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SLIP byte framing
FrameSlip is a Windows AI coding workspace for examining byte-oriented project code with a compatible model. Use a small framing function as the review target, keeping payload limits and delimiter escaping explicit before accepting changes.
● ● ●FrameSlip●
A concrete starting point · SLIP byte framing ×
def slip_frame(payload):
if type(payload) is not bytes or len(payload) > 4096:
raise ValueError("slip.payload")
frame = bytearray([0xC0])
for value in payload:
if value == 0xC0:
frame.extend((0xDB, 0xDC))
elif value == 0xDB:
frame.extend((0xDB, 0xDD))
else:
frame.append(value)
frame.append(0xC0)
return bytes(frame)✳SLIP byte framing
✓ ChangesReview before applying ↗
Illustrative workspace
Project
Check empty input and escape every 0xC0 and 0xDB byte, rejecting oversized payloads and non-byte inputs before encoding.
Review before applying
Compare actual behavior with the expected result. If a check fails, investigate it before applying more changes.
A concrete starting point
def slip_frame(payload):
if type(payload) is not bytes or len(payload) > 4096:
raise ValueError("slip.payload")
frame = bytearray([0xC0])
for value in payload:
if value == 0xC0:
frame.extend((0xDB, 0xDC))
elif value == 0xDB:
frame.extend((0xDB, 0xDD))
else:
frame.append(value)
frame.append(0xC0)
return bytes(frame)Review protocol boundaries before changing byte handling
A protocol adapter can look simple until a payload contains the same byte used to mark a boundary. FrameSlip is Windows AI coding software for inspecting such implementation details with their callers. Open the project and describe the accepted payload and expected frame before asking a connected model to propose changes.
For a SLIP-framing task, supply a short payload containing delimiter and escape bytes, along with the expected encoded output. Ask the model to inspect how the helper handles those bytes and enforces its input limit. Keep the framing function distinct from transport setup: a correct byte transformation alone does not demonstrate a working device connection.
Review the proposed edit where the caller allocates buffers and sends the result. Escaping can enlarge a frame, so limits on the raw payload and the transmitted representation serve different purposes. Run your fixtures and boundary checks, including an empty payload and rejected types, before using the change with the surrounding transport code.
FrameSlip connects to supported OpenAI-compatible or Anthropic endpoints. An available abliterated AI model can help examine the source, while its server sets tool support and context capacity. The workflow remains grounded in explicit byte examples and reviewable edits, with execution and device verification performed in your own development environment.
Review protocol boundaries before changing byte handling — questions before editing
What belongs in a useful framing fixture?
Include ordinary bytes and each byte that needs escaping, then specify the complete expected frame. Keep the payload short enough to inspect manually. This exposes output ordering and boundary markers more clearly than a large opaque capture.
Is the payload limit also the encoded-frame limit?
Not necessarily. Escaping can increase the output size. Review how the caller sizes buffers and handles the encoded result, and distinguish the accepted input limit from any downstream transport constraint before changing either one.
Does reviewing the encoder verify the receiver too?
No. Inspect the receiver or decoder separately when interoperability is part of the task. A framing proposal should be tested against the expected protocol behavior, including how adjacent frames and escaped delimiters are interpreted.
Should live device captures be shared unchanged?
Use sanitized or synthetic byte sequences when they reproduce the issue. Remove identifiers or sensitive payload content that the review does not need. Selected project context can be sent to the configured model endpoint during the conversation.
FrameSlip · Updated 2026-10-25