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Add project documentation and configure for JavaScript/TypeScript
- Add PRD and TSD defining SDK and Explorer architecture - Add CLAUDE.md with project guidance for Claude Code - Update README with project description - Replace Python .gitignore with JS/TS configuration Co-Authored-By: Claude Opus 4.5 <noreply@anthropic.com>
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ProductRequirementsDocument.md
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ProductRequirementsDocument.md
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# Product Requirements Document (PRD)
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## Product: **Binect-JS API Wrapper**
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---
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## 1. Product Overview
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### 1.1 Product Name
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**Binect-JS API Wrapper**
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(working title; final package naming is out of scope for this PRD)
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### 1.2 Product Intent
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Binect-JS is a **developer-facing integration product** that enables JavaScript developers to **interact reliably and intuitively with the Binect API** to send PDF documents as physical mail.
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The product’s primary intent is to **lower the cognitive, technical, and experiential barrier** for first-time and recurring users of the Binect API—especially in browser-based and JavaScript-centric environments—without changing the underlying Binect service.
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### 1.3 Problem Statement
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While the Binect API provides comprehensive functionality for physical mail dispatch, it presents several challenges to developers:
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* The API is **low-level and REST-centric**, requiring significant upfront interpretation.
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* Developers must manually handle:
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* authentication
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* base64 encoding
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* document lifecycle states
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* error interpretation
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* There is no **official JavaScript abstraction** or **exploratory tooling** that supports learning, testing, and safe experimentation.
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As a result, developers face:
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* higher onboarding friction
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* increased implementation errors
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* duplicated integration effort across projects
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---
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## 2. Target Users and Stakeholders
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### 2.1 Primary Users
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* JavaScript and TypeScript developers
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* Frontend developers integrating physical mail into web applications
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* Full-stack developers building document workflows
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* Solution engineers evaluating Binect for customer projects
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### 2.2 Secondary Stakeholders
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* Product management (Binect ecosystem)
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* Technical sales and pre-sales
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* Developer support and onboarding teams
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* Partner developers building reusable integrations
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---
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## 3. Product Goals
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### 3.1 Primary Goals
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* **Reduce integration effort** for JavaScript developers using the Binect API
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* **Increase correctness and reliability** of API usage
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* **Improve discoverability** of Binect API capabilities
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* **Support rapid experimentation** without backend infrastructure
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### 3.2 Secondary Goals
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* Serve as a **reference integration** for good API usage patterns
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* Act as a **learning surface** for understanding document validation and sending workflows
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* Provide a **shared vocabulary and structure** for downstream tooling and documentation
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---
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## 4. Scope
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### 4.1 In Scope
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#### Functional Expectations (Conceptual)
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* Enable JavaScript-based interaction with the Binect API for:
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* uploading PDF documents
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* inspecting document readiness and validation state
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* modifying document-related parameters
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* triggering physical mail dispatch
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* observing sending status and outcomes
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* Provide an **interactive, browser-based explorer** that:
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* allows credential input
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* allows safe execution of API calls
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* visualizes results in both structured and raw form
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* supports reusable, named “use case profiles”
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#### Usage Context
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* Usable as:
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* a **local developer tool**
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* a **hosted static web application**
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* Applicable to:
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* exploratory usage
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* prototyping
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* production integration support
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### 4.2 Explicit Non-Scope
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* No redesign or modification of the Binect backend API
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* No replacement of backend integrations or enterprise workflows
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* No PDF generation, editing, or layout tooling
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* No scheduling, batching, or business process orchestration
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* No commitment to a specific UI framework or architectural pattern
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---
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## 5. Assumptions and Constraints
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### 5.1 Assumptions
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* The Binect API is accessible via HTTPS using Basic Authentication
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* API access is permitted directly from browser environments (no CORS restriction)
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* Users possess valid Binect credentials
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* Developers have access to PDFs already prepared for sending
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### 5.2 Constraints
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* The product must operate **without server-side components**
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* Sensitive information must not be stored unintentionally
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* The wrapper must not obscure or reinterpret business-critical API semantics
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* The product must remain compatible with future Binect API evolution
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---
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## 6. Success Criteria
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### 6.1 Qualitative Success Indicators
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* Developers can complete a “send physical mail” workflow **without consulting raw API documentation**
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* First-time users can validate and preview documents before sending
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* The Explorer is usable as a **learning tool**, not just a test harness
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* API errors are understandable and actionable
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### 6.2 Quantitative / Observable Indicators
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* Reduction in support inquiries related to JavaScript integrations
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* Decreased integration time reported by developers
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* Reuse of the wrapper across multiple projects or partners
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* Adoption of Explorer during onboarding or demos
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---
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## 7. Non-Functional Expectations
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### 7.1 Usability
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* Clear mental mapping between user actions and API effects
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* Safe defaults that prevent accidental mail dispatch
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* Transparent presentation of API responses
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### 7.2 Reliability
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* Predictable handling of network and API errors
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* Explicit representation of document and sending states
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### 7.3 Security & Trust
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* Credentials handled with care and minimal persistence
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* No hidden data transmission or telemetry
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* Clear user control over destructive actions (send, cancel, delete)
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### 7.4 Maintainability
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* Product intent remains stable even as API details evolve
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* Wrapper serves as a single adaptation layer for API changes
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---
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## 8. Dependencies and External Interfaces
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### 8.1 External Dependencies
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* Binect REST API
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* Browser and JavaScript runtime capabilities (fetch, crypto, storage)
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### 8.2 Downstream Artifacts
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This PRD intentionally precedes and informs:
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* Functional Requirements Specification (FRS)
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* Technical Design Documents (TDD)
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* Architecture Decision Records (ADR)
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* SDK and Explorer implementation plans
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---
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## 9. Risks and Mitigations
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| Risk | Impact | Mitigation |
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| ------------------------ | -------------------- | -------------------------------------------------- |
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| API behavior changes | Integration breakage | Wrapper as adaptation layer |
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| Over-abstracting API | Loss of control | Keep wrapper thin and transparent |
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| Accidental mail dispatch | User trust erosion | Explicit confirmations and preview-first workflows |
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| Scope creep | Delayed delivery | Strong adherence to PRD boundaries |
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---
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## 10. PRD Variant Classification
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This document represents a **Hybrid / Boundary PRD**:
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* Sufficiently precise to anchor engineering decisions
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* Flexible enough to accommodate iterative refinement
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* Explicitly positioned between product intent and implementation design
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---
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## 11. Traceability Note
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This PRD acts as the **intent anchor** for all downstream decisions.
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Any architectural or technical decision should be explainable as a consequence of:
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> “Enabling safe, intuitive JavaScript access to the Binect API for document-based physical mail workflows.”
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