Specify a webhook-driven task for OpenClaw
Describe event inputs, validation, deduplication, and intended actions before integration work.
709,030 AI resources indexedWorking toward the world’s largest AI resource index.
Fallback to run_shell and write_file when execute_code_sandbox or shell_agent fail on filesystem operations
---
name: robust-file-creation-995dab9f2c90
description: Fallback to run_shell and write_file when execute_code_sandbox or shell_agent fail on filesystem operations
---
# Robust File Creation Strategy
When creating complex project structures, automated tools like `execute_code_sandbox` and `shell_agent` may fail with 'unknown error' on filesystem operations. This skill provides a reliable fallback strategy using explicit shell commands.
## When to Use
Apply this pattern when:
- `execute_code_sandbox` fails with unknown error on file/directory creation
- `shell_agent` fails to complete filesystem operations after retries
- You need to create nested directory structures with multiple files
- Task progress is blocked by filesystem tool failures
## Fallback Procedure
### Step 1: Detect the Failure
When either `execute_code_sandbox` or `shell_agent` fails on filesystem operations (especially after automatic retries), immediately switch to the manual hybrid approach.
### Step 2: Create Directories Explicitly
Use `run_shell` with `mkdir -p` for each required directory:
```bash
run_shell command="mkdir -p /path/to/nested/directory"
```
The `-p` flag ensures parent directories are created automatically.
### Step 3: Write Files Individually
Use `write_file` tool for each file with explicit path and content:
```
write_file path="/path/to/file.py" content="..."
```
Do not attempt to batch multiple file creations in a single operation.
### Step 4: Verify Creation (Optional)
Confirm the structure was created correctly:
```bash
run_shell command="ls -la /path/to/directory"
# or
run_shell command="tree /path/to/directory"
```
## Complete Example Flow
```
[execute_code_sandbox fails on project setup]
↓
[run_shell mkdir -p src/components]
[run_shell mkdir -p src/utils]
[run_shell mkdir -p tests]
↓
[write_file path="src/main.py" content="..."]
[write_file path="src/components/widget.py" content="..."]
[write_file path="tests/test_main.py" content="..."]
↓
[run_shell ls -la src/ # verify]
```
## Best Practices
1. **Create all directories first** before writing any files to avoid path errors
2. **Write files one at a time** rather than attempting batch operations
3. **Use absolute or clearly relative paths** to avoid ambiguity
4. **Verify after creation** when working on critical deliverables
5. **Document the structure** in comments or SKILL.md if it's complex
## Why This Works
- `run_shell` executes commands directly without the abstraction layer that can fail
- `write_file` is a primitive operation with fewer failure modes
- Separating directory creation from file writing isolates potential failure points
- Explicit commands are easier to debug when issues occur
## Anti-Patterns to Avoid
❌ Don't keep retrying the same failing `execute_code_sandbox` command
❌ Don't attempt to create complex nested structures in a single Python script via sandbox
❌ Don't assume directories exist before writing files to them
❌ Don't skip verification on critical project scaffolding---
name: robust-file-creation-995dab9f2c90
description: Fallback to run_shell and write_file when execute_code_sandbox or shell_agent fail on filesystem operations
---
# Robust File Creation Strategy
When creating complex project structures, automated tools like `execute_code_sandbox` and `shell_agent` may fail with 'unknown error' on filesystem operations. This skill provides a reliable fallback strategy using explicit shell commands.
## When to Use
Apply this pattern when:
- `execute_code_sandbox` fails with unknown error on file/directory creation
- `shell_agent` fails to complete filesystem operations after retries
- You need to create nested directory structures with multiple files
- Task progress is blocked by filesystem tool failures
## Fallback Procedure
### Step 1: Detect the Failure
When either `execute_code_sandbox` or `shell_agent` fails on filesystem operations (especially after automatic retries), immediately switch to the manual hybrid approach.
### Step 2: Create Directories Explicitly
Use `run_shell` with `mkdir -p` for each required directory:
```bash
run_shell command="mkdir -p /path/to/nested/directory"
```
The `-p` flag ensures parent directories are created automatically.
### Step 3: Write Files Individually
Use `write_file` tool for each file with explicit path and content:
```
write_file path="/path/to/file.py" content="..."
```
Do not attempt to batch multiple file creations in a single operation.
### Step 4: Verify Creation (Optional)
Confirm the structure was created correctly:
```bash
run_shell command="ls -la /path/to/directory"
# or
run_shell command="tree /path/to/directory"
```
## Complete Example Flow
```
[execute_code_sandbox fails on project setup]
↓
[run_shell mkdir -p src/components]
[run_shell mkdir -p src/utils]
[run_shell mkdir -p tests]
↓
[write_file path="src/main.py" content="..."]
[write_file path="src/components/widget.py" content="..."]
[write_file path="tests/test_main.py" content="..."]
↓
[run_shell ls -la src/ # verify]
```
## Best Practices
1. **Create all directories first** before writing any files to avoid path errors
2. **Write files one at a time** rather than attempting batch operations
3. **Use absolute or clearly relative paths** to avoid ambiguity
4. **Verify after creation** when working on critical deliverables
5. **Document the structure** in comments or SKILL.md if it's complex
## Why This Works
- `run_shell` executes commands directly without the abstraction layer that can fail
- `write_file` is a primitive operation with fewer failure modes
- Separating directory creation from file writing isolates potential failure points
- Explicit commands are easier to debug when issues occur
## Anti-Patterns to Avoid
❌ Don't keep retrying the same failing `execute_code_sandbox` command
❌ Don't attempt to create complex nested structures in a single Python script via sandbox
❌ Don't assume directories exist before writing files to them
❌ Don't skip verification on critical project scaffoldingImported from the listed AgentSkill.sh category. Complete supplied package files and notices are retained. Required external tools and credentials are not installed. No bundled code was executed during import. Individual agent task behavior has not been tested.