setting up the environment.

2.3. Infrastructure Canvas / Builder Screen (Main Workspace)

• Layout:

* Left Sidebar (Resource Palette): Collapsible, categorized list of cloud resources (Networking, Compute, Storage, Database, Security, etc.) for the selected provider(s). Search bar at the top.

* Central Canvas: Large, interactive area for dragging and dropping resources. Supports zooming, panning, and visual connection lines.

* Right Sidebar (Configuration Panel): Collapsible, context-sensitive panel that appears when a resource on the canvas is selected. Displays input fields, dropdowns, and toggles for resource attributes.

* Top Bar: Project name, "Save," "Generate Code," "Validate," "Deploy" buttons. Undo/Redo.

* Bottom Bar (Status/Log): Displays real-time validation errors, warnings, and system messages.

• Elements:

* Resource Icons: Visually distinct icons for each resource type (e.g., VPC, EC2, S3).

* Connection Lines: Represent dependencies, automatically drawn or manually configurable.

* Resource Grouping: Ability to group resources into logical modules or visual containers.

* Configuration Form Fields: Text inputs, numeric inputs, dropdowns, checkboxes, radio buttons, multi-select, key-value pair editors (for tags).

* Inline Validation Feedback: Red outlines, error messages next to invalid fields.

* Contextual Help Icons: Small 'i' icons next to fields linking to Terraform documentation.

• Purpose: Primary interface for designing and configuring the cloud infrastructure.

2.4. Generated Code Review Screen

• Layout: Tabbed interface within a modal or dedicated screen.
• Elements:

* File Tabs: For main.tf, variables.tf, outputs.tf, providers.tf, and any generated module files.

* Code Editor: Read-only (or optionally editable with warnings) syntax-highlighted code editor displaying the generated HCL.

* Download Button: To download all files as a .zip.

* Git Push Button: To push to a configured Git repository.

* "Back to Builder" Button.

• Purpose: Allows users to review the generated Terraform code before committing or deploying.

2.5. Project Settings / Management Screen

• Layout: Tabbed interface for various project-level settings.
• Elements:

* General Settings: Project name, description, selected cloud providers/regions.

* Variables Tab: Table to define project-level input variables, their types, descriptions, and default values.

* Outputs Tab: Table to define project-level output values.

* Backend Configuration Tab: Review and modify remote state backend settings.

* Git Integration Tab: Configure repository URL, branch, authentication details.

* CI/CD Configuration Tab: Options to generate CI/CD pipeline files.

• Purpose: Central hub for managing project-wide settings and configurations.

3. Color Palettes

A professional, modern, and trustworthy color palette will be used to enhance usability and brand perception.

Primary Palette: Professional & Trustworthy

• Primary Blue: #007BFF (RGB: 0, 123, 255) - Used for primary actions, main navigation highlights, interactive elements. Represents professionalism and trust.
• Dark Grey/Navy: #212529 (RGB: 33, 37, 41) - Main text, headers, primary background for sidebars. Provides strong contrast.

Secondary & Accent Palette: Clarity & Modernity

• Light Grey (Background): #F8F9FA (RGB: 248, 249, 250) - Main canvas background, subtle section dividers. Provides a clean, spacious feel.
• Medium Grey (Borders/Dividers): #DEE2E6 (RGB: 222, 226, 230) - Input field borders, subtle UI element separators.
• Success Green: #28A745 (RGB: 40, 167, 69) - For success messages, positive feedback, valid states.
• Warning Yellow: #FFC107 (RGB: 255, 193, 7) - For warnings, attention-grabbing but non-critical alerts.
• Danger Red: #DC3545 (RGB: 220, 53, 69) - For errors, critical alerts, destructive actions.
• Info Teal/Cyan: #17A2B8 (RGB: 23, 162, 184) - For informational messages, contextual help.

