Home/Compare/DeepSeek-Reasonix vs self-repair

Comparison

DeepSeek-Reasonix vs self-repair

Verdict

Pick DeepSeek-Reasonix if deepSeek-Reasonix is a terminal-based AI coding agent designed for stability and continuous operation, built with prompt caching and stability in mind; pick self-repair if self-repair provides tools to replicate research experiments on code generation systems self-reparation techniques.

Markdown twin · DeepSeek-Reasonix alternatives · self-repair alternatives

GraphCanon updated Oct 7, 2026

9views this month

DeepSeek-Reasonix logo

DeepSeek-Reasonix

esengine/DeepSeek-Reasonix

★ 36kpushed Sep 18, 2026
vs
self-repair logo

self-repair

theoxo/self-repair

★ 15pushed May 2, 2024

Trust & integrity

SignalDeepSeek-Reasonixself-repair
Maintenance
Very active (0d since push)
As of Sep 18, 2026 · github_public_v1
Archived (887d since push)
As of Oct 7, 2026 · github_public_v1
Provenance
Not a fork · Personal account
As of Sep 18, 2026 · github_public_v1
Not a fork · Personal account
As of Oct 7, 2026 · github_public_v1
OSV dependency advisories
Published findings
As of Sep 18, 2026 · osv@v1
No published findings from this source as of 2026-07-11
As of Jul 11, 2026 · osv@v1
deps.dev advisories
Not queried
deps.dev@v1
Not queried
deps.dev@v1
OpenSSF Scorecard
Not queried
openssf-scorecard@v1
Not queried
openssf-scorecard@v1

Tagline

DeepSeek-Reasonix
DeepSeek-native AI coding agent for terminal
self-repair
Supports research on self-repair mechanisms for code generation

Stars

DeepSeek-Reasonix
36k
self-repair
15

Forks

DeepSeek-Reasonix
2.4k
self-repair
3

Open issues

DeepSeek-Reasonix
1.9k
self-repair
1

Language

DeepSeek-Reasonix
Go
self-repair
Python

Adopt for

DeepSeek-Reasonix
DeepSeek-Reasonix is a terminal-based AI coding agent designed for stability and continuous operation, built with prompt caching and stability in mind.
self-repair
Self-repair provides tools to replicate research experiments on code generation systems self-reparation techniques.

Persona

DeepSeek-Reasonix
-
self-repair
-

Runtime

DeepSeek-Reasonix
-
self-repair
-

License

DeepSeek-Reasonix
MIT License
self-repair
-

Last pushed

DeepSeek-Reasonix
Sep 18, 2026
self-repair
May 2, 2024

Categories

DeepSeek-Reasonix
AI Agents, Developer Tools
self-repair
Developer Tools

Trust and health

Maintenance

DeepSeek-Reasonix
Very active (96%)
self-repair
Archived (8%)

Days since push

DeepSeek-Reasonix
0d
self-repair
887d

Archived on GitHub

DeepSeek-Reasonix
No
self-repair
Yes

Open issues (now)

DeepSeek-Reasonix
1.9k
self-repair
1

Stars delta

DeepSeek-Reasonix
+953 (30d)
self-repair
0 (30d)

Open issues delta

DeepSeek-Reasonix
+511 (30d)
self-repair
0 (30d)

OSV dependency advisories

DeepSeek-Reasonix
Published findings
self-repair
No published findings from this source as of 2026-07-11

Full report

DeepSeek-Reasonix
Trust report
self-repair
Trust report

Choose DeepSeek-Reasonix if…

  • DeepSeek-Reasonix is primarily Go; self-repair is Python.
  • Pricing: Free to use under the MIT License, with potential for premium features or services..
  • Requirements: Min 2 GB RAM; Requires a terminal environment for operation..
  • Tags unique to DeepSeek-Reasonix: agent, ai-agent, ai-coding, cli.
  • Also covers AI Agents.
  • When you need a stable AI coding agent that can run continuously in the terminal, leveraging prompt caching for efficiency.

