Drip Apps Integration with React Frontend
Budget: $10 – $30 USD
Drip Apps Standalone Gangsheet Builder Integration
Target: Lovable (React Frontend) + Custom Checkout (Square/Stripe)
1. Objective
Integrate the Drip Apps standalone gangsheet builder into a Lovable-based React website while maintaining:
* Lovable for frontend UI/UX
* Lovable for checkout (Square or Stripe)
* Drip Apps for gangsheet design + file generation
* Backend for order storage and processing
2. System Architecture
Frontend (Lovable React App)
→ Embedded Drip Builder (iframe or SDK)
→ Drip Builder Session
→ Return Design տվյալ (file + price)
→ Backend Storage
→ Lovable Checkout
→ Order Fulfillment (Antigro / RIP workflow)
---
3. Prerequisites
Obtain from Drip Apps:
* Standalone Builder URL or Embed Script
* API Key / Shop ID
* Webhook Documentation
* Event callback structure (PostMessage or redirect)
---
4. Frontend Implementation (Lovable)
4.1 Create Builder Route
Create a dedicated route:
/build-gangsheet
This page should only contain the builder.
---
4.2 Embed Builder
Option A: Iframe (Preferred)
```jsx
<iframe
src="https://builder.dripapps.com/YOUR_STORE_ID"
width="100%"
height="900px"
style={{ border: "none" }}
/>
```
Option B: SDK (if provided)
```jsx
import DripBuilder from "drip-builder-sdk";
<DripBuilder
apiKey="YOUR_API_KEY"
shopId="YOUR_SHOP_ID"
/>
```
---
4.3 Pass Configuration (Optional)
If supported via query params:
* Sheet width
* Sheet height
* Pricing per inch
Example:
?width=22&height=60&price=0.07
Otherwise configure inside Drip dashboard.
---
5. Capture Builder Output (Critical)
You must capture the completed design data.
Implement PostMessage Listener
```javascript
window.addEventListener("message", (event) => {
if (event.origin !== "https://builder.dripapps.com") return;
const data = event.data;
if (data.type === "DRIP_EXPORT_COMPLETE") {
const payload = {
fileUrl: data.fileUrl,
price: data.totalPrice,
dimensions: data.dimensions,
orderId: data.orderId
};
// Send to backend
fetch("/api/save-order", {
method: "POST",
headers: {
"Content-Type": "application/json"
},
body: JSON.stringify(payload)
}).then(() => {
window.location.href = `/checkout?orderId=${data.orderId}`;
});
}
});
```
---
6. Backend Requirements
Use Node.js, Firebase, or Supabase.
6.1 Create Order Storage Schema
```
orders:
- orderId (string)
- fileUrl (string)
- price (number)
- dimensions (string/object)
- customerId (string)
- status (pending/paid/fulfilled)
- createdAt (timestamp)
```
---
6.2 API Endpoint
POST /api/save-order
* Validate payload
* Store in database
* Return success response
---
7. Checkout Integration (Square / Stripe)
7.1 Checkout Flow
1. User is redirected to:
/checkout?orderId=123
2. Fetch order details from backend
3. Display:
* Sheet size
* Price
* Preview (optional)
4. Process payment via Square or Stripe
---
7.2 After Payment
* Update order status → “paid”
* Attach payment ID
* Trigger fulfillment workflow
---
8. Fulfillment Workflow
After successful payment:
After successful payment:
Retrieve fileUrl from database
Send to printer (manual download or internal automation)
Update order status → “fulfilled”
## 9. UX Requirements (Important)
* Add “Start Designing” CTA before loading builder
* Show loading state while iframe initializes
* Display real-time or estimated pricing
* Ensure smooth redirect to checkout
* Handle abandoned sessions gracefully
---
## 10. Key Constraints / Risks
* Pricing MUST match between Drip builder and checkout
* PostMessage event handling must be secure (validate origin)
* Builder session completion must reliably return data
* Backend is required (no serverless-only frontend approach)
---
## 11. Recommended Flow Summary
1. User clicks “Build Gangsheet”
2. Builder loads via iframe
3. User completes design
4. Drip returns file + price via PostMessage
5. Data saved to backend
6. User redirected to checkout
7. Payment processed
8. Order sent to production
---
## 12. Notes for Optimization
* Cache builder session state if supported
* Store thumbnails for faster order previews
* Add order history dashboard for users
* Log all builder completion events for debugging
---
## 13. Developer Handoff Summary
This integration requires:
* React (Lovable) frontend work
* Event handling via PostMessage
* Backend API + database
* Payment integration (Square/Stripe)
* Optional webhook integration for fulfillment
Target: Lovable (React Frontend) + Custom Checkout (Square/Stripe)
1. Objective
Integrate the Drip Apps standalone gangsheet builder into a Lovable-based React website while maintaining:
* Lovable for frontend UI/UX
* Lovable for checkout (Square or Stripe)
* Drip Apps for gangsheet design + file generation
* Backend for order storage and processing
2. System Architecture
Frontend (Lovable React App)
→ Embedded Drip Builder (iframe or SDK)
→ Drip Builder Session
→ Return Design տվյալ (file + price)
→ Backend Storage
→ Lovable Checkout
→ Order Fulfillment (Antigro / RIP workflow)
---
3. Prerequisites
Obtain from Drip Apps:
* Standalone Builder URL or Embed Script
* API Key / Shop ID
* Webhook Documentation
* Event callback structure (PostMessage or redirect)
---
4. Frontend Implementation (Lovable)
4.1 Create Builder Route
Create a dedicated route:
/build-gangsheet
This page should only contain the builder.