Typography

• Font Family: A sans-serif font like Inter, Roboto, or Open Sans for readability and a modern aesthetic.
• Code Font: Monospaced font like Fira Code or JetBrains Mono for code display.

Iconography

• Style: Clean, outline or filled icons that are easily recognizable and consistent across the application.
• Color: Primarily dark grey, with accent colors for active states or specific alerts.

4. UX Recommendations

User experience will be paramount, focusing on efficiency, clarity, and error prevention for a complex task like infrastructure design.

4.1. General UX Principles

• Clarity: Every element, action, and piece of information should be clear and understandable.
• Consistency: Maintain consistent terminology, visual elements, and interaction patterns across the application.
• Feedback: Provide immediate and clear feedback for user actions (e.g., resource added, validation error, code generated).
• Efficiency: Minimize steps, provide shortcuts, and intelligent defaults to help users complete tasks quickly.
• Forgiveness: Allow users to easily correct mistakes (undo/redo, clear error messages).

4.2. Specific UX Recommendations

• Visual Drag-and-Drop Interface with Smart Connections:

* Allow users to drag resources from the palette onto the canvas.

* Automatically suggest and draw logical connections (e.g., connecting an EC2 instance to a

Terraform Infrastructure Builder: Design Specifications

This document outlines the detailed design specifications for the "Terraform Infrastructure Builder" tool, a web-based application designed to streamline and simplify the generation of production-ready Terraform configurations for cloud infrastructure. This builder aims to abstract the complexity of HCL (HashiCorp Configuration Language) while providing a robust, intuitive, and visually guided experience for cloud architects, DevOps engineers, and developers.

1. Detailed Design Specifications

1.1. Core Objectives

• Simplify Terraform Adoption: Enable users to define complex cloud infrastructure without deep HCL expertise.
• Accelerate Infrastructure Provisioning: Reduce manual coding and potential errors, speeding up the infrastructure setup process.
• Ensure Production Readiness: Generate modular, well-structured, and validated Terraform configurations adhering to best practices.
• Provide Visual Clarity: Offer a graphical representation of the infrastructure for better understanding and easier management.
• Support Multi-Cloud Environments: Initially focus on a primary cloud provider (e.g., AWS) with extensibility for others (Azure, GCP).

1.2. Functional Requirements

1.2.1. Project Management

• Project Creation: Users can initiate new infrastructure projects.
• Project Listing: A dashboard to view, manage, and access existing projects.
• Project Duplication: Ability to clone existing projects as a starting point for new ones.
• Project Deletion: Secure removal of projects.
• Version History/Snapshots: (Advanced) Ability to revert to previous project states or view changes.

1.2.2. Cloud Provider Selection

• Primary Cloud Provider: Initial support for Amazon Web Services (AWS).
• Future Expansion: Design for seamless integration of Microsoft Azure and Google Cloud Platform.

1.2.3. Infrastructure Resource Selection & Configuration

• Categorized Resource Palette: A sidebar or menu presenting cloud resources logically grouped (e.g., Networking, Compute, Storage, Databases, Security).

* Networking: VPCs, Subnets (public/private), Route Tables, Internet Gateways, NAT Gateways, VPNs, Direct Connect.

* Compute: EC2 Instances, Auto Scaling Groups, Load Balancers (ALB, NLB, CLB), ECS/EKS clusters.

* Storage: S3 Buckets, EBS Volumes, EFS, Glacier.

* Databases: RDS Instances (PostgreSQL, MySQL, SQL Server, Aurora), DynamoDB Tables, ElastiCache.

* Security: Security Groups, Network ACLs, IAM Roles/Policies, KMS Keys.

* Monitoring/Logging: CloudWatch Alarms/Dashboards, CloudTrail.

• Interactive Configuration Panels: When a resource is selected or added to the canvas, a dynamic properties panel will appear, allowing users to configure specific attributes (e.g., instance type, database engine, CIDR blocks, region, tags).
• Input Validation: Real-time validation of input fields (e.g., valid CIDR ranges, acceptable instance types, unique resource names).

