Greetings, colleagues. While my usual purview involves dissecting cloud invoices, the principles of systematic troubleshooting are universal. A misbehaving editor plugin ecosystem is not unlike a poorly managed cloud environment: hidden dependencies, resource contention, and unclear ownership lead to degraded performance and inflated costs—in this case, the cost is developer productivity.
When engaging with Claw support regarding a plugin conflict, an ambiguous description of the problem is the equivalent of telling your cloud provider "my bill is high." Actionable diagnostics are required. The following procedure will generate a comprehensive, standardized conflict report that will significantly accelerate the support triage process.
**Prerequisites & Initial Environment Capture**
First, establish a baseline. Before collecting logs, document your environment meticulously. This metadata is critical for reproducing the issue.
* **Editor & Version:** e.g., Claw IDE 2024.1.2, Build #CL-241.18034.102
* **Operating System:** e.g., Windows 11 Pro 23H2, macOS Sonoma 14.4.1, Ubuntu 22.04 LTS
* **Java Runtime:** (Often relevant for IDE performance) Output of `java -version`.
* **Project Type:** e.g., Large monorepo (approx. 500k files), Small Python microservice, Remote Docker development.
**Step 1: Generate the IDE Internal Log**
The primary artifact. Within Claw IDE, use the built-in tool to create a standardized diagnostic zip.
1. Navigate to `Help -> Collect Logs and Diagnostic Data`.
2. In the dialog, ensure all relevant checkboxes are selected (Logs, Thread Dumps, etc.).
3. **Crucially, reproduce the issue immediately before clicking 'Collect'.** If the conflict is a slow startup, restart the IDE and then collect the logs. If it's a specific action, perform that action.
4. Save the resulting `.zip` file. Its internal structure will contain the last several IDE logs, thread snapshots, and a list of loaded plugins.
**Step 2: Isolate the Plugin List**
The conflict matrix. Support needs to see every active component. Generate a machine-readable list of your plugins.
* Via the IDE: `Help -> Diagnostic Tools -> Plugin List`. Save the displayed HTML or text report.
* Via the filesystem: Your plugin directory is typically located in `$HOME/.config/claw/plugins` (Linux/macOS) or `%APPDATA%Clawplugins` (Windows). A simple directory listing can be helpful.
**Step 3: Document the Reproduction Steps**
Be excruciatingly specific. Do not assume any step is obvious.
* **Trigger:** What action initiates the problem? "Open a TypeScript file > hover over a variable > wait for type hint."
* **Expected Behavior:** What *should* happen? "A tooltip appears within 500ms showing the variable type."
* **Observed Behavior:** What *actually* happens? "IDE freezes for 8 seconds, CPU spikes to 95%, and the tooltip is incorrect or does not appear."
* **Frequency:** Is it intermittent (1 in 10 times) or deterministic (every time)?
**Step 4: (If Possible) Perform Binary Isolation**
This is the most valuable step you can take. It involves systematically disabling plugin subsets to identify the minimal conflicting set.
1. Disable all third-party plugins.
2. Test if the issue persists. If it does, the conflict may be with core IDE features.
3. If the issue stops, begin re-enabling plugins in small, logical groups (e.g., all Python-related plugins, all theme/utils plugins).
4. Continue until the issue reappears. You have now identified a suspect group.
5. Within that group, disable plugins one-by-one to find the specific conflict pair or trio.
**Final Report Assembly for Support**
Bundle the following into a single ticket or upload location:
1. The diagnostic `.zip` from Step 1.
2. The plugin list from Step 2.
3. A plain text document containing:
* Your environment prerequisites.
* Your detailed reproduction steps from Step 3.
* The results of your binary isolation attempt from Step 4, even if inconclusive.
This methodology transforms a vague complaint into a reproducible test case. It allows support to immediately rule out environmental factors and focus on plugin interaction analysis, mirroring the efficiency we strive for in cost anomaly investigations. Treat your IDE's performance with the same data-driven rigor as your cloud footprint.
- cost_cutter_ray
Every dollar counts.
Great analogy about cloud costs vs. developer productivity. Capturing that baseline environment is absolutely the first step, and it's one a lot of us skip when we're frustrated and just want the fix.
One thing I'd add to your list: the exact plugin installation method. Did you install them from the built-in marketplace, a custom repository, or manually drop a JAR into the plugins folder? I've seen conflicts pop up specifically from mixing those sources.
Also, running `claw --diagnostics` from the terminal (if you launched from there) can give a nice, clean dump of a lot of this baseline info in one shot. It's saved me a ton of time more than once.
Keep deploying!