1.0.0-alpha.63 • Published 12 months ago

@socialbaking/vouch v1.0.0-alpha.63

Weekly downloads
-
License
MIT
Repository
github
Last release
12 months ago

Vouch

Our vouch system makes it easy for you to access medical cannabis treatments from registered clinics and trusted partners in New Zealand. With a simple and secure process, you can receive the care you need and support the growth of the medical cannabis industry.

Support

Node.js supported

Test Coverage

91.19%25 lines covered 91.19%25 statements covered 87.96%25 functions covered 86.18%25 branches covered

Focus

  • The program will provide a unique code to patients that can be redeemed with registered clinics and trusted partners for medical cannabis treatments.
  • The unique code will have a fixed value that will be determined when the code is requested.
  • The program will provide a web portal for patients to check the balance and details of their unique code.
  • The program will provide a plugin for WordPress and other PHP or Node.js e-commerce sites to accept the unique code and make it easy for companies to participate.
  • The program will ensure that patient data is secure and compliant with relevant regulations.
  • The program will be launched in New Zealand and will only be valid for use within New Zealand.
  • The program will be tested and refined to ensure that it is user-friendly and effective for both patients and companies.
  • The program will be marketed to patients, clinics, and trusted partners to promote its use and growth.
  • The program will retain code information until it has been fully redeemed and indicated as expirible.
  • The program will only provide code data when the specific code is provided.
  • The program will rate limit requests and take bad actors into account.
  • The program will only provide information about more than one code, or processing information about a code to redeeming registred clinics and redeeming trusted partners.
  • The program will make use of techniques to detect on a best effort basis patient information within user provided content and prevent this data from being processed.
  • The program is not intended to be used to store patient information.
  • The program is not intended to be used to process patient information.

Technical Goal

The program is designed to provide a unique code to patients that can be redeemed with registered clinics and trusted partners for medical cannabis treatments. The system will consist of a user-friendly frontend and a secure backend developed with Node.js.

The program will also provide a plugin for WordPress and other PHP or Node.js based e-commerce sites to accept the unique code and make it easy for companies to participate.

API Surface

The program requires at a minimum:

  • An API endpoint for generating unique codes with a fixed value for patients to use.
  • An API endpoint for verifying the validity of unique codes when redeemed by clinics and trusted partners.
  • An API endpoint for retrieving the details and balance of a unique code for patients to check.
  • An API endpoint for adding and removing registered clinics and trusted partners.
  • An API endpoint for adding and removing unique codes associated with specific clinics and trusted partners.
  • An API endpoint for retrieving data related to unique codes and their associated clinics and trusted partners.
  • An API endpoint for securely communicating with Xero for payment processing.
  • An API endpoint for securely communicating with the WordPress plugin and other e-commerce sites to accept the unique codes.
  • An API endpoint for logging and monitoring system activity and errors.

Diagram

sequenceDiagram
  autonumber
  participant Patient as Patient
  participant GivingPartner as Giving Partner
  participant AcceptingPartner as Accepting Partner
  participant VouchAPI as Vouch API

  Note over Patient, GivingPartner: Patient needs medical cannabis treatment

  GivingPartner ->> VouchAPI: POST /generate-unique-code
  VouchAPI -->> GivingPartner: { "uniqueCode": "ABC123", "value": 50.00 }
  GivingPartner ->> Patient: Give unique code "ABC123" with value $50

  Note over Patient, AcceptingPartner: Patient visits Accepting Partner for treatment

  Patient ->> AcceptingPartner: Provide unique code "ABC123"
  AcceptingPartner ->> VouchAPI: POST /verify-unique-code
  VouchAPI -->> AcceptingPartner: { "valid": true }
  AcceptingPartner ->> VouchAPI: POST /accept-unique-code
  VouchAPI -->> AcceptingPartner: { "success": true }
  AcceptingPartner ->> Patient: Treatment provided, code "ABC123" accepted

