How to Use SambaNova for Refactoring existing code

SambaNova is a fast AI inference platform built on dataflow RDU architecture, offering OpenAI-compatible APIs for frontier open models and agentic workloads. Confirm live details on sambanova.ai before production use.

Practical Refactoring existing code examples

Example 1

Scenario:
SambaNova — Refactoring existing code (pass 1). Context: SambaNova is a fast AI inference platform built on dataflow RDU architecture, offering OpenAI-compatible APIs for frontier open models and a

Objective:
Deliver a reviewable refactoring existing code result using SambaNova.

Inputs:
- Verified facts from sambanova.ai
- Audience, channel, or technical constraints
- Success criteria and forbidden claims
- Relevant product surfaces: API

Workflow:
Open SambaNova → Configure for refactoring existing code → Pilot with sample inputs → Review against success criteria → Iterate one axis → Finalize

Requirements:
- Use only verified SambaNova capabilities; do not invent features.
- Confirm live details on sambanova.ai before promising volume or pricing.
- Human-review before external publish, send, billing, or compliance use.

Expected output:
A concrete refactoring existing code artifact plus a short verification checklist.

Example 2

Scenario:
SambaNova — Refactoring existing code (pass 2). Context: SambaNova is a fast AI inference platform built on dataflow RDU architecture, offering OpenAI-compatible APIs for frontier open models and a

Objective:
Deliver a reviewable refactoring existing code result using SambaNova.

Inputs:
- Verified facts from sambanova.ai
- Audience, channel, or technical constraints
- Success criteria and forbidden claims
- Relevant product surfaces: API

Workflow:
Open SambaNova → Configure for refactoring existing code → Pilot with sample inputs → Review against success criteria → Iterate one axis → Finalize

Requirements:
- Use only verified SambaNova capabilities; do not invent features.
- Confirm live details on sambanova.ai before promising volume or pricing.
- Human-review before external publish, send, billing, or compliance use.

Expected output:
A concrete refactoring existing code artifact plus a short verification checklist.

Example 3

Scenario:
SambaNova — Refactoring existing code (pass 3). Context: SambaNova is a fast AI inference platform built on dataflow RDU architecture, offering OpenAI-compatible APIs for frontier open models and a

Objective:
Deliver a reviewable refactoring existing code result using SambaNova.

Inputs:
- Verified facts from sambanova.ai
- Audience, channel, or technical constraints
- Success criteria and forbidden claims
- Relevant product surfaces: API

Workflow:
Open SambaNova → Configure for refactoring existing code → Pilot with sample inputs → Review against success criteria → Iterate one axis → Finalize

Requirements:
- Use only verified SambaNova capabilities; do not invent features.
- Confirm live details on sambanova.ai before promising volume or pricing.
- Human-review before external publish, send, billing, or compliance use.

Expected output:
A concrete refactoring existing code artifact plus a short verification checklist.

Example 4

Scenario:
SambaNova — Refactoring existing code (pass 4). Context: SambaNova is a fast AI inference platform built on dataflow RDU architecture, offering OpenAI-compatible APIs for frontier open models and a

Objective:
Deliver a reviewable refactoring existing code result using SambaNova.

Inputs:
- Verified facts from sambanova.ai
- Audience, channel, or technical constraints
- Success criteria and forbidden claims
- Relevant product surfaces: API

Workflow:
Open SambaNova → Configure for refactoring existing code → Pilot with sample inputs → Review against success criteria → Iterate one axis → Finalize

Requirements:
- Use only verified SambaNova capabilities; do not invent features.
- Confirm live details on sambanova.ai before promising volume or pricing.
- Human-review before external publish, send, billing, or compliance use.

Expected output:
A concrete refactoring existing code artifact plus a short verification checklist.

Example 5

Scenario:
SambaNova — Refactoring existing code (pass 5). Context: SambaNova is a fast AI inference platform built on dataflow RDU architecture, offering OpenAI-compatible APIs for frontier open models and a

Objective:
Deliver a reviewable refactoring existing code result using SambaNova.

Inputs:
- Verified facts from sambanova.ai
- Audience, channel, or technical constraints
- Success criteria and forbidden claims
- Relevant product surfaces: API

Workflow:
Open SambaNova → Configure for refactoring existing code → Pilot with sample inputs → Review against success criteria → Iterate one axis → Finalize

Requirements:
- Use only verified SambaNova capabilities; do not invent features.
- Confirm live details on sambanova.ai before promising volume or pricing.
- Human-review before external publish, send, billing, or compliance use.

Expected output:
A concrete refactoring existing code artifact plus a short verification checklist.

Checklist before you ship

• Confirm the workflow stays inside verified SambaNova capabilities
• Review outputs against sambanova.ai when accuracy or pricing claims matter
• Keep a short verification list for any claim you would publish externally