1.2.4. Visual Infrastructure Canvas

• Drag-and-Drop Interface: Users can drag resources from the palette onto a central canvas.
• Connection Visualization: Automatic or manual drawing of connections/dependencies between resources (e.g., EC2 instance in a subnet, RDS in a VPC).
• Hierarchical Grouping: Ability to group related resources (e.g., a VPC containing subnets, compute, and databases).
• Zoom & Pan: Standard canvas navigation for large infrastructures.

1.2.5. Dependency Management

• Automatic Dependency Detection: The system will intelligently infer and visualize dependencies between resources based on user configuration (e.g., a security group attached to an EC2 instance).
• Conflict Resolution: Guidance and warnings for potential configuration conflicts (e.g., overlapping subnet CIDRs).

1.2.6. Terraform Code Generation

• Modular Output: Generated Terraform code will be organized into logical modules (e.g., vpc.tf, compute.tf, database.tf, variables.tf, outputs.tf).
• Best Practices: Adherence to Terraform best practices (e.g., using variables, outputs, local values, tagging).
• Code Preview: A dedicated section to display the generated HCL code in real-time.
• Download Option: Ability to download the entire Terraform project as a .zip archive.

1.2.7. Validation & Error Reporting

• Syntax Validation: Real-time checking for HCL syntax errors within the generated code.
• Logical Validation: Checks for common cloud infrastructure misconfigurations (e.g., missing internet gateway for public subnets, security group rules allowing too much access).
• Clear Error Messages: Actionable error and warning messages displayed directly in the UI and code preview.

1.2.8. User Experience Enhancements

• Undo/Redo Functionality: Standard operational controls.
• Search & Filter: Ability to quickly find resources in the palette or on the canvas.
• Templating/Blueprints: (Advanced) Users can save their infrastructure designs as templates for future reuse.

1.3. Non-Functional Requirements

• Performance: Responsive UI, fast code generation (target < 2 seconds for typical projects).
• Scalability: Backend architecture designed to handle a growing number of users and complex projects.
• Security:

* Authentication and Authorization for user access.

* Data encryption in transit and at rest for project data.

* Protection against common web vulnerabilities (OWASP Top 10).

• Reliability: High availability for the web application.
• Maintainability: Modular codebase, well-documented API, easy to update and extend.
• Compatibility: Cross-browser compatibility (Chrome, Firefox, Edge, Safari).

1.4. Technical Architecture (High-Level)

• Frontend: React.js / Vue.js / Angular for a dynamic and interactive user interface.
• Backend API: Node.js (Express) / Python (Django/Flask) / Go (Gin) for handling project logic, resource configuration, and HCL generation.
• Database: PostgreSQL or MongoDB for storing project metadata, user profiles, and templates.
• HCL Generator Module: A dedicated backend service/library responsible for constructing and validating Terraform HCL. This might involve using existing HCL parsing/generation libraries or custom logic.
• Cloud Provider APIs: (Indirect) The generated Terraform code will interact with cloud provider APIs; the builder itself primarily focuses on HCL generation.

2. Wireframe Descriptions

The user interface will be designed for clarity, efficiency, and visual understanding of cloud infrastructure.

2.1. Screen 1: Dashboard / Project List

• Layout: Full-width header, left-sidebar navigation, main content area.
• Header:

* PantheraHive Logo (top-left)

* Search Bar (center)

* User Profile / Settings (top-right)

• Left Sidebar:

* Projects (active)

* Templates (if applicable)

* Documentation

* Support

• Main Content:

* Page Title: My Infrastructure Projects

* + New Project button (prominent)

* Project List Table:

* Columns: Project Name, Cloud Provider, Last Modified, Status, Actions (Edit, Duplicate, Delete)

* Each row represents an existing project.

