daemon.cjs · part 316

60 text occurrences from desktop/Cursor.app/Contents/Resources/app/extensions/cursor-agent-host/dist/agent-host-daemon/dist/bin/daemon.cjs, part 316. Every entry preserves the shipped literal and its saved verdict or selection reason.

File contents and all parts · All files

use strict

(1-2 sentences) Look through each action you have tried so far, and identify what changed from the screenshot before the action to the screenshot after the action, if anything. You must look at past screenshots yourself to determine what the results were. Then, in a few words, analyze each case where the action did *not* have the desired effect (e.g. a click or scroll that did not change the page at all). NEVER rely on past commentary, you MUST analyze the screenshots yourself. For each surprising observation, analyze why it might have happened, now that you are looking at it closely. Common cases: 1. Popups/models: If a step didn't produce the expected result, a common cause is that there was a popup or modal elsewhere on the page that blocked the action you were trying to take. 2. Scrolling in a page region: If a scroll step didn't work as intended, the most common cause (if a popup didn't block the action entirely) is that you were trying to scroll in a specific region of the page. To do that, you must position the cursor in that region (ideally on the scrollbar associated with that region) and then scroll an appropriate amount. For smaller regions, you usually want to scroll a smaller amount (1 or 2 mouse wheel units). 3. State already set: Sometimes clicking on an element has no effect because the page already is in the desired state. For instance, in Google Sheets, clicking a sheet that is already selected has no visible effect.

(brief bullet points) Go through the instructions you've been given and highlight specific details that are relevant to the current situation.

(1-2 sentences) Identify possible scenarios that you might be in. Start with scenarios explicitly referenced in the instructions or memories, then go through any relevant general scenarios applicable to your current task (e.g. scenario where the next item cannot be found, or where the tab is not loading). For each scenario, briefly imagine the case where you are in that scenario, and the case where you are not.

(1 sentence) Based on all of your analysis so far, reflect on whether you are on the right track to achieve your task, or have already completed it. If the task is not complete, how can you update your approach to be more effective and efficient?

Your decision for how to proceed based on your analysis. Can be one of: 1. 'Continue with the current approach' 2. 'Try [new idea for what to do next]' 3. 'Give up' 4. 'Task is complete (<confidence_score>%)' 

${text3}${resultSuffix ?? ""}

Reflection completed successfully. Now in your next step you must NOT use the `Reflect` tool as you cannot use two `Reflect` tools in a row.

Error: ${result.result.value.error}

Unknown error

Unhandled result case: ${_exhaustive}

use strict

Object expected.

Symbol.asyncDispose is not defined.

Symbol.dispose is not defined.

Object not disposable.

An error was suppressed during disposal.

(1-2 sentences) Look through each tool you have tried so far and identify what changed in the command output, exit status, working directory state, filesystem state, or running processes, if anything. You must inspect the actual command results yourself to determine what happened. Then, in a few words, analyze each case where the command did *not* have the desired effect (e.g. it failed, produced no useful change, or changed the wrong thing). NEVER rely on past commentary alone; you MUST analyze the tool outputs yourself. Be precise about whether the observed results actually move you closer to satisfying the exact problem statement and submission criterion. For each surprising observation, analyze why it might have happened now that you are looking closely. Common cases: 1. Wrong tool/shell command inputs: you missed a flag, used the wrong flag, used the wrong command or tool, etc. 2. Wrong working directory or path: the tool/shell command ran but targeted the wrong repo, directory, or file. 3. Missing dependency, environment variable, or permission: the tool/shell command failed before doing the intended work. 4. State already set: the tool/shell command had no visible effect because the environment was already in the desired state. 5. Existing process or lock: a running server, watcher, pid, or lockfile prevented the tool/shell command from doing what you expected.

(brief bullet points) Go through the instructions you've been given and highlight specific details that are relevant to the current environment state. Include the exact problem statement requirements and any explicit submission criterion.

(1-2 sentences) Identify possible scenarios that you might be in. Start with scenarios explicitly referenced in the instructions, then go through any relevant general scenarios applicable to your current task (e.g. scenario where a dependency is missing, where the tool/shell command failed unexpectedly, where the tool/shell command already succeeded, where you are in the wrong directory, or where a background process is already running). For each scenario, briefly imagine the case where you are in that scenario, and the case where you are not.

(1 sentence) Based on all of your analysis so far, reflect on whether you are on the right track to achieve your task, or have already completed it. If the task is not complete, how can you update your approach to be more effective and efficient?

Your decision for how to proceed based on your analysis. Do not claim completion unless the submission criterion is truly satisfied and you have tested the final code. Can be one of: 1. 'Continue with the current approach' 2. 'Try [new idea for what to do next]' 3. 'Move on to pre-submission testing of your changes' 4. 'Task is complete (<confidence_score>%)' [DO NOT SELECT WITHOUT FIRST VALIDATING SUBMISSION CRITERIA THROUGH TESTING]

Use the tool to troubleshoot when your tool usage or shell commands are not having the desired effect. Use it to check whether you are following the problem statement precisely, whether the submission criterion is truly met, whether you still need to test the code at the end, and whether you should explore an alternate approach if stuck. Be sure to make a decision about how to proceed using the `next_steps` field. The `Reflect` tool is expensive, so use it sparingly.
(Critical Rules)
* You must use the `next_steps` field to describe your decision for what to do next. 
* Before declaring completion, confirm pre-submission testing has been done and the submission criterion is actually satisfied. 
* Never use the `Reflect` tool if your previous message was a `Reflect` tool call.

Replaced environment successfully.

Setup logs:
${logs}

Replaced environment successfully.

Failed to replace environment: ${errorMessage3}

Setup logs:
${logs}

Failed to replace environment: ${errorMessage3}

Failed to replace environment: unknown error

use strict

Object expected.

