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Clear out junk files and repair common Windows errorsFree Scan →Scan for outdated or missing drivers - takes under a minuteDriver Scan →Ask Iche is a local Git helper that aims to answer the question “Iche, git is doing something again” when a beginner gets stuck. Its creator, Iseoluwa Olowogoke, describes a design in which ordinary code decides the Git steps and a locally run language model explains them. The distinction matters: the model is not supposed to choose commands or execute Git on its own.
Why Olowogoke built Ask Iche
Olowogoke says a colleague who develops in Flutter and is learning a Node.js backend often asked for help with everyday Git operations: pushing, pulling, fetching, and dealing with rejected pushes. Ask Iche is his attempt to make that help available on her laptop at the moment a repository problem occurs. This account of the project comes from Olowogoke’s first-person article on DEV Community; it is not an independent software review.
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The intended interaction is straightforward: choose a project folder, select a common workflow or describe a problem in plain language, then review and run the suggested steps. The app reads repository state to inform its guidance.
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According to Olowogoke, a rules engine uses the repository’s state and the user’s intent to determine a Git plan. Gemma 3 4B, running locally through Ollama, explains that plan in plain language. The model’s role is therefore explanatory; the code, rather than the model, determines the planned operations.
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That separation followed inconsistent results in the creator’s early experiments with model-generated plans. Olowogoke says he tried three local models on the same planning scenario, with two runs per model, and none returned a correct plan in both runs. He then fixed the plan in code and used Gemma to explain it. These are small, author-reported experiments, not evidence that language models in general cannot plan Git workflows.
What Ask Iche says it can help with
Olowogoke reports that Ask Iche includes guidance for these tasks:
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- Checking repository status and saving work.
- Uploading and getting changes, including common push and pull problems.
- Resolving conflicts and working with named stashes.
- Undoing commits with a backup branch.
- Cleaning up branches, operating on branches, and cherry-picking.
- Reading Git history in plain language and taking a short learning quiz.
This is the creator’s feature list; the project was not independently inspected or tested for this article.
How the reported safety checks work—and what they cannot prevent
The creator describes command allowlists and hard stops for some operations. Users run the planned steps one at a time, with repository state checked again after each step. Selected risky actions require typed confirmation. If Gemma is unavailable, Olowogoke says built-in explanations still work.
He also says the local web server binds to 127.0.0.1 and uses host checks and a startup token. These are implementation details reported by the author, not the results of a security audit. Olowogoke recounts accidentally pushing from a copied folder that still pointed to a real team remote. That incident shows why safeguards and previews do not replace checking which folder and remote are selected before approving a push.
Olowogoke says the colleague’s repository remains on her laptop, while network access is needed for GitHub push and pull. That description should not be treated as a verified guarantee about every data flow; confirming that would require examining the implementation.
Independent reader supportYour contribution helps us test, update, and keep practical guides available for everyone.What the creator’s timing figures actually show
Olowogoke reports trying three local models on the same Git planning scenario twice per model. In those initial tests, Gemma 3 4B took 53–66 seconds to respond, Qwen 2.5 Coder 3B took 44–50 seconds, and Qwen 2.5 Coder 7B took 92–109 seconds. After the Git plan was handled by code, he says Gemma 3 4B gave the best explanations in two runs. These results describe his setup and limited tests, not a general benchmark.
For Gemma on a CPU laptop, the author reports these additional timings:
Best Value
| Scenario | First words | Total response |
|---|---|---|
| Cold start | 30.7 seconds | 60.9 seconds |
| Typical plan | 8–17 seconds | 21–40 seconds |
| Conflict explanation | About 16 seconds | 22–27 seconds |
These are Olowogoke’s reported measurements on a CPU laptop; hardware and workload can change local-model response times.
Where to learn Git beyond a helper
A guided workflow can help with an immediate problem, but it is not a substitute for understanding the repository changes a command will make. The official Git site links to learning resources, including the Pro Git book, which is available to read online for free. The displayed book edition is the second edition (2014); check edition details before buying a print copy. The Git site also notes print availability on Amazon. Ask Iche does not require the book.
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