---
4.2 Embed Builder
Option A: Iframe (Preferred)
```jsx
<iframe
src="https://builder.dripapps.com/YOUR_STORE_ID"
width="100%"
height="900px"
style={{ border: "none" }}
/>
```
Option B: SDK (if provided)
```jsx
import DripBuilder from "drip-builder-sdk";
<DripBuilder
apiKey="YOUR_API_KEY"
shopId="YOUR_SHOP_ID"
/>
```
---
4.3 Pass Configuration (Optional)
If supported via query params:
* Sheet width
* Sheet height
* Pricing per inch
Example:
?width=22&height=60&price=0.07
Otherwise configure inside Drip dashboard.
---
5. Capture Builder Output (Critical)
You must capture the completed design data.
Implement PostMessage Listener
```javascript
window.addEventListener("message", (event) => {
if (event.origin !== "https://builder.dripapps.com") return;
const data = event.data;
if (data.type === "DRIP_EXPORT_COMPLETE") {
const payload = {
fileUrl: data.fileUrl,
price: data.totalPrice,
dimensions: data.dimensions,
orderId: data.orderId
};
// Send to backend
fetch("/api/save-order", {
method: "POST",
headers: {
"Content-Type": "application/json"
},
body: JSON.stringify(payload)
}).then(() => {
window.location.href = `/checkout?orderId=${data.orderId}`;
});
}
});
```
---
6. Backend Requirements
Use Node.js, Firebase, or Supabase.
6.1 Create Order Storage Schema
```
orders:
- orderId (string)
- fileUrl (string)
- price (number)
- dimensions (string/object)
- customerId (string)
- status (pending/paid/fulfilled)
- createdAt (timestamp)
```
---
6.2 API Endpoint
POST /api/save-order
* Validate payload
* Store in database
* Return success response
---
7. Checkout Integration (Square / Stripe)
7.1 Checkout Flow
1. User is redirected to:
/checkout?orderId=123
2. Fetch order details from backend
3. Display:
* Sheet size
* Price
* Preview (optional)
4. Process payment via Square or Stripe
---
7.2 After Payment
* Update order status → “paid”
* Attach payment ID
* Trigger fulfillment workflow
---
8. Fulfillment Workflow
After successful payment:
After successful payment:
Retrieve fileUrl from database
Send to printer (manual download or internal automation)
Update order status → “fulfilled”
## 9. UX Requirements (Important)
* Add “Start Designing” CTA before loading builder
* Show loading state while iframe initializes
* Display real-time or estimated pricing
* Ensure smooth redirect to checkout
* Handle abandoned sessions gracefully
---
## 10. Key Constraints / Risks
* Pricing MUST match between Drip builder and checkout
* PostMessage event handling must be secure (validate origin)
* Builder session completion must reliably return data
* Backend is required (no serverless-only frontend approach)
---
## 11. Recommended Flow Summary
1. User clicks “Build Gangsheet”
2. Builder loads via iframe
3. User completes design
4. Drip returns file + price via PostMessage
5. Data saved to backend
6. User redirected to checkout
7. Payment processed
8. Order sent to production
---
## 12. Notes for Optimization
* Cache builder session state if supported
* Store thumbnails for faster order previews
* Add order history dashboard for users
* Log all builder completion events for debugging
---
## 13. Developer Handoff Summary
This integration requires:
* React (Lovable) frontend work
* Event handling via PostMessage
* Backend API + database
* Payment integration (Square/Stripe)
* Optional webhook integration for fulfillment