* Pagination (bottom)

2.2. Screen 2: New Project / Cloud Provider Selection

• Layout: Modal dialog or dedicated page with a wizard-like flow.
• Header: Same as Dashboard.
• Main Content:

* Page Title: Create New Project or Modal Title: Start New Infrastructure Project

* Project Name input field.

* Project Description textarea (optional).

* Cloud Provider Selection:

* AWS (Radio button / Card with logo)

* Azure (Radio button / Card with logo - disabled initially, "Coming Soon")

* GCP (Radio button / Card with logo - disabled initially, "Coming Soon")

* Region Selection dropdown (e.g., us-east-1, eu-west-2 for AWS).

* Next button (bottom-right).

* Cancel button (bottom-left).

2.3. Screen 3: Infrastructure Builder Canvas (Main Workspace)

• Layout: Header, left-sidebar (Resource Palette), central canvas, right-sidebar (Properties Panel), bottom action bar.
• Header:

* PantheraHive Logo

* Project Name (e.g., "E-commerce Backend v1.2")

* Save Project button

* Preview Code button

* Download button (for generated Terraform zip)

* User Profile

• Left Sidebar (Resource Palette):

* Search Resources input field.

* Resource Categories (collapsible/expandable):

* Networking (VPC, Subnet, IGW, NAT Gateway, Route Table, etc.)

* Compute (EC2, ALB, ASG, ECS Cluster, etc.)

* Storage (S3, EBS, EFS, etc.)

* Databases (RDS, DynamoDB, ElastiCache, etc.)

* Security (Security Group, NACL, IAM Role, etc.)

* Monitoring (CloudWatch)

* Each resource represented by an icon and name, draggable to the canvas.

• Central Canvas:

* Large, scrollable, zoomable area.

* Grid background for alignment.

* Dropped resources appear as boxes/cards with icons and names.

* Connection lines between dependent resources.

* Context menu on right-click for resources (Edit, Delete, Duplicate).

* Mini-map (optional, for very large canvases).

• Right Sidebar (Properties Panel):

* Appears when a resource on the canvas is selected.

* Resource Name (e.g., ec2_web_server_01).

* Resource Type (e.g., AWS EC2 Instance).

* Configuration Fields: Dynamic input fields based on resource type (e.g., Instance Type, AMI, Key Pair, Security Groups, Subnet, Tags).

* Validation Messages: Real-time feedback for input errors.

* Delete Resource button.

• Bottom Action Bar:

* Validate Configuration button (performs full logical checks).

* Status Indicator (e.g., "Configuration Valid", "2 Warnings", "1 Error").

* Undo / Redo buttons.

2.4. Screen 4: Code Preview

• Layout: Modal dialog or split-screen view from the main canvas.
• Header: Project Name | Terraform Code Preview
• Left Panel (File Explorer):

* Tree view of generated Terraform files:

* my_project_name/

* main.tf

* vpc.tf

* compute.tf

* database.tf

* security.tf

* variables.tf

* outputs.tf

* providers.tf

• Right Panel (Code Editor):

* Syntax-highlighted code editor displaying the content of the currently selected file.

* Copy to Clipboard button for the current file.

* Download All .zip button.

* Close button.

3. Color Palettes

A professional, clean, and intuitive color palette will be used to enhance usability and readability.

3.1. Primary Palette (PantheraHive Branding & Core UI)

• Primary Blue/Teal: #007BFF (or a similar brand-aligned blue/teal) - For primary buttons, active states, highlights.
• Dark Grey/Charcoal: #343A40 - For primary text, main headers, background of sidebars.
• Light Grey: #F8F9FA - For background of content areas, subtle separators.
• White: #FFFFFF - For card backgrounds, input fields, main canvas background.