When NOT to use DeepSeek-Reasonix

  • If you prefer a graphical user interface over a terminal-based tool, as Reasonix is optimized for CLI and TUI use.
  • When you do not require DeepSeek-native integration, as Reasonix is specifically designed to work within this ecosystem.

Choose self-repair if…

  • self-repair is primarily Python; DeepSeek-Reasonix is Go.
  • Tags unique to self-repair: code-repair, experiments replication, python, research-tools.
  • When aiming to replicate specific experimental data from the ICLR 2024 paper on self-repair in code generation

When NOT to use self-repair

  • For creating entirely new datasets or conducting large-scale human studies, as this repository focuses on replicating existing experiments
  • When the internal dependencies or incomplete code functions such as exec_sample in APPS are critical for your application without modification

Explore

Sources

Every stat on this page traces to a dated GitHub sync, license file, enrichment field, or trust scan.

GitHub stars on cards: DeepSeek-Reasonix 36k · self-repair 15 (synced Sep 20, 2026).

Common questions

What is the difference between DeepSeek-Reasonix and self-repair?
DeepSeek-Reasonix: DeepSeek-native AI coding agent for terminal. self-repair: Supports research on self-repair mechanisms for code generation. See the comparison table for live GitHub stats and shared categories.
When should I choose DeepSeek-Reasonix over self-repair?
Choose DeepSeek-Reasonix over self-repair when DeepSeek-Reasonix is primarily Go; self-repair is Python; Pricing: Free to use under the MIT License, with potential for premium features or services.; Requirements: Min 2 GB RAM; Requires a terminal environment for operation.; Tags unique to DeepSeek-Reasonix: agent, ai-agent, ai-coding, cli; Also covers AI Agents; When you need a stable AI coding agent that can run continuously in the terminal, leveraging prompt caching for efficiency.
When should I choose self-repair over DeepSeek-Reasonix?
Choose self-repair over DeepSeek-Reasonix when self-repair is primarily Python; DeepSeek-Reasonix is Go; Tags unique to self-repair: code-repair, experiments replication, python, research-tools; When aiming to replicate specific experimental data from the ICLR 2024 paper on self-repair in code generation.
When should I avoid DeepSeek-Reasonix?
If you prefer a graphical user interface over a terminal-based tool, as Reasonix is optimized for CLI and TUI use. When you do not require DeepSeek-native integration, as Reasonix is specifically designed to work within this ecosystem.
When should I avoid self-repair?
For creating entirely new datasets or conducting large-scale human studies, as this repository focuses on replicating existing experiments When the internal dependencies or incomplete code functions such as exec_sample in APPS are critical for your application without modification
Is DeepSeek-Reasonix or self-repair more popular on GitHub?
DeepSeek-Reasonix has more GitHub stars (35,596 vs 15). Stars measure visibility, not whether either tool fits your constraints.
Are DeepSeek-Reasonix and self-repair open source?
Yes - both are open-source projects on GitHub.
Where can I find alternatives to DeepSeek-Reasonix or self-repair?
GraphCanon lists graph-backed alternatives at DeepSeek-Reasonix alternatives and self-repair alternatives (DeepSeek-Reasonix markdown twin, self-repair markdown twin), ranked by typed relationship edges rather than popularity votes.
Is there a machine-readable version of this comparison?
Yes. The markdown twin at this comparison mirrors this page for agents and LLM crawlers, with the same stats table and FAQ answers.
Which is better maintained, DeepSeek-Reasonix or self-repair?
DeepSeek-Reasonix: Very active. self-repair: Archived. Compare maintenance labels, days since push, and release cadence in the trust section below - stars alone do not measure maintenance.
Where are the full trust reports for DeepSeek-Reasonix and self-repair?
GraphCanon publishes per-repo trust reports with dated maintenance, provenance, and scan summaries: DeepSeek-Reasonix trust report; self-repair trust report.

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