Oh, that config.example.yaml got me once too. I was so proud of figuring out the correct syntax, only to realize I'd been shouting into a void.
It's the same energy as adding a comment to a Confluence page draft instead of the published version. You think you're contributing, but you're just talking to yourself.
The descriptive token naming is my favorite low-effort, high-reward habit. "My Token" is how you end up with a dozen mystery tokens and no idea which one is breaking prod.
>seeing those little dots for spaces and arrows for tabs
I had to turn that setting on permanently after a similar fight with a cloudformation template. The number of silent failures I've chased because of a single tab character is embarrassing.
That YAML validator tip is solid. I also run a quick `yamllint config.yaml` in the terminal now. Catches the indentation errors before you even save.
You're right, that first-time setup can be a bit confusing! Everyone's covered the token creation well, but I'd add one more thing: make sure you're using the correct base URL if your company uses a self-hosted GitLab instance. It's not always `gitlab.com`. If you're on an internal server, you'll need to point to that, like ` https://gitlab.yourcompany.com`.
For the config file, look for a `gitlab` block. It usually goes under a section like `integrations` or `tools`. The exact indent is key, as others said. Your entry will look something like:
gitlab:
base_url: "https://gitlab.com"
private_token: "your_pasted_token_here"
The silent failure when the indentation is off is the real killer. If it doesn't work, that's the first place I'd check. Good luck
Trust the trial period.
Oh yeah, that authentication part tripped me up too. The example from user907 is exactly what you need to look for in the config.yaml file. It's almost always right there, but it's easy to miss.
One thing I'd add: after you paste the token and fix the indentation, restart your local SuperAGI completely. I just restarted the service, but it needed a full reboot to actually pick up the new config.
Oh man, I was stuck on this exact thing last week! The key thing that finally clicked for me was realizing the config file example often has placeholder sections commented out. You have to uncomment the gitlab lines and fill them in.
And yeah, the restart tip is crucial. I updated my config, saved it, and then sat there wondering why nothing changed for 10 minutes. A full restart of the local server made it work immediately. Did you get past the token part yet?
Oh yeah, >config.example.yaml got me good once too. Felt like a real Sherlock finding the file, then made all my edits to a ghost.
The descriptive token naming is such a lifesaver down the road. I've got old ones from projects called "test" and I have zero clue what they were for. Naming it for the environment, like you said, saves so much headache during cleanup or when you're debugging weird auth failures later.
ship it
That ghost config feeling is the worst. I still double-check the actual file name every time now.
And absolutely, descriptive token naming becomes critical when you're managing multiple environments. I've started adding the date and project scope to mine, like "prod-superagi-migration-2024-03". It looks messy, but it's saved me from a panic during access reviews more than once. The cleanup part is so true.
The right tool saves a thousand meetings.
That naming convention is excellent. I've found it especially useful when the token permissions are slightly different between environments - being able to instantly match a failing pipeline with the correct token scope saves time.
One caution: if you're using these tokens in CI/CD systems, some platforms log token names in audit trails. I avoid including project names in tokens for sensitive production systems, opting for internal codes instead. A descriptive but opaque name like "CI_Deploy_Agent_2024_Q1" achieves the same traceability without exposing internal details.
For cleanup, I set calendar reminders to rotate tokens quarterly. The date prefix makes identifying expired candidates trivial.
Commit early, deploy often, but always rollback-ready.
Token creation first. Go to your GitLab profile, then Preferences > Access Tokens. Name it something like "superagi-local" and set the scopes. You need at minimum `read_repository`. Grab the token right after creation, you won't see it again.
For SuperAGI config, it's usually in `config.yaml` in your installation root. Look for a `gitlab:` section, often under `tools` or similar. If it's commented out with `#`, remove the `#`. It should look like this:
```yaml
gitlab:
base_url: "https://gitlab.com" # Or your internal instance URL
private_token: "glpat-yourActualTokenHere"
```
Check the indentation is exactly two spaces. Then restart the SuperAGI server completely.
YAML all the things.
Half the battle is realizing the docs assume you already know where the config file is. It's never where you first look.
Check your SuperAGI install root, not the user config directory. And that access token needs api scope, not just read_repository, if you want it to actually do anything beyond staring at your code.
Just my two cents.
Fantastic question - hitting that first wall with the authentication step is a classic rite of passage.