3.2. Secondary Palette (Accent & Feedback)

• Accent Green: #28A745 - For success messages, positive confirmations,

Deliverable: Terraform Infrastructure Builder - Finalized Design Assets

This document outlines the detailed design specifications, wireframe descriptions, color palettes, and User Experience (UX) recommendations for the "Terraform Infrastructure Builder" tool. This tool aims to provide an intuitive and efficient interface for users to define, generate, and manage production-ready Terraform configurations for cloud infrastructure.

1. Introduction & Design Philosophy

The "Terraform Infrastructure Builder" is envisioned as a web-based application designed to abstract the complexity of writing Terraform code from scratch, while still providing the flexibility and control that experienced users demand. The core philosophy is to offer a guided, visual, and intelligent experience for infrastructure definition.

Key Principles:

• Simplicity: Easy to understand and navigate, even for complex infrastructure.
• Efficiency: Minimize manual input, maximize automation and intelligent defaults.
• Transparency: Clear visibility into the generated Terraform code and underlying configurations.
• Scalability: Capable of handling small projects to large-scale enterprise deployments.
• Extensibility: Designed to integrate with various cloud providers and custom modules.

2. Detailed Design Specifications

This section details the functional and non-functional requirements from a UI/UX perspective.

2.1 Functional Specifications (UI/UX)

• Project Management:

* Create, view, edit, and delete infrastructure projects.

* Each project is linked to a specific cloud provider and region.

* Dashboard view for quick overview of all projects.

• Cloud Provider & Region Selection:

* Intuitive selection of primary cloud provider (AWS, Azure, GCP) upon project creation.

* Ability to specify primary region and add secondary regions if multi-region setup is required.

• Infrastructure Component Catalog:

* Categorized browsing of available cloud resources (e.g., Networking, Compute, Storage, Database, Security, Monitoring).

* Search functionality within the catalog.

* Clear descriptions and links to official documentation for each component.

• Component Configuration Forms:

* Dynamic, context-aware forms for configuring selected components.

* Input types: text fields, dropdowns, radio buttons, checkboxes, sliders, toggles.

* Support for advanced configurations (e.g., custom tags, user data scripts, security group rules).

* Validation of input fields with real-time feedback.

* Ability to reference outputs from other components (e.g., VPC ID for a subnet).

• Visual Infrastructure Builder/Diagrammer:

* Drag-and-drop interface for adding and arranging components on a canvas.

* Visual representation of component relationships and dependencies (e.g., EC2 instance within a subnet).

* Ability to group components logically (e.g., "Web Tier," "Database Layer").

* Live updates to the diagram as configurations are changed.

• Terraform Code Generation & Preview:

* Real-time generation and display of Terraform HCL code based on user inputs.

* Syntax highlighting and basic code editor features (e.g., line numbers, folding).

* Separate views for main.tf, variables.tf, outputs.tf, and provider configurations.

* Option to view generated code per module or as a consolidated file.

* "Copy to Clipboard" and "Download" options for generated files.

• Version Control Integration (Optional but recommended):

* Seamless integration with Git repositories (GitHub, GitLab, Bitbucket).

* Option to commit generated Terraform code directly to a specified branch.

* Tracking of configuration changes and history within the tool.

• Pre-flight Checks & Validation:

* Simulated terraform validate and terraform plan output display.

* Identification of potential errors or warnings before actual deployment.

* Suggestions for best practices and security hardening.

• User Profiles & Permissions (Admin Feature):

* Manage user roles and access to projects or functionalities.

* Audit trails for changes made within projects.

2.2 Non-Functional Specifications (UI/UX)

• Performance: Fast loading times, responsive UI, minimal latency during interactions.
• Security: Adherence to web security best practices (e.g., XSS protection, CSRF protection, secure authentication).
• Scalability: Architecture designed to handle a growing number of users and projects.
• Accessibility: WCAG 2.1 AA compliance (keyboard navigation, screen reader support, color contrast).
• Responsiveness: Optimized for various screen sizes (desktop, tablet).
• Maintainability: Clean, modular codebase for future enhancements and updates.

