TIER 4 · PRACTICAL ENGINEERING
सिद्धांत (Theory & Architecture)
Secure API Bridging in SanOS
Interacting with external entities (like Stripe or PayPal) requires cryptographic security (TLS/SSL) and structured data interchange (JSON). In Sassembly, external calls traverse the Seema (सीमा - Boundary) Bridge, ensuring memory isolation between the SanOS core and the external internet.
By utilizing native HTTP/TLS clients and JSON unmarshalling structures, you can establish secure checkout sessions directly within your Sanskrit codebase.
[ Sassembly Web App ] → (JSON Payload)
↓
[ Seema Boundary / TLS Bridge ]
↓
[ Stripe / PayPal API ] → (Session ID)
प्रारूप (Specifications)
Payment Integration Requirements
English Specification
"Create a secure REST endpoint '/checkout'. When hit, construct a JSON payload with a price ID and quantity, send a secure POST request to the Stripe API, parse the resulting checkout session URL, and redirect the user."
Sanskrit Counterpart (Sanskriti Input)
॰ ParamPayments - Stripe Checkout Integration
'/checkout' इति मार्गे सुरक्षित-अन्त्यबिन्दुं (REST Endpoint) सृज ।
तत्र, 'मूल्य-परिचय' (Price ID) तथा 'मात्रा' (Quantity) इति JSON-स्वरूपे रचय ।
तत् सन्देशं Stripe-सेवायां (Stripe API) POST-माध्यमेन प्रेषय ।
आगतं प्रति-सङ्केतम् (Session URL) पठित्वा, उपयोक्तारं तत्र नय (Redirect) ।
प्रक्रिया (CLI Tutorial)
Compiling the Web App Integration
-
Build the Endpoint:
$ sanskriti build payment.सस --include-tls
[संस्कृति] Linking Seema Boundary...
[संस्कृति] Generating JSON Encoders...
[संस्कृति] Successfully built: payment_service.exe
-
Export Secret Keys as Environment Variables:
$ export STRIPE_SECRET=sk_test_12345
$ ./payment_service.exe
[ParamPayments] Secure endpoint active on /checkout