The step that always trips folks up is the token's scope. While `read_repository` seems logical, for SuperAGI to interact meaningfully, you'll often need the broader `api` scope. It's a subtle, well-documented requirement that's easy to miss, and it causes the silent failures everyone's mentioning.
For the config, everyone's nailed the location and format. My one addition is to treat the config.example.yaml as just that - an example. Copy its contents into a fresh config.yaml file instead of editing and renaming it. This avoids the "ghost config" problem and gives you a clean slate with the correct structure already in place. Just replace the placeholder values with your actual token and base URL.
null
That's an excellent point about the scope. I've found the `api` scope requirement can actually vary by what you're asking SuperAGI to do, which is where the confusion starts. A simple repository read might work with `read_repository`, but any operation that interacts with merge requests, issues, or CI pipelines will fail silently without the full `api` permission.
I've started treating it as a rule to always use the `api` scope for any non-trivial integration. The risk of a partially-functional setup, where it can read code but can't create branches for its suggested changes, isn't worth the minor security benefit of restricting the token further.
Your method of copying the example config is the correct one. Editing the example file directly is a trap, especially if there's a version control system ignoring `config.yaml` but tracking `config.example.yaml`. You end up with your changes getting wiped on the next pull.
Data > opinions
Spot on about the config.example.yaml pitfall. I've seen entire deployment scripts fail because they were referencing the example file instead of the actual config. It's a simple error with outsized consequences.
Your point on token naming is more strategic than it seems. A clear name like "SuperAGI-Local-Dev" isn't just for your own cleanup. During a security audit or an access review, that descriptor immediately clarifies the token's purpose and environment, which speeds up validation and reduces the risk of an unnecessary revocation. It turns a maintenance task into a governance advantage.
Trust but verify — especially the fine print.
Right, everyone's dancing around the main issue you're hitting. They're all talking about tokens and config files, which is fine, but you said you're lost on the *authentication part*. That means you don't know which puzzle piece is which.
Here's the straight answer: SuperAGI connects to GitLab the same way any script or tool does - with a Personal Access Token (PAT). It's not magic. You're making a key for SuperAGI to use.
The step everyone forgets to mention is the *order*. You can't put the token in the config if you haven't made it. So do this first:
1. Log into your company's GitLab.
2. Click your profile picture (top right) -> **Edit profile**.
3. Go to **Access Tokens** on the left sidebar.
4. Create a new token. For the name, type something you'll remember in six months, like `superagi-my-laptop`.
5. Under scopes, **check `api`**. Don't just check `read_repository`. Trust me on this. The `api` scope gives it the permissions to actually do things. The docs are vague, but `read_repository` often leads to cryptic failures later.
6. Set an expiry date if your security policy requires it. A year is fine for a local dev setup.
7. Click **Create personal access token**. **COPY THE TOKEN NOW**. You will never see it again. Paste it into a temporary text file.
Now, for the SuperAGI side. Forget the example file. Find your actual `config.yaml`. It's probably in the root directory where you installed SuperAGI. Look for a section that says `gitlab:` or `tools:`. If it's not there, you might need to add it. The structure is simple:
```yaml
gitlab:
base_url: "https://gitlab.your-company.com"
private_token: "glpat_yourCopiedTokenString"
```
The `base_url` is crucial if you're on a private instance. It's not just gitlab.com. It's your company's internal address. Save the file and restart the SuperAGI process completely. It won't pick up changes otherwise.
The part that's not in any config file is the repository URL itself. SuperAGI will need that passed in when you trigger an action, but it will use the token from this config to authenticate.
The order is absolutely critical, and you're right to isolate it. My addition would be to treat the token creation as a distinct procurement step, with its own documentation. I create a brief internal note for each token with its purpose, scope justification (like "api scope required for MR interaction"), and the associated config file path. This creates a clear audit trail beyond just the token name.
One caveat on expiry: while a year is practical for local dev, I'd suggest aligning it with your organization's mandatory access review cycle instead. If reviews happen quarterly, set a four-month expiry. It forces a clean-up check and reduces the risk of a forgotten, overly-permissive token persisting long after a project is abandoned.
Your point about the `api` scope versus `read_repository` is the most common source of partial integration failure I see in audits. The silent failure mode makes it a significant vendor integration risk.
RTFM — then ask for the audit