  Note over AcceptingPartner, VouchAPI: Process payment transfer

  AcceptingPartner ->> VouchAPI: POST /process-payment
  VouchAPI -->> AcceptingPartner: { "success": true }
graph LR

A(Patient) --> B(Request unique code)
B --> C(Giving Partner generates unique code)
C --> D(Vouch API: POST /generate-unique-code)
D --> E(Giving Partner provides unique code to Patient)

A --> F(Check unique code balance)
F --> G(Vouch API: GET /unique-code-details)
G --> H(Patient receives unique code details)

A --> I(Visit Accepting Partner for treatment)
I --> J(Accepting Partner verifies unique code)
J --> K(Vouch API: POST /verify-unique-code)
K --> L(Accepting Partner accepts unique code)
L --> M(Vouch API: POST /accept-unique-code)
M --> N(Patient receives treatment)

I --> O(Accepting Partner processes payment)
O --> P(Vouch API: POST /process-payment)
P --> Q(Payment is processed)

subgraph Vouch System Components
  D --> G
  G --> K
  K --> M
  M --> P
end

subgraph WordPress Plugin
  B
  I
end

API Documentation

See the vouch API Documentation for more information

JavaScript / TypeScript Client

The Vouch API is accessible using the @socialbaking/vouch npm package

Usage

npm i --save @socialbaking/vouch
import { Client } from "@socialbaking/vouch";

// Access to public information
const publicClient = new Client({
    // url: "https://vouch.patient.nz",
    // version: 1,
    // ...
});

// Access the API as an integrating partner
const privateClient = new Client({
    partnerId: "079260c4-6a34-4fa0-9cd4-a47efaec25f4", // Created with the public client
    accessToken: "651036de....bcafc5dada6" // Provided to integrating partners
});

{
    // In staging mode, addPartner can be used without being authenticated
    const { partnerId, accessToken } = await publicClient.addPartner({
        partnerName: "The Clinic",
        location: "Auckland, New Zealand"
    });
    
    const client = new Client({
        partnerId,
        accessToken
    });
    
    const uniqueCode = await client.generateUniqueCode(50);
    
    // Accept part of the code or whole code
    if (await client.verifyUniqueCode(uniqueCode, 25)) {
        await client.acceptUniqueCode(uniqueCode, 25);
    }
    
}

Client's TypeScript Interface

export interface UniqueCode extends Record<string, unknown> {
    uniqueCode: string;
    value: number;
    partnerId: string;
}
export interface PublicUniqueCode {
    uniqueCode: string;
    value: number;
    partnerId: string;
}
export interface SystemLog extends Record<string, unknown> {
    message: string;
    uniqueCode?: string;
    value?: number;
    partnerId?: string;
    action?: string;
}
export interface PartnerData {
    partnerName: string;
    location: string;
    onsite?: boolean;
    remote?: boolean;
    clinic?: boolean;
    pharmacy?: boolean;
    partnerDescription?: string;
}
export interface Partner extends PartnerData {
    partnerId: string;
    accessToken?: string;
}
export interface ClientOptions {
    partnerId?: string;
    accessToken?: string;
    version?: number;
    prefix?: string;
    url?: string | URL;
}
export interface Client {
    generateUniqueCode(value: number): Promise<string>;
    verifyUniqueCode(uniqueCode: string, value?: number): Promise<boolean>;
    addPartner(partner: PartnerData): Promise<Partner>;
    assignUniqueCode(uniqueCode: string, value: number, partnerId: string): Promise<void>;
    processPayment(uniqueCode: string): Promise<void>;
    acceptUniqueCode(uniqueCode: string, value: number): Promise<void>;
    getUniqueCode(uniqueCode: string): Promise<UniqueCode>;
    getPublicUniqueCode(uniqueCode: string): Promise<PublicUniqueCode>;
    listUniqueCodes(): Promise<UniqueCode[]>;
    listPartners(): Promise<Partner[]>;
    listSystemLogs(): Promise<SystemLog[]>;
}
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