Symbol.asyncDispose is not defined.

Symbol.dispose is not defined.

Object not disposable.

An error was suppressed during disposal.

How to configure the replacement environment. Use `custom` (default) to provide a new install script and optional Dockerfile, `clean_slate` for the default base image with no install script or existing environment config, or `default` to re-read the repo/saved environment config without applying an override.

Repo to override. Any common form works (https/ssh/scp-style URL, `host/owner/repo`, or bare `owner/repo`); it is canonicalized before matching against the agent's repos.

Branch, tag, or commit SHA to check out for this repo. A SHA results in a detached HEAD. It must already exist on the remote (commit and push first).

Optional, applies to all modes. Per-repo overrides for the git ref the replacement environment is rebuilt from, replacing whatever was pinned in the original start request. The ref determines where `.cursor/environment.json` is read from and the commit the new pod is built at. Only list the repos you want to override; unlisted repos keep their original ref. Commit and push your changes to the target ref first, since it is resolved from the remote. The tool call fails fast if a `repo_url` matches no known repo (or matches ambiguously) or if a `ref` is malformed; a ref that does not exist on the remote is not pre-checked and instead fails later while rebuilding the pod.

Required when mode is `custom`. Shell script to run while preparing the replacement environment. Use a single command for simple setups or a multiline script with one command per line for more complex installs. Leave unset for `clean_slate` and `default`.

Optional only when mode is `custom`. Inline Dockerfile contents used to build the replacement pod's base image before the install script runs. Leave unset to use the default base image. Ignored for `clean_slate` and `default`.

Environment configuration for `custom` mode: an install script and optional inline Dockerfile. Omit for `clean_slate` and `default`.

`install_script` must be a non-empty string in custom mode

`dockerfile_contents` must be non-empty when provided in custom mode

`repo_url` must be a non-empty string

`ref` must be a non-empty string

Replace the cloud-agent environment using an explicit mode: `custom`, `clean_slate`, or `default`.

Replace the current cloud-agent environment with a new pod. Choose `custom` mode to override the environment with a provided install script and optional inline Dockerfile. Choose `clean_slate` mode for the default base image with no install script and no existing environment config. Choose `default` mode to re-read the repo/saved environment config without applying an override. Use this when the current pod environment is unhealthy or needs a clean re-provisioning. On success, the cloud agent moves to the replacement environment. On failure, the original environment is kept.

Unknown replace env error

Optional inline Dockerfile contents used to build the environment's base image. When provided, the environment is built from this Dockerfile (mapped to environment.json `build.dockerfileContents`) and the update script runs on top of it. Leave unset to use the default base image.

use strict

Object expected.

Symbol.asyncDispose is not defined.

Symbol.dispose is not defined.

Object not disposable.

An error was suppressed during disposal.

The update script that will be run on VM startup (after pulling the latest changes from the repository) before every cloud agent session to keep the development environment up to date. This is a command string, NOT a bash script file. Treat this as reliability-critical infrastructure: if this script breaks, future cloud agent pods may fail to start. Keep it super minimal and low-risk. For many simple codebases, the update script will simply be something like `npm install`, `pip install -r requirements.txt`, `uv sync`, etc. For more complex cases requiring multiple steps, use a multiline script with each command on its own line (do NOT use && to chain commands - use newlines instead). This should not include system dependencies that aren't part of the codebase, and it should NOT include service startup logic, migrations, test commands, build commands, or other brittle steps. Examples that MUST NOT be in the update script include `docker compose up`, `docker-compose up`, `pnpm dev`, `npm run dev`, and `python manage.py runserver`. Avoid shell-profile edits and ad-hoc environment-variable setup in the update script (for example `echo ... >> ~/.bashrc`, `source ~/.bashrc`, or `export FOO=bar`). If persistent shell customization is truly required, do it once during setup outside the update script (for example in the agent's `~/.bashrc`) and document it in AGENTS.md. If unsure, prefer fewer commands. Treat this as the "automatic startup layer" only; AGENTS.md is the place for durable human/agent operating guidance. The update script MUST be idempotent. It MUST also be robust when users do not merge your previous code changes. Do not assume files introduced only in your unmerged PR will exist on future runs (for example a newly added `package.json`); choose commands that are valid for the repository's current state or guard file-dependent commands accordingly. It will be executed from the /workspace directory (the root of the repository), so you should not need to specify the full path to the commands. Example multiline format:
npm install
pnpm run build:deps
pip install -r requirements.txt

Environment setup commands suggested successfully. The user will review them.

Suggest the update script to run on VM startup (after pulling the latest changes from the repository) before every cloud agent session to refresh dependencies for the user's project. Treat this as reliability-critical infrastructure: if this script breaks, future cloud agent pods may fail to start. Keep it super minimal and low-risk. For many simple codebases, the update script will simply be something like `npm install`, `pip install -r requirements.txt`, or `uv sync`. For more complex cases requiring multiple steps, provide a multiline script with each command on its own line (do NOT use && to chain commands - use newlines instead). The script should NOT include system dependencies that aren't part of the codebase, service startup logic, migrations, test commands, build commands, or other brittle steps (examples that MUST NOT be in the update script: `docker compose up`, `pnpm dev`, `npm run dev`, `python manage.py runserver`). Avoid shell-profile edits and ad-hoc environment-variable setup; put durable human/agent operating guidance in AGENTS.md instead. The update script MUST be idempotent and MUST be robust when users do not merge your previous code changes (do not assume files introduced only in an unmerged PR will exist on future runs). If unsure, prefer fewer commands. The user will be prompted to approve, edit, or reject this script before it is executed.

${baseDescription} Optionally, supply inline Dockerfile contents to build the environment's base image from a custom Dockerfile before the update script runs.

use strict