3. Wireframe Descriptions

The following describes key screens and their layout for the Terraform Infrastructure Builder UI.

3.1 Screen: Dashboard / Project Overview

• Header:

* Logo (Top-left).

* "Terraform Infrastructure Builder" title.

* User Profile/Settings (Top-right).

* "Create New Project" button (Prominent, Top-right).

• Main Content Area:

* Project List (Table/Cards):

* Columns/Fields: Project Name, Cloud Provider, Region, Last Modified, Status (e.g., "Draft", "Generated", "Deployed"), Actions (Edit, Duplicate, Delete).

* Search and Filter functionality (by Provider, Status, etc.).

* Empty State: Clear call-to-action to "Create Your First Project."

3.2 Screen: New Project / Cloud Provider Selection

• Header:

* "Create New Project" title.

* "Back" button or breadcrumbs.

• Main Content Area (Stepped Form):

* Step 1: Project Details:

* Input field: Project Name (Required).

* Input field: Project Description (Optional).

* Step 2: Cloud Provider Selection:

* Cards/Radio Buttons for: AWS, Azure, Google Cloud.

* Each card includes provider logo and a brief description.

* Step 3: Region Selection:

* Dropdown: Primary Region (pre-populated with common regions for selected provider).

* Optional: "Add Secondary Region" functionality.

* Navigation: "Next", "Back", "Cancel" buttons at the bottom.

3.3 Screen: Infrastructure Builder Canvas

• Header:

* Project Name / Title.

* Breadcrumbs: Dashboard > [Project Name].

* Action Buttons: "Save Draft", "Generate Code", "Preview Plan", "Deploy" (if enabled).

• Left Sidebar (Component Catalog):

* Search Bar: For finding components.

* Category Navigation: Accordion/Tabs for: Networking, Compute, Storage, Database, Security, etc.

* Component List: Within each category, a list of available resources (e.g., VPC, Subnet, EC2 Instance, S3 Bucket).

* Each component is a draggable item or clickable to add to canvas.

• Main Content Area (Canvas):

* Visual Diagram: Drag-and-drop area where users build their infrastructure.

* Components appear as nodes/icons.

* Lines/arrows indicate relationships/dependencies.

* Zoom, pan, and fit-to-view controls.

* Right-click context menu for components (Edit, Delete, Duplicate).

* Ability to draw connections between components.

• Right Sidebar (Configuration Panel):

* Dynamic Form: Appears when a component on the canvas is selected.

* Tabs for: "Basic Settings", "Advanced Settings", "Dependencies", "Tags".

* Input fields, dropdowns, toggles specific to the selected component.

* Real-time validation and help text.

* "Apply Changes" or auto-save functionality.

3.4 Screen: Code Review & Generation

• Header:

* Project Name / Title.

* Action Buttons: "Back to Builder", "Generate All", "Download All".

• Main Content Area (Tabbed Interface):

* Tab 1: Configuration Inputs Summary:

* Read-only summary of all configured components and their key parameters.

* Tree-view or hierarchical list.

* Tab 2: Generated Terraform Code:

* Code Editor with syntax highlighting.

* Sub-tabs or file tree for: main.tf, variables.tf, outputs.tf, providers.tf, etc.

* "Copy to Clipboard" button for individual files or entire configuration.

* "Download File" button.

* Tab 3: Terraform Plan Output (Simulation):

* Display of simulated terraform plan output.

* Color-coded for Additions (+), Changes (~), Deletions (-).

* Warnings and Errors clearly highlighted.

* Tab 4: Version Control (if integrated):

* Display of current branch, uncommitted changes.

* Input field for commit message.

* "Commit & Push" button.

4. Color Palettes

The chosen color palette aims for professionalism, clarity, and trust, aligning with modern enterprise application aesthetics.

• Primary Brand Colors:

* Primary Blue: #007bff (RGB: 0, 123, 255) - Used for primary actions